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rsxt91.l91
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LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25
TABLE OF CONTENTS
8- 342 LOW CORE -- TRAP VECTORS
9- 456 LOW CORE -- COMMON GLOBAL DATA
10- 596 LOW CORE -- KLINIK DATA BASE
11- 630 LOW CORE -- COMMIUNICATIONS REGION DATA BASE
12- 665 LOW CORE -- QUEUED PROTOCOL DATA BASE
13- 771 LOW CORE -- KEEP-ALIVE DATA BASE
14- 785 LOW CORE -- CORE MANAGER DATA BASE
15- 821 LOW CORE -- CLOCK REQUEST LIST
17- 862 LOW CORE -- TERMINAL SERVICE DATA BASE
18- 920 LOW CORE -- PDP-11 CTY SERVICE DATA BASE
19- 935 LOW CORE -- TERMINAL DRIVER DATA BASE
20- 955 LOW CORE -- DATA LINE SCANNER DATA BASE
21- 985 LOW CORE -- DH-11 DATA BASE
31- 1058 LOW CORE -- FLOPPY DRIVER DATA BASE
32- 1074 LOW CORE -- DISC DRIVER DATA BASE
33- 1095 LOW CORE -- FE DRIVER DATA BASE
34- 1134 LOW CORE -- CD-11 DRIVER DATA BASE
35- 1179 LOW CORE -- LP-20 DRIVER DATA BASE
36- 1266 LOW CORE -- STD (SYSTEM TASK DIRECTORY)
37- 1388 LOW CORE -- ATL (ACTIVE TASK LIST)
38- 1460 LOW CORE -- TPD (TASK PARTITION DIRECTORY)
39- 1521 LOW CORE -- DEVICE QUEUE POINTERS
40- 1574 LOW CORE -- LOGICAL UNIT TABLES
41- 1688 LOW CORE -- KL10 HARDWARE ENVIRONMENT DATA
42- 1746 LOW CORE -- INITLM (INITIALIZATION)
43- 1775 LOW CORE -- TRAP SERVICE FOR COMMON PROGRAM TRAPS
44- 1896 LOW CORE -- CRASH ROUTINE
45- 2001 LOW CORE -- I/O PAGE SNAPSHOT
46- 2052 EXEC MODULE ONE -- TITLE PAGE
47- 2114 EXEC MODULE ONE -- SYSTEM NOTES
48- 2169 EXEC MODULE ONE -- GLOSSARY
48- 2194 MACRO CALLS (MCALL)
49- 2206 EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
65- 2788 EXEC MODULE ONE -- NUL TASK
67- 2893 EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
68- 3159 EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
75- 3550 EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
80- 3963 SECONDARY PROTOCOL -- COPYRIGHT STATEMENT
81- 4026 SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
82- 4300 POWERFAIL HANDLER -- COPYRIGHT STATEMENT
83- 4351 POWERFAIL -- POWER DOWN
84- 4437 POWERFAIL -- POWER UP ENTRY
85- 4486 POWERFAIL -- POWER FAIL RESTART
86- 4558 DTE DIRECTIVES -- COPYRIGHT STATEMENT
87- 4619 DTE20 EMT DISPATCH DECODER
88- 4698 $DORBL -- RING THE KL-10 DOORBELL
89- 4729 $DTEOF -- TURN THE DTE20 OFF
90- 4765 $DTEON -- TURN THE DTE20 ON
91- 4896 $DPMYG -- DEPOSIT INTO MY GENERAL SECTION
92- 4943 $EXMYG -- EXAMINE MY GENERAL SECTION
93- 4979 $EXMYN -- EXAMINE MY SECTION FOR PROCESSOR N
94- 5013 $DPMYN -- DEPOSIT INTO MY SECTION FOR COMM WITH PROCESSOR N
95- 5047 $EXHSG -- EXAMINE HIS GENERAL COMMUNICATION SECTION
96- 5082 $EXHSM -- EXAMINE HIS SECTION FOR COMMUNICATING WITH ME
97- 5116 $KLDFX -- EXECUTE A DIAGNOSTIC FUNCTION
98- 5213 $PRVDP -- PRIVILEDGED DEPOSIT
99- 5244 $PRVEX -- PRIVILEDGED EXAMINE
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25
TABLE OF CONTENTS
100- 5283 $RWDRG -- READ/WRITE DIAGNOSTIC REGISTER
101- 5322 CESCHK -- CHECK FOR CLOCK ERROR STOP
102- 5345 ASIGN LUN -- COPYRIGHT STATEMENT
103- 5382 DIRECTIVE -- ASSIGN LUN
104- 5488 GET LUN INFO -- COPYRIGHT STATEMENT
105- 5524 DIRECTIVE -- GET LUN INFORMATION
106- 5593 GET TIME PARAMETERS -- COPYRIGHT STATEMENT
107- 5629 DIRECTIVE -- GET TIME PARAMETERS
108- 5702 SIGNIFICANT EVENT DIRECTIVES -- COPYRIGHT STATEMENT
109- 5744 DIRECTIVE -- CLEAR EVENT FLAG
110- 5794 DIRECTIVE -- SET EVENT FLAG
111- 5844 DIRECTIVE -- DECLARE SIGNIFICANT EVENT
112- 5905 DIRECTIVE -- READ EVENT FLAG
113- 5953 DIRECTIVE -- READ ALL EVENT FLAGS
114- 5996 DIRECTIVE -- WAITFOR SINGLE EVENT FLAG
115- 6059 DIRECTIVE -- WAITFOR LOGICAL 'OR' OF FLAGS
116- 6151 DIRECTIVE -- WAITFOR NEXT SIGNIFICANT EVENT
117- 6189 MARK TIME -- COPYRIGHT STATEMENT
118- 6225 DIRECTIVE -- MARK TIME
119- 6326 CANCEL MARK TIME -- COPYRIGHT STATEMENT
120- 6363 DIRECTIVE -- CANCEL MARK-TIME REQUESTS
121- 6424 EXIT -- COPYRIGHT STATEMENT
122- 6461 DIRECTIVE -- TASK EXIT
123- 6506 QUEUE I/O -- COPYRIGHT STATEMENT
124- 6544 DIRECTIVE -- QUEUE I/O
125- 6872 SEND AND RECEIVE -- COPYRIGT STATEMENT
126- 6913 DIRECTIVE -- SEND DATA
127- 6969 DIRECTIVE -- SEND AND REQUEST OR RESUME
129- 7190 DIRECTIVE -- RECEIVE DATA
130- 7227 DIRECTIVE -- RECEIVE DATA OR EXIT
131- 7268 DIRECTIVE -- RECEIVE DATA OR SUSPEND
132- 7410 SPECIFY SST TABLE -- COPYRIGHT STATEMENT
133- 7446 DIRECTIVE -- SPECIFY SST VECTOR TABLE FOR TASK
134- 7501 SPECIFY AST SERVICE -- COPYRIGHT STATEMENT
135- 7537 DIRECTIVE -- SPECIFY POWER FAIL AST
136- 7595 REQUEST AND EXECUTE -- COPYRIGHT STATEMENT
137- 7631 DIRECTIVE -- TASK SCHEDULING -- REQUEST
138- 7757 GET TASK PARAMETERS -- COPYRIGHT STATEMENT
139- 7793 DIRECTIVE -- GET TASK PARAMETERS
140- 7882 GET PARTITION PARAMETERS -- COPYRIGHT STATEMENT
141- 7919 DIRECTIVE -- GET PARTITION PARAMETERS
142- 8019 CLOCK HANDLER -- COPYRIGHT STATEMENT
143- 8061 CLOCK TICK RECOGNITION
144- 8127 QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
147- 8344 QUEUED PROTOCOL DRIVER -- PROTOCOL PACKET SERVICE DISPATCH
148- 8383 QUEUED PROTOCOL DRIVER -- DISPATCH TABLE
149- 8421 QUEUED PROTOCOL DRIVER -- UNRECOGNIZED FUNCTION
150- 8431 QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE REMOTE TERMINALS
151- 8442 QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALL AND XOFF PROCESSING
152- 8455 QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALLS
153- 8479 QUEUED PROTOCOL -- DIALUP
154- 8499 QUEUED PROTOCOL DRIVER -- HANGUP
155- 8550 QUEUED PROTOCOL DRIVER -- ACKNOWLEDGE DEVICE
156- 8562 QUEUED PROTOCOL DRIVER -- SET LINE ALLOCATION
157- 8576 QUEUED PROTOCOL DRIVER -- SET LINE SPEED
158- 8633 QUEUED PROTOCOL DRIVER -- STOP LINE INPUT
159- 8664 QUEUED PROTOCOL DRIVER -- BREAK-THROUGH WRITE
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25
TABLE OF CONTENTS
160- 8681 QUEUED PROTOCOL DRIVER -- XOFF
161- 8709 QUEUED PROTOCOL DRIVER -- XON
162- 8741 QUEUED PROTOCOL DRIVER -- HERE IS INITIAL STATUS
163- 8792 QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
164- 8807 QUEUED PROTOCOL DRIVER -- STRING DATA
165- 8840 QUEUED PROTOCOL DRIVER -- LINE NUMBER - CHARACTER
166- 8885 QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
167- 8909 QUEUED PROTOCOL DRIVER -- FLUSH DEVICE OUTPUT QUEUE
168- 8928 QUEUED PROTOCOL DRIVER -- RECIEVE KLINIK PARAMETERS
169- 8948 QUEUED PROTOCOL DRIVER -- SET/CLEAR HOST DEBUG MODE
170- 8963 QUEUED PROTOCOL DRIVER -- SENDALL
171- 9112 QUEUED PROTOCOL DRIVER -- COPY BUFFER
172- 9156 QUEUED PROTOCOL DRIVER -- MAP DH-11 TO DM-11
173- 9185 QUEUED PROTOCOL DRIVER -- FIND LINE SPEED
174- 9218 QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
175- 9253 QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
176- 9343 DTE-20 DRIVER -- COPYRIGHT STATEMENT
177- 9387 DTE-20 DRIVER -- DTE-20 INTERRUPT HEAD
178- 9463 DTE-20 DRIVER -- TO-10 DONE SERVICE
179- 9567 DTE-20 DRIVER -- TO-11 DONE SERVICE
180- 9683 DTE-20 DRIVER -- DOORBELL SERVICE
181- 9820 DTE-20 DRIVER -- START TO ELEVEN DIRECT TRANSFER
182- 9888 DTE-20 DRIVER -- START TO ELEVEN INDIRECT TRANSFER
183- 9958 DTE-20 DRIVER -- UPDATE AND TRANSMIT FRONT-END KEEP-ALIVE COUNT
184- 9993 DTE-20 DRIVER -- START TO TEN QUEUE
185-10054 DTE-20 DRIVER -- SEND STATUS TO TEN
186-10089 DTE-20 DRIVER -- GET A BUFFER FOR INCOMING TRANSFER
187-10140 DTE-20 DRIVER -- START BYTE TRANSFER
188-10166 DTE-20 DRIVER -- LOAD TO-11 QUEUE NODE
189-10193 TERMINAL DRIVER -- COPYRIGHT STATEMENT
190-10381 TERMINAL DRIVER -- DEFINITIONS
193-10652 TERMINAL DRIVER -- TTINI (TTY QUEUE SERVICE)
194-10692 TERMINAL DRIVER -- TIMEOUT SERVICE
195-10711 TERMINAL DRIVER -- ACK ALL SERVICE
196-10728 TERMINAL DRIVER -- QUEUED PROTOCOL KEEP-ALIVE SERVICE
197-10818 TERMINAL DRIVER -- GENERAL ERROR LOGGING
198-10831 TERMINAL DRIVER -- CTY SERVICE
199-10879 TERMINAL DRIVER -- CTY I/O DONE SERVICE
200-10893 TERMINAL DRIVER -- CTY INPUT SERVICE
201-10910 TERMINAL DRIVER -- CTY OUTPUT SERVICE
202-10939 TERMINAL DRIVER -- $DHOUT (DH-11 OUTPUT INTERRUPT)
203-10982 TERMINAL DRIVER -- STTYDN (REMOVE PROCESSED OUTPUT NODE)
205-11053 TERMINAL DRIVER -- STNXT (START NEXT OUTPUT OPERATION)
206-11100 TERMINAL DRIVER -- .DHSTO (START DH-11 OUTPUT)
207-11129 TERMINAL DRIVER -- $TTOUT (DL11 OUTPUT INTERRUPT)
208-11160 TERMINAL DRIVER -- .DLSTO (START DL-11 OUTPUT)
209-11187 TERMINAL DRIVER -- .TTACK (ACKNOWLEDGE A TTY LINE)
210-11234 TERMINAL DRIVER -- OUTPT3 (PDP-11 CTY OUTPUT ROUTINES)
211-11312 TERMINAL DRIVER -- INPTT (PDP-11 CTY INPUT ROUTINES)
212-11347 TERMINAL DRIVER -- ECHOB (PDP-11 CTY ECHO ROUTINES)
213-11463 TERMINAL DRIVER -- .KW11S (KW11 LINE CLOCK INTERRUPT)
214-11525 TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
216-11748 TERMINAL DRIVER -- $TTINP (DL-11 INPUT INTERRUPT)
217-11781 TERMINAL DRIVER -- TTSTCH (STORE CHARACTER IN TO10Q)
218-11886 TERMINAL DRIVER -- .DLINT (DL-11E DATASET INTERRUPT SERVICE)
219-11952 TERMINAL DRIVER -- TTCTY (CTY SERVICE)
220-12099 TERMINAL DRIVER -- DHSAV (DH-11 REGISTER SAVE/RESTORE CO-ROUTINE)
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25
TABLE OF CONTENTS
221-12158 TERMINAL DRIVER -- .STDHL (SET UP DH-11 LINE NUMBER IN CONTROLLER)
222-12192 TERMINAL DRIVER -- .DHSPZ (ZERO INPUT SPEED OF A LINE)
223-12220 TERMINAL DRIVER -- .DHSPR (RESET TO DEFAULT AUTO-BAUD SPEED)
224-12267 TERMINAL DRIVER -- .DHSPF (FLAG AUTO-BAUD REPORT)
225-12296 TERMINAL DRIVER -- .DHSPD (SET LINE SPEED)
226-12338 TERMINAL DRIVER -- $DMINT (DM-11/BB MODEM CONTROL INTERRUPT)
227-12448 TERMINAL DRIVER -- .STTYD (DIALUP/HANGUP SERVICE)
228-12492 TERMINAL DRIVER -- .DMHUP (DM-11 HANGUP)
229-12521 TTY DRIVER -- .DMUHU (UN-HANGUP DM11)
230-12548 TERMINAL DRIVER -- .STPDM (STOP DM-11/BB SCAN)
231-12577 TERMINAL DRIVER -- .DLHUP (DL-11E HANGUP)
232-12629 TERMINAL DRIVER -- .DLTMO (DL-11E MODEM CONTROL TIMEOUT)
233-12765 TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
234-12952 TERMINAL DRIVER -- .DMTMO (DM-11/BB MODEM CONTROL TIMEOUT)
235-13047 TERMINAL DRIVER -- .TTFDI (INPUT CONTROL SERVICE)
236-13085 TERMINAL DRIVER -- .TTERL (TERMINAL ERROR LOGGING)
237-13142 TERMINAL DRIVER -- .TTXOF (DEVICE DEPENDENT XOFF PROCESSING)
238-13194 TERMINAL DRIVER -- .TTSTP (STOP TERMINAL OUTPUT)
239-13219 TERMINAL DRIVER -- .TTXON (DEVICE DEPENDENT XON PROCESSING)
240-13286 TERMINAL DRIVER -- .TTRST (RESET A TERMINAL LINE)
241-13343 TERMINAL DRIVER -- CHECK INPUT XOFF DELAY
242-13371 TERMINAL DRIVER -- .TTICK (INPUT BUFFER CHECKS)
243-13406 TERMINAL DRIVER -- .TTQDS (QUEUED PROTOCOL INPUT DISABLE SERVICE)
244-13451 TERMINAL DRIVER -- .TTIXC (INPUT CONTROL CHECKS)
245-13484 TERMINAL DRIVER -- .TTDIS (DISABLE INPUT FROM LINE)
246-13567 TERMINAL DRIVER -- .TTENB (ENABLE INPUT FOR LINE)
247-13642 TERMINAL DRIVER -- .TTBTW (BREAK-THROUGH WRITE FUNCTION)
248-13698 TERMINAL DRIVER -- BLDPKT (BUILD A TERMINAL PACKET)
249-13734 TERMINAL DRIVER -- .TTSW2 (FIND OFFSET INTO "STSW2" TABLE)
250-13756 TERMINAL DRIVER -- .TFXON (FORCE AN XON FOR A LINE)
252-13801 SYSTEM COMMON SUBROUTINES -- COPYRIGHT STATEMENT
254-13887 SCOMM MODULE -- BITTBL (ASH/BIC/BIS SIMULATION)
255-13907 SCOMM MODULE -- .CEFN (CONVERT EFN)
256-13978 SCOMM MODULE -- .CKDEL (CLOCK DELETE)
258-14060 SCOMM MODULE -- ..ERLG (ERROR LOGGING)
259-14114 SCOMM MODULE -- ..IODN (SUBROUTINE TO COMPLETE I/O)
260-14170 SCOMM MODULE -- ..DQRN (DEQUEUE A NORMAL REQUEST)
261-14288 SCOMM MODULE -- ..SEFN (SET EVENT FLAG)
262-14329 SCOMM MODULE -- ..DSEV (DECLARE SIGNIFICANT EVENT)
263-14347 SCOMM MODULE -- DIV216 (DIV R2 BY 16)
264-14375 SCOMM MODULE -- ..NDEL (NODE DELETE)
265-14402 SCOMM MODULE -- ..IPRI (INSERT NODE BY PRIORITY)
266-14441 SCOMM MODULE -- ..NADD (NODE ADD)
267-14470 SCOMM MODULE -- ..PICK (PICK A NODE)
268-14515 SCOMM MODULE -- ..ENB0 (ENABLE TASK SWITCHING)
269-14558 SCOMM MODULE -- ..FSTD (FIND STD ENTRY)
270-14609 SCOMM MODULE -- ..ALCB/..ALC2 (ALLOCATE CORE)
271-14701 SCOMM MODULE -- ..DECB/..DECN/..DEC2 (DEALLOCATE CORE)
272-14798 SCOMM MODULE -- ..ALOW (ALLOCATE OR WAIT)
273-14819 SCOMM MODULE -- ..STTY (START TERMINAL OUTPUT)
274-14950 SCOMM MODULE -- ..STPT (STOP TTY)
275-15028 SCOMM MODULE -- ..STCH (STORE CHARACTER IN TO 10 QUEUE)
276-15069 SCOMM MODULE -- ..SACK (SEND ACKNOWLEDGEMENT)
277-15116 SCOMM MODULE -- ..STFC (STORE FUNCTION)
278-15172 SCOMM MODULE -- ..STIN (START INDIRECT FUNCTION)
279-15253 SCOMM MODULE -- ..STQ (STORE IN TO 10 QUEUE)
280-15319 SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25
TABLE OF CONTENTS
282-15556 SCOMM MODULE -- ..SWED (START AND WAIT FOR EXAMINE/DEPOSIT)
283-15609 SCOMM MODULE -- ..DTSP (STOP DTE PROTOCOLS)
284-15634 SCOMM MODULE -- ..DTP2 (START SECONDARY PROTOCOL)
285-15661 SCOMM MODULE -- ..DTP1 (START PRIMARY PROTOCOL)
286-15687 SCOMM MODULE -- ..VXFR (VALADATE TRANSFER)
287-15841 SCOMM MODULE -- ..BLXO (BLOCK OUTPUT) ..BLXI (BLOCK INPUT)
288-15938 SCOMM MODULE -- ..VTOL (MAP VIRTUAL TO LOGICAL BLOCK, EXTERNAL)
289-16023 SCOMM MODULE -- ..VVLL (MAP VIRTUAL TO LOGICAL BLOCK, INTERNAL)
291-16125 END
RSXFC -- RSX20F PARAMETER FIL MACRO M1113 03-APR-86 22:25 PAGE 1
1 .TITLE RSXFC -- RSX20F PARAMETER FILE (TOPS-10/1091 SYSTEM DEFINITION)
2 .IDENT /013100/
3 ;
4 ; COPYRIGHT (C) 1977, 1978, 1985 BY
5 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6 ; ALL RIGHTS RESERVED.
7 ;
8 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
9 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
10 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
11 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
12 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
13 ;
14 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
15 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
16 ; CORPORATION.
17 ;
18 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
19 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
20 ;
21 ; VERSION 13-10
22 ;
23 ; ALAN D. PECKHAM 19-APR-77
24 ;
25 ; MODIFIED BY:
26 ;
27 ; R. BELANGER -- ELIMINATE 1090T "ARPA" CONFIGURATTION
28 ; R. BELANGER -- ADD 1091 CONFIGURATION
29 ;
30 ; FUNCTION: THIS MODULE PROVIDES THE PARAMETERS FOR ASSEMBLY OF RSX20F FOR
31 ; THE TOPS-10 (1091) SYSTEM.
32 ;
33 ; EQUATED SYMBOLS
34 ;
35 000001 $T1091 =1 ; DEFINE TOPS-10/1091 OPTION
36
37 000001 $LP20 =1 ; INCLUDE LP20 DRIVER
38 000002 L$$P20 =2 ; INCLUDE 2 LP-20'S
39 000001 $CD11 =1 ; INCLUDE CD11 CARD READER DRIVER
40 000001 $RP04 =1 ; INCLUDE RP04 DISK DRIVER
41 000001 $FE =1 ; INCLUDE FE PSEUDO-DEVICE DRIVER
42 000001 $F11 =1 ; INCLUDE FILES-11 ACP
43 000001 $DH11 =1 ; INCLUDE DH11 DRIVER
44 000010 D$$H11 =8. ; INCLUDE 8 DH-11'S
45 000001 $DBDTE =1 ; INCLUDE DTE20 DEBUGGING CODE
46 000001 $DTE =1 ; INCLUDE DTE20 DTE DRIVER
47 000001 R$$11D =1 ; RSX-11D BASE
48
49 .IF DF $T1091
50 000001 $TOP10 =1 ; DEFINE TOPS-10 BASE FOR 1091
51 .ENDC ; $T1091
52
53 .IF DF $TOP10
54 .IF NDF $T1091
55 $DTA =1 ; INCLUDE DECTAPE DRIVER FOR TOPS-10
56 .IFF
57 000001 $RX11 =1 ; INCLUDE FLOPPY DRIVER FOR TOPS-10/1091
RSXFC -- RSX20F PARAMETER FIL MACRO M1113 03-APR-86 22:25 PAGE 1-1
58 .ENDC ; $T1091
59 .ENDC ; $TOP10
60
61 .IF DF $TOP20
62 $RX11 =1 ; INCLUDE FLOPPY DRIVER
63 .ENDC ; $TOP20
RSXFC -- RSX20F PARAMETER FIL MACRO M1113 03-APR-86 22:25 PAGE 2
65
66 .TITLE RSX20F -- RESIDENT EXECUTIVE (SYSTEM DEFINITION)
67 .IDENT /015500/
68 .ENABL AMA
69 .LIST MEB
70 .NLIST CND
71 ;
72 ; COPYRIGHT (C) 1975, 1984, 1985 BY
73 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
74 ; ALL RIGHTS RESERVED
75 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
76 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
77 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
78 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
79 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
80 ;
81 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
82 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
83 ; CORPORATION.
84 ;
85 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
86 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
87 ;
88 ; R. MCLEAN 19-MAR-75
89 ;
90 ; VERSION 15-50
91 ;
92 ; MODIFIED BY:
93 ;
94 ;
95 ;
RSX20F -- RESIDENT EXECUTIVE ( MACRO M1113 03-APR-86 22:25 PAGE 3
97 ;
98 ; SET VERSION OF RSX20F EXEC HERE
99 ;
100 000015 RSX$$V = 15 ; VERSION 15
101 000050 RSX$$E = 50 ; EDIT 50
102 ;
103 ; RELEASE VERSION
104 ;
105 000126 RSX$$K = 'V ; KEY FOR RELEASE-TYPE
106 ; "X" -- EXPERIMENTAL
107 ; "Y" -- FIELD/LOAD TEST
108 ; "V" -- RELEASE
109 000000 RSX$$F = 0 ; DEFINE FORM AS NULL
114 000105 RSX$$F = 'E ; TOPS-10 / 1091
123 ;
124 ; DTE-20 REGISTER OFFSETS
125 ;
126 000036 DAG3 =36
127 000034 STATD =34
128 000032 DAG2 =32
129 000030 DAG1 =30
130 000022 T11AD =22
131 000020 T10AD =20
132 000016 T11BC =16
133 000010 TNAD1 =10
134 000012 TNAD2 =12
135 000006 DXWD1 =6
136 000004 DXWD2 =4
137 000002 DXWD3 =2
RSX20F -- RESIDENT EXECUTIVE ( MACRO M1113 03-APR-86 22:25 PAGE 4
139 ;+
140 ; MACRO TO SET IDENT FOR EXEC MODULES.
141 ; FORMAT OF CALL IS:
142 ; IDENT$ VERSION,EDIT
143 ; OR
144 ; IDENT$ VERSION,EDIT,RSX$$F
145 ; IF MODULE CODING CHANGES WITH DIFFERENT FORMS
146 ;-
147
148 .MACRO IDENT$ VER,EDT,FRM,NUM
149 .IF B,NUM
150 .IF B,FRM
151 IDENT$ \VER,\EDT,0,0
152 .IFF
153 .IF EQ,<FRM-'A>
154 IDENT$ \VER,\EDT,A,0
155 .IFF
156 .IF EQ,<FRM-'B>
157 IDENT$ \VER,\EDT,B,0
158 .IFF
159 IDENT$ \VER,\EDT,E,0
160 .ENDC
161 .ENDC
162 .ENDC
163 .MEXIT
164 .IFF
165 .IF GE,VER-10
166 .IF GE,EDT-10
167 .LIST
168 .IDENT /'FRM'VER'EDT'0/
169 .NLIST
170 .IFF
171 .LIST
172 .IDENT /'FRM'VER'0'EDT'0/
173 .NLIST
174 .ENDC
175 .IFF
176 .IF GE,EDT-10
177 .LIST
178 .IDENT /'FRM'0'VER'EDT'0/
179 .NLIST
180 .IFF
181 .LIST
182 .IDENT /'FRM'0'VER'0'EDT'0/
183 .NLIST
184 .ENDC
185 .ENDC
186 .ENDC
187 .ENDM IDENT$
RSX20F -- RESIDENT EXECUTIVE ( MACRO M1113 03-APR-86 22:25 PAGE 6
190
191 .TITLE LC -- LOW CORE FOR RSX20F
192 000000 IDENT$ 15,05,RSX$$F
.IDENT /E15050/
193 ;
194 ;
195 ; COPYRIGHT (C) 1975, 1984, 1985 BY
196 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
197 ; ALL RIGHTS RESERVED.
198 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
199 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
200 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
201 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
202 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
203 ;
204 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
205 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
206 ; CORPORATION.
207 ;
208 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
209 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
210 ;
211 ; MODULE: LOW CORE
212 ;
213 ; VERSION: 15-05
214 ;
215 ; AUTHOR: R. MCLEAN
216 ;
217 ; DATE: 19 JUL 75
218 ;
219 ;
220 ; THIS MODULE CONTAINS:
221 ;
222 ; 1 -- CODE TO SERVICE LOW CORE TRAPS AND ERRORS
223 ; 2 -- TRAP VECTORS
224 ; 3 -- SYSTEM COMMON DATABASE
225 ; 4 -- INITIALIZATION CODE
226 ; 5 -- PATCH SPACE
227 ;
228 ; MODIFICATIONS:
229 ;
230 ; NO. DATE PROGRAMMER PURPOSE
231 ; --- ---- ---------- -------
232 ; 001 03-FEB-77 R. BELANGER ADD DL11E INTERRUPT VECTORS
233 ; 002 15-MAR-77 R. BELANGER LIMIT SIZE OF PATCH SPACE
234 ; TO 40 BYTES AND DEFINE SYMBOL .PAT..
235 ; 003 18-AUG-77 R. BELANGER DIFFERENTIATE BETWEEN DTE-20
236 ; BUS TIMEOUTS AND OTHERS
237 ; 004 28-AUG-77 R. BELANGER LOAD CRASH CODE INTO 0 AND 2
238 ; TCO 4.2212 08-MAR-79 R. BELANGER INTEGRATE SYTEM COMMON DATABASE
239 ; TCO 4.2217 19-MAR-79 R. BELANGER SNAPSHOT EBUS PARITY ERRORS
240 ; TCO 4.2245 10-APR-79 R. BELANGER ADD FRAMING ERROR LOGGING
241 ; TCO 4.2263 29-MAY-79 R. BELANGER PAD DECTAPE DRIVER DATABASE
242 ; TCO 4.2309 25-JUN-79 R. BELANGER ADD BELL 212A MODEM SUPPORT
243 ; TCO 4.2314 29-JUN-79 R. BELANGER SNAPSHOT I/O PAGE ON CRASH
244 ; TCO 4.2333 16-JUL-79 R. BELANGER ADD KL10 HARDWARE DATA
245 ; TCO 5.1004 12-SEP-79 R. BELANGER ADD NON-CONTIGUOUS DEVICE SUPPORT
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 6-1
246 ; TCO 5.1008 11-OCT-79 R. BELANGER ADD EBUS PARITY ERROR AND DEX ERROR LOGGING
247 ; TCO 5.1009 15-0CT-79 R. BELANGER ADD RH-11 ERROR LOGGING
248 ; TCO 5.1015 25-OCT-79 R. BELANGER ADD TERMINAL INPUT CONTROL TABLE
249 ; TCO 4.1.1035 16-NOV-79 R. BELANGER ADD QUEUE ARBITRATION
250 ; TCO 4.1.1066 10-JAN-80 R. BELANGER ROUND-ROBIN DEFERRED ACKS
251 ; TCO 4.1.1091 12-FEB-80 R. BELANGER FIX MISSING DM-11/BB'S
252 ; TCO 4.1.1092 25-FEB-80 R. BELANGER LOCAL INPUT CONTROL
253 ; TCO 4.1.1104 05-MAR-80 R. BELANGER CHANGE KEEP-ALIVE
254 ; TCO 4.1.1121 19-MAR-80 R. BELANGER SUPPORT BLOCKED DTE-20
255 ; TCO 4.1.1137 -5-APR-80 R. BELANGER REDEFINE PATCH SPACE TO UNUSED VECTORS
256 ; REMOVE DEFERRED ACK SUPPORT
257 ;
258 ;17-DEC-82 TCO 6.1509 D. WEAVER
259 ; FIX CONDITIONAL GENERATION OF ATL SO THAT A NODE'S BACKWARD POINTER
260 ; DOESN'T POINT TO ITSELF.
261 ;19-JAN-83 TCO 6.1508 D. WEAVER
262 ; ADD WORD .KLCPU TO GET THE CPU NUMBER OF THE KL WE ARE RUNNING ON
263 ; SO WE CAN DO WARM RESTART ON SMP SYSTEMS (USED BY KLINIT)
264 ;15-MAR-83 TCO 6.1543 D.WEAVER
265 ; ADD TABLE .KLMF2 WHICH IS A TABLE OF RETRY COUNTERS FOR EACH
266 ; MF20 CONTROLLER. MEMCON WILL NOW TRY TO FORCE THE CONTROLLER
267 ; FOR N RETRIES BEFORE DELETING IT.
268 ;22-MAR-83 TCO 6.1657 D. WEAVER
269 ; ADD WORD ABCHAR TO GET THE LAST AUTOBAUD CHARACTER TYPED (DEBUGGING)
270 ;09-JUN-83 TCO 6.1675 D. WEAVER
271 ; MOVE .ERCOD FROM KLINIT INTO THE FRONT-END STATUS BLOCK FOR WARM
272 ; RESTART AND RENAME IT TO .ERRCD. ALSO MOVE KLPCRG FROM KLINIT TO
273 ; THE STATUS BLOCK AND RENAME IT TO BE .ERRPC.
274 ; REMOVE AUTO-TAKE FLAG AS IT IS NOT LONGER VALID.
275 ;12-JUN-83 TCO 6.1724 D. WEAVER
276 ; ADD COPYRIGHT TO LOW CORE AFTER THE FE STATUS BLOCK.
277 ;
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 7
279 ;
280 ;
281 ; MACRO LIBRARY CALLS
282 ;
283 .MCALL .CRASH,MFPS,CALL
284 .MCALL .PUDEN,.STDEN,.ATLEN
285 .MCALL $DEF,F11DF$
286 .MCALL .TPDEN,.PUDEN,.DQPEN
287
288 000000 $DEF
289 000000 F11DF$
290
291 .MACRO RSXVR$ KEY,FRM,VER,EDT,NUM
292 .IF B,NUM
293 .IF NB,FRM
294 RSXVR$ \KEY,\FRM,\VER,\EDT,0
295 .IFF
296 RSXVR$ \KEY,200,\VER,\EDT,0
297 .ENDC
298 .MEXIT
299 .IFF
300 .IF GE,VER-10
301 .IF GE,EDT-10
302 .ASCIZ <KEY><FRM>\'VER'-'EDT'\<200>
303 .IFF
304 .ASCIZ <KEY><FRM>\'VER'-0'EDT'\<200>
305 .ENDC
306 .IFF
307 .IF GE,EDT-10
308 .ASCIZ <KEY><FRM>\0'VER'-'EDT'\<200>
309 .IFF
310 .ASCIZ <KEY><FRM>\0'VER'-0'EDT'\<200>
311 .ENDC
312 .ENDC
313 .ENDC
314 .ENDM RSXVR$
315 ;
316 ; MACRO FOR GENERATING LOW CORE
317 ;
318 .MACRO PSW PRI,TRPADR,UNIT
319 .IF B,<TRPADR>
320 .WORD .-LOWCOD+1
321 .IFF
322 .WORD TRPADR
323 .ENDC ; IFB <TRPADR>
324 .IF B,<UNIT>
325 .WORD 0+<40*PRI>+4000
326 .IFF
327 .WORD UNIT+<40*PRI>+4000
328 .ENDC ; IFB <UNIT>
329 .ENDM ; PSW
330 ;
331 .MACRO DHPSW U
332 .WORD $DMINT ; DM-11/BB #'U INTERRUPT
333 .WORD U+<40*6>+4000
334 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
335 .WORD <40*6>+4000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 7-1
336 .WORD $DHINP ; DH-11 #'U INPUT INTERRUPT
337 .WORD U+<40*6>+4000
338 .WORD $DHOUT ; DH-11 #'U OUTPUT INTERRUPT
339 .WORD U+<40*6>+4000
340 .ENDM
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8
LOW CORE -- TRAP VECTORS
342 .SBTTL LOW CORE -- TRAP VECTORS
343
344 000000' LOWCOD==.
345 000000 PSW 6 ; ILLEGAL INTERRUPT
000000 000001 .WORD .-LOWCOD+1
000002 004300 .WORD 0+<40*6>+4000
346 ;
347 000004 PSW 7,COMTRP,0 ; TRAP TO 4 (TIMEOUT)
000004 011562' .WORD COMTRP
000006 004340 .WORD 0+<40*7>+4000
348 ;
349 000010 PSW 7,COMTRP,2 ; RESERVED INSTRUCTION
000010 011562' .WORD COMTRP
000012 004342 .WORD 2+<40*7>+4000
350 ;
351 000014 PSW 6,COMTRP,4 ; T BIT OR BPT TRAP
000014 011562' .WORD COMTRP
000016 004304 .WORD 4+<40*6>+4000
352 ;
353 000020 PSW 6,COMTRP,6 ; IOT TRAP
000020 011562' .WORD COMTRP
000022 004306 .WORD 6+<40*6>+4000
354 ;
355 000024 PSW 7,.PWRDN ; POWER FAIL (POWER DOWN)
000024 020164' .WORD .PWRDN
000026 004340 .WORD 0+<40*7>+4000
356 ;
357 000030 PSW 7,EMTTRP,STXDX ; EMT TRAP
000030 013266' .WORD EMTTRP
000032 004340 .WORD STXDX+<40*7>+4000
358 ;
359 000034 PSW 6,.DRSRN ; TRAP TRAP
000034 013602' .WORD .DRSRN
000036 004300 .WORD 0+<40*6>+4000
360 ;
361 000040 .PAT1.:: ; [4.1.1137] PATCH SPACE -- 20 BYTES
362 000004 .REPT 4
363 PSW 6 ; ILLEGAL INTERRUPTS
364 .ENDR
000040 000041 .WORD .-LOWCOD+1
000042 004300 .WORD 0+<40*6>+4000
000044 000045 .WORD .-LOWCOD+1
000046 004300 .WORD 0+<40*6>+4000
000050 000051 .WORD .-LOWCOD+1
000052 004300 .WORD 0+<40*6>+4000
000054 000055 .WORD .-LOWCOD+1
000056 004300 .WORD 0+<40*6>+4000
365 ;
366 000060 PSW 6,$TTINP,0 ; TTY LINE 0 INPUT (CTY)
000060 037220' .WORD $TTINP
000062 004300 .WORD 0+<40*6>+4000
367 000064 PSW 6,$TTOUT,0 ; TTY LINE 0 OUTPUT (CTY)
000064 035074' .WORD $TTOUT
000066 004300 .WORD 0+<40*6>+4000
368 ;
369 000002 .REPT 2.
370 PSW 6 ; ILLEGAL TRAPS
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-1
LOW CORE -- TRAP VECTORS
371 .ENDR
000070 000071 .WORD .-LOWCOD+1
000072 004300 .WORD 0+<40*6>+4000
000074 000075 .WORD .-LOWCOD+1
000076 004300 .WORD 0+<40*6>+4000
372 ;
373 000100 PSW 6,.KW11S ; CLOCK INTERRUPT
000100 036236' .WORD .KW11S
000102 004300 .WORD 0+<40*6>+4000
374 ;
375 000002 .REPT 2
376 PSW 6 ; ILLEGAL INTERRUPT
377 .ENDR
000104 000105 .WORD .-LOWCOD+1
000106 004300 .WORD 0+<40*6>+4000
000110 000111 .WORD .-LOWCOD+1
000112 004300 .WORD 0+<40*6>+4000
378 ;
379 000114 PSW 7,.PARER ; PARITY ERROR
000114 012040' .WORD .PARER
000116 004340 .WORD 0+<40*7>+4000
380 ;
381 000120 .PAT2.:: ; [4.1.1137] PATCH SPACE -- 74 BYTES
382 000017 .REPT 15.
383 PSW 6 ; ILLEGAL INTERRUPT
384 .ENDR
000120 000121 .WORD .-LOWCOD+1
000122 004300 .WORD 0+<40*6>+4000
000124 000125 .WORD .-LOWCOD+1
000126 004300 .WORD 0+<40*6>+4000
000130 000131 .WORD .-LOWCOD+1
000132 004300 .WORD 0+<40*6>+4000
000134 000135 .WORD .-LOWCOD+1
000136 004300 .WORD 0+<40*6>+4000
000140 000141 .WORD .-LOWCOD+1
000142 004300 .WORD 0+<40*6>+4000
000144 000145 .WORD .-LOWCOD+1
000146 004300 .WORD 0+<40*6>+4000
000150 000151 .WORD .-LOWCOD+1
000152 004300 .WORD 0+<40*6>+4000
000154 000155 .WORD .-LOWCOD+1
000156 004300 .WORD 0+<40*6>+4000
000160 000161 .WORD .-LOWCOD+1
000162 004300 .WORD 0+<40*6>+4000
000164 000165 .WORD .-LOWCOD+1
000166 004300 .WORD 0+<40*6>+4000
000170 000171 .WORD .-LOWCOD+1
000172 004300 .WORD 0+<40*6>+4000
000174 000175 .WORD .-LOWCOD+1
000176 004300 .WORD 0+<40*6>+4000
000200 000201 .WORD .-LOWCOD+1
000202 004300 .WORD 0+<40*6>+4000
000204 000205 .WORD .-LOWCOD+1
000206 004300 .WORD 0+<40*6>+4000
000210 000211 .WORD .-LOWCOD+1
000212 004300 .WORD 0+<40*6>+4000
385 ;
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-2
LOW CORE -- TRAP VECTORS
389 000214 PSW 6 ; DECTAPE INTERRUPT
000214 000215 .WORD .-LOWCOD+1
000216 004300 .WORD 0+<40*6>+4000
391 ;
392 000002 .REPT 2.
393 PSW 6 ; ILLEGAL INTERRUPT
394 .ENDR
000220 000221 .WORD .-LOWCOD+1
000222 004300 .WORD 0+<40*6>+4000
000224 000225 .WORD .-LOWCOD+1
000226 004300 .WORD 0+<40*6>+4000
395 ;
396 000230 PSW 4,$CDINT ; CARD READER INTERRUPT
000230 000000G .WORD $CDINT
000232 004200 .WORD 0+<40*4>+4000
397 ;
398 000234 .PAT3.:: ; [4.1.1137] PATCH SPACE -- 20 BYTES
399 000004 .REPT 4.
400 PSW 6 ; ILLEGAL INTERRUPT
401 .ENDR
000234 000235 .WORD .-LOWCOD+1
000236 004300 .WORD 0+<40*6>+4000
000240 000241 .WORD .-LOWCOD+1
000242 004300 .WORD 0+<40*6>+4000
000244 000245 .WORD .-LOWCOD+1
000246 004300 .WORD 0+<40*6>+4000
000250 000251 .WORD .-LOWCOD+1
000252 004300 .WORD 0+<40*6>+4000
402 ;
403 000254 PSW 4,.DBINT ; RH-11 (RP04/RP06) INTERRUPT
000254 000000G .WORD .DBINT
000256 004200 .WORD 0+<40*4>+4000
404 ;
405 000260 PSW 6 ; ILLEGAL INTERRUPT
000260 000261 .WORD .-LOWCOD+1
000262 004300 .WORD 0+<40*6>+4000
406 ;
408 000264 PSW 6,$DXINT ; RX-11 INTERRUPT
000264 000000G .WORD $DXINT
000266 004300 .WORD 0+<40*6>+4000
412 ;
413 000270 PSW 6 ; ILLEGAL INTERRUPT
000270 000271 .WORD .-LOWCOD+1
000272 004300 .WORD 0+<40*6>+4000
414 000274 PSW 6 ; ILLEGAL INTERRUPT
000274 000275 .WORD .-LOWCOD+1
000276 004300 .WORD 0+<40*6>+4000
415 ;
416 000300 PSW 6,$TTINP,1 ; DL-11E # 0 INPUT (KLINIK) INTERRUPT
000300 037220' .WORD $TTINP
000302 004301 .WORD 1+<40*6>+4000
417 000304 PSW 6,$TTOUT,1 ; DL-11E # 0 OUTPUT (KLINIK) INTERRUPT
000304 035074' .WORD $TTOUT
000306 004301 .WORD 1+<40*6>+4000
418 ;
419 000310 PSW 6 ; ILLEGAL INTERRUPT
000310 000311 .WORD .-LOWCOD+1
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-3
LOW CORE -- TRAP VECTORS
000312 004300 .WORD 0+<40*6>+4000
420 000314 PSW 6 ; ILLEGAL INTERRUPT
000314 000315 .WORD .-LOWCOD+1
000316 004300 .WORD 0+<40*6>+4000
421 ;
422 000000 U=0
423 .IRP U,<0,1,2,3,4,5,6,7>
424 DHPSW U
425 ;
426 .ENDR
000320 040766' .WORD $DMINT ; DM-11/BB #0 INTERRUPT
000322 004300 .WORD 0+<40*6>+4000
000324 000325 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000326 004300 .WORD <40*6>+4000
000330 036400' .WORD $DHINP ; DH-11 #0 INPUT INTERRUPT
000332 004300 .WORD 0+<40*6>+4000
000334 034422' .WORD $DHOUT ; DH-11 #0 OUTPUT INTERRUPT
000336 004300 .WORD 0+<40*6>+4000
000340 040766' .WORD $DMINT ; DM-11/BB #1 INTERRUPT
000342 004301 .WORD 1+<40*6>+4000
000344 000345 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000346 004300 .WORD <40*6>+4000
000350 036400' .WORD $DHINP ; DH-11 #1 INPUT INTERRUPT
000352 004301 .WORD 1+<40*6>+4000
000354 034422' .WORD $DHOUT ; DH-11 #1 OUTPUT INTERRUPT
000356 004301 .WORD 1+<40*6>+4000
000360 040766' .WORD $DMINT ; DM-11/BB #2 INTERRUPT
000362 004302 .WORD 2+<40*6>+4000
000364 000365 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000366 004300 .WORD <40*6>+4000
000370 036400' .WORD $DHINP ; DH-11 #2 INPUT INTERRUPT
000372 004302 .WORD 2+<40*6>+4000
000374 034422' .WORD $DHOUT ; DH-11 #2 OUTPUT INTERRUPT
000376 004302 .WORD 2+<40*6>+4000
000400 040766' .WORD $DMINT ; DM-11/BB #3 INTERRUPT
000402 004303 .WORD 3+<40*6>+4000
000404 000405 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000406 004300 .WORD <40*6>+4000
000410 036400' .WORD $DHINP ; DH-11 #3 INPUT INTERRUPT
000412 004303 .WORD 3+<40*6>+4000
000414 034422' .WORD $DHOUT ; DH-11 #3 OUTPUT INTERRUPT
000416 004303 .WORD 3+<40*6>+4000
000420 040766' .WORD $DMINT ; DM-11/BB #4 INTERRUPT
000422 004304 .WORD 4+<40*6>+4000
000424 000425 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000426 004300 .WORD <40*6>+4000
000430 036400' .WORD $DHINP ; DH-11 #4 INPUT INTERRUPT
000432 004304 .WORD 4+<40*6>+4000
000434 034422' .WORD $DHOUT ; DH-11 #4 OUTPUT INTERRUPT
000436 004304 .WORD 4+<40*6>+4000
000440 040766' .WORD $DMINT ; DM-11/BB #5 INTERRUPT
000442 004305 .WORD 5+<40*6>+4000
000444 000445 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000446 004300 .WORD <40*6>+4000
000450 036400' .WORD $DHINP ; DH-11 #5 INPUT INTERRUPT
000452 004305 .WORD 5+<40*6>+4000
000454 034422' .WORD $DHOUT ; DH-11 #5 OUTPUT INTERRUPT
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-4
LOW CORE -- TRAP VECTORS
000456 004305 .WORD 5+<40*6>+4000
000460 040766' .WORD $DMINT ; DM-11/BB #6 INTERRUPT
000462 004306 .WORD 6+<40*6>+4000
000464 000465 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000466 004300 .WORD <40*6>+4000
000470 036400' .WORD $DHINP ; DH-11 #6 INPUT INTERRUPT
000472 004306 .WORD 6+<40*6>+4000
000474 034422' .WORD $DHOUT ; DH-11 #6 OUTPUT INTERRUPT
000476 004306 .WORD 6+<40*6>+4000
000500 040766' .WORD $DMINT ; DM-11/BB #7 INTERRUPT
000502 004307 .WORD 7+<40*6>+4000
000504 000505 .WORD .-LOWCOD+1 ; ILLEGAL INTERRUPT
000506 004300 .WORD <40*6>+4000
000510 036400' .WORD $DHINP ; DH-11 #7 INPUT INTERRUPT
000512 004307 .WORD 7+<40*6>+4000
000514 034422' .WORD $DHOUT ; DH-11 #7 OUTPUT INTERRUPT
000516 004307 .WORD 7+<40*6>+4000
427 000040 U=<20-D$$H11>*4
428 ;
429 000520 .PAT4.:: ; [4.1.1137] PATCH SPACE -- 200 BYTES
430 000040 .REPT U
431 PSW 6 ; ILLEGAL INTERRUPT
432 .ENDR
000520 000521 .WORD .-LOWCOD+1
000522 004300 .WORD 0+<40*6>+4000
000524 000525 .WORD .-LOWCOD+1
000526 004300 .WORD 0+<40*6>+4000
000530 000531 .WORD .-LOWCOD+1
000532 004300 .WORD 0+<40*6>+4000
000534 000535 .WORD .-LOWCOD+1
000536 004300 .WORD 0+<40*6>+4000
000540 000541 .WORD .-LOWCOD+1
000542 004300 .WORD 0+<40*6>+4000
000544 000545 .WORD .-LOWCOD+1
000546 004300 .WORD 0+<40*6>+4000
000550 000551 .WORD .-LOWCOD+1
000552 004300 .WORD 0+<40*6>+4000
000554 000555 .WORD .-LOWCOD+1
000556 004300 .WORD 0+<40*6>+4000
000560 000561 .WORD .-LOWCOD+1
000562 004300 .WORD 0+<40*6>+4000
000564 000565 .WORD .-LOWCOD+1
000566 004300 .WORD 0+<40*6>+4000
000570 000571 .WORD .-LOWCOD+1
000572 004300 .WORD 0+<40*6>+4000
000574 000575 .WORD .-LOWCOD+1
000576 004300 .WORD 0+<40*6>+4000
000600 000601 .WORD .-LOWCOD+1
000602 004300 .WORD 0+<40*6>+4000
000604 000605 .WORD .-LOWCOD+1
000606 004300 .WORD 0+<40*6>+4000
000610 000611 .WORD .-LOWCOD+1
000612 004300 .WORD 0+<40*6>+4000
000614 000615 .WORD .-LOWCOD+1
000616 004300 .WORD 0+<40*6>+4000
000620 000621 .WORD .-LOWCOD+1
000622 004300 .WORD 0+<40*6>+4000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-5
LOW CORE -- TRAP VECTORS
000624 000625 .WORD .-LOWCOD+1
000626 004300 .WORD 0+<40*6>+4000
000630 000631 .WORD .-LOWCOD+1
000632 004300 .WORD 0+<40*6>+4000
000634 000635 .WORD .-LOWCOD+1
000636 004300 .WORD 0+<40*6>+4000
000640 000641 .WORD .-LOWCOD+1
000642 004300 .WORD 0+<40*6>+4000
000644 000645 .WORD .-LOWCOD+1
000646 004300 .WORD 0+<40*6>+4000
000650 000651 .WORD .-LOWCOD+1
000652 004300 .WORD 0+<40*6>+4000
000654 000655 .WORD .-LOWCOD+1
000656 004300 .WORD 0+<40*6>+4000
000660 000661 .WORD .-LOWCOD+1
000662 004300 .WORD 0+<40*6>+4000
000664 000665 .WORD .-LOWCOD+1
000666 004300 .WORD 0+<40*6>+4000
000670 000671 .WORD .-LOWCOD+1
000672 004300 .WORD 0+<40*6>+4000
000674 000675 .WORD .-LOWCOD+1
000676 004300 .WORD 0+<40*6>+4000
000700 000701 .WORD .-LOWCOD+1
000702 004300 .WORD 0+<40*6>+4000
000704 000705 .WORD .-LOWCOD+1
000706 004300 .WORD 0+<40*6>+4000
000710 000711 .WORD .-LOWCOD+1
000712 004300 .WORD 0+<40*6>+4000
000714 000715 .WORD .-LOWCOD+1
000716 004300 .WORD 0+<40*6>+4000
433 ;
434 000720 PSW 6,$TTINP,4 ; DL-11E # 3 INPUT (DN20 #2)
000720 037220' .WORD $TTINP
000722 004304 .WORD 4+<40*6>+4000
435 000724 PSW 6,$TTOUT,4 ; DL-11E # 3 OUTPUT (DN20 #2)
000724 035074' .WORD $TTOUT
000726 004304 .WORD 4+<40*6>+4000
436 ;
437 000730 PSW 6,$TTINP,3 ; DL-11E # 2 INPUT (DN20 #1)
000730 037220' .WORD $TTINP
000732 004303 .WORD 3+<40*6>+4000
438 000734 PSW 6,$TTOUT,3 ; DL-11E # 2 OUTPUT (DN20 #1)
000734 035074' .WORD $TTOUT
000736 004303 .WORD 3+<40*6>+4000
439 ;
440 000740 PSW 6,$TTINP,2 ; DL-11E # 1 INPUT (DN20 #0)
000740 037220' .WORD $TTINP
000742 004302 .WORD 2+<40*6>+4000
441 000744 PSW 6,$TTOUT,2 ; DL-11E # 1 OUTPUT (DN20 #0)
000744 035074' .WORD $TTOUT
000746 004302 .WORD 2+<40*6>+4000
442 ;
444 000750 PSW 4,$LPINT,1 ; LP-20 #1 INTERRUPT
000750 000000G .WORD $LPINT
000752 004201 .WORD 1+<40*4>+4000
445 000754 PSW 4,$LPINT,0 ; LP-20 #0 INTERRUPT
000754 000000G .WORD $LPINT
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 8-6
LOW CORE -- TRAP VECTORS
000756 004200 .WORD 0+<40*4>+4000
450 ;
451 000004 .REPT 4
452 PSW 7,.DTINT ; DTE-20 # 0 INTERRUPT VECTORS
453 .ENDR
000760 030442' .WORD .DTINT
000762 004340 .WORD 0+<40*7>+4000
000764 030442' .WORD .DTINT
000766 004340 .WORD 0+<40*7>+4000
000770 030442' .WORD .DTINT
000772 004340 .WORD 0+<40*7>+4000
000774 030442' .WORD .DTINT
000776 004340 .WORD 0+<40*7>+4000
454 ;
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 9
LOW CORE -- COMMON GLOBAL DATA
456 .SBTTL LOW CORE -- COMMON GLOBAL DATA
457
458 001000 .FESTB::
459 001000 004176 .WORD <.LCEND-.FESTB>/2 ; [4.2333] WORD SIZE OF THIS STATUS BLOCK
460 001002 .EXEND::
461 001002 000000 000000 .LIMIT ; DEFINE LIMITS OF THE FRONT-END
462 ; FIRST WORD LOW LIMIT
463 ; SECOND WORD IS HIGH LIMIT
464 ;
465 ; CURRENT TASK POINTER (POINTS TO ACTIVE TASK LIST NODE OF CURRENT TASK
466 ;
467
468 001006 .CRTSK::
469 001006 000000 .WORD 0
470
471 001010 .COMEF::
472 001010 000000 000000 .WORD 0,0 ; COMMON EVENT FLAGS
473
474 001014 .SERFG::
475 001014 000000 .WORD 0 ; SIG EVENT FLAG
476 001016 .SEWFL::
477 001016 000000 .WORD 0 ; SIG EVENT WAIT FLAG
478 001020 SPSAV::
479 001020 000000 .WORD 0 ; SAVE AREA FOR STACK
480 ;
481 001022 PARSAV::
482 001022 .BLKW 2 ; SAVE AREA FOR PARITY ERROR REGISTERS
483 ; (USED BY LC)
484 ;
485 ; .PFAIL INDICATES POWER FAIL IN PROGRESS
486 ; IT IS USED ONLY TO INDICATE TO PRI7 TASKS THAT
487 ; POWER FAIL UNDERWAY AND A RETURN TO THE PROGRAM
488 ; SHOULD NOT OCCUR
489 ;
490 001026 .PFAIL::
491 001026 000000 .WORD 0
492 001030 .PFIOW::
493 001030 000000 .WORD 0 ; POWER FAIL RECOVERY FLAG
494 001032 PWRXSP::
495 001032 000000 .WORD 0 ; BUFFER FOR STACK POINTER
496 001034 CROBAR::
497 001034 000000 .WORD 0 ; POWER-UP CROBAR TIMER
498 001036 .VERNO::
499 001036 RSXVR$ RSX$$K,RSX$$F,RSX$$V,RSX$$E ; RSX20F VERSION NUMBER.
001036 126 105 061 .ASCIZ <126><105>\15-50\<200>
001041 065 055 065
001044 060 200 000
500 .EVEN
501 001050 .CKASS::
502 001050 000000 .WORD 0 ; AST ADDRESS FOR CURRENT TASK (CLOCK)
503 001052 .PFASS::
504 001052 000000 .WORD 0 ; AST ADDRESS FOR CURRENT TASK (POWER FAIL)
505
506 001054 .BLKW 20
507 ;
508 001114 .MSIZE::
509 001114 001600 .WORD 1600 ; MEMORY SIZE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 9-1
LOW CORE -- COMMON GLOBAL DATA
510 001116 EMTSTK::
511 001116 000000 .WORD 0 ; EMT SAVED DURING EMT STACK
512 001120 TRPASV::
513 001120 000000 .WORD 0 ; SAVED PS OF EMT/TRAP
514
515 ;
516 ; THE NEXT TWO BYTES MUST BE KEPT TOGETHER IN THEIR CURRENT ORDER !!!!
517 ;
518
519 001122 .NOERR::
520 001122 000401 .WORD 401 ; DO NOT RECOGNIZE KL ERROR IF NON-ZERO
521 001123' .NOHLT == .NOERR+1 ; DO NOT PANIC IF KL HALTS IF NON-ZERO
522
523 001124 .TKTN::
524 001124 000000 .WORD 0 ; NON ZERO IF TKTN REQUIRED
525 001126 .KLITK::
526 001126 000000 .WORD 0 ; KL ATTENTION REQUEST
527
528 001130 .KLERQ::
529 001130 000000 .WORD 0 ; KLERR SNAPSHOT INTERLOCK
530
531 001132 .KLIWD::
532 001132 000000 .WORD 0 ; KL WORD TO DETERMINE BOOT PARAMETERS
533
534 001134 .TICKS::
535 001134 000000 .WORD 0 ; CLOCK TICK COUNTER
536 001136 .CLKSW::
537 001136 000000 .WORD 0 ; CLOCK OVERFLOW SWITCH
538 001140 .DATE::
539 001140 .DATE3::
540 001140 000000 .WORD 0 ; FRONT-END DATE VALID FLAG
541 ; FRONT-END DATE IS VALID IF .NE. 0
542 001142 .YEAR::
543 001142 003673 .WORD 1979. ; DECIMAL YEAR
544 001144 .DAY::
545 001144 000 .BYTE 0. ; DAY OF MONTH
546 001145 .MON::
547 001145 000 .BYTE 0. ; MONTH OF YEAR
548 001146 .DST::
549 001146 000 .BYTE 0 ; DAYLIGHT SAVING TIME FLAG
550 001147 .DOW::
551 001147 000 .BYTE 0 ; DAY OF WEEK INDEX
552 001150 .SSM::
553 001150 000000 000400 .WORD 0,400 ; ELAPSED TIME IN SECONDS SINCE MIDNIGHT
554 001154 .TKPS::
555 001154 000074 .WORD .CYLTM ; CLOCK RATE IN JIFFIES
556
557 001156 .SYUIC::
558 001156 002405 .WORD 5.*400+5. ; SYSTEM UIC [5,5]
559 001160 .BTPRM::
560 001160 000000 .WORD 0 ; BOOT PARAMETER
561 001162 .BTSCH::
562 001162 000000 .WORD 0 ; CHARACTER SAVED -- FOR SECONDARY PROTOCOL
563 001164 .ACKAL::
564 001164 000001 .WORD 1 ; ACK ALL SWITCH
565 001166 .KLERW::
566 001166 000000 .WORD 0 ; KL WORD FOR ERROR REPORTING BY SETSPD
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 9-2
LOW CORE -- COMMON GLOBAL DATA
567 001170 .FEMOD::
568 001170 000001 .WORD 1 ; FRONT END CONSOLE MODE FLAG
569 001172 .KLRLD::
570 001172 000 .BYTE 0 ;KL RELOAD FLAG
571 001173 .KLFCF::
572 001173 001 .BYTE 1 ;KL FAULT CONTINUATION FLAG
573 001174 .KLFLG::
574 001174 000000 .WORD 0 ; FLAG FOR PARSER TO INDICATE STATE OF KL10
575 001176 .KLCPU::
576 001176 000 .BYTE 0 ;CPU NUMBER FOR WARM RESTART
577 001177 .KLMON::
578 001177 000 .BYTE 0 ;CODE FOR MONITOR THAT IS RUNNING (NOT USED)
579
580 ; THESE ARE THE CODES FOR DIFFERENT MONITORS: (SAME AS GETTAB)
581
582 000001 .MNT10=1 ;TOPS10
583 000002 .MNITS=2 ;ITS
584 000003 .MNTNX=3 ;TENEX
585 000004 .MNT20=4 ;TOPS20
586
587 000001 MF2RTY=1 ;RETRY EACH CONTROLLER ONCE
588 000004 MF2NUM==4. ;NUMBER OF MF20 CONTROLLERS
589
590 001200 .KLMF2:: ;RETRY COUNTERS FOR MF20 CONTROLLERS
591 000004 .REPT MF2NUM
592 .BYTE MF2RTY ;RETRY COUNT BEFORE WE GIVE UP ON MF20
593 .ENDR
001200 001 .BYTE MF2RTY ;RETRY COUNT BEFORE WE GIVE UP ON MF20
001201 001 .BYTE MF2RTY ;RETRY COUNT BEFORE WE GIVE UP ON MF20
001202 001 .BYTE MF2RTY ;RETRY COUNT BEFORE WE GIVE UP ON MF20
001203 001 .BYTE MF2RTY ;RETRY COUNT BEFORE WE GIVE UP ON MF20
594 .EVEN ;BACK TO A WORD BOUNDRY
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 10
LOW CORE -- KLINIK DATA BASE
596 .SBTTL LOW CORE -- KLINIK DATA BASE
597 ;
598 ; NOTE --
599 ; THE NEXT 32 BYTES MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER
600 ;
601
602 001204 .KLNPB::
603 001204 000026 .WORD KLNPLN ; KLINIK PARAMETER BLOCK LENGTH
604 ; BUFFER FOR PARAMETER SAVE STARTS HERE
605 001206 .KLNLB:: ;
606 001206 .KLNBC::
607 001206 000024 .WORD KLNPLN-2 ; BYTE COUNT FOR TRANSFER
608 001210 .KLNFT::
609 001210 000000 .WORD 0 ; KLINIK ENABLE START TIME --
610 ; SECONDS SINCE MIDNIGHT
611 001212 .KLNFD::
612 001212 000 000 000 .BYTE 0,0,0,0 ; KLINIK ENABLE START DATE
001215 000
613 001216 .KLNTT::
614 001216 000000 .WORD 0 ; KLINIK ENABLE END TIME --
615 ; SECONDS SINCE MIDNIGHT
616 001220 .KLNTD::
617 001220 000 000 000 .BYTE 0,0,0,0 ; KLINIK ENABLE END DATE
001223 000
618 001224 .KLNMD::
619 001224 000 000 .BYTE 0,0 ; KLINIK MODE FLAGS
620 .EVEN ;
621 000016 KLNLGL==.-.KLNFT ; KLINIK EVENT LOG BUFFER LENGTH IN BYTES
622 001226' .KLNPE==.
623 001226 .KLNPW::
624 001226 000000 000000 000000 .WORD 0,0,0 ; ASCII PASSWORD FOR KLINIK
625 .EVEN
626 000026 KLNPLN==.-.KLNBC ; SAVE BUFFER LENGTH IN BYTES
627 001234 .KLNSW::
628 001234 000 000 .BYTE 0,0 ; KLINIK LINE STATUS BYTES
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 11
LOW CORE -- COMMIUNICATIONS REGION DATA BASE
630 .SBTTL LOW CORE -- COMMIUNICATIONS REGION DATA BASE
631
632 ;
633 ; POINTERS TO COMMUNICATIONS AREA
634 ;
635 001236 COMBSE::
636 001236 000000 .WORD 0 ; BASE OF COMMUNICATION AREA
637 001240 PRMEMN::
638 001240 000000 .WORD 0 ; MY PROCESSOR NUMBER
639 001242 DEPOF::
640 001242 000000 .WORD 0 ; DEPOSIT OFFSET FROM EXAMINE
641 ;
642 ;
643 ; PROCESSOR IDENTIFICATION TABLE
644 ;
645 ; PROTBL FORMAT:
646 ;
647 ; DTENM -- ADDRESS OF DTE-20 TO ACCESS THIS PROCESSOR
648 000000 DTENM=0
649 ; EMYN -- ADDRESS TO COMMUNICATE TO PROCESSOR 0
650 000002 EMYN==2
651 ; DMYN -- ADDRESS TO COMMUNICATE TO PROCESSOR 0 (WRITE)
652 000004 DMYN==4
653 ; EHSG -- ADDRESS FROM GENERAL
654 000006 EHSG==6
655 ; EHSM -- ADDRESS FROM SPECIFIC
656 000010 EHSM==10
657
658 001244 PROTBL::
659 001244 174400 .WORD 174400 ; DTENM
660 001246 000000 .WORD 0 ; EMYN
661 001250 000000 .WORD 0 ; DMYN
662 001252 000000 .WORD 0 ; EHSG
663 001254 000000 .WORD 0 ; EHSM
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 12
LOW CORE -- QUEUED PROTOCOL DATA BASE
665 .SBTTL LOW CORE -- QUEUED PROTOCOL DATA BASE
666
667 001256 .CRQZ::
668 001256 000000 .WORD 0 ; CURRENT QUEUE SIZE
669 001260 .CPFN::
670 001260 000000 .WORD 0 ; CURRENT FUNCTION IN TO 10 QUEUE
671 001262 .CPDV::
672 001262 000000 .WORD 0 ; CURRENT DEVICE IN TO 10 QUEUE
673 001264 .CRSZ::
674 001264 000000 .WORD 0 ; CURRENT SIZE OF TO10 QUEUE
675 001266 .CRPB::
676 001266 000000 .WORD 0 ; CURRENT BUFFER POINTER IN TO10 QUEUE
677 001270 .CRHD::
678 001270 000000 .WORD 0 ; HEAD OF CURRENT TO10 QUEUE
679 001272 .CRSB::
680 001272 000000 .WORD 0 ; POINTER TO CURRENT FUNCTION SIZE
681
682 001274 DTEMSK::
683 001274 000000 .WORD 0 ; DTE DEVICE EVENT FLAG MASK
684 001276 DTEADR::
685 001276 000000 .WORD 0 ; DTE DEVICE INDIRECT FLAG ADDRESS
686
687 001300 TO11NP::
688 001300 000000 .WORD 0 ; NODE POINTER FOR NODE
689 001302 TO11HD::
690 001302 000000 .WORD 0 ; COUNT OF BYTES IN THIS QUEUE
691 001304 TO11FN::
692 001304 000000 .WORD 0 ; TO ELEVEN FUNCTION CODE
693 001306 TO11DV::
694 001306 000000 .WORD 0 ; TO ELEVEN DEVICE NUMBER
695 001310 TO11SP::
696 001310 000000 .WORD 0 ; SPACE
697 001312 TO11FW::
698 001312 000000 .WORD 0 ; FIRST WORD OF FUNCTION
700 001314 TO11GW::
701 001314 177777 .WORD -1 ; GUARD WORD FOR DTE20
702 001316 TO11AS::
703 001316 000000 .WORD 0 ; ADDRESS SAVE
704 001320 TO11BS::
705 001320 000000 .WORD 0 ; BYTE COUNT SAVE
706 001322 TO10SZ::
707 001322 000000 .WORD 0 ; BYTE COUNT OF XFER
708 001324 TO10AS::
709 001324 000000 .WORD 0
711
712 001326 STSTT::
713 001326 000001 000000 000000 .WORD 1,0,0 ; TO 10 STATUS
714
715 001332' TO10QC==STSTT+4 ; TO 10 QUEUE COUNT
716 001333' TO11QC==STSTT+5 ; TO 11 QUEUE COUNT
717
718 001334 001334' TO10Q:: .WORD . ; LISTHEAD FOR TO 10 QUEUE
719 001336 001334' .WORD .-2
720
721 001340 EQSZ::
722 001340 000000 .WORD 0 ; ELEVEN QUEUE SIZE
723
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 12-1
LOW CORE -- QUEUED PROTOCOL DATA BASE
724 001342 TO11Q::
725 001342 000000 .WORD 0 ; TO 11 QUEUE
726 001344 STATI::
727 001344 .BLKW 3 ; STATUS/SCRATCH WORD FOR EXAMINES/DEPOSITS
728 001352 DEXST::
729 001352 000000 .WORD 0 ; DEXDONE TIMEOUT
730 001354 DEXTM3::
731 001354 000000 .WORD 0 ; EXAMINE WORD 3 (TEMP STORAGE) TO BE
732 001356 DEXTM2::
733 001356 000000 .WORD 0 ; EXAMINE WORD 2 -USED ONLY BECAUSE EXAMINE
734 001360 DEXTM1::
735 001360 000000 .WORD 0 ; EXAMINE WORD 1 - OR DEPOSIT MAY FAIL AND MUST BE REDONE
736 001362 .PRADR::
737 001362 000000 .WORD 0 ; ADDRESS OF PRIV OFFSET TABLE ENTRY
738 001364 .PRSTA::
739 001364 174434 .WORD 174434 ; PRIVILEDGED DTE20 STATUS WORD
740 001366 .PRDTE::
741 001366 174400 .WORD 174400 ; FIRST DTE ADDRESS OF PRIVILEDGED DTE20
742 001370 .PRDCT::
743 001370 000000 .WORD 0 ; DOORBELL COUNTER FOR KLINIT.
744 ;
745 ; THE NEXT TWO BYTES MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER
746 ;
747 001372 .DXRTY::
748 001372 001 .BYTE 1 ; [5.1008] DEX ERROR PROCESSING FLAG (SEE BELOW)
749 001373 .EBRTY::
750 001373 001 .BYTE 1 ; [5.1008] EBUS PARITY ERROR PROCESSING FLAG
751 ; +1 -- NO EBUS PARITY ERROR
752 ; 0 -- RETRY SUCCEEDED
753 ; -1 -- RETRY FAILED
754 ;
755 ; THE NEXT TWO WORDS MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER
756 ;
757 001374 .EBPEQ::
758 001374 000000 .WORD 0 ; [4.2217] CONTAINS POINTER TO DTE-20 EBUS PARITY
759 ; SNAPSHOT IF ALLOCATION WAS SUCCESSFUL
760 001376 .EBPEC::
761 001376 000000 .WORD 0 ; [5.1008] COUNT OF NODES IN THIS QUEUE (MAX = 2)
762
763 001400 .PRPSE::
764 001400 000 .BYTE 0 ; PROTOCOL PAUSE FLAG
765 001401 TOXQIP::
766 001401 000 .BYTE 0 ; [4.1.1035] TO 10 QUEUE IN PROGRESS FLAG
767 .EVEN
768 001402 .DTBLK::
769 001402 000000 .WORD 0 ; [4.1.1121] HOLDS RE-ENTRY POINT TO START BLOCKED TRANSFER
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 13
LOW CORE -- KEEP-ALIVE DATA BASE
771 .SBTTL LOW CORE -- KEEP-ALIVE DATA BASE
772
773 001404 KPAL0::
774 001404 000000 000000 000000 .WORD 0,0,0 ; 10 KEEP ALIVE
775 001412 OKPAL0::
776 001412 000000 .WORD 0 ; SAVED KEEP ALIVE
777 001414 KPAL1::
778 001414 000000 .WORD 0 ; [4.1.1104] 11 KEEP ALIVE
779 001416 .KPAC::
780 001416 000005 .WORD 5 ; COUNTER FOR KEEP-ALIVE.
781 001420 .KACFL::
782 001420 000001 .WORD 1 ; [4.2107] FLAG TO ALLOW XCT 71
783 ; [4.2107] OR DUMP/RELOAD ON KEEP-ALIVE CEASE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 14
LOW CORE -- CORE MANAGER DATA BASE
785 .SBTTL LOW CORE -- CORE MANAGER DATA BASE
786
787 076000 .BGBST==76000 ; START OF BIG BUFFER
788 002000 .BGLEN==2000 ; LENGTH OF BIG BUFFER
789
790 ;
791 ; POOL FREE CORE AREA
792 ;
793 001422 .BGBUF::
794 001422 076000 .WORD .BGBST ; BIG BUFFER SPACE (1000 EACH)
795 001424 002000 .WORD .BGLEN
796
797 001426 .FREPL::
798 001426 000000 .WORD 0 ; FREE POOL BASE ADDRESS
799 001430 000000 .WORD 0 ; FREE POOL SIZE IN BYTES
800
801 001432 .POLLH::
802 001432 001436' .WORD .POLST ; HEAD OF POOL
803 001434 002336' .WORD .POLND ; END OF POOL
804
805 001436 .POLST::
806 001436 001476' .WORD .+40
807 001440 001432' .WORD .POLLH
808 001442 .BLKW 14.
809
810 000015 .REPT 15
811 .WORD .+40
812 .WORD .-40
813 .BLKW 14.
814 .ENDR
001476 001536' .WORD .+40
001500 001440' .WORD .-40
001536 001576' .WORD .+40
001540 001500' .WORD .-40
001576 001636' .WORD .+40
001600 001540' .WORD .-40
001636 001676' .WORD .+40
001640 001600' .WORD .-40
001676 001736' .WORD .+40
001700 001640' .WORD .-40
001736 001776' .WORD .+40
001740 001700' .WORD .-40
001776 002036' .WORD .+40
002000 001740' .WORD .-40
002036 002076' .WORD .+40
002040 002000' .WORD .-40
002076 002136' .WORD .+40
002100 002040' .WORD .-40
002136 002176' .WORD .+40
002140 002100' .WORD .-40
002176 002236' .WORD .+40
002200 002140' .WORD .-40
002236 002276' .WORD .+40
002240 002200' .WORD .-40
002276 002336' .WORD .+40
002300 002240' .WORD .-40
815
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 14-1
LOW CORE -- CORE MANAGER DATA BASE
816 002336 .POLND::
817 002336 001432' .WORD .POLLH
818 002340 002300' .WORD .-40
819 002342 .BLKW 14.
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 15
LOW CORE -- CLOCK REQUEST LIST
821 .SBTTL LOW CORE -- CLOCK REQUEST LIST
822
823 ;
824 ; CLOCK LIST (LIST OF ENTRIES IN THE CLOCK QUEUE TO RECEIVE
825 ; EVENT FLAGS SET ON COMPLETION OF CLOCK TIMER
826 ;
827 000007 .CLKSZ==7. ; CLOCK QUEUE SIZE
828 000014 C.SZ=14 ; CLOCK ENTRY SIZE LOCAL DEFINITION (NOTE: IS A GLOBAL VAR.)
829
830 002376 .CLKBA::
831 002376 007202' .WORD TTYTSK
832 002400 000000 .WORD 0
833 002402 000074 .WORD .CYLTM
834 002404 000074 .WORD .CYLTM
835 002406 000100 .WORD EF.TMO
836 002410 007222' .WORD TTYTSK+A.EF
837 000074 .REPT .CLKSZ-2*C.SZ
838 .WORD 0
839 .ENDR
002412 000000 .WORD 0
002414 000000 .WORD 0
002416 000000 .WORD 0
002420 000000 .WORD 0
002422 000000 .WORD 0
002424 000000 .WORD 0
002426 000000 .WORD 0
002430 000000 .WORD 0
002432 000000 .WORD 0
002434 000000 .WORD 0
002436 000000 .WORD 0
002440 000000 .WORD 0
002442 000000 .WORD 0
002444 000000 .WORD 0
002446 000000 .WORD 0
002450 000000 .WORD 0
002452 000000 .WORD 0
002454 000000 .WORD 0
002456 000000 .WORD 0
002460 000000 .WORD 0
002462 000000 .WORD 0
002464 000000 .WORD 0
002466 000000 .WORD 0
002470 000000 .WORD 0
002472 000000 .WORD 0
002474 000000 .WORD 0
002476 000000 .WORD 0
002500 000000 .WORD 0
002502 000000 .WORD 0
002504 000000 .WORD 0
002506 000000 .WORD 0
002510 000000 .WORD 0
002512 000000 .WORD 0
002514 000000 .WORD 0
002516 000000 .WORD 0
002520 000000 .WORD 0
002522 000000 .WORD 0
002524 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 15-1
LOW CORE -- CLOCK REQUEST LIST
002526 000000 .WORD 0
002530 000000 .WORD 0
002532 000000 .WORD 0
002534 000000 .WORD 0
002536 000000 .WORD 0
002540 000000 .WORD 0
002542 000000 .WORD 0
002544 000000 .WORD 0
002546 000000 .WORD 0
002550 000000 .WORD 0
002552 000000 .WORD 0
002554 000000 .WORD 0
002556 000000 .WORD 0
002560 000000 .WORD 0
002562 000000 .WORD 0
002564 000000 .WORD 0
002566 000000 .WORD 0
002570 000000 .WORD 0
002572 000000 .WORD 0
002574 000000 .WORD 0
002576 000000 .WORD 0
002600 000000 .WORD 0
840 002602 .CLKEA::
841 002602 000000 .WORD 0 ; END OF CLOCK LIST
842
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 17
LOW CORE -- TERMINAL SERVICE DATA BASE
862 .SBTTL LOW CORE -- TERMINAL SERVICE DATA BASE
863
864 002604 .INHDM::
865 002604 000001 .WORD 1 ; INBIBIT/ENABLE REMOTE LINES (0)=ENABLE
866 002606 .ABCNT::
867 002606 000000 .WORD 0 ; COUNT OF AUTO BAUDED LINES
868 002610 .ABFLG::
869 002610 000000 .WORD 0 ; FLAG FOR "SETSPD"
870 ;
871 ; SENDALL MESSAGE POINTERS
872 ;
873 002612 .SNDLP::
874 002612 000000 .WORD 0 ; POINTER TO SENDALL BUFFER IN USE
875 002614 .SNDBF::
876 002614 000000 000000 000000 .WORD 0,0,0,0 ; SENDALL BUFFER RING
002622 000000
877 002624 .SNDCN::
878 002624 000000 000000 000000 .WORD 0,0,0,0 ; SENDALL TTY COUNT (THIS AND ABOVE MUST BE TOGETHER)
002632 000000
879 002634 .CRSND::
880 002634 000000 .WORD 0 ; CURRENT SENDALL NODE POINTER -- USED BY ..STTY
881 002636 .BRKCH::
882 002636 000034 .WORD '\-100 ; BREAK CHARACTER (^\)
883 002640 .TTP11::
884 002640 000000 .WORD 0 ; TTY PDP11 INPUT IN PROGRESS
885 002642 .CTYPT::
886 002642 CTYPTR::
887 002642 003004' .WORD DLTBL ; CONSOLE TTY TABLE POINTER
888 002644 .KLNPT::
889 002644 KLNPTR::
890 002644 003014' .WORD DLETBL ; KLINIK LINE POINTER
891 002646 $UNIT::
892 002646 000000 .WORD 0 ; DH-11 UNIT NUMBER IF CTY
893 002650 $BTMSK::
894 002650 000000 .WORD 0 ; MASK TO START CONSOLE TTY (DH-11)
895 002652 DMTMP::
896 002652 000000 .WORD 0 ; TEMPORARY STORAGE FOR DM-11/BB CONTROLLER NUMBER
897 002654 DHTMP::
898 002654 000000 .WORD 0 ; TEMPORARY STORAGE FOR DH-11 CONTROLLER NUMBER
899 002656 DLTMP::
900 002656 000000 .WORD 0 ; TEMPORARY STORAGE FOR DL-11 CONTROLLER NUMBER
901 002660 DHSTSV::
902 002660 000000 .WORD 0 ; DH-11 TABLE POINTER SAVE
903 002662 .TTELQ::
904 002662 000000 .WORD 0 ; [4.2245] TERMINAL ERROR LOGGING QUEUE POINTER
905 ;
906 ; THE NEXT TWO WORDS MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER
907 ;
908 002664 .TTELC::
909 002664 000000 .WORD 0 ; [5.1008] COUNT OF NODES IN THIS QUEUE
910 002666 .TTELB::
911 002666 000000 .WORD 0 ; [4.2245] TEMPORARY BUFFER FOR ERROR LOGGING
912 ;
913 ; THE NEXT TWO BYTES MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER
914 ;
915 002670 TMOCNT::
916 002670 012 .BYTE ^D10 ; [4.2309] TERMINAL TIMEOUT COUNTER
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 17-1
LOW CORE -- TERMINAL SERVICE DATA BASE
917 002671 026 .BYTE ^D22 ; [4.2309] MODEM TIMEOUT COUNTER
918 .EVEN
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 18
LOW CORE -- PDP-11 CTY SERVICE DATA BASE
920 .SBTTL LOW CORE -- PDP-11 CTY SERVICE DATA BASE
921
922 002672 CTYSTS::
923 000020 .REPT 16. ; CONSOLE TTY STATUS BLOCK
924 .WORD 0
925 .ENDR
002672 000000 .WORD 0
002674 000000 .WORD 0
002676 000000 .WORD 0
002700 000000 .WORD 0
002702 000000 .WORD 0
002704 000000 .WORD 0
002706 000000 .WORD 0
002710 000000 .WORD 0
002712 000000 .WORD 0
002714 000000 .WORD 0
002716 000000 .WORD 0
002720 000000 .WORD 0
002722 000000 .WORD 0
002724 000000 .WORD 0
002726 000000 .WORD 0
002730 000000 .WORD 0
926 002732 CNT::
927 002732 000000 .WORD 0
928 002734 BYCNT::
929 002734 000000 .WORD 0
930 002736 CRADR::
931 002736 000000 .WORD 0
932 002740 TTPKT::
933 002740 000000 .WORD 0 ; I/O PACKET ADDRESS
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 19
LOW CORE -- TERMINAL DRIVER DATA BASE
935 .SBTTL LOW CORE -- TERMINAL DRIVER DATA BASE
936
937 ;
938 ; TTY TABLES
939 ;
940 ; CONTROLLER IMPURE DATA TABLES (INDEXED BY CONTROLLER (UNIT) NUMBER)
941 ;
942
943 002742 DMTBL::
944 002742 170500 003054' .WORD 170500,DHTBL ; DM11BB TABLE
945 002746 170510 003254' .WORD 170510,16.*8.+DHTBL
946 002752 170520 003454' .WORD 170520,16.*8.*2.+DHTBL
947 002756 170530 003654' .WORD 170530,16.*8.*3.+DHTBL
948 002762 170540 004054' .WORD 170540,16.*8.*4.+DHTBL
949 002766 170550 004254' .WORD 170550,16.*8.*5.+DHTBL
950 002772 170560 004454' .WORD 170560,16.*8.*6.+DHTBL
951 002776 170570 004654' .WORD 170570,16.*8.*7.+DHTBL
952 003002 000000 .WORD 0 ; [5.1004] END OF TABLE MARKER
953 003004' DMTBE==.
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 20
LOW CORE -- DATA LINE SCANNER DATA BASE
955 .SBTTL LOW CORE -- DATA LINE SCANNER DATA BASE
956
957 ; THE DATA LINE SCANNER TABLE IS ORGANIZED AS FOLLOWS:
958 ; THE DL-11'S ARE FIRST IN THE TABLE AND THE DL-11C (CTY) IS UNIT 0,
959 ; THE DL-11E(S) FOLLOW AND BEGIN AT UNIT 1. THE DH-11'S FOLLOW THE
960 ; DL-11E'S
961 ;
962 ; ALL TERMINALS HAVE A FOUR WORD ENTRY IN THE FOLLOWING FORMAT:
963 ;
964 ; +----------------------------------+
965 ; ! OUTPUT THREAD LIST POINTER !
966 ; +----------------------------------+
967 ; ! EXTERNAL PAGE POINTER !
968 ; +----------------------------------+
969 ; ! TERMINAL SPEED WORD !
970 ; +----------------------------------+
971 ; ! TERMINAL STATUS WORD !
972 ; +----------------------------------+
973
974 003004 TTTBL:: ; START OF DATA LINE SCANNER TABLE
975 003004 DLTBL::
976 003004 000000 177560 000000 .WORD 0,177560,0,TT.CTY ; TERMINAL STATUS FOR DL-11C
003012 000002
977 003014 DLETBL:: ; DL-11E TABLE
978 003014 000000 175610 000000 .WORD 0,175610,0,TT.RMT ; DL-11E # 0 (KLINIK)
003022 000100
979 003024 000000 175630 000000 .WORD 0,175630,0,TT.RMT ; DL-11E # 1
003032 000100
980 003034 000000 175640 000000 .WORD 0,175640,0,TT.RMT ; DL-11E # 2
003042 000100
981 003044 000000 175650 000000 .WORD 0,175650,0,TT.RMT ; DL-11E # 3
003052 000100
982 000005 DLCNT ==.-DLTBL/8. ; NUMBER OF DL-11'S
983 000004 DLECNT ==.-DLETBL/8. ; NUMBER OF DL-11E'S
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 21
LOW CORE -- DH-11 DATA BASE
985 .SBTTL LOW CORE -- DH-11 DATA BASE
986
987 003054 DHTBL::
988 000020 .REPT 16.
989 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
990 .ENDR
003054 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003062 000000
003064 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003072 000000
003074 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003102 000000
003104 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003112 000000
003114 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003122 000000
003124 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003132 000000
003134 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003142 000000
003144 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003152 000000
003154 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003162 000000
003164 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003172 000000
003174 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003202 000000
003204 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003212 000000
003214 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003222 000000
003224 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003232 000000
003234 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003242 000000
003244 000000 160020 016003 .WORD 0,160020,16003,0 ; DH-11 MUX CONRTOLLER 0
003252 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 22
LOW CORE -- DH-11 DATA BASE
992 000020 .REPT 16.
993 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
994 .ENDR
003254 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003262 000000
003264 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003272 000000
003274 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003302 000000
003304 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003312 000000
003314 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003322 000000
003324 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003332 000000
003334 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003342 000000
003344 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003352 000000
003354 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003362 000000
003364 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003372 000000
003374 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003402 000000
003404 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003412 000000
003414 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003422 000000
003424 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003432 000000
003434 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003442 000000
003444 000000 160040 016003 .WORD 0,160040,16003,0 ; DH-11 MUX CONTROLLER 1
003452 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 23
LOW CORE -- DH-11 DATA BASE
996 000020 .REPT 16.
997 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
998 .ENDR
003454 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003462 000000
003464 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003472 000000
003474 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003502 000000
003504 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003512 000000
003514 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003522 000000
003524 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003532 000000
003534 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003542 000000
003544 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003552 000000
003554 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003562 000000
003564 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003572 000000
003574 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003602 000000
003604 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003612 000000
003614 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003622 000000
003624 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003632 000000
003634 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003642 000000
003644 000000 160060 016003 .WORD 0,160060,16003,0 ; DH-11 MUX CONTROLLER 2
003652 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 24
LOW CORE -- DH-11 DATA BASE
1000 000020 .REPT 16.
1001 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
1002 .ENDR
003654 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003662 000000
003664 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003672 000000
003674 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003702 000000
003704 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003712 000000
003714 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003722 000000
003724 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003732 000000
003734 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003742 000000
003744 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003752 000000
003754 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003762 000000
003764 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
003772 000000
003774 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004002 000000
004004 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004012 000000
004014 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004022 000000
004024 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004032 000000
004034 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004042 000000
004044 000000 160100 016003 .WORD 0,160100,16003,0 ; DH-11 MUX CONTROLLER 3
004052 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 25
LOW CORE -- DH-11 DATA BASE
1004 000020 .REPT 16.
1005 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
1006 .ENDR
004054 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004062 000000
004064 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004072 000000
004074 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004102 000000
004104 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004112 000000
004114 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004122 000000
004124 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004132 000000
004134 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004142 000000
004144 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004152 000000
004154 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004162 000000
004164 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004172 000000
004174 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004202 000000
004204 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004212 000000
004214 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004222 000000
004224 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004232 000000
004234 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004242 000000
004244 000000 160120 016003 .WORD 0,160120,16003,0 ; DH-11 MUX CONTROLLER 4
004252 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 26
LOW CORE -- DH-11 DATA BASE
1008 000020 .REPT 16.
1009 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
1010 .ENDR
004254 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004262 000000
004264 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004272 000000
004274 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004302 000000
004304 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004312 000000
004314 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004322 000000
004324 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004332 000000
004334 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004342 000000
004344 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004352 000000
004354 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004362 000000
004364 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004372 000000
004374 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004402 000000
004404 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004412 000000
004414 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004422 000000
004424 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004432 000000
004434 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004442 000000
004444 000000 160140 016003 .WORD 0,160140,16003,0 ; DH-11 MUX CONTROLLER 5
004452 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 27
LOW CORE -- DH-11 DATA BASE
1012 000020 .REPT 16.
1013 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
1014 .ENDR
004454 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004462 000000
004464 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004472 000000
004474 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004502 000000
004504 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004512 000000
004514 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004522 000000
004524 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004532 000000
004534 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004542 000000
004544 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004552 000000
004554 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004562 000000
004564 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004572 000000
004574 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004602 000000
004604 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004612 000000
004614 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004622 000000
004624 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004632 000000
004634 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004642 000000
004644 000000 160160 016003 .WORD 0,160160,16003,0 ; DH-11 MUX CONTROLLER 6
004652 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 28
LOW CORE -- DH-11 DATA BASE
1016 000020 .REPT 16.
1017 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
1018 .ENDR
004654 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004662 000000
004664 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004672 000000
004674 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004702 000000
004704 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004712 000000
004714 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004722 000000
004724 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004732 000000
004734 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004742 000000
004744 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004752 000000
004754 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004762 000000
004764 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
004772 000000
004774 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005002 000000
005004 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005012 000000
005014 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005022 000000
005024 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005032 000000
005034 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005042 000000
005044 000000 160200 016003 .WORD 0,160200,16003,0 ; DH-11 MUX CONTROLLER 7
005052 000000
1019
1020 000200 DHCNT ==.-DHTBL/8. ; COUNT OF DH-11'S
1021 000205 TTCNT ==.-TTTBL/8. ; NUMBER OF ENTRIES OF DATA LINE SCANNER TABLE
1022 005054' TTYEND==.
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 29
LOW CORE -- DH-11 DATA BASE
1024 ;
1025 ; TERMINAL INPUT CONTROL TABLE, ONE WORD PER LINE
1026 ;
1027 005054 .TTS2F::
1028 005054 000000 .WORD 0 ; [5.1015] FLAG FOR CLOCK SERVICE
1029 005056 .S2IDC::
1030 005056 000000 .WORD 0 ; [4.1.1092] CURRENT COUNT OF LOCALLY DISABLED LINES
1031 005060 .S2ITP::
1032 005060 003004' .WORD TTTBL ; [4.1.1092] TABLE POSITION OF LAST LOCALLY ENABLED LINE
1033 005062 .IBFLO::
1034 005062 001600 .WORD 1600 ; [4.1.1092] INPUT BUFFER LOW THRESHOLD
1035 005064 .IBFOK::
1036 005064 002000 .WORD 2000 ; [4.1.1092] INPUT BUFFER OK THRESHOLD
1037 005066 STSW2::
1038 005066 .BLKW TTCNT ; [5.1015] STATUS BLOCK FOR EACH LINE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 31
LOW CORE -- FLOPPY DRIVER DATA BASE
1058 .SBTTL LOW CORE -- FLOPPY DRIVER DATA BASE
1059
1060 005500 DXRTC::
1061 005500 000000 .WORD 0 ; ERROR RETRY COUNT FOR CURRENT UNIT
1062 005502 DXCNT::
1063 005502 000000 .WORD 0 ; BYTE COUNT
1064 005504 DXBUF::
1065 005504 000000 .WORD 0 ; CURRENT ADDRESS POINTER
1066 005506 DXVCB::
1067 005506 .BLKW 6
1068 005522 DXUNIT::
1069 005522 000000 .WORD 0 ; CURRENT UNIT
1070 005524 DXPKT::
1071 005524 000000 .WORD 0 ; I/O PACKET ADDRESS
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 32
LOW CORE -- DISC DRIVER DATA BASE
1074 .SBTTL LOW CORE -- DISC DRIVER DATA BASE
1075
1076 005526 RPRTC::
1077 005526 000000 .WORD 0 ; RETRY COUNT FOR CURRENT OPERATION
1078 005530 RPRNA::
1079 005530 000000 .WORD 0 ; ADDRESS OF RNA
1080 005532 RPBUF::
1081 005532 000000 000000 .WORD 0,0 ; BUFFER ADDRESS
1082 005536 RPCNT::
1083 005536 000000 .WORD 0 ; SIZE
1084 005540 RPUNIT::
1085 005540 000000 .WORD 0 ; CURRENT UNIT
1086 005542 RPCW2::
1087 005542 000000 .WORD 0
1088 005544 .RPELQ::
1089 005544 000000 .WORD 0 ; [5.1009] RH-11 ERROR LOGGING QUEUE LISTHEAD
1090 005546 .RPELC::
1091 005546 000000 .WORD 0 ; [5.1009] RH-11 ERROR LOGGING QUEUE COUNT
1092 005550 000020 .RHPB:: .WORD 20
1093 005552 .RHSN:: .BLKW 10
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 33
LOW CORE -- FE DRIVER DATA BASE
1095 .SBTTL LOW CORE -- FE DRIVER DATA BASE
1096
1097 005572 FETBL::
1098 005572 000000 .WORD 0 ; ENTRY FOR FE0:
1099 005574 000000 .WORD 0 ; ENTRY FOR FE1:
1100 005576 000000 .WORD 0 ; ENTRY FOR FE2:
1101 005600 000000 .WORD 0 ; ENTRY FOR FE3:
1102 005602 NODADR::
1103 005602 000000 .WORD 0
1104 005604 ADRSAV::
1105 005604 000000 .WORD 0 ; ADDRESS SAVED
1106 005606 BYTESA::
1107 005606 000000 .WORD 0 ; COUNT
1108 005610 STSWD::
1109 005610 000000 000000 .WORD 0,0 ; STATUS WORDS
1110 005614 TO10PK::
1111 005614 000000 .WORD 0 ; -11 REQUEST TO -10
1112 005616 .BLKB 20
1113 005636 DNBLK::
1114 005636 000000 .WORD 0 ; RESPONSE TO -10 REQUEST
1115 005640 DNFCN::
1116 005640 000000 .WORD 0
1117 005642 000000 000000 .WORD 0,0
1118 005646 DNSTS::
1119 005646 000000 000000 .WORD 0,0
1120 005652 000000 .WORD 0
1121 005654 BLKTT::
1122 005654 .BLKW 20
1123 005714 .RPUNT::
1124 005714 000000 .WORD 0 ; RP UNIT NUMBER FOR RPADR ETC.
1125 005716 .FEACT::
1126 005716 000000 .WORD 0 ; FE DEVICE AVAILABLE FOR DB ACCESS WHEN .NE. 0
1127 005720 .RPADR::
1128 005720 000000 000000 .WORD 0,0 ; !!!!RPADR AND RPSIZ MUST BE IN THIS ORDER
1129 005724 .RPSIZ::
1130 005724 000000 000000 .WORD 0,0 ; !!!
1131
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 34
LOW CORE -- CD-11 DRIVER DATA BASE
1134 .SBTTL LOW CORE -- CD-11 DRIVER DATA BASE
1135
1136 177160 CDST==177160 ; CONTROL AND STATUS REGISTER ADDRESS
1137 177162 CDCC==177162 ; COLUMN COUNT REGISTER ADDRESS
1138 177164 CDBA==177164 ; BUS ADDRESS REGISTER ADDRESS
1139 177166 CDDB==177166 ; DATA BUFFER REGISTER ADDRESS
1140
1141 005730 CREVFG::
1142 005730 005732' .WORD CRCEVF ; ADDRESS OF CR TASK'S EVENT FLAGS
1143 005732 CRCEVF::
1144 005732 .BLKW 1 ; CURRENT EVENT FLAGS
1145 005734 CRHUNG::
1146 005734 000000 .WORD 0 ; # TIMES CR WAS CAUGHT SNOOZING
1147 005736 .CRPFL::
1148 005736 000000 .WORD 0 ; POWER FAIL FLAG FOR CARD READER
1149 ;
1150 005740 CRSTBH::
1151 005740 .BLKW 1 ; HEADER WORD (UNIT/BYTE COUNT) OF STATUS BLOCK
1152 005742 CRSTBK::
1153 005742 .BLKW 2+1+<<CDDB+2-CDST>/2> ; STATUS RETURN BLOCK TO -10
1154 000016 CRSTLN==.-CRSTBK
1155 ;
1156 005760 CRBUFH::
1157 005760 .BLKW 1 ; HEADER WORD (UNIT/BYTE COUNT) OF DATA BUFFER
1158 005762 CRBUFF::
1159 005762 .BLKW 80. ; DATA BUFFER FROM CD-11
1160 000240 CRBFLN==.-CRBUFF
1161 006222 000000 .WORD 0 ; FOR OVERRUN
1162 ;
1163 ; CR DEVICE STATUS TABLE
1164 ;
1165 006224 CRTBL::
1166 006224' CRTHD==. ; THREADED LIST POINTER (FOR ..STCR)
1167 006224 000000 .WORD 0
1168 006226' CREXP==. ; EXTERNAL PAGE ADDR OF CD-11
1169 006226 177160 .WORD CDST
1170 006230' CRSTS==. ; STATUS BITS
1171 006230 000000 .WORD 0
1172 006232 000000 .WORD 0 ; (NOT USED)
1173 ;
1174 000010 CRSIZE==.-CRTBL
1175
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 35
LOW CORE -- LP-20 DRIVER DATA BASE
1179 .SBTTL LOW CORE -- LP-20 DRIVER DATA BASE
1180
1181 175400 LPEXPA==175400 ; EXTERNAL PAGE ADDRESS OF LPCSRA
1182 000020 LPEXPZ==20 ; SIZE OF EXTERNAL PAGE ADDRESSES IN BYTES
1183
1184 ;
1185 ; MISCELLANEOUS VARIABLES
1186 ;
1187 006234 LPUNIT::
1188 006234 .BLKW 1 ; LP UNIT # FROM PS ON INTERRUPT
1189 ;
1190 006236 LPEVFG::
1191 006236 006240' .WORD LPCEVF ; ADDRESS OF WHERE TO SET EVENT FLAGS FOR LP TASK
1192 ;
1193 006240 LPCEVF::
1194 006240 .BLKW 1 ; CURRENT EVENT FLAGS
1195 ;
1196 006242 LPHUNG::
1197 006242 000000 .WORD 0 ; COUNT OF # TIMES LP WAS HUNG
1198 ;
1199 006244 .LPPFL::
1200 006244 000000 .WORD 0 ; POWER FAIL FLAG
1201 ;
1202 006246 LPSTBH::
1203 006246 .BLKW 1 ; HEADER WORD (UNIT/BYTE COUNT)
1204 006250 LPSTBK::
1205 006250 .BLKB 4+2+2+LPEXPZ ; STATUS RETURN BLOCK TO -10
1206 .EVEN
1207 000030 LPSTLN==.-LPSTBK
1208 ;
1209 ;
1210 ; LP DEVICE STATUS TABLE
1211 ; ONE ENTRY FOR EVERY LP, SIZE= LPSIZE
1212 ;
1213 006300 LPTBL::
1214 000000 $$$UNI=0 ; START WITH UNIT 0
1215 000002 .REPT L$$P20 ; MAKE ONE FOR EACH LP
1216 ;
1217 LPSTS== 0 ; MISC STATUS BITS: *** MUST BE ZERO ***
1218 .WORD $$$UNI
1219 LPCSA== 2 ; EXTERNAL PAGE ADDRESS FOR THIS LP
1220 .WORD LPEXPA+<20*$$$UNI>
1221 LPTHD== 4 ; POINTER TO THREADED OUTPUT QUEUE
1222 ; ZERO IF NO QUEUE
1223 .WORD 0
1224 LPITH== 6 ; INTERRUPT-LEVEL THREAD POINTER
1225 ; POINTS TO CURRENT BUFFER BEING
1226 ; OUTPUT AT INTERRUPT LEVEL
1227 .WORD 0
1228 ;
1229 $$$UNI=$$$UNI+1
1230 .ENDR
006300 000000 .WORD $$$UNI
006302 175400 .WORD LPEXPA+<20*$$$UNI>
006304 000000 .WORD 0
006306 000000 .WORD 0
006310 000001 .WORD $$$UNI
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 35-1
LOW CORE -- LP-20 DRIVER DATA BASE
006312 175420 .WORD LPEXPA+<20*$$$UNI>
006314 000000 .WORD 0
006316 000000 .WORD 0
1231 000010 LPSIZE==<.-LPTBL>/L$$P20 ; SIZE OF EACH ENTRY
1232 ;
1233 ; SECOND (PARALLEL) LP TABLE-- INDEXES ARE FROM LPTBL
1234 ;
1235 006320 LPTBL2::
1236 000010 .REPT LPSIZE*L$$P20/2 ; MAKE SPACE
1237 .WORD 0
1238 .ENDR
006320 000000 .WORD 0
006322 000000 .WORD 0
006324 000000 .WORD 0
006326 000000 .WORD 0
006330 000000 .WORD 0
006332 000000 .WORD 0
006334 000000 .WORD 0
006336 000000 .WORD 0
1239 ;
1240 000020 LPMCB== 0+LPTBL2-LPTBL ; MULTI-CHARACTER BUFFER (TWO BYTES)
1241 000022 LPCSM== 2+LPTBL2-LPTBL ; ACCUMULATED CHECKSUM (LOW BYTE IS TRASH)
1242 000024 LPRTY== 4+LPTBL2-LPTBL ; RETRY COUNTER
1243 ;
1244 ; THIRD (PARALLEL) LP TABLE-- INDEXES ARE ALSO FROM LPTBL
1245 ;
1246 006340 LPTBL3::
1247 000010 .REPT LPSIZE*L$$P20/2 ; MAKE SPACE
1248 .WORD 0
1249 .ENDR
006340 000000 .WORD 0
006342 000000 .WORD 0
006344 000000 .WORD 0
006346 000000 .WORD 0
006350 000000 .WORD 0
006352 000000 .WORD 0
006354 000000 .WORD 0
006356 000000 .WORD 0
1250 ;
1251 000040 LPRMA== 0+LPTBL3-LPTBL ; RAM/VFU DATA ADDRESS
1252 000042 LPRMZ== 2+LPTBL3-LPTBL ; RAM/VFU DATA BUFFER SIZE
1253 000044 LPRMC== 4+LPTBL3-LPTBL ; CURRENT POINTER INTO RAM/VFU DATA
1254 ;
1255 ; POINTERS TO LPTBL BY UNIT NUMBER
1256 ;
1257 006360 LPUTBL::
1258 000000 $$$UNI=0
1259 000002 .REPT L$$P20 ; ONE PER LP
1260 .WORD LPTBL+<$$$UNI*LPSIZE>
1261 $$$UNI=$$$UNI+1
1262 .ENDR
006360 006300' .WORD LPTBL+<$$$UNI*LPSIZE>
006362 006310' .WORD LPTBL+<$$$UNI*LPSIZE>
1263
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 36
LOW CORE -- STD (SYSTEM TASK DIRECTORY)
1266 .SBTTL LOW CORE -- STD (SYSTEM TASK DIRECTORY)
1267
1268 ;
1269 ; SYSTEM TASK DIRECTORY
1270 ;
1271 006364 .STDTA::
1272 006364 006372' .WORD .STDTB ; STD ALPHA TABLE ADDRESS
1273 006366 .STDTC::
1274 006366 000044 .WORD 36. ; STD ALPHA TABLE MAX SIZE *2
1275 006370 .STDTZ::
1276 006370 000024 .WORD 24 ; STD "SIZE" (2N-2)
1277 ;
1278 006372 .STDTB::
1280 006372 006776' .WORD STDCDR ; CARD READER ENTRY
1282 006374 006436' .WORD STDDTE ; DTE CLOCK ENTRY
1287 006376 006476' .WORD STDFED ; FE DRIVER
1290 006400 006536' .WORD STDDX ; FLOPPY DRIVER
1293 006402 006576' .WORD STDF11 ; F11ACP
1296 006404 006736' .WORD STDLPT ; LP20
1298 006406 007076' .WORD STDQPR ; QUEUE'D PROTOCOL
1300 006410 006636' .WORD STDRPT ; RP04 ENTRY
1302 006412 007036' .WORD STDTTY ; TTY ENTRY
1304 006414 006676' .WORD STDINS ; INSTALL
1306 006416 000000 000000 000000 .WORD 0,0,0,0,0,0,0
006424 000000 000000 000000
006432 000000
1326 006434 000000 .WORD 0
1328 ;
1329 ;
1330 ;
1331 006436 STDDTE::
1332 006436 .STDEN DTE20,DTETPD,SF.TA!SF.FX!SF.ST,200,0,DTEHD,0,0,0,0,0,0
006436 016045 146260 .RAD50 "DTE20"
006442 007622' .WORD DTETPD
006444 100003 .WORD SF.TA!SF.FX!SF.ST
006446 200 000 .BYTE 200,0
006450 025304' .WORD DTEHD
006452 000000 .WORD 0
006454 000000 .WORD 0
006456 000000 .WORD 0
006460 000000 .WORD 0
006462 006462' .WORD .
006464 006462' .WORD .-2
006466 000000 .WORD 0
006470 000000 .WORD 0
006472 000000 .WORD 0
006474 000000 .WORD 0
1334 ;
1335 006476 STDFED::
1336 006476 .STDEN FE....,FETPD,SF.TA!SF.FX!SF.ST,176,0,FEHD,0,0,0,0,0,0
006476 023144 131574 .RAD50 "FE...."
006502 007642' .WORD FETPD
006504 100003 .WORD SF.TA!SF.FX!SF.ST
006506 176 000 .BYTE 176,0
006510 000000G .WORD FEHD
006512 000000 .WORD 0
006514 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 36-1
LOW CORE -- STD (SYSTEM TASK DIRECTORY)
006516 000000 .WORD 0
006520 000000 .WORD 0
006522 006522' .WORD .
006524 006522' .WORD .-2
006526 000000 .WORD 0
006530 000000 .WORD 0
006532 000000 .WORD 0
006534 000000 .WORD 0
1344 ;
1345 006536 STDDX::
1346 006536 .STDEN DX....,DXTPD,SF.TA!SF.FX!SF.ST,176,0,DXHD,0,0,0,0,0,0
006536 016334 131574 .RAD50 "DX...."
006542 007762' .WORD DXTPD
006544 100003 .WORD SF.TA!SF.FX!SF.ST
006546 176 000 .BYTE 176,0
006550 000000G .WORD DXHD
006552 000000 .WORD 0
006554 000000 .WORD 0
006556 000000 .WORD 0
006560 000000 .WORD 0
006562 006562' .WORD .
006564 006562' .WORD .-2
006566 000000 .WORD 0
006570 000000 .WORD 0
006572 000000 .WORD 0
006574 000000 .WORD 0
1349 ;
1350 006576 STDF11::
1352 006576 .STDEN F11ACP,F11TPD,SF.ST,220,<<DX0PEN-.PUDBA>/U.SZ>,145400,7700,0,145400,145400,0,5
006576 025167 003310 .RAD50 "F11ACP"
006602 010022' .WORD F11TPD
006604 100000 .WORD SF.ST
006606 220 011 .BYTE 220,<DX0PEN-.PUDBA>/U.SZ
006610 145400 .WORD 145400
006612 007700 .WORD 7700
006614 000000 .WORD 0
006616 145400 .WORD 145400
006620 145400 .WORD 145400
006622 006622' .WORD .
006624 006622' .WORD .-2
006626 000000 .WORD 0
006630 000000 .WORD 0
006632 000005 .WORD 5
006634 000000 .WORD 0
1362 ;
1363 006636 STDRPT::
1364 006636 .STDEN RP....,RPTPD,SF.TA!SF.FX!SF.ST,176,0,RPHD,0,0,0,0,0,0
006636 071434 131574 .RAD50 "RP...."
006642 010002' .WORD RPTPD
006644 100003 .WORD SF.TA!SF.FX!SF.ST
006646 176 000 .BYTE 176,0
006650 000000G .WORD RPHD
006652 000000 .WORD 0
006654 000000 .WORD 0
006656 000000 .WORD 0
006660 000000 .WORD 0
006662 006662' .WORD .
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 36-2
LOW CORE -- STD (SYSTEM TASK DIRECTORY)
006664 006662' .WORD .-2
006666 000000 .WORD 0
006670 000000 .WORD 0
006672 000000 .WORD 0
006674 000000 .WORD 0
1367 ;
1368 006676 STDINS::
1369 006676 .STDEN .INST.,INSTPD,SF.FX!SF.ST,200,0,INSHD,0,0,INSTAL,INSTK-16,0,0
006676 130166 074774 .RAD50 ".INST."
006702 007602' .WORD INSTPD
006704 100002 .WORD SF.FX!SF.ST
006706 200 000 .BYTE 200,0
006710 000000G .WORD INSHD
006712 000000 .WORD 0
006714 000000 .WORD 0
006716 000000G .WORD INSTAL
006720 177762G .WORD INSTK-16
006722 006722' .WORD .
006724 006722' .WORD .-2
006726 000000 .WORD 0
006730 000000 .WORD 0
006732 000000 .WORD 0
006734 000000 .WORD 0
1372 ;
1373 006736 STDLPT::
1374 006736 .STDEN LPDRV,LPTPD,SF.TA!SF.FX!SF.ST,176,0,LPHD,0,0,0,0,0,0
006736 046604 071760 .RAD50 "LPDRV"
006742 007702' .WORD LPTPD
006744 100003 .WORD SF.TA!SF.FX!SF.ST
006746 176 000 .BYTE 176,0
006750 000000G .WORD LPHD
006752 000000 .WORD 0
006754 000000 .WORD 0
006756 000000 .WORD 0
006760 000000 .WORD 0
006762 006762' .WORD .
006764 006762' .WORD .-2
006766 000000 .WORD 0
006770 000000 .WORD 0
006772 000000 .WORD 0
006774 000000 .WORD 0
1377 ;
1378 006776 STDCDR::
1379 006776 .STDEN CDDRV,CDRTPD,SF.TA!SF.FX!SF.ST,210,0,CRHD,0,0,57252,55130-16,0,0
006776 011544 071760 .RAD50 "CDDRV"
007002 007722' .WORD CDRTPD
007004 100003 .WORD SF.TA!SF.FX!SF.ST
007006 210 000 .BYTE 210,0
007010 000000G .WORD CRHD
007012 000000 .WORD 0
007014 000000 .WORD 0
007016 057252 .WORD 57252
007020 055112 .WORD 55130-16
007022 007022' .WORD .
007024 007022' .WORD .-2
007026 000000 .WORD 0
007030 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 36-3
LOW CORE -- STD (SYSTEM TASK DIRECTORY)
007032 000000 .WORD 0
007034 000000 .WORD 0
1381 ;
1382 007036 STDTTY::
1383 007036 .STDEN TTYDRV,TTYTPD,SF.TA!SF.FX!SF.ST,177,0,TTYHD,0,0,0,0,0,0
007036 100071 015746 .RAD50 "TTYDRV"
007042 007662' .WORD TTYTPD
007044 100003 .WORD SF.TA!SF.FX!SF.ST
007046 177 000 .BYTE 177,0
007050 032554' .WORD TTYHD
007052 000000 .WORD 0
007054 000000 .WORD 0
007056 000000 .WORD 0
007060 000000 .WORD 0
007062 007062' .WORD .
007064 007062' .WORD .-2
007066 000000 .WORD 0
007070 000000 .WORD 0
007072 000000 .WORD 0
007074 000000 .WORD 0
1384 ;
1385 007076 STDQPR::
1386 007076 .STDEN QDPROT,QPRTPD,SF.TA!SF.FX!SF.ST,176,0,BTPHD,0,0,0,0,0,0
007076 065360 071354 .RAD50 "QDPROT"
007102 007742' .WORD QPRTPD
007104 100003 .WORD SF.TA!SF.FX!SF.ST
007106 176 000 .BYTE 176,0
007110 016262' .WORD BTPHD
007112 000000 .WORD 0
007114 000000 .WORD 0
007116 000000 .WORD 0
007120 000000 .WORD 0
007122 007122' .WORD .
007124 007122' .WORD .-2
007126 000000 .WORD 0
007130 000000 .WORD 0
007132 000000 .WORD 0
007134 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 37
LOW CORE -- ATL (ACTIVE TASK LIST)
1388 .SBTTL LOW CORE -- ATL (ACTIVE TASK LIST)
1389
1390 ;
1391 ; ACTIVE TASK LISTHEAD
1392 ;
1393 007136 .ATLLH::
1394 007136 007142' .WORD DTETSK ; FORWARD POINTER IN ACTIVE TASK LIST
1395 007140 007542' .WORD NULTSK ; NULL TASK
1396 ;
1397 ;
1398 007142 DTETSK::
1399 007142 .ATLEN TTYTSK,.ATLLH,DTESP,0,200,DTEHD,TS.RUN,0,STDDTE,0,0,0,0,0,0,0
007142 007202' .WORD TTYTSK
007144 007136' .WORD .ATLLH
007146 025564' .WORD DTESP
007150 000000 .WORD 0
007152 000200 .WORD 200
007154 025304' .WORD DTEHD
007156 010 000 .BYTE TS.RUN,0
007160 006436' .WORD STDDTE
007162 000000 000000 .WORD 0,0
007166 000000 000000 000000 .WORD 0,0,0,0
007174 000000
007176 000000 .WORD 0
007200 000000 .WORD 0
1400 007142' PRVTSK==DTETSK
1401 ;
1402 007202 TTYTSK::
1403 007202 .ATLEN RPTSK,PRVTSK,TTYSP,0,177,TTYHD,TS.RUN,0,STDTTY,0,0,0,0,0,0,0
007202 007242' .WORD RPTSK
007204 007142' .WORD PRVTSK
007206 033034' .WORD TTYSP
007210 000000 .WORD 0
007212 000177 .WORD 177
007214 032554' .WORD TTYHD
007216 010 000 .BYTE TS.RUN,0
007220 007036' .WORD STDTTY
007222 000000 000000 .WORD 0,0
007226 000000 000000 000000 .WORD 0,0,0,0
007234 000000
007236 000000 .WORD 0
007240 000000 .WORD 0
1404 007202' PRVTSK==TTYTSK
1405 ;
1407 007242 RPTSK::
1408 007242 .ATLEN LPTSK,PRVTSK,RPSTK,0,176,RPHD,TS.RUN,0,STDRPT,0,0,0,0,0,0,0
007242 007302' .WORD LPTSK
007244 007202' .WORD PRVTSK
007246 000000G .WORD RPSTK
007250 000000 .WORD 0
007252 000176 .WORD 176
007254 000000G .WORD RPHD
007256 010 000 .BYTE TS.RUN,0
007260 006636' .WORD STDRPT
007262 000000 000000 .WORD 0,0
007266 000000 000000 000000 .WORD 0,0,0,0
007274 000000
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 37-1
LOW CORE -- ATL (ACTIVE TASK LIST)
007276 000000 .WORD 0
007300 000000 .WORD 0
1409 007242' PRVTSK==RPTSK
1413 ;
1415 007302 LPTSK::
1416 007302 .ATLEN CDTSK,PRVTSK,LPSTK,0,176,LPHD,TS.RUN,0,STDLPT,0,0,0,0,0,0,0
007302 007342' .WORD CDTSK
007304 007242' .WORD PRVTSK
007306 000000G .WORD LPSTK
007310 000000 .WORD 0
007312 000176 .WORD 176
007314 000000G .WORD LPHD
007316 010 000 .BYTE TS.RUN,0
007320 006736' .WORD STDLPT
007322 000000 000000 .WORD 0,0
007326 000000 000000 000000 .WORD 0,0,0,0
007334 000000
007336 000000 .WORD 0
007340 000000 .WORD 0
1417 007302' PRVTSK==LPTSK
1422 007342 CDTSK::
1423 007342 .ATLEN DTTSK,PRVTSK,CRSTK,CDRTPD,176,CRHD,TS.RUN,0,STDCDR,0,0,0,0,0,0,0
007342 007402' .WORD DTTSK
007344 007302' .WORD PRVTSK
007346 000000G .WORD CRSTK
007350 007722' .WORD CDRTPD
007352 000176 .WORD 176
007354 000000G .WORD CRHD
007356 010 000 .BYTE TS.RUN,0
007360 006776' .WORD STDCDR
007362 000000 000000 .WORD 0,0
007366 000000 000000 000000 .WORD 0,0,0,0
007374 000000
007376 000000 .WORD 0
007400 000000 .WORD 0
1424 007342' PRVTSK==CDTSK
1428 ;
1434 007402 DTTSK::
1436 ;
1438 007402 FETSK::
1439 007402 .ATLEN DXTSK,PRVTSK,FESTK,0,176,FEHD,TS.RUN,0,STDFED,0,0,0,0,0,0,0
007402 007442' .WORD DXTSK
007404 007342' .WORD PRVTSK
007406 000000G .WORD FESTK
007410 000000 .WORD 0
007412 000176 .WORD 176
007414 000000G .WORD FEHD
007416 010 000 .BYTE TS.RUN,0
007420 006476' .WORD STDFED
007422 000000 000000 .WORD 0,0
007426 000000 000000 000000 .WORD 0,0,0,0
007434 000000
007436 000000 .WORD 0
007440 000000 .WORD 0
1440 007402' PRVTSK==FETSK
1444 ;
1446 007442 DXTSK::
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 37-2
LOW CORE -- ATL (ACTIVE TASK LIST)
1447 007442 .ATLEN QPRTSK,PRVTSK,DXSTK,0,176,DXHD,TS.RUN,0,STDDX,0,0,0,0,0,0,0
007442 007502' .WORD QPRTSK
007444 007402' .WORD PRVTSK
007446 000000G .WORD DXSTK
007450 000000 .WORD 0
007452 000176 .WORD 176
007454 000000G .WORD DXHD
007456 010 000 .BYTE TS.RUN,0
007460 006536' .WORD STDDX
007462 000000 000000 .WORD 0,0
007466 000000 000000 000000 .WORD 0,0,0,0
007474 000000
007476 000000 .WORD 0
007500 000000 .WORD 0
1448 007442' PRVTSK==DXTSK
1452 ;
1453 007502 QPRTSK::
1454 007502 .ATLEN NULTSK,PRVTSK,.BTSTK,0,1,BTPHD,TS.RUN,0,STDQPR,0,0,0,0,0,0,0
007502 007542' .WORD NULTSK
007504 007442' .WORD PRVTSK
007506 016542' .WORD .BTSTK
007510 000000 .WORD 0
007512 000001 .WORD 1
007514 016262' .WORD BTPHD
007516 010 000 .BYTE TS.RUN,0
007520 007076' .WORD STDQPR
007522 000000 000000 .WORD 0,0
007526 000000 000000 000000 .WORD 0,0,0,0
007534 000000
007536 000000 .WORD 0
007540 000000 .WORD 0
1455 007502' PRVTSK==QPRTSK
1456 ;
1457 007542 NULTSK::
1458 007542 .ATLEN .ATLLH,PRVTSK,NTKXSP,0,0,NULHD,TS.RUN,0,0,0,0,0,0,0,0,0
007542 007136' .WORD .ATLLH
007544 007502' .WORD PRVTSK
007546 012752' .WORD NTKXSP
007550 000000 .WORD 0
007552 000000 .WORD 0
007554 012472' .WORD NULHD
007556 010 000 .BYTE TS.RUN,0
007560 000000 .WORD 0
007562 000000 000000 .WORD 0,0
007566 000000 000000 000000 .WORD 0,0,0,0
007574 000000
007576 000000 .WORD 0
007600 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 38
LOW CORE -- TPD (TASK PARTITION DIRECTORY)
1460 .SBTTL LOW CORE -- TPD (TASK PARTITION DIRECTORY)
1461
1462 ;
1463 ; TASK PARTITION DIRECTORY
1464 ;
1465 007602 .TPDBA::
1467 ;
1468 007602 INSTPD::
1469 007602 .TPDEN INSTPD,INSHD,0,0,TF.OU
007602 000000 000000 .WORD 0,0
007602 035203 077604 .RAD50 "INSTPD"
007606 000000G .WORD INSHD
007610 000000 .WORD 0
007612 000000 .WORD 0
007614 000002 .WORD TF.OU
007616 007616' .WORD .
007620 007616' .WORD .-2
1471 ;
1472 007622 DTETPD::
1473 007622 .TPDEN DTETPD,DTEHD,0,0,TF.OU
007622 000000 000000 .WORD 0,0
007622 016045 077604 .RAD50 "DTETPD"
007626 025304' .WORD DTEHD
007630 000000 .WORD 0
007632 000000 .WORD 0
007634 000002 .WORD TF.OU
007636 007636' .WORD .
007640 007636' .WORD .-2
1475 ;
1476 007642 FETPD::
1477 007642 .TPDEN FETPD,FEHD,0,0,TF.OU
007642 000000 000000 .WORD 0,0
007642 023134 062240 .RAD50 "FETPD"
007646 000000G .WORD FEHD
007650 000000 .WORD 0
007652 000000 .WORD 0
007654 000002 .WORD TF.OU
007656 007656' .WORD .
007660 007656' .WORD .-2
1479 ;
1480 007662 TTYTPD::
1481 007662 .TPDEN TTYTPD,TTYHD,0,0,TF.OU
007662 000000 000000 .WORD 0,0
007662 100071 077604 .RAD50 "TTYTPD"
007666 032554' .WORD TTYHD
007670 000000 .WORD 0
007672 000000 .WORD 0
007674 000002 .WORD TF.OU
007676 007676' .WORD .
007700 007676' .WORD .-2
1483 ;
1484 007702 LPTPD::
1485 007702 .TPDEN LPTPD,LPHD,0,0,TF.OU
007702 000000 000000 .WORD 0,0
007702 046624 062240 .RAD50 "LPTPD"
007706 000000G .WORD LPHD
007710 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 38-1
LOW CORE -- TPD (TASK PARTITION DIRECTORY)
007712 000000 .WORD 0
007714 000002 .WORD TF.OU
007716 007716' .WORD .
007720 007716' .WORD .-2
1488 ;
1489 007722 CDRTPD::
1490 007722 .TPDEN CDRTPD,CRHD,0,0,TF.OU
007722 000000 000000 .WORD 0,0
007722 011562 077604 .RAD50 "CDRTPD"
007726 000000G .WORD CRHD
007730 000000 .WORD 0
007732 000000 .WORD 0
007734 000002 .WORD TF.OU
007736 007736' .WORD .
007740 007736' .WORD .-2
1492 ;
1493 007742 QPRTPD::
1494 007742 .TPDEN QPRTPD,BTPHD,0,0,TF.OU
007742 000000 000000 .WORD 0,0
007742 066322 077604 .RAD50 "QPRTPD"
007746 016262' .WORD BTPHD
007750 000000 .WORD 0
007752 000000 .WORD 0
007754 000002 .WORD TF.OU
007756 007756' .WORD .
007760 007756' .WORD .-2
1501 ;
1502 007762 DXTPD::
1503 007762 .TPDEN DXTPD,DXHD,0,0,TF.OU
007762 000000 000000 .WORD 0,0
007762 016324 062240 .RAD50 "DXTPD"
007766 000000G .WORD DXHD
007770 000000 .WORD 0
007772 000000 .WORD 0
007774 000002 .WORD TF.OU
007776 007776' .WORD .
010000 007776' .WORD .-2
1506 ;
1507 010002 RPTPD::
1508 010002 .TPDEN RPTPD,RPHD,0,0,TF.OU
010002 000000 000000 .WORD 0,0
010002 071424 062240 .RAD50 "RPTPD"
010006 000000G .WORD RPHD
010010 000000 .WORD 0
010012 000000 .WORD 0
010014 000002 .WORD TF.OU
010016 010016' .WORD .
010020 010016' .WORD .-2
1511 ;
1512 010022 F11TPD::
1513 010022 .TPDEN F11TPD,145400,12400,0,0
010022 000000 000000 .WORD 0,0
010022 025167 077604 .RAD50 "F11TPD"
010026 145400 .WORD 145400
010030 012400 .WORD 12400
010032 000000 .WORD 0
010034 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 38-2
LOW CORE -- TPD (TASK PARTITION DIRECTORY)
010036 010036' .WORD .
010040 010036' .WORD .-2
1515 ;
1516 010042 GENTPD::
1517 010042 .TPDEN GEN,100000,45400,0,0
010042 000000 000000 .WORD 0,0
010042 026226 .RAD50 "GEN"
010046 100000 .WORD 100000
010050 045400 .WORD 45400
010052 000000 .WORD 0
010054 000000 .WORD 0
010056 010056' .WORD .
010060 010056' .WORD .-2
1518 ;
1519 010062 .TPDEA:: ;END OF TPD
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 39
LOW CORE -- DEVICE QUEUE POINTERS
1521 .SBTTL LOW CORE -- DEVICE QUEUE POINTERS
1522
1523 ;
1524 ; DEVICE QUEUE POINTERS
1525 ;
1526 000020 Q.SZ=20 ; QUEUE ENTRY SIZE (NOTE:IS A GLOBAL VAR.)
1527
1528 000001 D.CCTY==1 ; DEVICE CODE FOR CTY
1529 010062 .DQPBA::
1530 010062 .DQPEN TTTBL,8.,..STTY,..STPT,IGNO,IGNO,0,TTCNT
010062 003004' .WORD TTTBL
010064 000010 .WORD 8.
010066 046164' .WORD ..STTY
010070 046400' .WORD ..STPT
010072 012364' .WORD IGNO
010074 012364' .WORD IGNO
010076 000000 .WORD 0
010100 000205 .WORD TTCNT
1531
1532 000002 D.CDL1==2 ; DEVICE CODE FOR DL-11
1533 010102 .DQDL1::
1534 010102 .DQPEN DLTBL,8.,..STTY,..STPT,IGNO,IGNO,0,DLCNT
010102 003004' .WORD DLTBL
010104 000010 .WORD 8.
010106 046164' .WORD ..STTY
010110 046400' .WORD ..STPT
010112 012364' .WORD IGNO
010114 012364' .WORD IGNO
010116 000000 .WORD 0
010120 000005 .WORD DLCNT
1535
1536 000003 D.CDH1==3 ; DEVICE CODE FOR DH-11 (1)
1537 010122 .DQDH0::
1538 010122 .DQPEN DHTBL,8.,..STTY,..STPT,IGNO,IGNO,0,DHCNT
010122 003054' .WORD DHTBL
010124 000010 .WORD 8.
010126 046164' .WORD ..STTY
010130 046400' .WORD ..STPT
010132 012364' .WORD IGNO
010134 012364' .WORD IGNO
010136 000000 .WORD 0
010140 000200 .WORD DHCNT
1539
1540 000004 D.CDLS==4 ; DEVICE CODE FOR DATA LINE SCANNER (1)
1541 010142 .DQDLS::
1542 010142 .DQPEN TTTBL,8.,..STTY,..STPT,IGNO,IGNO,0,TTCNT
010142 003004' .WORD TTTBL
010144 000010 .WORD 8.
010146 046164' .WORD ..STTY
010150 046400' .WORD ..STPT
010152 012364' .WORD IGNO
010154 012364' .WORD IGNO
010156 000000 .WORD 0
010160 000205 .WORD TTCNT
1543
1544 000005 D.CLPT==5 ; DEVICE CODE FOR LPT
1545 010162 .DQLPT::
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 39-1
LOW CORE -- DEVICE QUEUE POINTERS
1546 010162 .DQPEN LPTBL,8.,..STLP,..SPLP,IGNO,..AKLP,0,2
010162 006300' .WORD LPTBL
010164 000010 .WORD 8.
010166 000000G .WORD ..STLP
010170 000000G .WORD ..SPLP
010172 012364' .WORD IGNO
010174 000000G .WORD ..AKLP
010176 000000 .WORD 0
010200 000002 .WORD 2
1547
1548 000006 D.CCDR==6 ; DEVICE CODE FOR CDR
1549 010202 .DQCDR::
1550 010202 .DQPEN CRTBL,8.,..STCR,IGNO,IGNO,..AKCR,0,1
010202 006224' .WORD CRTBL
010204 000010 .WORD 8.
010206 000000G .WORD ..STCR
010210 012364' .WORD IGNO
010212 012364' .WORD IGNO
010214 000000G .WORD ..AKCR
010216 000000 .WORD 0
010220 000001 .WORD 1
1551
1552 000007 D.CCLK==7 ; DEVICE CODE FOR CLOCK
1553 010222 .DQPEN 0,0,IGNO,IGNO,IGNO,IGNO,0,1
010222 000000 .WORD 0
010224 000000 .WORD 0
010226 012364' .WORD IGNO
010230 012364' .WORD IGNO
010232 012364' .WORD IGNO
010234 012364' .WORD IGNO
010236 000000 .WORD 0
010240 000001 .WORD 1
1554
1555 000010 D.FEPD==10 ; PSEUDO DEVICE FOR FE
1556 010242 .DQPEN FETBL,2.,.FEST,IGNO,IGNO,.FEACK,0,4
010242 005572' .WORD FETBL
010244 000002 .WORD 2.
010246 000000G .WORD .FEST
010250 012364' .WORD IGNO
010252 012364' .WORD IGNO
010254 000000G .WORD .FEACK
010256 000000 .WORD 0
010260 000004 .WORD 4
1557
1558
1559 010262 .DQPEA:: ; END OF DEVICE QUEUE POINTER TABLE
1560 000010 .DQPSZ==.DQPEA-.DQPBA/Q.SZ ; SIZE OF DEVICE QUEUE POINTER TABLE
1561
1562 ;
1563 ; NOTE -- THESE PSUEDO-DEVICES ARE OUTPUT-ONLY AND
1564 ; ARE ASSOCIATED WITH ERROR LOGGING
1565 ;
1566 000200 D.CCPU==200 ; PSEUDO DEVICE PDP10 CPU
1567 000201 D.CKLE==201 ; KL ERROR PSEUDO DEVICE
1568 000202 D.CDTE==202 ; [5.1008] DTE-20 PSEUDO DEVICE CODE
1569 000203 D.CRJP==203 ; [5.1009] RH-11/RJP-04/06 PSEUDO DEVICE CODE
1570 000204 D.CDMB==204 ; [4.1.1091] DM-11/BB CONFIGURATION CODE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 39-2
LOW CORE -- DEVICE QUEUE POINTERS
1571 000205 D.CLOG==205 ; ASCII 'PARSER.LOG'
1572 000210 D.CKLN==210 ; KLINIK PSEUDO-DEVICE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40
LOW CORE -- LOGICAL UNIT TABLES
1574 .SBTTL LOW CORE -- LOGICAL UNIT TABLES
1575
1576 ;
1577 ; LOGICAL UNIT TABLE
1578 ;
1579 010262 .PUDBA:: ; START OF LOGICAL UNIT TABLE
1580 ;
1581 000001 L.TTY==1 ; LOGICAL UNIT 1
1582 010262 TTPEN::
1583 010262 .PUDEN TT,0,0,UC.REC!UC.CCL!UC.TTY,0,0,80.,TTPEN,TTYTSK,0,0,0
010262 124 124 .ASCII "TT"
010264 000 .BYTE 0
010265 000 .BYTE 0
010266 000007 .WORD UC.REC!UC.CCL!UC.TTY
010270 000000 .WORD 0
010272 000000 .WORD 0
010274 000120 .WORD 80.
010276 000000 .WORD 0
010300 010262' .WORD TTPEN
010302 007202' .WORD TTYTSK
010304 010304' .WORD .
010306 010304' .WORD .-2
010310 000000 .WORD 0
010312 005 005 .BYTE 5,5
010314 000000 .WORD 0
010316 177777 .WORD -1
010320 135600 .RAD50 /0/
010322 000000 .WORD 0
010324 000000 .WORD 0
010326 000000 .WORD 0
010330 000000 .WORD 0
1584 ;
1585 000002 L.RP4==2
1586 ;DVCH=CH.OFF+CH.NAT*400+CH.OFF+CH.NAT
1587 110220 DVCH=110220
1588 ;FW=UF.TL!UF.RH
1589 000300 FW=300
1590 ;C1=UC.MNT!UC.F11!UC.DIR
1591 140010 C1=140010
1592 ;C1DB=UC.MNT!UC.F11!UC.DIR!UC.ETB
1593 140110 C1DB=140110
1594 ;
1596 010332 RPPEN::
1597 010332 .PUDEN DB,0,FW,C1DB,0,0,512.,RPPEN,RPTSK,DVCH,F11,0
010332 104 102 .ASCII "DB"
010334 000 .BYTE 0
010335 300 .BYTE FW
010336 140110 .WORD C1DB
010340 000000 .WORD 0
010342 000000 .WORD 0
010344 001000 .WORD 512.
010346 000000 .WORD 0
010350 010332' .WORD RPPEN
010352 007242' .WORD RPTSK
010354 010354' .WORD .
010356 010354' .WORD .-2
010360 000000 .WORD 0
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-1
LOW CORE -- LOGICAL UNIT TABLES
010362 005 005 .BYTE 5,5
010364 110220 .WORD DVCH
010366 177777 .WORD -1
010370 025167 .RAD50 /F11/
010372 000000 .WORD 0
010374 000000 .WORD 0
010376 000000 .WORD 0
010400 000000 .WORD 0
1598 ; THIS IS DONE TO KEEP .PUDEN MACROS SHORTER THAN 80 CHARS
1599 010376' .=.-4
1600 010376 000002 .WORD 2
1601 010400 050700 .WORD 50700 ; RP SIZE IS 140000. BLOCKS
1602 010402 .RP1PE::
1603 010402 .PUDEN DB,1,FW,C1DB,0,0,512.,.RP1PE,RPTSK,DVCH,F11,0
010402 104 102 .ASCII "DB"
010404 001 .BYTE 1
010405 300 .BYTE FW
010406 140110 .WORD C1DB
010410 000000 .WORD 0
010412 000000 .WORD 0
010414 001000 .WORD 512.
010416 000000 .WORD 0
010420 010402' .WORD .RP1PE
010422 007242' .WORD RPTSK
010424 010424' .WORD .
010426 010424' .WORD .-2
010430 000000 .WORD 0
010432 005 005 .BYTE 5,5
010434 110220 .WORD DVCH
010436 177777 .WORD -1
010440 025167 .RAD50 /F11/
010442 000000 .WORD 0
010444 000000 .WORD 0
010446 000000 .WORD 0
010450 000000 .WORD 0
1604 010446' .=.-4
1605 010446 000002 .WORD 2
1606 010450 050700 .WORD 50700
1607 010452 .RP2PE::
1608 010452 .PUDEN DB,2,FW,C1DB,0,0,512.,.RP2PE,RPTSK,DVCH,F11,0
010452 104 102 .ASCII "DB"
010454 002 .BYTE 2
010455 300 .BYTE FW
010456 140110 .WORD C1DB
010460 000000 .WORD 0
010462 000000 .WORD 0
010464 001000 .WORD 512.
010466 000000 .WORD 0
010470 010452' .WORD .RP2PE
010472 007242' .WORD RPTSK
010474 010474' .WORD .
010476 010474' .WORD .-2
010500 000000 .WORD 0
010502 005 005 .BYTE 5,5
010504 110220 .WORD DVCH
010506 177777 .WORD -1
010510 025167 .RAD50 /F11/
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-2
LOW CORE -- LOGICAL UNIT TABLES
010512 000000 .WORD 0
010514 000000 .WORD 0
010516 000000 .WORD 0
010520 000000 .WORD 0
1609 010516' .=.-4
1610 010516 000002 .WORD 2
1611 010520 050700 .WORD 50700
1612 010522 .RP3PE::
1613 010522 .PUDEN DB,3,FW,C1DB,0,0,512.,.RP3PE,RPTSK,DVCH,F11,0
010522 104 102 .ASCII "DB"
010524 003 .BYTE 3
010525 300 .BYTE FW
010526 140110 .WORD C1DB
010530 000000 .WORD 0
010532 000000 .WORD 0
010534 001000 .WORD 512.
010536 000000 .WORD 0
010540 010522' .WORD .RP3PE
010542 007242' .WORD RPTSK
010544 010544' .WORD .
010546 010544' .WORD .-2
010550 000000 .WORD 0
010552 005 005 .BYTE 5,5
010554 110220 .WORD DVCH
010556 177777 .WORD -1
010560 025167 .RAD50 /F11/
010562 000000 .WORD 0
010564 000000 .WORD 0
010566 000000 .WORD 0
010570 000000 .WORD 0
1614 010566' .=.-4
1615 010566 000002 .WORD 2
1616 010570 050700 .WORD 50700
1617 010572 .RP4PE::
1618 010572 .PUDEN DB,4,FW,C1DB,0,0,512.,.RP4PE,RPTSK,DVCH,F11,0
010572 104 102 .ASCII "DB"
010574 004 .BYTE 4
010575 300 .BYTE FW
010576 140110 .WORD C1DB
010600 000000 .WORD 0
010602 000000 .WORD 0
010604 001000 .WORD 512.
010606 000000 .WORD 0
010610 010572' .WORD .RP4PE
010612 007242' .WORD RPTSK
010614 010614' .WORD .
010616 010614' .WORD .-2
010620 000000 .WORD 0
010622 005 005 .BYTE 5,5
010624 110220 .WORD DVCH
010626 177777 .WORD -1
010630 025167 .RAD50 /F11/
010632 000000 .WORD 0
010634 000000 .WORD 0
010636 000000 .WORD 0
010640 000000 .WORD 0
1619 010636' .=.-4
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-3
LOW CORE -- LOGICAL UNIT TABLES
1620 010636 000002 .WORD 2
1621 010640 050700 .WORD 50700
1622 010642 .RP5PE::
1623 010642 .PUDEN DB,5,FW,C1DB,0,0,512.,.RP5PE,RPTSK,DVCH,F11,0
010642 104 102 .ASCII "DB"
010644 005 .BYTE 5
010645 300 .BYTE FW
010646 140110 .WORD C1DB
010650 000000 .WORD 0
010652 000000 .WORD 0
010654 001000 .WORD 512.
010656 000000 .WORD 0
010660 010642' .WORD .RP5PE
010662 007242' .WORD RPTSK
010664 010664' .WORD .
010666 010664' .WORD .-2
010670 000000 .WORD 0
010672 005 005 .BYTE 5,5
010674 110220 .WORD DVCH
010676 177777 .WORD -1
010700 025167 .RAD50 /F11/
010702 000000 .WORD 0
010704 000000 .WORD 0
010706 000000 .WORD 0
010710 000000 .WORD 0
1624 010706' .=.-4
1625 010706 000002 .WORD 2
1626 010710 050700 .WORD 50700
1627 010712 .RP6PE::
1628 010712 .PUDEN DB,6,FW,C1DB,0,0,512.,.RP6PE,RPTSK,DVCH,F11,0
010712 104 102 .ASCII "DB"
010714 006 .BYTE 6
010715 300 .BYTE FW
010716 140110 .WORD C1DB
010720 000000 .WORD 0
010722 000000 .WORD 0
010724 001000 .WORD 512.
010726 000000 .WORD 0
010730 010712' .WORD .RP6PE
010732 007242' .WORD RPTSK
010734 010734' .WORD .
010736 010734' .WORD .-2
010740 000000 .WORD 0
010742 005 005 .BYTE 5,5
010744 110220 .WORD DVCH
010746 177777 .WORD -1
010750 025167 .RAD50 /F11/
010752 000000 .WORD 0
010754 000000 .WORD 0
010756 000000 .WORD 0
010760 000000 .WORD 0
1629 010756' .=.-4
1630 010756 000002 .WORD 2
1631 010760 050700 .WORD 50700
1632 010762 .RP7PE::
1633 010762 .PUDEN DB,7,FW,C1DB,0,0,512.,.RP7PE,RPTSK,DVCH,F11,0
010762 104 102 .ASCII "DB"
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-4
LOW CORE -- LOGICAL UNIT TABLES
010764 007 .BYTE 7
010765 300 .BYTE FW
010766 140110 .WORD C1DB
010770 000000 .WORD 0
010772 000000 .WORD 0
010774 001000 .WORD 512.
010776 000000 .WORD 0
011000 010762' .WORD .RP7PE
011002 007242' .WORD RPTSK
011004 011004' .WORD .
011006 011004' .WORD .-2
011010 000000 .WORD 0
011012 005 005 .BYTE 5,5
011014 110220 .WORD DVCH
011016 177777 .WORD -1
011020 025167 .RAD50 /F11/
011022 000000 .WORD 0
011024 000000 .WORD 0
011026 000000 .WORD 0
011030 000000 .WORD 0
1634 011026' .=.-4
1635 011026 000002 .WORD 2
1636 011030 050700 .WORD 50700
1638 000003 L.DT0==3
1650 ;
1651 000005 L.DX0==5
1652 011032 DX0PEN::
1653 011032 .PUDEN DX,0,FW,C1,0,0,512.,DX0PEN,DXTSK,DVCH,F11,0
011032 104 130 .ASCII "DX"
011034 000 .BYTE 0
011035 300 .BYTE FW
011036 140010 .WORD C1
011040 000000 .WORD 0
011042 000000 .WORD 0
011044 001000 .WORD 512.
011046 000000 .WORD 0
011050 011032' .WORD DX0PEN
011052 007442' .WORD DXTSK
011054 011054' .WORD .
011056 011054' .WORD .-2
011060 000000 .WORD 0
011062 005 005 .BYTE 5,5
011064 110220 .WORD DVCH
011066 177777 .WORD -1
011070 025167 .RAD50 /F11/
011072 000000 .WORD 0
011074 000000 .WORD 0
011076 000000 .WORD 0
011100 000000 .WORD 0
1654 011100' .=.-2
1655 011100 000756 .WORD 494.
1656 000006 L.DX1==6
1657 011102 DX1PEN::
1658 011102 .PUDEN DX,1,FW,C1,0,0,512.,DX1PEN,DXTSK,DVCH,F11,0
011102 104 130 .ASCII "DX"
011104 001 .BYTE 1
011105 300 .BYTE FW
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-5
LOW CORE -- LOGICAL UNIT TABLES
011106 140010 .WORD C1
011110 000000 .WORD 0
011112 000000 .WORD 0
011114 001000 .WORD 512.
011116 000000 .WORD 0
011120 011102' .WORD DX1PEN
011122 007442' .WORD DXTSK
011124 011124' .WORD .
011126 011124' .WORD .-2
011130 000000 .WORD 0
011132 005 005 .BYTE 5,5
011134 110220 .WORD DVCH
011136 177777 .WORD -1
011140 025167 .RAD50 /F11/
011142 000000 .WORD 0
011144 000000 .WORD 0
011146 000000 .WORD 0
011150 000000 .WORD 0
1659 011150' .=.-2
1660 011150 000756 .WORD 494.
1663 ;
1664 011152 LP0PUD::
1665 011152 .PUDEN LP,0,0,UC.REC!UC.CCL,0,0,132.,LP0PUD,LPTSK,0,0,0
011152 114 120 .ASCII "LP"
011154 000 .BYTE 0
011155 000 .BYTE 0
011156 000003 .WORD UC.REC!UC.CCL
011160 000000 .WORD 0
011162 000000 .WORD 0
011164 000204 .WORD 132.
011166 000000 .WORD 0
011170 011152' .WORD LP0PUD
011172 007302' .WORD LPTSK
011174 011174' .WORD .
011176 011174' .WORD .-2
011200 000000 .WORD 0
011202 005 005 .BYTE 5,5
011204 000000 .WORD 0
011206 177777 .WORD -1
011210 135600 .RAD50 /0/
011212 000000 .WORD 0
011214 000000 .WORD 0
011216 000000 .WORD 0
011220 000000 .WORD 0
1668 ;
1669 011222 FE0PUD::
1670 011222 .PUDEN FE,0,UF.RH,C1,0,0,512.,FE0PUD,FETSK,DVCH,T20,0
011222 106 105 .ASCII "FE"
011224 000 .BYTE 0
011225 200 .BYTE UF.RH
011226 140010 .WORD C1
011230 000000 .WORD 0
011232 000000 .WORD 0
011234 001000 .WORD 512.
011236 000000 .WORD 0
011240 011222' .WORD FE0PUD
011242 007402' .WORD FETSK
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 40-6
LOW CORE -- LOGICAL UNIT TABLES
011244 011244' .WORD .
011246 011244' .WORD .-2
011250 000000 .WORD 0
011252 005 005 .BYTE 5,5
011254 110220 .WORD DVCH
011256 177777 .WORD -1
011260 101036 .RAD50 /T20/
011262 000000 .WORD 0
011264 000000 .WORD 0
011266 000000 .WORD 0
011270 000000 .WORD 0
1672 ;
1673 011272 SY0PUD::
1677
1682 011272 .PUDEN SY,0,0,0,0,0,0,DX0PEN,0,0,0,0
011272 123 131 .ASCII "SY"
011274 000 .BYTE 0
011275 000 .BYTE 0
011276 000000 .WORD 0
011300 000000 .WORD 0
011302 000000 .WORD 0
011304 000000 .WORD 0
011306 000000 .WORD 0
011310 011032' .WORD DX0PEN
011312 000000 .WORD 0
011314 011314' .WORD .
011316 011314' .WORD .-2
011320 000000 .WORD 0
011322 005 005 .BYTE 5,5
011324 000000 .WORD 0
011326 177777 .WORD -1
011330 135600 .RAD50 /0/
011332 000000 .WORD 0
011334 000000 .WORD 0
011336 000000 .WORD 0
011340 000000 .WORD 0
1685 011342 .PUDEA::
1686 ; END OF LOGICAL UNIT ABLE
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 41
LOW CORE -- KL10 HARDWARE ENVIRONMENT DATA
1688 .SBTTL LOW CORE -- KL10 HARDWARE ENVIRONMENT DATA
1689
1690
1691 011342 .CPUSN::
1692 011342 000000 .WORD 0 ; [4.2333] KL10 CPU SERIAL NUMBER
1693 ; [4.2333] .EQ. 0 ==> MUST BE READ
1694 ; [4.2333] .LT. 0 ==> CAN'T BE READ
1695 ; [4.2333] .GT. 0 ==> ALREADY READ
1696 011344 .HRDWR::
1697 011344 000000 .WORD 0 ; [4.2333] HARDWARE OPTION BIT MASK
1698
1699 000001 H.KUDF==BIT0 ; [4.2333] UNDEFINED
1700 000002 H.KMOS==BIT1 ; [4.2333] MOS MASTER OSCILLATOR
1701 000004 H.KEXT==BIT2 ; [4.2333] EXTENDED ADDRESING
1702 000010 H.KCHN==BIT3 ; [4.2333] INTERNAL CHANNELS
1703 000020 H.KCAC==BIT4 ; [4.2333] CACHE
1704 000040 H.KPWR==BIT5 ; [4.2333] LINE FREQUENCY
1705 ; [4.2333] .EQ. 0 ==> 60 HZ.
1706 ; [4.2333] .NE. 0 ==> 50 HZ.
1707 ;
1708 ; LOCATIONS TO STORE PC AND FLAGS FOR WARM RESTART VIA "SAVE PC" COMMAND
1709 ; TO PARSER
1710 ;
1711 011346 .ERRPC::
1712 011346 000000 000000 000000 .WORD 0,0,0 ; KL PC REGISTER GOES HERE
1713 011354 .ERRCD::
1714 011354 000000 000000 000000 .WORD 0,0,0 ; KL FLAGS AND ERRCOD GO HERE
1715 ;
1716 ; WARM RESTART (FAULT CONTINUATION) ERROR CODES
1717 ;
1718 000001 ERRCES==1 ; CLOCK ERROR STOP
1719 000002 ERREPE==2 ; EBUS PARITY ERROR
1720 000003 ERRDEX==3 ; DEPOSIT EXAMINE ERROR
1721 000004 ERRCST==4 ; KEEP ALIVE STOPPED
1722 000005 ERRPTO==5 ; PROTOCOL TIMEOUT
1723 000006 ERRFME==6 ; FAST MEMORY PARITY ERROR
1724 000007 ERRCPE==7 ; CRAM PARITY ERROR
1725 000010 ERRDPE==10 ; DRAM PARITY ERROR
1726 000011 ERRTSP==11 ; KL HALTED
1727 000012 ERRTRR==12 ; TEN REQUESTED REBOOT
1728
1729 011362 .MISC::
1730 011362 000 .BYTE 0 ; MISC. , SEE BELOW FOR BIT DEFINETIONS
1731
1732 000002 M.PARQ==BIT1 ; USED IN TTYDRR WHEN PARSER IS REQUESTED
1733 .EVEN
1734 011364 ABCHAR::
1735 011364 000000 .WORD 0 ; [6.1567] LAST AUTO BAUD CHARACTER
1736 011366 000000 .RHPD:: .WORD 0
1737 011370 .PFDBG::
1738 011370 000000 .WORD 0 ;[**]
1739 011372 .IODBG::
1740 011372 000000 .WORD 0 ;[**]
1741 011374' .LCEND==. ; [4.2333] DEFINE THE END OF THE STATUS BLOCK
1742 011374 CPYRGT::
1743 011374 103 117 120 .ASCII /COPYRIGHT (C) 1984 DIGITAL EQUIPMENT CORPORATION/
011377 131 122 111
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 41-1
LOW CORE -- KL10 HARDWARE ENVIRONMENT DATA
011402 107 110 124
011405 040 050 103
011410 051 040 061
011413 071 070 064
011416 040 104 111
011421 107 111 124
011424 101 114 040
011427 105 121 125
011432 111 120 115
011435 105 116 124
011440 040 103 117
011443 122 120 117
011446 122 101 124
011451 111 117 116
1744 .EVEN
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 42
LOW CORE -- INITLM (INITIALIZATION)
1746 .SBTTL LOW CORE -- INITLM (INITIALIZATION)
1747
1748 ;
1749 ; INITIALIZATION CODE ALSO DOUBLES AS
1750 ; EMERGENCY STACK AREA FOR CRASH
1751 ;
1752 011454 INITLM::
1753 011454 013700 001004' MOV .EXEND+2,R0 ; GET ABSOLUTE EXEC LIMIT
1754 011460 062700 000003 ADD #3,R0 ; ROUND UP TO NEXT 4 BYTES
1755 011464 042700 000003 BIC #3,R0 ; SO
1756 011470 010037 001426' MOV R0,.FREPL ; SET BASE OF FREE POOL
1757 011474 012701 075774 MOV #.BGBST-4,R1 ; END OF FREE POOL MINUS 10 BYTES
1758 011500 160001 SUB R0,R1 ; COMPUTE SIZE OF FREE POOL
1759 011502 005020 CLR (R0)+ ; INDICATE NO LINKS
1760 011504 010110 MOV R1,@R0 ; SET FREE POOL SIZE
1761 011506 010137 001430' MOV R1,.FREPL+2 ; HERE TOO
1762 011512 013700 001422' MOV .BGBUF,R0
1763 011516 005020 CLR (R0)+
1764 011520 012710 002000 MOV #.BGLEN,@R0
1765 011524 105237 001123' INCB .NOERR+1 ; SET FORCED STOP
1766 011530 010706 MOV PC,SP ; SET UP THE STACK
1767 011532 012737 000200 001014' MOV #EV.PF,.SERFG+0 ; SET POWER FAIL
1768 011540 012737 004000 177776 MOV #4000,@#PS ; ENABLE INTERRUPTS
1769 011546 012746 014040' MOV #ASXE1,-(SP)
1770 011552 162706 000006 SUB #6,SP ; SET UP INITIAL TO TEN Q
1771 011556 000137 047366' JMP INIAN ; GO DO IT
1772 ;
1773 011562 EMGSTK:: ; EMERGENCY STACK AREA
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 43
LOW CORE -- TRAP SERVICE FOR COMMON PROGRAM TRAPS
1775 .SBTTL LOW CORE -- TRAP SERVICE FOR COMMON PROGRAM TRAPS
1776 ;
1777 ; TRAPS HANDLED HERE ARE:
1778 ;
1779 ; TRAP TO 4 (DEVICE OR MEMORY TIMEOUT AND 11 CATCH ALL)
1780 ; TRAP TO 10 (ILLEGAL INSTRUCTION)
1781 ; T-BIT AND BPT TRAPS
1782 ; IOT INSTRUCTION
1783 ; TRAP INSTRUCTION
1784 ;
1785 ; ILLEGAL INTERRUPTS TRAP HERE. THEY ARE DETERMINED
1786 ; BY PLACING AN ODD ADDRESS IN UNUSED TRAP VECTORS
1787 ; WHEN THE PROCESSOR TRAPS TO AN ILLEGAL TRAP VECTOR IT WIL
1788 ; PUT THE ILLEGAL (ODD) ADDRESS IN THE PC AND TRAP TO 4
1789 ; THIS WILL THEN ALLOW THE FIELD SERVICE PEOPLE TO
1790 ; DETERMINE WHAT LOCATION THE PROCESSOR HAS PICKED
1791 ; TO DO AN ILLEGAL TRAP
1792 ;
1793 ;
1794 ; GENERALLY THESE TRAPS LIKE THE OTHERS THAT TRAP TO UN ATTACHED
1795 ; TRAP VECTORS ARE FATAL. THESE HAVE BEEN SEPARATED OUT
1796 ; BECAUSE THEY ARE PROBABLY PROGRAM ERRORS AND NOT
1797 ; HARDWARE ERRORS. IT IS POSSIBLE THAT IF THESE ARE
1798 ; SEPARATED FROM HARDWARE TRAPS THAT IT WILL BE POSSIBLE
1799 ; TO PROVIDE SOME PROGRAM DEBUGGING BY IDENTIFICATION OF
1800 ; THESE SPECIFIC TYPES.
1801 ;
1802 ; HARDWARE/SOFTWARE ERROR TRAPS HANDLED HERE ARE:
1803 ;
1804 ; 1. TRAP TO UNASSIGNED TRAP VECTOR
1805 ; 2. PARITY ERROR
1806 ; 3. RESERVED INSTRUCTION TRAP
1807 ; 4. IOT TRAP
1808 ;
1809 ; STACK SUMMARY:
1810 ; 0(SP) -- TRAP PC
1811 ; 2(SP) -- TRAP PS
1812 ;
1813 .ENABL LSB
1814 011562 COMTRP:
1815 011562 013737 177776 001120' MOV PS,TRPASV ; SAVE THE COMTRP PS
1816 011570 042737 177760 001120' BIC #177760,TRPASV ; MASK OFF PRIORITY BITS
1817 011576 022706 001000 CMP #1000,SP ; LEGAL STACK?
1818 011602 103403 BLO 10$ ; YES -- NOT RED VIOLATION
1819 011604 012706 011562' MOV #EMGSTK,SP ; NO -- BETTER RESCUE STACK
1820 011610 000451 BR 30$ ; THEN CRASH SYSTEM
1821 ;
1822 011612 10$:
1823 011612 010546 MOV R5,-(SP)
1824 011614 032766 000340 000004 BIT #340,4(SP) ; EXEC?
1825 011622 001044 BNE 30$ ; YES -- CRASH
1826 ; FIND THE TRAP VECTOR
1827 011624 013705 001006' MOV .CRTSK,R5 ; FIND THE CURRENT TASK
1828 011630 001441 BEQ 30$ ; [DSW-DEBUG] NONE, JUST CRASH
1829 011632 016505 000016 MOV A.TD(R5),R5 ; FIND STD POINTER
1830 011636 016505 000030 MOV S.SS(R5),R5 ; FIND THE SST VECTOR
1831 011642 001410 BEQ CMNABO ; NONE -- CRASH
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 43-1
LOW CORE -- TRAP SERVICE FOR COMMON PROGRAM TRAPS
1832 011644 063705 001120' ADD TRPASV,R5 ; FIND WHICH VECTOR
1833 011650 MFPS @R5,R5 ; FIND THE ADDRESS
011650 011505 MOV @R5,R5
1834 011652 001404 BEQ CMNABO ; NONE FOUND -QUIT
1835 011654 012637 001116' MOV (SP)+,EMTSTK ; SAVE R5 FOR COMMON TRAP
1836 011660 000137 013556' JMP .SSTCO
1837 ;
1838 011664 CMNABO::
1839 011664 013705 001006' MOV .CRTSK,R5 ; FIND THE CURRENT TASK
1840 011670 013765 001120' 000024 MOV TRPASV,A.FM+0(R5) ;SET THE REASON FOR ABORT
1841 011676 112765 000004 000014 MOVB #TS.TKN,A.TS(R5) ;SET TASK STATUS TO ABORT
1842 011704 005237 001124' INC .TKTN ; SET TKTN FLAG
1843 011710 026527 000006 010022' CMP A.PD(R5),#F11TPD ;FILES 11 TPD?
1844 011716 001003 BNE 20$ ; NO -- TKTN WILL WORK
1845 011720 .CRASH FTA ; YES -- CAN'T GET TKTN IN
011720 000004 IOT
011722 106 124 101 .ASCIZ /FTA/
011725 000
1846 ;
1847 011726 TRPXIT:
1848 011726 20$:
1849 011726 012605 MOV (SP)+,R5 ; RESTORE R5
1850 011730 000137 015062' JMP ..INTX ; RETURN
1851 ;
1852 011734 30$:
1853 011734 013705 001120' MOV TRPASV,R5 ; DO COMMON CRASH PROCEDURE
1854 011740 000175 011744' JMP @CRSTB(R5) ; CRASH
1855 .DSABL LSB
1856 ;
1857 011744 CRSTB:
1858 011744 011754' .WORD TRP4
1859 011746 012024' .WORD RESERV
1860 011750 012032' .WORD BPTTRP
1861 011752 012070' .WORD IOTTRP
1862 ;
1863 011754 TRP4:
1864 011754 012705 000004 MOV #4,R5 ; POINT TO TRAP VECTOR
1865 011760 011546 MOV (R5),-(SP) ; SAVE IT
1866 011762 012715 012002' MOV #10$,(R5) ; SET UP TEMPORARY VECTOR
1867 011766 005777 167372 TST @.PRSTA ; WAS IT THE DTE20??
1868 011772 012615 MOV (SP)+,(R5) ; NO -- OTHER BUS TIMEOUT
1869 011774 .CRASH T04
011774 000004 IOT
011776 124 060 064 .ASCIZ /T04/
012001 000
1870 ;
1871 012002 10$: ; HERE ON DTE-20 BUS TIMEOUT
1872 012002 022626 CMP (SP)+,(SP)+ ; GET RID OF SECOND TRAP PS, PC
1873 012004 012615 MOV (SP)+,(R5) ; RESTORE TRAP VECTOR
1874 012006 032737 004000 001012' BIT #EF.PFR,.COMEF+2 ; POWERFAIL IN PROGRESS??
1875 012014 001344 BNE TRPXIT ; YES -- IGNORE TRAP
1876 012016 .CRASH DTD ; NO -- DTE20 IS DEAD
012016 000004 IOT
012020 104 124 104 .ASCIZ /DTD/
012023 000
1877 ;
1878 012024 RESERV:
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 43-2
LOW CORE -- TRAP SERVICE FOR COMMON PROGRAM TRAPS
1879 012024 .CRASH RES
012024 000004 IOT
012026 122 105 123 .ASCIZ /RES/
012031 000
1880 ;
1881 012032 BPTTRP:
1882 012032 .CRASH TBT
012032 000004 IOT
012034 124 102 124 .ASCIZ /TBT/
012037 000
1883 ;
1884 012040 .PARER:
1885 012040 012700 172100 MOV #.PARRG,R0 ; SET UP POINTER TO REGISTERS
1886 012044 012737 012062' 000004 MOV #20$,@#4 ; SET UP TO POINT TO CRASH MESSAGE ON NXM
1887 012052 012701 001022' MOV #PARSAV,R1 ; SET UP SAVE AREA POINTER
1888 012056 10$:
1889 012056 012021 MOV (R0)+,(R1)+
1890 012060 000776 BR 10$
1891 ;
1892 012062 20$:
1893 012062 .CRASH MPE ; MEMORY PARITY ERROR
012062 000004 IOT
012064 115 120 105 .ASCIZ /MPE/
012067 000
1894 ;
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 44
LOW CORE -- CRASH ROUTINE
1896 .SBTTL LOW CORE -- CRASH ROUTINE
1897 ;
1898 ; CRASH -- SUBROUTINE THAT WILL NOT RETURN TO SAVE THE
1899 ; INFORMATION NECESSARY WHEN THE MACHINE ENTERS AN UNRECOVERABLE
1900 ; STATE THAT REQUIRES RE-LOAD. CRASH ATTEMPTS TO SAVE ALL THE
1901 ; VOLATILE REGISTERS THAT MIGHT BE NECESSARY TO DEBUG
1902 ; THE SOFTWARE OR HARDWARE WHEN THE PDP-11 SYSTEM CRASHES.
1903 ;
1904 ; STACK SUMMARY:
1905 ;
1906 ; 0(SP) -- IOT TRAP PC
1907 ; 2(SP) -- IOT TRAP PS
1908 ;
1909 012070 IOTTRP:
1910 012070 005737 011372' TST .IODBG ;[**]
1911 012074 001413 BEQ 5$ ;[**]
1912 012076 010546 MOV R5,-(SP) ;[**]
1913 012100 012705 012366' MOV #CMSG,R5 ;[**]
1914 012104 CALL 20$ ;[**]
012104 004737 012276' JSR PC,20$
1915 012110 012705 012402' MOV #TTTMSG,R5 ;[**]
1916 012114 CALL 20$ ;[**]
012114 004737 012276' JSR PC,20$
1917 012120 012605 MOV (SP)+,R5 ;[**]
1918 012122 000442 BR 10$ ;[**]
1919 012124 005237 011372' 5$: INC .IODBG ;[**]
1920 012130 016605 000002 MOV 2(SP),R5 ; TRAP PC POINTS TO THE CRASH CODE TEXT
1921 012134 010637 001020' MOV SP,SPSAV ; SAVE SP
1922 012140 012706 011562' MOV #EMGSTK,SP ; SET UP THE EMERGENCY STACK POINTER
1923 012144 CALL .IOSNP ; [4.2314] SNAPSHOT THE I/O PAGE
012144 004737 012406' JSR PC,.IOSNP
1924 012150 010546 MOV R5,-(SP)
1925 012152 012705 012366' MOV #CMSG,R5 ; SET UP THE CRASH MESSAGE POINTER
1926 012156 CALL 20$ ; PRINT THE MESSAGE
012156 004737 012276' JSR PC,20$
1927 012162 011605 MOV (SP),R5 ; CRASH CODE POINTER TO R5
1928 012164 010446 MOV R4,-(SP) ; SAVE R4
1929 012166 005004 CLR R4 ; CLEAR R4
1930 012170 012524 MOV (R5)+,(R4)+ ; SAVE THE CRASH CODE
1931 012172 011524 MOV (R5),(R4)+ ;
1932 012174 013705 001022' MOV PARSAV,R5 ; GET PARITY ERROR DATA
1933 012200 006205 ASR R5 ; POSITION IT
1934 012202 006205 ASR R5 ;
1935 012204 006205 ASR R5 ;
1936 012206 006205 ASR R5 ;
1937 012210 006205 ASR R5 ;
1938 012212 150544 BISB R5,-(R4) ; SAVE IT IN HIGH BYTE
1939 012214 012604 MOV (SP)+,R4 ; RESTORE REGISTERS
1940 012216 012605 MOV (SP)+,R5 ; CRASH CODE POINTER TO R5
1941 012220 CALL 20$ ; PRINT THE CRASH CODE
012220 004737 012276' JSR PC,20$
1942 ;
1943 ; CLOSED LOOP TO RING THE KL DOORBELL AND REQUEST A RELOAD. IN RESPONSE TO
1944 ; THIS REQUEST, THE KL10 WILL "PUSH THE ELECTRONIC SWITCH" IN THE BM873 ROM.
1945 ; THIS WILL:
1946 ;
1947 ; 1. FORCE A "POWERFAIL" TRAP
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 44-1
LOW CORE -- CRASH ROUTINE
1948 ; 2. DUMP AN RELOAD THE FRONT-END
1949 ;
1950 ; NOTE THAT THE FRONT-END CPU MUST BE RUNNING FOR THE CONTEXT SAVE OF THE
1951 ; POWERFAIL TRAP TO COMPLETE PROPERLY.
1952 ;
1953 012224 005037 011372' CLR .IODBG ;[**]
1954 012230 10$:
1955 012230 012737 000006 000004 MOV #6,@#4 ; FORCE AN EARLY HALT IF NXM
1956 012236 005037 000006 CLR @#6
1957 012242 013705 001366' MOV .PRDTE,R5 ; FIND DTE20
1958 012246 062705 000006 ADD #6,R5 ; POINT TO DEXWD1
1959 012252 012725 000004 MOV #LOAD11,(R5)+
1960 012256 012725 010000 MOV #DEP,(R5)+
1961 012262 012725 000022 MOV #22,(R5)+ ; REQUEST RELOAD
1962 012266 012777 000400 167070 MOV #TO10DB,@.PRSTA ; RING BELL
1963 012274 000755 BR 10$
1964 ;
1965 012276 20$: ;
1966 012276 105737 001234' TSTB .KLNSW+0 ; IS KLINIK ACTIVE??
1967 012302 003402 BLE 30$ ; NOT THAT WE CARE...
1968 012304 111537 175616 MOVB (R5),@#PRB1 ; YES -- PRINT A CHARACTER ON KLINIK LINE
1969 012310 30$: ;
1970 012310 112537 177566 MOVB (R5)+,@#PRB0 ; PRINT THE SAME CHARACTER ON THE CTY
1971 012314 40$: ;
1972 012314 105737 177564 TSTB @#PRS0 ; IS THE CTY DONE???
1973 012320 100375 BPL 40$ ; NO -- WAIT SOME MORE
1974 012322 105737 001234' TSTB .KLNSW+0 ; YES -- IS KLINIK ACTIVE??
1975 012326 003403 BLE 50$ ; NO -- NOT THAT WE CARE...
1976 012330 105737 175614 TSTB @#PRS1 ; YES -- IS THE KLINIK LINE FINISHED??
1977 012334 100367 BPL 40$ ; NO -- WAIT SOME MORE
1978 012336 50$: ;
1979 012336 105715 TSTB (R5) ; MESSAGE DONE??
1980 012340 001356 BNE 20$ ; NO -- CONTINUE THE MESSAGE
1981 012342 005737 011370' TST .PFDBG ; [**]
1982 012346 001406 BEQ IGNO ;[**]
1983 012350 112737 000120 177566 MOVB #'P,@#PRB0 ;[**]
1984 012356 105737 177564 60$: TSTB @#PRS0 ;[**]
1985 012362 100375 BPL 60$ ;[**]
1986 012364 IGNO::
1987 012364 RETURN ; YES -- RETURN TO CALLER
012364 000207 RTS PC
1988 ;
1989 ;
1990 ;
1991 ; AFTER THE SYSTEM HALTS THE PDP-10 WILL EVENTUALLY REALIZE
1992 ; THAT THE PDP11 HAS CRASHED AND ATTEMPT TO
1993 ; RELOAD IT.
1994 ;
1995 012366 CMSG:
1996 012366 015 012 061 .ASCIZ <15><12>"11-HALT"<15><12>
012371 061 055 110
012374 101 114 124
012377 015 012 000
1997 012402 TTTMSG:
1998 012402 124 124 124 .ASCIZ /TTT/ ;[**]
012405 000
1999 .EVEN
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 45
LOW CORE -- I/O PAGE SNAPSHOT
2001 .SBTTL LOW CORE -- I/O PAGE SNAPSHOT
2002
2003 ;+
2004 ; .IOSNP -- SNAPHOT THE I/O PAGE INTO THE GEN PARTITION
2005 ;
2006 ; THIS SUBROUTINE IS INVOKED WHENEVER RSX-20F REQUESTS A RELOAD.
2007 ; THE CONTENT OF ALL REGISTERS IN THE I/O PAGE (160000 - 177776) ARE
2008 ; LOADED INTO THE GEN PARTITION (100000 - 107776). NON-EXISTENT REGISTERS
2009 ; CONTAIN "123456" IN THE DUMP.
2010 ;
2011 ; INPUTS:
2012 ;
2013 ; NONE.
2014 ;
2015 ; OUTPUTS:
2016 ;
2017 ; THE I/O PAGE IS LOADED INTO 100000 THRU 107776.
2018 ;
2019 ; NOTE:
2020 ;
2021 ; THIS ROUTINE MUST BE CALLED AT BR6, OR HIGHER.
2022 ;-
2023
2024 007777 IOPSIZ = <177776-160000>/2
2025
2026 012406 .IOSNP:
2027 012406 010046 MOV R0,-(SP) ;;; [4.2314] SAVE REGISTERS
2028 012410 010146 MOV R1,-(SP)
2029 012412 010246 MOV R2,-(SP)
2030 012414 013746 000004 MOV @#4,-(SP) ;;; [4.2314] SAVE TRAP-AT-4 VECTOR
2031 012420 012737 012462' 000004 MOV #30$,@#4 ;;; [4.2314] SET ALTERNATE VECTOR
2032 012426 012700 160000 MOV #160000,R0 ;;; [4.2314] BASE OF I/O PAGE
2033 012432 012701 100000 MOV #100000,R1 ;;; [4.2314] BASE OF GEN PARTITION
2034 012436 012702 007777 MOV #IOPSIZ,R2 ;;; [4.2314] I/O PAGE SIZE
2035 012442 10$:
2036 012442 012021 MOV (R0)+,(R1)+ ;;; [4.2314] SAVE THE I/O PAGE
2037 012444 20$:
2038 012444 077202 SOB R2,10$ ;;; [4.2314] LOOP TILL DONE
2039 012446 012637 000004 MOV (SP)+,@#4 ;;; [4.2314] RESTORE VECTOR
2040 012452 012602 MOV (SP)+,R2 ;;; [4.2314] AND REGISTERS
2041 012454 012601 MOV (SP)+,R1
2042 012456 012600 MOV (SP)+,R0
2043 012460 RETURN ;;; [4.2314] TO CALLER
012460 000207 RTS PC
2044 012462 30$:
2045 012462 012721 123456 MOV #123456,(R1)+ ;;; [4.2314] MARK NON-EXISTENT REGISTER
2046 012466 032626 BIT (SP)+,(SP)+ ;;; [4.2314] RESET STACK
2047 012470 000765 BR 20$ ;;; [4.2314] AND CONTINUE
2048 ;
LC -- LOW CORE FOR RSX20F MACRO M1113 03-APR-86 22:25 PAGE 46
LOW CORE -- I/O PAGE SNAPSHOT
2050
2051 .TITLE SCH - TASK SCHEDULER & GLOBAL DEFS
2052 .SBTTL EXEC MODULE ONE -- TITLE PAGE
2053 012472 IDENT$ 15,05,RSX$$F
.IDENT /E15050/
2054 ;
2055 ; COPYRIGHT (C) 1975, 1984, 1985 BY
2056 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
2057 ; ALL RIGHTS RESERVED.
2058 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
2059 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
2060 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
2061 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
2062 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
2063 ;
2064 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
2065 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
2066 ; CORPORATION.
2067 ;
2068 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
2069 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
2070 ;
2071 ;
2072 ; MODULE: EXEC MODULE ONE
2073 ;
2074 ; VERSION: 15-05
2075 ;
2076 ; AUTHOR: R. MCLEAN
2077 ;
2078 ; DATE: 19 MAR 75
2079 ;
2080 ;
2081 ; THIS MODULE CONTAINS:
2082 ;
2083 ; 1 -- SYSTEM NOTES,
2084 ; 2 -- GLOSSARY,
2085 ; 3 -- SYMBOLIC DEFINITIONS,
2086 ; 4 -- NUL TASK.
2087 ;
2088 ; MODIFICATIONS:
2089 ;
2090 ; NO. DATE PROGRAMMER PURPOSE
2091 ; --- ---- ---------- -------
2092 ; 001 18-OCT-76 A. PECKHAM ADDITIONAL .KLIWD FLAGS
2093 ; 002 20-OCT-76 A. PECKHAM FIX FOR F11 PARTITION
2094 ; LOAD REQUEST FAILURE.
2095 ; 003 03-FEB-77 R. BELANGER CHANGED KLR EVENT FLAG
2096 ; ADDED KLD EVENT FLAG
2097 ; 004 04-MAR-77 R. BELANGER ADDED CODE IN NULL TASK
2098 ; TO INVOKE TIME OF DAY TASK
2099 ; 005 07-MAR-77 A. PECKHAM REMOVE BUG FROM DOWN MESSAGE CODE.
2100 ; 006 01-JUL-77 R. BELANGER ADD KLINIK EVENT LOGGING CODES.
2101 ; 007 18-AUG-77 R. BELANGER ADD POWER RESTART IN PROGRESS FLAG
2102 ; 008 05-OCT-77 R. BELANGER ADD COMM REGION INVALID FLAG
2103 ; 009 27-MAY-78 R. BELANGER DEFINE PROTOCOL TIMEOUT FLAG FOR "TKTN"
2104 ; TCO 4.1.1035 16-NOV-79 R. BELANGER CHANGES TO SUPPORT QUEUE ARBITRATION
2105 ; TCO 4.1.1105 11-MAR-80 R. BELANGER CHANGE "EF.PR1" RECOGNITION
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 46-1
EXEC MODULE ONE -- TITLE PAGE
2106 ; TCO 5.1127 08-AUG-80 S. LEAPLINE MAKE SNDMSG GLOBAL FOR HOST DEBUG
2107 ; 010 27-MAR-81 S. LEAPLINE REMOVE "RSUM" AND "SPND"
2108 ;
2109 ;11-JUL-83 TCO 6.1721 D.WEAVER
2110 ; CHANGE THE %DECSYSTEM-XX NOT RUNNING MESSAGES TO EVEN PARITY AND AT
2111 ; THE SAME TIME MAKE THEM UPPER AND LOWER CASE.
2112 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 47
EXEC MODULE ONE -- SYSTEM NOTES
2114 .SBTTL EXEC MODULE ONE -- SYSTEM NOTES
2115 ;+
2116 ; PROCESSOR PRIORITIES
2117 ;
2118 ; PERIPHERIAL DEVICE INTERRUPT SERVICE ROUTINES RUN AT PROCESSOR PRIORITY
2119 ; LEVELS FOUR THRU SEVEN (4-7). ALSO, PARTS OF THE SOFTWARE THAT CANNOT BE
2120 ; INTERRUPTED ARE ALSO RUN AT PRIORITY SEVEN (PRI=7). THESE UNINTERRUPTABLE
2121 ; PERIODS ARE AS SHORT AS POSSIBLE.
2122 ;
2123 ; PRIORITY LEVELS ZERO THRU THREE (0-3) ARE USED BY THE SYSTEM AS OPERATION
2124 ; INDICATORS. I.E., THERE ARE NO "SOFTWARE INTERRUPTS", AND THEREFORE, THERE
2125 ; IS NO PRECEDENCE IMPLIED (OR ENVOKED) BY LEVELS ZERO THRU THREE.
2126 ;
2127 ; LEVEL ZERO (PRI=0) IS USED EXCLUSIVELY FOR TASK EXECUTION.
2128 ;
2129 ; LEVELS ONE, TWO, AND THREE ARE USED FOR "SYSTEM LEVEL" EXECUTION.
2130 ;
2131 ; LEVEL TWO (PRI=2) IS USED FOR THE RECOGNITION OF "SYSTEM EVENTS".
2132 ; THESE EVENTS ARE INDICATED IN THE "SYSTEM EVENT RECOGNITION" FLAG
2133 ; '.SERFG' AND ARE RECOGNIZED (SERVICED) ONLY WHEN RETURNING TO
2134 ; TASK EXECUTION (VIZ., FROM AN INTERRUPT, OR FROM A DIRECTIVE).
2135 ; SYSTEM EVENTS ARE (1) SIGNIFICANT EVENT DECLARATIONS, (2) CLOCK
2136 ; TICKS, AND (3) POWER FAILURE RECOVERIES.
2137 ;
2138 ; LEVEL THREE (PRI=3) IS USED FOR EXECUTION OF ROUTINES WHICH CANNOT BE
2139 ; INTERRUPTED BY SIGNIFICANT-EVENT OR CLOCK-TICK RECOGNITION, BUT CAN BE
2140 ; INTERRUPTED BY PERIPHERIAL DEVICE INTERRUPTS
2141 ; IN THESE CASES, THE LEVEL
2142 ; MAY BE SET TO THREE BY ANY MEANS, BUT MUST BE LOWERED TO ZERO BY
2143 ; TRANSFERRING CONTROL TO '..INTX' TO ALLOW RECOGNITION OF "SYSTEM
2144 ; EVENTS THAT MIGHT HAVE OCCURED WHILE RUNNING AT PRI=3.
2145 ; THE SYSTEM TRACE (DEBUGGING) ROUTINE RUNS AT PRI=7.
2146 ;
2147 ;
2148 ;
2149 ; FORMAT OF PROCESSOR STATUS (PS) WORD
2150 ;
2151 ; C CPP RXX XLL LTN ZVC
2152 ;
2153 ; CC CURRENT MODE (00:KERNEL, 11:USER)
2154 ; PP PREVIOUS MODE (00:KERNEL, 11:USER)
2155 ; R REGISTER CLEAR (BIT ALWAYS CLEAR)
2156 ; XXX UNUSED BITS
2157 ; LLL PROCESSOR PRIORITY LEVEL
2158 ; T TRACE BIT
2159 ; N CONDITION CODE -- NEGATIVE
2160 ; Z CONDITION CODE -- ZERO
2161 ; V CONDITION CODE -- OVERFLOW
2162 ; C CONDITION CODE -- CARRY
2163 ;
2164 ; KEY TEXT IN THIS LISTING IS DELIMITED BY LINES CONATINING A ";+" AND A ";-"
2165 ; AS THE FIRST TWO CHARACTERS OF A SOURCE LINE. A ";+" LINE DEFINES THE
2166 ; BEGINNING OF A BLOCK OF KEY TEXT, AND A ";-" LINE DEFINES THE END.
2167 ;-
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 48
EXEC MODULE ONE -- GLOSSARY
2169 .SBTTL EXEC MODULE ONE -- GLOSSARY
2170 ;+
2171 ;
2172 ;
2173 ; ATL -- ACTIVE TASK LIST
2174 ;
2175 ; CKL -- CLOCK LIST
2176 ;
2177 ; DTL -- DTE20 LIST
2178 ;
2179 ; MRL -- MEMORY REQUEST LIST
2180 ;
2181 ; PUD -- PHYSICAL UNIT DEVICE TABLE
2182 ;
2183 ; DEQUE -- DOUBLE ENDED QUEUE. FORWARD AND BACKWARD CIRCULAR LINKAGES.
2184 ;
2185 ; EXTERNAL PAGE -- 4K PAGE OF REAL MEMORY SPACE (760000-777776) CONTAINING
2186 ; CPU & PERIPHERIAL DEVICE CONTROL & STATUS REGISTERS (THE DEVICE PAGE).
2187 ;
2188 ; ISR -- INTERRUPT SERVICE ROUTINE
2189 ;
2190 ;
2191 ; STD -- SYSTEM TASK DIRECTORY
2192 ;-
2193
2194 .SBTTL MACRO CALLS (MCALL)
2195
2199 .MCALL .ENB0,.INH0,.ENB6,.INH6,.INH,.ENB,.INH5,.ENB5,.CRASH,RQST$
2200 .MCALL DIR$,CLEF$S,QIOW$,WTSE$,WTSE$S,.STKM,$DEF
2201 .MCALL CALL,RETURN,DTON$S,MFPS,MTPS,MTPI,MFPI,.DQPEN,DECL$S,CMKT$S
2202 .MCALL MRKT$,WTLO$,WSIG$S,WTLO$C,CLEF$C,QIOSY$,MRKT$S
2203 012472 QIOSY$
2204 012472 $DEF
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 49
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2206 .SBTTL EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2207 ;
2208 ; EXTERNAL PAGE DEFINITIONS
2209 ;
2210 177776 PS==177776 ;PROCESSOR STATUS WORD
2211 177546 LKS==177546 ;KW11L CLOCK
2212 177560 KBS0==177560 ;CTY TTY
2213 177562 KBB0==177562 ;CTY BUFFER (INPUT)
2214 177564 PRS0==177564 ;CTY OUTPUT STATUS
2215 177566 PRB0==177566 ;CTY OUTPUT BUFFER
2216 175610 KBS1==175610
2217 175612 KBB1==175612
2218 175614 PRS1==175614
2219 175616 PRB1==175616
2220 173000 .BM873==173000 ;START OF BOOTSTRAP
2221 172100 .PARRG==172100 ;PARITY ERROR REGISTER 0
2222 ;
2223 000340 PR7==340 ;PRIORITY 7
2224 000340 PRI7==340
2225 000100 .INTEN==000100 ;INTERRUPT ENABLE BIT
2226 ;
2227 172360 KPAR0=172360 ;KERNEL PAGE ADDRESS REG 0
2228 172362 KPAR1=172362 ;REG 1
2229 172364 KPAR2=172364 ;REG 2
2230 172366 KPAR3=172366 ;REG 3
2231 172370 KPAR4=172370 ;REG 4
2232 172372 KPAR5=172372 ;REG 5
2233 172374 KPAR6=172374 ;REG 6
2234 172376 KPAR7=172376 ;REG 7
2235 ;
2236 172300 KPDR0=172300 ;KERNEL PAGE DESCRIPTOR REGISTER 0
2237 172302 KPDR1=172302 ;REG 1
2238 172304 KPDR2=172304 ;REG 2
2239 172306 KPDR3=172306 ;REG 6
2240 172310 KPDR4=172310 ;REG 4
2241 172312 KPDR5=172312 ;REG 5
2242 172314 KPDR6=172314 ;REG 6
2243 172316 KPDR7=172316 ;REG 7
2244 ;
2245 177640 UPAR0=177640 ;USER PAGE ADDRESS REG 0
2246 177642 UPAR1=177642 ;REG 1
2247 177644 UPAR2=177644 ;REG 2
2248 177646 UPAR3=177646 ;REG 3
2249 177650 UPAR4=177650 ;REG 4
2250 177652 UPAR5=177652 ;RRG 5
2251 177654 UPAR6=177654 ;REG 6
2252 177656 UPAR7=177656 ;REG 7
2253 ;
2254 177600 UPDR0=177600 ;USER PAGE DESCRIPTOR REG 0
2255 177602 UPDR1=177602 ;REG 1
2256 177604 UPDR2=177604 ;REG 2
2257 177606 UPDR3=177606 ;REG 3
2258 177610 UPDR4=177610 ;REG 4
2259 177612 UPDR5=177612 ;REG 5
2260 177614 UPDR6=177614 ;REG 6
2261 177616 UPDR7=177616 ;REG 7
2262 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 49-1
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2263 000046 $DSW==46 ;DIRECTIVE STATUS WORD
2264 000050 .FSRPT==50 ;FCS POINTER
2265 000054 N.OVPT==54 ;FCP OVERLAY POINTER
2266 ;
2267 ;
2268 ; SYSTEM TRACE (T-BIT) DEBUGGING AID CONDITIONAL DEFINITIONS
2269 ;
2270 000020 TBIT==20 ;TRACE BIT IN PS
2271 ;
2272 000000 STXAS==0 ;SIGNIFICANT EVENT RECOGNITION (ATL SCAN) TRACE SWITCH
2273 000000 STXCS==0 ;CLOCK TICK RECOGNITION TRACE SWITCH
2274 000000 STXDX==0 ;DIRECTIVE EXECUTION TRACE SWITCH
2275 ;
2276 ; PRIVLEDGED TASK EVENT FLAG BIT MASKS
2277 ;
2278 000001 EF.DTE==1 ;EVENT FLAG FOR DTE20 DOORBELL (UNUSED)
2279 000001 E.DTE==1.
2280 000002 EF.CLK==2 ;EVENT FLAG FOR CLOCK (UNUSED)
2281 000002 E.CLK==2.
2282 000004 EF.TTY==4 ;EVENT FLAG FOR TTY INPUT COMPLETE (UNUSED)
2283 000003 E.TTY==3.
2284 000010 EF.NIR==10 ;EVENT FLAG TO SIGNAL QIO REQUEST ENTERED (DRIVERS)
2285 000004 E.NIR==4.
2286 000020 EF.IOD==20 ;EVENT FLAG TO SIGNAL QIO REQUEST DONE (DRIVERS)
2287 000005 E.IOD==5.
2288 000040 EF.BOV==40 ;EVENT FLAG TO SIGNAL NOT ENOUGH NODE SPACE (UNUSED)
2289 000006 E.BOV==6.
2290 000100 EF.TMO==100 ;EVENT FLAG TO SIGNAL TIMOUT REQUEST FOR TTY (TTYDRR & SCOMM)
2291 000007 E.TMO==7.
2292 000200 EF.RQM==200 ;REQUEST MCR (TTYDRR)
2293 000010 E.RQM==8.
2294 000400 EF.WFM==400 ;WAIT FOR MARK TIME (UNUSED)
2295 000011 E.WFM==9.
2296 001000 EF.RKR==1000 ; +++003 REQUEST KLINIK RING SERVICE (TTYDRR)
2297 000012 E.RKR==10. ; +++003
2298 002000 EF.RKH==2000 ; +++003 REQUEST KLINIK HANG-UP SERVICE (TTYDRR)
2299 000013 E.RKH==11. ; +++003
2300 004000 EF.RSS==4000 ; +++009 REQUEST SETSPD FOR AUTOBAUD (TTYDRR)
2301 000014 E.RSS==12. ; +++009
2302 ;
2303 ; RESERVED LOCAL EVENT FLAG BIT MASKS (25. - 32.)
2304 ;
2305 100000 EF.SND==100000 ;SEND ALL FINISHED
2306 000040 E.FSND==32.
2307 ;
2308 ; RESERVED GLOBAL EVENT FLAG BIT MASKS (57. - 64.)
2309 ;
2310 100000 EF.PR1==100000 ; [4.1.1105] PRIMARY PROTOCOL RUNNING FLAG
2311 000100 E.FPR1==64.
2312 040000 EF.CTC==040000 ; [4.1.1105] ^C FLAG
2313 000077 E.FCTC==63.
2314 020000 EF.PR2==020000 ;SECONDARY PROTOCOL RUNNING FLAG
2315 000076 E.FPR2==62.
2316 010000 EF.RKP==010000 ; +++003 KLINIK PARAMETERS RECIEVED (QPRDTE, SAVE)
2317 000075 E.FRKP==61.
2318 004000 EF.PFR==004000 ; +++007 POWER FAIL RESTART IN PROGRESS (SCOMM, KLINIT)
2319 000074 E.FPFR==60.
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 49-2
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2320 002000 EF.CRI==002000 ; +++008 COMM REGION IS INVALID (BOOT, TKTN)
2321 000073 E.FCRI==59.
2322 001000 EF.FCP==001000 ; FAULT CONTINUATION IN PROGRESS (BOOT)
2323 000072 E.FFCP==58.
2324 ;
2325 ; COMMON NODE DEFINITONS
2326 ;
2327 000000 N.FP==0 ;FORWARD POINTER
2328 000002 N.BP==2 ;BACKWARD POINTER
2329 000010 N.PR==10 ;PRIORITY BYTE
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 50
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2331 ; TPD -- TASK PARTITION DIRECTORY
2332 ;
2333 ; THE "TPD" IS A FIXED LIST OF ENTRIES DESCRIBING EACH PARTITION IN A
2334 ; SYSTEM.
2335 ; CONSISTING OF ENTRIES OF THE FOLLOWING FORMAT:
2336 ;
2337 000000 T.PN==00 ; WD. 00 (B 00) -- PARTITION NAME (FIRST HALF)
2338 ; WD. 01 (B 02) -- PARTITION NAME (SECOND HALF)
2339 000004 T.BA==04 ; WD. 02 (B 04) -- BASE ADDRESS OF PARTITION (IN BYTES)
2340 000006 T.PZ==06 ; WD. 03 (B 06) -- SIZE OF PARTITION (IN BYTES)
2341 000010 T.FW==10 ; WD. 04 (B 10) -- PARTITION FLAGS WORD
2342 000012 T.HP==12 ; WD. 05 (B 12) -- 1/64 TH OF BASE ADR OF FIRST HOLE, OR ZERO IF NO HOLES.
2343 000014 T.RF==14 ; WD. 06 (B 14) -- MRL LISTHEAD (FORWARD LINKAGE)
2344 000016 T.RB==16 ; WD. 07 (B 16) -- MRL LISTHEAD (BACKWARD LINKAGE)
2345 ;
2346 000020 T.SZ==20 ;SIZE (IN BYTES) OF TPD ENTRIES
2347 ;
2348 ;
2349 ; FLAGS WORD BIT DEFINITIONS:
2350 ;
2351 000002 TF.OU==000002 ;[01] SET IF OCCUPIED USER CONTROLLED PARTITION.
2352 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 51
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2354 ;
2355 ; TASK HEADER DEFINITIONS
2356 ;
2357 000000 H.CSP==0 ;CURRENT STACK POINTER (UNUSED)
2358 000002 H.HSZ==2 ;LENGTH OF HEADER
2359 000046 H.DSW==46 ;DIRECTIVE STATUS WORD SAVE AREA
2360 000050 H.FCP==50 ;FCP SAVE AREA
2361 000052 H.FOR==52 ;FORTRAN SAVE AREA
2362 000054 H.OVL==54 ;OVERLAY SAVE AREA
2363 000074 H.IPS==74 ;INITIAL PS
2364 000076 H.IPC==76 ;INITIAL PC
2365 000100 H.ISP==100 ;INITIAL SP
2366 000106 H.TKVA==106 ;TASK SST VECTOR ADDRESS
2367 000130 H.LUT==130 ;LOGICAL UNIT TABLE SIZE
2368 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 52
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2370 ;
2371 ; STD -- SYSTEM TASK DIRECTORY
2372 ;
2373 ; THE SYSTEM TASK DIRECTORY IS A MEMORY RESIDENT DIRECTORY OF ALL TASKS
2374 ; THAT HAVE BEEN INSTALLED INTO A SYSTEM THAT ARE NOT PREMANENTLY RESIDENT.
2375 ; THIS DIRECTORY CONSISTS OF TWO
2376 ; PARTS: (1) A FIXED SIZE AREA OF ONE WORD FOR EACH TASK THAT COULD
2377 ; BE INSTALLED AT ANY TIME, AND (2) AN STD ENTRY FOR EACH TASK THAT IS
2378 ; INSTALLED. THE FIXED SIZED AREA IS CALLED THE "ALPHA TABLE AREA", AND
2379 ; PROVIDES SPACE FOR AN ALPHABETICALLY ORDERED CONTIGUOUS LIST POINTERS
2380 ; TO STD ENTRIES (TO FACILLATE BINARY SEARCH FOR STD ENTRY BY TASK NAME).
2381 ; EACH STD ENTRY IS OF THE FOLLOWING FORMAT:
2382 ;
2383 000000 S.TN==00 ; WD. 00 (B 00) -- TASK NAME (6 CHAR IN RADIX-50, 2 WORDS)
2384 ; WD. 01 (B 02) -- (SECOND HALF OF TASK NAME)
2385 000004 S.TD==04 ; WD. 02 (B 04) -- DEFAULT TASK PARTITION (TPD ADDRESS)
2386 000006 S.FW==06 ; WD. 03 (B 06) -- FLAGS WORD
2387 000010 S.DP==10 ; WD. 04 (B 10) -- DEFAULT PRIORITY (BYTE)
2388 000011 S.DI==11 ; (B 11) -- SYSTEM DISK INDICATOR (BYTE)
2389 000012 S.BA==12 ; WD. 05 (B 12) -- 1/64 TH OF BASE ADDRESS OF LOAD IMAGE
2390 000014 S.LZ==14 ; WD. 06 (B 14) -- SIZE OF LOAD IMAGE
2391 000016 S.TZ==16 ; WD. 07 (B 16) -- MAX TASK SIZE
2392 000020 S.PC==20 ; WD. 10 (B 20) -- INITIAL PC OF TASK
2393 000022 S.SP==22 ; WD. 11 (B 22) -- INITIAL SP OF TASK
2394 000024 S.RF==24 ; WD. 12 (B 24) -- SEND AND REQUEST QUEUE FORWARD PTR
2395 000026 S.RB==26 ; WD. 13 (B 26) -- SEND AND REQUEST QUEUE BACKWARD PTR
2396 000030 S.SS==30 ; WD. 14 (B 30) -- SST VECTOR TABLE ADDRESS
2397 000032 S.DL==32 ; WD. 15 (B 32) -- LOAD IMAGE FIRST BLOCK NUMBER (32-BITS)
2398 ; WD. 16 (B 34) (SECOND HALF OF DISK ADDRESS)
2399 ;
2400 000036 S.SZ==36 ;SIZE OF STD ENTRY
2401 ;
2402 ;
2403 ;
2404 ; FLAGS WORD BIT DEFINITIONS:
2405 ;
2406 000001 SF.TA==000001 ;[00] SET WHEN TASK IS ACTIVE
2407 000001 SF.PT==000001 ;[00] SET WHEN TASK IS PRIVILEDGED (ACTIVE FOR NOW)
2408 000002 SF.FX==000002 ;[01] SET WHEN TASK IS FIXED IN MEMORY
2409 000004 SF.EX==000004 ;[02] SET WHEN TASK IS TO BE REMOVED ON EXIT
2410 040000 SF.IR==040000 ;[14] SET WHEN INSTALL IS REQUESTED
2411 100000 SF.ST==100000 ;[15] SET WHEN TASK IS SYSTEM TASK
2412 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 53
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2414 ;
2415 ; ATL -- ACTIVE TASK LIST
2416 ;
2417 ; THE "ATL" IS A PRIORITY ORDERED DEQUE OF "ATL" NODES FOR ACTIVE TASKS
2418 ; THAT HAVE MEMORY ALLOCATED FOR THEIR EXECUTION. THE TASKS REPRESENTED
2419 ; BY ENTRIES IN THE ATL ARE EITHER MEMORY RESIDENT, OR A REQUEST FOR THEIR
2420 ; LOADING HAS BEEN QUEUED. THE LISTHEAD FOR THIS DEQUE IS IN THE SYSTEM
2421 ; COMMUNICATIONS AREA (SCOM), AND THE NODES ARE OF THE FOLLOWING FORMAT:
2422 ;
2423 ; WD. 00 (B 00) -- FORWARD LINKAGE
2424 ; WD. 01 (B 02) -- BACKWARD LINKAGE
2425 000004 A.SP==04 ; WD. 02 (B 04) -- STACK POINTER (R6) OF RUNNING TASK
2426 ; WHEN TASK IS NOT CURRENT TASK
2427 000006 A.PD==06 ; WD. 03 (B 06) -- TASK'S RUN PARTITION (TPD ADDRESS)
2428 000010 A.RP==10 ; WD. 04 (B 10) -- TASK'S RUN PRIORITY (BYTE)
2429 000012 A.HA==12 ; WD. 05 (B 12) -- 1/64TH REAL ADR OF LOAD IMAGE
2430 000014 A.TS==14 ; WD. 06 (B 14) -- TASK STATUS (BYTE)
2431 000015 A.FB==15 ; WD. 06 (B 15) -- TASK FLAGS BYTE
2432 000016 A.TD==16 ; WD. 07 (B 16) -- SYSTEM TASK DIRECTORY (STD) ENTRY ADDRESS
2433 000020 A.EF==20 ; WD. 10 (B 20) -- TASK'S EVENT FLAGS (1-32)
2434 ; WD. 11 (B 22) -- (SECOND HALF OF TASK'S EVENT FLAGS)
2435 000024 A.FM==24 ; WD. 12 (B 24) -- TASK'S EVENT FLAGS MASKS (64-BITS)
2436 ; WD. 13 (B 26) -- (SECOND WORD OF FLAGS MASK)
2437 ; WD. 14 (B 30) -- (THIRD WORD OF FLAGS MASK)
2438 ; WD. 15 (B 32) -- (FOURTH WORD OF FLAGS MASK)
2439 000034 A.PF==34 ; WD. 16 (B 34) -- POWER FAIL AST TRAP ADDRESS
2440 ;
2441 000036 A.SZ==36 ;SIZE OF ATL
2442 ;
2443 ; TASK STATUS VALUES ARE DESCRIBED AT 'ASXDT'
2444 ;
2445 ; BEFORE EXECUTION , THE FIRST THREE
2446 ; FLAGS MASK WORDS ARE USED AS FOLLOWS:
2447 ;
2448 ; A.FM+0 -- ADDRESS OF TASK LOAD I/O REQUEST DEQUE LISTHEAD,
2449 ; A.FM+2 -- ADDRESS OF TASK LOAD I/O REQUEST NODE,
2450 ;
2451 ; MRL -- MEMORY REQUIRED LIST
2452 ;
2453 ; THE "MRL" IS A PRIORITY ORDERED DEQUE OF "ATL" NODES FOR ACTIVE TASKS
2454 ; THAT REQUIRE MEMORY IN A PARTITION. EACH PARTITION HAS ITS OWN MRL.
2455 ; WHENEVER A NON-FIXED TASK RUNNING IN A PARTITION EXITS, AN
2456 ; ATTEMPT IS MADE TO ASSIGN MEMORY TO THE FIRST (HIGHEST PRIORITY)
2457 ; TASK IN THE LIST. IF MEMORY IS FOUND, THE TASK'S NODE IS
2458 ; MOVED FROM THE "MRL" TO THE "ATL" DEQUE. THE MRL LISTHEAD IS IN
2459 ; THE TPD ENTRY FOR THE CORRESPONDING PARTITION.
2460 ;
2461 ;
2462 ; FLAGS BYTE BIT DEFINITIONS
2463 ;
2464 000200 AF.PP==200 ;[07] SET WHEN TASK IS PRIMARY PROTOCOL TASK
2465 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 54
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2467 ;
2468 ; CKL -- CLOCK TABLE
2469 ;
2470 ; THE CLOCK LIST IS A TABLE CONSISTING OF ONE ENTRY FOR EACH OPERATION
2471 ; SCHEDULED TO BE PERFORMED AT SOME FUTURE TIME. A "SCHEDULE DELTA-
2472 ; TIME" EACH ENTRY (IF ANY) OF THE CLOCK QUEUE IS DECREMENTED
2473 ; AT EACH CLOCK TICK UNTIL THE ENTRY "COMES DUE", AT WHICH TIME THE
2474 ; INDICATED OPERATION IS PERFORMED. CLOCK TABLE ENTRIES ARE OF
2475 ; FOLLOWING FORMAT.
2476 ;
2477 000000 C.AT==00 ; WD. 00 -- ATL NODE ADDRESS OF REQUESTOR
2478 000002 C.AS==02 ; WD. 02 -- AST TRAP ADDRESS OF REQUESTOR
2479 000004 C.SD==04 ; WD. 02 -- SCHEDULE DELTA IN TICKS (16-BITS)
2480 000006 C.RS==06 ; WD. 03 -- RESCHEDULE DELTA IN TICKS (16-BITS)
2481 000010 C.FM==10 ; WD. 04 -- FLAG MASK (BIS SRC)
2482 000012 C.FA==12 ; WD. 05 -- FLAGS WORD ADR (BIS DST ADR)
2483 ;
2484 000014 C.SZ==14 ; SIZE OF CLOCK TABLE ENTRY
2485 ;
2486 ;
2487 000074 .CYLTM==60. ;CYCLE TIME OF CLOCK
2488 ;
2489 000005 .KALSC==5 ;TIMEOUT INTERVAL FOR KL10
2490 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 55
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2492 ;
2493 ; DTE -- DTE TABLE
2494 ;
2495 ; THE DTE LIST IS A TABLE CONSISTING OF ONE ENTRY FOR EACH OPERATION
2496 ; SCHEDULED TO BE PERFORMED AT SOME FUTURE TIME WHEN THE DTE20
2497 ; INTERRUPTS. THE DTE20 TABLE ENTRIES ARE OF THE FOLLOWING
2498 ; FORMAT.
2499 ;
2500 000000 D.AT==00 ; WD. 00 -- ATL NODE ADDRESS OF REQUESTOR
2501 000002 D.FM==02 ; WD. 01 -- FLAG MASK (BIS SRC)
2502 000004 D.FA==04 ; WD. 02 -- FLAGS WORD ADR (BIS DIST ADR)
2503 ;
2504 000006 D.SZ==06 ; SIZE OF DTE20 TABLE ENTRY
2505 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 56
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2507 ;
2508 ; KLI PARAMETER WORD DEFINITIONS (.KLIWD)
2509 ;
2510 000001 KL.LRM==1 ;LOAD RAMS
2511 000002 KL.CFM==2 ;CONFIGURE MEMORY
2512 000004 KL.LVB==4 ;LOAD VBOOT
2513 000010 KL.VBN==10 ;VBOOT START AT START+1
2514 000020 KL.VBD==20 ;DUMP MONITOR
2515 000040 KL.SPF==40 ;START AT LOC 70 (AFTER POWER FAIL)
2516 000100 KL.LCA==100 ; +001 LOAD CACHE
2518 000200 KL.SSC==200 ; +001 START AT LOCATION 407 (AFTER SYSTEM CRASH)
2520 000400 KL.CFL==400 ; +001 IF = 0, CONFIGURE FROM FILE
2521 001000 KL.KAC==1000 ; [4.2107] KEEP-ALIVE-CEASED ERROR
2522 002000 KL.DEF==2000 ; OPERATOR ACTUATED REBOOT
2523 004000 KL.REQ==4000 ; KLINIT REQUESTED
2524 010000 KL.ABO==10000 ; KLINIT CANCELED
2525 ;
2526 ; ALL BITS 0 IMPLIES ASK QUESTIONS TO CONTROL LOADING
2527 ;
2528 ;
2529 ; PARAMETER DEFINITIONS FOR KL ERROR WORD
2530 ;
2531 000001 KS.TSP==1 ;TEN STOPPED (HALTED)
2532 000002 KS.CES==2 ;CLOCK ERROR STOP
2533 000004 KS.EPE==4 ;E BOX PARITY ERROR
2534 000010 KS.DEX==10 ;DEPOSIT EXAMINE ERROR
2535 000020 KS.CST==20 ;KEEP ALIVE STOPPED
2536 000040 KS.TRR==40 ;TEN REQUEST'S RE-BOOT
2537 000100 KS.PFT==100 ;POWER FAIL RESTART
2538 000200 KS.PTO==200 ; +++012 PROTOCOL TIMEOUT
2539 000400 KS.FME==400 ;FAST MEMORY PARITY ERROR
2540 001000 KS.CPE==1000 ;CRAM PARITY ERROR
2541 002000 KS.DPE==2000 ;DRAM PARITY ERROR
2542 004000 KS.FCF==4000 ;FAULT-CONTNUATION FAILED
2543 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 57
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2545 ;
2546 ; PUD -- PHYSICAL UNIT DEVICE TABLE
2547 ;
2548 ; THE "PUD" IS A FIXED LIST OF ENTRIES DESCRIBING EACH PHYSICAL DEVICE-
2549 ; UNIT IN A SYSTEM.
2550 ; CONSISTS OF ENTRIES OF THE FOLLOWING FORMAT:
2551 ;
2552 000000 U.DN==00 ; WD. 00 (B 00) -- DEVICE NAME (2 ASCII CHARS)
2553 000002 U.UN==02 ; WD. 01 (B 02) -- UNIT NUMBER (BYTE)
2554 000003 U.FB==03 ; (B 03) -- FLAGS (BYTE)
2555 000004 U.C1==04 ; WD. 02 (B 04) -- CHARACTERISTICS WORD ONE (DEVICE INDEPENDENT INDICATORS)
2556 000006 U.C2==06 ; WD. 03 (B 06) -- CHARACTERISTICS WORD TWO (DEVICE DEPENDENT INDICATORS
2557 000010 U.C3==10 ; WD. 04 (B 10) -- CHARACTERISTICS WORD THREE (DEVICE DEPENDENT INDICATORS)
2558 000012 U.C4==12 ; WD. 05 (B 12) -- CHARACTERISTICS WORD FOUR (SIZE OF BLOCK, BUFFER, LINE)
2559 000014 U.AF==14 ; WD. 06 (B 14) -- ATTACH FLAG (ATL NODE ADDRESS OF ATTAC HING TASK
2560 000016 U.RP==16 ; WD. 07 (B 16) -- REDIRECT POINTER
2561 000020 U.HA==20 ; WD. 10 (B 20) -- HANDLER TASK ATL NODE ADDRESS
2562 000022 U.RF==22 ; WD. 11 (B 22) -- UNIT REQUEST DEQUE LISTHEAD (FWD PNTR)
2563 000024 U.RB==24 ; WD. 12 (B 24) -- UNIT REQUEST DEQUE LISTHEAD (BKG PNTR)
2564 ;
2565 ; PHYSICAL UITS ARE CONSIDERED "VOLUMES" BY THE FILES SYSTEM, AND THE
2566 ; REMAINDER OF THE PUD ENTRY IS A "VOLUME CONTROL BLOCK".
2567 ;
2568 000026 U.VA==26 ; WD. 13 (B 26) -- ADDRESS OF VOLUME CONTROL BLOCK EXTENSION
2569 000030 U.UI==30 ; WD. 14 (B 30) -- USER IDENTIFICATION CODE (UIC)
2570 000030 U.PC==30 ; (B 30) -- UIC PROGRAMMER CODE
2571 000031 U.GC==31 ; (B 31) -- UIC GROUP CODE
2572 000032 U.VP==32 ; WD. 15 (B 32) -- VOLUME PROTECTION WORD
2573 000032 U.CH==32 ; (B 32) -- CHARACTERISTICS FLAGS
2574 ; (B 33) -- RESERVED BYTE
2575 000034 U.AR==34 ; WD. 16 (B 34) -- ACCESS RIGHTS FLAGS WORD
2576 000036 U.DACP==36;WD. 20 (B 36) -- DEFAULT ACP NAME, RAD50 (FIRST WORD)
2577 000040 U.ACP==40 ; WD. 20 (B 40) -- STD ENTRY ADDRESS OF CURRENT ACP
2578 000042 U.TF==42 ; WD. 21 (B 42) -- TERMINAL FLAGS WORD
2579 000042 U.PR==42 ; (B 42) -- TERMINAL PRIVILEDGE WORD
2580 000043 U.FO==43 ; (B 43) -- TERMINAL FORMS BYTE
2581 000044 U.LBH==44 ; WD. 22 (B 44) -- HIGH ORDER - TOTAL # OF BLOCKS FOR DEVICE
2582 000046 U.LBN==46 ; WD. 24 (B46) -- LOW ORDER TOTAL # OF BLOCKS FOR DEVICE
2583 000050 U.SZ==50 ;SIZE (IN BYTES OF PUD ENTRIES
2584 ;
2585 ; FLAGS BYTE DEFINITIONS
2586 ;
2587 000040 UF.RD==040 ; **************TEMP*********
2588 000200 UF.RH==200 ; [7] SET WHEN HANDLER TASK IS DECLARED RESIDENT
2589 000100 UF.TL==100 ; [6] SET WHEN HANDLER TASK RECOGNIZES LOAD AND RECORD
2590 000040 UF.OFL==040 ; [5] SET WHEN DEVICE IS OFFLINE
2591 ;
2592 ; BIT DEFINITIONS FOR CHARACTERISTICS WORD ONE
2593 ;
2594 000001 UC.REC==000001 ;[00] SET IF RECORD ORIENTED DEVICE (VIZ., TT,LP, CR)
2595 000002 UC.CCL==000002 ;[01] SET IF CARRIAGE CONTROL DEVICE (VIZ., TT LP)
2596 000004 UC.TTY==000004 ;[02] SET IF TTY DEVICE (VIZ., KSR, LA30)
2597 000010 UC.DIR==000010 ;[03] SET IF DEVICE IS A DIRECTORY DEVICE
2598 000020 UC.SDI==000020 ;[04] SET IF DEVICE IS A SINGLE DIRECTORY DEVICE
2599 000040 UC.SQD==000040 ;[05] SET IF DEVICE IS A SEQUENTIAL DEVICE
2600 000100 UC.ETB==000100 ;[06] SET IF DEVICE IS EIGHTEEN BIT MODE
2601 000400 UC.INB==000400 ;+003 [08] SET IF THE DEVICE IS INTERMEDIATE BUFFERED
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 57-1
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2602 001000 UC.SWL==001000 ;[09] SET IF THE DEVICE IS SOFTWARE WRITE LOCKED
2603 002000 UC.ISP==002000 ;[10] SET IF DEVICE IS INPUT SPOOLED
2604 004000 UC.0SP==004000 ;[11] SET IF DEVICE IS OUTPUT SPOOLED
2605 010000 UC.PSE==010000 ;[12] SET IF DEVICE IS PSEUDO DEVICE
2606 020000 UC.COM==020000 ;[13] SET IF DEVICE IS COMMUNICATIONS CHANNEL
2607 040000 UC.F11==040000 ;[14] SET IF DEVICE IS FILES-11
2608 100000 UC.MNT==100000 ;[15] SET IF DEVICE IS MOUNTABLE
2609 ;
2610 ; BIT DEFINITIONS FOR CHARACTERISTICS WORD TWO
2611 ;
2612 000200 CH.OFF==200 ;VOLUME IS OFF-LINE
2613 000100 CH.FOR==100 ;VOLUME IS FOREIGN
2614 000040 CH.UNL==40 ;DISMOUNT PENDING
2615 000020 CH.NAT==20 ;ATTACH/DETACH NOT PERMITTED
2616 000010 CH.NDC==10 ;DEVICE CONTROL FUNCTIONS NOT PERMITTED
2617 000001 CH.LAB==1 ;VOLUME IS LABELED TAPE
2618 ;
2619 ; BIT DEFINITIONS FOR TERMINAL PRIVILEDGE BYTE
2620 ;
2621 000001 UT.PR==1 ;SET IF TY ID PRIVILEDGED
2622 000002 UT.SL==2 ;SET IF TTY IS SLAVED
2623 000004 UT.LG==4 ;SET IF TERMINAL IS LOGGED ON
2624 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 58
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2626 ;
2627 ; TASK TERMINATION NOTICE ERROR CODES FOR A.FM+0
2628 ;
2629 000012 TN.EMT==12 ;NON-RSX EMT
2630 000014 TN.TRP==14 ;TRAP INSTRUCTION
2631 000040 TN.LRF==40 ;LOAD FAILURE
2632 ;
2633 ; SEND AND REQUEST QUEUE ENTRY
2634 ;
2635 000004 Q.SI==04 ; WD. 02 (B 04) -- SYSTEM TASK LIST ADDRESS
2636 000006 Q.D1==06 ; WD. 03 (B 06) -- FIRST DATA WORD
2637 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 59
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2639 ;
2640 ; DEVICE QUEUE POINTER TABLE (TO 11 QUEUE ENTRIES)
2641 ;
2642 000000 Q.DA==0 ; WD. 00 (B 00) -- ADDRESS OF DEVICE TABLE LIST
2643 000002 Q.TS==02 ; WD. 01 (B 02) -- SIZE OF AN ENTRY IN THE DEVICE TABLE LIST
2644 000004 Q.ST==04 ; WD. 02 (B 04) -- ADDRESS OF DEVICE START SUBROUTINE
2645 000006 Q.SP==06 ; WD. 03 (B 06) -- ADDRESS OF DEVICE STOP SUBROUTINE
2646 ; WD. 04 (B 10) -- SPARE
2647 000012 Q.AK==12 ; WD. 05 (B 12) -- ACKNOWLEDGE ROUTINE
2648 ; WD. 06 (B 14) -- SPARE
2649 000016 Q.DZ==16 ; WD. 07 (B 16) -- DEVICE COUNT
2650 000020 Q.SZ==20 ; SIZE OF TABLE ENTRY
2651 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 60
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2653 ;
2654 ; DEVICE ERROR LOGGING INFORMATION AND STATUS BLOCK DEFINITONS
2655 ;
2656 ; WORD 0 -- STANDARD STATUS BITS (DV.XXX)
2657 ;
2658 ; 1 DEVICE-DEPENDENT BITS
2659 ; 2 ...........
2660 ; N
2661 ;
2662 ; DEVICE ERROR LOGGING BITS (FIRST WORD BITS ONLY)
2663 ;
2664 000001 DV.NXD==1 ;NON-EX DEVICE
2665 000002 DV.OFL==2 ;OFF-LINE
2666 000004 DV.OIR==4 ;HARDWARE ERROR. OPERATOR INTERVENTION REQ'D
2667 000010 DV.SCN==10 ;SOFTWARE CONDITION. ACKNOWLEDGE REQUIRED
2668 000020 DV.IOP==20 ;I/O IN PROGRESS
2669 000040 DV.EOF==40 ;END-OF-FILE ENCOUNTERED
2670 000100 DV.LOG==100 ;ERROR LOGGING REQUIRED
2671 000200 DV.URE==200 ;UN-RECOVERABLE ERROR
2672 000400 DV.F11==400 ;ERROR ON FROM -11 REQUEST
2673 001000 DV.HNG==1000 ;DEVICE HUNG
2674 002000 DV.LIN==2000 ;DEVICE LOST INTERRUPT ENABLE
2675 004000 DV.CFG==4000 ; CONFIGURATION INFORMATION
2676 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 61
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2678 ;
2679 ; KLINIK EVENT LOGGING CODES
2680 ;
2681
2682 000000 K.LUND==0 ; UNDEFINED CODE
2683
2684 000001 K.LSCK==1 ; SET/CLEAR KLINIK COMMAND
2685 000001 K.LSKL==1 ; SET KLINIK
2686 177777 K.LCKL==-1 ; CLEAR KLINIK
2687
2688 000002 K.LRNG==2 ; KLINIK RING
2689 000001 K.LRAC==1 ; ACCEPTED (WINDOW OPEN)
2690 177777 K.LRRJ==-1 ; REJECTED (WINDOW CLOSED)
2691
2692 000003 K.LDSC==3 ; KLINIK LINE DISCONNECT
2693 000001 K.LDCM==1 ; DIRECTED DISCONNECT (COMMAND)
2694 177777 K.LDRP==-1 ; CARRIER DROP
2695
2696 000004 K.LCON==4 ; KLINIK LINE CONNECT
2697 000001 K.LROP==1 ; REMOTE -- OPERATOR MODE
2698 000002 K.LRPR==2 ; REMOTE -- PROGRAMMER MODE
2699 000003 K.LRMN==3 ; REMOTE -- MAINTENANCE MODE
2700 177777 K.LUSR==-1 ; USER MODE
2701
2702 000005 K.LBPW==5 ; BAD PASSWORD
2703
2704 000006 K.LLTO==6 ; LOGON TIMEOUT
2705
2706 000007 K.LRBA==7 ; KLINIK ACTIVE ON REBOOT
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 62
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2708 ;
2709 ; OFFSETS FOR SST TRAPS TABLE IN USER'S AREA
2710 ;
2711 000000 T.RAP4==0 ;TRAP AT 4
2712 000002 T.RAPM==2 ;MEMORY PROTECT VIOLATOION
2713 000004 T.RAPB==4 ;T BIT OR BPT TRAP
2714 000006 T.RAPI==6 ;IOT TRAP
2715 000010 T.RAPR==10 ;RESERVED INSTRUCTION TRAP
2716 000012 T.RAPE==12 ;EMT TRAP (NON RSX)
2717 000014 T.RAPT==14 ;TRAP TRAP
2718 000016 T.RAPF==16 ;FLOATING POINT TRAP
2719 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 63
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2721 ;
2722 ; IRQ -- I/O REQUEST QUEUE
2723 ;
2724 ; THE "IRQ" IS A PRIORITY ORDERED DEQUE OF I/O REQUEST NODES WITH ITS
2725 ; LISTHEAD IN THE PUD ENTRY OF THE PHYSICAL UNIT FOR WHICH THE I/O
2726 ; REQUEST WAS QUEUED. EACH PHYSICAL UNIT HAS ITS OWN I/O REQUEST QUEUE.
2727 ; I/O REQUEST NODES ARE CREATED AND QUEUED PRIMARILY BY THE "QUEUE I/O"
2728 ; DIRECTIVE. HOWEVER, THE EXEC ALSO CREATES I/O REQUESTS TO:
2729 ; (1) LOAD A TASK IMAGE,
2730 ; I/O REQUEST NODES ARE
2731 ; THE FOLLOWING FORMAT.
2732 ;
2733 ; WD. 00 (B 00) -- FORWARD LINKAGE
2734 ; WD. 01 (B 02) -- BACKWARD LINKAGE
2735 000004 R.TD==04 ; WD. 02 (B 04) -- STD NODE OF REQUESTOR
2736 000006 R.AT==06 ; WD. 03 (B 06) -- ATL NODE OF REQUESTOR ***
2737 000010 R.PR==10 ; WD. 04 (B 10) -- PRIORITY (BYTE)
2738 000011 R.DP==11 ; (B 11) -- DPB SIZE (BYTE) ***
2739 000012 R.LU==12 ; WD. 05 (B 12) -- LOGICAL UNIT NUMBER (BYTE)
2740 000013 R.FN==13 ; (B 13) -- EVENT FLAG NUMBER (BYTE)
2741 000014 R.FC==14 ; WD. 06 (B 14) -- I/O FUNCTION CODE
2742 000016 R.SB==16 ; WD. 07 (B 16) -- ADDRESS OF STATUS BLOCK
2743 000020 R.AS==20 ; WD. 10 (B 20) -- AST ADDRESS
2744 000022 R.UI==22 ; WD. 11 (B 22) -- UIC (UNUSED)
2745 000024 R.PB==24 ; WD. 12 (B 24) -- PARAMETER #1
2746 ; WD. 13 (B 26) -- PARAMETER #2
2747 ; WD. 14 (B 30) -- PARAMETER #3
2748 ; WD. 15 (B 32) -- PARAMETER #4
2749 ; WD. 16 (B 34) -- PARAMETER #5
2750 ; WD. 17 (B 36) -- PARAMETER #6
2751 ;
2752 ; THE LOW ORDER THREE-BITS OF THE I/O FUNCTION CODE ARE USED BY THE SYSTEM
2753 ; AS FOLLOWS:
2754 ;
2755 ;[0] -- RESERVED FOR FUTURE USE
2756 000002 RF.XR==000002 ;RESERVED
2757 ;[2] -- RESERVED FOR FUTURE USE
2758 ;
2759 ; *** WHENEVER AN I/O REQUEST IS QUEUED BY THE "QUEUE I/O" DIRECTIVE, THE
2760 ; DPB SIZE AND THE REQUESTOR'S ATL NODE ADDRESS ARE RECORDED IN THE I/O
2761 ; REQUEST NODE. WHENEVER AN I/O REQUEST IS QUEUED AS A RESULT OF ANOTHER
2762 ; DIRECTIVE (VIZ., "REQUEST" CAUSING A TASK IMAGE TO BE LOADED), THE DPB
2763 ; SIZE AND THE REQUESTOR'S ATL NODE ADDRESS ARE SET TO ZERO. THUS, BOTH
2764 ; BOTH THE DPB SIZE AND THE ATL NODE ADDRESS ARE ALSO "EXEC REQUEST"
2765 ; INDICATORS.
2766 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 64
EXEC MODULE ONE -- SYMBOLIC DEFINITIONS
2768 ;+
2769 ; SIGNIFICANT EVENT FLAG DEFINITIONS
2770 ;
2771 ;
2772 ; THE HIGH-ORDER BYTE '.SERFG+1' IS INCREMENTED WHENEVER A CLOCK
2773 ; TICK OCCURS (WHENEVER THE CLOCK INTERRUPT SERVICE ROUTINE RUNS).
2774 ; HENCE, '.SERFG+1' IS A BYTE CONTAINING A COUNT OF UNRECOGNIZED
2775 ; CLOCK TICKS.
2776 ;
2777 ; THE BITS OF THE LOW-ORDER BYTE '.SERFG+0' ARE USED TO FLAG THE
2778 ; FOLLOWING EVENTS:
2779 ;
2780 000001 EV.SE==001 ; [0] SET WHENEVER A SIGNIFICANT EVENT IS TO BE
2781 ; RECOGNIZED,
2782 ;
2783 000002 EV.AS==002 ; [1] SET WHEN POWER FAIL IS REQUIRED
2784 000200 EV.PF==200 ; [7] SET WHEN POWER DOWN HAS OCCURRED AND MUST BE RECOGNIZED
2785 ; ** MUST BE SIGN BIT **
2786 ;-
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 65
EXEC MODULE ONE -- NUL TASK
2788 .SBTTL EXEC MODULE ONE -- NUL TASK
2789 ;
2790 ; THE NUL TASK EXISTS TO ELIMINATE EXCEPTION TESTING WHEN SCANNING THE
2791 ; ACTIVE TASK LIST, AND WHEN PROCESSING DIRECTIVES THAT CAUSE AN
2792 ; ATL SCAN TO CONTINUE FROM THE NEXT TASK OF LOWER PRIORITY THAN THE
2793 ; DIRECTIVE ISSUING TASK.
2794 ;
2795 ; THE NUL TASK IS THE LOWEST PRIORITY TASK IN A SYSTEM.
2796 ;
2797 ; THE NUL TASK HAS AN ATL NODE WITH STATUS OF "RUNNING", BUT HAS NO STD
2798 ; ENTRY.
2799 ;
2800 ; THE NUL TASK DOES NOT RESIDE IN A PARTITION.
2801 ;
2802 ; THE NUL TASK EXECUTION CONSISTS OF "WAIT" INSTRUCTIONS (TO INCREASE
2803 ; UNIBUS THROUGHPUT). HOWEVER, THE NUL TASK DOES HAVE CONTEXT, AND CAN
2804 ; EXECUTE PDP-11 INSTRUCTIONS
2805 ;
2806 ;
2807 012472 NULHD:: .STKM 170017,0,0,0,0,0,0,NTKXEP,174000,NTKXSP
012540 000000 000000 000000 .WORD 0,0,0,0
012546 000000
012566 174000 012776' 012752' .WORD 174000,NTKXEP,NTKXSP
012622 000005 .WORD 5
012624 010262' .WORD TTPEN
012626 000000 .WORD 0
012630 000000 .WORD 0
012632 000000 .WORD 0
012634 000000 .WORD 0
012636 000000 .WORD 0
012640 000000 .WORD 0
012642 000000 .WORD 0
012644 000000 .WORD 0
012646 000000 .WORD 0
012650 000000 .WORD 0
012752 170017 .WORD 170017
012754 000000 .WORD 0
012756 000000 .WORD 0
012760 000000 .WORD 0
012762 000000 .WORD 0
012764 000000 .WORD 0
012766 012776' .WORD NTKXEP
012770 174000 .WORD 174000
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 66
EXEC MODULE ONE -- NUL TASK
2809 012772 NTKXEN:
2810 012772 .ENB6 ; ENABLE INTERRUPTS
012772 012637 177776 MOV (SP)+,@#PS
2811 012776 NTKXEP:
2812 012776 000001 WAIT
2813 013000 000001 WAIT
2814 013002 005200 INC R0
2815 013004 .INH6 ; [4.1.1035] DISALLOW INTERRUPTS
013004 013746 177776 MOV @#PS,-(SP)
013010 112737 000300 177776 MOVB #300,@#PS
2816 013016 005737 001012' TST .COMEF+2 ;;; [4.1.1105] IF PRIMARY PROTOCOL IS DEAD
2817 013022 100033 BPL 40$ ;;; [4.1.1105] THEN SEND DOWN MESSAGE
2818 013024 005737 001164' TST .ACKAL ;;; IF ACKAL HAS NOT BEEN SENT
2819 013030 001002 BNE 20$ ;;; THEN KL MAY STILL BE SHAKY
2820 013032 105037 013264' CLRB SNDMSG ;;; OTHERWISE RESET MSG FLAG
2821 013036 20$:
2822 013036 005737 001124' TST .TKTN ;;; CHECK FOR TASK TERMINATION REQUIRED
2823 013042 001410 BEQ 30$ ;;; NO -- LOOK AT TIME OF DAY FLAG
2824 013044 005037 001124' CLR .TKTN ;;; CLEAR REQUEST FOR TASK TERMINTATION
2826 013050 .ENB6 ;;; ENABLE INTERRUPTS
013050 012637 177776 MOV (SP)+,@#PS
2827 013054 DIR$ #.TKTN. ; REQUEST TASK TERMINATION
013054 012746 013170' MOV #.TKTN.,-(SP)
013060 104375 EMT 375
2828 013062 000745 BR NTKXEP ; AND CONTINUE
2829 ;
2833 013064 30$:
2834 013064 005737 001136' TST .CLKSW ;;; NEED TIME CHANGE?
2835 013070 100340 BPL NTKXEN ;;; [4.1.1035] NO -- JUST GO ON
2836 013072 005037 001136' CLR .CLKSW ;;; YES -- RESET CLOCK SWITCH
2837 013076 .ENB6 ;;; ENABLE INTERRUPTS
013076 012637 177776 MOV (SP)+,@#PS
2838 013102 DIR$ #.TOD. ; REQUEST TIME OF DAY TASK
013102 012746 013152' MOV #.TOD.,-(SP)
013106 104375 EMT 375
2839 013110 000732 BR NTKXEP ; AND CONTINUE IDLE LOOP
2840 ;
2841 013112 40$:
2842 013112 105737 001400' TSTB .PRPSE ;;; ARE WE JUST PAUSING??
2843 013116 001347 BNE 20$ ;;; YES -- BACK TO MAIN LOOP
2844 013120 005737 013264' TST SNDMSG ;;; HAVE WE INFORMED THE TTYS ?
2845 013124 001344 BNE 20$ ;;; YES -- DON'T RE-SEND
2846 013126 012704 013206' MOV #DWNMSG,R4 ;;; SEND DOWN MESSAGE
2847 013132 CALL COPBUF ;;; COPY BUFFER TO FREE SPACE
013132 004737 030130' JSR PC,COPBUF
2848 013136 010004 MOV R0,R4 ;;; SET UP TO SEND IT
2849 013140 CALL .SNDAL ;;; SEND MESSAGE
013140 004737 027624' JSR PC,.SNDAL
2850 013144 105237 013264' INCB SNDMSG ;;; SYSTEM DOWN MESSAGE HAS BEEN SENT.
2851 013150 000732 BR 20$ ;;; CHECK FOR TERMINATION NOTIFICATION
2852 ;
2853 013152 .TOD.:
2854 013152 RQST$ MIDNIT
013152 013 007 .BYTE 11.,7
013154 051254 054374 .RAD50 /MIDNIT/
013160 000000 000000 .WORD 0,0
013164 000000 .WORD
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 66-1
EXEC MODULE ONE -- NUL TASK
013166 000 000 .BYTE ,
2855
2857 013170 .TKTN.:
2858 013170 RQST$ TKTN
013170 013 007 .BYTE 11.,7
013172 077314 053600 .RAD50 /TKTN/
013176 000000 000000 .WORD 0,0
013202 000000 .WORD
013204 000 000 .BYTE ,
2860
2861 ;A MACRO TO ASSEMBLE AN EVEN PARITY ASCII STRING
2862 .MACRO EPASCI STR
2863 .IRPC CHR,<STR>
2864 PB==0 ;;PARITY BIT INITIALLY ZERO
2865 CH==''CHR ;;GET THE VALUE OF THE CHAR
2866 .REPT 8. ;;FOR ALL EIGHT BITS
2867 PB==200&<PB+CH> ;;XOR THE TOP BIT INTO PB
2868 CH==CH*2 ;; AND SHIFT TO THE NEXT BIT
2869 .ENDR
2870 .BYTE PB+''CHR ;;STORE THE BYTE WITH THE PARITY BIT
2871 .ENDM ;;END THE IRPC
2872 .ENDM ;;END THE MACRO
2873
2874 013206 DWNMSG:
2875 013206 000000 000060 013220' .WORD 0,60,DWNMS,DWNMSZ,DWNMSZ*400
013214 000043 021400
2876
2877 013220 DWNMS:
2878 013220 215 012 207 .ASCII <215><12><207><207><207>
013223 207 207
2879 .ENABL LC
2883 013225 EPASCI <%DECsystem-10 not running>
013225 245 .BYTE PB+'% ;;STORE THE BYTE WITH THE PARITY BIT
013226 104 .BYTE PB+'D ;;STORE THE BYTE WITH THE PARITY BIT
013227 305 .BYTE PB+'E ;;STORE THE BYTE WITH THE PARITY BIT
013230 303 .BYTE PB+'C ;;STORE THE BYTE WITH THE PARITY BIT
013231 363 .BYTE PB+'s ;;STORE THE BYTE WITH THE PARITY BIT
013232 371 .BYTE PB+'y ;;STORE THE BYTE WITH THE PARITY BIT
013233 363 .BYTE PB+'s ;;STORE THE BYTE WITH THE PARITY BIT
013234 164 .BYTE PB+'t ;;STORE THE BYTE WITH THE PARITY BIT
013235 145 .BYTE PB+'e ;;STORE THE BYTE WITH THE PARITY BIT
013236 355 .BYTE PB+'m ;;STORE THE BYTE WITH THE PARITY BIT
013237 055 .BYTE PB+'- ;;STORE THE BYTE WITH THE PARITY BIT
013240 261 .BYTE PB+'1 ;;STORE THE BYTE WITH THE PARITY BIT
013241 060 .BYTE PB+'0 ;;STORE THE BYTE WITH THE PARITY BIT
013242 240 .BYTE PB+' ;;STORE THE BYTE WITH THE PARITY BIT
013243 356 .BYTE PB+'n ;;STORE THE BYTE WITH THE PARITY BIT
013244 157 .BYTE PB+'o ;;STORE THE BYTE WITH THE PARITY BIT
013245 164 .BYTE PB+'t ;;STORE THE BYTE WITH THE PARITY BIT
013246 240 .BYTE PB+' ;;STORE THE BYTE WITH THE PARITY BIT
013247 162 .BYTE PB+'r ;;STORE THE BYTE WITH THE PARITY BIT
013250 365 .BYTE PB+'u ;;STORE THE BYTE WITH THE PARITY BIT
013251 356 .BYTE PB+'n ;;STORE THE BYTE WITH THE PARITY BIT
013252 356 .BYTE PB+'n ;;STORE THE BYTE WITH THE PARITY BIT
013253 151 .BYTE PB+'i ;;STORE THE BYTE WITH THE PARITY BIT
013254 356 .BYTE PB+'n ;;STORE THE BYTE WITH THE PARITY BIT
013255 347 .BYTE PB+'g ;;STORE THE BYTE WITH THE PARITY BIT
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 66-2
EXEC MODULE ONE -- NUL TASK
2885 .DSABL LC
2886 013256 215 012 207 .ASCII <215><12><207><207><207>
013261 207 207
2887 000043 DWNMSZ=.-DWNMS
2888 .EVEN
2889 013264 SNDMSG::
2890 013264 001 .BYTE 1 ; +++005 A SYSTEM DOWN MSG HAS BEEN SENT
2891 013265 000 .BYTE 0 ; [5.1127] HOST DEBUG NO MESSAGE FLAG
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 67
EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
2893 .SBTTL EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
2894 ;
2895 ;
2896 ; EMT INSTRUCTIONS ARE ONLY EXECUTED BY NON-INTERRUPT SERVICE ROUTINES
2897 ;
2898 ; DIRECTIVE DISPATCH -- CONTROL IS TRANSFERRED TO A DIRECTIVE SERVICE
2899 ; ROUTINE PER DIRECTIVE IDENTIFICATION CODE (DIC)
2900 ;
2901 ; REGISTER DEFINITIONS ON EXIT:
2902 ; R0 -- PC OF EMT INSTRUCTION
2903 ; R1 -- POINTER TO WORD FOLLOWING DIC & SIZE
2904 ; R2 -- DPB SIZE
2905 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
2906 ; R5 -- CURRENT TASK POINTER
2907 ;
2908 000020 EM.DRO==20 ;OFFSET TO DPB OR DPB POINTER ON STACK
2909 ;
2910 ;
2911 ;
2912 013266 010546 EMTTRP::MOV R5,-(SP) ;SAVE R5 INCASE OF TRAP(SST)
2913 013270 016605 000002 MOV 2(SP),R5 ;=PC+2 OF EMT INSTRUCTION
2914 013274 024527 CMP -(R5),(PC)+ ;WAS IT A
2915 013276 104375 EMT 375 ; DIRECTIVE ?
2916 013300 001421 BEQ 10$ ;YES -- LEGAL DIRECTIVE REQUEST
2917 013302 011637 001116' MOV @SP,EMTSTK ;SAVE R5
2918 013306 111516 MOVB @R5,@SP ;NO -- MUST SET IT UP FOR SST
2919 013310 013705 001006' MOV .CRTSK,R5 ;FIND THE CURRENT TASK POINTER
2920 013314 016505 000016 MOV A.TD(R5),R5 ;FIND STD ADDRESS
2921 013320 016505 000030 MOV S.SS(R5),R5 ;FIND THE SST TABLE
2922 013324 001403 BEQ 5$ ;NONE -- FORGET IT
2923 013326 MFPS T.RAPE(R5),R5 ;IS THERE AN ENTRY IN THE TABLE?
013326 016505 000012 MOV T.RAPE(R5),R5
2924 013332 001106 BNE .SSTET ;DO SST SERVICE
2925
2926 013334 012737 000012 001120' 5$: MOV #TN.EMT,TRPASV ;SAVE THE TERMINATION TYPE
2927 013342 000513 BR CMNABT ;AND GO TO COMMON ABORT
2928
2929 013344 10$: ;REMOVE THE SAVED R0 -- NOT NEEDED NOW
2930 ;SAVE REGISTERS
2931 013344 010446 MOV R4,-(SP)
2932 013346 010346 MOV R3,-(SP)
2933 013350 010246 MOV R2,-(SP)
2934 013352 010146 MOV R1,-(SP)
2935 013354 010046 MOV R0,-(SP)
2936 013356 010637 001116' MOV SP,EMTSTK ;SAVE EMT STACK POINTER
2938 013362 016601 000020 MOV EM.DRO(SP),R1 ;FIND THE DIRECTIVE OR DIRECTIVE POINTER
2944 ;
2945 ; IF R1 IS EVEN, IT IS ASSUMED TO BE A DPB POINTER
2946 ; IF R1 IS ODD, IT IS ASSUMED TO BE THE FIRST WORD OF A DPB THAT
2947 ; HAS BEEN PUSHED ONTO THE STACK.
2948 ;
2949 ;
2950 ; TEST FOR ODD OR EVEN
2951 ;
2952 013366 032701 000001 BIT #1,R1
2953 013372 001003 BNE 20$
2954 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 67-1
EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
2955 ; EVEN -- R1 CONTAINS A DPB POINTER (ADDRESS).
2956 ;
2957 013374 MFPS @R1,R2 ;FIND THE FIRST DPB WORD
013374 011102 MOV @R1,R2
2958 013376 010203 MOV R2,R3 ;FIND THE DIRECTIVE IDENTIFICATION CODE
2959 013400 000405 BR 30$ ;EXECUTE DIRECTIVE
2960 ;
2961 ; ODD WORD ON STACK -- DPB IS ON THE ISSUING
2962 ; TASK'S STACK, AND R1 CONTAINS THE FIRST DPB WORD.
2963 ;
2964 ; SET R1 TO THE DPB ADDRESS, R2 TO THE DPB SIZE (IN WORDS),
2965 ; R3 TO THE DIRECTIVE IDENTIFICATION CODE.
2966 ;
2967 013402 010102 20$: MOV R1,R2 ;SET DPB SIZE IN R2
2968 013404 010103 MOV R1,R3 ;SET DIRECTIVE CODE
2969 013406 010601 MOV SP,R1 ;FIND THE ADDRESS OF THE DPB
2970 013410 062701 000020 ADD #EM.DRO,R1 ;POINT PAST SAVED STACK
2971 013414 042703 177400 30$: BIC #177400,R3
2972 013420 105002 CLRB R2
2973 013422 000302 SWAB R2 ;SET SIZE IN LOW ORDER
2974 ;
2975 ; R3 CONTAINS THE DIRECTIVE IDENTIFICATION CODE.
2976 ; THE DIC IS AN ODD QUANTITY AND SHOULD BE IN THE RANGE
2977 ; 001-127.(MAX RANGE)
2978 ;
2979 013424 005721 TST (R1)+ ;ADVANCE R1 TO POINT TO THE WORD FOLLOWING
2980 ;THE FIRST WORD DPB WORD.
2981 013426 013705 001006' MOV .CRTSK,R5 ;SET UP CURRENT TASK POINTER
2982 013432 022703 000102 CMP #DIRMAX,R3 ;CHECK TO SEE IF LEGAL DIRECTIVE
2983 013436 103001 BHIS DIROK ;OK -- LEGAL RANGE
2984 013440 104635 DS.99: TRAP DE.99 ;ILLEGAL DIRECTIVE
2985 013442 000173 013445' DIROK: JMP @DIRDPT-1(R3) ;DISPATCH TO APPROPRIATE DIRECTIVE SERVICE CODE.
2986 ;
2987 013446 023170' DIRDPT: .WORD .D.QIO ;001. -- QIO
2988 013450 023170' .WORD .D.QIO ;003. -- QIO AND WAIT
2989 013452 022316' .WORD .D.GLI ;005. -- GET LUN INFORMATION
2990 013454 022212' .WORD .D.ASS ;007. -- ASSIGN LUN
2991 013456 020746' .WORD .D.DTE ;009. -- DTE20 FUNCTIONS
2992 013460 024310' .WORD .D.REQ ;011. -- REQUEST
2993 013462 023640' .WORD .D.SEN ;013. -- SEND
2994 013464 023654' .WORD .D.SAR ;015. -- SEND AND REQUEST
2995 013466 024106' .WORD .D.REC ;017. -- RECEIVE
2996 013470 024106' .WORD .D.ROE ;019. -- RECEIVE OR EXIT
2997 013472 024106' .WORD .D.ROS ;021. -- RECEIVE OR SUSPEND
2998 013474 022776' .WORD .D.MKT ;023. -- MARK TIME
2999 013476 024266' .WORD .D.PUT ;025. -- POWER UP AST
3000 013500 023100' .WORD .D.CMT ;027. -- CANCEL MARK TIME REQUESTS
3001 013502 013440' .WORD DS.99 ; 029. -- ILLEGAL DIRECTIVE
3002 013504 022462' .WORD .D.CEF ;031. -- CLEAR EVENT FLAG
3003 013506 022500' .WORD .D.SEF ;033. -- SET EVENT FLAG
3004 013510 022516' .WORD .D.DSE ;035. -- DECLARE SIGNIFICANT EVENT
3005 013512 022540' .WORD .D.REF ;037. -- READ EVENT FLAG
3006 013514 022554' .WORD .D.RAF ;039. -- READ ALL EVENT FLAGS
3007 013516 022600' .WORD .D.WFS ;041. -- WAIT FOR SINGLE EVENT FLAG
3008 013520 022656' .WORD .D.WFL ;043. -- WAIT FOR LOGICAL "OR" OF EVENT FLAGS
3009 013522 013440' .WORD DS.99 ;045. -- SUSPEND EXECUTION -- 010 REMOVED -- ILLEGAL
3010 013524 013440' .WORD DS.99 ;047. -- RESUME TASK EXECUTION -- 010 REMOVED -- ILLEGAL
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 67-2
EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
3011 013526 022764' .WORD .D.WSE ;049. -- WAIT FOR NEXT SIGNIFICANT EVENT
3012 013530 023146' .WORD .D.EXT ;051. -- TASK EXIT
3017 013532 013440' .WORD DS.99 ; 053. -- ILLEGAL DIRECTIVE
3018 013534 013440' .WORD DS.99 ; 055. -- ILLEGAL DIRECTIVE
3020 013536 024254' .WORD .D.STV ;057. -- SPECIFY SST VECTOR
3021 013540 022346' .WORD .D.GTP ;059. -- GET TIME PARAMETERS
3022 013542 013440' .WORD DS.99 ;061. -- ILLEGAL
3023 013544 024536' .WORD .D.GPP ;063. -- GET TASK PARAMETERS
3024 013546 024660' .WORD .D.GMP ;065. -- GET PARTITION PARAMETERS
3025 000102 DIRMAX=.-DIRDPT ;LEGAL NUMBER OF DIRECTIVES
3026 ;
3027 ; .SSTET -- SST FOR TRAP AND EMT'S
3028 ;
3029 013550 .SSTET::
3030 013550 105066 000001 CLRB 1(SP) ;CLEAR HIGH BYTE
3031 013554 006316 ASL @SP ;MULTIPLY BY 2
3032 013556 .SSTCO::
3034 013556 012746 004000 MOV #004000,-(SP) ;SET PS
3038 013562 010546 MOV R5,-(SP) ;SET TRAP ADDRESS
3039 013564 013705 001116' MOV EMTSTK,R5 ;RESTORE R5
3040 013570 000002 RTI ;RETURN TO USER
3041 ;
3042 013572 013705 001116' CMNABT: MOV EMTSTK,R5 ;RESTORE R5
3043 013576 000137 011664' JMP CMNABO ;AND GO TO COMMON ABORT
3044 ;
3045 ; CONTROL IS RETUNRED TO ".DR.NS" TO EXIT DIRECTIVE SERVICE WITHOUT ALTERING
3046 ; AN ISSUING TASK'S DIRECTIVE STATUS OR CONDITION CODES.
3047 ;
3048 ; DIRECTIVE RETURN STATUSES
3049 ;
3050 000000 DR.00==0 ;DIRECTIVE RETURN 00
3051 000001 DR.01==1 ;DIRECTIVE RETURN 01
3052 000002 DR.02==2 ;DIRECTIVE RETURN 02
3053 000003 DR.03==3 ;DIRECTIVE RETURN 03
3054 ;
3055 ; DIRECTIVE ERROR RETURNS
3056 ;
3057 000377 DE.01==-1&377 ;ERR 01
3058 000376 DE.02==-2&377 ;ERR 02
3059 000375 DE.03==-3&377 ;ERR 03
3060 000374 DE.04==-4&377 ;ERR 04
3061 000373 DE.05==-5&377 ;ERR 05
3062 000372 DE.06==-6&377 ;ERR 06
3063 000371 DE.07==-7&377 ;ERR 07
3064 000370 DE.08==-8.&377 ;ERR 08
3065 000367 DE.09==-9.&377 ;ERR 09
3066 000366 DE.10==-10.&377 ;ERR 10
3067 000365 DE.11==-11.&377 ;ERR 11
3068 000260 DE.80==-80.&377 ;ERR 80
3069 000257 DE.81==-81.&377 ;ERR 81
3070 000246 DE.90==-90.&377 ;ERR 90
3071 000245 DE.91==-91.&377 ;ERR 91
3072 000244 DE.92==-92.&377 ;ERR 92
3073 000243 DE.93==-93.&377 ;ERR 93
3074 000242 DE.94==-94.&377 ;ERR 94
3075 000241 DE.95==-95.&377 ;ERR 95
3076 000240 DE.96==-96.&377 ;ERR 96
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 67-3
EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
3077 000237 DE.97==-97.&377 ;ERR 97
3078 000236 DE.98==-98.&377 ;ERR 98
3079 000235 DE.99==-99.&377 ;ERR 99
3080 ;
3081 013602 132766 000340 000002 .DRSRN::BITB #340,2(SP) ;FROM EXEC?
3082 013610 001025 BNE 20$ ;YES -- CONTIUE
3083 013612 011646 MOV @SP,-(SP) ;PUT IT ON STACK TWICE
3084 013614 162716 000002 SUB #2,@SP
3085 013620 117616 000000 MOVB @(SP),@SP
3086 013624 010537 001116' MOV R5,EMTSTK
3087 013630 013705 001006' MOV .CRTSK,R5 ;FIND THE CURRENT TASK
3088 013634 016505 000016 MOV A.TD(R5),R5 ;FIND STD ADDRESS
3089 013640 016505 000030 MOV S.SS(R5),R5 ;IS THERE AN SST VECTOR?
3090 013644 001403 BEQ 10$ ;NO -- CRASH
3091 013646 MFPS T.RAPT(R5),R5 ;FIND THE ADDRESS
013646 016505 000014 MOV T.RAPT(R5),R5
3092 013652 001336 BNE .SSTET ;NONE -- CRASH
3093 013654 012737 000014 001120' 10$: MOV #TN.TRP,TRPASV ;SET TRAP TYPE
3094 013662 000743 BR CMNABT ;AND GO TO COMMON ABORT
3095 ;
3096 ;
3097 013664 162716 000002 20$: SUB #2,@SP ;FIND THE TRAP VALUE
3098 013670 113600 MOVB @(SP)+,R0
3099 013672 100006 BPL DRXCOM ;BRANCH IF THE DIRECTIVE SUCCEEDED
3100 013674 013706 001116' DEXCOM: MOV EMTSTK,SP ;RESTORE STACK FOR REGISTER SAVE
3101 013700 052766 000001 000016 BIS #1,EM.DRO-2(SP) ;SET CC-C -2(ISSUING TASK'S PS)
3102 013706 000405 BR DRXRR ;---
3103 ;
3104 013710 .DR.NS:: ;RETURN NO STATUS
3105 013710 013706 001116' DRXCOM: MOV EMTSTK,SP ;RESTORE STACK FOR REGISTER SAVE
3106 013714 042766 000001 000016 BIC #1,EM.DRO-2(SP) ;CLEAR CC-C -2(ISSUING TASK'S PS)
3107 013722 DRXRR: ;-----
3108 013722 010037 000046 MOV R0,$DSW ;SAVE THE DSW
3109 013726 012600 MOV (SP)+,R0 ;POP (RESORE) R0
3110 013730 012601 MOV (SP)+,R1 ;POP (RESTORE) R1
3111 013732 012602 MOV (SP)+,R2 ;POP (RESTORE) R2
3112 013734 012603 MOV (SP)+,R3 ;POP (RESTORE) R3
3114 013736 016604 000010 MOV 10(SP),R4 ;FIND DPB OR DPB ADDRESS
3119 013742 106004 RORB R4 ;ADDRESS OR DPB?
3120 013744 103402 BCS 10$ ;DPB -- FOUND SIZE REQ'D
3121 013746 012704 000400 MOV #400,R4 ;SET UP TO POP ONLY 1 WORD
3122 013752 105004 10$: CLRB R4
3123 013754 000304 SWAB R4 ;PUT SIZE IN LOW ORDER
3124 013756 006304 ASL R4 ;MAKE +2 FOR COUNT
3126 013760 062704 000020 ADD #EM.DRO,R4 ;POINT TO USER STACK LOCATION
3127 013764 063704 001116' ADD EMTSTK,R4
3133 013770 016644 000006 MOV 6(SP),-(R4) ;RESET STACK
3134 013774 016644 000004 MOV 4(SP),-(R4)
3135 014000 016644 000002 MOV 2(SP),-(R4)
3136 014004 011644 MOV @SP,-(R4)
3137 014006 010406 MOV R4,SP ;SET STACK POINTER
3138 ;
3139 ; A DIRECTIVE HAS BEEN PROCESSED -- IF A TASK IS CURRENT (THE ISSUING
3140 ; TASK) ITS PS, PC, R5, & R4 ARE ON THE KERNEL STACK, AND '.CRTSK' POINTS
3141 ; TO THE ATL NODE OF THAT TASK. IF A TASK IS NOT CURRENT (ISSUING
3142 ; TASK EXIT'ED), '.CRTSK' IS SET TO ZERO.
3143 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 67-4
EXEC MODULE TWO -- SERVICE FOR "EMT" & "TRAP" INSTRUCTIONS
3144 ; R0 CONTAINS THE ADDRESS OF THE NEXT ATL NODE TO BE EXAMINED.
3145 ;
3146 014010 032766 000340 000006 BIT #PRI7,+6(SP) ;IS PROCESSOR PRIORITY OF DIRECTIVE ISSUING TASK ZERO?
3147 014016 001403 BEQ 20$ ;YES -- SCAN ATL FROM ENTRY POINTED TO BY R5.
3148 014020 012604 MOV (SP)+,R4 ;NO -- TASK SWITCHING HAS BEEN INHIBITED BY ISSUING TASK,
3149 014022 012605 MOV (SP)+,R5 ;RESTORE R4, R5, PC, & PS, AND RETURN TO ISSUING TASK.
3150 014024 000002 RTI ;(PRIORITY IS ZEROED IF TASK EXIT'ED.)
3151 ;
3152 ; TRANSFER CONTROL TO THE SCAN ATL ROUTINE AT PRIORITY TWO,
3153 ; PREVIOUS MODE: USER, CURRENT MODE: KERNEL, AND CC'S ZERO.
3154 ;
3155 014026 012746 034100 20$: MOV #034100+STXAS,-(SP)
3156 014032 012746 014054' MOV #ASXE2,-(SP)
3157 014036 000002 RTI
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 68
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3159 .SBTTL EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3160 ;+
3161 ; THE ACTIVE TASK LIST (ATL) IS A PRIORITY ORDERED LIST OF TASKS THAT
3162 ; HAVE BEEN ASSIGNED MEMORY SPACE FOR EXECUTION, AND HAVE NOT EXIT'ED.
3163 ;
3164 ; THE SYSTEM IS DRIVEN BY SCANNING THE ATL FROM THE TOP (HIGH PRIORITY)
3165 ; WHETHER A TASK IS CAPABLE OF EXECUTION IS INDICATED BY THE 'A.TS'TH
3166 ; BYTE OF EACH ATL NODE (ENTRY).
3167 ;
3168 ; THE ATL IS SCANNED DOWNWARD FROM A TASK WHENEVER THAT TASK VOLUNTARILY
3169 ; STOPS EXECUTION (VIZ., WAITFOR, EXIT) AND A SIGNIFICANT
3170 ; EVENT HAS NOT BEEN DECLARED.
3171 ;
3172 ; SIGNIFICANT EVENTS ARE DECLARED BY TASKS (PRI=0) VIA SYSTEM DIRECTIVES,
3173 ; AND BY INTERRUPT SERVICE ROUTINES (PRI 4,5,6,7) VIA SYSTEM SUBROUTINES.
3174 ; A DECLARATION OF A SIGNIFICANT EVENT IS INDICATED BY THE SOFTWARE FLAG
3175 ; (BYTE) '.SERFG+0'.
3176 ;
3177 ; CONTROL IS TRANSFERRED TO THE ATL SCAN ROUTINE UNDER TWO CONDITIONS:
3178 ; (1) WHEN CONTROL IS RETURNED TO A TASK (PRI 0) VIA THE "COMMON RETURN TO
3179 ; INTERRUPTED PROGRAM" AND A SIGNIFICANT EVENT HAS BEEN DECLARED (NON-ZERO
3180 ; '.SERFG+0'), AND (2) WHEN CONTROL IS RETURNED FROM A DIRECTIVE SERVICE
3181 ; ROUTINE.
3182 ;
3183 ; THERE ARE TWO ENTRY POINTS TO THE ATL SCAN ROUTINE:
3184 ; ASXE1 -- TO SCAN THE ATL DOWNWARD FROM THE TOP. I.E., TO EFFECT A
3185 ; DECLARATION OF A SIGNIFICANT EVENT.
3186 ;
3187 ; CONTROL IS TRANSFERRED TO 'ASXE1' FROM THE 'COMMON RETURN TO INTERRUPTED
3188 ; PROGRAM', OR FROM ATL SCAN TASK STATUS SERVICE, WHENEVER A SIGNIFICANT
3189 ; EVENT DECLARATION IS TO BE EFFECTED.
3190 ;
3191 ; ASXE2 -- TO SERVICE THE STATUS OF THE TASK WHOSE ATL NODE ADDRESS
3192 ; IS IN R5, AND THEN TO EITHER: (1) RETURN CONTROL TO THAT TASK,
3193 ; (2) SCAN THE ATL FROM THAT TASK THRU LOWER PRIORITY TASKS, OR
3194 ; (3) TO SCAN THE ATL FROM THE TOP.
3195 ;
3196 ; CONTROL IS TRANSFERRED TO 'ASXE2' FROM THE COMMON EXIT FOR DIRECTIVE
3197 ; (EMT 375) SERVICE CODE.
3198 ;
3199 ; IF A SIGNIFICANT EVENT HAS BEEN DECLARED (EITHER COINCIDENTLY OR AS
3200 ; A RESULT OF DIRECTIVE EXECUTION) CONTROL IS TRANSFERRED TO 'ASXE1'.
3201 ; HOWEVER, THE DECISION TO TRANSFER TO 'ASXE1' IS NOT MADE UNTIL THE
3202 ; "TASK STATUS SERVICE" FOR THE DIRECTIVE ISSUING TASK HAS BEEN PERFORMED.
3203 ;
3204 ; WHENEVER CONTROL IS TRANSFERRED TO THE ATL SCAN ROUTINE AND A TASK IS
3205 ; CURRENT, THE PS, PC, R5, & R4 OF THE CURRENT TASK HAVE BEEN PUSHED
3206 ; ONTO THE STACK.
3207 ;-
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 69
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3209 014040 142737 000001 001014' ASXE1:: BICB #EV.SE,.SERFG+0 ;CLEAR SIGNIFICANT EVENT FLAG, AND SET
3210 014046 012705 007136' MOV #.ATLLH,R5 ;R5 TO THE ADDRESS OF THE FIRST ATL NODE.
3211 ;DISPATCH PER TASK STATUS
3212 ;
3213 ; SCAN LOOP -- AFTER PROCESSING AN ATL ENTRY, CONTROL IS TRANSFERRED EITHER:
3214 ; (1) TO 'ASXSCN' TO PROCESS THE NEXT ATL NODE, OR (2) TO 'ASXTE' TO
3215 ; TERMINATE THE ATL SCAN (A RUNABLE TASK HAS BEEN FOUND).
3216 ;
3217 ; CONTROL IS TRANSFERRED HERE FROM A ATL SCAN SERVICE ROUTINE, WITH THE
3218 ; STACK AND R5 UNCHANGED FROM THE DISPATCH TO THAT SERVICE ROUTINE.
3219 ;
3220 014052 011505 ASXSCN: MOV @R5,R5 ;ADVANCE R5 TO THE NEXT ATL NODE,
3221 014054 116504 000014 ASXE2: MOVB A.TS(R5),R4 ;DISPATCH PER ACTIVE TASK STATUS, WITH
3222 014060 000174 014062' JMP @ASXDT-02(R4) ;R0 = ATL NODE ADR & R4 = STATUS.
3223 ;
3224 014064 ASXDT: ;STATUS DEFINITIONS & DISPATCH ADDRESS TABLE.
3225 ;
3226 ;THE DISPATCH ROUTINE AT 'ASXE2' EXPECTS THE DISPATCH TABLE
3227 ;TO BEGIN WITH STATUS "02" AND INCREASE SEQUENTIALLY BY TWOS.
3228 ;
3229 ;
3230 000002 TS.LRQ==02 ;TASK LOAD REQEUST QUEUED
3231 014064 014262' ASXLRQ
3232 000004 TS.TKN==04 ;TASK WAITING FOR TERMINATION NOTICE
3233 014066 014052' ASXSCN
3234 000006 TS.LRF==06 ;TASK LOAD REQUEST FAILED
3235 014070 014224' ASXLRF
3236 000010 TS.RUN==10 ;** TASK IS RUNNING
3237 014072 014672' ASXTE
3238 000012 TS.SUS==12 ;** TASK IS SUSPENDED
3239 014074 014052' ASXSCN
3240 000014 TS.WF0==14 ;** TASK WAITING FOR AN EVENT FLAG 1-14
3241 ;** ('TS.WF0'-'TS.WS4' ARE EXPECTED IN SEQUENCE
3242 ;** BY THE WAITFOR DIRECTIVES.)
3243 014076 014112' ASXWR0
3244 000016 TS.WF1==16 ;** TASK WAITING FOR AN EVENT FLAG 17-32
3245 014100 014122' ASXWR1
3246 000020 TS.WF2==20 ;** TASK WAITING FOR AN EVENT FLAG 33-48
3247 014102 014132' ASXWR2
3248 000022 TS.WF3==22 ;** TASK WAITING FOR AN EVENT FLAG 49-64
3249 014104 014142' ASXWR3
3250 000024 TS.WF4==24 ;** TASK WAITING FOR AN EVENT FLAG 1-64
3251 014106 014152' ASXWR4
3252 000026 TS.EXT==26 ;TASK EXITED
3253 014110 014400' ASXEXT
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 70
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3255 ;
3256 ; SERVICE FOR "WAITFOR" TASK STATUSES
3257 ;
3258 ; A TASK (THE TASK WHOSE ATL NODE IS POINTED TO BY R5) HAS ISSUED A
3259 ; WAITFOR DIRECTIVE. IF ANY INDICATED EVENT FLAG IS SET, CHANGE TASK'S
3260 ; TO "RUNNING", AND TERMINATE ATL SCAN TO RUN THE TASK.
3261 ;
3262 ; TASK IS WAITING FOR INDICATED FLAG(S) IN RANGE ZERO (FLAGS 1-16)
3263 ;
3264 014112 036565 000024 000020 ASXWR0: BIT A.FM+0(R5),A.EF+0(R5)
3265 014120 000433 BR ASXCMN
3266 ;
3267 ; TASK IS WAITING FOR INDICATED FLAG(S) IN RANGE ONE (FLAGS 17-32)
3268 ;
3269 014122 036565 000024 000022 ASXWR1: BIT A.FM+0(R5),A.EF+2(R5)
3270 014130 000427 BR ASXCMN
3271 ;
3272 ; TASK IS WAITING FOR INDICATED FLAG(S) IN RANGE TWO (FLAGS 33-48)
3273 ;
3274 014132 036537 000024 001010' ASXWR2: BIT A.FM+0(R5),.COMEF+0
3275 014140 000423 BR ASXCMN
3276 ;
3277 ; TASK IS WAITING FOR INDICATED FLAG(S) IN RANGE THREE (FLAGS 49-64)
3278 ;
3279 014142 036537 000024 001012' ASXWR3: BIT A.FM+0(R5),.COMEF+2
3280 014150 000417 BR ASXCMN
3281 ;
3282 ; TASK IS WAITING FOR INDICATED FLAG(S) IN RANGE FOUR (FLAGS 1-64)
3283 ;
3284 014152 036565 000024 000020 ASXWR4: BIT A.FM+0(R5),A.EF+0(R5)
3285 014160 001014 BNE WFXSET
3286 014162 036565 000026 000022 BIT A.FM+2(R5),A.EF+2(R5)
3287 014170 001010 BNE WFXSET
3288 014172 036537 000030 001010' BIT A.FM+4(R5),.COMEF+0
3289 014200 001004 BNE WFXSET
3290 014202 036537 000032 001012' BIT A.FM+6(R5),.COMEF+2
3291 014210 001720 ASXCMN: BEQ ASXSCN
3292 014212 WFXSET:
3293 014212 112765 000010 000014 MOVB #TS.RUN,A.TS(R5)
3294 014220 000137 014672' JMP ASXTE
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 71
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3296 ;
3297 ; SERVICE FOR TASK STATUS: LOAD REQUEST FAILED
3298 ;
3299 014224 012765 000040 000024 ASXLRF: MOV #TN.LRF,A.FM+0(R5) ;SET LOAD REQUEST FAILURE
3300 014232 112765 000004 000014 MOVB #TS.TKN,A.TS(R5) ;SET TERMINATION NOTICE REQUESTED
3301 014240 005237 001124' INC .TKTN ;REQUEST TASK TERMINATION
3302 014244 026527 000006 010022' CMP A.PD(R5),#F11TPD ;F11 TPD PARTITION?
3303 014252 001300 BNE ASXE2 ;NO -- CONTINUE
3304 014254 .CRASH LRF ;LOAD REQUEST FAILURE
014254 000004 IOT
014256 114 122 106 .ASCIZ /LRF/
014261 000
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 72
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3306 ;
3307 ; SERVICE FOR TASK REQUEST QUEUE'D SERVICE
3308 ;
3309 014262 006265 000020 ASXLRQ: ASR A.EF+0(R5) ;CHECK FOR REQUEST TO LOAD DONE
3310 014266 103271 BCC ASXSCN ;NO -- CONTINUE TO WAIT
3311 014270 105765 000030 TSTB A.FM+4(R5) ;DID THE I/O SUCCEED?
3312 014274 100753 BMI ASXLRF ;NO -- COMPLAIN
3313 014276 112765 000010 000014 MOVB #TS.RUN,A.TS(R5) ;SET THE TASK STATUS TO RUNNING
3314 014304 016504 000012 MOV A.HA(R5),R4 ;FIND THE HEADER ADDRESS
3321 014310 016446 000106 MOV H.TKVA(R4),-(SP) ;SAVE THE SST ADDRESS
3322 014314 016446 000076 MOV H.IPC(R4),-(SP) ;SAVE INITIAL PC
3323 014320 016446 000074 MOV H.IPS(R4),-(SP) ;SAVE INITIAL PS
3324 014324 016446 000130 MOV H.LUT(R4),-(SP) ;FIND OVERLAY LUN
3325 014330 006316 ASL @SP ;MAKE OFFSET
3326 014332 006316 ASL @SP
3327 014334 062716 000126 ADD #H.LUT-2,@SP ;POINT TO START OF LUT
3328 014340 060416 ADD R4,@SP ;POINT TO CORRECT LUT
3329 014342 016536 000022 MOV A.EF+2(R5),@(SP)+ ;SET LUT
3330 014346 016404 000100 MOV H.ISP(R4),R4 ;FIND INITIAL STACK
3331 014352 012644 MOV (SP)+,-(R4) ;STORE THE PS
3332 014354 012644 MOV (SP)+,-(R4) ;STORE THE PC
3333 014356 162704 000014 SUB #14,R4 ;INCLUDE REGISTER SAVE
3334 014362 010465 000004 MOV R4,A.SP(R5) ;SET STACK VALUE
3335 014366 016504 000016 MOV A.TD(R5),R4 ;FIND THE STD ADDRESS
3336 014372 012664 000030 MOV (SP)+,S.SS(R4) ;SET SST ADDRESS
3337 014376 000535 BR ASXTE ;GO TO START THE TASK
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 73
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3339 ;
3340 ; SERVICE FOR TASK STATUS: EXIT
3341 ;
3342 014400 010446 ASXEXT: MOV R4,-(SP)
3343 014402 010346 MOV R3,-(SP)
3344 014404 010246 MOV R2,-(SP)
3345 014406 010146 MOV R1,-(SP)
3346 014410 010046 MOV R0,-(SP)
3347 014412 016502 000016 MOV A.TD(R5),R2 ;FIND THE STD ADDRESS
3348 014416 016500 000006 MOV A.PD(R5),R0 ;FIND THE TPD ADDRESS
3349 014422 042762 000001 000006 BIC #SF.TA,S.FW(R2) ;CLEAR ACTIVE FLAG IN STD
3350 014430 10$:
3351 014430 032762 000002 000006 BIT #SF.FX,S.FW(R2) ;CHECK TO SEE IF TASK FIXED
3352 014436 001003 BNE 20$ ;YES -- DON'T FREE CORE
3353 ;
3354 ;
3355 ; FREE MEMORY (AND POSSIBLY START TASK WAITING FOR MEMORY) AND RETURN
3356 ; ATL NODE TO POOL.
3357 ;
3358 014440 042760 000002 000010 BIC #TF.OU,T.FW(R0) ;RELEASE PARTITION
3359 ;
3360 ;
3361 014446 010504 20$: MOV R5,R4 ;POINT R5 TO THE NEXT LOWEST PRIORITY TASK'S
3362 014450 010501 MOV R5,R1 ;ATL NODE, DELETE NODE FROM ATL, AND RETURN
3363 014452 011505 MOV @R5,R5 ;IT TO THE POOL.
3364 014454 CALL ..NDEL
014454 004737 045320' JSR PC,..NDEL
3365 014460 012704 001432' MOV #.POLLH,R4 ;RETURN THE NODE TO THE POOL
3366 014464 CALL ..NADD
014464 004737 045434' JSR PC,..NADD
3367 014470 032762 000004 000006 BIT #SF.EX,S.FW(R2) ;HAS THE TASK BEEN REQUESTED TO EXIT?
3368 014476 001426 BEQ 50$ ;NO -- JUST CONTINUE
3369 014500 010046 MOV R0,-(SP) ;SAVE R0 (TPD ADDRESS)
3370 014502 013700 006364' MOV .STDTA,R0 ;FIND THE HEAD OF THE STD LIST
3371 014506 013703 006370' MOV .STDTZ,R3 ;FIND THE SIZE OF THE LIST
3372 014512 162737 000002 006370' SUB #2,.STDTZ ;RESET THE SIZE FOR NOW IT IS SMALLER
3373 014520 006203 ASR R3 ;DIVIDE BY 2
3374 014522 005203 INC R3 ;MAKE 1 LARGER BECAUSE IT IS 2*N-2
3375 014524 020210 30$: CMP R2,@R0 ;THE CORRECT ENTRY?
3376 014526 001403 BEQ 40$ ;YES -- FOUND IT
3377 014530 005720 TST (R0)+ ;NO -- CONTINUE SEARCH
3378 014532 005303 DEC R3 ;CONTINUE SCAN
3379 014534 000773 BR 30$
3380 ;
3381 014536 016020 000002 40$: MOV 2(R0),(R0)+ ;MOVE ENTRIES BACK
3382 014542 077303 SOB R3,40$ ;UNTIL DONE
3383 014544 010201 MOV R2,R1 ;RETURN NODE TO POOL
3384 ;NOTE -- R4 STILL POINTS TO .POLLH
3385 ;FROM ABOVE RETURN OF ATL!!!!!
3386 014546 CALL ..NADD ;RETURN NODE
014546 004737 045434' JSR PC,..NADD
3387 014552 012600 MOV (SP)+,R0 ;RESTORE R0
3388 014554 032760 000002 000010 50$: BIT #TF.OU,T.FW(R0) ;CHECK FOR PARTITION OCCUPIED
3389 014562 001025 BNE 60$ ;YES -- DON'T TRY TO START TASK
3390 014564 010004 MOV R0,R4 ;SET UP TO PICL A NODE FROM MRL
3391 014566 062704 000014 ADD #T.RF,R4 ;POINT TO MRL
3392 014572 CALL ..PICK ;PICK NODE
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 73-1
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
014572 004737 045476' JSR PC,..PICK
3393 014576 103417 BCS 60$ ;NONE FOUND -- DON'T ATTEMPT TO START
3394 014600 010401 MOV R4,R1 ;SAVE THE NODE ADDRESS FOUND
3395 014602 022424 CMP (R4)+,(R4)+ ;POINT TO THE ENTRIES IN THE NDOE
3396 014604 012402 MOV (R4)+,R2 ;SET UP TO CALL .REQS
3397 014606 012403 MOV (R4)+,R3
3398 014610 012446 MOV (R4)+,-(SP) ;PUSH PRI
3399 014612 012704 001432' MOV #.POLLH,R4 ;RETURN THE NODE TO THE POOL
3400 014616 CALL ..NADD ;RETURN NODE
014616 004737 045434' JSR PC,..NADD
3401 014622 012604 MOV (SP)+,R4 ;GET THE PRIORITY
3402 014624 042762 000001 000006 BIC #SF.TA,S.FW(R2) ;CLEAR TASK ACTIVE FLAGS
3403 014632 CALL .REQS ;REQUEST THE TASK
014632 004737 015276' JSR PC,.REQS
3404 ;
3405 014636 012600 60$: MOV (SP)+,R0 ;POP (RESTORE) R0,R2,R1
3406 014640 012601 MOV (SP)+,R1
3407 014642 012602 MOV (SP)+,R2
3408 014644 012603 MOV (SP)+,R3
3409 014646 012604 MOV (SP)+,R4
3410 ;
3411 ; IF EXITING TASK IS NOT "CURRENT", ITS CONTEXT IS STORED IN ITS STACK.
3412 ; IF EXITING TASK IS "CURRENT", ITS PS, PC, R5, & R4 ARE STORED ON THE
3413 ; STACK AND THE REMAINDER OF ITS CONTEXT IS LOADED.
3414 ;
3415 ; R1 CONTAINS THE ADDRESS OF THE ATL NODE (WHICH HAS BEEN RETURNED TO THE
3416 ; POOL) OF THE EXITING TASK.
3417 ;
3418 014650 020537 001006' CMP R5,.CRTSK ;IF EXITING TASK IS "CURRENT", REMOVE (POP)
3419 014654 001004 BNE 70$ ;ITS R4, R5, PC, & PS FROM THE STACK
3420 014656 062706 000010 ADD #8.,SP ;(POP)
3421 014662 005037 001006' CLR .CRTSK
3422 014666 70$:
3423 014666 000137 014054' JMP ASXE2 ;DISPATCH PER STATUS OF TASK POINTED TO BY R5.
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 74
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3425 ;
3426 ; TERMINATION OF ATL SCAN -- A TASK THAT CAN BE RUN HAS BEEN FOUND
3427 ;
3428 ; CONTROL IS TRANSFERRED HERE WITH THE PS, PC, R5, & R4 OF THE CURRENT
3429 ; TASK PUSHED ONTO THE STACK.
3430 ;
3431 ; CONTROL IS TRANSFERRED HERE EITHER BY DIRECT DISPATCH, OR FROM AN ATL
3432 ; SCAN SERVICE ROUTINE. IN EITHER CASE, THE STACK AND R5 ARE
3433 ; UNCHANGED FROM THE LAST ATL SCAN DISPATCH.
3434 014672 020537 001006' ASXTE: CMP R5,.CRTSK ;IS CONTROL RETURNING TO CURRENT TASK?
3435 014676 001461 BEQ CSDONE ;YES -- RESTORE R5, R4, PS, & PC FROM STACK
3436 014700 132737 000001 001014' BITB #EV.SE,.SERFG+0 ;NO -- HAS A SIGNIFICANT EVENT OCCURRED?
3437 014706 001402 BEQ 10$
3438 014710 000137 014040' JMP ASXE1 ;YES -- RESTART ATL SCAN
3439
3440 014714 112737 000340 177776 10$: MOVB #340,@#PS ;INHIBIT INTERRUPTS WHILE CONTEXT SWITCHING
3441 014722 013704 001006' MOV .CRTSK,R4 ;NO -- IS THERE A CURRENT TASK?
3442 014726 001420 BEQ 40$ ;NO -- (CURRENT TASK EXITED) NO CONTEXT TO SAVE
3443 ;YES -- SAVE CONTEXT OF OLD CURRENT TASK, AND
3444 ;LOAD CONTEXT OF NEW CURRENT TASK.
3445
3447 014730 010346 MOV R3,-(SP) ;PUSH R3
3448 014732 010246 MOV R2,-(SP) ;PUSH R2
3449 014734 010146 MOV R1,-(SP) ;PUSH R1
3450 014736 010046 MOV R0,-(SP) ;PUSH R0
3451 014740 016400 000012 MOV A.HA(R4),R0 ;FIND THE HEADER ADDRESS
3458 014744 062700 000046 ADD #H.DSW,R0 ;POINT TO DSW
3459 014750 012701 000046 MOV #$DSW,R1 ;POINT TO DSW
3460 014754 012120 MOV (R1)+,(R0)+ ;SAVE THE CONTEXT OF LOW CORE
3461 014756 012120 MOV (R1)+,(R0)+
3462 014760 012120 MOV (R1)+,(R0)+
3463 014762 011110 MOV @R1,@R0
3464 014764 010664 000004 MOV SP,A.SP(R4) ;SAVE OLD PS
3465 014770 016506 000004 40$: MOV A.SP(R5),SP ;SET UP NEW STACK
3466 014774 016500 000012 MOV A.HA(R5),R0 ;RESTORE CONTEXT
3473 015000 062700 000054 ADD #H.DSW+6,R0 ;POINT TO DSW SAVE
3474 015004 012701 000054 MOV #$DSW+6,R1
3475 015010 011011 MOV @R0,@R1
3476 015012 014041 MOV -(R0),-(R1)
3477 015014 014041 MOV -(R0),-(R1)
3478 015016 014041 MOV -(R0),-(R1)
3479 015020 012600 MOV (SP)+,R0 ;RESTORE REGISTERS FROM THE IS TASK
3480 015022 012601 MOV (SP)+,R1
3481 015024 012602 MOV (SP)+,R2
3482 015026 012603 MOV (SP)+,R3
3484
3521
3522 015030 010537 001006' MOV R5,.CRTSK ;SET NEW '.CRTSK' (ATL NODE ADR OF CURRENT TASK).
3523 015034 142737 000300 177776 BICB #300,@#PS ;LOWER TO PRI 1 AFTER CONTEXT SWITCH
3524
3525 015042 CSDONE: ;CONTEXT SWITCH (IF REQUIRED) IS DONE.
3527 015042 052766 004000 000006 BIS #4000,6(SP) ;SET REG SET 1
3528 015050 042766 170000 000006 BIC #170000,6(SP) ;CLEAR OFF MODE BITS
3530 ;
3531 ; A TASK'S PS, PC, R5, & R4 ARE ON THE STACK, AND THE TASK'S ATL
3532 ; NODE ADDRESS IS IN R5. I.E., CONDITIONS ARE CORRECT FOR AN ATL SCAN
3533 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 74-1
EXEC MODULE THREE -- SCAN OF ACTIVE TASK LIST
3534 ;
3535 ; IF THE TASK'S STATUS IS "RUNNING", CONTROL IS RETURNED TO THE TASK
3536 ; (UNLESS A SIGNIFICANT EVENT HAS BEEN DECLARED, IN WHICH CASE, CONTROL
3537 ; WILL BE RETURNED LATER).
3538 ;
3539 ;
3540 015056 012604 MOV (SP)+,R4 ;POP (RESTORE) R4
3541 015060 012605 MOV (SP)+,R5 ;POP (RESTORE) R5
3542 ;
3543 ; TRANSFER CONTROL TO TASK VIA COMMON "RETURN TO INTERRUPTED PROGRAM"
3544 ; ROUTINE (CLOCK AND/OR EVENT RECOGNITION MAY CAUSE ACTUAL TRANSFER TO
3545 ; OCCUR LATER IN REAL TIME).
3546 ;
3547 ; BR ..INTX
3548 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 75
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3550 .SBTTL EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3551 ;
3552 ; MOST INTERRUPT SERVICE ROUTINES ARE CONTAINED WITHIN I/O HANDLER TASKS
3553 ; CONTROL IS TRANSFERRED TO A TASK CONTAINED INTERRUPT SERVICE ROUTINE,
3554 ; WHEN THE INTERRUPT SERVICE ROUTINE WAS "CONNECTED" TO THE INTERRUPT.
3555 ;
3556 ; CONTROL IS TRANSFERRED TO A TASK CONTAINED INTERRUPT SERVICE ROUTINE
3557 ; WITH THE INTERRUPTED PROGRAM'S PS & PC,
3558 ;
3559 ; ALL TASK CONTAINED INTERRUPT SERVICE ROUTINES EXIT VIA "JMP ..INTX" WITH
3560 ; PS & PC OF THE INTERRUPTED PROGRAM
3561 ;
3562 ; THE '..INTX' ROUTINE EFFECTS A RETURN OF CONTROL
3563 ; TO THE INTERRUPTED PROGRAM.
3564 ;
3565 ; WITH THE PS & PC OF THE INTERRUPTED PROGRAM ON THE STACK.
3566 ;
3567 ; THE 'EXINTX' ROUTINE EFFECTS A RETURN TO THE INTERRUPTED PROGRAM.
3568 ;
3569 ; WHENEVER CONTROL IS RETURNED TO OTHER THAN A TASK (NON-ZERO PRI),
3570 ; CONTROL IS TRANSFERRED DIRECTLY TO THE INTERRUPTED PROGRAM. HOWEVER,
3571 ; WHEN CONTROL IS BEING RETURNED TO A TASK (PRI=0), THE "SYSTEM
3572 ; EVENT RECOGNITION FLAG" IN THE SYSTEM COMMUNICANTIONS AREA (SCOM) IS
3573 ; EXAMINED, AND IF FOUND NON-ZERO, THE INDICATED EVENTS ARE RECOGNIZED
3574 ; BEFORE CONTROL IS RETURNED TO THE INTERRUPTED TASK.
3575 ;
3576
3577 015062 ..INTX:: ;NORMAL ISR EXIT
3578 015062 052737 000340 177776 BIS #000340,@#PS ;;;INHIBIT INTERRUPTS (RAISE PRIORITY TO 7)
3579 015070 032766 000340 000002 BIT #000340,+2(SP) ;;;IS CONTROL RETURNING TO A TASK (PRI=0)?
3580 015076 001010 BNE CRTNXA ;;;YES -- EXAMINE SYSTEM EVENT RECOGNITION FLAG
3581
3582 015100 005737 001026' TST .PFAIL ;;;POWER FAIL SERVICE?
3583 015104 001402 BEQ CRTNX1 ;;;NO -- JUST RETURN
3584 015106 000137 020164' JMP .PWRDN ;;;YES -- POWER DOWN
3585
3586 015112 005737 001014' CRTNX1: TST .SERFG ;;;** ANY UNRECOGNIZED "SYSTEM EVENTS"?
3587 015116 001001 BNE CRTNX3 ;;;** YES -- TRANSFER CONTROL TO APPROPRIATE
3588 ;;;** EVENT RECOGNITON ROUTINE.
3589 015120 CRTNXA:
3590 ; CMP .DBRTT,SP ;;;** ## NO -- IS CONTROL RETURNING FROM SYSTEM
3591 ; BNE 10$ ;;;** ## TRACE DEBUGGING ROUTINE?
3592 ; CLR .DBRTT ;;;** ## YES -- RETURN VIA "RTT" INSTEAD OF "RTI"
3593 ; RTT ;;;** ##
3594 015120 10$: ;;;** ##
3595 015120 000002 CRTNX2: RTI ;;;** NO -- RETURN CONTROL TO TASK
3596
3597 ;** A RACE CONDITION EXISTS WHENEVER A
3598 ;POWER FAILURE OCCURS WHILE EXECUTING
3599 ;BETWEEN 'CRTNX1' AND 'CRTNX2'. TO
3600 ;AVOID THIS CONDITION, THE POWER FAIL
3601 ;TRAP SERVICE ROUTINE SETS THE PC TO
3602 ;'CRTNX1' WHENEVER IT INTERRUPTS EXECUTION
3603 ;IN THE RANGE 'CRTNX1' THRU 'CRTNX2'.
3604 ;
3605 ; A SYSTEM EVENT IS TO BE RECOGNIZED (NON-ZERO '.SERFG'), CONTROL IS
3606 ; TRANSFERRED TO SERVICE ROUTINE PER '.SERFG'
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 75-1
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3607 ; PRI=2, CONDITION CODES CLEARED, AND THE
3608 ; INTERRUPTED TASK'S PS, PC, R5 & R4 PUSHED ONTO THE STACK.
3609 ;
3610 015122 010546 CRTNX3: MOV R5,-(SP) ;;;PUSH R5
3611 015124 010446 MOV R4,-(SP) ;;;PUSH R4
3612
3613 015126 012746 034100 MOV #034100,-(SP)
3614 015132 105737 001015' TSTB .SERFG+1 ;;;UN-RECOGNIZED CLOCK TICK(S)?
3615 015136 001403 BEQ 10$ ;;;
3616 ;;;YES -- RECOGNIZE CLOCK TICKS (NORMALLY
3617 015140 012746 025012' MOV #.TICK,-(SP) ;;;ONLY ONE)
3618 015144 000002 RTI ;;;
3619 015146 132737 000201 001014' 10$: BITB #EV.SE!EV.PF,.SERFG+0 ;;;NO -- SIGNIFICANT EVENT RECOGNITION?
3620 015154 100437 BMI 60$ ;;;OR POWER FAIL
3621 015156 001403 BEQ 30$ ;;;
3622 ;;;YES -- SCAN ATL FROM THE TOP
3623 015160 012746 014040' 20$: MOV #ASXE1,-(SP) ;;;
3624 015164 000002 RTI ;;;
3625
3626 015166 132737 000002 001014' 30$: BITB #EV.AS,.SERFG+0 ;;;AST?
3627 015174 001435 BEQ 70$ ;;;YIPES -- GOOFED AND SYSTEM BROKEN
3628 015176 010316 MOV R3,@SP ;;;SAVE CONTEXT
3629 015200 010246 MOV R2,-(SP)
3630 015202 010146 MOV R1,-(SP)
3631 015204 010046 MOV R0,-(SP)
3635 015206 012746 004000 MOV #004000,-(SP)
3637 015212 013746 001050' MOV .CKASS,-(SP) ;;;SET AST ADDRESS
3638 015216 001411 BEQ 50$ ;;;NOT THIS TYPE
3639 015220 005037 001050' CLR .CKASS ;;;CLEAR THIS FOR NEXT TIME
3640 015224 005737 001052' TST .PFASS ;;;POWER FAIL ALSO?
3641 015230 001334 BNE CRTNX3 ;;;YES -- BETTER DO IT TOO
3642 015232 142737 000002 001014' 40$: BICB #EV.AS,.SERFG+0 ;;;CLEAR THIS FLAG
3643 015240 000002 RTI ;;;RETURN TO USER
3644
3645 015242 013716 001052' 50$: MOV .PFASS,@SP ;;;SET UP POWER FAIL AST
3646 015246 005037 001052' CLR .PFASS ;;;CLEAR POWER FAIL AST ADDRESS
3647 015252 000767 BR 40$ ;;;AND RETURN TO USER
3648
3649 015254 142737 000200 001014' 60$: BICB #EV.PF,.SERFG+0 ;;;CLEAR POWER FAIL FLAG
3650 015262 CALL .PFRST ;;;POWER FAIL RESTART
015262 004737 020522' JSR PC,.PFRST
3651 015266 000734 BR 20$ ;;;RETURN
3652
3653 015270 70$: .CRASH IAS ;;;CRASH SYSTEM UNKNOWN SIG EVENT
015270 000004 IOT
015272 111 101 123 .ASCIZ /IAS/
015275 000
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 76
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3655 ;
3656 ; .REQS -- SUBROUTINE TO ATTEMPT TO MAKE A TASK ACTIVE
3657 ;
3658 ; ENTRY CONDITIONS:
3659 ;
3660 ; R2 -- STD ENTRY ADDRESS (TASK ID ) OF REQUESTED TASK
3661 ; R3 -- TPD ENTRY ADDRESS, OR ZERO (DEFAULT PARTITION) , FOR REQUESTED TASK
3662 ; R4 -- RUN PRIORITY, OR ZERO (DEFAULT PRIORITY), FOR REQUESTED TASK
3663 ;
3664 ; CALLING SEQUENCE:
3665 ;
3666 ; CALL .REQS
3667 ;
3668 ; EXIT CONDITIONS:
3669 ;
3670 ; R2=00 -- TASK MADE ACTIVE
3671 ; R2=02 -- TASK NOT MADE ACTIVE, TASK ALREADY ACTIVE
3672 ; R2=06 -- TASK NOT MADE ACTIVE, INSUFFICIENT POOL NODE(S)
3673 ;
3674 ; REGISTERS ALTERED:
3675 ; R0,R1,R2,R3,R4
3676 ;
3677 ;
3678 015276 032762 000001 000006 .REQS:: BIT #SF.TA,S.FW(R2) ;IS TASK ACTIVE?
3679 015304 001403 BEQ 10$ ;NO -- IT IS LEGAL TO ACTIVATE IT
3680 015306 012702 000002 MOV #2,R2 ;YES -- RETURN +2
3681 015312 RETURN
015312 000207 RTS PC
3682
3683 015314 005703 10$: TST R3 ;CHECK THE PARTITION
3684 015316 001002 BNE 20$ ;PARTITION SPECIFIED
3685 015320 016203 000004 MOV S.TD(R2),R3 ;PARTITION NOT SPECIFIED -- USE DEFAULT
3686 015324 005704 20$: TST R4 ;PRIORITY?
3687 015326 001002 BNE 30$ ;YES -- DON'T USE DEFAULT
3688 015330 156204 000010 BISB S.DP(R2),R4 ;FIND THE DEFAULT PRIORITY
3689 015334 010446 30$: MOV R4,-(SP) ;SAVE PRI
3690 015336 010346 MOV R3,-(SP) ;SAVE TPD
3691 015340 012704 001432' MOV #.POLLH,R4 ;PICK AN ATL NODE
3692 015344 CALL ..PICK
015344 004737 045476' JSR PC,..PICK
3693 015350 103004 BCC 50$ ;GOT NODE
3694 015352 022626 40$: CMP (SP)+,(SP)+ ;REMOVE SAVED TPD AND PRI
3695 015354 012702 000006 MOV #6,R2 ;COMPLAIN NO NODES AVAILABLE
3696 015360 RETURN ;RETURN TO CALLER
015360 000207 RTS PC
3697
3698 015362 032762 000002 000006 50$: BIT #SF.FX,S.FW(R2) ;FIXED IN CORE?
3699 015370 001436 BEQ 70$ ;NO -- MUST READ THE TASK IN
3700 015372 010401 MOV R4,R1 ;SAVE NODE ADDRESS
3701 015374 016204 000022 MOV S.SP(R2),R4 ;SET UP STACK
3702 015400 062704 000014 ADD #14,R4 ;SET POINTER TO PC
3703 015404 016224 000020 MOV S.PC(R2),(R4)+ ;SET PC
3704 015410 012724 174000 MOV #174000,(R4)+ ;SET UP PS
3705 015414 012703 000010 MOV #TS.RUN,R3 ;SET UP TO START TASK
3706 015420 010104 60$: MOV R1,R4 ;SAVE THE ATL NODE ADDRESS
3707 015422 022424 CMP (R4)+,(R4)+ ;MOVE OVER LISTHEAD
3708 015424 016224 000022 MOV S.SP(R2),(R4)+ ;SET INITIAL STACK POINTER
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 76-1
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3709 015430 012624 MOV (SP)+,(R4)+ ;SET UP TPD AND PRI
3710 015432 012624 MOV (SP)+,(R4)+
3711 015434 016224 000012 MOV S.BA(R2),(R4)+ ;SET BASE ADDRESS
3712 015440 010324 MOV R3,(R4)+ ;SET RUN STATE
3713 015442 010224 MOV R2,(R4)+ ;SET STD NODE ADDRESS
3714 015444 005024 CLR (R4)+
3715 015446 005064 000012 CLR A.PF-A.EF-2(R4) ;CLEAR POWER FAIL AST ADDRESS
3716 015452 052762 000001 000006 BIS #SF.TA,S.FW(R2) ;SET TASK ACTIVE
3717 015460 012702 007136' MOV #.ATLLH,R2 ;INSERT NODE INTO ATL
3718 015464 000535 BR 120$
3719
3720 015466 032763 000002 000010 70$: BIT #TF.OU,T.FW(R3) ;PARTITION BUSY?
3721 015474 001116 BNE 110$ ;YES -- BETER PUT IN MRL
3722 015476 010446 MOV R4,-(SP) ;SAVE NODE ADDRESS OF ATL NODE
3723 015500 012701 000040 MOV #32.,R1 ;PICK AN I/O NODE
3724 015504 CALL ..ALCB
015504 004737 045654' JSR PC,..ALCB
3725 015510 010004 MOV R0,R4 ;SET CORRECT NODE ADDRESS
3726 015512 103006 BCC 80$ ;GOT ONE
3727 015514 012601 MOV (SP)+,R1 ;NONE AVAILABLE -- RETURN ATL NODE
3728 015516 012704 001432' MOV #.POLLH,R4
3729 015522 CALL ..NADD ;ADD NODE BACK TO ATL
015522 004737 045434' JSR PC,..NADD
3730 015526 000711 BR 40$ ;RETURN +6
3731
3732 015530 010446 80$: MOV R4,-(SP) ;SAVE NODE ADDRESS
3733 015532 022424 CMP (R4)+,(R4)+ ;MOVE OVER LISTHEAD
3734 015534 010224 MOV R2,(R4)+ ;SET UP STD ADDRESS
3735 015536 016624 000002 MOV 2(SP),(R4)+ ;SET UP ATL NODE ADDRESS
3736 015542 012724 175014 MOV #250.*400+12.,(R4)+ ;SET UP PRI/DPB SIZE
3737 015546 012724 000400 MOV #400,(R4)+ ;SET EFN
3738 015552 012724 000050 MOV #IO.LTK,(R4)+ ;CLAIM THIS IS A READ
3739 015556 005024 CLR (R4)+ ;NO I/O STATUS
3740 015560 005024 CLR (R4)+ ;NO AST ADDRESS
3741 015562 022424 CMP (R4)+,(R4)+ ;ADDRESS IS NOT SPECIFIED HERE
3742 015564 016224 000014 MOV S.LZ(R2),(R4)+ ;SET UP INITIAL SIZE
3743 015570 005024 CLR (R4)+ ;SKIP THIS PARAMETER
3744 015572 016224 000032 MOV S.DL(R2),(R4)+ ;SET UP DISK ADDRESS
3745 015576 016224 000034 MOV S.DL+2(R2),(R4)+ ;LOW ORDER DISK ADDRESS
3746 015602 012601 MOV (SP)+,R1 ;RESTORE R1
3747 015604 016603 000002 MOV 2(SP),R3 ;RESTORE THE TPD ADDRESS
3748 015610 032763 000002 000010 BIT #TF.OU,T.FW(R3) ;PARTITON OCCUPIED?
3749 015616 001407 BEQ 90$ ;NO -- MUST BE OK TO LOAD
3750 015620 012603 MOV (SP)+,R3 ;YES -- BETTER ADD IT TO MRL
3751 015622 012601 MOV (SP)+,R1 ;RESTORE ATL ADDRESS
3752 015624 010361 000030 MOV R3,A.FM+4(R1) ;SET THE NODE ADDRESS IN FLAGS MASK WORD TO PRESERVE IT
3753 015630 012703 100002 MOV #TS.LRQ+100000,R3 ;SET LOAD REQUEST QUEUE'D AND PARTITION BUSY
3754 015634 000671 BR 60$ ;SET UP ATL
3755
3756 015636 010246 90$: MOV R2,-(SP) ;SAVE STD ADDRESS
3757 015640 052763 000002 000010 BIS #TF.OU,T.FW(R3) ;DECLARE THE PARTITION OCCUPIED
3758 015646 005003 CLR R3 ;FIND PUD ENTRY
3759 015650 156203 000011 BISB S.DI(R2),R3 ;SET DISK INDICATOR
3760 015654 012702 010262' MOV #.PUDBA,R2 ;SET UP FOR ..IPRI
3761 015660 062702 000050 100$: ADD #U.SZ,R2 ;POINT TO AN ENTRY
3762 015664 077303 SOB R3,100$ ;LOOP UNTIL CORRECT ENTRY FOUND
3763 015666 010203 MOV R2,R3 ;SAVE THE LOGICAL UNIT NUMBER
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 76-2
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3764 015670 062702 000022 ADD #U.RF,R2 ;POINT TO LISTHEAD
3765 015674 CALL ..IPRI ;ENTER IN LIST
015674 004737 045360' JSR PC,..IPRI
3766 015700 014202 MOV -(R2),R2 ;FIND ATL NODE ADDRESS OF HANDLER TASK
3767 015702 052762 000010 000020 BIS #EF.NIR,A.EF(R2) ;START HANDLER
3768 015710 CALL ..DSEV ;DECLARE SIG EVENT
015710 004737 045264' JSR PC,..DSEV
3769 015714 012602 MOV (SP)+,R2 ;RESTORE STD ADDRESS
3770 015716 012601 MOV (SP)+,R1 ;RESTORE R1 (ATL NODE ADDRESS)
3771 015720 010361 000022 MOV R3,A.EF+2(R1) ;SAVE THE OVERLAY PUD ADDRESS
3772 015724 012703 000002 MOV #TS.LRQ,R3 ;SET UP TO INDICATE LOAD REQUEST QUEUE'D
3773 015730 000633 BR 60$ ;AND START TASK
3774
3775 015732 010401 110$: MOV R4,R1 ;SAVE THE NODE ADDRESS
3776 015734 052762 000001 000006 BIS #SF.TA,S.FW(R2) ;SET TASK ACTIVE
3777 015742 022424 CMP (R4)+,(R4)+
3778 015744 010224 MOV R2,(R4)+ ;SAVE THE ATTRIBUTES OF THIS CALL
3779 015746 012624 MOV (SP)+,(R4)+
3780 015750 012624 MOV (SP)+,(R4)+
3781 015752 010302 MOV R3,R2 ;FIND THE MRL
3782 015754 062702 000014 ADD #T.RF,R2 ;POINT TO IT IN TPD
3783 015760 120$: CALL ..IPRI ;INSERT THIS NODE IN MRL BY PRI
015760 004737 045360' JSR PC,..IPRI
3784 015764 005002 CLR R2 ;DECLARE TASK ACTIVE
3785 015766 RETURN ;RETURN TO CALLER
015766 000207 RTS PC
3786
3787 015770 104401 .RQESD::TRAP DR.01 ;RETURN +1
3788 015772 104771 TRAP DE.07 ;RETURN -7
3789 015774 104401 TRAP DR.01 ;RETURN+1 (CURRENTLY UNUSED)
3790 015776 104777 TRAP DE.01 ;RETURN -1
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 77
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3792 ;
3793 ; .FEPPU -- SUBROUTINE TO FETCH PARTITION AND PRIORITY
3794 ;
3795 ; ENTRY CONDITIONS:
3796 ;
3797 ; R1 -- DPB PLUS SIX -- POINTING TO FOLLOWING DATA IN PREVIOUS SPACE
3798 ; [PARTITION NAME (FIRST HALF),
3799 ; [PARTITION NAME (SECOND HALF),
3800 ; [PRIORITY],
3801 ; [UNUSED].
3802 ;
3803 ; IT IS ASSUMED THAT THESE WORDS CAN BE FETCHED WITHOUT SEGMENT FAULT.
3804 ;
3805 ; R2 -- STD ENTRY OF TASK TO FIT IN PARTITION
3806 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
3807 ;
3808 ; CALLING SEQUENCE:
3809 ;
3810 ; CALL .FEPPU
3811 ;
3812 ; EXIT CONDITIONS:
3813 ;
3814 ; R1 -- ADVANCED BY 8 (4 WORDS)
3815 ; R3 -- TPD ENTRY ADDRESS, OR ZERO (DEFAULT PARTITION)
3816 ; R4 -- RUN PRIORITY, OR ZERO (DEFAULT PRIORITY)
3817 ;
3818 ; REGISTERS ALTERED R1,R3,R4
3819 ;
3820 016000 .FEPPU::MFPI (R1)+ ;PUSH 2-WORD PARTITION NAME ONTO STACK
016000 012146 MOV (R1)+,-(SP)
3821 016002 MFPI (R1)+
016002 012146 MOV (R1)+,-(SP)
3822 016004 005003 CLR R3 ;CLEAR R3 (TPD ADDRESS
3823 016006 005766 000002 TST 2(SP) ;WAS A PARTITION NAME SPECIFIED?
3824 016012 001423 BEQ 20$ ;NO -- RETURN WITH ZERO IN R3
3825 016014 012703 007602' MOV #.TPDBA,R3 ;YES -- SET UP TO SCAN TPD FOR PARTITION
3826 016020 020327 007602' 10$: CMP R3,#.TPDBA ;END OF TPD?
3827 016024 001425 BEQ X.X94 ;YES -- RETURN STS=-94.
3828 016026 162703 000020 SUB #T.SZ,R3 ;NO -- SET UP R3 TO EXAMINE ENTRY
3829 016032 021366 000002 CMP @R3,2(SP) ;PARTITION NAME MATCH?
3830 016036 001370 BNE 10$ ;NO -- CHECK NEXT TPD
3831 016040 026316 000002 CMP 2(R3),@SP ;MAYBE -- CHECK SECOND HALF OF NAME
3832 016044 001365 BNE 10$ ;NO -- CHECK NEXT TPD
3833 016046 016204 000016 MOV S.TZ(R2),R4 ;SET R4 TO THE NUMBER OF 32-WORD BLOCKS
3834 ;REQUIRED FOR THE TASK INDICATED BY R2.
3835 016052 020463 000006 CMP R4,T.PZ(R3) ;IS PARTITION LARG ENOUGH FOR TASK?
3836 016056 101401 BLOS 20$ ;YES -- SET R4 PER PRIORITY SPECIFIED
3837 016060 104775 TRAP DE.03 ;NO -- RETURN STS=-03
3838
3839 016062 022626 20$: CMP (SP)+,(SP)+ ;REMOVE PARTITION NAME FROM STACK
3840 016064 MFPS (R1)+,R4 ;SET R4 TO PRIORITY INDICATOR
016064 012104 MOV (R1)+,R4
3841 016066 020427 000372 CMP R4,#250. ;IS PRIORITY GREATER THAN 250?
3842 016072 101003 BHI X.X95 ;YES -- RETURN STS=-95.
3843 016074 005721 TST (R1)+ ;MOVE OVER UNUSED WORD
3844 016076 RETURN ;RETURN TO CALLER
016076 000207 RTS PC
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 77-1
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3845
3846 016100 104642 X.X94: TRAP DE.94 ;RETURN STS=94.
3847 016102 104641 X.X95: TRAP DE.95 ;RETURN STS=95.
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 78
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3849 ;
3850 ; .VCLUN -- VERIFY & CONVER LOGICAL UNIT NUMBER
3851 ;
3852 ; ENTRY CONDITIONS:
3853 ;
3854 ; R5 -- ATL NODE ADR OF DIRECTIVE ISSUING TASK
3855 ; TOP OF STACK -- LOGICAL UNIT NUMBER
3856 ;
3857 ; CALLING SEQUENCE:
3858 ;
3859 ; CALL .VCLUN
3860 ;
3861 ; EXIT CONDITIONS:
3862 ;
3863 ; R4 -- POINTS TO FIRST LUT ENTRY
3864 ; CC-C SET IF TASK NOT FOUND
3865 ;
3866 ; IF LUN IS ASSIGNED TO A PHYSICAL UNIT, THE LUN (ON TOP OF
3867 ; STACK) IS REPLACED BY THE ADDRESS OF THE CORRESPONDING PUD
3868 ; ENTRY.
3869 ;
3870 ; IF AN INVALID LUN, RETURN STS-96.
3871 ;
3872 ; IF THE LUN IS NOT ASSIGNED, IT IS REPLACED BY A ZERO.
3873 ;
3874 ;
3875 ; REGISTERS ALTERED:
3876 ;
3877 ; NONE
3878 ;
3879 016104 010046 .VCLUN::MOV R0,-(SP) ;PUSH (SAVE) R0
3880 016106 016600 000004 MOV 4(SP),R0 ;LUN MINUS ONE TO R0
3881 016112 005300 DEC R0
3882
3887 016114 016504 000012 MOV A.HA(R5),R4 ;POINT TO HEADER ADDRESS
3894 016120 062704 000130 ADD #H.LUT,R4
3896
3897 016124 020024 CMP R0,(R4)+ ;IS LUN <1, OR >MAX FOR TASK?
3898 016126 103013 BHIS X9X96 ;YES -- RETURN STS=-96
3899 016130 006300 ASL R0 ;NO -- SET LUT CONTENTS (PER LUN) IN R0
3900 016132 006300 ASL R0
3901 016134 060400 ADD R4,R0
3902 016136 011000 MOV @R0,R0 ;(PUD ENT ADR OR ZERO IN R0)
3903 016140 001402 BEQ 10$ ;IF ASSIGNED, EFFECT REDIRECTION (IF ANY)
3904 016142 016000 000016 MOV U.RP(R0),R0
3905 016146 10$:
3906 016146 010066 000004 MOV R0,4(SP) ;REPLACE LUN (ON STACK) BY PUD
3907 ;ENTRY ADDRESS (OR ZERO).
3908
3909 016152 012600 MOV (SP)+,R0 ;POP (RESTORE) R0
3910 016154 RETURN ;EXIT SUBROUTINE
016154 000207 RTS PC
3911 ;
3912 ; COMMON JMP'S TO DIRECTIVE EXITS
3913 ;
3914 016156 104640 X9X96: TRAP DE.96
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 79
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3916 ;
3917 ; .STAST -- SUBROUTINE TO SET AN AST IN A TASK
3918 ;
3919 ; ENTRY CONDITONS:
3920 ;
3921 ; R5 -- ACTIVE TASK LIST POINTER
3922 ; R4 -- ENTRY ADDRESS
3923 ;
3924 ; CALLING SEQUENCE:
3925 ;
3926 ; CALL .STAST
3927 ;
3928 ; EXIT CONDITIONS:
3929 ;
3930 ; CC-C CLEAR -- AST SET AND ALL OK
3931 ; CC-C SET -- THE TASK IS CURRENT AND CAN'T SET AST
3932 ;
3933 016160 010246 .STAST::MOV R2,-(SP) ;SAVE REGISTERS
3934 016162 010346 MOV R3,-(SP)
3935 016164 CALL ..DSEV ;DECLARE A SIG EVENT
016164 004737 045264' JSR PC,..DSEV
3936 016170 012702 000006 MOV #6,R2 ;SET UP TO SAVE REGISTERS
3937 016174 000241 CLC ;ASSUME SUCCESS
3938 016176 .INH0 ;;INHIBIT INTERRUPTS
016176 013746 177776 MOV @#PS,-(SP)
016202 112737 000140 177776 MOVB #140,@#PS
3939 016210 020537 001006' CMP R5,.CRTSK ;;CURRENT TASK?
3940 016214 001415 BEQ 30$ ;;YES 0-- BETTER SET CARRY
3941 016216 016503 000004 MOV A.SP(R5),R3 ;;SET UP A POINTER TO THE TASK'S STACK
3942 016222 010443 MOV R4,-(R3) ;;SET UP NEW PC
3946 016224 012743 004000 MOV #004000,-(R3)
3948 016230 016343 000016 10$: MOV 16(R3),-(R3) ;SET UP NEW STACK SAVE
3949 016234 077203 SOB R2,10$ ;;CONTINUE TIL DONE
3950 016236 20$: .ENB0 ;ENABLE INTERRUPTS
016236 004737 045540' JSR PC,..ENB0
3951 016242 012603 MOV (SP)+,R3 ;RESTORE
3952 016244 012602 MOV (SP)+,R2
3953 016246 RETURN ;RETURN TO CALLER
016246 000207 RTS PC
3954
3955 016250 005216 30$: INC @SP ;ENABLE INTERRUPTS
3956 016252 152737 000002 001014' BISB #EV.AS,.SERFG+0 ;SET AST REQUIRED
3957 016260 000766 BR 20$ ;AND RETURN
3958 ;
SCH - TASK SCHEDULER & GLOB MACRO M1113 03-APR-86 22:25 PAGE 80
EXEC MODULE NINE -- COMMON RETURN TO INTERRUPTED PROGRAM
3960
3961
3962 .TITLE BOOT -- BOOT PROTOCOL HANDLER
3963 .SBTTL SECONDARY PROTOCOL -- COPYRIGHT STATEMENT
3964 016262 IDENT$ 15,00
.IDENT /015000/
3965
3966 ;
3967 ; COPYRIGHT (C) 1975, 1984, 1985 BY
3968 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
3969 ; ALL RIGHTS RESERVED.
3970 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
3971 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
3972 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
3973 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
3974 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
3975 ;
3976 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
3977 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
3978 ; CORPORATION.
3979 ;
3980 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
3981 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
3982 ;
3983 ; MODULE: "BOOT PROTOCOL HANDLER"
3984 ;
3985 ; VERSION: 14-37
3986 ;
3987 ; AUTHOR: R. MCLEAN
3988 ;
3989 ; DATE: 12 OCT 76
3990 ;
3991 ; THIS MODULE CONTAINS:
3992 ;
3993 ; 1 -- CODE TO SERVICE BOOT PROTOCOL ETC.
3994 ;
3995 ; MODIFIED:
3996 ; NO. DATE PROGRAMMER PURPOSE
3997 ; --- ---- ---------- -------
3998 ; 001 12-OCT-76 R. BELANGER CHANGED PHYSICAL EXAMINES &
3999 ; DEPOSITS TO EPT RELATIVE
4000 ; 002 21-OCT-76 A. PECKHAM ADDITION OF CODE TO COUNT
4001 ; DOORBELLS.
4002 ;
4003 ; 003 04-NOV-76 R. BELANGER ADDED CODE TO DELETE
4004 ; ENTRIES FROM TO10Q ON
4005 ; PRIMARY PROTOCOL RESTART.
4006 ; 004 29-NOV-76 A. PECKHAM CHANGES TOO NUMEROUS TO MENTION.
4007 ; 005 07-MAR-77 A. PECKHAM ADDED CHANGE TO AVOID RESETTING TO -10 Q.
4008 ; 006 21-MAR-77 A. PECKHAM FIXED BUG IN ACKNOWLEGE
4009 ; 007 28-AUG-77 R. BELANGER RESET POWERFAIL FLAG ON
4010 ; PRIMARY PROTOCOL START
4011 ; 008 07-OCT-77 R. BELANGER IGNORE COMM REGION IF SO DIRECTED BY "TKTN"
4012 ;
4013 ; 009 27-MAY-78 R. BELANGER ADD PROTOCOL TIMEOUT
4014 ; TCO 4.2207 08-MAR-79 R. BELANGER FIX BUG WHICH CAN CAUSE
4015 ; PROTOCOL PAUSE LOOPS
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 80-1
SECONDARY PROTOCOL -- COPYRIGHT STATEMENT
4016 ; TCO 4.1.1035 16-NOV-79 R. BELANGER ADD QUEUE ARBITRATION
4017 ; TCO 4.1.1121 19-MAR-80 R. BELANGER SUPPORT BLOCKED DTE-20
4018 ; TCO 4.1.1137 05-APR-80 R. BELANGER REMOVE SUPPORT FOR RESTRICTED DTE-20
4019 ;
4020 ; MACRO CALLS
4021 ;
4022 .MCALL CALL,RETURN,.STKM,CLEF$S,WTSE$S,QIOW$,DTON$S,.CRASH
4023 .MCALL WSIG$S,.ENB0,.INH6,.ENB6,$DEF
4024 016262 $DEF
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4026 .SBTTL SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4027 ;
4028 ; BTPRO -- ROUTINE TO HANDLE THE PROTOCOL TRANSITION INTO
4029 ; SECONDARY PROTOCOL.
4030 ; IT IS ASSUMED THAT THIS PROTOCOL WILL BE USED
4031 ; DURING INITALIZATION AND IN CASE OF MONITOR CRASHED ETC
4032 ; WHEN THE NORMAL MEANS OF COMMUNICATIONS THRU THE COMM REGION ARE DESTROYED
4033 ;
4034 ; "EF.CRI" INDICATES THAT THE FRONT-END BELEIVES THE COMM-REGION TO BE
4035 ; INVALID. THIS BIT IS SET ON POWERFAIL AND BY "KLI" ON A KL RELOAD.
4036 ; IF THE COMM REGION INVALID FLAG IS NOT SET, THE TRANSITION INTO SECONDARY
4037 ; PROTOCOL IS TIMED-OUT FOR 30 SECONDS. IF NO TRANSITION IS MADE WITHIN
4038 ; THAT PERIOD, THE KL IS RELOADED.
4039 ;
4040 ; NOTE -- IF THE COMM-REGION IS FOUND TO BE VALID DURING A NORMAL PROTOCOL
4041 ; TRANSITION, PRIMARY PROTOCOL IS IS IMMEDIATELY RE-ENTERED.
4042 ;
4043 ; IF SUCCESS IN COMMUNICATION WITH THE KL IT WILL ENTER SECONDARY
4044 ; PROTOCOL (OR RE-ENTER PRIMARY PROTOCOL)
4045 ;
4046
4047 016262 BTPHD::
4048 016262 .STKM 0,1,2,3,4,5,0,BTPRO,174000,.BTSTK
016330 000000 000000 000000 .WORD 0,0,0,0
016336 000000
016356 174000 016562' 016542' .WORD 174000,BTPRO,.BTSTK
016412 000005 .WORD 5
016414 010262' .WORD TTPEN
016416 000000 .WORD 0
016420 000000 .WORD 0
016422 000000 .WORD 0
016424 000000 .WORD 0
016426 000000 .WORD 0
016430 000000 .WORD 0
016432 000000 .WORD 0
016434 000000 .WORD 0
016436 000000 .WORD 0
016440 000000 .WORD 0
016542 000000 .WORD 0
016544 000001 .WORD 1
016546 000002 .WORD 2
016550 000003 .WORD 3
016552 000004 .WORD 4
016554 000005 .WORD 5
016556 016562' .WORD BTPRO
016560 174000 .WORD 174000
4049
4050 016562 BTPRO:
4051 016562 105037 001400' CLRB .PRPSE ; RESET THE PAUSE FLAG
4052 016566 WTSE$S #E.FPR2 ;WAIT FOR ACTIVATION.
016566 012746 000076 MOV #E.FPR2,-(SP)
016572 012746 MOV (PC)+,-(SP)
016574 051 002 .BYTE 41.,2
016576 104375 EMT 375
4053 016600 052737 100000 007422' BIS #BIT15,FETSK+A.EF ;SET SECONDARY PROTOCOL FLAG FOR FETSK
4054 016606 013700 001154' MOV .TKPS,R0 ; +++009 TICKS PER SECOND TO R0
4055 016612 012701 000036 MOV #^D30,R1 ; +++009 30. SECONDS
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-1
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4056 016616 5$:
4057 016616 CALL $MUL ; +++009 CALCULATE PAUSE PERIOD
016616 004737 000000G JSR PC,$MUL
4058 016622 010104 MOV R1,R4 ; +++009 SAVE IT IN R4
4059 016624 013700 001366' MOV .PRDTE,R0 ;FIND ADDRESS OF PRIVILEDGED DTE
4060 016630 013705 001364' MOV .PRSTA,R5
4061 016634 012715 000010 MOV #INTROF,@R5 ;CLEAR THE STATUS
4062 016640 000405 BR 20$ ;GO LOOK FOR CHANGE TO BOOT PROTOCOL
4063 ;
4064 016642 10$:
4065 016642 .ENB6 ;;;ENABLE INTERRUPTS
016642 012637 177776 MOV (SP)+,@#PS
4066 016646 WSIG$S ;WAIT FOR SIG EVENT
016646 012746 MOV (PC)+,-(SP)
016650 061 001 .BYTE 49.,1
016652 104375 EMT 375
4067 016654 20$:
4068 016654 .INH6 ;INHIBIT INTERRUPTS
016654 013746 177776 MOV @#PS,-(SP)
016660 112737 000300 177776 MOVB #300,@#PS
4069 016666 032737 002000 001012' BIT #EF.CRI,.COMEF+2 ;;; +++008 IS THE COMM REGION VALID??
4070 016674 001020 BNE 30$ ;;; +++008 NO -- GO ON
4071 016676 112737 177777 001400' MOVB #-1,.PRPSE ;;; +++009 MARK THAT WE ARE PAUSING
4072 016704 005060 000010 CLR TNAD1(R0) ;;; MAYBE -- LOOK FOR PROTOCOL CHANGE
4073 016710 005060 000012 CLR TNAD2(R0) ;;;BY TESTING RELATIVE ADDR WORD
4074 016714 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE
016714 004737 047454' JSR PC,..WFED
4075 016720 103453 BCS 47$ ;;;KL HAS BEEN LOST..
4076 016722 005760 000002 TST DXWD3(R0) ;;;IF NON-ZERO
4077 016726 001403 BEQ 30$ ;;;THEN EXAMINE VALID, SO
4078 016730 010702 MOV PC,R2 ;;; +++006 SAY NO ACKNOWLEGE NEEDED
4079 016732 000137 020024' JMP 120$ ;;; +++005 RETURN TO PRIMARY PROTOCOL.
4080 ;
4081 016736 30$:
4082 016736 032760 004000 000030 BIT #DS04,DAG1(R0) ;;;CHECK FOR CLOCK ERROR STOP
4083 016744 001174 BNE 86$ ;;;STOP ALL PROTOCOLS IF SO
4084 016746 31$:
4085 016746 032715 004000 BIT #TO11DB,@R5 ;;;WAIT OR A DOORBELL INTERRUPT
4086 016752 001021 BNE 40$ ;;; +++009 GOT ONE -- PROCESS IT
4087 016754 032737 002000 001012' BIT #EF.CRI,.COMEF+2 ;;; +++009 IS THIS A PAUSE??
4088 016762 001327 BNE 10$ ;;; +++009 YES -- WAIT FOR SECONDARY PROTOCOL
4089 016764 077452 SOB R4,10$ ;;; +++009 NO -- DID WE TIME OUT??
4090 016766 105237 001124' INCB .TKTN ;;; +++009 YES -- SAY GOODNIGHT....
4091 016772 105237 001122' INCB .NOERR ;;; +++009 DON'T CARE ABOUT ERRORS NOW
4092 016776 052737 000200 001126' BIS #KS.PTO,.KLITK ;;; +++009 FLAG PROTOCOL TIMEOUT
4093 017004 CALL ..DTSP ;;; [4.2207] STOP ALL PROTOCOLS
017004 004737 050226' JSR PC,..DTSP
4094 017010 .ENB6 ;;; +++009 ALLOW INTERRUPTS
017010 012637 177776 MOV (SP)+,@#PS
4095 017014 000662 BR BTPRO ; +++009 AND GO BACK TO SLEEP
4096 ;
4097 017016 40$:
4098 017016 042737 001000 001012' BIC #EF.FCP,.COMEF+2 ;;;CLEAR FAULT CONTINUATION IN PROGRESS IN CASE
4099 017024 005237 001370' INC .PRDCT ;;; +002 ONE MORE DOORBELL....
4100 017030 012760 004000 000010 MOV #PRTOFF!EPTR,TNAD1(R0) ;;; +001 PROTECT OFF
4101 017036 012760 000451 000012 MOV #DTECMD,TNAD2(R0) ;;;READ THE COMMAND PASSED
4102 017044 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE DEPOSIT
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-2
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
017044 004737 047454' JSR PC,..WFED
4103 017050 47$:
4104 017050 103534 BCS 87$
4105 017052 012715 002000 MOV #INT11C,@R5 ;;;ALLOW MORE DOORBEL INTERRUPTS
4106 017056 122760 000011 000003 CMPB #11,DXWD3+1(R0) ;;;LOOK AT THE COMMAND WORD
4107 017064 001266 BNE 10$ ;;;NOT WHAT WE WANT...
4108 ;
4109 ; CHANGE PROTOCOL TO SECONDARY (FUNCTION 11)
4110 ;
4111 017066 50$:
4112 017066 105037 001400' CLRB .PRPSE ;;; +++009 RESET PAUSE FLAG
4113 017072 012760 177776 000002 55$: MOV #-2,DXWD3(R0) ;;;ACKNOWLEDGE THE COMMAND
4114 017100 052760 014000 000010 BIS #DEP!EPTR!PRTOFF,TNAD1(R0) ;;; +001 SET DEPOSIT IN TEN MEMORY FLAG
4115 017106 012760 000444 000012 MOV #DTEFLG,TNAD2(R0) ;;;START TRANSFER TO DTE FLAG WORD
4116 017114 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE DEPOSIT
017114 004737 047454' JSR PC,..WFED
4117 017120 103510 BCS 87$ ;;;TEN STOPPED
4118 017122 012715 000400 MOV #TO10DB,@R5 ;;;SET 10'S DOORBELL
4119 017126 005037 001162' CLR .BTSCH ;;;CLEAR ANY SAVED CHARACTERS
4120 ;
4121 ; AT THIS POINT WE ARE OFFICIALLY IN SECONDARY PROTOCOL
4122 ;
4123 ; THIS IS THE MAIN COMMAND LOOP WHICH PROCESSES THE SECONDARY
4124 ; PROTOCOL COMMANDS AND PASSES CTY CHARACTERS TO THE -10.
4125 ;
4126 017132 60$:
4127 017132 .ENB6 ;;;ENABLE INTERRUPTS
017132 012637 177776 MOV (SP)+,@#PS
4128 017136 WSIG$S ;WAIT FOR SIG EVENT
017136 012746 MOV (PC)+,-(SP)
017140 061 001 .BYTE 49.,1
017142 104375 EMT 375
4129 017144 .INH6 ;INHIBIT INTERRUPTS
017144 013746 177776 MOV @#PS,-(SP)
017150 112737 000300 177776 MOVB #300,@#PS
4130 017156 032715 004000 BIT #TO11DB,@R5 ;;;WAIT FOR ANOTHER DOORBELL
4131 017162 001073 BNE 90$ ;;;FOUND IT -- CHECK THE COMMAND
4132 017164 032760 004000 000030 BIT #DS04,DAG1(R0) ;;;CHECK FOR CLOCK ERROR STOP
4133 017172 001061 BNE 86$ ;;;YES -- STOP PROTOCOL
4134 017174 70$:
4135 017174 113701 001162' MOVB .BTSCH,R1 ;;;CHECK FOR CTY CHARACTER
4136 017200 001754 BEQ 60$
4137 ;
4138 ; TRANSFER CTY CHARACTER TO -10
4139 ;
4140 017202 80$:
4141 017202 012760 004000 000010 MOV #PRTOFF!EPTR,TNAD1(R0) ;;; +001 SET PROTECT OFF
4142 017210 012760 000456 000012 MOV #DTEMTI,TNAD2(R0) ;;;PICK UP THE INPUT BUSY FLAG
4143 017216 81$:
4144 017216 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE DEPOSIT
017216 004737 047454' JSR PC,..WFED
4145 017222 103447 BCS 87$ ;;;TEN STOPPED
4146 017224 005760 000004 TST DXWD2(R0)
4147 017230 001340 BNE 60$ ;;;TEN CAN'T ACCEPT ANOTHER CHARACTER YET
4148 017232 042701 177600 BIC #^C177,R1 ;;;MASK OFF JUNK
4149 017236 010160 000002 MOV R1,DXWD3(R0) ;;;PUT THE WORD IN THE DTE
4150 017242 005060 000004 CLR DXWD2(R0)
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-3
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4151 017246 005060 000006 CLR DXWD1(R0)
4152 017252 012760 014000 000010 MOV #DEP!PRTOFF!EPTR,TNAD1(R0) ;;; +001 SET DEP!PRTOFF!EPTR DEPOSIT FLAG
4153 017260 012760 000450 000012 MOV #DTEF11,TNAD2(R0) ;;;STORE THE CHARACTER IN THE 10
4154 017266 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE/DEPOSIT
017266 004737 047454' JSR PC,..WFED
4155 017272 103423 BCS 87$ ;;;TEN STOPPED
4156 017274 105037 001162' CLRB .BTSCH ;;;CHARACTER HAS NOW BEEN SENT
4157 017300 012760 177776 000002 MOV #-2,DXWD3(R0) ;;;SET CHARACTER IN BUFFER FLAG
4158 017306 012760 014000 000010 MOV #DEP!PRTOFF!EPTR,TNAD1(R0) ;;; +001 SET DEP!PRTOFF!EPTR DEPOSIT FLAG
4159 017314 012760 000456 000012 MOV #DTEMTI,TNAD2(R0) ;;;TRANSFER TO 10 MEMORY
4160 017322 CALL ..WFED ;;; [4.1.1121] WAIT FOR TRANSFER
017322 004737 047454' JSR PC,..WFED
4161 017326 103405 BCS 87$ ;;;TEN STOPPED
4162 017330 012715 000400 MOV #TO10DB,@R5 ;;;SET THE 10'S DOORBELL
4163 017334 000676 BR 60$ ;;;CONTINUE POLLING
4164 ;
4165 ; AN ERROR ON EXAMINE / DEPOSIT TURNS OFF BOOT PROTOCOL
4166 ;
4167 017336 86$:
4168 017336 CALL ..WFED ;;; [4.1.1121] RECOGNIZE ERROR, THEN
017336 004737 047454' JSR PC,..WFED
4169 017342 87$:
4170 017342 .ENB0 ;;; +++006 ENABLE INTERRUPTS
017342 004737 045540' JSR PC,..ENB0
4171 017346 000137 016562' JMP BTPRO ;AND GO TO WAIT FOR REACTIVATION.
4172 ;
4173 ; RECIEVE A COMMAND FROM THE -10
4174 ;
4175 017352 90$:
4176 017352 005237 001370' INC .PRDCT ;;; +002 ONE MORE DOORBELL...
4177 017356 012760 004000 000010 MOV #PRTOFF!EPTR,TNAD1(R0) ;;; +001 SET PROTECT OFF
4178 017364 012760 000451 000012 MOV #DTECMD,TNAD2(R0) ;;;READ THE COMMAND WORD
4179 017372 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE DEPOSIT
017372 004737 047454' JSR PC,..WFED
4180 017376 012715 002000 MOV #INT11C,@R5 ;;;WARNING !!!!!DON'T MOVE THIS INSTRUCTION!!!!!!!
4181 ;;;DOORBELL MUST NOT BE CLEARED BEFORE THE
4182 ;;;10 FINISHES THE SET DOORBELL!!!!!!
4183 ;;;IT IS GUARANTEED TO BE SAFE AFTER ..WFED
4184 017402 103757 BCS 87$ ;;;TEN STOPPED
4185 017404 122760 000013 000003 CMPB #13,DXWD3+1(R0) ;;; [**]
4186 017412 001447 BEQ 97$ ;;; [**]
4187 017414 122760 000012 000003 CMPB #12,DXWD3+1(R0) ;;;MONITOR MODE CONTROL OFF?
4188 017422 001515 BEQ 100$ ;;;YES -- RE-ENTER RSX20F
4189 017424 122760 000011 000003 CMPB #11,DXWD3+1(R0) ;;;MONITOR MODE CONTROL ON?
4190 017432 001003 BNE 95$ ;;;NO -- MUST BE CTY CHARACTER
4191 017434 012715 002000 MOV #INT11C,@R5 ;;;ALLOW MORE DOORBELLS AND
4192 017440 000612 BR 50$ ;;;ACKNOWLEDGE THE COMMAND.
4193 ;
4194 ; OUTPUT A CHARACTER TO THE CTY (FUNCTION 10)
4195 ;
4196 017442 95$:
4197 017442 116037 000002 020162' MOVB DXWD3(R0),QPROAD ;;;OUTPUT A CHARACTER
4198 017450 .ENB6 ;;;ENABLE INTERRUPTS
017450 012637 177776 MOV (SP)+,@#PS
4199 017454 DIR$ #QPROMS ;OUTPUT CHARACTER
017454 012746 020140' MOV #QPROMS,-(SP)
017460 104375 EMT 375
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-4
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4200 017462 .INH6 ;INHIBIT INTERRUPTS
017462 013746 177776 MOV @#PS,-(SP)
017466 112737 000300 177776 MOVB #300,@#PS
4201 017474 012760 177776 000002 MOV #-2,DXWD3(R0) ;;;ACKNOWLEDGE CHARACTER OUTPUT
4202 017502 012760 014000 000010 MOV #DEP!PRTOFF!EPTR,TNAD1(R0) ;;; +001 SET DEPOSIT
4203 017510 012760 000455 000012 MOV #DTEMTD,TNAD2(R0) ;;;START TRANSFER TO INDICATE CHARACTER OUTPUT
4204 017516 CALL ..WFED ;;; [4.1.1121] WAIT FOR EXAMINE DEPOSIT
017516 004737 047454' JSR PC,..WFED
4205 017522 103707 BCS 87$ ;;;WHOOPS !
4206 017524 012715 000400 MOV #TO10DB,@R5 ;;;CLEAR THE 11 DOORBELL AND SET THE 10'S DOORBELL
4207 017530 000621 BR 70$ ;;;CONTINUE POLLING
4208
4209 ;
4210 ; SEND DATE/TIME INFO (FUNCTION 13)
4211 ;
4212 017532 97$:
4213 017532 005060 000006 CLR DXWD1(R0) ;;; [**]
4214 017536 016001 000004 MOV DXWD2(R0),R1 ;;; [**]
4215 017542 013760 001140' 000004 MOV .DATE,DXWD2(R0) ;;; [**]
4216 017550 013760 001142' 000002 MOV .YEAR,DXWD3(R0) ;;; [**]
4217 017556 CALL 98$ ;;; [**]
017556 004737 017634' JSR PC,98$
4218 017562 103667 BCS 87$ ;;; [**]
4219 017564 013760 001144' 000004 MOV .DAY,DXWD2(R0) ;;; [**]
4220 017572 013760 001146' 000002 MOV .DST,DXWD3(R0) ;;; [**]
4221 017600 CALL 98$ ;;; [**]
017600 004737 017634' JSR PC,98$
4222 017604 103656 BCS 87$ ;;; [**]
4223 017606 013760 001150' 000004 MOV .SSM,DXWD2(R0) ;;; [**]
4224 017614 013760 001152' 000002 MOV .SSM+2,DXWD3(R0) ;;; [**]
4225 017622 CALL 98$ ;;; [**]
017622 004737 017634' JSR PC,98$
4226 017626 103645 BCS 87$ ;;; [**]
4227 017630 000137 017072' JMP 55$ ;;; [**]
4228 017634 98$:
4229 017634 012760 014000 000010 MOV #DEP!EPTR!PRTOFF,TNAD1(R0) ;;; [**]
4230 017642 010160 000012 MOV R1,TNAD2(R0) ;;; [**]
4231 017646 CALL ..WFED ;;; [**]
017646 004737 047454' JSR PC,..WFED
4232 017652 005201 INC R1 ;;; [**]
4233 017654 RETURN ;;; [**]
017654 000207 RTS PC
4234
4235 ;
4236 ; CHANGE PROTOCOL TO PRIMARY (FUNCTION 12)
4237 ;
4238 017656 100$:
4239 017656 005037 001402' CLR .DTBLK ;;; [4.1.1121] DTE-20 IS NO LONGER BLOCKED
4240 017662 005002 CLR R2 ;;; +++006 NEED ACKNOWLEGE
4241 017664 042737 006000 001012' BIC #EF.PFR!EF.CRI,.COMEF+2 ;;; +++007 GUARD AGAINST SPURIOUS POWERFAIL
4242 ;;; +++008 DECLARE COMM REGION VALID
4243 017672 032760 000001 000002 BIT #1,DXWD3(R0) ;;;CHECK FOR RE-INIT
4244 017700 001451 BEQ 120$ ;;; +++006 NO
4245 017702 110$:
4246 017702 010046 MOV R0,-(SP)
4247 017704 113$:
4248 017704 013704 001334' MOV TO10Q,R4 ;;; +003 Q LISTHEAD TO R4
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-5
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4249 017710 022704 001334' CMP #TO10Q,R4 ;;; +003 DONE?
4250 017714 001416 BEQ 112$ ;;; +003 YES -- LEAVE
4251 017716 CALL ..NDEL ;;; +003 NO -- REMOVE THIS ENTRY FROM Q
017716 004737 045320' JSR PC,..NDEL
4252 017722 005764 000012 TST 12(R4) ;;; +003 TEST INDIRECT INDICATOR
4253 017726 003003 BGT 111$ ;;; +003 NOT INDIRECT -- GO ON
4254 017730 056474 000024 000026 BIS 24(R4),@26(R4) ;;; +003 INDIRECT -- DECLARE XFER COMPLETE
4255 017736 111$:
4256 017736 010400 MOV R4,R0 ;;; +003 SET UP TO
4257 017740 016001 000004 MOV 4(R0),R1 ;;; +003 RETURN CORE BLOCK
4258 017744 CALL ..DECB ;;; +003 RETURN IT
017744 004737 046010' JSR PC,..DECB
4259 017750 000755 BR 113$ ;;; +003 DO NEXT ENTRY IN Q
4260 ;
4261 017752 112$:
4262 017752 005037 001332' CLR TO10QC ;;; +003 DONE -- CLEAR CURRENT COUNTS
4263 017756 005037 001262' CLR .CPDV ;;; CLEAR CURRENT TO-10 DEVICE
4264 017762 013700 001270' MOV .CRHD,R0 ;;; GET CURRENT NODE
4265 017766 062700 000010 ADD #10,R0 ;;; POINT TO DATA AREA
4266 017772 010037 001266' MOV R0,.CRPB ;;; AND SET BUFFER POINTER.
4267 017776 005060 177776 CLR -2(R0) ;;; CLEAR ENTRY COUNT
4268 020002 016000 177774 MOV -4(R0),R0 ;;; GET LENGTH OF NODE
4269 020006 162700 000012 SUB #10.,R0 ;;; ADJUST,
4270 020012 010037 001264' MOV R0,.CRSZ ;;; AND SET BUFFER SIZE.
4271 020016 005037 001256' CLR .CRQZ ;;; NOTHING ENTERED YET.
4272 020022 012600 MOV (SP)+,R0
4273 020024 120$: ;;; +++005
4274 020024 105037 001401' CLRB TOXQIP ;;; [4.1.1035] RESET THE QUEUE INTERLOCK
4275 020030 CLEF$S #E.FPR2 ;;;TURN SECONDARY PROTOCOL OFF
020030 012746 000076 MOV #E.FPR2,-(SP)
020034 012746 MOV (PC)+,-(SP)
020036 037 002 .BYTE 31.,2
020040 104375 EMT 375
4276 020042 DTON$S ;;;ENABLE DTE20
020042 012746 000003 MOV #DF.ON,-(SP)
020046 012746 001011 MOV #400*2.+DR.DTE,-(SP)
020052 104375 EMT 375
4277 020054 103002 BCC 125$ ;;; [**]
4278 020056 000137 017342' JMP 87$ ;;; +++006 LOST COMM REGION
4279 020062 125$:
4280 020062 005702 TST R2 ;;; +++006 ACKNOWLEGE??
4281 020064 001013 BNE 130$ ;;; +++006 NO -- GO ON
4282 020066 012760 177776 000002 MOV #-2,DXWD3(R0) ;;; +++006 ACK THE COMMAND
4283 020074 012760 014000 000010 MOV #DEP!EPTR!PRTOFF,TNAD1(R0) ;;; +++001 SET DEPOSIT
4284 020102 012760 000444 000012 MOV #DTEFLG,TNAD2(R0) ;;; +++006 START IT
4285 020110 CALL ..WFED ;;; [4.1.1121] WAIT FOR IT
020110 004737 047454' JSR PC,..WFED
4286 020114 130$: ;;; +++006
4287 020114 012715 000440 MOV #INTRON!TO10DB,@R5 ;;;ENABLE INTERRUPTS
4288 020120 .ENB0 ;;;ENABLE INTERRUPTS
020120 004737 045540' JSR PC,..ENB0
4289 020124 005237 001164' INC .ACKAL ;SEND ACK ALL
4290 020130 005037 005716' CLR .FEACT ;FE IS NOW AVAILABLE
4291 020134 000137 016562' JMP BTPRO ;WAIT FOR PROTOCOL REACTIVICATION.
4292 ;
4293 020140 QPROMS:
4294 020140 QIOW$ IO.WLB,1,2,0,0,0,<QPROAD,1,0>
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 81-6
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
020140 003 011 .BYTE 3,$$$ARG
020142 000400 .WORD IO.WLB
020144 000001 .WORD 1
020146 002 000 .BYTE 2,0
020150 000000 .WORD 0
020152 000000 .WORD 0
020154 020162' .WORD QPROAD
020156 000001 .WORD 1
020160 000000 .WORD 0
4295 020162 QPROAD:
4296 020162 000000 .WORD 0
BOOT -- BOOT PROTOCOL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 82
SECONDARY PROTOCOL -- BOOT PROTOCOL SERVICE
4298
4299 .TITLE PF -- POWER FAIL HANDLER
4300 .SBTTL POWERFAIL HANDLER -- COPYRIGHT STATEMENT
4301 020164 IDENT$ 14,05
.IDENT /014050/
4302 ;
4303 ; COPYRIGHT (C) 1975, 1984, 1985 BY
4304 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
4305 ; ALL RIGHTS RESERVED.
4306 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
4307 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
4308 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
4309 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
4310 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
4311 ;
4312 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
4313 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
4314 ; CORPORATION.
4315 ;
4316 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
4317 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
4318 ;
4319 ; MODULE: "POWER FAIL"
4320 ;
4321 ; VERSION: 14-05
4322 ;
4323 ; AUTHOR: R. MCLEAN
4324 ;
4325 ; DATE: 19 JUL 75
4326 ;
4327 ;
4328 ; THIS MODULE CONTAINS:
4329 ;
4330 ; 1 -- CODE TO SUPPORT POWER FAIL
4331 ;
4332 ; MODIFICATIONS:
4333 ;
4334 ; NO. DATE PROGRAMMER REASON
4335 ; --- ---- ---------- ------
4336 ; 001 10-AUG-77 R. BELANGER WAIT FOR KL CROBAR TO
4337 ; SETTLE ON POWER RESTART
4338 ; 002 18-AUG-77 R. BELANGER FLAG POWER RESTART
4339 ; TCO 4.2205 08-MAR-79 R. BELANGER RESET SENADALL DATABASE
4340 ; ON POWER UP
4341 ; TCO 4.2249 09-MAY-79 R. BELANGER ALLOW POWER FAIL RECOVERY
4342 ; TO COMPLETE BEFORE NOTIFYING KL10
4343 ; MODIFY PARITY REGISTER INITIALIZATION
4344 ; NOT NOT ALTER CPU PRIORITY ON TRAP
4345
4347 .MCALL CALL,$DEF,.CRASH
4348 020164 $DEF
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 83
POWERFAIL -- POWER DOWN
4351 .SBTTL POWERFAIL -- POWER DOWN
4352
4353 ;+
4354 ; POWER FAILURE AND RECOVERY SERVICE
4355 ;
4356 ; WHEN A POWER FAILURE TRAP OCCURS, THE VOLATILE REGISTERS
4357 ; ARE SAVED AND THE TRAP VEECTOR FOR POWER UP IS SET.
4358 ;
4359 ; IF POWER FAIL INTERRUPTS A PRI 7 (I/O INITALIZE OR DTE
4360 ; EXAMINE/DEPOSIT) THEN .PFAIL IS SET AND RTI
4361 ; IS EXECUTED. ROUTINES WHICH BREAK DOWN FROM PRI7
4362 ; MUST CHECK TO SEE IF .PFAIL IS SET AND JUMP TO
4363 ; .PFRTN -- THIS WILL ALLOW THEM TO FINISH AND
4364 ; STILL PROTECT POWERFAIL FROM FAILING
4365 ;
4366 ;
4367 ; NOTE: POWERFAIL TRAP CANNOT BE INHIBITED.
4368 ; POWER FAIL TRAP SERVICE CAN NOT USE ROUTINES THAT INHIBIT
4369 ; INTERRUPTS TO AVOID RACE CONDITIONS
4370 ;
4371 ; NOTE: ALL MEMORY IS ASSUMED TO BE NON-VOLATILE (IT CANNOT BE
4372 ; SAVED IN THE TIME PERMITTED FOR POWER FAIL SAVE)
4373 ;
4374 ; NOTE: A KL10 INITIATED FRONT-END RELOAD SIMULATES A POWER-FAIL
4375 ; TRAP TO STOP THE FRONT-END
4376 ;
4377 ; POWER DOWN ENTRY -- CONTROL IS TRANSFERRED HERE (VIA POWER
4378 ; FAIL TRAP VECTOR) AT PRIORITY SEVEN.
4379 ;
4380 ; STACK SUMMARY:
4381 ;
4382 ; 0(SP) -- POWERFAIL TRAP PC
4383 ; 2(SP) -- POWERFAIL TRAP PS
4384 ; 4(SP) -- BEGINNING OF INTERRUPTED PROCESS STACK
4385 ;-
4386
4387 020164 .PWRDN::
4388 020164 052737 006000 001012' BIS #EF.PFR!EF.CRI,.COMEF+2 ; +++002 ALWAYS FLAG POWER FAIL (ALWAYS!)
4389 020172 005237 011370' INC .PFDBG ;[**]
4390 020176 016646 000002 MOV 2(SP),-(SP) ;FIND THE PS
4391 020202 042716 177437 BIC #177437,@SP ;MASK OFF ALL BUT PRI
4392 020206 022726 000340 CMP #340,(SP)+ ;IS IT PRI 7?
4393 020212 001005 BNE 10$ ;NO -- THEN ACCEPT POWER FAIL
4394 020214 005237 001026' INC .PFAIL ;SET POWER FAIL ERROR
4395 020220 105237 001014' INCB .SERFG+0 ; +++001 LEST WE FORGET...
4396 020224 000006 RTT ;RETURN TO CALLER
4397
4398 020226 013746 000006 10$: MOV @#6,-(SP) ;SAVE LOW CORE
4399 020232 013746 000004 MOV @#4,-(SP)
4400 020236 012737 020312' 000004 MOV #20$,@#4 ;SET UP TO HALT IF FAKE POWER FAIL
4401 020244 012737 000340 000006 MOV #340,@#6 ;SET PRIORITY 7 IN ODD ADDRESS TRAP ADDRESS
4402 ;
4403 ; STACK SUMMARY:
4404 ;
4405 ; 0(SP) -- SAVED ABSOLUTE 4
4406 ; 2(SP) -- SAVED ABSOLUTE 6
4407 ; 4(SP) -- POWERFAIL TRAP PC
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 83-1
POWERFAIL -- POWER DOWN
4408 ; 6(SP) -- POWERFAIL TRAP PS
4409 ; 10(SP) -- INTERRUPTED PROCESS STACK
4410 ;
4411 020252 005737 173000 TST .BM873 ;IF NOT POWER FAIL THIS WILL TRAP TO 4
4412 ; AND IMMEDIATELY HALT AT "20$" BELOW,
4413 ; IN WHICH CASE THE TRAP PS/PC WILL BE ON STACK
4414 020256 010046 MOV R0,-(SP) ;SAVE REGISTERS
4415 020260 010146 MOV R1,-(SP)
4416 020262 010246 MOV R2,-(SP)
4417 020264 010346 MOV R3,-(SP)
4418 020266 010446 MOV R4,-(SP)
4419 020270 010546 MOV R5,-(SP)
4420 020272 010637 001032' MOV SP,PWRXSP ;SAVE STACK REGISTER
4421 020276 012737 020314' 000024 MOV #PWR.UP,@#24 ;SET UP POWER UP TRAP VECTOR ADDRESS
4422 020304 012737 000006 001034' MOV #6,CROBAR ; +++001 SET UP CROBAR COUNTER
4423 020312 000000 20$: HALT
4424 ;
4425 ; CRASH (NON-POWERFAIL) STACK SUMMARY:
4426 ;
4427 ; 0(SP) -- BM873 ROM TRAP PC
4428 ; 2(SP) -- BM873 ROM TRAP PS
4429 ; 4(SP) -- SAVED ABSOLUTE 4
4430 ; 6(SP) -- SAVED ABSOLUTE 6
4431 ; 10(SP) -- POWERFAIL TRAP PC
4432 ; 12(SP) -- POWERFAIL TRAP PS
4433 ; 14(SP) -- INTERRUPTED PROCESS STACK
4434 ;
4435 ; THE TOP OF THIS STACK IS POINTED TO BY LOCATION 54 IN THE CRASH DUMP
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 84
POWERFAIL -- POWER UP ENTRY
4437 .SBTTL POWERFAIL -- POWER UP ENTRY
4438
4439 ;
4440 ;
4441 ; POWER UP ENTRY
4442 ;
4443 020314 PWR.UP::
4444 020314 013706 001032' MOV PWRXSP,SP ;RESTORE STACK POINTER
4445 020320 012737 020314' 000004 MOV #PWR.UP,@#4 ; +++001 MAKE BUS TIMEOUT TRAP TO "PWR.UP"
4446 020326 012737 004340 000006 MOV #4340,@#6
4447 020334 005337 001034' DEC CROBAR ; +++001 COUNT THIS ATTEMPT
4448 020340 003003 BGT 10$ ; +++001 ALL OK IF STILL .GT. 0
4449 020342 .CRASH CBR ; +++001 CRASH IF MORE THAN ONE MINUTE
020342 000004 IOT
020344 103 102 122 .ASCIZ /CBR/
020347 000
4450 ;
4451 020350 10$:
4452 020350 013701 001366' MOV .PRDTE,R1 ; +++001 ADDRESS OF DTE20 TO R1
4453 020354 CALL 20$ ; +++001 WAIT FOR KL CROBAR
020354 004737 020474' JSR PC,20$
4454 020360 CALL 20$ ; +++001 AND BE VERY SURE OF IT
020360 004737 020474' JSR PC,20$
4455 020364 012761 000100 000032 MOV #DRESET,DAG2(R1) ; +++001 RESET THE DTE20
4456 020372 005037 001026' CLR .PFAIL ;CLEAR POWER FAIL FLAG
4457 020376 012737 177777 001030' MOV #-1,.PFIOW ;SET POWER FAIL BITS TO INTERRUPT ROUTINES
4458 020404 012605 MOV (SP)+,R5 ;RESTORE REGISTERS
4459 020406 012604 MOV (SP)+,R4
4460 020410 012603 MOV (SP)+,R3
4461 020412 012602 MOV (SP)+,R2
4462 020414 012601 MOV (SP)+,R1
4463 020416 012600 MOV (SP)+,R0
4464 020420 012637 000004 MOV (SP)+,@#4 ;RESTORE LOW CORE
4465 020424 012637 000006 MOV (SP)+,@#6
4466 020430 012737 020164' 000024 MOV #.PWRDN,@#24 ;SET UP POWER DOWN TRAP AGAIN
4467 020436 052737 000100 001126' BIS #KS.PFT,.KLITK ;FORCE POWER RESTART
4468 020444 012737 000401 001122' MOV #401,.NOERR ;SET NO ERROR OR HALT
4469 020452 CALL ..DTSP ;TURN OFF PROTOCOL TASKS
020452 004737 050226' JSR PC,..DTSP
4470 020456 105237 001124' INCB .TKTN ;TASK TERMINATION REQUEST
4471 020462 152737 000200 001014' BISB #EV.PF,.SERFG+0 ;INDICATE POWER FAIL & SIG EVENT
4472 020470 000137 015062' JMP ..INTX ;RETURN TO INTERRUPTED ROUTINE
4473 ;
4474 020474 20$: ; +++001
4475 020474 012700 000454 MOV #^D<5*60>,R0 ; +++001 WAIT FOR CROWBAR TO SETTLE (5 SECONDS)
4476 020500 30$: ; +++001
4477 020500 105737 177546 TSTB @#LKS ; +++001 CHECK WITH CLOCK
4478 020504 100375 BPL 30$ ; +++001 WAIT FOR TICK
4479 020506 105037 177546 CLRB @#LKS ; +++001 CLEAR CLOCK FLAG
4480 020512 077006 SOB R0,30$ ; +++001 WAIT THE FULL COUNT
4481 020514 005777 160644 TST @.PRSTA ; +++001 LOOK AT DTE20 STATUS REGISTER
4482 ; +++001 IF NOT THERE (CROBAR TRUE) TRAP
4483 ; +++001 TO "PWR.UP", ELSE GO ON
4484 020520 RETURN ; +++001 MADE IT -- RETURN
020520 000207 RTS PC
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 85
POWERFAIL -- POWER FAIL RESTART
4486 .SBTTL POWERFAIL -- POWER FAIL RESTART
4487
4488 ; .PFAIL INDICATES POWER FAIL IN PROGRESS
4489 ; .PFIOW IS BIT ENCODED TO INDICATE POWER FAIL
4490 ; OCCURED AND POWER UP RECOVERY IS NECESSARY
4491
4492 020522 .PFRST::
4493 020522 000005 RESET ; [**] DO A UNIBUS INIT
4494 020524 013746 000004 MOV @#4,-(SP) ; SAVE ABSOLUTE 4 (NEXM STOP)
4495 020530 010046 MOV R0,-(SP) ; SAVE REGISTERS
4496 020532 010146 MOV R1,-(SP)
4497 020534 010246 MOV R2,-(SP)
4498 020536 010346 MOV R3,-(SP)
4499 020540 010446 MOV R4,-(SP)
4500 020542 010546 MOV R5,-(SP)
4501 020544 012737 177777 001030' MOV #-1,.PFIOW ; INDICATE POWER/FAIL TTY ENABLE
4502 020552 012702 002612' MOV #.SNDLP,R2 ; [4.2205] INIT SENDALL POINTER
4503 020556 012703 000004 MOV #4,R3 ; [4.2205] INIT SENDALL COUNTER
4504 020562 005022 CLR (R2)+ ; [4.2205] CLEAR SENDALL INDEX
4505 020564 10$:
4506 020564 005062 000010 CLR 10(R2) ; [4.2205] CLEAR SENDALL COUNT
4507 020570 012200 MOV (R2)+,R0 ; [4.2205] GET BUFFER POINTER
4508 020572 001402 BEQ 20$ ; [4.2205] GO ON IF NULL
4509 020574 CALL ..DECN ; [4.2205] DEALLOCATE THE BUFFER
020574 004737 046004' JSR PC,..DECN
4510 020600 20$:
4511 020600 077307 SOB R3,10$ ; [4.2205] LOOP THROUGH ALL 4 NODES
4512 020602 CALL .DHTMO ; [4.2205] DO TIMEOUT
020602 004737 042030' JSR PC,.DHTMO
4513 020606 CALL .DLTMO
020606 004737 041520' JSR PC,.DLTMO
4514 020612 CALL .DMTMO
020612 004737 042336' JSR PC,.DMTMO
4515 020616 005237 006244' INC .LPPFL
4516 020622 005237 005736' INC .CRPFL
4517 020626 005037 002606' CLR .ABCNT
4518 020632 005037 002610' CLR .ABFLG
4519 020636 105037 001400' CLRB .PRPSE
4520 020642 005037 001030' CLR .PFIOW ; CLEAR POWER FAIL FLAG
4521 020646 005037 011370' CLR .PFDBG ;[**]
4522 020652 012704 000020 MOV #16.,R4 ; SET UP TO RESTORE PARITY ERROR REGISTERS
4523 020656 012705 172100 MOV #.PARRG,R5 ; SET UP THE ADDRESS OF THE REGISTERS
4524 020662 012737 020742' 000004 MOV #PARLOT,@#4 ; [4.2249] SET UP 4 TO TRAP TO "PARLOT"
4525
4526 .ENABL LSB
4527
4528 020670 PARLOA:
4529 020670 012725 000001 MOV #1,(R5)+ ; [4.2249] ENABLE PARITY CHECKING
4530 020674 10$:
4531 020674 077403 SOB R4,PARLOA ; [4.2249] LOOP THROUGH ALL REGISTERS
4532 020676 012605 MOV (SP)+,R5 ; [4.2249] DONE -- RESTORE REGISTERS
4533 020700 012604 MOV (SP)+,R4
4534 020702 012603 MOV (SP)+,R3
4535 020704 012602 MOV (SP)+,R2
4536 020706 012601 MOV (SP)+,R1
4537 020710 012600 MOV (SP)+,R0
4538 020712 012637 000004 MOV (SP)+,@#4 ; [4.2249] RESTORE LOW CORE
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 85-1
POWERFAIL -- POWER FAIL RESTART
4539 020716 042737 004000 001012' BIC #EF.PFR,.COMEF+2 ; [4.2249] CLEAR POWERFAIL IN PROGRESS FLAG
4540 020724 012737 000100 177546 MOV #.INTEN,@#LKS ; [4.2249] ENABLE CLOCK
4542 020732 012777 000400 160424 MOV #TO10DB,@.PRSTA ; [4.2249] RING THE DOORBELL TO TELL 10 WE ARE HERE AND READY
4544 020740 RETURN ; [4.2249] RETURN TO CALLER
020740 000207 RTS PC
4545 ;
4546 ; HERE ON A TRAP FROM A NON-EXISTENT PARITY REGISTER
4547 ;
4548 020742 PARLOT:
4549 020742 032626 BIT (SP)+,(SP)+ ; [4.2249] FLUSH THE TRAP PS/PC
4550 020744 000753 BR 10$ ; [4.2249] AND CONTINUE THROUGH ALL REGISTERS
4551 ;
4552
4553 .DSABL LSB
PF -- POWER FAIL HANDLER MACRO M1113 03-APR-86 22:25 PAGE 86
POWERFAIL -- POWER FAIL RESTART
4555
4556
4557 .TITLE DMDTE - DTE DIRECTIVES MODULE
4558 .SBTTL DTE DIRECTIVES -- COPYRIGHT STATEMENT
4559 020746 IDENT$ RSX$$V,RSX$$E,RSX$$F
.IDENT /E15500/
4560 ;
4561 ; COPYRIGHT (C) 1975, 1984, 1985 BY
4562 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
4563 ; ALL RIGHTS RESERVED.
4564 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
4565 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
4566 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
4567 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
4568 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
4569 ;
4570 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
4571 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
4572 ; CORPORATION.
4573 ;
4574 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
4575 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
4576 ;
4577 ; MODULE: "DTE20" DIRECTIVE
4578 ;
4579 ; VERSION: 14-45
4580 ;
4581 ; AUTHOR: R. MCLEAN
4582 ;
4583 ; DATE: 19 MAR 75
4584 ;
4585 ;
4586 ; THIS MODULE CONTAINS:
4587 ;
4588 ; 1 -- CODE TO SERVICE THE DTE20 EMT SERVICE
4589 ;
4590 ; MODIFICATIONS:
4591 ;
4592 ; NO. DATE PROGRAMMER PURPOSE
4593 ; --- ---- ---------- -------
4594 ; 001 14-MAR-77 R. BELANGER CONDITIONALLY REMOVE UNUSED
4595 ; DTE-20 EMT SERVICES
4596 ; 002 01-APR-77 A. PECKHAM FIX BUG IN "$DTEON"
4597 ; 003 18-AUG-77 R. BELANGER FIX "$DTEON" TO RETURN CORRECT STATUS
4598 ; AND NOT START PRIMARY PROTOCOL IF
4599 ; "..SWED" FAILS.
4600 ; 004 21-FEB-78 R. BELANGER FIX "$DTEON" TO SET UP
4601 ; "PROTBL" PROPERLY.
4602 ; TCO 4.2107 06-DEC-78 R. BELANGER INITIALIZE KEEP-ALIVE DATA-BASE
4603 ; IN "$DTEON".
4604 ; TCO 4.1.1105 11-MAR-80 R. BELANGER CHANGE "EF.PR1" RECOGNITION
4605 ; TCO 4.1.1121 19-MAR-80 R. BELANGER SUPPORT BLOCKED DTE-20
4606 ; TCO 4.1.1137 05-APR-80 R. BELANGER REMOVE RESTRICTED DTE-20 SUPPORT
4607 ;
4608 ;19-JAN-83 TCO 6.1508 D. WEAVER
4609 ; GET THE CPU NUMBER OF THE KL WE ARE RUNNING AND STORE IN .KLCPU
4610 ; SO WE CAN DO WARM RESTART ON SMP SYSTEMS (USED BY KLINIT)
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 86-1
DTE DIRECTIVES -- COPYRIGHT STATEMENT
4611 ;
4612
4613 ; MACRO CALLS
4614
4615 .MCALL CALL,RETURN,MFPI,MTPI,MFPS,MTPS,.CRASH,.INH,.ENB,$DEF
4616
4617 020746 $DEF
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 87
DTE20 EMT DISPATCH DECODER
4619 .SBTTL DTE20 EMT DISPATCH DECODER
4620 ;
4621 ; CALLED BY EMT DISPATCH
4622 ; THIS ROUTINE DECODES THE SPECIFIC DTE FUNCTION CODE
4623 ; AND DISPATCHES TO THE CORRECT FUNCTION
4624 ;
4625 ; ENTRY CONDITIONS:
4626 ;
4627 ; R1 -- ADDRESS OF DPB
4628 ; R2 -- SIZE OF DPB
4629 ; R3 -- DIRECTIVE IDENTIFICATION CODE
4630 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
4631 ;
4632 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
4633 ;
4634 ; R0,R1,R2,R3,R4,R5
4635 ;
4636 ; REGISTERS FOR USER AND DOES NOT REQUIRE EMT SERVICE
4637 ; ROUTINES TO SAVE EMT'S REGISTERS.
4638 ;
4639 ; EXIT TO DTE EMT SERVICE ROUTINE CONDITIONS:
4640 ;
4641 ; 3(SP) -- FUNCTION CODE PLUS HIGH ORDER BYTE OF SECOND WORD OF DPB
4642 ; R0 -- POINTER TO EXAMINE/DEPOSIT ADDRESSES
4643 ; R1 -- WORD 5 OF DPB
4644 ; R2 -- WORD 3 OF DPB
4645 ; R3 -- WORD 4 OF DPB
4646 ; R4 -- ADDRESS OF DPB
4647 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
4648 ;
4649 ;
4650 ;
4651 020746 .D.DTE::
4652 020746 005046 CLR -(SP)
4653 020750 005046 CLR -(SP)
4654 020752 010146 MOV R1,-(SP) ;SAVE POINTER TO DPB FOR R4
4655 020754 MFPS (R1)+,R0 ;PUT THE FUNCTION CODE IN R0
020754 012100 MOV (R1)+,R0
4656 020756 150066 000002 BISB R0,2(SP)
4657 020762 105000 CLRB R0
4658 020764 010066 000004 MOV R0,4(SP)
4659 020770 010204 MOV R2,R4 ;SAVE SIZE OF DPB
4660 020772 005046 CLR -(SP) ;SET DEFAULT PROCESSOR NUMBER
4661 020774 162704 000002 SUB #2,R4 ;CHECK COUNT OF PARAMETERS
4662 021000 001407 BEQ 10$ ;IF ZERO REGISTERS DON'T NEED BE SET UP (NO PARAMS)
4663 021002 MFPS (R1)+,R2 ;MOVE THE CPU ADDRESS
021002 012102 MOV (R1)+,R2
4664 021004 MFPS (R1)+,R3 ;MOVE IN OFFSET ADDRESS TO COMM AREA
021004 012103 MOV (R1)+,R3
4665 021006 162704 000002 SUB #2,R4 ;CHECK TO SEE IF CPU PARAMETER
4666 021012 001402 BEQ 10$ ;NO -- DON'T ATTEMPT TO SET REGISTER
4667 021014 MFPS (R1)+,@SP ;YES -- SET CPU NUMBER
021014 012116 MOV (R1)+,@SP
4668 021016 001031 BNE CPUERR ; [4.1.1137] ERROR IF NOT CPU 0
4669 021020 10$:
4670 021020 012601 MOV (SP)+,R1 ;SET CPU NUMBER
4671 021022 012604 MOV (SP)+,R4
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 87-1
DTE20 EMT DISPATCH DECODER
4672 021024 012700 001244' MOV #PROTBL,R0 ; [4.1.1137] FIND PROCESSOR BLOCK
4673 021030 006316 ASL @SP ;MULTIPLY FUNCTION CODE BY 2 TO FORM OFFSET
4674 021032 062716 021042' ADD #DTEDSP-2,@SP ;POINT INTO DISPATCH TABLE
4675 021036 017616 000000 MOV @(SP),@SP
4676 021042 000136 JMP @(SP)+ ;GO TO ROUTINE AND REMOVE ELEMENTFROM STACK
4677 ;
4678 021044 021104' DTEDSP: .WORD $DORBL ;RING DORBELL (FUNCTION CODE 1)
4679 021046 021106' .WORD $DTEOF ;TURN OFF DTE20 (FUNCTION CODE 2)
4680 021050 021114' .WORD $DTEON ;TURN ON DTE20 (FUNCTION CODE 3)
4681 021052 021536' .WORD $DPMYG ;DEPOSIT MY GENERAL SECTION (FUNCTION CODE 4)
4682 021054 021570' .WORD $EXMYG ;EXAMINE MY GENERAL SECTION (FUNCTION CODE 5)
4683 021056 021600' .WORD $EXMYN ;EXAMINE MY SECTION FOR CPU N (FUNCTION CODE 6)
4684 021060 021606' .WORD $DPMYN ;DEPOSIT MY SECTION FOR CPU N (FUNCTION CODE 7)
4685 021062 021614' .WORD $EXHSG ;EXAMINE HIS GENERAL COMM (FUNCTION CODE 10)
4686 021064 021622' .WORD $EXHSM ;EXAMINE HIS SECTION FOR ME (FUNCTION CODE 11)
4687 021066 021630' .WORD $KLDFR ;START KL10 DIAGNOSTIC FUNCTION READ
4688 021070 021770' .WORD $KLDFW ;START KL10 DIAGNOSTIC FUNCTION WRITE
4689 021072 021746' .WORD $KLDFX ;START KL10 DIAGNOSTIC FUNCTION (FUNCTION CODE 12)
4690 021074 022102' .WORD $PRVEX ;PRIVILEDGED EXAMINE (FUNCTION 13)
4691 021076 022066' .WORD $PRVDP ;PRIVILEDGED DEPOSIT (FUNCTION 14)
4692 021100 022136' .WORD $RWDRG ;READ/WRITE DIAGNOSTIC REGISTER (FUNCTION 15)
4693 ;
4694 021102 CPUERR:
4695 021102 104776 TRAP DE.02 ; ILLEGAL CPU
4696 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 88
$DORBL -- RING THE KL-10 DOORBELL
4698 .SBTTL $DORBL -- RING THE KL-10 DOORBELL
4699
4700 ;+
4701 ; $DORBL -- RING THE DOORBELL OF THE KL-10 SPECIFIED
4702 ;
4703 ; * * * U N S U P P O R T E D F U N C T I O N * * *
4704 ;
4705 ;-
4706
4707 021104 $DORBL::
4724
4725 021104 104635 TRAP DE.99 ; +++001 THIS ISN'T HERE
4726 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 89
$DTEOF -- TURN THE DTE20 OFF
4729 .SBTTL $DTEOF -- TURN THE DTE20 OFF
4730
4731 ;+
4732 ; $DTEOF -- TURN OFF THE DTE20
4733 ;
4734 ; CALLING SEQUENCE:
4735 ;
4736 ; JMP $DTEOF
4737 ;
4738 ; EXIT CONDITIONS:
4739 ;
4740 ; R0 --1 TO INDICATE SUCCESS
4741 ; CC-C CLEAR TO INDICATE SUCCESS
4742 ;
4743 ; ERROR CONDITIONS: NONE
4744 ;
4745 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
4746 ;-
4747
4748 021106 $DTEOF::
4761 021106 CALL ..DTP2 ;+ START UP SECONDARY PROTOCOL.
021106 004737 050244' JSR PC,..DTP2
4762 021112 104401 TRAP DR.01 ;RETURN STATUS OK
4763 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 90
$DTEON -- TURN THE DTE20 ON
4765 .SBTTL $DTEON -- TURN THE DTE20 ON
4766
4767 ;+
4768 ; $DTEON -- TURN ON THE DTE20
4769 ; THIS ROUTINE WILL SET UP THE TABLES NECESSARY TO
4770 ; INITALIZE THE COMMUNICATON BETWEEN THE PDP10 AND PDP11'S
4771 ;
4772 ; CALLING SEQUENCE:
4773 ;
4774 ; JMP $DTEON
4775 ;
4776 ; EXIT CONDITIONS:
4777 ;
4778 ; R0 --1 TO INDICATE SUCCESS
4779 ; CC-C CLEAR TO INDICATE SUCCESS
4780 ;
4781 ; ERROR CONDITIONS:
4782 ;
4783 ; R0 -2 -- E BOX STOPPED
4784 ; CC-C SET
4785 ;
4786 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
4787 ;-
4788
4789 021114 $DTEON::
4790 021114 010546 MOV R5,-(SP)
4791 021116 011000 MOV (R0),R0 ;;; [4.1.1137] FIND THE COMMON DTE20
4792 021120 005001 CLR R1 ;;;SET UP TO FIND PROCESSOR NUMBER
4793 021122 005002 CLR R2 ;;;START TRANSFER OF ABS WORD 0 OF EPT (MY PROCESSOR NUMBER
4794 021124 012703 001354' MOV #DEXTM3,R3 ;;;SET UP ADDRESS TO STORE WORDS
4795 021130 CALL ..SWED ;;; [4.1.1121] WAIT FOR EXAMINE/DEPOSIT
021130 004737 050126' JSR PC,..SWED
4796 021134 103417 BCS 1$ ;;;E BOX STOP
4797 021136 011304 MOV @R3,R4 ;;;YES --FIND OFFSET TO MY R/W AREA
4798 021140 113702 001357' MOVB @#DEXTM2+1,R2 ;;;FIND THE PROCESSOR NUMBER
4799 ;;; PROCESSOR NUMBER TO LOW ORDER BITS
4800 021144 042702 177740 BIC #^C37,R2 ;;;MASK OFF JUNK(0.-31. LEGAL)
4801 021150 010237 001240' MOV R2,PRMEMN ;;;SAVE PROCESSOR NUMBER
4802 021154 005202 INC R2 ;;;FIND COMMUNICATIONS VIRTUAL 2
4803 021156 010237 001236' MOV R2,COMBSE ;;;SAVE BASE OF COMMUNICATIONS AREA
4804 021162 060402 ADD R4,R2 ;;;ADD OFFSET TO BASE OF COMM AREA
4805 021164 010237 001242' MOV R2,DEPOF ;;;SET CORRECT OFFSETT
4806 021170 CALL ..SWED ;;; [4.1.1121] WAIT FOR TRANSFER
021170 004737 050126' JSR PC,..SWED
4807 021174 1$:
4808 021174 103555 BCS 80$ ;;; +++003
4809 021176 2$:
4810 021176 013705 001356' MOV @#DEXTM2,R5 ;;;PICK UP THE NUMBER OF 8 TM BLOCKS
4811 021202 042705 177770 BIC #177770,R5 ;;;FIND THE NUMBER OF 8 WORD BLOCKS IN MY AREA
4812 021206 162705 000002 SUB #2,R5 ;;;ACCOUNT FOR MY GENERAL SECTION
4813 021212 010246 MOV R2,-(SP)
4814 021214 010546 MOV R5,-(SP) ;;;SAVE COUNT OF BLOCKS
4815 021216 062702 000002 ADD #CPUNUM,R2 ;;;[TCO?] GET THE CPU # OF OUR KL
4816 021222 CALL ..SWED ;;;WAIT FOR TRANSFER
021222 004737 050126' JSR PC,..SWED
4817 021226 113737 001354' 001176' MOVB DEXTM3,.KLCPU ;;;SAVE CPU NUMBER FOR KLINIT
4818 021234 113737 001360' 001177' MOVB DEXTM1,.KLMON ;;;SAVE MONITOR TYPE (FOR FUTURE)
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 90-1
$DTEON -- TURN THE DTE20 ON
4819 021242 16$:
4820 ;;; +++002
4821 021242 062766 000020 000002 ADD #FORPRO,2(SP) ;;;LOOK AT A COMMUNICATIONS AREA TO ANOTHER PROCESSOR
4822 021250 016602 000002 MOV 2(SP),R2
4823 021254 CALL ..SWED ;;; [4.1.1121] WAIT FOR TRANSFER
021254 004737 050126' JSR PC,..SWED
4824 021260 103523 BCS 80$ ;;; +++003 E BOX STOPPED
4825 021262 011304 MOV @R3,R4 ;;;FIND PROCESSOR NUMBER
4826 021264 012705 001244' MOV #PROTBL,R5 ;SET INITIAL POINTER
4827 021270 042704 177770 BIC #177770,R4 ;;;MASK OFF JUNK
4828
4835
4836 021274 19$:
4837 021274 013704 001356' MOV @#DEXTM2,R4 ;;;FIND NUMBER OF 8 WORD BLOCS
4838 021300 042704 177770 BIC #177770,R4 ;;;MASK OFF POSSIBLE GARBAGE
4839 021304 160416 SUB R4,@SP ;;;UPDATE COUNT OF BLOCKS
4840 021306 005015 CLR @R5 ;;;SET UP TO CLEAR TABLE IF NO DTE
4841 021310 013704 001360' MOV @#DEXTM1,R4 ;;;PICK UP DTE NUMBER
4842 021314 032704 000004 BIT #4,R4 ;;;DTE HERE?
4843 021320 001422 BEQ 20$ ;;;NO -- DON'T ENTER IN TABLE
4844 021322 000304 SWAB R4 ;;;MAKE MOD 40 (8)
4845 021324 006004 ROR R4
4846 021326 006004 ROR R4
4847 021330 006004 ROR R4
4848 021332 042704 177637 BIC #177637,R4 ;;;MASKOFF JUNK
4849 021336 062704 174400 ADD #174400,R4 ;;;POINT TO FIRST BLOCK OF DTE'S
4850 021342 020437 001366' CMP R4,.PRDTE ;;;PRIMARY DTE?
4851 021346 001002 BNE 10$ ;;;NO -- DON'T SET TABLE POINTER
4852 021350 010537 001362' MOV R5,.PRADR ;;;SAVE TABLE OFFSET
4853 021354 10$:
4854 021354 010415 MOV R4,@R5 ;;;SET DTE ADDRESS IN TABLE
4855 021356 005014 CLR @R4 ;;; [4.1.1105] SET UP DELAY COUNTER
4856 021360 012764 000040 000034 MOV #INTRON,STATD(R4) ;;;YES -- ENABLE INTERRUPT ON IT
4857 021366 20$:
4858 021366 010265 000002 MOV R2,EMYN(R5) ;;;SET THE ADDRESS OF EXAMINE MY AREA FOR N
4859 ;;;MAKE ADDRESS OF THE ADDRESS OF DEPOSIT MY AREA FOR N
4860 021372 010265 000004 MOV R2,DMYN(R5) ;;;STORE IT
4861 021376 163765 001242' 000004 SUB DEPOF,DMYN(R5) ;;;RESTORE ADDRESS FOR EXAMINE OF THIS BLOCK
4862 021404 062702 000001 ADD #PROPNT-FORPRO,R2 ;;;READ POINTER TO HIS COMM AREA
4863 021410 CALL ..SWED ;;; [4.1.1121] WAIT FOR EXAMINE/DEPOSIT
021410 004737 050126' JSR PC,..SWED
4864 021414 103445 BCS 80$ ;;; +++003 E BOX STOPPED
4865 021416 011302 MOV @R3,R2 ;;;FIND THE EXAMINE ADDRESS
4866 021420 063702 001236' ADD COMBSE,R2 ;;;ADD OFFSET TO COMMON AREA
4867 021424 010265 000006 MOV R2,EHSG(R5) ;;;SET EHSG ADDRESS IN TABLE
4868 021430 062702 000020 ADD #FORPRO,R2 ;;;POINT TO HIS FIRST TABLE FOR OTHER PROCESSORS
4869 021434 50$:
4870 021434 CALL ..SWED ;;; [4.1.1121] WAIT FOR EXAMINE/DEPOSIT
021434 004737 050126' JSR PC,..SWED
4871 021440 103433 BCS 80$ ;;; +++003
4872 021442 123713 001240' CMPB PRMEMN,@R3 ;;;SAME PROCESSOR NUMBER?
4873 021446 001411 BEQ 60$ ;;;YES -- FOUND MY ENTRY
4874 021450 013704 001356' MOV @#DEXTM2,R4 ;;;NO -- FIND NEXT ENTRY IN LIST
4875 021454 042704 177770 BIC #177770,R4 ;;;IT IS IN 8 WORD INCREMENTS
4876 021460 006304 ASL R4 ;;;SO IT MUST BE SHIFTED LEFT 3 BITS
4877 021462 006304 ASL R4 ;;;
4878 021464 006304 ASL R4 ;;;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 90-2
$DTEON -- TURN THE DTE20 ON
4879 021466 060402 ADD R4,R2 ;;;READ NEXT BLOCK
4880 021470 000761 BR 50$ ;;;AND TRY AGAIN
4881 ;
4882 021472 60$:
4883 021472 010265 000010 MOV R2,EHSM(R5) ;;;STORE EHSM ADDRESS
4884 021476 011605 MOV @SP,R5 ;;;DONE ALL BLOCKS??
4885 021500 101260 BHI 16$ ;;; +++002 NO -- TRY NEXT BLOCK
4886 021502 70$:
4887 021502 112737 000005 001416' MOVB #.KALSC,.KPAC+0 ;;; [4.2107] INIT KEEP-ALIVE TIMER
4888 021510 112737 000001 001417' MOVB #1,.KPAC+1 ;;; [4.2107] AND RETRY COUNTER
4889 021516 013737 001404' 001412' MOV KPAL0,OKPAL0 ;;; [4.2107] INIT LAST KEEP ALIVE COUNT
4890 021524 CALL ..DTP1 ;;;START THE PRIMARY PROTOCOL TASK
021524 004737 050274' JSR PC,..DTP1
4891 021530 80$: ;;; +++003
4892 021530 012605 MOV (SP)+,R5 ;;; +++003 RESTORE R5
4893 021532 000137 013710' JMP .DR.NS ;RETURN STATUS IN R0
4894 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 91
$DPMYG -- DEPOSIT INTO MY GENERAL SECTION
4896 .SBTTL $DPMYG -- DEPOSIT INTO MY GENERAL SECTION
4897
4898 ;+
4899 ; $DPMYG -- DEPOSIT INTO MY GENERAL SECTION WITH PROCESSOR N
4900 ;
4901 ; ENTRY CONDITIONS:
4902 ;
4903 ; R2 -- ADDRESS OF PDP-10 LOCATION TO TRANSFER RELATIVE TO MY GEN REGION
4904 ; R3 -- ADDRESS OF PDP-11 CORE ADDRESS TO WRITE FROM
4905 ; CALLING SEQUENCE:
4906 ;
4907 ; JMP $DPMYG
4908 ;
4909 ; EXIT CONDITIONS:
4910 ;
4911 ; R0 -- +1 TRANSFER COMPLETED
4912 ; CC-C CLEAR -- TRANSFER COMPLETED
4913 ;
4914 ; ERROR CONDITIONS:
4915 ;
4916 ; CC-C SET
4917 ;
4918 ; R0 -2 -- E BOX STOPPED
4919 ; R0 -3 -- SECONDARY PROTOCOL IN USE
4920 ;
4921 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
4922 ;-
4923
4924 021536 $DPMYG::
4925 021536 005001 CLR R1
4926 021540 DPCMN:
4927 021540 052701 010000 BIS #DEP,R1 ;;;SET DEPOSIT BIT IN ADDRESS WORD
4928 021544 CMEDP:
4929 021544 005737 001012' TST .COMEF+2 ;;; [4.1.1105] PRIMARY PROTOCOL RUNNING?
4930 021550 100006 BPL DPMSEP ;;; [4.1.1105] NO -- ERROR
4931 021552 011000 MOV @R0,R0 ;;;FIND DTE20 ADDRESS
4932 021554 CALL ..SWED ;;; [4.1.1121] WAIT FOR EXAMINE/DEPOSIT
021554 004737 050126' JSR PC,..SWED
4933 021560 103401 BCS DPSEC ;;;ERROR -2
4934 021562 104401 TRAP DR.01
4935 ;
4936 021564 DPSEC:
4937 021564 104776 TRAP DE.02 ;E BOX STOPPED
4938 ;
4939 021566 DPMSEP:
4940 021566 104775 TRAP DE.03 ;SECONDARY PROTOCOL IN USE
4941 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 92
$EXMYG -- EXAMINE MY GENERAL SECTION
4943 .SBTTL $EXMYG -- EXAMINE MY GENERAL SECTION
4944
4945 ;+
4946 ; $EXMYG -- EXAMINE MY (PDP-11) GENERAL SECTION
4947 ;
4948 ; ENTRY CONDITIONS:
4949 ;
4950 ; R2 -- ADDRESS OF A PDP10 ADDRESS TO EXAMINE RELATIVE TO THE BASE OF MY GENERAL SECTION
4951 ; R3 -- ADDRESS OF THE THREE WORD BLOCK TO TRANSFER TO
4952 ;
4953 ; CALLING SEQUENCE:
4954 ;
4955 ; JMP $EXMYG
4956 ;
4957 ; EXIT CONDITIONS:
4958 ;
4959 ; R0 -- +1 SUCCESS
4960 ; CC-C CLEAR -- SUCCESS
4961 ;
4962 ; ERROR CONDITIONS:
4963 ;
4964 ; CC-C SET
4965 ;
4966 ; R0 -2 -- E BOX STOPPED
4967 ; R0 -3 -- SECONDARY PROTOCOL IN USE
4968 ;
4969 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
4970 ;-
4971
4972 021570 $EXMYG::
4973 021570 063702 001242' ADD DEPOF,R2 ;ADD DEPOSIT OFFSET TO EXAMINE ADDRESS
4974 021574 EXCMN:
4975 021574 005001 CLR R1 ;;;CLEAR HIGH ORDER 10 ADDRESS (FORCES EXAMINE)
4976 021576 000762 BR CMEDP
4977 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 93
$EXMYN -- EXAMINE MY SECTION FOR PROCESSOR N
4979 .SBTTL $EXMYN -- EXAMINE MY SECTION FOR PROCESSOR N
4980
4981 ;+
4982 ; $EXMYN -- EXAMINE MY SECTION FOR COMMUNICATING WITH PROCESSOR N
4983 ;
4984 ; ENTRY CONDITIONS:
4985 ;
4986 ; R2 -- ADDRESS WORD WITHIN REGION TO EXAMINE
4987 ; R3 -- PDP-11 CORE ADDRESS
4988 ;
4989 ; CALLING SEQUENCE:
4990 ;
4991 ; JMP $EXMYN
4992 ;
4993 ; EXIT CONDITIONS:
4994 ;
4995 ; R0 -- +1 - SUCCESS
4996 ; CC-C CLEAR -- SUCCESS
4997 ;
4998 ; ERROR CONDITIONS:
4999 ;
5000 ; CC-C SET
5001 ; R0 -1 -- ILLEGAL CPU NUMBER
5002 ; R0 -2 -- E BOX STOPPED
5003 ; R0 -3 -- SECONDARY PROTOCOL IN USE
5004 ;
5005 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5006 ;-
5007
5008 021600 $EXMYN::
5009 021600 066002 000002 ADD EMYN(R0),R2 ;SET CALCULATED ADDRESS TO COMM AREA
5010 021604 000773 BR EXCMN ;GO TO COMMON AREA
5011 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 94
$DPMYN -- DEPOSIT INTO MY SECTION FOR COMM WITH PROCESSOR N
5013 .SBTTL $DPMYN -- DEPOSIT INTO MY SECTION FOR COMM WITH PROCESSOR N
5014
5015 ;+
5016 ; $DPMYN -- DEPOSIT INTO MY SECTION FOR COMMUNICATING WITH PROCESSOR N
5017 ;
5018 ; ENTRY CONDITIONS:
5019 ;
5020 ; R2 -- ADDRESS WORD WITHIN REGION TO DEPOSIT
5021 ; R3 -- ADDRESS IN PDP-11 TO TRANSFER FROM
5022 ;
5023 ; CALLING SEQUENCE:
5024 ;
5025 ; JMP $DPMYN
5026 ;
5027 ; EXIT CONDITIONS:
5028 ;
5029 ; R0 -- +1 -SUCCESS
5030 ; CC-C CLEAR - SUCCESS
5031 ;
5032 ; ERROR CONDITIONS:
5033 ;
5034 ; CC-C SET
5035 ; R0 -1 -- ILLEGAL CPU NUMBER
5036 ; R0 -2 -- E BOX STOPPED
5037 ; R0 -3 -- SECONDARY PROTOCOL IN USE
5038 ;
5039 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5040 ;-
5041
5042 021606 $DPMYN::
5043 021606 066002 000004 ADD DMYN(R0),R2 ;FIND CORRECT ADDRESS IN COMMON AREA
5044 021612 000752 BR DPCMN ;DEPOSIT IN COMMON AREA
5045 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 95
$EXHSG -- EXAMINE HIS GENERAL COMMUNICATION SECTION
5047 .SBTTL $EXHSG -- EXAMINE HIS GENERAL COMMUNICATION SECTION
5048
5049 ;+
5050 ; $EXHSG -- EXAMINE HIS GENERAL COMMUNICATION SECTION
5051 ;
5052 ; ENTRY CONDITIONS:
5053 ;
5054 ; R2 -- WORD NUMBER IN HIS GENERAL SECTION
5055 ; R3 -- ADDRESS TO STORE EXAMINE
5056 ;
5057 ; CALLING SEQUENCE:
5058 ;
5059 ; JMP $EXHSG
5060 ;
5061 ; EXIT CONDITIONS:
5062 ;
5063 ; R0 -- +1 - SUCCESS
5064 ; CC-C CLEAR - SUCCESS
5065 ;
5066 ; ERROR CONDITIONS:
5067 ;
5068 ; R0 -1 -- ILLEGAL CPU NUMBER
5069 ; R0 -2 -- EBOX STOPPED
5070 ; R0 -3 -- SECONDARY PROTOCOL IN USE
5071 ;
5072 ; CC-C SET
5073 ;
5074 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5075 ;-
5076
5077 021614 $EXHSG::
5078 021614 066002 000006 ADD EHSG(R0),R2 ;FIND OFFSET TO COMMUNICATIONS AREA
5079 021620 000765 BR EXCMN ;GO TO COMMON EXAMINE
5080 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 96
$EXHSM -- EXAMINE HIS SECTION FOR COMMUNICATING WITH ME
5082 .SBTTL $EXHSM -- EXAMINE HIS SECTION FOR COMMUNICATING WITH ME
5083
5084 ;+
5085 ; $EXHSM -- EXAMINE HIS SECTION FOR COMMUNICATING WITH ME
5086 ;
5087 ; ENTRY CONDITIONS:
5088 ;
5089 ; R2 -- ADDRESS OF WORD WITHIN REGION TO EXAMINE
5090 ; R3 -- ADDRESS TO STORE PDP-10 WORD
5091 ;
5092 ; CALLING SEQUENCE:
5093 ;
5094 ; JMP $EXHSM
5095 ;
5096 ; EXIT CONDITIONS:
5097 ;
5098 ; R0 -- +1 - SUCCESS
5099 ; CC-C CLEAR - SUCCESS
5100 ;
5101 ; ERROR CONDITIONS:
5102 ;
5103 ; CC-C SET
5104 ; R0 -1 -- ILLEGAL CPU NUMBER
5105 ; R0 -2 -- E BOX STOPPED
5106 ; R0 -3 -- SECONDARY PROTOCOL IN USE
5107 ;
5108 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5109 ;-
5110
5111 021622 $EXHSM::
5112 021622 066002 000010 ADD EHSM(R0),R2 ;FIND OFFSET INTO COMM AREA
5113 021626 000762 BR EXCMN ;GO TO EXAMINE
5114 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 97
$KLDFX -- EXECUTE A DIAGNOSTIC FUNCTION
5116 .SBTTL $KLDFX -- EXECUTE A DIAGNOSTIC FUNCTION
5117
5118 ;+
5119 ; $KLDFX -- EXECUTE A DIAGNOSTIC FUNCTION
5120 ;
5121 ; THIS FUNCTION WILL LOAD AND READ THE EBUS.
5122 ; IT DOES A DATA SEND OPERATION IF IT IS A WRITE FUNCTION
5123 ; AND IT ALWAYS RETURNS THE STATUS OF THE DIAGNOSTIC REGISTERS
5124 ; AND EBUS (DEXWD1-3) AFTER EACH FUNCTION.
5125 ;
5126 ; ENTRY CONDITIONS:
5127 ;
5128 ; 00(SP) -- FUNCTION TO BE EXECUTED (BITS 15-9)
5129 ; R3 -- ADDRESS OF FOUR WORD BLOCK TO STORE DIAG1-3
5130 ; R2 -- PDP11 6 WORD BLOCK THE FIRST 3 WORDS ARE
5131 ; USED TO STORE THE CONTENTS IN THE E BUS THE SECOND 3 WORDS
5132 ; ARE USED TO STORE THE RESULTS OF THE DIAGNOSTIC FUNCTION E BUS
5133 ;
5134 ; CALL $KLDFX
5135 ;
5136 ; EXIT CONDITIONS:
5137 ;
5138 ; CC-C CLEAR
5139 ; R0 -- +1 -- SUCCESS
5140 ;
5141 ; ERROR CONDITIONS:
5142 ;
5143 ; -2 -- FUNCTION FAILED
5144 ;
5145 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5146 ;
5147 ;-
5148
5149 021630 $KLDFR::
5150 021630 011001 MOV (R0),R1 ; [4.1.1137] POINT TO THE DTE-20
5151 021632 012600 MOV (SP)+,R0 ;RESTORE FUNCTION
5152 021634 CALL CESCHK ;RESET DTE-20 IF CLOCK ERROR STOP
021634 004737 022166' JSR PC,CESCHK
5153 021640 042700 000777 BIC #777,R0 ;MASK OFF FUNCTION CODE
5154 021644 052700 000211 BIS #DIKL10!DCOMST!DFUNC,R0 ;SET DIAGNOSTIC FUNCTION START BITS
5155 021650 062702 000006 ADD #6,R2 ;DON'T DO THE E BUS WRITE
5156 021654 KLCST:
5157 021654 010061 000030 MOV R0,DAG1(R1) ;START FUNCTION
5158 021660 012737 003000 001352' MOV #3000,DEXST ;TIME OUT FUNCTION
5159 021666 10$:
5160 021666 032761 000001 000030 BIT #DCOMST,DAG1(R1) ;WAIT FOR THE FUNCTION TO COMPLETE
5161 021674 001404 BEQ 22$
5162 021676 005337 001352' DEC DEXST ;COUNT DOWN
5163 021702 100371 BPL 10$
5164 021704 104776 TRAP DE.02 ;TRAP ERROR
5165 ;
5166 021706 22$:
5167 021706 MTPS DXWD3(R1),(R2)+ ;STORE THE FOUND WORD IN PDP11
021706 016122 000002 MOV DXWD3(R1),(R2)+
5168 021712 MTPS DXWD2(R1),(R2)+
021712 016122 000004 MOV DXWD2(R1),(R2)+
5169 021716 MTPS DXWD1(R1),(R2)+
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 97-1
$KLDFX -- EXECUTE A DIAGNOSTIC FUNCTION
021716 016122 000006 MOV DXWD1(R1),(R2)+
5170 021722 005703 TST R3 ;ANYWHERE TO STORE?
5171 021724 001407 BEQ 20$ ;NO -- FORGET IT
5172 021726 010104 MOV R1,R4 ; YES -- POINT TO THE DTE-20
5173 021730 062704 000030 ADD #DAG1,R4 ; DIAGNOSTIC REGISTERS
5174 021734 MTPS (R4)+,(R3)+ ;STORE DIAGNOSITC REGISTERS
021734 012423 MOV (R4)+,(R3)+
5175 021736 MTPS (R4)+,(R3)+
021736 012423 MOV (R4)+,(R3)+
5176 021740 MTPS (R4)+,(R3)+
021740 012423 MOV (R4)+,(R3)+
5177 021742 MTPS (R4)+,(R3)+
021742 012423 MOV (R4)+,(R3)+
5178 021744 20$:
5179 021744 104401 TRAP DR.01 ;SET OK RETURN TO CALLER
5180 ;
5181 021746 $KLDFX::
5182 021746 011001 MOV (R0),R1 ; [4.1.1137] POINT TO THE DTE-20
5183 021750 012600 MOV (SP)+,R0 ;FIND FUNCTION BITS
5184 021752 CALL CESCHK ;RESET DTE-20 IF CLOCK ERROR STOP
021752 004737 022166' JSR PC,CESCHK
5185 021756 042700 000777 BIC #777,R0 ;CLEAR OFF LOW ORDER FUNCTION CODE
5186 021762 052700 000201 BIS #DCOMST!DFUNC,R0 ;SET DIAG FUNCTION EXECUTE
5187 021766 000410 BR $KLDFC ;ENTER COMMON CODE
5188 ;
5189 021770 $KLDFW::
5190 021770 011001 MOV (R0),R1 ; [4.1.1137] POINT TO THE DTE-20
5191 021772 012600 MOV (SP)+,R0 ;FIND FUNCTION BITS
5192 021774 CALL CESCHK ;RESET DTE-20 IF CLOCK ERROR STOP
021774 004737 022166' JSR PC,CESCHK
5193 022000 042700 000777 BIC #777,R0 ;MASK OFF LOW ORDER FUNCTION CODE
5194 022004 052700 000215 BIS #DCOMST!DSEND!DIKL10!DFUNC,R0
5195 022010 $KLDFC::
5196 022010 MFPS (R2)+,DXWD3(R1) ;STORE THE OUTPUT FOR THE EBUS
022010 012261 000002 MOV (R2)+,DXWD3(R1)
5197 022014 MFPS (R2)+,DXWD2(R1)
022014 012261 000004 MOV (R2)+,DXWD2(R1)
5198 022020 MFPS (R2)+,DXWD1(R1)
022020 012261 000006 MOV (R2)+,DXWD1(R1)
5199 022024 032700 000004 BIT #DSEND,R0 ;DIAG WRITE?
5200 022030 001711 BEQ KLCST ;GO TO COMMON OUTPUT EQOUTINE
5201 022032 10$:
5202 022032 012761 000014 000030 MOV #DIKL10!DSEND,DAG1(R1) ;WRITE
5203 022040 012761 010000 000010 MOV #DEP,TNAD1(R1) ;SIMULATE DEPOSIT
5204 022046 005061 000012 CLR TNAD2(R1)
5205 022052 20$:
5206 022052 010046 MOV R0,-(SP) ;SAVE R0
5207 022054 010100 MOV R1,R0
5208 022056 CALL ..WFED ; [4.1.1121] WAIT FOR DEX DONE
022056 004737 047454' JSR PC,..WFED
5209 022062 012600 MOV (SP)+,R0
5210 022064 000673 BR KLCST
5211 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 98
$PRVDP -- PRIVILEDGED DEPOSIT
5213 .SBTTL $PRVDP -- PRIVILEDGED DEPOSIT
5214
5215 ;+
5216 ; $PRVDP -- PRIVILEDGED DEPOSIT OF THE KL10 MEMORY
5217 ;
5218 ;
5219 ; ENTRY CONDITIONS:
5220 ;
5221 ; R0 -- PROCESSOR TABLE POINTER
5222 ; R1 -- WORD 5 OF DPB
5223 ; R2 -- WORD 3 OF DPB
5224 ; R3 -- WORD 4 OF DPB
5225 ; R4 -- ADDRESS OF DPB
5226 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
5227 ;
5228 ; CALLING SEQUENCE:
5229 ;
5230 ; JMP $PRVDP
5231 ;
5232 ; ERROR CONDITIONS:
5233 ;
5234 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5235 ;-
5236
5237 022066 $PRVDP::
5238 022066 MFPS 2(R2),R1 ;SET UP THE INTERNAL ADDRESS 2(PDP11 ADDRESS
022066 016201 000002 MOV 2(R2),R1
5239 022072 052601 BIS (SP)+,R1 ;SET HIGH ORDER OF PRIVILEDGE
5240 022074 052701 010000 BIS #DEP,R1 ;SET PRIVILEDGED DEPOSIT
5241 022100 000405 BR PRVCM
5242 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 99
$PRVEX -- PRIVILEDGED EXAMINE
5244 .SBTTL $PRVEX -- PRIVILEDGED EXAMINE
5245
5246 ;+
5247 ; $PRVEX -- PRIVILEDGED EXAMINE OF THE KL10 MEMORY
5248 ;
5249 ; ENTRY CONDITIONS:
5250 ;
5251 ; R0 -- PROCESSOR TABLE POINTER
5252 ; R1 -- WORD 5 OF DPB
5253 ; R2 -- WORD 3 OF DPB
5254 ; R3 -- WORD 4 OF DPB
5255 ; R4 -- ADDRESS OF DPB
5256 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
5257 ;
5258 ; CALLING SEQUENCE:
5259 ;
5260 ; JMP $PRVEX
5261 ;
5262 ; ERROR CONDITIONS:
5263 ;
5264 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5265 ;-
5266
5267 022102 $PRVEX::
5268 022102 MFPS 2(R2),R1 ;SET UP THE INTERNAL ADDRESS 2(PDP11 ADDRESS
022102 016201 000002 MOV 2(R2),R1
5269 022106 052601 BIS (SP)+,R1 ;SET HIGH ORDER OF PRIVILEDGE
5270 022110 042701 010000 BIC #DEP,R1 ;INSURE THAT IT IS AN EXAMINE
5271 022114 PRVCM:
5272 022114 052701 004000 BIS #PRTOFF,R1 ;SET PRIVILEDGED EXAMINE/DEPOSIT
5273 022120 MFPS @R2,R2 ;LOWER ORDER HALF
022120 011202 MOV @R2,R2
5274 022122 011000 MOV (R0),R0 ; [4.1.1137] POINT TO THE DTE-20
5275 022124 CALL ..SWED ; [4.1.1121] START-WAIT FOR EXAMINE/DEPOSIT
022124 004737 050126' JSR PC,..SWED
5276 022130 103401 BCS 20$ ;E BOX STOPPED ERROR
5277 022132 104401 TRAP DR.01 ;MUST BE OK -- RETURN TO USER
5278 ;
5279 022134 20$:
5280 022134 104776 TRAP DE.02 ;RETURN EBOX STOPPED ERROR
5281 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 100
$RWDRG -- READ/WRITE DIAGNOSTIC REGISTER
5283 .SBTTL $RWDRG -- READ/WRITE DIAGNOSTIC REGISTER
5284
5285 ;+
5286 ;
5287 ; $RWDRG -- PRIVILEDGED READ/WRITE OF DIAGNOSTIC DTE20 REGISTERS
5288 ;
5289 ; ENTRY CONDITIONS:
5290 ;
5291 ; R0 -- PROCESSOR TABLE POINTER
5292 ; R1 -- WORD 5 OF DPB
5293 ; R2 -- WORD 3 OF DPB
5294 ; R3 -- WORD 4 OF DPB
5295 ; R4 -- ADDRESS OF DPB
5296 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
5297 ;
5298 ; CALLING SEQUENCE:
5299 ;
5300 ; JMP $RWDRG
5301 ;
5302 ; ERROR CONDITIONS:
5303 ;
5304 ; REGISTERS SAVED AND RESTORED BY EMT SERVICE
5305 ;-
5306
5307 022136 $RWDRG::
5308 022136 011001 MOV (R0),R1 ; [4.1.1137] POINT TO THE DTE-20
5309 022140 000316 SWAB @SP ;FIND THE REGISTER NUMBER
5310 022142 062601 ADD (SP)+,R1 ;MAKE EXTERNAL PAGE OFFSET
5311 022144 005702 TST R2 ;IS IT WRITE?
5312 022146 001402 BEQ 10$ ;NO -- DON'T SET IT
5313 022150 MFPS @R2,DAG1(R1) ;YES -- SET REGISTER
022150 011261 000030 MOV @R2,DAG1(R1)
5314 022154 10$:
5315 022154 005703 TST R3 ;RETURN ADDRESS SPECIFIED?
5316 022156 001402 BEQ 20$ ;NO -- THEN RETURN ALL OK
5317 022160 MTPS DAG1(R1),@R3 ;SET IN USER SPACE
022160 016113 000030 MOV DAG1(R1),@R3
5318 022164 20$:
5319 022164 104401 TRAP DR.01 ;MUST BE OK -- RETURN TO USER
5320 ;
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 101
CESCHK -- CHECK FOR CLOCK ERROR STOP
5322 .SBTTL CESCHK -- CHECK FOR CLOCK ERROR STOP
5323
5324 ;+
5325 ; CESCHK -- CHECK FOR CLOCK ERROR STOP
5326 ;
5327 ; ENTRY CONDITIONS:
5328 ;
5329 ; R1 -- ADDRESS OF CURRENT DTE-20
5330 ;
5331 ; NO REGISTERS MODIFIED
5332 ;-
5333
5334 022166 CESCHK:
5335 022166 005061 000030 CLR DAG1(R1) ;CLEAR ALL FLAGS
5336 022172 032761 004000 000030 BIT #DS04,DAG1(R1) ;CLOCK ERROR STOP UP?
5337 022200 001403 BEQ 10$ ;NO-- JUST RETURN
5338 022202 012761 000100 000032 MOV #DRESET,DAG2(R1) ;YES-- RESET DTE-20
5339 022210 10$:
5340 022210 RETURN ;FROM CESCHK
022210 000207 RTS PC
DMDTE - DTE DIRECTIVES MODULE MACRO M1113 03-APR-86 22:25 PAGE 102
CESCHK -- CHECK FOR CLOCK ERROR STOP
5342
5343
5344 .TITLE DMASS - "ASSIGN LUN" DIRECTIVE MODULE
5345 .SBTTL ASIGN LUN -- COPYRIGHT STATEMENT
5346 022212 IDENT$ 1,0
.IDENT /001000/
5347 ;
5348 ; COPYRIGHT (C) 1975, 1984, 1985 BY
5349 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
5350 ; ALL RIGHTS RESERVED.
5351 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
5352 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
5353 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
5354 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
5355 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
5356 ;
5357 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
5358 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
5359 ; CORPORATION.
5360 ;
5361 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
5362 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
5363 ;
5364 ; MODULE: "ASSIGN LUN" DIRECTIVE
5365 ;
5366 ; VERSION: 01-00
5367 ;
5368 ; AUTHOR: R. MCLEAN
5369 ;
5370 ; DATE: 19 JUL 75
5371 ;
5372 ;
5373 ; THIS MODULE CONTAINS:
5374 ;
5375 ; 1 -- CODE TO SERVICE THE "ASSIGN LUN" DIRECTIVE.
5376 ;
5377 ; MACRO DEFINITIONS
5378 ;
5379 .MCALL CALL,RETURN
5380 .MCALL MFPI,MFPS
DMASS - "ASSIGN LUN" DIRECTIV MACRO M1113 03-APR-86 22:25 PAGE 103
DIRECTIVE -- ASSIGN LUN
5382 .SBTTL DIRECTIVE -- ASSIGN LUN
5383 ;+
5384 ; THE "ASSIGN LUN" DIRECTIVE
5385 ;
5386 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO ASSIGN A LOGICAL UNIT NUMBER (LUN)
5387 ; TO A PHYSICAL DEVICE-UNIT.
5388 ;
5389 ; A FOUR-WORD DPB OF THE FOLLOWING FORMAT IS USED TO ASSIGN A LUN
5390 ; TO A PHYSICAL DEVICE:
5391 ;
5392 ; WD. 00 -- DIC (07.) & DPB SIZE (4.),
5393 ; WD. 01 -- LOGICAL UNIT NUMBER,
5394 ; WD. 02 -- PHYSICAL DEVICE NAME,
5395 ; WD. 03 -- PHYSICAL DEVICE UNIT NUMBER.
5396 ;
5397 ; A TWO-WORD DPB OF THE FOLLOWING FORMAT IS USED TO DEASSIGN (ASSIGN
5398 ; TO "NONE") A LUN:
5399 ;
5400 ; WD. 00 -- DIC (07.) & DPB SIZE (2.),
5401 ; WD. 01 -- LOGICAL UNIT NUMBER.
5402 ;
5403 ; THE FOLLOWING STATUS IS RETURNED:
5404 ;
5405 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
5406 ; OF ONE (+1).
5407 ;
5408 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5409 ;
5410 ; -90 -- LUN USAGE INTERLOCKED (VIZ., FILE OPEN),
5411 ; -92 -- INVALID DEVICE AND/OR UNIT,
5412 ; -96 -- INVALID LOGICAL UNIT NUMBER,
5413 ; -98 -- PART OF DPB IS OUT OF ISSUING TASK'S ADDRESS SPACE,
5414 ; -99 -- DIC OR DPB SIZE IS INVALID.
5415 ;-
5416 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5417 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
5418 ; STACK, AND R0-R5 SET AS FOLLOWS:
5419 ; R0 -- PC OF EMT INSTRUCTION
5420 ; R1 -- POINTER TO WORD FOLLOWING DIC & SIZE
5421 ; R2 -- DPB SIZE
5422 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
5423 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK')
5424 ;
5425 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
5426 ;
5427 ;
5428 ; LUN ASSIGNMENT -- CHECK FOR VALIDITY OF LUN & DEVICE-UNIT AND ASSIGN
5429 ; IF NOT INTERLOCKED.
5430 ;
5431 022212 .D.ASS::MFPI @R1 ;VALIDATE LUN, AND SETUP TO ACCESS TASK
022212 011146 MOV @R1,-(SP)
5432 ;HEADER, BY PUSHING LUN AND CALLING
5433 ;SUBROUTINE TO CONVERT & VERIFY.
5434 022214 CALL .VCLUN ;IF INVALID LUN, RETURN STS=-96.
022214 004737 016104' JSR PC,.VCLUN
5435 022220 010416 MOV R4,@SP ;PUD ENTRY ADR ON STACK REPLACED BY LUT ADDRESS
5436 ;
DMASS - "ASSIGN LUN" DIRECTIV MACRO M1113 03-APR-86 22:25 PAGE 103-1
DIRECTIVE -- ASSIGN LUN
5437 022222 005003 CLR R3 ;SET UP INCASE OF DEASSIGNMENT
5438 022224 020227 000002 CMP R2,#2 ;IS THIS LUN DEASSIGNMENT?
5439 022230 001422 BEQ 60$ ;YES -- DEASSIGN LUN
5445 ;
5446 022232 45$: MFPI (R1)+ ;PUSH LUN, AND LEAVE R1 POINTING TO DEV NAME
022232 012146 MOV (R1)+,-(SP)
5447 ;
5448 022234 MFPS (R1)+,R4 ;SET R4 TO DEVICE NAME.
022234 012104 MOV (R1)+,R4
5449 ;R0 CONTAINS DEVICE UNIT NUMBER
5450 022236 MFPS @R1,R0
022236 011100 MOV @R1,R0
5451 ;
5452 ; SCAN PUD FOR DEVICE-UNIT IN R4-R0.
5453 ;
5454 022240 012703 010262' MOV #.PUDBA,R3 ;USE R3 TO SCAN PUD
5455 022244 20$:
5456 022244 020327 011342' CMP R3,#.PUDEA ;END OF PUD?
5457 022250 001001 BNE 30$
5458 022252 104644 TRAP DE.92 ;YES -- DEVICE-UNIT NOT FOUND
5459 022254 021304 30$: CMP @R3,R4 ;NO -- DEVICE NAME MATCH?
5460 022256 001003 BNE 40$ ;NO -- CHECK NEXT ENTRY
5461 022260 126300 000002 CMPB U.UN(R3),R0 ;YES -- UNIT NUMBER MATCH?
5462 022264 001403 BEQ 50$ ;YES -- DEVICE-UNIT FOUND
5463 ;NO -- CHECK NEXT ENTRY
5464 022266 40$:
5465 022266 062703 000050 ADD #U.SZ,R3 ;ADVANCE R3 TO NEXT PUD ENTRY (IF ANY), AND
5466 022272 000764 BR 20$ ;CHECK FOR DEVICE-UNIT MATCH.
5467 ;
5468 ; INDICATED DEVICE-UNIT FOUND IN PUD -- PUD ENTRY ADDRESS IS IN R3
5469 ;
5470 022274 012600 50$: MOV (SP)+,R0 ;SET R0 TO LUN
5471 ;
5472 ; R3 CONTAINS A VALUE (PUD ENTRY ADDRESS OR ZERO) TO BE SET IN THE
5473 ; THE FIRST WORD OF THE LUT PER LUN IN R0.
5474 ;
5475 022276 60$:
5476 022276 006300 ASL R0 ;SET R0 TO FOUR TIMES THE LUN
5477 022300 006300 ASL R0
5478 022302 062600 ADD (SP)+,R0 ;POINT TO LUT AS SAVED
5479 ;
5480 022304 005740 TST -(R0) ;IS LUN LOCKED IN USE?
5481 022306 001401 BEQ 70$
5482 022310 104646 TRAP DE.90 ;YES -- RETURN STS=-90.
5483 022312 010340 70$: MOV R3,-(R0) ;NO -- MAKE ASSIGNMENT, AND
5484 022314 104401 TRAP DR.01 ;RETURN STS=+1
DMASS - "ASSIGN LUN" DIRECTIV MACRO M1113 03-APR-86 22:25 PAGE 104
DIRECTIVE -- ASSIGN LUN
5486
5487 .TITLE DMGLI - "GET LUN INFO" DIRECTIVE MODULE
5488 .SBTTL GET LUN INFO -- COPYRIGHT STATEMENT
5489 022316 IDENT$ 1,0
.IDENT /001000/
5490 ;
5491 ; COPYRIGHT (C) 1975, 1984,1985 BY
5492 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
5493 ; ALL RIGHTS RESERVED.
5494 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
5495 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
5496 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
5497 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
5498 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
5499 ;
5500 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
5501 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
5502 ; CORPORATION.
5503 ;
5504 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
5505 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
5506 ;
5507 ; MODULE: "GET LUN INFO" DIRECTIVE
5508 ;
5509 ; VERSION: 01-00
5510 ;
5511 ; AUTHOR: R. MCLEAN
5512 ;
5513 ; DATE: 19 JUL 75
5514 ;
5515 ;
5516 ; THIS MODULE CONTAINS:
5517 ;
5518 ; 1 -- CODE TO SERVICE THE "GET LUN INFO" DIRECTIVE.
5519 ;
5520 ; MACROS
5521 ;
5522 .MCALL CALL,RETURN,MTPI,MFPI,MFPS
DMGLI - "GET LUN INFO" DIRECT MACRO M1113 03-APR-86 22:25 PAGE 105
DIRECTIVE -- GET LUN INFORMATION
5524 .SBTTL DIRECTIVE -- GET LUN INFORMATION
5525 ;+
5526 ; THE "GET LUN INFORMATION" DIRECTIVE
5527 ;
5528 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO FILL A SIX WORD BUFFER
5529 ; WITH INFORMATION ABOUT A PHYSICAL UNIT TO WHICH IT IS ASSIGNED.
5530 ; IF REQUESTS TO THE PHYSICAL UNIT HAVE BEEN RE-DIRECTED TO ANOTHER
5531 ; UNIT, THE INFORMATION RETURNED WILL DESCRIBE THE EFFECTIVE ASSIGNMENT.
5532 ;
5533 ; A THREE WORD DPB OF THE FOLLOWING FORMAT IS USED:
5534 ;
5535 ; WD. 00 -- DIC (05.) & DPB SIZE (3.),
5536 ; WD. 01 -- LUN,
5537 ; WD. 02 -- ADDRESS OF SIX-WORD BUFFER.
5538 ;
5539 ;
5540 ; THE SIX WORD BUFFER IS FILLED WITH THE FIRST SIX WORDS OF THE
5541 ; CORRESPONDING PUD ENTRY AS FOLLOWS:
5542 ;
5543 ; WD. 00 -- NAME OF ASSIGNED DEVICE,
5544 ; WD. 01 -- UNIT NUMBER OF ASSIGNED DEVICE & FLAGS BYTE,
5545 ; WD. 02 -- DEVICE CHARACTERISTICS WD. #1,
5546 ; WD. 03 -- DEVICE CHARACTERISTICS WD. #2,
5547 ; WD. 04 -- DEVICE CHARACTERISTICS WD. #3,
5548 ; WD. 05 -- DEVICE CHARACTERISTICS WD. #4.
5549 ;
5550 ; THE FOLLOWING STATUS IS RETURNED:
5551 ;
5552 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
5553 ; OF ONE (+1).
5554 ;
5555 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5556 ;
5557 ; -05 -- UNASSIGNED LUN,
5558 ;
5559 ; -95 -- INVALID BUFFER SIZE ( 1> OR >U.SZ)
5560 ; -96 -- INVALID LOGICAL UNIT NUMBER,
5561 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
5562 ; -99 -- DIC OR DPB SIZE IS INVALID.
5563 ;-
5564 ;R0 CONTAINS BUFFER ADDRESS (LAST DPB WORD)
5565 ;
5566 022316 006302 .D.GLI::ASL R2 ;MULTIPLY THE DPB SIZE BY 2
5572 ;
5573 ;
5574 022320 10$: MFPI (R1)+ ;PUSH LUN, AND CONVERT TO PUD ENTRY ADR
022320 012146 MOV (R1)+,-(SP)
5575 022322 CALL .VCLUN ;IF INVALID LUN, RETURN STS=-96.
022322 004737 016104' JSR PC,.VCLUN
5576 022326 012604 MOV (SP)+,R4 ;SET R4 TO PUD ENTRY ADR IF LUN ASSIGNED
5577 022330 001001 BNE 20$ ;IF UN-ASSIGNED LUN, RETURN STS=-05.
5578 022332 104773 TRAP DE.05
5579 ;
5580 ; FILL BUFFER -- IF SEGMENT FAULT, RETURN STS=-98.
5581 ;
5582 022334 20$: MFPS (R1),R0
022334 011100 MOV (R1),R0
DMGLI - "GET LUN INFO" DIRECT MACRO M1113 03-APR-86 22:25 PAGE 105-1
DIRECTIVE -- GET LUN INFORMATION
5583 022336 012446 30$: MOV (R4)+,-(SP)
5584 022340 MTPI (R0)+
022340 012620 MOV (SP)+,(R0)+
5585 022342 077203 SOB R2,30$
5586 ;
5587 022344 104401 TRAP DR.01 ;RETURN STS=+1
5588 ;
DMGLI - "GET LUN INFO" DIRECT MACRO M1113 03-APR-86 22:25 PAGE 106
DIRECTIVE -- GET LUN INFORMATION
5590
5591
5592 .TITLE DMGTP - "GET TIME PARAMETERS" DIRECTIVE MODULE
5593 .SBTTL GET TIME PARAMETERS -- COPYRIGHT STATEMENT
5594 022346 IDENT$ 1,0
.IDENT /001000/
5595 ;
5596 ; COPYRIGHT (C) 1975, 1984. 1985 BY
5597 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
5598 ; ALL RIGHTS RESERVED.
5599 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
5600 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
5601 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
5602 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
5603 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
5604 ;
5605 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
5606 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
5607 ; CORPORATION.
5608 ;
5609 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
5610 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
5611 ;
5612 ; MODULE: "GET TIME PARAMETERS" DIRECTIVE
5613 ;
5614 ; VERSION: 01-00
5615 ;
5616 ; AUTHOR: R. MCLEAN
5617 ;
5618 ; DATE: 19 JUL 75
5619 ;
5620 ;
5621 ; THIS MODULE CONTAINS:
5622 ;
5623 ; 1 -- CODE TO SERVICE THE "GET TIME PARAMETERS" DIRECTIVE.
5624 ;
5625 ; MACROS
5626 ;
5627 .MCALL CALL,RETURN,MTPI,MFPS
DMGTP - "GET TIME PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 107
DIRECTIVE -- GET TIME PARAMETERS
5629 .SBTTL DIRECTIVE -- GET TIME PARAMETERS
5630 ;+
5631 ; THE "GET TIME PARAMETERS" DIRECTIVE
5632 ;
5633 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO FILL AN INDICATED EIGHT WORD BUFFER
5634 ; WITH CURRENT TIME PARAMETERS.
5635 ;
5636 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
5637 ;
5638 ; WD. 00 -- DIC (59.) & DPB SIZE (2.),
5639 ; WD. 01 -- ADDRESS OF 8-WORD BUFFER.
5640 ;
5641 ; THE 8-WORD BUFFER IS FILLED AS FOLLOWS:
5642 ;
5643 ; WD. 0 -- YEAR (SINCE 1900),
5644 ; WD. 1 -- MONTH OF YEAR,
5645 ; WD. 2 -- DAY OF MONTH,
5646 ; WD. 3 -- HOUR OF DAY,
5647 ; WD. 4 -- MINUTE OF HOUR,
5648 ; WD. 5 -- SECOND OF MINUTE,
5649 ; WD, 6 -- TICK OF SECOND,
5650 ; WD. 7 -- TICKS PER SECOND.
5651 ;
5652 ; THE FOLLOWING STATUS IS RETURNED:
5653 ;
5654 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
5655 ; OF ONE (+1).
5656 ;
5657 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5658 ;
5659 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
5660 ; -99 -- DIC OR DPB SIZE IS INVALID.
5661 ;
5662 022346 013746 001154' .D.GTP::MOV .TKPS,-(SP) ;PUSH TICKS-PER-SECOND
5663 022352 010104 MOV R1,R4 ;SAVE DPB POINTER
5664 022354 013700 001150' MOV .SSM,R0 ;FIND HOURS
5665 022360 012701 003410 MOV #60.*30.,R1
5666 022364 CALL $DIV ;DIVIDE
022364 004737 000000G JSR PC,$DIV
5667 022370 010003 MOV R0,R3 ;SAVE ANSWER
5668 022372 010100 MOV R1,R0 ;SET UP REMAINDER FOR NEXT DIVIDE
5669 022374 012701 000036 MOV #30.,R1
5670 022400 CALL $DIV ;FIND MIN
022400 004737 000000G JSR PC,$DIV
5671 022404 005046 CLR -(SP) ;TICKS NOT RETURNED
5672 022406 006301 ASL R1
5673 022410 010146 MOV R1,-(SP) ;SAVE SECONDS
5674 022412 010046 MOV R0,-(SP)
5675 022414 010346 MOV R3,-(SP) ;HOURS
5676 022416 005046 CLR -(SP)
5677 022420 113716 001144' MOVB .DAY,@SP
5678 022424 005216 INC @SP ; [**]
5679 022426 005046 CLR -(SP)
5680 022430 113716 001145' MOVB .MON,@SP
5681 022434 005216 INC @SP ; [**]
5682 022436 013746 001142' MOV .YEAR,-(SP)
5683 022442 162716 003554 SUB #1900.,@SP
DMGTP - "GET TIME PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 107-1
DIRECTIVE -- GET TIME PARAMETERS
5684 ;
5685 ;
5686 ; MOVE TIME PARAMETERS FROM KERNEL STACK TO 8-WORD BUFFER IN USER SPACE
5687 ;
5688 ;
5689 022446 012703 000010 MOV #8.,R3
5690 ;
5691 022452 MFPS (R4),R4 ;FIND BUFFER ADDRESS
022452 011404 MOV (R4),R4
5692 022454 10$:
5693 022454 MTPI (R4)+ ;MOVE WORD
022454 012624 MOV (SP)+,(R4)+
5694 022456 077302 SOB R3,10$ ;LOOP 8 TIMES
5695 ;
5696 022460 104401 TRAP DR.01 ;RETURN STS=+1
5697 ;
DMGTP - "GET TIME PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 108
DIRECTIVE -- GET TIME PARAMETERS
5699
5700
5701 .TITLE DMSED - SIGNIFICANT EVENT DIRECTIVES MODULE
5702 .SBTTL SIGNIFICANT EVENT DIRECTIVES -- COPYRIGHT STATEMENT
5703 022462 IDENT$ 1,0
.IDENT /001000/
5704 ;
5705 ; COPYRIGHT (C) 1975, 1984, 1985 BY
5706 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
5707 ; ALL RIGHTS RESERVED.
5708 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
5709 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
5710 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
5711 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
5712 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
5713 ;
5714 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
5715 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
5716 ; CORPORATION.
5717 ;
5718 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
5719 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
5720 ;
5721 ; MODULE: SIGNIFICANT EVENT DIRECTIVES
5722 ;
5723 ; VERSION: 01-00
5724 ;
5725 ; AUTHOR: R. MCLEAN
5726 ;
5727 ; DATE: 19 MAR 75
5728 ;
5729 ;
5730 ; THIS MODULE CONTAINS:
5731 ;
5732 ; 1 -- CODE TO SERVICE THE "WAITFOR SINGLE EVENT FLAG" DIRECTIVE,
5733 ; 2 -- CODE TO SERVICE THE "WAITFOR LOGICAL 'OR' OF FLAGS" DIRECTIVE,
5734 ; 3 -- CODE TO SERVICE THE "WAIT FOR NEXT SIGNIFICANT EVENT" DIRECTIVE.
5735 ; 4 -- CODE TO SERVICE THE "CLEAR EVENT FLAG" DIRECTIVE,
5736 ; 5 -- CODE TO SERVICE THE "SET EVENT FLAG" DIRECTIVE,
5737 ; 6 -- CODE TO SERVICE THE "DECLARE SIG EVENT" DIRECTIVE,
5738 ; 7 -- CODE TO SERVICE THE "READ EVENT FLAGS" DIRECTIVE
5739 ;
5740 ; MACROS
5741
5742 .MCALL CALL,RETURN,MTPS,MFPS,MFPI,MTPI
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 109
DIRECTIVE -- CLEAR EVENT FLAG
5744 .SBTTL DIRECTIVE -- CLEAR EVENT FLAG
5745 ;+
5746 ; THE "CLEAR EVENT FLAG" DIRECTIVE
5747 ;
5748 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO CLEAR AND INDICATE
5749 ; EVENT FLAG AND REPORT THE FLAG'S POLARITY BEFORE CLEARING.
5750 ;
5751 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED;
5752 ;
5753 ; WD. 00 -- DIC (31.) & DPB SIZE (2.)
5754 ; WD. 01 -- EVENT FLAG NUMBER (EFN)
5755 ;
5756 ; THE FOLLOWING STATUS IS RETURNED:
5757 ;
5758 ;
5759 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS OF:
5760 ;
5761 ; R0 -- +0 -- FLAG WAS ALREADY RESET,
5762 ; R0 -- +2 -- FLAG WAS SET.
5763 ;
5764 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5765 ;
5766 ; R0 -- -97 -- EFN>64 OR EFN<1,
5767 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
5768 ;-
5769 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5770 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
5771 ; STACK, AND R0-R5 SET AS FOLLOWS:
5772 ; R0 -- PC OF EMT INSTRUCTION
5773 ; R1 -- WORD FOLLOWING THE DIC & SIZE
5774 ; R2 -- SIZE OF DPB (IN WORDS),
5775 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE )
5776 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
5777 ;
5778 ;
5779 ;
5780 022462 .D.CEF::CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
022462 004737 044320' JSR PC,.CEFN
5781 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
5782 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
5783 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
5784 ;SPECIFIED), RETURN WITH R2=R3=00.
5785 ;CONDITION CODES ARE SET PER "TST R3".
5786 ;
5787 ;EVENT FLAG SPECIFIED?
5788 022466 001443 BEQ SEX97 ;NO -- RETURN STS=-97
5789 022470 030312 BIT R3,@R2 ;YES -- IS FLAG CLEARED?
5790 022472 001410 BEQ SEXP0 ;YES -- RETURN STS=+0
5791 022474 040312 BIC R3,@R2 ;NO -- CLEAR FLAG & RETURN STS=+2
5792 022476 104402 SEXP2: TRAP DR.02 ;COMMON RETURN -- STS=+2
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 110
DIRECTIVE -- SET EVENT FLAG
5794 .SBTTL DIRECTIVE -- SET EVENT FLAG
5795 ;+
5796 ; THE "SET EVENT FLAG" DIRECTIVE
5797 ;
5798 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO SET AND INDICATED EVENT FLAG
5799 ; AND REPORT THE FLAG'S POLARITY BEFORE SETTING.
5800 ;
5801 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
5802 ;
5803 ; WD. 00 -- DIC (33.) & DPB SIZE (2.),
5804 ; WD. 01 -- EVENT FLAG NUMBER (EFN).
5805 ;
5806 ; THE FOLLOWING STATUS IS RETURNED:
5807 ;
5808 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS OF:
5809 ;
5810 ; R0 -- +0 -- FLAG WAS CLEARED,
5811 ; R0 --+2 -- FLAG WAS SET.
5812 ;
5813 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5814 ;
5815 ; R0 -- -97 -- EFN>64 OR EFN<1,
5816 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
5817 ;-
5818 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5819 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
5820 ; STACK, AND R0-R5 SET AS FOLLOWS:
5821 ; R0 -- PC OF EMT INSTRUCTION
5822 ; R1 -- WORD FOLLOWING DIC % SIZE
5823 ; R2 -- DPB SIZE
5824 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
5825 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
5826 ;
5827 ;
5828 ;R1 IS POINTING TO EFN IN DPB
5829 ;
5830 022500 .D.SEF::CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
022500 004737 044320' JSR PC,.CEFN
5831 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
5832 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
5833 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
5834 ;SPECIFIED), RETURN WITH R2=R3=00.
5835 ;CONDITION CODES ARE SET PER "TST R3".
5836 ;
5837 ;EVENT FLAG SPECIFIED?
5838 022504 001434 BEQ SEX97 ;NO -- RETURN STS=-97
5839 022506 030312 SEXCM: BIT R3,@R2 ;YES -- IS FLAG ALREADY SET?
5840 022510 001372 BNE SEXP2 ;YES -- RETURN STS=+2
5841 022512 050312 BIS R3,@R2 ;NO -- SET FLAG & RETURN STS=+0
5842 022514 104400 SEXP0: TRAP DR.00 ;COMMON RETURN -- STS=+0
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 111
DIRECTIVE -- DECLARE SIGNIFICANT EVENT
5844 .SBTTL DIRECTIVE -- DECLARE SIGNIFICANT EVENT
5845 ;+
5846 ; THE "DECLARE SIGNIFICANT EVENT" DIRECTIVE
5847 ;
5848 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO DECLARE A SIGNIFICANT EVENT
5849 ; AND OPTIONALLY SET AN EVENT FLAG & AND REPORT ITS POLARITY BEFORE
5850 ; IT WAS SET.
5851 ;
5852 ; A TWO WORD DBP OF THE FOLLOWING FORMAT IS USED TO (1) READ AN EVENT
5853 ; FLAG, (2) SET THE EVENT FLAG, (3) DECLARE A SIGNIFICANT EVENT, AND
5854 ; (4) REPORT THE PRE-EVENT FLAG POLARITY:
5855 ;
5856 ; WD. 00 -- DIC (35.) & DPB SIZE (2.),
5857 ; WD. 01 -- EVENT FLAG NUMBER (EFN).
5858 ;
5859 ; A ONE WORD DPB OF THE FOLLOWING FORMAT IS USED TO (1) DECLARE A
5860 ; SIGNIFICANT EVENT:
5861 ;
5862 ; WD. 00 -- DIC (07.) & DPB SIZE (2.).
5863 ; WD. 01 -- NO EVENT FLAG SPECIFIED
5864 ;
5865 ; THE FOLLOWING STATUS IS RETURNED:
5866 ;
5867 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS OF:
5868 ;
5869 ; R0 -- +1 -- NO EVENT FLAG SPECIFIED,
5870 ; R0 -- +0 -- SPECIFIED FLAG WAS CLEARED,
5871 ; R0 --+2 -- SPECIFIED FLAG WAS SET.
5872 ;
5873 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5874 ;
5875 ; R0 -- -97 -- EFN<1 OR EFN>64.,
5876 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
5877 ;-
5878 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5879 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
5880 ; KERNEL STACK, AND R0-R5 SET AS FOLLOWS:
5881 ; R0 -- PC OF EMT INSTRUCTION
5882 ; R1 -- WORD FOLLOWING DIC & SIZE
5883 ; R2 -- DPB SIZE
5884 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
5885 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
5886 ;
5887 ;
5888 ;
5889 022516 .D.DSE::CALL ..DSEV ;SET SIGNIFICANT EVENT FLAG
022516 004737 045264' JSR PC,..DSEV
5890 022522 005302 DEC R2
5891 022524 001401 BEQ 5$
5892 022526 104400 TRAP DR.00
5893 022530 5$: CALL .CEFN ;YES -- R1 IS POINTING TO EFN IN DPB.
022530 004737 044320' JSR PC,.CEFN
5894 ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
5895 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
5896 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
5897 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
5898 ;SPECIFIED), RETURN WITH R2=R3=00.
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 111-1
DIRECTIVE -- DECLARE SIGNIFICANT EVENT
5899 ;CONDITION CODES ARE SET PER "TST R3".
5900 ;
5901 ;EVENT FLAG SPECIFIED?
5902 022534 001417 BEQ SEXP1 ;NO -- RETURN STS=1.
5903 022536 000763 BR SEXCM ;GO TO COMMON TEST
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 112
DIRECTIVE -- READ EVENT FLAG
5905 .SBTTL DIRECTIVE -- READ EVENT FLAG
5906 ;+
5907 ; THE "READ EVENT FLAG" DIRECTIVE
5908 ;
5909 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO READ AND INDICATED EVENT FLAG.
5910 ;
5911 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
5912 ;
5913 ; WD. 00 -- DIC (37.) & DPB SIZE (2.),
5914 ; WD. 01 -- EVENT FLAG NUMBER (EFN).
5915 ;
5916 ; THE FOLLOWING STATUS IS RETURNED:
5917 ;
5918 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS OF:
5919 ;
5920 ; R0 -- +0 -- FLAG WAS CLEARED,
5921 ; R0 -- +2 -- FLAG WAS SET.
5922 ;
5923 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5924 ;
5925 ; R0 -- -97 -- EFN>64 OR EFN<1,
5926 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
5927 ;-
5928 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5929 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
5930 ; STACK, AND R0-R5 SET AS FOLLOWS:
5931 ; R0 -- PC OF EMT INSTRUCTION
5932 ; R1 -- WORD FOLLOWING DIC & SIZE
5933 ; R2 -- DPB SIZE
5934 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
5935 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
5936 ;
5937 ;
5938 ;R1 IS POINTING TO EFN IN DPB.
5939 ;
5940 022540 .D.REF::CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
022540 004737 044320' JSR PC,.CEFN
5941 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
5942 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
5943 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
5944 ;SPECIFIED), RETURN WITH R2=R3=00.
5945 ;CONDITION CODES ARE SET PER "TST R3".
5946 ;
5947 ;EVENT FLAG SPECIFIED?
5948 022544 001414 BEQ SEX97 ;NO -- RETURN STS=-97
5949 022546 030312 BIT R3,@R2 ;YES -- IS FLAG SET?
5950 022550 001352 BNE SEXP2 ;YES -- RETURN STS=+2
5951 022552 104400 TRAP DR.00 ;NO -- RETURN STS=+0
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 113
DIRECTIVE -- READ ALL EVENT FLAGS
5953 .SBTTL DIRECTIVE -- READ ALL EVENT FLAGS
5954 ;+
5955 ; THE "READ ALL FLAGS" DIRECTIVE
5956 ;
5957 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO READ ALL SIXTY-FOUR
5958 ; EVENT FLAGS FOR THE ISSUING TASK AND RECORD THEIR POLARITIES
5959 ; IN A SIXTY-FOUR BIT (4-WORD) BUFFER.
5960 ;
5961 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
5962 ;
5963 ; WD. 00 -- DIC (39.) & DPB SIZE (2.),
5964 ; WD. 01 -- ADDRESS OF 64-BIT BUFFER.
5965 ;
5966 ; THE FOLLOWING STATUS IS RETURNED:
5967 ;
5968 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
5969 ; OF ONE (+1).
5970 ;
5971 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
5972 ;
5973 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
5974 ;-
5975 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
5976 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
5977 ; STACK, AND R0-R5 SET AS FOLLOWS:
5978 ; R0 -- PC OF EMT INSTRUCTION
5979 ; R1 -- WORD FOLLOWING DIC & SIZE
5980 ; R2 -- DPB SIZE
5981 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
5982 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
5983 ;
5984 ;
5985 ; FILL FOUR WORD BUFFER
5986 ;
5987 022554 .D.RAF::MTPS A.EF+0(R5),(R1)+ ;FLAGS 1-16 TO BUF+0
022554 016521 000020 MOV A.EF+0(R5),(R1)+
5988 022560 MTPS A.EF+2(R5),(R1)+ ;FLAGS 17-32 TO BUF+2
022560 016521 000022 MOV A.EF+2(R5),(R1)+
5989 022564 MTPS .COMEF+0,(R1)+ ;FLAGS 33-48 TO BUF+4
022564 013721 001010' MOV .COMEF+0,(R1)+
5990 022570 MTPS .COMEF+2,(R1)+ ;FLAGS 49-64 TO BUF+6
022570 013721 001012' MOV .COMEF+2,(R1)+
5991 ;
5992 022574 104401 SEXP1: TRAP DR.01 ;RETURN STS=+1
5993 ;
5994 022576 104637 SEX97: TRAP DE.97
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 114
DIRECTIVE -- WAITFOR SINGLE EVENT FLAG
5996 .SBTTL DIRECTIVE -- WAITFOR SINGLE EVENT FLAG
5997 ;+
5998 ; THE "WAIT FOR SINGLE EVENT FLAG" DIRECTIVE
5999 ;
6000 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO SUSPEND THE EXECUTION OF THE
6001 ; ISSUING TASK UNTIL AN INDICATED EVENT FLAG IS SET. IF THE FLAG IS SET
6002 ; AT ISSUANCE, TASK EXECUTION IS EFFECTIVELY NOT SUSPENDED. (ACTUALLY, THE
6003 ; TASK IS ALWAYS SUSPENDED, BUT R0 IS LEFT POINTING TO THE ISSUING TASK'S
6004 ; ATL NODE; AND THEREFORE, A CHECK IS ALWAYS MADE BY THE ATL SCAN ROUTINE.)
6005 ;
6006 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
6007 ;
6008 ; WD. 00 -- DIC (41.) & DPB SIZE (2.),
6009 ; WD. 01 -- EVENT FLAG NUMBER (EFN).
6010 ;
6011 ; THE FOLLOWING STATUS IS RETURNED:
6012 ;
6013 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6014 ; OF ONE (+1).
6015 ;
6016 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6017 ;
6018 ; R0 -- -97 -- INVALID EVENT FLAG NUMBER (<1 OR >64.),
6019 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
6020 ;-
6021 ;
6022 ;
6023 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6024 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
6025 ; STACK, AND R0-R5 SET AS FOLLOWS:
6026 ; R0 -- PC OF EMT INSTRUCTION
6027 ; R1 -- WORD FOLLOWING DIC & SIZE
6028 ; R2 -- DPB SIZE
6029 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6030 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
6031 ;
6032 ;
6033 022600 011103 .D.WFS::MOV @R1,R3 ;SET R3 TO EFN
6034 ;IS AN EVENT FLAG SPECIFIED (NON-ZERO EFN)?
6035 022602 .D.WFO:: ;SPECIAL ENTRY POINT FOR QIO AND WAIT
6036 022602 001775 BEQ SEX97 ;NO -- RETURN STS=-97.
6037 022604 020327 000100 CMP R3,#64. ;YES -- IS EFN IN RANGE: 0-64.?
6038 022610 101372 BHI SEX97 ;NO -- RETURN STS=-97.
6039 ;
6040 022612 005303 DEC R3 ;YES -- CONVERT EFN TO FLAG SET NUMBER (R2),
6041 022614 005002 CLR R2 ;AND FLAG MASK (R1)
6042 022616 CALL DIV216 ;DIVIDE R2 BY 16.
022616 004737 045274' JSR PC,DIV216
6043 022622 012701 000001 MOV #1,R1
6044 022626 005303 10$: DEC R3 ;DO AN ASH R3,R1
6045 022630 100402 BMI 20$
6046 022632 006301 ASL R1
6047 022634 000774 BR 10$
6048 022636 20$:
6049 ;
6050 ;
6051 022636 006302 ASL R2 ;CONVERT SET NUMBER (0,1,2,3) TO TASK
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 114-1
DIRECTIVE -- WAITFOR SINGLE EVENT FLAG
6052 022640 062702 000014 ADD #TS.WF0,R2 ;STATUS FOR ATL NODE.
6053 ;
6054 022644 010165 000024 MOV R1,A.FM+0(R5) ;SET MASK AND STATUS IN ATL NODE
6055 022650 110265 000014 MOVB R2,A.TS(R5)
6056 ;
6057 022654 104401 TRAP DR.01 ;RETURN STS=+1
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 115
DIRECTIVE -- WAITFOR LOGICAL 'OR' OF FLAGS
6059 .SBTTL DIRECTIVE -- WAITFOR LOGICAL 'OR' OF FLAGS
6060 ;+
6061 ; THE "WAITFOR LOGICAL 'OR' OF FLAGS" DIRECTIVE
6062 ;
6063 ;
6064 ; IF THE INDICATED CONDITION IS MET AT ISSUANCE, TASK EXECUTION IS
6065 ; EFFECTIVELY NOT SUSPENDED. (ACTUALLY, THE TASK IS ALWAYS SUSPENDED,
6066 ;
6067 ;
6068 ; A THREE WORD DPB OF THE FOLLOWING FORMAT IS USED TO WAIT FOR EVENT FLAGS OF A GIVEN SET
6069 ;
6070 ; WD. 00 -- DIC (43.) & DPB SIZE (3.)
6071 ; WD. 01 -- SET NUMBER
6072 ; WD. 02 -- FLAGS MASK FOR THIS SET
6073 ;
6074 ;
6075 ; A FIVE-WORD DPB OF THE FOLLOWING FORMAT IS USED TO WAITFOR EVENT FLAGS
6076 ; OF SET FOUR:
6077 ;
6078 ; WD. 00 -- DIC (15.) & DPB SIZE (5.),
6079 ; WD. 01 -- MASK WORD FOR FLAGS 1-16,
6080 ; WD. 02 -- MASK WORD FOR FLAGS 17-32,
6081 ; WD. 03 -- MASK WORD FOR FLAGS 33-48,
6082 ; WD. 04 -- MASK WORD FOR FLAGS 49-64.
6083 ;
6084 ; MASK WORD BITS FROM RIGHT-TO-LEFT REPRESENT INCREASING EVENT FLAG
6085 ; NUMBERS, AND A SET MASK WORD BIT INDICATES "WAITFOR THE CORRESPONDING
6086 ; EVENT FLAG".
6087 ;
6088 ; THE FOLLOWING STATUS IS RETURNED.
6089 ;
6090 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6091 ; OF ONE (+1).
6092 ;
6093 ; CC-C SET TO INDICATE REJECTION, AND DIRECTIVE STATUS OF:
6094 ;
6095 ; R0 -- -97 -- NO EVENT FLAG SPECIFIED IN MASK WORD(S),
6096 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
6097 ;-
6098 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6099 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
6100 ; KERNEL STACK, AND R0-R5 SET AS FOLLOWS:
6101 ; R0 -- PC OF EMT INSTRUCTION
6102 ; R1 -- WORD FOLLOWING DIC & SIZE
6103 ; R2 -- DPB SIZE
6104 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6105 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
6106 ;
6107 ;
6108 ;
6109 ; EVEN FLAG SET IS FOUR. I.E., WAIT FOR ANY OF SIXTY-FOUR EVENT FLAGS.
6110 ;
6111 ; SET 64-BIT FLAGS MASK IN ATL NODE AND ACCUMULATE 'OR' OF MASK WORDS
6112 ; IN R2. THE 64-BIT MASK IS SET BY MOVING FOUR WORDS FROM THE DPB TO
6113 ; THE ATL NODE.
6114 ;
6115 ; IF NO FLAG INDICATED (ALL 64 BITS ARE ZERO), RETURN STS=-97.
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 115-1
DIRECTIVE -- WAITFOR LOGICAL 'OR' OF FLAGS
6116 ;
6117 022656 022702 000005 .D.WFL::CMP #5,R2 ;THREE OR 5 WORD DPB?
6118 022662 001020 BNE 10$ ;THREE WORD DPB (WAIT FOR ONE SET)
6119 022664 010502 MOV R5,R2 ;SETUP R2 TO FILL ATL NODE
6120 022666 062702 000024 ADD #A.FM,R2
6121 022672 MFPS (R1)+,@R2 ;MASK FOR FLAGS 1-16
022672 012112 MOV (R1)+,@R2
6122 022674 012203 MOV (R2)+,R3
6123 ;MASK FOR FLAGS 17-32
6124 022676 MFPS (R1)+,@R2
022676 012112 MOV (R1)+,@R2
6125 022700 052203 BIS (R2)+,R3
6126 ;MASK FOR FLAGS 33-48
6127 022702 MFPS (R1)+,@R2
022702 012112 MOV (R1)+,@R2
6128 022704 052203 BIS (R2)+,R3
6129 022706 MFPS @R1,@R2 ;MASK FOR FLAGS 49-64 (LAST DPB WORD)
022706 011112 MOV @R1,@R2
6130 022710 051203 BIS @R2,R3
6131 022712 001731 BEQ SEX97 ;RETURN STS=-97 IF NO FLAG INDICATED
6132 ;
6133 022714 112765 000024 000014 MOVB #TS.WF4,A.TS(R5) ;SET WAITFOR-SET-FOUR TASK STATUS
6134 ;
6135 022722 104401 TRAP DR.01 ;RETURN DIRECTIVE STS=+1
6136 ;
6137 022724 10$: MFPS (R1)+,R2 ;FIND THE SET NUMBER
022724 012102 MOV (R1)+,R2
6138 022726 001415 BEQ 30$ ;ILLEGAL SET NUMBER
6139 022730 MFPS (R1)+,R3 ;FIND THE FLAGS TO WAIT FOR
022730 012103 MOV (R1)+,R3
6140 022732 020227 000004 CMP R2,#4 ;LEGAL SET NUMBER?
6141 022736 101011 BHI 30$ ;NO -- ILLEGAL SET TO WAIT FOR
6142 022740 005302 DEC R2 ;DECREMENT SO SET1 IS 0
6143 022742 006302 ASL R2 ;MULTIPLY BY 2
6144 022744 062702 000014 ADD #TS.WF0,R2 ;POINT TO THE CORRECT ATL STATUS
6145 022750 110265 000014 MOVB R2,A.TS(R5) ;SET THE CORRECT STATUS IN THE ATL NODE
6146 022754 010365 000024 MOV R3,A.FM(R5) ;SET UP THE FLAGS MASK WORD FOR THESE EVENT FLAGS
6147 022760 104401 TRAP DR.01 ;RETURN STS +1
6148 ;
6149 022762 104636 30$: TRAP DE.98 ;ILLEGAL SET NUMBER
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 116
DIRECTIVE -- WAITFOR NEXT SIGNIFICANT EVENT
6151 .SBTTL DIRECTIVE -- WAITFOR NEXT SIGNIFICANT EVENT
6152 ;+
6153 ; THE "WAIT FOR NEXT SIGNIFICANT EVENT" DIRECTIVE
6154 ;
6155 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO SUSPEND THE EXECUTION OF THE
6156 ; ISSUING TASK UNTIL THE NEXT SIGNIFICANT EVENT HAS BEEN DECLARED.
6157 ;
6158 ; A ONE WORD DPB OF THE FOLLOWING FORMAT IS USED:
6159 ;
6160 ; WD. 00 -- DIC (49.) & DPB SIZE (1.).
6161 ;
6162 ; THE FOLLOWING STATUS IS RETURNED:
6163 ;
6164 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6165 ; OF ONE (+1).
6166 ;
6167 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6168 ;
6169 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
6170 ;-
6171 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6172 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
6173 ; KERNEL STACK, AND R0-R5 SET AS FOLLOWS:
6174 ; R0 -- PC OF EMT INSTRUCTION
6175 ; R1 -- WORD FOLLOWING DIC & SIZE
6176 ; R2 -- DPB SIZE
6177 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6178 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
6179 ;
6180 ;
6181 022764 011505 .D.WSE::MOV @R5,R5 ;ADVANCE R5 (ATL NODE POINTER)
6182 022766 012737 000001 001016' MOV #EV.SE,.SEWFL
6183 022774 104401 TRAP DR.01 ;RETURN STS=+1.
6184 ;
DMSED - SIGNIFICANT EVENT DIR MACRO M1113 03-APR-86 22:25 PAGE 117
DIRECTIVE -- WAITFOR NEXT SIGNIFICANT EVENT
6186
6187
6188 .TITLE DMMKT - "MARK TIME" DIRECTIVE MODULE
6189 .SBTTL MARK TIME -- COPYRIGHT STATEMENT
6190 022776 IDENT$ 1,0
.IDENT /001000/
6191 ;
6192 ; COPYRIGHT (C) 1975, 1984, 1985 BY
6193 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6194 ; ALL RIGHTS RESERVED.
6195 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
6196 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
6197 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
6198 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
6199 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
6200 ;
6201 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
6202 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
6203 ; CORPORATION.
6204 ;
6205 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
6206 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
6207 ;
6208 ; MODULE: "MARK TIME" DIRECTIVE
6209 ;
6210 ; VERSION: 01-00
6211 ;
6212 ; AUTHOR: R. MCLEAN
6213 ;
6214 ; DATE: 19 APR 75
6215 ;
6216 ;
6217 ; THIS MODULE CONTAINS:
6218 ;
6219 ; 1 -- CODE TO SERVICE THE "MARK TIME" DIRECTIVE.
6220 ;
6221 ; MACROS
6222
6223 .MCALL CALL,RETURN,MFPI,MTPI,MTPS,MFPS
DMMKT - "MARK TIME" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 118
DIRECTIVE -- MARK TIME
6225 .SBTTL DIRECTIVE -- MARK TIME
6226 ;+
6227 ; THE "MARK TIME" DIRECTIVE
6228 ;
6229 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO DECLARE A SIGNIFICANT EVENT
6230 ; IN AN INDICATED TIME INTERVAL FROM ISSUANCE.
6231 ;
6232 ; IF AN EVENT FLAG IS SPECIFIED, IT IS CLEARED AT ISSUANCE AND SET
6233 ; AT THE TIME OF THE SIGNIFICANT EVENT.
6234 ;
6235 ;
6236 ; IF AN EVENT FLAG NUMBER
6237 ; IS SPECIFIED, THE SIGNIFICANT EVENT WILL STILL OCCUR AFTER
6238 ; THE INDICATED TIME INTERVAL.
6239 ;
6240 ; A FOUR WORD DPB OF THE FOLLOWING FORMAT IS USED:
6241 ;
6242 ; WD. 00 -- DIC (23.) & DPB SIZE (5.),
6243 ; WD. 01 -- EVENT FLAG NUMBER (EFN),
6244 ; WD. 02 -- TIME INTERVAL MAGNITUDE, ( IN TICS)
6245 ; WD. 03 -- RESCHEDULE INTERVAL (IN TICS)
6246 ; WD. 04 -- AST TRAP ADDRESS
6247 ;
6248 ; THE FOLLOWING STATUS IS RETURNED:
6249 ;
6250 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6251 ; OF ONE (+1).
6252 ;
6253 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6254 ;
6255 ; -01 -- UNAVAILABLE ENTRY (FOR CLOCK LIST),
6256 ;
6257 ; -97 -- INVALID EVENT FLAG NUMBER (EFN<0 OR EFN>64),
6258 ; -99 -- DIC OR DPB SIZE IS INVALID.
6259 ;-
6260 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6261 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
6262 ; STACK, AND R0-R5 SET AS FOLLOWS:
6263 ;
6264 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
6265 ;
6266 ;
6267 ;R1 IS POINTING TO EFN IN DPB
6268 ;
6269 ;
6270 022776 .D.MKT::CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
022776 004737 044320' JSR PC,.CEFN
6271 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
6272 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
6273 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
6274 ;SPECIFIED), RETURN WITH R2=R3=00.
6275 ;CONDITION CODES ARE SET PER "TST R3".
6276 ;
6277 023002 001001 BNE 10$ ;ALL OK WITH EFN
6278 023004 104637 TRAP DE.97 ;RETURN STS=-97
6279 023006 062701 000004 10$: ADD #4,R1 ;R1 IS POINTING TO THE EFN, ADVANCE TO THE
6280 ;FIRST WORD (MAGNITUDE) OF TIME INTERVAL.
DMMKT - "MARK TIME" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 118-1
DIRECTIVE -- MARK TIME
6281 ;
6282 023012 010246 MOV R2,-(SP) ;PUSH EFN WORD ADDRESS
6283 023014 010346 MOV R3,-(SP) ;PUSH EFN MASK
6284 ;
6285 023016 MFPI (R1) ;PUSH THE RESCHED INTERVAL
023016 011146 MOV (R1),-(SP)
6286 023020 MFPI -(R1) ;PUSH TIME INTERVAL MAGNITUED MAGNITUDE
023020 014146 MOV -(R1),-(SP)
6287 023022 MFPI 4(R1) ;PUSH AST TRAP ADDRES
023022 016146 000004 MOV 4(R1),-(SP)
6288 ;
6289 ;
6290 ; STACK & REGISTER SUMMARY:
6291 ;
6292 ; SP+10 -- FLAG WORD ADDRESS (OR ZERO)
6293 ; SP+06 -- FLAG MASK (OR ZERO)
6294 ; SP+04 -- TIME RESCHEDULE INTERVAL
6295 ; SP+02 -- TIME INTERVAL
6296 ; SP+00 -- AST TRAP ADDRESS
6297 ;
6298 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
6299 ; R1 -- ADDRESS OF NODE FOR CLOCK QUEUE
6300 ;
6301 023026 046676 000006 000010 BIC +6(SP),@+10(SP) ;CLEAR INDICATED EVENT FLAG
6302 ;
6303 023034 012700 002376' MOV #.CLKBA,R0 ;POINT TO BEGINNING OF CLOCK LIST
6304 023040 022700 002602' 20$: CMP #.CLKEA,R0 ;END OF LIST?
6305 023044 001001 BNE 30$ ;NO -- MUST BE OK
6306 023046 104777 TRAP DE.01 ;YES -- RAN OUT OF CLOCK ENTRIES
6307 023050 005710 30$: TST @R0 ;LOOK FOR A FREE ENTRY
6308 023052 001403 BEQ 40$ ;FOUND ONE
6309 023054 062700 000014 ADD #C.SZ,R0 ;NOT HERE -- TRYNEXT ENTRY
6310 023060 000767 BR 20$
6311 ;
6312 ;
6313 023062 010520 40$: MOV R5,(R0)+ ;ATL NODE OF ISSUING TASK
6314 023064 012620 MOV (SP)+,(R0)+ ;AST ADDRESS
6315 023066 012620 MOV (SP)+,(R0)+ ;(POP) SCHEDULE INTERVAL
6316 023070 012620 MOV (SP)+,(R0)+ ;(POP) RESCHEDULE INTERVAL
6317 023072 012620 MOV (SP)+,(R0)+ ;(POP) EVENT FLAG MASK
6318 023074 012620 MOV (SP)+,(R0)+ ;(POP) EVENT FLAG WORD ADDRESS
6319 ;
6320 023076 104401 TRAP DR.01 ;RETURN STS=+1
6321 ;
DMMKT - "MARK TIME" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 119
DIRECTIVE -- MARK TIME
6323
6324
6325 .TITLE DMCMT - "CANCEL MARK TIME" DIRECTIVE MODULE
6326 .SBTTL CANCEL MARK TIME -- COPYRIGHT STATEMENT
6327 023100 IDENT$ 1,0
.IDENT /001000/
6328 ;
6329 ; COPYRIGHT (C) 1975, 1984, 1985 BY
6330 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6331 ; ALL RIGHTS RESERVED.
6332 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
6333 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
6334 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
6335 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
6336 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
6337 ;
6338 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
6339 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
6340 ; CORPORATION.
6341 ;
6342 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
6343 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
6344 ;
6345 ; MODULE: "CANCEL MARK TIME" DIRECTIVE
6346 ;
6347 ; VERSION: 01-00
6348 ;
6349 ; AUTHOR: R. MCLEAN
6350 ;
6351 ; DATE: 19 MAR 75
6352 ;
6353 ;
6354 ; THIS MODULE CONTAINS:
6355 ;
6356 ; 1 -- CODE TO SERVICE THE "CANCEL MARK TIME" DIRECTIVE.
6357 ;
6358 ; MACROS
6359 ;
6360
6361 .MCALL CALL,RETURN
DMCMT - "CANCEL MARK TIME" DI MACRO M1113 03-APR-86 22:25 PAGE 120
DIRECTIVE -- CANCEL MARK-TIME REQUESTS
6363 .SBTTL DIRECTIVE -- CANCEL MARK-TIME REQUESTS
6364 ;+
6365 ; THE "CANCEL MARK-TIME REQUESTS" DIRECTIVE
6366 ;
6367 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO CANCEL MARK-TIME REQUESTS
6368 ; THAT HAVE BEEN MADE BY THE ISSUING TASK.
6369 ;
6370 ; A ONE WORD DPB OF THE FOLLOWING FORMAT IS USED TO CANCEL ALL MARK-TIME
6371 ; REQUESTS THAT HAVE BEEN MADE BY THE ISSUING TASK:
6372 ;
6373 ; WD. 00 -- DIC (21.) & DPB SIZE (1.).
6374 ;
6375 ;
6376 ; THE FOLLOWING STATUS IS RETURNED:
6377 ;
6378 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6379 ; OF ONE (R0 - +1).
6380 ;
6381 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6382 ;
6383 ; R0 -- -97 -- INVALID EVENT FLAG NUMBER (EFN<0 OR EFN>64),
6384 ; R0 -- -99 -- DIC OR DPB SIZE IS INVALID.
6385 ;-
6386 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6387 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
6388 ; STACK, AND R0-R5 SET AS FOLLOWS:
6389 ; R0 -- PC OF EMT INSTRUCTION
6390 ; R1 -- WORD FOLLOWING DIC & SIZE
6391 ; R2 -- DPB SIZE
6392 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6393 ;
6394 ;
6395 ; ALL MARK-TIME REQUESTS BY THE ISSUING TASK ARE TO BE DELETED
6396 ; FROM THE CLOCK QUEUE.
6397 ;
6398 ;
6399 023100 010546 .D.CMT::MOV R5,-(SP) ;SAVE CURRENT TASK POINTER
6400 023102 012704 002376' MOV #.CLKBA,R4 ;USE R4 TO SCAN DEQUE
6401 ;
6402 023106 020427 002602' 50$: CMP R4,#.CLKEA ;END OF SCAN (END OF DEQUE)?
6403 023112 001002 BNE 60$
6404 023114 012605 MOV (SP)+,R5 ;RESTORE CURRENT TASK POINTER
6405 023116 104401 TRAP DR.01 ;YES -- RETURN STS=+1.
6406 ;NO -- CHECK NODE POINTED TO BY R4
6407 023120 026405 000000 60$: CMP C.AT(R4),R5 ;YES -- WAS REQUEST MADE BY ISSUING TASK?
6408 023124 001005 BNE 45$ ;NO -- NEXT NODE
6409 ;DELETE NODE (PER R4) FROM CLOCK QUEUE, AND
6410 023126 CALL .CKDEL ;QUEUE NODE (R4 IS NOT ALTERED).
023126 004737 044406' JSR PC,.CKDEL
6411 ;
6412 ;
6413 023132 000765 BR 50$ ;TEST FOR END OF DEQUE
6414 ;
6415 023134 012605 90$: MOV (SP)+,R5 ;RESTORE CURRENT TASK POINTER
6416 023136 104637 TRAP DE.97 ;TO RETURN STS=-97.
6417 ;
6418 023140 062704 000014 45$: ADD #C.SZ,R4 ;UPDATE THE Q SIZE TO LOOK AT NEXT ENTRY
DMCMT - "CANCEL MARK TIME" DI MACRO M1113 03-APR-86 22:25 PAGE 120-1
DIRECTIVE -- CANCEL MARK-TIME REQUESTS
6419 023144 000760 BR 50$
6420 ;
DMCMT - "CANCEL MARK TIME" DI MACRO M1113 03-APR-86 22:25 PAGE 121
DIRECTIVE -- CANCEL MARK-TIME REQUESTS
6422
6423 .TITLE DMEXT - "EXIT" DIRECTIVE MODULE
6424 .SBTTL EXIT -- COPYRIGHT STATEMENT
6425 023146 IDENT$ 1,0
.IDENT /001000/
6426 ;
6427 ; COPYRIGHT (C) 1975, 1984, 1985 BY
6428 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6429 ; ALL RIGHTS RESERVED.
6430 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
6431 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
6432 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
6433 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
6434 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
6435 ;
6436 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
6437 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
6438 ; CORPORATION.
6439 ;
6440 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
6441 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
6442 ;
6443 ; MODULE: "EXIT" DIRECTIVE
6444 ;
6445 ; VERSION: 01-00
6446 ;
6447 ; AUTHOR: R. MCLEAN
6448 ;
6449 ; DATE: 19 MAR 75
6450 ;
6451 ;
6452 ; THIS MODULE CONTAINS:
6453 ;
6454 ; 1 -- CODE TO SERVICE THE "EXIT" DIRECTIVE
6455 ;
6456 ; MACROS
6457 ;
6458
6459 .MCALL CALL,RETURN
DMEXT - "EXIT" DIRECTIVE MODU MACRO M1113 03-APR-86 22:25 PAGE 122
DIRECTIVE -- TASK EXIT
6461 .SBTTL DIRECTIVE -- TASK EXIT
6462 ;+
6463 ; THE "TASK EXIT" DIRECTIVE
6464 ;
6465 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO TERMINATE THE EXECUTION OF THE
6466 ; ISSUING TASK.
6467 ;
6468 ; A ONE WORD DPB OF THE FOLLOWING FORMAT IS USED:
6469 ;
6470 ; WD. 00 -- DIC (27.) & DPB SIZE (1.).
6471 ;
6472 ; THE FOLLOWING STATUS IS RETURNED:
6473 ;
6474 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6475 ; OF ONE (+1).
6476 ;
6477 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6478 ;
6479 ; -99 -- DIC OR DPB SIZE IS INVALID.
6480 ;-
6481 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6482 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
6483 ; STACK, AND R0-R5 SET AS FOLLOWS:
6484 ; R1 -- ADDRESS OF WORD FOLLOWING DIC & SIZE
6485 ; R2 -- DPB SIZE
6486 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6487 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
6488 ;
6489 ;
6490 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
6491 ;
6492 ; R5 CONTAINS THE EXITING TASK'S ATL NODE ADDRESS.
6493 ;
6494 023146 042766 000340 000020 .D.EXT::BIC #000340,EM.DRO(SP) ;SET ISSUING TASK'S PROCESSRO PRIROITY TO ZERO TO
6495 ;PREVENT RETURN TO TASK IF EXIT DIRECTIVE HAS
6496 ;BEEN ISSUED FROM NON TASK LEVEL
6497 ;
6498 023154 112765 000026 000014 MOVB #TS.EXT,A.TS(R5) ;CHANGE STATUS TO "EXIT", INDICATE
6499 023162 005065 000024 CLR A.FM+0(R5) ;NO TERMINATION NOTIFICATION, AND
6500 023166 104401 TRAP DR.01 ;EXIT DIRECTIVE SERVICE (SET STS=+1)
6501 ;
DMEXT - "EXIT" DIRECTIVE MODU MACRO M1113 03-APR-86 22:25 PAGE 123
DIRECTIVE -- TASK EXIT
6503
6504
6505 .TITLE DMQIO - "QUEUE I/O" DIRECTIVE MODULE
6506 .SBTTL QUEUE I/O -- COPYRIGHT STATEMENT
6507 023170 IDENT$ 1,0
.IDENT /001000/
6508 ;
6509 ; COPYRIGHT (C) 1975, 1984, 1985 BY
6510 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6511 ; ALL RIGHTS RESERVED.
6512 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
6513 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
6514 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
6515 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
6516 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
6517 ;
6518 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
6519 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
6520 ; CORPORATION.
6521 ;
6522 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
6523 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
6524 ;
6525 ; MODULE: "QUEUE I/O" DIRECTIVE
6526 ;
6527 ; VERSION: 01-00
6528 ;
6529 ; AUTHOR: R. MCLEAN
6530 ;
6531 ; DATE: 19 JUL 75
6532 ;
6533 ;
6534 ; THIS MODULE CONTAINS:
6535 ;
6536 ; 1 -- CODE TO SERVICE THE "QUEUE I/O" DIRECTIVE.
6537 ; 2 -- CODE TO SERVICE THE "QUEUE I/O AND WAIT" DIRECTIVE.
6538 ;
6539 ; MACROS
6540 ;
6541
6542 .MCALL CALL,RETURN,MFPI,MTPI,MTPS,MFPS
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124
DIRECTIVE -- QUEUE I/O
6544 .SBTTL DIRECTIVE -- QUEUE I/O
6545 ;+
6546 ; THE "QUEUE I/O" DIRECITVE
6547 ;
6548 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO PLACE AN I/O REQUEST FOR AN
6549 ; INDICATED DEVICE IN A QUEUE OF PRIORITY ORDERED REQUESTS FOR THAT DEVICE-
6550 ; UNIT. THE DEVICE-UNIT IS SPECIFIED AS A LOGICAL UNIT NUMBER (LUN), WHICH
6551 ; IS MAPPED INTO A PHYSICAL UNIT SPECIFICATION PER LUN ASSIGNMENT.
6552 ;
6553 ; EACH LUN IS REPRESENTED BY AN ENTRY IN THE ISSUING TASK'S LUT (LOGICAL
6554 ; UNIT TABLE) IN THE TASK'S HEADER. EACH PHYSICAL UNIT IS REPRESENTED
6555 ; BY AN ENTRY IN THE PUD (PHYSICAL UNIT DIRECTORY). WHEN A LUN IS
6556 ; ASSIGNED TO A PHYSICAL UNIT, THE ADDRESS OF THE CORRESPONDING PUD
6557 ; ENTRY IS SET IN THE CORRESPONDING LUT ENTRY. WHEN A LUN IS NOT
6558 ; ASSIGNED TO A PHYSICAL UNIT ("DEASSIGNED" OR "ASSIGNED TO NONE"), THE
6559 ; CORRESPONDING LUT ENTRY IS SET TO ZERO.
6560 ;
6561 ; NORMALLY, A SIGNIFICANT EVENT IS DECLARED BY HANDLER TASKS (VIA SYSTEM
6562 ; SUBROUTINES) UPON I/O COMPLETION.
6563 ;
6564 ; IF AN EVENT FLAG IS SPECIFIED, IT IS CLEARED WHEN THE REQUEST
6565 ; IS QUEUED, AND SET AT THE SIGNIFICANT EVENT.
6566 ;
6567 ; IF AN AST SERVICE ENTRY POINT IS SPECIFIED, THE AST WILL OCCUR
6568 ; UPON I/O COMPLETION WITH THE TASK'S PS, PC, VIRTUAL ZERO (DIRECTIVE
6569 ; STATUS), AND [ADDRESS OF I/O STATUS BLOCK] PUSHED ONTO THE TASK'S
6570 ; (USER) STACK.
6571 ;
6572 ; A 6-12 WORD DPB OF THE FOLLOWING FORMAT IS USED:
6573 ;
6574 ; WD. 00 -- DIC (01.) & DPB SIZE (6-12),
6575 ; WD. 01 -- I/O FUNCTION CODE,
6576 ; WD. 02 -- LUN,
6577 ; WD. 03 -- [EFN] & [PRIORITY],
6578 ; WD. 04 -- [ADDRESS OF I/O STATUS BLOCK],
6579 ; WD. 05 -- [I/O DONE AST SERVICE ENTRY POINT],
6580 ; WD. 06 -- PARAMETER #1,
6581 ; WD. 07 -- PARAMETER #2,
6582 ; WD. 10 -- PARAMETER #3,
6583 ; WD. 11 -- PARAMETER #4,
6584 ; WD. 12 -- PARAMETER #5,
6585 ; WD. 13 -- PARAMETER #6.
6586 ;
6587 ; THE FORMAT OF THE I/O REQUEST NODE CREATED IS DESCRIBED
6588 ; UNDER "SYMBOLIC DEFINITIONS".
6589 ;
6590 ; THE FOLLOWING STATUS IS RETURNED:
6591 ;
6592 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6593 ; OF ONE (+1).
6594 ;
6595 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6596 ;
6597 ; -01 -- UNAVAILABLE POOL NODE FOR REQUEST QUEUE,
6598 ; -05 -- UNASSIGNED LUN,
6599 ;
6600 ; -95 -- INVALID PRIORITY (>250.),
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124-1
DIRECTIVE -- QUEUE I/O
6601 ; -96 -- INVALID LUN,
6602 ; -97 -- INVALID EFN (>64.),
6603 ; -98 -- PART OF DPB IS OUT OF ISSUING TASK'S ADDRESS SPACE,
6604 ; -99 -- DIC OR DPB SIZE IS INVALID.
6605 ; THE "QUEUE I/O AND WAIT" DIRECITVE
6606 ;
6607 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO PLACE AN I/O REQUEST FOR AN
6608 ; INDICATED DEVICE IN A QUEUE OF PRIORITY ORDERED REQUESTS FOR THAT DEVICE-
6609 ; UNIT. THE DEVICE-UNIT IS SPECIFIED AS A LOGICAL UNIT NUMBER (LUN), WHICH
6610 ; IS MAPPED INTO A PHYSICAL UNIT SPECIFICATION PER LUN ASSIGNMENT.
6611 ;
6612 ; EACH LUN IS REPRESENTED BY AN ENTRY IN THE ISSUING TASK'S LUT (LOGICAL
6613 ; UNIT TABLE) IN THE TASK'S HEADER. EACH PHYSICAL UNIT IS REPRESENTED
6614 ; BY AN ENTRY IN THE PUD (PHYSICAL UNIT DIRECTORY). WHEN A LUN IS
6615 ; ASSIGNED TO A PHYSICAL UNIT, THE ADDRESS OF THE CORRESPONDING PUD
6616 ; ENTRY IS SET IN THE CORRESPONDING LUT ENTRY. WHEN A LUN IS NOT
6617 ; ASSIGNED TO A PHYSICAL UNIT ("DEASSIGNED" OR "ASSIGNED TO NONE"), THE
6618 ; CORRESPONDING LUT ENTRY IS SET TO ZERO.
6619 ;
6620 ; NORMALLY, A SIGNIFICANT EVENT IS DECLARED BY HANDLER TASKS (VIA SYSTEM
6621 ; SUBROUTINES) UPON I/O COMPLETION.
6622 ;
6623 ; IF AN EVENT FLAG IS SPECIFIED, IT IS CLEARED WHEN THE REQUEST
6624 ; IS QUEUED, AND SET AT THE SIGNIFICANT EVENT.
6625 ; IF AN EVENT FLAG IS SPECIFIED, A WAIT DIRECTIVE IS ALSO
6626 ; EXECUTED BEFORE TASK SWITCHING IS ENABLED.
6627 ;
6628 ; IF NO EVENT FLAG IS SPECIFIED THE I/O WILL BE QUEUE'D
6629 ; AND THE WAIT DIRECTIVE WILL BE REJECTED (STATUS -97.)
6630 ;
6631 ;
6632 ; IF AN AST SERVICE ENTRY POINT IS SPECIFIED, THE AST WILL OCCUR
6633 ; UPON I/O COMPLETION WITH THE TASK'S PS, PC, VIRTUAL ZERO (DIRECTIVE
6634 ; STATUS), AND [ADDRESS OF I/O STATUS BLOCK] PUSHED ONTO THE TASK'S
6635 ; (USER) STACK.
6636 ;
6637 ; A 6-12 WORD DPB OF THE FOLLOWING FORMAT IS USED:
6638 ;
6639 ; WD. 00 -- DIC (03.) & DPB SIZE (6-12),
6640 ; WD. 01 -- I/O FUNCTION CODE,
6641 ; WD. 02 -- LUN,
6642 ; WD. 03 -- [EFN] & [PRIORITY],
6643 ; WD. 04 -- [ADDRESS OF I/O STATUS BLOCK],
6644 ; WD. 05 -- [I/O DONE AST SERVICE ENTRY POINT],
6645 ; WD. 06 -- PARAMETER #1,
6646 ; WD. 07 -- PARAMETER #2,
6647 ; WD. 10 -- PARAMETER #3,
6648 ; WD. 11 -- PARAMETER #4,
6649 ; WD. 12 -- PARAMETER #5,
6650 ; WD. 13 -- PARAMETER #6.
6651 ;
6652 ; THE FORMAT OF THE I/O REQUEST NODE CREATED IS DESCRIBED
6653 ; UNDER "SYMBOLIC DEFINITIONS".
6654 ;
6655 ; THE FOLLOWING STATUS IS RETURNED:
6656 ;
6657 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124-2
DIRECTIVE -- QUEUE I/O
6658 ; OF ONE (+1).
6659 ;
6660 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6661 ;
6662 ; -01 -- UNAVAILABLE POOL NODE FOR REQUEST QUEUE,
6663 ; -05 -- UNASSIGNED LUN,
6664 ; -06 -- HANDLER TASK NOT DECLARED RESIDENT,
6665 ;
6666 ; -95 -- INVALID PRIORITY (>250.),
6667 ; -96 -- INVALID LUN,
6668 ; -97 -- INVALID EFN (>64.), OR 0 EVENT FLAG (I/O QUEUE'D BUT WAIT NOT EXECUTED),
6669 ; -98 -- PART OF DPB IS OUT OF ISSUING TASK'S ADDRESS SPACE,
6670 ; -99 -- DIC OR DPB SIZE IS INVALID.
6671 ;-
6672 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6673 ; DIRECTIVE ISSUING TASK'S PS, PC, & R5-R0 PUSHED ONTO THE
6674 ; KERNEL STACK, AND R5-R0 SET AS FOLLOWS:
6675 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
6676 ;
6677 023170 010346 .D.QIO::MOV R3,-(SP) ;SAVE THE DIC TO DETERMINE IF QIO& WAIT OR JUST QIO.
6678 ;
6679 023172 20$: MFPS (R1)+,R3 ;SET R3 TO FUNCTION CODE
023172 012103 MOV (R1)+,R3
6680 ;(LEAVE R1 POINTING TO LUN WORD)
6681 ;
6682 023174 MFPI (R1)+ ;PUSH LUN, AND CONVERT TO PUD ENTRY ADR
023174 012146 MOV (R1)+,-(SP)
6683 023176 CALL .VCLUN ;(LEAVE R1 POINTING TO EFN/PRI WORD)
023176 004737 016104' JSR PC,.VCLUN
6684 ;IF INVALID LUN, RETURN STS=-96.
6685 023202 011600 MOV @SP,R0 ;SET R0 TO PUD ENTRY ADR IF LUN ASSIGNED
6686 023204 001001 BNE 40$ ;IF UN-ASSIGNED LUN, RETURN STS=-05.
6687 023206 104773 TRAP DE.05
6688 023210 010246 40$: MOV R2,-(SP) ;PUSH DPB SIZE
6689 ;
6690 ;TO ACCESS REQUESTOR'S HEADER BY '.VCLUN').
6691 ;
6692 023212 MFPI +4(R1) ;PUSH I/O DONE AST ENTRY PT (OR ZERO)
023212 016146 000004 MOV +4(R1),-(SP)
6693 ;
6694 023216 MFPI +02(R1) ;PUSH I/O STATUS BLOCK ADR (OR ZERO),
023216 016146 000002 MOV +02(R1),-(SP)
6695 023222 011602 MOV @SP,R2 ;AND CLEAR TWO-WORD STATUS BLOCK.
6696 023224 001404 BEQ 50$ ;(IF SPECIFIED). IF PART OF STATUS
6697 023226 005046 CLR -(SP) ;OUT OF ADDRESS SPACE, RETURN
6698 023230 MTPI (R2)+
023230 012622 MOV (SP)+,(R2)+
6699 023232 005046 CLR -(SP)
6700 023234 MTPI @R2
023234 012612 MOV (SP)+,@R2
6701 023236 50$:
6702 023236 010346 MOV R3,-(SP) ;PUSH I/O FUNCTION CODE WORD
6703 ;
6704 ;R1 IS POINTING TO [EFN] IN DPB.
6705 ;
6706 023240 CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
023240 004737 044320' JSR PC,.CEFN
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124-3
DIRECTIVE -- QUEUE I/O
6707 ;IN R2, AND (2) FLAG MASK IN R3 (R2 IS
6708 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
6709 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
6710 ;SPECIFIED), RETURN WITH R2=R3=00.
6711 ;CONDITION CODES ARE SET PER "TST R3".
6712 ;
6713 023244 MFPS @R1,R4 ;SET PRIORITY IN R4, EFN IN HIGH ORDER
023244 011104 MOV @R1,R4
6714 ;BYTE OF R0, AND ZERO IN LOW ORDER BYTE
6715 023246 010400 MOV R4,R0 ;OF R0
6716 023250 105004 CLRB R4
6717 023252 000304 SWAB R4
6718 023254 000300 SWAB R0
6719 023256 105000 CLRB R0
6720 ;IS A PRIORITY SPECIFIED?
6721 023260 001002 BNE 70$ ;YES -- CHECK ITS VALIDITY
6722 023262 156504 000010 BISB A.RP(R5),R4 ;NO -- USE RUN PARIORITY OF ISSUING TASK
6723 ;("BISB" INTO A CLEARED R4 EFFECTS A
6724 ;"MOVB" WITHOUT SIGN EXTENSION.)
6725 ;
6726 023266 70$: MFPI -(R1) ;PUSH LUN & FORM LUN/EFN WORD ON STACK.
023266 014146 MOV -(R1),-(SP)
6727 023270 050016 BIS R0,@SP ;(R1 IS LEFT POINTING TO LUN)
6728 ;
6729 023272 010446 MOV R4,-(SP) ;PUSH PRI/BYTE RESERVED FOR DPB SIZE
6730 ;
6731 ; STACK & REGISTER SUMMARY:
6732 ;
6733 ; SP+14 -- PUD ENTRY ADDRESS
6734 ; SP+12 -- DPB SIZE
6735 ; SP+10 -- AST ENTRY PT (OR ZERO)
6736 ; SP+06 -- I/O STATUS BUF ADR (OR ZERO)
6737 ; SP+04 -- I/O FUNCTION CODE
6738 ; SP+02 -- LUN/EFN WORD
6739 ; SP+00 -- PRI/RESERVED BYTE
6740 ;
6741 ; R5 -- ATL NODE ADR OF ISSUING TASK
6742 ; R2 & R3 SETUP TO CLEAR EVENT FLAG
6743 ;
6744 023274 116666 000012 000001 MOVB +12(SP),+1(SP) ;SET DPB SIZE IN "PRI/DPB-SIZE" WORD
6745 ;
6746 023302 010100 MOV R1,R0 ;SETUP R0 TO FETCH I/O PARAMETERS (FROM DPB)
6747 023304 062700 000010 ADD #10,R0
6748 023310 010046 MOV R0,-(SP) ;SAVE R0
6749 ;
6750 023312 012701 000040 MOV #32.,R1 ;SET UP TO PICK A NODE
6751 023316 CALL ..ALCB
023316 004737 045654' JSR PC,..ALCB
6752 023322 010001 MOV R0,R1 ;SET UP NODE ADDRESS
6753 023324 103001 BCC 79$ ;OK -- CHECK FUNCTION CODE
6754 023326 104777 TRAP DE.01 ;NO -- RETURN POOL EMPTY ERROR
6755 ;
6756 ;
6757 ;
6758 ; REQUEST CAN BE MADE -- STACK & REGISTER SUMMARY:
6759 ;
6760 ; SP+14 -- PUD ENTRY ADDRESS
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124-4
DIRECTIVE -- QUEUE I/O
6761 ; SP+12 -- DPB SIZE
6762 ; SP+10 -- AST ENTRY PT (OR ZERO)
6763 ; SP+06 -- I/O STATUS BUF ADR (OR ZERO)
6764 ; SP+04 -- I/O FUNCTION CODE
6765 ; SP+02 -- LUN/EFN WORD
6766 ; SP+00 -- PRI/DPB SIZE
6767 ;
6768 ; R5 -- ATL NODE ADR OF ISSUING TASK
6769 ; R1 -- I/O REQUEST NODE ADDRESS
6770 ; R2 & R3 SETUP TO CLEAR EVENT FLAG
6771 ; R0 -- POINTING TO FIRST PARAMETER WORD IN DPB
6772 ;
6773 023330 040312 79$: BIC R3,@R2 ;CLEAR EVENT FLAG, IFF SPECIFIED.
6774 ;NOTE -- IF NO EFN SPECIFIED, R3=R3=00.
6775 ;I.E., NO BITS IN LOCATION ZERO ARE CLEARED.
6776 023332 012600 MOV (SP)+,R0 ;RESTORE BUFFER ADDRESS
6777 ;
6778 ; FILL I/O REQUEST NODE
6779 ;
6780 023334 010104 MOV R1,R4 ;SETUP R4 TO FILL NODE
6781 023336 022424 CMP (R4)+,(R4)+ ;MOVE OVER LISTHEAD
6782 023340 016524 000016 MOV A.TD(R5),(R4)+ ;SET STD ADDRESS
6783 ;
6784 023344 010524 MOV R5,(R4)+ ;SET ATL NODE ADR OF REQUESTOR
6785 023346 012624 MOV (SP)+,(R4)+ ;(POP) SET PRI/DPB-SIZE WORD
6786 023350 011603 MOV @SP,R3 ;SAVE LUN/EFN
6787 023352 012624 MOV (SP)+,(R4)+ ;(POP) SET LUN/EFN WORD
6788 023354 012624 MOV (SP)+,(R4)+ ;(POP) SET I/O FUNCTION CODE
6789 023356 012624 MOV (SP)+,(R4)+ ;(POP) SET I/O STATUS BLK ADR (OR ZERO)
6790 023360 012624 MOV (SP)+,(R4)+ ;(POP) SET AST ENTRY PT (OR ZERO)
6791 023362 013724 001156' MOV .SYUIC,(R4)+ ;SET THE UIC
6792 ;
6793 023366 012602 MOV (SP)+,R2 ;(POP) SET DPB SIZE IN R2, CONVERT
6794 023370 162702 000006 SUB #6.,R2 ;TO NUMBER OF I/O PARAMETERS, AND
6795 023374 001402 BEQ 90$ ;MOVE PARAMETERS FROM DPB TO I/O
6796 023376 80$: ;REQUEST NODE.
6797 023376 MFPS (R0)+,(R4)+
023376 012024 MOV (R0)+,(R4)+
6798 023400 077202 SOB R2,80$
6799 023402 90$:
6800 ;
6801 ;
6802 023402 012602 MOV (SP)+,R2 ;(POP) SET R2 TO PUD ENTRY ADDRESS, AND
6803 023404 016204 000020 MOV U.HA(R2),R4 ;SET R2 TO HANDLER TASK'S ATL NODE ADDRESS.
6804 ;
6805 ; IF FUNCTION CODE 'RF.XR' IS SET, THIS FUNCTION IS AN "EXPRESS" FUNCTION.
6806 ; EXPRESS REQUESTS ARE NORMALLY DE-QUEUED BEFORE NORMAL REQUESTS. VIZ.,
6807 ; "KILL READ REQUEST", OR "RUNDOWN I/O ON TASK".
6808 ;
6809 023410 010137 023626' MOV R1,QNDSV ;SAVE THE QIO NODE ADDRESS
6810 023414 016100 000014 MOV R.FC(R1),R0 ;FIND THE FUNCTION CODE
6811 023420 020027 002500 CMP R0,#IO.STC ;CHECK TO SEE IF LEGAL
6812 023424 101457 BLOS 95$ ;YES -- DON'T NEED FCP
6813 023426 010246 MOV R2,-(SP)
6814 023430 010346 MOV R3,-(SP)
6815 023432 010203 MOV R2,R3 ;FIND THE PUD ADDRESS
6816 023434 016302 000040 MOV U.ACP(R3),R2 ;FIND THE STD ADDRESS OF THE ACP
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 124-5
DIRECTIVE -- QUEUE I/O
6817 023440 001015 BNE 77$ ;FOUND ACP -- DON'T DIDDLE CODES
6818 023442 022700 011000 CMP #IO.WVB,R0 ;IS CODE WRITE VIRTUAL?
6819 023446 001003 BNE 74$ ;NO -- LOOK FOR READ
6820 023450 012761 000400 000014 MOV #IO.WLB,R.FC(R1) ;YES SET FUNCTON CODE
6821 023456 022700 010400 74$: CMP #IO.RVB,R0 ;IS FUNCTION CODE READ VIRTUAL?
6822 023462 001036 BNE 93$ ;NO -- FORGET IT
6823 023464 012761 001000 000014 MOV #IO.RLB,R.FC(R1) ;SET FUNCTION CODE
6824 023472 000432 BR 93$
6825 023474 77$:
6829 023474 020027 010400 CMP R0,#IO.RVB ;CHECK FOR READ/WRITE VIRTUAL
6830 023500 001403 BEQ 71$ ;YES -- ATTEMPT TO MAP IT
6831 023502 020027 011000 CMP R0,#IO.WVB ;MAYBE TRY WRITE
6832 023506 001003 BNE 73$ ;NO -- CALL FCP
6833 023510 71$: CALL ..VTOL ;TRY AND MAP
023510 004737 050406' JSR PC,..VTOL
6834 023514 103021 BCC 93$ ;MADE IT -- DON'T CALL FCP
6835 023516 010337 023630' 73$: MOV R3,QNDSV+2 ;SET PUD ADDRESS
6836 023522 016137 000014 023632' MOV R.FC(R1),QNDSV+4 ;SET FUNCTION CODE
6837 023530 012701 023634' MOV #PRMBLK,R1 ;POINTER TO BUFFER ADDRESS AND EFN
6838 023534 CALL .SEND ;SEND BLOCK
023534 004737 024006' JSR PC,.SEND
6839 023540 005003 CLR R3
6840 023542 005004 CLR R4 ;SET DEFAULT PARTITION AND PRI FOR ACP
6841 023544 010102 MOV R1,R2
6842 023546 CALL .REQS ;REQ ACP
023546 004737 015276' JSR PC,.REQS
6843 023552 012603 MOV (SP)+,R3
6844 023554 012602 MOV (SP)+,R2
6845 023556 000413 BR 100$
6846 ;
6847 023560 012603 93$: MOV (SP)+,R3 ;RESTORE
6848 023562 012602 MOV (SP)+,R2
6849 023564 95$: ;(R2 CONTAINS PUD ENTRY ADDRESS)
6850 023564 062702 000022 ADD #U.RF,R2 ;SET R2 TO I/O REQUEST DEQUE LISTHEAD ADR
6851 ;(R1 IS SET TO REQUEST NODE ADDRESS)
6852 023570 CALL ..IPRI ;AND INSERT REQUEST NODE BY PRIORITY.
023570 004737 045360' JSR PC,..IPRI
6853 023574 052764 000010 000020 BIS #EF.NIR,A.EF+0(R4) ;NO -- SET TRIGGER EVENT FLAG 'EF.NIR'.
6854 023602 CALL ..DSEV ;DECLARE SIGNIFICANT EVENT TO EFFECT "TRIGGER"
023602 004737 045264' JSR PC,..DSEV
6855 ;
6856 023606 022627 000003 100$: CMP (SP)+,#3 ;CHECK THE DIC TO SEE IF QIO AND WAIT
6857 023612 001401 BEQ 120$ ;YES -- ISSUE THE WAIT
6858 ; ;NO -- JUST RETURN
6859 023614 104401 TRAP DR.01 ;RETURN STS=+1
6860 ;
6861 023616 105003 120$: CLRB R3 ;SET UP FOR THE WAIT DIRECTIVE
6862 023620 000303 SWAB R3
6863 023622 000137 022602' JMP .D.WFO ;ISSUE WAIT DIRECTIVE
6864 ;
6865 023626 000000 000000 000000 QNDSV: .WORD 0,0,0 ;SAVE AREA FOR NODE
6866 ;
6867 023634 023626' PRMBLK: .WORD QNDSV ;POINTER TO SEND BUFFER
6868 023636 000000 .WORD 0 ;EFN (0)
DMQIO - "QUEUE I/O" DIRECTIVE MACRO M1113 03-APR-86 22:25 PAGE 125
DIRECTIVE -- QUEUE I/O
6870
6871 .TITLE DMSAR - SEND & RECEIVE DIRECTIVES MODULE
6872 .SBTTL SEND AND RECEIVE -- COPYRIGT STATEMENT
6873 023640 IDENT$ 2,0
.IDENT /002000/
6874 ;
6875 ; COPYRIGHT (C) 1975, 1984, 1985 BY
6876 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
6877 ; ALL RIGHTS RESERVED.
6878 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
6879 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
6880 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
6881 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
6882 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
6883 ;
6884 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
6885 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
6886 ; CORPORATION.
6887 ;
6888 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
6889 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
6890 ;
6891 ;
6892 ; MODULE: SEND & RECEIVE DIRECTIVES
6893 ;
6894 ; VERSION: 01-00
6895 ;
6896 ; AUTHOR: R. MCLEAN
6897 ;
6898 ; DATE: 19 MAY 75
6899 ;
6900 ;
6901 ; THIS MODULE CONTAINS:
6902 ;
6903 ; 1 -- CODE TO SERVICE THE "SEND DATA" DIRECTIVE,
6904 ; 2 -- CODE TO SERVICE THE "SEND AND REQUEST OR RESUME" DIRECTIVE,
6905 ; 3 -- CODE TO SERVICE THE "RECEIVE DATA" DIRECTIVE,
6906 ; 4 -- CODE TO SERVICE THE "RECEIVE OR EXIT" DIRECTIVE,
6907 ; 5 -- CODE TO SERVICE THE "RECEIVE OR SUSPEND" DIRECTIVE,
6908 ;
6909 ; MACROS
6910 ;
6911 .MCALL CALL,RETURN,MTPI,MTPS,MFPI,MFPS
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 126
DIRECTIVE -- SEND DATA
6913 .SBTTL DIRECTIVE -- SEND DATA
6914 ;+
6915 ; THE "SEND DATA" DIRECTIVE
6916 ;
6917 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO QUEUE (FIFO) A THIRTEEN WORD
6918 ; BLOCK OF DATA FOR A TASK TO RECEIVE.
6919 ;
6920 ; A FIVE WORD DPB OF THE FOLLOWING FORMAT IS USED:
6921 ;
6922 ; WD. 00 -- DIC (13.) & DPB SIZE (5.),
6923 ; WD. 01 -- RECEIVER TASK NAME (FIRST HALF),
6924 ; WD. 02 -- RECEIVER TASK NAME (SECOND HALF),
6925 ; WD. 03 -- ADDRESS OF THIRTEEN WORD DATA BLOCK,
6926 ; WD. 04 -- [EVENT FLAG NUMBER (EFN)].
6927 ;
6928 ; WHEN AN EVENT FLAG IS SPECIFIED, A SIGNIFICANT EVENT IS DECLARED
6929 ; (IF THE DIRECTIVE IS PERFORMED) AND THE INDICATED EVENT FLAG IS SET.
6930 ;
6931 ; THE FOLLOWING STATUS IS RETURNED:
6932 ;
6933 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
6934 ; OF ONE (+1).
6935 ;
6936 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
6937 ;
6938 ; -02 -- RECEIVER TASK NOT INSTALLED (NO STD ENTRY FOUND),
6939 ; -04 -- INSUFFICIENT POOL NODES FOR "SEND",
6940 ;
6941 ; -97 -- INVALID EVENT FLAG NUMBER (EFN<0 OR EFN>64),
6942 ; -99 -- DIC OR DPB SIZE IS INVALID.
6943 ;-
6944 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
6945 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
6946 ; STACK, AND R0-R5 SET AS FOLLOWS:
6947 ; R0 -- PC OF EMT INSTRUCTION
6948 ; R1 -- POINTER TO WORD FOLLOWING DIC & SIZE
6949 ; R2 -- DPB SIZE
6950 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
6951 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK')
6952 ;
6953 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
6954 ;
6955 023640 .D.SEN::CALL ..FSTD ;SET R2 TO STD ENTRY ADDRESS, OR TO
023640 004737 045574' JSR PC,..FSTD
6956 ;ZERO IF TASK NAME NOT FOUND (AND SET
6957 ;CONDITION CODES PER "TST R2").
6958 ;
6959 ;ADVANCE R1 BY FOUR (PAST TASK NAME).
6960 ;
6961 023644 001406 BEQ .X.02 ;IF TASK NOT INSTALLED, RETURN STS=-02.
6962 ;
6963 ; R1 IS POINTING TO DPB WD. 03, AND R2 CONTAINS STD NODE ADR OF RECEIVER.
6964 ;
6965 023646 10$: CALL .SEND ;SEND DATA & SET EVENT FLAG PER R1 & R2
023646 004737 024006' JSR PC,.SEND
6966 ;
6967 023652 104401 TRAP DR.01 ;RETURN STS=+1.
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 127
DIRECTIVE -- SEND AND REQUEST OR RESUME
6969 .SBTTL DIRECTIVE -- SEND AND REQUEST OR RESUME
6970 ;+
6971 ; THE "SEND AND REQUEST OR RESUME" DIRECTIVE
6972 ;
6973 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO QUEUE (FIFO) A THIRTEEN WORD
6974 ; BLOCK OF DATA FOR A TASK TO RECEIVE, AND TO REQUEST OR RESUME THE
6975 ; EXECUTION OF THE RECEIVER TASK.
6976 ;
6977 ; THIS DIRECTIVE HAS THE EFFECT OF ISSUING A "SEND DATA" DIRECTIVE
6978 ; FOLLOWED BY A "REQUEST" OR "RESUME" DIRECTIVE, EXCEPT THAT (1) NO TASK
6979 ; SWITCHING CAN OCCUR BETWEEN THE SEND AND THE REQUEST OR RECEIVE, AND
6980 ; (2) IF THE SEND IS NOT PERFORMED, NEITHER THE REQEST NOR THE RESUME
6981 ; WILL BE ATTEMPTED.
6982 ;
6983 ; I.E., IF DATA IS SENT TO AN INACTIVE TASK, THAT TASK WILL BE REQUESTED;
6984 ; IF DATA IS SENT TO A SUSPENDED TASK, THAT TASK WILL BE RESUMED.
6985 ;
6986 ; A NINE WORD DPB OF THE FOLLOWING FORMAT IS USED:
6987 ;
6988 ; WD. 00 -- DIC (15.) & DPB SIZE (9.),
6989 ; WD. 01 -- RECEIVER TASK NAME (FIRST HALF),
6990 ; WD. 02 -- RECEIVER TASK NAME (SECOND HALF),
6991 ; WD. 03 -- [PARTITION NAME (FIRST HALF)],
6992 ; WD. 04 -- [PARTITION NAME (SECOND HALF)],
6993 ; WD. 05 -- [PRIORITY],
6994 ; WD. 06 -- 0,
6995 ; WD. 07 -- ADDRESS OF THIRTEEN WORD DATA BLOCK,
6996 ; WD. 10 -- [EVENT FLAG NUMBER (EFN)].
6997 ;
6998 ; WHEN AN EVENT FLAG IS SPECIFIED, A SIGNIFICANT EVENT IS DECLARED
6999 ; (IF THE DIRECTIVE IS PERFORMED) AND THE INDICATED EVENT FLAG IS SET.
7000 ;
7001 ; THE FOLLOWING STATUS IS RETURNED:
7002 ;
7003 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE
7004 ; STATUS OF:
7005 ;
7006 ; +1 -- DATA SENT AND TASK REQUESTED,
7007 ; +2 -- DATA SEND AND TASK RESUMED,
7008 ; +3 -- DATA SENT TO AN NON-SUSPENDED ACTIVE TASK.
7009 ;
7010 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7011 ;
7012 ; -01 -- [R] INSUFFICIENT POOL NODES AVAILABLE FOR "REQUEST",
7013 ; -02 -- [B] RECEIVER TASK NOT INSTALLED (NO STD ENTRY FOUND),
7014 ; -03 -- [R] PARTITION TOO SMALL FOR RECEIVER TASK,
7015 ; -04 -- [B] INSUFFICIENT POOL NODES FOR "SEND",
7016 ; -08 -- [R] RECEIVER TASK IS DISABLED,
7017 ;
7018 ; -80 -- [B] DIRECTIVE ISSUED BY "BACKGROUND" TASK,
7019 ; -94 -- [R] PARTITION NOT IN SYSTEM (NO TPD ENTRY FOUND),
7020 ; -95 -- [R] INVALID PRIORITY SPECIFIED (<0 OR >250.),
7021 ; -97 -- [B] INVALID EVENT FLAG NUMBER (EFN<0 OR EFN>64),
7022 ; -99 -- [B] DIC OR DPB SIZE IS INVALID.
7023 ;
7024 ; [R] -- REQUEST OR RESUME REJECTED
7025 ; [B] -- BOTH SEND & REQUEST OR RESUME REJECTED
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 127-1
DIRECTIVE -- SEND AND REQUEST OR RESUME
7026 ;-
7027 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7028 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
7029 ; STACK, AND R0-R5 SET AS FOLLOWS:
7030 ; R0 -- PC OF EMT INSTRUCTION
7031 ; R1 -- POINTER TO WORD FOLLOWING DIC & SIZE
7032 ; R2 -- DPB SIZE
7033 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
7034 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK')
7035 ;
7036 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7037 ;
7038 023654 .D.SAR::CALL ..FSTD ;SET R2 TO STD ENTRY ADDRESS, OR TO
023654 004737 045574' JSR PC,..FSTD
7039 ;ZERO IF TASK NAME NOT FOUND (AND SET
7040 ;CONDITION CODES PER "TST R2").
7041 ;
7042 ;ADVANCE R1 BY FOUR (PAST TASK NAME).
7043 ;
7044 023660 001001 BNE SKX ;IF TASK NOT INSTALLED, RETURN STS=-02.
7045 023662 104776 .X.02: TRAP DE.02
7046 ;
7047 023664 010146 SKX: MOV R1,-(SP) ;PUSH (SAVE) R1 & R2, AND ADVANCE R1 TO POINT
7048 023666 010246 MOV R2,-(SP) ;TO DPB WD. 07.
7049 023670 062701 000010 ADD #8.,R1
7050 ;
7051 ; R1 IS POINTING TO DPB WD. 07, AND R2 CONTAINS STD ENTRY ADR OF RECEIVER.
7052 ;
7053 023674 CALL .SEND ;SEND DATA & SET EVENT FLAG PER R1 & R2
023674 004737 024006' JSR PC,.SEND
7054 ;(R1, R2, R3, R4, & R5 ARE ALTERED)
7055 ;
7056 023700 012602 MOV (SP)+,R2 ;POP (RESTORE) R2 & R1
7057 023702 012601 MOV (SP)+,R1 ;(R1 IS POINTING TO DPB WD. 03.)
7058 ;
7059 023704 CALL .FEPPU ;SET R3 TO TPD ADDRESS IF A PARTITION IS
023704 004737 016000' JSR PC,.FEPPU
7060 ;SPECIFIED, OR TO ZERO IF NOT SPECIFIED.
7061 ;
7062 ;SET R4 TO PRIORITY IF SPECIFIED, OR TO
7063 ;ZERO IF NOT SPECIFIED.
7064 ;
7065 ;
7066 ;ADVANCE R1 BY EIGHT (PAST PARTITION NAME,
7067 ;PRIORITY INDICATOR, AND UIC INDICATOR.).
7068 ;
7069 ;IF INVALID PRIORITY, RETURN STS=-95.
7070 ;IF PARTITION NOT IS SYSTEM, RETURN
7071 ;STS=-94. IF NON-PRIVILEGED TASK HAS
7072 ;SPECIFIED OTHER THAN OWN UIC, RETURN
7073 ;STS=-91. IF SPECIFIED PARTITION IS
7074 ;TOO SMALL FOR TASK, RETURN STS=-03.
7075 ;
7076 ;
7077 023710 012701 000001 MOV #1,R1 ;SET R1 TO INDICATE "MAKE TASK ACTIVE WHETHER
7078 ;MEMORY IS AVAILABLE OR NOT"
7079 ;
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 127-2
DIRECTIVE -- SEND AND REQUEST OR RESUME
7080 023714 016500 000016 MOV A.TD(R5),R0 ;SET R5 TO STD ADDRESS OF REQUESTOR
7081 ;
7082 023720 010246 MOV R2,-(SP) ;PUSH STD ENTRY ADDRESS (FOR ATL SCAN)
7083 ;
7084 023722 CALL .REQS ;MAKE A TASK ACTIVE PER R0, R1, R2, R3, R4 & R5.
023722 004737 015276' JSR PC,.REQS
7085 ;(R1, R2, R3, R4, & R5 ARE ALTERED)
7086 023726 012604 MOV (SP)+,R4 ;POP STD ENTRY ADDRESS INTO R4
7087 ;
7088 023730 020227 000002 CMP R2,#02 ;SPECIAL CASE -- IS TASK ACTIVE?
7089 023734 001402 BEQ 10$ ;YES -- RESUME IF SUSPENDED
7090 023736 000162 015770' JMP .RQESD(R2) ;NO -- RETURN DIRECTIVE STATUS PER SUBROUTINE
7091 ;STATUS IN R2.
7092 ;
7093 ; RECEIVER TASK IS ACTIVE:
7094 ;
7095 ; IF SUSPENDED, RESUME & RETURN STS=+2
7096 ; IF NOT SUSPENDED, RETURN STS=+3
7097 ;
7098 ; R4 CONTAINS THE STD ENTRY ADDRESS OF THE RECEIVER TASK.
7099 ;
7100 023742 012703 007136' 10$: MOV #.ATLLH,R3 ;SETUP FOR ATL SCAN
7101 023746 20$:
7102 023746 011303 MOV @R3,R3 ;SETUP R3 TO EXAMINE NEXT ENTRY
7103 023750 020337 007140' CMP R3,.ATLLH+2 ;IS R3 POINTING TO ENTRY FOR NUL TASK?
7104 023754 001413 BEQ 70$ ;YES -- ATL NODE IS NOT IN THE ATL (IT IS
7105 ;IN THE "MRL" FOR A PARTITION) RETURN STS=+3.
7106 023756 026304 000016 CMP A.TD(R3),R4 ;NO -- STD ADDRESS MATCH?
7107 023762 001371 BNE 20$ ;NO -- CHECK NEXT ATL NODE
7108 023764 126327 000014 000012 60$: CMPB A.TS(R3),#TS.SUS ;NO -- IS TASK SUSPENDED?
7109 023772 001004 BNE 70$
7110 023774 112763 000010 000014 MOVB #TS.RUN,A.TS(R3) ;YES -- CHANGE STATUS TO RUNNING (A SIGNIFICANT
7111 ;EVENT HAS BEEN DECLARED AS A RESULT OF THE
7112 024002 104402 TRAP DR.02 ;SEND), AND RETURN STS=+2.
7113 ;
7114 024004 104403 70$: TRAP DR.03 ;STS +3
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 128
DIRECTIVE -- SEND AND REQUEST OR RESUME
7116 ; SEND -- SUBROUTINE TO PERFORM "SEND" FOR "SEND DATA" AND "SEND DATA &
7117 ; REQUEST RECEIVER" DIRECTIVES.
7118 ;
7119 ; ENTRY CONDITIONS:
7120 ;
7121 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK
7122 ; R1 -- POINTING (IN DPB) TO ADR OF 13 WORD BLOCK OF DATA,
7123 ; WHICH IS FOLLOWED BY AN [EFN]. BOTH WORDS MUST BE FETCHABLE
7124 ; WITHOUT SEGMENT FAULT.
7125 ; R2 -- STD ENTRY ADDRESS OF RECEIVER TASK
7126 ;
7127 ; CALLING SEQUENCE:
7128 ;
7129 ; JSR PC,SEND
7130 ;
7131 ; EXIT CONDITIONS:
7132 ;
7133 ; IF NO POOL NODE AVAILABLE, RETURN AT 'DE.01'
7134 ; IF INVALID EFN, RETURN AT 'DE.97'
7135 ; IF PART OF DATA OUT OF TASK'S ADDRESS SPACE, RETURN AT 'DE.98'
7136 ;
7137 ; IF SUCCESSFUL, DATA IS QUEUED, EFN (IF SPECIFIED) IS SET,
7138 ; AND A SIGNIFICANT EVENT IS DECLARED.
7139 ;
7140 ; R1 -- STD OF RECEIVER TASK
7141 ;
7142 ;
7143 ; REGISTERS ALTERED:
7144 ;
7145 ; R1, R2, R3, R4, & R0
7146 ;
7147 024006 .SEND:: MFPI (R1)+ ;SET R5 TO ADDRESS OF DATA BLOCK, AND
024006 012146 MOV (R1)+,-(SP)
7148 024010 012600 MOV (SP)+,R0 ;LEAVE R1 POINTING TO [EFN].
7149 ;
7150 024012 010246 MOV R2,-(SP) ;SAVE RECEIVER STD ENTRY ADR IN -(SP)
7151 ;
7152 ;R1 IS POINTING TO [EFN] IN DPB.
7153 ;
7154 024014 CALL .CEFN ;CONVERT EFN TO: (1) FLAG WORD ADDRESS
024014 004737 044320' JSR PC,.CEFN
7155 ;IN R2, AND (2) FLAG MASK IN R3 (R1 IS
7156 ;POINTING TO EFN). IF EFN<0, OR EFN>64.,
7157 ;RETURN STS=-97. IF EFN=0 (NO EVENT FLAG
7158 ;SPECIFIED), RETURN WITH R2=R3=00.
7159 ;CONDITION CODES ARE SET PER "TST R3".
7160 ;
7161 024020 010246 MOV R2,-(SP) ;PUSH "BIS" ADDRESS WORD
7162 024022 010346 MOV R3,-(SP) ;PUSH "BIS" MASK WORD
7163 ;
7164 024024 012704 001432' MOV #.POLLH,R4 ;LISTHEAD
7165 024030 CALL ..PICK ;ISSUING TASK, AND SET R1 TO NODE ADR.
024030 004737 045476' JSR PC,..PICK
7166 024034 103001 BCC 10$ ;IF NONE AVAILABLE, RETURN STS=-04.
7167 024036 104774 TRAP DE.04
7168 ;
7169 024040 010401 10$: MOV R4,R1 ;SETUP R3 TO FILL NODE
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 128-1
DIRECTIVE -- SEND AND REQUEST OR RESUME
7170 024042 062704 000006 ADD #Q.D1,R4
7171 024046 012703 000015 MOV #13.,R3
7172 024052 20$:
7173 024052 MFPI (R0)+ ;MOVE WORD FROM DATA BLOCK TO NODE
024052 012046 MOV (R0)+,-(SP)
7174 024054 012624 MOV (SP)+,(R4)+
7175 024056 077303 SOB R3,20$
7176 024060 052636 BIS (SP)+,@(SP)+ ;SET EVENT FLAG IF SPECIFIED (IF NOT
7177 024062 011604 MOV @SP,R4 ;FIND RECEIVER'S STD ADDRESS
7178 024064 010461 000004 MOV R4,Q.SI(R1) ;SET SENDERS STD ADDRESS
7179 ;
7180 024070 016404 000026 MOV S.RB(R4),R4 ;SET R4 TO ADDRESS OF LAST NODE (OR LISTHEAD)
7181 024074 CALL ..NADD ;OF TASK'S RECEIVE DEQUE (LISTHEAD IN STD),
024074 004737 045434' JSR PC,..NADD
7182 ;AND ADD NODE AT END OF DEQUE.
7183 ;
7184 ;SPECIFIED, SET NO BITS IN WORD ZERO).
7185 ;
7186 024100 012601 MOV (SP)+,R1 ;SET RECEIVER STD ADDRESS
7187 024102 000137 045264' JMP ..DSEV ;DECLARE A SIGNIFICANT EVENT AND EXIT
7188 ;
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 129
DIRECTIVE -- RECEIVE DATA
7190 .SBTTL DIRECTIVE -- RECEIVE DATA
7191 ;+
7192 ; THE "RECEIVE DATA" DIRECTIVE
7193 ;
7194 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO RECEIVE A THIRTEEN WORD
7195 ; DATA BLOCK THAT HAS BEEN QUEUED (FIFO) FOR IT (VIA "SEND DATA" OR
7196 ; "SEND DATA & REQUEST RECEIVER" DIRECTIVES).
7197 ;
7198 ; WHEN A SENDER TASK IS SPECIFIED, ONLY DATA SENT BY THE INDICATED
7199 ; TASK IS RECEIVED.
7200 ;
7201 ; A TWO-WORD SENDER TASK NAME, AND THE THIRTEEN-WORD DATA BLOCK, ARE
7202 ; RETURNED IN AN INDICATED FIFTEEN WORD BUFFER, WITH THE TASK NAME IN
7203 ; THE FIRST TWO WORDS.
7204 ;
7205 ; A FOUR WORD DPB OF THE FOLLOWING FORMAT IS USED:
7206 ;
7207 ; WD. 00 -- DIC (17.) & DPB SIZE (4.),
7208 ; WD. 01 -- [SENDER TASK NAME (FIRST HALF)],
7209 ; WD. 02 -- [SENDER TASK NAME (SECOND HALF)],
7210 ; WD. 03 -- ADDRESS OF FIFTEEN WORD BUFFER.
7211 ;
7212 ; THE FOLLOWING STATUS IS RETURNED:
7213 ;
7214 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7215 ; OF ONE (+1).
7216 ;
7217 ;
7218 ; CC-C SET TO INDICATE REJECTIONAND A DIRECTIVE STATUS OF:
7219 ;
7220 ; -02 -- SPECIFIED SENDER TASK NOT INSTALLED,
7221 ; -08 -- NO DATA QUEUED (SENT),
7222 ;
7223 ; -99 -- DIC OR DPB SIZE IS INVALID.
7224 ;-
7225 ; THIS DIRECTIVE SERVICE HAS A COMMON ENTRY WITH "RECEIVE DATA OR SUSPEND".
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 130
DIRECTIVE -- RECEIVE DATA OR EXIT
7227 .SBTTL DIRECTIVE -- RECEIVE DATA OR EXIT
7228 ;+
7229 ; THE "RECEIVE DATA OR EXIT" DIRECTIVE
7230 ;
7231 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO RECEIVE A THIRTEEN WORD
7232 ; DATA BLOCK IF AT LEAST ONE IS CAN BE RECEIVED, OR TO EXIT IF NO
7233 ; THIRTEEN WORD DATA BLOCKS ARE CAN BE RECEIVED.
7234 ;
7235 ; DATA BLOCKS ARE QUEUED (FIFO) FOR THE TASK VIA THE "SEND DATA" OR
7236 ; THE "SEND DATA & REQUEST RECEIVER" DIRECTIVES.
7237 ;
7238 ; WHEN A SENDER TASK IS SPECIFIED, ONLY DATA SENT BY THE INDICATED
7239 ; TASK IS RECEIVED.
7240 ;
7241 ; A TWO-WORD SENDER TASK NAME, AND THE THIRTEEN-WORD DATA BLOCK, ARE
7242 ; RETURNED IN AN INDICATED FIFTEEN WORD BUFFER, WITH THE TASK NAME IN
7243 ; THE FIRST TWO WORDS.
7244 ;
7245 ; A FOUR WORD DPB OF THE FOLLOWING FORMAT IS USED:
7246 ;
7247 ; WD. 00 -- DIC (19.) & DPB SIZE (4.),
7248 ; WD. 01 -- [SENDER TASK NAME (FIRST HALF)],
7249 ; WD. 02 -- [SENDER TASK NAME (SECOND HALF)],
7250 ; WD. 03 -- ADDRESS OF FIFTEEN WORD BUFFER.
7251 ;
7252 ; THE FOLLOWING STATUS IS RETURNED:
7253 ;
7254 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7255 ; OF ONE (+1).
7256 ;
7257 ;
7258 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7259 ;
7260 ; -02 -- SPECIFIED SENDER TASK NOT INSTALLED,
7261 ;
7262 ; -80 -- DIRECTIVE ISSUED BY "BACKGROUND" TASK,
7263 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
7264 ; -99 -- DIC OR DPB SIZE IS INVALID.
7265 ;-
7266 ; THIS DIRECTIVE SERVICE HAS A COMMON ENTRY WITH "RECEIVE DATA OR SUSPEND".
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 131
DIRECTIVE -- RECEIVE DATA OR SUSPEND
7268 .SBTTL DIRECTIVE -- RECEIVE DATA OR SUSPEND
7269 ;+
7270 ; THE "RECEIVE DATA OR SUSPEND" DIRECTIVE
7271 ;
7272 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO RECEIVE A THIRTEEN WORD
7273 ; DATA BLOCK IF AT LEAST ONE IS CAN BE RECEIVED, OR TO SUSPEND IF NO
7274 ; THIRTEEN WORD DATA BLOCKS ARE CAN BE RECEIVED.
7275 ;
7276 ; DATA BLOCKS ARE QUEUED (FIFO) FOR THE TASK VIA THE "SEND DATA" OR
7277 ; THE "SEND DATA & REQUEST RECEIVER" DIRECTIVES.
7278 ;
7279 ; WHEN A SENDER TASK IS SPECIFIED, ONLY DATA SENT BY THE INDICATED
7280 ; TASK IS RECEIVED.
7281 ;
7282 ; A TWO-WORD SENDER TASK NAME, AND THE THIRTEEN-WORD DATA BLOCK, ARE
7283 ; RETURNED IN AN INDICATED FIFTEEN WORD BUFFER, WITH THE TASK NAME IN
7284 ; THE FIRST TWO WORDS.
7285 ;
7286 ; A FOUR WORD DPB OF THE FOLLOWING FORMAT IS USED:
7287 ;
7288 ; WD. 00 -- DIC (21.) & DPB SIZE (4.),
7289 ; WD. 01 -- [SENDER TASK NAME (FIRST HALF)],
7290 ; WD. 02 -- [SENDER TASK NAME (SECOND HALF)],
7291 ; WD. 03 -- ADDRESS OF FIFTEEN WORD BUFFER.
7292 ;
7293 ; THE FOLLOWING STATUS IS RETURNED:
7294 ;
7295 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE
7296 ; STATUS OF:
7297 ;
7298 ; +1 -- IF DATA WAS RECEIVED,
7299 ; +2 -- IF TASK WAS SUSPENDED.
7300 ;
7301 ; CC-C SET TO INDICATE REJECTION AND A DIRECTIVE STATUS OF:
7302 ;
7303 ; -02 -- SPECIFIED SENDER TASK NOT INSTALLED,
7304 ;
7305 ; -80 -- DIRECTIVE ISSUED BY "BACKGROUND" TASK,
7306 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
7307 ; -99 -- DIC OR DPB SIZE IS INVALID.
7308 ;-
7309 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7310 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
7311 ; STACK, AND R0-R5 SET AS FOLLOWS:
7312 ; R0 -- PC OF EMT INSTRUCTION
7313 ; R1 -- POINTER TO WORD FOLLOWING DIC & SIZE
7314 ; R2 -- DPB SIZE
7315 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
7316 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK')
7317 ;
7318 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7319 ;
7320 ;R5 IS POINTING TO 15-WORD BUFFER IN TASK.
7321 ;
7322 ;R4 IS SET TO STD NODE ADDRESS OF RECEIVER TASK.
7323 ;
7324 ; COMMON ENTRY POINT FOR "RECEIVE", "RECEIVE OR EXIT", & "RECEIVE OR SUSPEND".
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 131-1
DIRECTIVE -- RECEIVE DATA OR SUSPEND
7325 ;
7326
7327 024106 .D.REC::
7328 024106 .D.ROE::
7329 024106 .D.ROS::
7330 024106 016504 000016 MOV A.TD(R5),R4 ;SET R4 TO RECEIVE DEQUE LISTHEAD (IN STD ENTRY).
7331 024112 062704 000024 ADD #S.RF,R4
7332 ;
7333 024116 MFPI (R1)+ ;IS A SENDER TASK SPECIFIED?
024116 012146 MOV (R1)+,-(SP)
7334 024120 MFPI (R1)+ ;MAYBE -- CHECK SECOND HALF OF TASK NAME
024120 012146 MOV (R1)+,-(SP)
7335 024122 052626 BIS (SP)+,(SP)+
7336 024124 001004 BNE 10$ ;NO -- RECEIVE FROM ANY SENDER
7337 ;YES -- RECEIVE ONLY FROM INDICATED SENDER
7338 ;NO -- RECEIVE FROM ANY SENDER
7339 024126 CALL ..PICK ;PICK FIRST NODE FROM REC DEQUE, AND LEAVE NODE
024126 004737 045476' JSR PC,..PICK
7340 ;ADDRESS IN R4.
7341 ;NODE PICKED?
7342 024132 103017 BCC 40$ ;YES -- FILL BUFFER
7343 024134 000440 BR 70$ ;NO -- NO DATA BY ANY SENDER
7344 ;
7345 024136 024141 10$: CMP -(R1),-(R1)
7346 ; R1 IS POINTING TO SPECIFIED SENDER'S TASK NAME IN PREVIOUS SPACE.
7347 ;
7348 024140 CALL ..FSTD ;SET R2 TO STD ENTRY ADDRESS, OR TO
024140 004737 045574' JSR PC,..FSTD
7349 ;ZERO IF TASK NAME NOT FOUND (AND SET
7350 ;CONDITION CODES PER "TST R2").
7351 ;
7352 ;ADVANCE R1 BY FOUR (PAST TASK NAME).
7353 ;
7354 024144 001001 BNE 20$ ;IF TASK NOT INSTALLED, RETURN STS=-02.
7355 024146 104776 TRAP DE.02 ;RETURN STS=-02.
7356 ;
7357 024150 010401 20$: MOV R4,R1 ;SAVE LISTHEAD ADDRESS IN R1, AND
7358 ;SCAN DEQUE FOR DATA SENT BY SENDER PER R2.
7359 024152 30$:
7360 024152 011404 MOV @R4,R4 ;ADVANCE R4 TO NEXT NODE
7361 024154 020401 CMP R4,R1 ;END OF DEQUE?
7362 024156 001427 BEQ 70$ ;YES -- NO DATA BY SPECIFIED SENDER
7363 024160 026402 000004 CMP Q.SI(R4),R2 ;NO -- IS DATA SENT BY SPECIFIED SENDER?
7364 024164 001372 BNE 30$ ;NO -- CHECK NEXT NODE
7365 024166 CALL ..NDEL ;YES -- DELETE NODE FROM DEQUE
024166 004737 045320' JSR PC,..NDEL
7366 ;
7367 ; DATA RECEIVED -- R4 CONTAINS NODE ADDRESS & R1 CONTAINS DATA BUFFER
7368 ; ADDRESS. FILL BUFFER (2-WORD TASK NAME & 13-WORD DATA BLOCK).
7369 ;
7370 024172 40$:
7371 024172 MFPS @R1,R0 ;FIND THE BUFFER ADDRESS
024172 011100 MOV @R1,R0
7372 024174 010401 MOV R4,R1 ;SAVE NODE ADR IN R1 FOR '..RNTP'
7373 024176 062704 000004 ADD #Q.SI,R4 ;ADVANCE R4 TO POINT TO SENDER ID WORD
7374 ;
7375 024202 012403 MOV (R4)+,R3 ;SET R3 TO SENDER STD NODE ADDRESS
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 131-2
DIRECTIVE -- RECEIVE DATA OR SUSPEND
7376 ;
7377 024204 50$:
7378 024204 MTPS S.TN+0(R3),(R0)+ ;SET SENDER TASK NAME IN FIRST TWO WORDS
024204 016320 000000 MOV S.TN+0(R3),(R0)+
7379 024210 MTPS S.TN+2(R3),(R0)+
024210 016320 000002 MOV S.TN+2(R3),(R0)+
7380 ;
7381 024214 012703 000015 MOV #13.,R3 ;FILL REMAINING 13 WORDS FROM NODE.
7382 024220 60$:
7383 024220 MTPS (R4)+,(R0)+
024220 012420 MOV (R4)+,(R0)+
7384 024222 077302 SOB R3,60$
7385 ;
7386 024224 012704 001432' MOV #.POLLH,R4 ;RETURN NODE TO POOL
7387 024230 CALL ..NADD ;RETURN NODE (PER R1) TO POOL
024230 004737 045434' JSR PC,..NADD
7388 ;
7389 024234 104401 TRAP DR.01 ;RETURN STS=+1.
7390 ;
7391 ; DATA NOT RECEIVED:
7392 ; IF "RECEIVE", RETURN STS=-08.
7393 ; IF "RECEIVE OR EXIT", EXIT.
7394 ; IF "RECEIVE OR SUSPEND", SUSPEND.
7395 ;
7396 ; R3 CONTAINS THE DIC SIZE.
7397 ; R0 CONTAINS THE ISSUING TASK'S ATL NODE ADDRESS
7398 ;
7399 024236 006303 70$: ASL R3
7400 024240 000173 024200' JMP @80$-2-<17.*2.>(R3)
7401 024244 024252' 80$: .WORD 90$
7402 024246 023146' .WORD .D.EXT
7403 024250 024252' .WORD 90$
7404 ;
7405 024252 104770 90$: TRAP DE.08
7406 ;
DMSAR - SEND & RECEIVE DIRECT MACRO M1113 03-APR-86 22:25 PAGE 132
DIRECTIVE -- RECEIVE DATA OR SUSPEND
7408
7409 .TITLE DMSDV - SPECIFY SST TABLE DIRECTIVES MODULE
7410 .SBTTL SPECIFY SST TABLE -- COPYRIGHT STATEMENT
7411 024254 IDENT$ 1,0
.IDENT /001000/
7412 ;
7413 ; COPYRIGHT (C) 1975, 1984, 1985 BY
7414 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
7415 ; ALL RIGHTS RESERVED.
7416 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
7417 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
7418 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
7419 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
7420 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
7421 ;
7422 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
7423 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
7424 ; CORPORATION.
7425 ;
7426 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
7427 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
7428 ;
7429 ; MODULE: SPECIFY SST TABLE DIRECTIVES
7430 ;
7431 ; VERSION: 01-00
7432 ;
7433 ; AUTHOR: R. MCLEAN
7434 ;
7435 ; DATE: 19 JUN 75
7436 ;
7437 ;
7438 ; THIS MODULE CONTAINS:
7439 ;
7440 ; 1 -- CODE TO SERVICE THE "SPECIFY SST VECTOR TABLE FOR TASK" DIRECTIVE.
7441 ;
7442 ; MACRO LIBRARY CALLS
7443
7444 .MCALL MTPS,MFPS,MFPI,MTPI,CALL,RETURN
DMSDV - SPECIFY SST TABLE DIR MACRO M1113 03-APR-86 22:25 PAGE 133
DIRECTIVE -- SPECIFY SST VECTOR TABLE FOR TASK
7446 .SBTTL DIRECTIVE -- SPECIFY SST VECTOR TABLE FOR TASK
7447 ;+
7448 ; THE "SPECIFY SST VECTOR TABLE FOR TASK" DIRECTIVE
7449 ;
7450 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO RECORD THE ADDRESS (VIRTUAL) OF
7451 ; A TABLE OF SYNCHRONOUS SYSTEM TRAP SERVICE ROUTINE ENTRY POINTS
7452 ; FOR USE BY THE ISSUING TASK. WHENEVER AN SST SERVICE ROUTINE ENTRY IS
7453 ; SPECIFIED IN BOTH THE TASK'S TABLE & DDT'S TABLE, THE TRAP OCCURS
7454 ; FOR THE DEBUGGING AID, AND NOT FOR THE TASK.
7455 ;
7456 ;
7457 ; WD. 00 -- "ODD ADDRESS" ERROR,
7458 ; WD. 01 -- SEGMENT FAULT,
7459 ; WD. 02 -- T-BIT TRAP OR EXECUTION OF A 'BPT' INSTRUCTION,
7460 ; WD. 03 -- EXECUTION OF AN 'IOT' INSTRUCTION,
7461 ; WD. 04 -- EXECUTION OF A "RESERVED" INSTRUCTION,
7462 ; WD. 05 -- EXECUTION OF "NON-RSX EMT",
7463 ; WD. 06 -- EXECUTION OF A 'TRAP' INSTRUCTION,
7464 ; WD. 07 -- PDP-11/40 FLOATING POINT EXCEPTION.
7465 ;
7466 ; THE TABLE IS OF THE FOLLOWING FORMAT:
7467 ; A THREE WORD DPB OF THE FOLLOWING FORMAT IS USED:
7468 ;
7469 ; WD. 00 -- DIC (43.) & DPB SIZE (3.),
7470 ; WD. 01 -- ADDRESS OF SST VECTOR TABLE,
7471 ; WD. 02 -- NUMBER OF TABLE ENTRIES (8). (MUST BE AT LEAST 8!)
7472 ;
7473 ; THE FOLLOWING STATUS IS RETURNED:
7474 ;
7475 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7476 ; OF ONE (+1).
7477 ;
7478 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7479 ;
7480 ; -99 -- DIC OR DPB SIZE IS INVALID.
7481 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7482 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
7483 ; STACK, AND R0-R5 SET AS FOLLOWS:
7484 ; R1 -- ADDRESS OF WORD FOLLOWING DIC & SIZE
7485 ; R2 -- DPB SIZE
7486 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
7487 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
7488 ;
7489 ;
7490 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7491 ;R1 IS POINTING TO THE ADDRESS OF THE TABLE
7492 ;R5 CONTAINS THE TABLE SIZE
7493 ;
7494 024254 016502 000016 .D.STV::MOV A.TD(R5),R2 ;FIND THE STD ADDRESS OF THIS TASK
7495 024260 MFPS @R1,S.SS(R2) ;SET UP SST VECTOR ADDRESS
024260 011162 000030 MOV @R1,S.SS(R2)
7496 024264 104401 TRAP DR.01 ;VALID DIRECTIVE RETURN
DMSDV - SPECIFY SST TABLE DIR MACRO M1113 03-APR-86 22:25 PAGE 134
DIRECTIVE -- SPECIFY SST VECTOR TABLE FOR TASK
7498
7499
7500 .TITLE DMAST - SPECIFY AST SERVICE DIRECTIVES
7501 .SBTTL SPECIFY AST SERVICE -- COPYRIGHT STATEMENT
7502 024266 IDENT$ 1,0
.IDENT /001000/
7503 ;
7504 ; COPYRIGHT (C) 1975, 1984, 1985 BY
7505 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
7506 ; ALL RIGHTS RESERVED.
7507 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
7508 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
7509 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
7510 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
7511 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
7512 ;
7513 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
7514 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
7515 ; CORPORATION.
7516 ;
7517 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
7518 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
7519 ;
7520 ; MODULE: SPECIFY AST SERVICE DIRECTIVES
7521 ;
7522 ; VERSION: 01-00
7523 ;
7524 ; AUTHOR: R. MCLEAN
7525 ;
7526 ; DATE: 19 JUN 75
7527 ;
7528 ;
7529 ; THIS MODULE CONTAINS:
7530 ;
7531 ; 1 -- CODE TO SERVICE THE "SPECIFY POWER RECOVERY AST" DIRECTIVE,
7532 ;
7533 ; MACRO LIBRARY CALLS
7534 ;
7535 .MCALL CALL,RETURN,MTPS,MTPI,MFPI,MFPS
DMAST - SPECIFY AST SERVICE D MACRO M1113 03-APR-86 22:25 PAGE 135
DIRECTIVE -- SPECIFY POWER FAIL AST
7537 .SBTTL DIRECTIVE -- SPECIFY POWER FAIL AST
7538 ;+
7539 ; THE "SPECIFY POWER FAIL AST" DIRECTIVE
7540 ;
7541 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO RECORD EITHER (1) THAT POWER
7542 ; RECOVERY AST'S FOR THE ISSUING TASK ARE DESIRED, AND WHERE CONTROL
7543 ; IS TO BE TRANSFERRED WHEN A POWER FAIL AST OCCURS, OR (2) THAT
7544 ; POWER FAIL AST'S FOR THE ISSUING TASK ARE NO LONGER DESIRED.
7545 ;
7546 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
7547 ;
7548 ; WD. 00 -- DIC (45..) & DPB SIZE (2.),
7549 ; WD. 01 -- [AST SERVICE ENTRY POINT].
7550 ;
7551 ; WHEN AN "AST SERVICE ENTRY POINT" IS SPECIFIED, FUTURE POWER FAIL
7552 ; AST'S WILL OCCUR FOR THE ISSUING TASK, AND CONTROL WILL BE TRANSFERRED
7553 ; TO THE INDICATED LOCATION WHENEVER A POWER FAIL AST OCCURS.
7554 ;
7555 ; WHEN AN "AST SERVICE ENTRY POINT" IS NOT SPECIFIED (ZERO SECOND DPB
7556 ; WORD), FUTURE POWER FAIL AST'S WILL NOT OCCUR (UNTIL AN AST ENTRY
7557 ; POINT IS SPECIFIED AGAIN).
7558 ;
7559 ; THE FOLLOWING STATUS IS RETURNED:
7560 ;
7561 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7562 ;
7563 ; OF ONE (+1).
7564 ;
7565 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7566 ;
7567 ; -08 -- AST ENTRY ALREADY UN-SPECIFIED,
7568 ;
7569 ; -98 -- PART OF DPB IS OUT OF ISSUING TASK'S ADDRESS SPACE,
7570 ; -99 -- DIC OR DPB SIZE IS INVALID.
7571 ;
7572 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7573 ; DIRECTIVE ISSUING TASK'S PS, PC, & R1-R5 PUSHED ONTO THE
7574 ; STACK, AND R0-R5 SET AS FOLLOWS:
7575 ; R1 -- ADDRESS OF WORD FOLLOWING DIC & SIZE
7576 ; R2 -- DPB SIZE
7577 ; R3 -- DIC (DIRECTIVE IDENTIFICATION CODE)
7578 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
7579 ;
7580 ;
7581 ; R5 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7582 ;
7583 024266 .D.PUT::MFPS @R1,R1 ;FIND THE LAST WORD OF THE DPB
024266 011101 MOV @R1,R1
7584 024270 001403 BEQ 20$ ;YES -- THEN CHECK IT OUT
7585 024272 010165 000034 10$: MOV R1,A.PF(R5) ;SPECIFY POWER FAIL AST
7586 024276 104401 TRAP DR.01 ;AND RETURN +1
7587 ;
7588 024300 005765 000034 20$: TST A.PF(R5) ;CHECK FOR ALREADY CLEAR
7589 024304 001372 BNE 10$ ;NO -- ALL OK
7590 024306 104770 TRAP DE.08 ;YES -- ERROR
DMAST - SPECIFY AST SERVICE D MACRO M1113 03-APR-86 22:25 PAGE 136
DIRECTIVE -- SPECIFY POWER FAIL AST
7592
7593
7594 .TITLE DMREQ - "REQUEST AND EXECUTE" DIRECTIVES MODULE
7595 .SBTTL REQUEST AND EXECUTE -- COPYRIGHT STATEMENT
7596 024310 IDENT$ 1,0
.IDENT /001000/
7597 ;
7598 ; COPYRIGHT (C) 1975, 1984, 1985 BY
7599 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
7600 ; ALL RIGHTS RESERVED.
7601 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
7602 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
7603 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
7604 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
7605 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
7606 ;
7607 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
7608 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
7609 ; CORPORATION.
7610 ;
7611 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
7612 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
7613 ;
7614 ; MODULE: "REQUEST" DIRECTIVE
7615 ;
7616 ; VERSION: 01-00
7617 ;
7618 ; AUTHOR: R. MCLEAN
7619 ;
7620 ; DATE: 1 JUL 75
7621 ;
7622 ;
7623 ; THIS MODULE CONTAINS:
7624 ;
7625 ; 1 -- CODE TO SERVICE THE "REQUEST" DIRECTIVE.
7626 ;
7627 ; MACROS
7628 ;
7629 .MCALL CALL,RETURN,MFPS
DMREQ - "REQUEST AND EXECUTE" MACRO M1113 03-APR-86 22:25 PAGE 137
DIRECTIVE -- TASK SCHEDULING -- REQUEST
7631 .SBTTL DIRECTIVE -- TASK SCHEDULING -- REQUEST
7632 ;+
7633 ; THE "REQUEST" DIRECTIVE
7634 ;
7635 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO MAKE A TASK ACTIVE. I.E., TO
7636 ; RUN CONTINGENT UPON PRIORITY AND MEMORY AVAILABILITY.
7637 ;
7638 ; A SEVEN WORD DPB OF THE FOLLOWING FORMAT IS USED:
7639 ;
7640 ; WD. 00 -- DIC (11.) & DPB SIZE (7.),
7641 ; WD. 01 -- TASK NAME (FIRST HALF),
7642 ; WD. 02 -- TASK NAME (SECOND HALF),
7643 ; WD. 03 -- [PARTITION NAME (FIRST HALF)],
7644 ; WD. 04 -- [PARTITION NAME (SECOND HALF)],
7645 ; WD. 05 -- [PRIORITY],
7646 ; WD. 06 -- [UIC].
7647 ;
7648 ; THE FOLLOWING STATUS IS RETURNED:
7649 ;
7650 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7651 ; OF ONE (+1).
7652 ;
7653 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7654 ;
7655 ; -01 -- INSUFFICIENT POOL NODES AVAILABLE,
7656 ; -03 -- PARTITION TOO SMALL FOR TASK,
7657 ; -06 -- HANDLER TASK NOT RESIDENT TO LOAD TASK,
7658 ; -07 -- TASK IS ACTIVE,
7659 ;
7660 ; -94 -- PARTITION NOT IN SYSTEM (NO TPD ENTRY FOUND),
7661 ; -95 -- INVALID PRIORITY SPECIFIED (<0 OR >250.),
7662 ; -99 -- DIC OR DPB SIZE IS INVALID.
7663 ;
7664 ;-
7665 024310 .D.REQ::CALL ..FSTD ;SET R2 TO STD ENTRY ADDRESS, OR TO
024310 004737 045574' JSR PC,..FSTD
7666 ;ZERO IF TASK NAME NOT FOUND (AND SET
7667 ;CONDITION CODES PER "TST R2").
7668 ;
7669 ;ADVANCE R1 BY FOUR (PAST TASK NAME).
7670 ;
7671 ;
7672 024314 001406 BEQ 20$ ;IF TASK IS NOT INSTALLED TRY TO GET IT INSTALLED
7673 024316 CALL .FEPPU ;SET R3 TO TPD ADDRESS IF A PARTITION IS
024316 004737 016000' JSR PC,.FEPPU
7674 ;SPECIFIED, OR TO ZERO IF NOT SPECIFIED.
7675 ;
7676 ;SET R4 TO PRIORITY IF SPECIFIED, OR TO
7677 ;ZERO IF NOT SPECIFIED.
7678 ;
7679 ;
7680 ;ADVANCE R1 BY EIGHT (PAST PARTITION NAME,
7681 ;PRIORITY INDICATOR, AND UIC INDICATOR.).
7682 ;
7683 ;IF INVALID PRIORITY, RETURN STS=-95.
7684 ;IF PARTITION NOT IS SYSTEM, RETURN
7685 ;STS=-94. IF NON-PRIVILEGED TASK HAS
DMREQ - "REQUEST AND EXECUTE" MACRO M1113 03-APR-86 22:25 PAGE 137-1
DIRECTIVE -- TASK SCHEDULING -- REQUEST
7686 ;SPECIFIED OTHER THAN OWN UIC, RETURN
7687 ;STS=-91. IF SPECIFIED PARTITION IS
7688 ;TOO SMALL FOR TASK, RETURN STS=-03.
7689 ;
7690 ;
7691 ;
7692 ;
7693 024322 10$: CALL .REQS ;MAKE A TASK ACTIVE PER R1, R2, R3, R4 & R5.
024322 004737 015276' JSR PC,.REQS
7694 ;(R1, R2, R3, R4, & R5 ARE ALTERED)
7695 ;
7696 024326 000162 015770' JMP .RQESD(R2) ;RETURN DIRECTIVE STATUS PER SUBROUTINE
7697 ;STATUS IN R2.
7698 ;
7699 024332 012704 024522' 20$: MOV #RQSPB,R4 ;SET UP TO INSERT PARAMETERS INTO SEND
7700 024336 024141 CMP -(R1),-(R1) ;BACKUP TO POINT TO TASK NAME
7701 024340 MFPS (R1)+,(R4)+ ;TASK NAME
024340 012124 MOV (R1)+,(R4)+
7702 024342 MFPS (R1)+,(R4)+
024342 012124 MOV (R1)+,(R4)+
7703 024344 MFPS (R1)+,(R4)+ ;PARTITION NAME
024344 012124 MOV (R1)+,(R4)+
7704 024346 MFPS (R1)+,(R4)+
024346 012124 MOV (R1)+,(R4)+
7705 024350 MFPS (R1)+,(R4)+ ;PRIORITY
024350 012124 MOV (R1)+,(R4)+
7706 024352 012704 001432' MOV #.POLLH,R4 ;PICK A NODE FROM THE POOL
7707 024356 CALL ..PICK
024356 004737 045476' JSR PC,..PICK
7708 024362 103001 BCC 30$ ;GOT ONE
7709 024364 104777 TRAP DE.01 ;NONE RETURN -1
7710 ;
7711 024366 010401 30$: MOV R4,R1 ;SAVE THE NODE ADDRESS
7712 024370 012704 001432' MOV #.POLLH,R4 ;FIND THE LISTHEAD OF THE POOL
7713 024374 021404 CMP @R4,R4 ;ANY NODES?
7714 024376 001003 BNE 35$ ;YES -- PROCEED
7715 024400 CALL ..NADD ;NO RETURN NODE
024400 004737 045434' JSR PC,..NADD
7716 024404 104777 TRAP DE.01 ;NOT ENOUGH NODES
7717 ;
7718 024406 010137 024534' 35$: MOV R1,RQSTD ;SET UP THE STD ADDRESS
7719 024412 005743 TST -(R3) ;BACK UP TO POINT TO CORRECT ENTRY TO INSERT
7720 024414 012704 024522' MOV #RQSPB,R4 ;SET UP PARAMETERS IN STD
7721 024420 012421 MOV (R4)+,(R1)+
7722 024422 012421 MOV (R4)+,(R1)+
7723 024424 005021 CLR (R1)+
7724 024426 012721 040005 MOV #SF.EX!SF.TA!SF.IR,(R1)+ ;DECLARE TASK ACTIVE
7725 024432 062701 000014 ADD #S.RF-S.DP,R1 ;POINT TO SEND LISTHEAD
7726 024436 010111 MOV R1,@R1 ;SET UP LISTHEAD
7727 024440 010161 000002 MOV R1,2(R1)
7728 024444 013704 024534' MOV RQSTD,R4 ;RESTORE STD ADDRESS
7729 024450 011301 40$: MOV @R3,R1 ;MAKE ENTRY IN STD
7730 024452 001403 BEQ 50$ ;END OF LIST
7731 024454 010423 MOV R4,(R3)+ ;MOVE LIST DOWN
7732 024456 010104 MOV R1,R4 ;SET NEXT ENTRY
7733 024460 000773 BR 40$ ;GO NEXT ENTRY
7734 ;
DMREQ - "REQUEST AND EXECUTE" MACRO M1113 03-APR-86 22:25 PAGE 137-2
DIRECTIVE -- TASK SCHEDULING -- REQUEST
7735 024462 010413 50$: MOV R4,@R3 ;STORE LAST ENTRY
7736 024464 062737 000002 006370' ADD #2,.STDTZ ;UPDATE SIZE
7740 024472 012702 006676' MOV #STDINS,R2 ;SET UP STD NODE OF RECEIVER
7741 024476 012701 024516' MOV #RQSPT,R1 ;SET UP TO SEND TO INSTALL
7742 024502 CALL .SEND ;SEND DATA
024502 004737 024006' JSR PC,.SEND
7743 024506 005004 CLR R4 ;START AT DEFAULT PART & PRI
7744 024510 005003 CLR R3
7745 024512 010102 MOV R1,R2 ;SET UP STD OF INSTALL
7746 024514 000702 BR 10$
7747 ;
7748 024516 024522' RQSPT:: .WORD RQSPB ;POINTER TO SEND BLOCK
7749 024520 000000 .WORD 0 ;EVENT FLAG (NONE)
7750 024522 RQSPB: .BLKW 5 ;DATA TO BE XMITTED
7751 024534 000000 RQSTD: .WORD 0 ;STD ADDRESS
7752 ;
DMREQ - "REQUEST AND EXECUTE" MACRO M1113 03-APR-86 22:25 PAGE 138
DIRECTIVE -- TASK SCHEDULING -- REQUEST
7754
7755
7756 .TITLE DMGPP - "GET TASK PARAMETERS" DIRECTIVE MODULE
7757 .SBTTL GET TASK PARAMETERS -- COPYRIGHT STATEMENT
7758 024536 IDENT$ 1,0
.IDENT /001000/
7759 ;
7760 ; COPYRIGHT (C) 1975, 1984, 1985 BY
7761 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
7762 ; ALL RIGHTS RESERVED.
7763 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
7764 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
7765 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
7766 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
7767 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
7768 ;
7769 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
7770 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
7771 ; CORPORATION.
7772 ;
7773 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
7774 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
7775 ;
7776 ; MODULE: "GET TASK PARAMETERS" DIRECTIVE
7777 ;
7778 ; VERSION: 01-00
7779 ;
7780 ; AUTHOR: R. MCLEAN
7781 ;
7782 ; DATE: 19 AUG 75
7783 ;
7784 ;
7785 ; THIS MODULE CONTAINS:
7786 ;
7787 ; 1 -- CODE TO SERVICE THE "GET TASK PARAMETERS" DIRECTIVE.
7788 ;
7789 ; MACRO CALLS
7790
7791 .MCALL MTPS,MFPS
DMGPP - "GET TASK PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 139
DIRECTIVE -- GET TASK PARAMETERS
7793 .SBTTL DIRECTIVE -- GET TASK PARAMETERS
7794 ;+
7795 ; THE "GET TASK PARAMETERS" DIRECTIVE
7796 ;
7797 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO FILL AN INDICATED SIXTEEN WORD
7798 ; BUFFER WITH PARAMETERS RELATING TO THE ISSUING TASK.
7799 ;
7800 ; A TWO WORD DPB OF THE FOLLOWING FORMAT IS USED:
7801 ;
7802 ; WD. 00 -- DIC (63.) & DPB SIZE (2.),
7803 ; WD. 01 -- ADDRESS OF SIXTEEN WORD BUFFER.
7804 ;
7805 ; THE SIXTEEN WORD BUFFER IS FILLED AS FOLLOWS:
7806 ;
7807 ; WD. 00 -- ISSUING TASK'S NAME (FIRST HALF),
7808 ; WD. 01 -- ISSUING TASK'S NAME (SECOND HALF),
7809 ; WD. 02 -- PARTITION NAME (FIRST HALF),
7810 ; WD. 03 -- PARTITION NAME (SECOND HALF),
7811 ; WD. 04 -- TASK NAME OF REQUESTOR OF ISSUING TASK (FIRST HALF),
7812 ; WD. 05 -- TASK NAME OF REQUESTOR OF ISSUING TASK (SECOND HALF),
7813 ; WD. 06 -- RUN PRIORITY,
7814 ; WD. 07 -- USER IDENTIFICATION CODE (UIC FOR FILES SYSTEM),
7815 ; WD. 10 -- NUMBER OF LOGICAL I/O UNITS (LUN'S),
7816 ; WD. 11 -- MACHINE TYPE INDICATOR (VIZ., 45. FOR PDP-11/45),
7817 ; WD. 12 -- STD FLAGS WORD,
7818 ; WD. 13 -- [ADDRESS OF TASK SST VECTOR TABLE],
7819 ; WD. 14 -- [SIZE OF TASK SST VECTOR TABLE (IN WORDS)],
7820 ; WD. 15 -- TASK SIZE
7821 ; WD. 16 -- ZERO (RESERVED),
7822 ; WD. 17 -- ZERO (RESERVED).
7823 ;
7824 ; THE FOLLOWING STATUS IS RETURNED:
7825 ;
7826 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7827 ; OF ONE (+1).
7828 ;
7829 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7830 ;
7831 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
7832 ; -99 -- DIC OR DPB SIZE IS INVALID.
7833 ;-
7834 000050 .PDP11=40. ;PDP11/40
7835 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7836 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
7837 ; KERNEL STACK, AND R0-R5 SET AS FOLLOWS:
7838 ; R0 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK'),
7839 ; R1 -- VIRTUAL ADDRESS OF DPB PLUS TWO,
7840 ; R2 -- SIZE OF DPB (IN WORDS),
7841 ; R3 -- TWICE THE DIRECTIVE IDENTIFICATION CODE (2*DIC),
7842 ; R4 -- STD ENTRY ADDRESS OF ISSUING TASK, AND
7843 ; R5 -- LAST WORD OF DPB.
7844 ;
7845 ; R0 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7846 ;
7847 ;
7848 024536 005046 .D.GPP::CLR -(SP) ;PUSH ZERO
7849 024540 005046 CLR -(SP) ;PUSH ZERO
DMGPP - "GET TASK PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 139-1
DIRECTIVE -- GET TASK PARAMETERS
7850 024542 016504 000016 MOV A.TD(R5),R4 ;FIND STD ADDRESS
7851 024546 016502 000006 MOV A.PD(R5),R2 ;FIND THE TPD ADDRESS
7852 024552 016500 000012 MOV A.HA(R5),R0 ;FIND THE HEADER ADDRESS
7853 024556 016246 000006 MOV T.PZ(R2),-(SP) ;SET PARTITION SIZE (TASK SIZE)
7854 024562 012746 000010 MOV #8.,-(SP) ;PUSH VECTOR TBL SIZE
7855 024566 016046 000106 MOV H.TKVA(R0),-(SP) ;PUSH VECTOR TBL ADDRESS
7856 024572 016446 000006 MOV S.FW(R4),-(SP) ;PUSH STD FLAGS WORD
7857 024576 012746 000050 MOV #.PDP11,-(SP) ;PUSH MACHINE TYPE INDICATOR
7858 024602 016046 000130 MOV H.LUT(R0),-(SP) ;PUSH NUMBER OF LUN'S
7859 024606 013746 001156' MOV .SYUIC,-(SP) ;PUSH UIC
7860 024612 005046 CLR -(SP) ;PUSH RUN PRIORITY
7861 024614 116516 000010 MOVB A.RP(R5),@SP
7862 024620 005046 CLR -(SP)
7863 024622 005046 CLR -(SP)
7864 024624 016246 000002 MOV T.PN+2(R2),-(SP)
7865 024630 016246 000000 MOV T.PN+0(R2),-(SP)
7866 024634 016446 000002 MOV S.TN+2(R4),-(SP);PUSH TASK NAME
7867 024640 016446 000000 MOV S.TN+0(R4),-(SP)
7868 ;
7869 024644 012702 000020 MOV #16.,R2 ;POP SIXTEEN WORDS FROM STACK INTO BUFFER
7870 024650 MFPS @R1,R1 ;PICK UP HIS ADDRESS
024650 011101 MOV @R1,R1
7871 ;IN ISSUING TASK'S ADDRESS SPACE.
7872 ;R5 CONTAINS VIRTUAL ADDRESS OF BUFFER.
7873 024652 10$:
7874 024652 MTPS (SP)+,(R1)+
024652 012621 MOV (SP)+,(R1)+
7875 024654 077202 SOB R2,10$
7876 ;
7877 024656 104401 TRAP DR.01 ;RETURN STS=+1.
7878 ;
DMGPP - "GET TASK PARAMETERS" MACRO M1113 03-APR-86 22:25 PAGE 140
DIRECTIVE -- GET TASK PARAMETERS
7880
7881 .TITLE DMGMP - "GET PARTITION PARAMETERS" DIRECTIVE MODULE
7882 .SBTTL GET PARTITION PARAMETERS -- COPYRIGHT STATEMENT
7883 024660 IDENT$ 1,0
.IDENT /001000/
7884 ;
7885 ; COPYRIGHT (C) 1975, 1984, 1985 BY
7886 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
7887 ; ALL RIGHTSS RESERVED.
7888 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
7889 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
7890 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
7891 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
7892 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
7893 ;
7894 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
7895 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
7896 ; CORPORATION.
7897 ;
7898 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
7899 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
7900 ;
7901 ; MODULE: "GET PARTITION PARAMETERS" DIRECTIVE
7902 ;
7903 ; VERSION: 01-00
7904 ;
7905 ; AUTHOR: R. MCLEAN
7906 ;
7907 ; DATE: 19 AUG 75
7908 ;
7909 ;
7910 ; THIS MODULE CONTAINS:
7911 ;
7912 ; 1 -- CODE TO SERVICE THE "GET PARTITION PARAMETERS" DIRECTIVE.
7913 ;
7914 ; MACRO CALLS
7915 ;
7916
7917 .MCALL MFPI,MTPI,MFPS,MTPS
DMGMP - "GET PARTITION PARAME MACRO M1113 03-APR-86 22:25 PAGE 141
DIRECTIVE -- GET PARTITION PARAMETERS
7919 .SBTTL DIRECTIVE -- GET PARTITION PARAMETERS
7920 ;+
7921 ; THE "GET PARTITION PARAMETERS" DIRECTIVE
7922 ;
7923 ; THIS DIRECTIVE INSTRUCTS THE SYSTEM TO FILL AN INDICATED THREE WORD
7924 ; BUFFER WITH PARTITION PARAMETERS.
7925 ;
7926 ; A FOUR WORD DPB OF THE FOLLOWING FORMAT IS USED:
7927 ;
7928 ; WD. 00 -- DIC (65.) & DPB SIZE (4.),
7929 ; WD. 01 -- [PARTITION NAME (FIRST HALF)],
7930 ; WD. 02 -- [PARTITION NAME (SECOND HALF)],
7931 ; WD. 03 -- ADDRESS OF THREE WORD BUFFER.
7932 ;
7933 ; IF A PARTITION IS NOT SPECIFIED, THE PARTITION OF THE ISSUING TASK
7934 ; IS ASSUMED.
7935 ;
7936 ; THE THREE WORD BUFFER IS FILLED AS FOLLOWS:
7937 ;
7938 ; WD. 00 -- 1/64TH BASE ADDRESS OF PARTITION,
7939 ; WD. 01 -- 1/64TH SIZE OF PARTITION,
7940 ; WD. 02 -- PARTITION FLAGS WORD.
7941 ;
7942 ; THE FOLLOWING STATUS IS RETURNED:
7943 ;
7944 ; CC-C CLEARED TO INDICATE SUCCESSFUL COMPLETION, AND A DIRECTIVE STATUS
7945 ; OF ONE (+0).
7946 ;
7947 ; CC-C SET TO INDICATE REJECTION, AND A DIRECTIVE STATUS OF:
7948 ;
7949 ; -02 -- INDICATED PARTITION NOT IS SYSTEM,
7950 ;
7951 ; -98 -- PART OF DPB OR BUFFER IS OUT OF TASK'S ADDRESS SPACE,
7952 ; -99 -- DIC OR DPB SIZE IS INVALID.
7953 ;-
7954 ; CONTROL IS TRANSFERRED HERE (BY DIRECTIVE DISPATCH ROUTINE) WITH THE
7955 ; DIRECTIVE ISSUING TASK'S PS, PC, & R0-R5 PUSHED ONTO THE
7956 ; KERNEL STACK, AND R0-R5 SET AS FOLLOWS:
7957 ; R0 -- ATL NODE ADDRESS OF ISSUING TASK ('.CRTSK'),
7958 ; R1 -- VIRTUAL ADDRESS OF DPB PLUS TWO,
7959 ; R2 -- SIZE OF DPB (IN WORDS),
7960 ; R3 -- TWICE THE DIRECTIVE IDENTIFICATION CODE (2*DIC),
7961 ; R4 -- STD ENTRY ADDRESS OF ISSUING TASK, AND
7962 ; R5 -- LAST WORD OF DPB.
7963 ;
7964 ; R0 IS LEFT UNALTERED (I.E. POINTING TO ISSUING TASK'S ATL NODE).
7965 ;
7966 ; R5 CONTAINS ADDRESS OF THREE WORD BUFFER.
7967 ;
7968 024660 .D.GMP::MFPI (R1)+ ;PUSH 2-WORD PARTITION NAME (OR TWO ZEROS)
024660 012146 MOV (R1)+,-(SP)
7969 024662 MFPI (R1)+ ;ONTO KERNEL STACK (IN REVERSE ORDER)
024662 012146 MOV (R1)+,-(SP)
7970 ;WAS A NAME SPECIFIED?
7971 024664 001011 BNE 10$ ;YES -- SCAN "TPD" FOR MATCH
7972 024666 005766 000002 TST +2(SP) ;MAYBE -- CHECK FIRST HALF OF NAME
7973 024672 001006 BNE 10$ ;YES -- SCAN "TPD" FOR MATCH
DMGMP - "GET PARTITION PARAME MACRO M1113 03-APR-86 22:25 PAGE 141-1
DIRECTIVE -- GET PARTITION PARAMETERS
7974 024674 016504 000006 MOV A.PD(R5),R4 ;NO -- REPLACE TWO-ZEROS WITH NAME OF PARTITION
7975 024700 016446 000000 MOV T.PN+0(R4),-(SP) ;IN WHICH ISSUING TASK IS EXECUTING.
7976 024704 016446 000002 MOV T.PN+2(R4),-(SP)
7977 024710 10$:
7978 024710 012703 010062' MOV #.TPDEA,R3 ;SETUP R3 TO SCAN "TPD"
7979 024714 20$:
7980 024714 020327 007602' CMP R3,#.TPDBA ;END OF SCAN?
7981 024720 001001 BNE 30$
7982 024722 104776 TRAP DE.02 ;YES -- RETURN STS=-02.
7983 ;
7984 024724 162703 000020 30$: SUB #T.SZ,R3 ;NO -- REDUCE R3 TO POINT TO TPD ENTRY
7985 024730 010304 MOV R3,R4 ;SETUP R4 TO INDEX THRU TPD ENTRY
7986 024732 022466 000002 CMP (R4)+,+2(SP) ;DOES NAME MATCH?
7987 024736 001366 BNE 20$ ;NO -- CONTINUE SCAN
7988 024740 022416 CMP (R4)+,@SP ;MAYBE -- CHECK SECOND HALF
7989 024742 001364 BNE 20$ ;NO -- CONTINUE SCAN
7990 ;
7991 024744 012703 000002 MOV #2.,R3 ;YES -- MOVE 2-WORDS TO BUF IN PREVIOUS SPACE
7992 024750 MFPS @R1,R1 ;FIND BUFFER
024750 011101 MOV @R1,R1
7993 024752 011400 MOV @R4,R0 ;FIND PARTITION START
7994 024754 40$:
7995 024754 012446 MOV (R4)+,-(SP)
7997 024756 006216 ASR @SP
7998 024760 006216 ASR @SP
7999 024762 006216 ASR @SP
8000 024764 006216 ASR @SP
8001 024766 006216 ASR @SP
8002 024770 006216 ASR @SP
8003 024772 042716 176000 BIC #176000,@SP ;MASK OFF CARRY FROM SHIFT
8005 024776 MTPI (R1)+
024776 012621 MOV (SP)+,(R1)+
8006 025000 077313 SOB R3,40$
8007 025002 005724 TST (R4)+ ;RETURN FLAGS WORD
8008 025004 MTPS (R4)+,(R1)+ ;SET IN USER'S AREA
025004 012421 MOV (R4)+,(R1)+
8009 ;
8013 025006 000137 013710' JMP .DR.NS ;RETURN R0 STATUS
8015 ;
DMGMP - "GET PARTITION PARAME MACRO M1113 03-APR-86 22:25 PAGE 142
DIRECTIVE -- GET PARTITION PARAMETERS
8017
8018 .TITLE RUN - CLOCK HANDLER
8019 .SBTTL CLOCK HANDLER -- COPYRIGHT STATEMENT
8020 ;
8021 ; COPYRIGHT (C) 1975, 1984, 1985 BY
8022 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
8023 ; ALL RIGHTS RESERVED.
8024 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
8025 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
8026 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
8027 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
8028 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
8029 ;
8030 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
8031 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
8032 ; CORPORATION.
8033 ;
8034 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
8035 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
8036 ;
8037 ; MODULE: "CLOCK TICK RECOGNITION"
8038 ;
8039 ; VERSION: 07-00
8040 ;
8041 ; AUTHOR: R. MCLEAN
8042 ;
8043 ; DATE: 19 JUL 75
8044 ;
8045 ;
8046 ; THIS MODULE CONTAINS:
8047 ;
8048 ; 1 -- CODE TO SERVICE CLOCK TICK RECOGNITION
8049 ;
8050 ;
8051 ; MODIFICATIONS:
8052 ;
8053 ; NO. DATE PROGRAMMER PURPOSE
8054 ; --- ---- ---------- -------
8055 ; 001 04-MAR-77 R. BELANGER CHANGE MIDNIGHT RECOGNITION
8056 ;
8057 ; MACROS
8058 ;
8059 .MCALL CALL,RETURN,DIR$,.CRASH,.STKM
RUN - CLOCK HANDLER MACRO M1113 03-APR-86 22:25 PAGE 143
CLOCK TICK RECOGNITION
8061 .SBTTL CLOCK TICK RECOGNITION
8062 ;
8063 ; UPDATE TICKS
8064 ;
8065 025012 012704 001134' .TICK:: MOV #.TICKS,R4 ;POINT TO BASE OF TIME PARAMETERS
8066 025016 005214 INC @R4 ;UPDATE TICKS
8067 025020 023714 001154' CMP .TKPS,@R4 ;1 SEC YET?
8068 025024 101020 BHI 3$ ;NO DONE
8069 ;
8070 ; TICKS OVERFLOWED, UPDATE SECONDS
8071 ;
8072 025026 005024 CLR (R4)+ ;CLEAR FRACTIONS
8073 025030 000337 001152' SWAB .SSM+2 ;FIND IF TIME TO UPDATE SSM
8074 025034 001414 BEQ 3$ ;NO -- CONTINUE
8075 025036 005237 001150' INC .SSM ;UPDATE SECONDS SINCE MIDNIGHT
8076 025042 022737 124277 001150' CMP #30.*60.*24.-1,.SSM ;MIDNIGHT?
8077 025050 101006 BHI 3$ ;NO, CAN INCREMENT
8078 025052 006337 001136' ASL .CLKSW ;GIVE THE 10 TIME TO CHANGE IT'S DATE -- WE DON'T
8079 ; +++001 RREMOVED 10. INSTRUCTIONS
8080 025056 001003 BNE 3$ ; +++001 NO -- GO ON
8081 025060 012737 177777 001136' MOV #-1,.CLKSW ; +++001 YES -- FLAG NULL TASK TO REQUEST
8082 ; +++001 TIME-OF-DAY TASK
8083 ;
8084 ;INCREMENT IN NO OVERFLOW CASES - SECONDS OR MINUTES
8085 ;
8086 025066 3$:
8087 ;
8088 ; SET UP FOR LINE FREQ. SERVICE
8089 ;
8090 ;
8091 025066 012704 002376' 4$: MOV #.CLKBA,R4 ;DELETE THE ENTRY OR RESCHEDULE IT
8092 025072 012405 10$: MOV (R4)+,R5 ;NO -- AN ENTRY HERE?
8093 025074 001435 BEQ 40$ ;NO -- GO
8094 025076 005724 TST (R4)+ ;OVER AST ADDRESS
8095 025100 005324 DEC (R4)+ ;YES --DECREMENT THE COUNT
8096 025102 001403 BEQ 30$ ;END OF COUNT SET EVENT FLAG
8097 025104 062704 000006 20$: ADD #6,R4 ;NO -- LOOK AT NEXT ENTRY
8098 025110 000770 BR 10$
8099 ;
8100 025112 30$: CALL ..DSEV ;DECLARE A SIG EVENT
025112 004737 045264' JSR PC,..DSEV
8101 025116 012464 177774 MOV (R4)+,-4(R4) ;RESET RESCHEDULE INTERVAL
8102 025122 052434 BIS (R4)+,@(R4)+ ;DO THE SETTING OF THE EVENT FLAG
8103 025124 010446 MOV R4,-(SP) ;SAVE R4
8104 025126 016404 177766 MOV -12(R4),R4 ;FIND AST ADDRESS
8105 025132 001405 BEQ 35$ ;NONE -- FORGET IT
8106 025134 CALL .STAST ;START AST
025134 004737 016160' JSR PC,.STAST
8107 025140 103002 BCC 35$ ;GOT IT -- CONTINUE
8108 025142 010437 001050' MOV R4,.CKASS ;NOT QUITE -- TASK IS CURRENT GET AT ..INTX
8109 025146 012604 35$: MOV (SP)+,R4
8110 025150 005764 177772 TST -6(R4) ;RESCHEDULE?
8111 025154 001346 BNE 10$ ;NO -- DO NEXT ENTRY
8112 025156 162704 000014 SUB #C.SZ,R4 ;BACK UP POINTER
8113 025162 CALL .CKDEL ;DELETE ENTRY
025162 004737 044406' JSR PC,.CKDEL
8114 025166 000741 BR 10$ ;AND TRY AGAIN
RUN - CLOCK HANDLER MACRO M1113 03-APR-86 22:25 PAGE 143-1
CLOCK TICK RECOGNITION
8115 ;
8116 025170 105337 001015' 40$: DECB .SERFG+1 ;COUNT DOWN CLOCK COUNTER
8117 025174 001306 BNE .TICK ;AND GO DO ANOTHER IF WE MISSED ONE
8118 025176 012604 MOV (SP)+,R4 ;RESTORE REGISTERS
8119 025200 012605 MOV (SP)+,R5
8120 025202 053737 001016' 001014' BIS .SEWFL,.SERFG ;SET SIG EVENT FLAG IF NECESSARYH
8121 025210 005037 001016' CLR .SEWFL ;AND CLEAR FLAG
8122 025214 000137 015062' JMP ..INTX ;AND RETURN TO INTERRUPT EXIT
RUN - CLOCK HANDLER MACRO M1113 03-APR-86 22:25 PAGE 144
CLOCK TICK RECOGNITION
8124
8125
8126 .TITLE QPRDRV -- QUEUED PROTOCOL DRIVER FOR RSX-20F
8127 .SBTTL QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
8128 025220 IDENT$ 15,14,RSX$$F
.IDENT /E15140/
8129
8130 ;
8131 ; COPYRIGHT (C) 1975, 1984, 1985 BY
8132 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
8133 ; ALL RIGHTS RESERVED
8134 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
8135 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
8136 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
8137 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
8138 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
8139 ;
8140 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
8141 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
8142 ; CORPORATION.
8143 ;
8144 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
8145 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
8146 ;
8147 ;
8148 ; MODULE: QUEUED PROTOCOL DRIVER FOR RSX-20F
8149 ;
8150 ; VERSION: V15-14
8151 ;
8152 ; AUTHOR: R. MCLEAN
8153 ;
8154 ; DATE: 19 JUL 75
8155 ;
8156 ; THIS MODULE CONTAINS:
8157 ;
8158 ; 1 -- QUEUED PROTOCOL SERVICE
8159 ;
8160 ; MODIFICATIONS:
8161 ;
8162 ; NO. DATE PROGRAMMER PURPOSE
8163 ; --- ---- ---------- -------
8164 ; 001 21-OCT-76 A. PECKHAM INSERT CODING TO COUNT
8165 ; DOORBELLS.
8166 ; 002 08-NOV-76 K. RETI ADD SUPPRESS SEND-ALL
8167 ; R. BELANGER CODE.
8168 ; 003 03-FEB-77 R. BELANGER ADDED GENERALIZED DL-11E
8169 ; SUPPORT
8170 ; 004 10-FEB-77 A. PECKHAM KEEP TO-11 QUEUE COUNT
8171 ; STRAIGHT
8172 ; 005 16-FEB-77 A. PECKHAM SET SPEED OF REMOTE LINES
8173 ; 006 07-MAR-77 A. PECKHAM REORGANIZE SENDALL
8174 ; 007 08-MAR-77 A. PECKHAM FIX "XOFF" FOR CTY
8175 ; 008 14-MAR-77 R. BELANGER CONDITIONALLY REMOVE
8176 ; SUPPORT FOR UNUSED DTE-20
8177 ; DIRECTIVES
8178 ; 009 31-MAY-77 R. BELANGER ADD SUPPORT FOR KLINIK
8179 ; PARAMETER PASSING
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 144-1
QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
8180 ; 010 15-JUL-77 R. BELANGER ADD AUTO-BAUD SUPPORT
8181 ; 011 25-JUL-77 R. BELANGER FIX BUG IN INITIAL STATUS
8182 ; 012 25-AUG-77 R. BELANGER ADD KL POWERFAIL SUPPORT
8183 ; 013 02-SEP-77 R. BELANGER XON/XOFF BUG FIX
8184 ; TCO 4.2067 30-OCT-78 R. BELANGER FIX XON TO ACCOUNT FOR NULL
8185 ; BYTE IN THREAD PACKET
8186 ; TCO 4.2096 30-NOV-78 R. BELANGER REMOVE EXTRANEOUS CODE
8187 ; FROM "XON" PROCESSOR
8188 ; TCO 4.2181 01-FEB-79 R. BELANGER ADD ENABLE/DISABLE XON/XOFF
8189 ; MESSAGE.
8190 ; MOVE DEVICE DEPENDENT XON/XOFF
8191 ; PROCESSING TO TERMINAL DRIVER.
8192 ; TCO 4.2216 16-MAR-79 R. BELANGER ALLOW DTE-20 TO RUN AT FULL SPEED
8193 ; TCO 4.2246 16-MAY-79 R. BELANGER ELIMINATE RACE CONDITION IN SENDALL
8194 ; TCO 4.2284 25-MAY-79 R. BELANGER ADD NEW MODEM CONTROL SUPPORT
8195 ; TCO 4.2524 01-OCT-79 R. BELANGER FLUSH OUPUT QUEUE WHEN LINE SPEED SET TO 0
8196 ; TCO 5.1004 10-OCT-79 R. BELANGER ADD NON-CONTIGUOUS DEVICE SUPPORT
8197 ; TCO 5.1015 25-OCT-79 R. BELANGER ADD NEW TERMINAL INPUT CONTROL
8198 ; TCO 5.1016 01-NOV-79 R. BELANGER ADD BREAK-THROUGH WRITE
8199 ; TCO 4.1.1035 16-NOV-79 R. BELANGER ADD QUEUE ARBITRATION MECHANISM
8200 ; PROCESS PACKETS INIBITTED
8201 ; TCO 4.1.1091 12-FEB-80 R. BELANGER FIX MISSING DM-11/BB PROBLEM
8202 ; TCO 4.1.1092 25-FEB-80 R. BELANGER LOCAL TERMINAL INPUT CONTROL
8203 ; TCO 4.1.1104 05-MAR-80 R. BELANGER SEND KEEP-ALIVE FROM DTE SERVICE
8204 ; TCO 4.1.1105 11-MAR-80 R. BELANGER CHANGE "EF.PR1" RECOGNITION
8205 ; TCO 4.1.1121 19-MAR-80 R. BELANGER BREAK QUEUED PROTOCOL DRIVER AND
8206 ; DTE-20 DRIVER INTO SEPARATE MODULES
8207 ; TCO 4.1.1137 05-APR-80 R. BELANGER LIMIT TO-10 QUEUE NODE SIZE TO 60 BYTES
8208 ; TCO 5.1127 08-AUG-80 S. LEAPLINE ADD HOST DEBUG MODE MESSAGE
8209 ; TCO 5.1248 26-JAN-81 S. LEAPLINE SAVE R0 FOR XOFF/XON CODE
8210 ; TCO 5.1249 26-JAN-81 S. LEAPLINE FIX BUG IN SETSPD, HIT WHEN
8211 ; GIVEN AN INCORRECT LINE SPEED
8212 ; 014 18-AUG-81 S. LEAPLINE REMOVE WSIG$S IN SENDALL
8213 ;
8214 ; THE FOLLOWING CHANGES ARE POST V14-45
8215 ;
8216 ;18-NOV-82 TCO 6.1359 D. WEAVER
8217 ; XOFF BIT GETS CLEARED ON QUEUED PROTOCOL MESSAGE TO SET/RESET
8218 ; RECEIVE SYSTEM-MESSAGES BIT.
8219 ;29-MAR-83 TCO 6.1567 D. WEAVER
8220 ; WHEN SETTING A LINE TO AUTOBAUD, SET ITS INTITIAL SPEED TO 2400 BAUD
8221 ; RATHER THAN 300 BAUD FOR HIGH SPEED AUTO-BAUD.
8222 ;29-APR-83 TCO 6.1567 D. WEAVER
8223 ; WHEN SETTING A LINE TO AUTOBAUD, ALSO PUT IT IN AUTOBAUD WAIT.
8224 ;11-JUL-83 TCO 6.1723 D. WEAVER
8225 ; TIME OUT LOW SPEED AUTOBAUD DETECT. CHANGE REFERENCES OF TT.FER
8226 ; TO TT.BRK.
8227 ;12-AUG-83 TCO 6.1771 D. WEAVER
8228 ; SUPPORT QUEUED PROTOCOL FUNCTION DIALUP FOR AUTO-DIALERS.
8229 ;18-JUN-84 TCO ****** M. RUDENKO
8230 ; ADD DISK DRIVE SERIAL NUMBER REPORT
8231 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 145
QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
8233 ;
8234 ; MACRO DEFINITIONS
8235 ;
8236
8237 .MCALL RQST$,WTSE$S,$DEF,WSIG$S,.INH5,.ENB5
8238 .MCALL .DQPEN,MRKT$,WTLO$,WTSE$,.CRASH,CALL,RETURN,.STKM,DIR$,.INH6,.ENB6
8239
8240 025220 $DEF
8241
8242 ;
8243 ; LOCAL MACROS
8244 ;
8245 ; MACRO TO ENABLE TASK SWITCHING
8246 ;
8247 .MACRO .ENBT
8248 MOV @#PS,-(SP)
8249 BIC #PRI7,@#PS
8250 .ENDM
8251 ;
8252 ; MACRO TO DISABLE TASK SWITCHING
8253 ;
8254 .MACRO .INHT
8255 MOV (SP)+,@#PS
8256 .ENDM
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 146
QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
8258 ;
8259 ; DATA AREAS
8260 ;
8261 000060 E.OPSZ==60 ; [4.1.1137] OPTIMAL SIZE FOR A TO 10 QUEUE
8262 ;
8263 ; LOCAL DEFINITIONS FOR DTE20 TASK
8264 ;
8265 000100 EF.TED==100 ; TO ELEVEN DONE EVENT FLAG
8266 ;
8267 ; TO ELEVEN QUEUE ENTRY
8268 ;
8269 000000 E.FP==0 ; FORWARD POINTER
8270 000002 E.LS==2 ; LIST SIZE
8271 000004 E.FN==4 ; FUNCTION CODE
8272 000006 E.DV==6 ; DEVICE CODE
8273 000010 E.FW==10 ; FUNCTION FIRST WORD
8274 ;
8275 ; FUNCTION CODE DEFINITIONS
8276 ;
8277 000001 BC.RQD==1 ; REQUEST DEVICES
8278 000002 BC.HAD==2 ; HERE ARE DEVICES
8279 000003 BC.STR==3 ; STRING DATA
8280 000004 BC.LNC==4 ; LINE/CHARACTER DATA
8281 000005 BC.RDS==5 ; RETURN DEVICE STATUS
8282 000006 BC.SDS==6 ; SET DEVICE STATUS
8283 000007 BC.HDS==7 ; HERE IS DEVICE STATUS
8284 000010 BC.DES==10 ; DEVICE ERROR STATUS
8285 000011 BC.RTD==11 ; RETURN TIME OF DAY
8286 000012 BC.HTD==12 ; HERE IS TIME OF DAY
8287 000013 BC.FOD==13 ; FLUSH OUTPUT DEVICE QUEUE
8288 000014 BC.SNA==14 ; SEND ALL
8289 000015 BC.TDU==15 ; DEVICE DIAL UP
8290 000016 BC.THU==16 ; DEVICE HANG UP
8291 000017 BC.SAK==17 ; ACKNOWLEDGE DEVICE DONE
8292 000020 BC.XOF==20 ; X-OFF (TTY ONLY)
8293 000021 BC.XON==21 ; X-ON (TTY ONLY)
8294 000022 BC.STS==22 ; SET TTY SPEED
8295 000023 BC.SLA==23 ; SET LINE ALLOCATION
8296 000024 BC.BTP==24 ; 11 REBOOT WORD
8297 000025 BC.AKA==25 ; ACK ALL
8298 000026 BC.SPT==26 ; START/STOP LINE
8299 000027 BC.EDR==27 ; ENABLE/DISABLE REMOTES
8300 000030 BC.LDR==30 ; LOAD LP RAM
8301 000031 BC.LDV==31 ; LOAD LP VFU
8302 000032 BC.NSA==32 ; SUPPRESS SEND-ALL FUNCTION (SET OR CLEAR BIT)
8303 000033 BC.SKP==33 ; SEND KLINIK PARAMETERS
8304 000034 BC.XEN==34 ; [4.2181] ENABLE/DISABLE XON/XOFF
8305 000035 BC.BTW==35 ; [5.1016] BREAK-THROUGH WRITE
8306 000036 BC.DEB==36 ; [5.1127] HOST DEBUG MODE
8307 000037 BC.NDM==37 ; [5.1127] CLEAR HOST DEBUG MODE
8308 000040 BC.HSN==40 ; [******] HERE ARE SERIAL NUMBERS
8309 000041 BC.FNM==41 ; [5.1016] 1 GREATER THAN MAX FUNCTION
8310 ;
8311 ; DPB'S
8312 ;
8313
8314 025220 WTLODT:
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 146-1
QUEUED PROTOCOL DRIVER -- COPYRIGHT STATEMENT
8315 025220 WTLO$ 1,EF.TED ; WAIT FOR TEN DONE
025220 053 003 .BYTE 43.,3
025222 000001 .WORD 1
025224 000100 .WORD EF.TED
8316
8317 025226 .RQSPD:: ; ALSO CALLED FROM "TTYDRR"
8318 025226 RQST$ SETSPD
025226 013 007 .BYTE 11.,7
025230 073634 074504 .RAD50 /SETSPD/
025234 000000 000000 .WORD 0,0
025240 000000 .WORD
025242 000 000 .BYTE ,
8319
8320 ;
8321 ; LOCAL DATA
8322 ;
8323
8324 025244 SPDTBL::
8325 025244 000000 .WORD 0 ; ZERO BAUD
8326 025246 000062 .WORD 50. ; 50 BAUD
8327 025250 000113 .WORD 75. ; ETC ......
8328 025252 000156 .WORD 110.
8329 025254 000206 .WORD 134.
8330 025256 000226 .WORD 150.
8331 025260 000310 .WORD 200.
8332 025262 000454 .WORD 300.
8333 025264 001130 .WORD 600.
8334 025266 002260 .WORD 1200.
8335 025270 003410 .WORD 1800.
8336 025272 004540 .WORD 2400.
8337 025274 011300 .WORD 4800.
8338 025276 022600 .WORD 9600.
8339 025300 000001 .WORD 1.
8340 025302 000002 .WORD 2.
8341
8342 000020 SPDTBZ=.-SPDTBL/2
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 147
QUEUED PROTOCOL DRIVER -- PROTOCOL PACKET SERVICE DISPATCH
8344 .SBTTL QUEUED PROTOCOL DRIVER -- PROTOCOL PACKET SERVICE DISPATCH
8345
8346 025304 DTEHD::
8347 025304 .STKM 0,0,0,0,0,0,0,QPRDTE,174000,DTESP
025352 000000 000000 000000 .WORD 0,0,0,0
025360 000000
025400 174000 025610' 025564' .WORD 174000,QPRDTE,DTESP
025434 000005 .WORD 5
025436 010262' .WORD TTPEN
025440 000000 .WORD 0
025442 000000 .WORD 0
025444 000000 .WORD 0
025446 000000 .WORD 0
025450 000000 .WORD 0
025452 000000 .WORD 0
025454 000000 .WORD 0
025456 000000 .WORD 0
025460 000000 .WORD 0
025462 000000 .WORD 0
025564 000000 .WORD 0
025566 000000 .WORD 0
025570 000000 .WORD 0
025572 000000 .WORD 0
025574 000000 .WORD 0
025576 000000 .WORD 0
025600 025610' .WORD QPRDTE
025602 174000 .WORD 174000
8348
8349 .ENABL LSB
8350
8351 025604 QPRDTC::
8352 025604 .ENB6 ;;; [4.1.1035] ALLOW INTERRUPTS
025604 012637 177776 MOV (SP)+,@#PS
8353 025610 QPRDTE::
8354 025610 DIR$ #WTLODT ; WAIT FOR TEN DONE
025610 012746 025220' MOV #WTLODT,-(SP)
025614 104375 EMT 375
8355 025616 10$:
8356 025616 .INH6 ; INHIBIT INTERRUPTS
025616 013746 177776 MOV @#PS,-(SP)
025622 112737 000300 177776 MOVB #300,@#PS
8357 025630 013700 001006' MOV .CRTSK,R0 ;;; POINT TO CURRENT TASK
8358 025634 005060 000020 CLR A.EF(R0) ;;; AND CLEAR THE EVENT FLAGS.
8359 025640 20$:
8360 025640 013704 001342' MOV TO11Q,R4 ;;; PICK IT FROM THE QUEUE
8361 025644 001757 BEQ QPRDTC ;;; NO QUEUE -- BACK TO SLEEP
8362 025646 011437 001342' MOV @R4,TO11Q ;;; SET UP THE NEXT LISTHEAD OR ZERO
8363 025652 010400 MOV R4,R0 ;;; SET IN R0 ALSO
8364 025654 116401 000004 MOVB E.FN(R4),R1 ;;; FIND THE FUNCTION CODE OF THE REQUEST
8365 025660 006301 ASL R1 ;;; MAKE IT 2* FUNCTION
8366 025662 000171 025732' JMP @DFTBL-2(R1) ;;; GO TO THE CORRECT ROUTINE
8367 ;
8368 025666 QPRDTL:
8369 025666 .ENB6 ;;; [4.1.1035] ALLOW INTERRUPTS
025666 012637 177776 MOV (SP)+,@#PS
8370 025672 000240 NOP ; [4.1.1035] LET AN INTERRUPT HAPPEN
8371 025674 005737 001012' TST .COMEF+2 ; [4.1.1105] ARE WE STILL IN PRIMARY PROTOCOL??
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 147-1
QUEUED PROTOCOL DRIVER -- PROTOCOL PACKET SERVICE DISPATCH
8372 025700 100346 BPL 10$ ; [4.1.1105] NO -- CONTINUE EMPTYING TO 11 QUEUE
8373 025702 .INH6 ; [4.1.1035] YES -- DISALLOW INTERRUPTS
025702 013746 177776 MOV @#PS,-(SP)
025706 112737 000300 177776 MOVB #300,@#PS
8374 025714 013704 001334' MOV TO10Q,R4 ;;; [4.1.1035] POINT TO THE TO 10 QUEUE
8375 025720 022704 001334' CMP #TO10Q,R4 ;;; [4.1.1035] ANYTHING THERE??
8376 025724 001745 BEQ 20$ ;;; [4.1.1035] NO -- GO ON
8377 025726 CALL .STTNF ;;; [4.1.1121] YES -- FORCE THE START
025726 004737 032206' JSR PC,.STTNF
8378 025732 000742 BR 20$ ;;; [4.1.1035] UNLOAD THE REST OF THE TO 11 QUEUE
8379 ;
8380
8381 .DSABL LSB
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 148
QUEUED PROTOCOL DRIVER -- DISPATCH TABLE
8383 .SBTTL QUEUED PROTOCOL DRIVER -- DISPATCH TABLE
8384
8385 025734 DFTBL::
8386 025734 026766' HICTS ; (01) HERE IS INITIAL STATUS
8387 025736 026034' UNRGFN ; (02) UNRECGONIZED FUNCTION
8388 025740 027236' STRDAT ; (03) STRING DATA FOR DEVICE
8389 025742 027302' LINCHR ; (04) LINE NUMBER CHARACTER DATA FOR DEVICE
8390 025744 027236' RTDVST ; (05) RETURN DEVICE STATUS
8391 025746 027236' STDVST ; (06) SET DEVICE STATUS FOR DEVICE
8392 025750 027236' HIDVST ; (07) HERE IS DEVICE STATUS
8393 025752 026034' UNRGFN ; (10) ERROR DEVICE STATUS
8394 025754 027212' RTNTOD ; (11) RETURN TIME OF DAY
8395 025756 027444' RETTOD ; (12) SEND TIME OF DAY
8396 025760 027502' FLDVOT ; (13) FLUSH DEVICE OUTPUT QUEUE
8397 025762 027616' SNDALL ; (14) SEND ALL TTY'S
8398 025764 026130' DIALUP ; (15) DIAL UP
8399 025766 026176' HANGUP ; (16) HANG UP
8400 025770 026344' ACKNOW ; (17) ACKNOWLEDGE END OF DATA IN BUFFER
8401 025772 026730' XOFF ; (20) XOFF (TTY)
8402 025774 026744' XON ; (21) XON (TTY)
8403 025776 026376' SETSPD ; (22) SET TTY SPEED
8404 026000 026356' SETLIN ; (23) SET LINE ALLOCATION
8405 026002 026034' UNRGFN ; (24) SET RELOAD PARAMETERS
8406 026004 026762' DEAND1 ; (25) ACK ALL
8407 026006 026604' STPLIN ; (26) STOP LINE
8408 026010 026042' EDRMT ; (27) ENABLE/DISABLE REMOTE LINES
8409 026012 027236' LDLPR ; (30) LOAD LP RAM
8410 026014 027236' LDLPV ; (31) LOAD LP VFU
8411 026016 026060' NOSNDA ; (32) SET OR CLEAR "SUPPRESS SEND-ALL" BIT
8412 026020 027540' RCVKLP ; (33) RECIEVE KLINIK PARAMETERS FROM KL
8413 026022 026052' ENBXOF ; (34) ENABLE/DISABLE XOFF PROCESSING
8414 026024 026702' BTWCHR ; (35) BREAK-THROUGH WRITE
8415 026026 027600' SETDEB ; (36) HOST DEBUG MODE
8416 026030 027610' CLRDEB ; (37) CLEAR HOST DEBUG MODE
8417 026032 027120' HISN ; [**] (40) HERE IS SERIAL NUMBERS
8418
8419 000100 DFTSZ=.-DFTBL ; LEGAL FUNCTIONS COUNT *2
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 149
QUEUED PROTOCOL DRIVER -- UNRECOGNIZED FUNCTION
8421 .SBTTL QUEUED PROTOCOL DRIVER -- UNRECOGNIZED FUNCTION
8422
8423 ;
8424 ; UNRGFN -- UNRECOGNIZED FUNCTION
8425 ;
8426
8427 026034 UNRGFN::
8428 026034 .CRASH ILF ;;; ILF -- ILLEGAL FUNCTION
026034 000004 IOT
026036 111 114 106 .ASCIZ /ILF/
026041 000
8429 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 150
QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE REMOTE TERMINALS
8431 .SBTTL QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE REMOTE TERMINALS
8432
8433 ;
8434 ; ENABLE/DISABLE REMOTE TERMINALS -- FUNCTION 27
8435 ;
8436
8437 026042 EDRMT::
8438 026042 016037 000010 002604' MOV E.FW(R0),.INHDM ;;; ENABLE/DISABLE DM-11/BB'S
8439 026050 000426 BR DEAND3 ;;; AND QUIT
8440 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 151
QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALL AND XOFF PROC
8442 .SBTTL QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALL AND XOFF PROCESSING
8443
8444 ;
8445 ; ENBXOF FUNCTION (ENABLE/DISABLE XOFF PROCESSING) FUNCTION 34
8446 ;
8447
8448 .ENABL LSB
8449
8450 026052 ENBXOF::
8451 026052 012705 000020 MOV #TT.XEN,R5 ; SET UP STATUS BIT
8452 026056 000402 BR 10$ ; DO COMMON CODE
8453 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 152
QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALLS
8455 .SBTTL QUEUED PROTOCOL DRIVER -- ENABLE/DISABLE SENDALLS
8456
8457 ;
8458 ; NOSNDA FUNCTION (SET/CLEAR SUPPRESS SEND-ALL BIT) FUNCTION 32
8459 ;
8460
8461 026060 NOSNDA:: ; SET OR CLEAR BIT TO SUPPRESS SEND-ALLS
8462 026060 012705 000400 MOV #TT.NSA,R5 ; SET UP STATUS BIT
8463 026064 10$:
8464 026064 000360 000010 SWAB E.FW(R0) ; SET UP DEVICE CODE FOR "FDVNMM"
8465 026070 CALL FDVNMM ; GET R2 TO POINT TO BLOCK FOR THIS LINE
026070 004737 030266' JSR PC,FDVNMM
8466 026074 040562 000006 BIC R5,STSW1(R2) ; ASSUME A CLEAR
8467 026100 033705 000020 BIT TT.XEN,R5 ; ARE WE ENABLING/DISABLING XOFF
8468 026104 001403 BEQ 20$ ; NO,
8469 026106 042762 000200 000006 BIC #TT.XOF,STSW1(R2) ; YES, ALWAYS CLEAR XOFF BIT
8470 026114 105760 000010 20$: TSTB E.FW(R0) ; TEST ARGUMENT BYTE
8471 026120 001525 BEQ DEAND2 ; IF .NE. 0,
8472 026122 050562 000006 BIS R5,STSW1(R2) ; THEN SET BIT.
8473 026126 DEAND3:
8474 026126 000522 BR DEAND2 ; FREE THE NODE
8475 ;
8476
8477 .DSABL LSB
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 153
QUEUED PROTOCOL -- DIALUP
8479 .SBTTL QUEUED PROTOCOL -- DIALUP
8480
8481 ;
8482 ; DIALUP -- FUNCTION 15
8483 ;
8484
8485 026130 DIALUP::
8486 026130 CALL FDVNMM ; FIND DEVICE
026130 004737 030266' JSR PC,FDVNMM
8487 026134 010205 MOV R2,R5 ; SETUP TABLE ADDRESS
8488 026136 022705 003054' CMP #DHTBL,R5 ; IS IT A DH-11
8489 026142 101114 BHI DEAND2 ; NO -- IGNORE DL11
8490 026144 005001 CLR R1 ; YES -- FIND THE LINE NUMBER
8491 026146 156001 000011 BISB E.FW+1(R0),R1 ; SO
8492 026152 162701 000005 SUB #DLCNT,R1 ; REMOVE DL-11'S
8493 026156 042701 177760 BIC #177760,R1 ; MAKE IT A UNIT NUMBER
8494 026162 CALL FNDDM ; FIND THE DM-11/BB ADDRESS
026162 004737 030204' JSR PC,FNDDM
8495 026166 001502 BEQ DEAND2 ; NOT THERE -- IGNORE
8496 026170 CALL .DMUHU ; RAISE DTR
026170 004737 041326' JSR PC,.DMUHU
8497 026174 000477 BR DEAND2 ; FREE THE NODE
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 154
QUEUED PROTOCOL DRIVER -- HANGUP
8499 .SBTTL QUEUED PROTOCOL DRIVER -- HANGUP
8500
8501 ;
8502 ; HANGUP -- FUNCTION 16
8503 ;
8504
8505 026176 HANGUP::
8506 026176 CALL FDVNMM ; FIND DEVICE
026176 004737 030266' JSR PC,FDVNMM
8507 026202 010205 MOV R2,R5 ; SET UP TABLE ADDRESS
8508 026204 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ; IS THIS A CTY??
8509 026212 001411 BEQ 10$ ; NO -- GO ON
8510 026214 105737 001234' TSTB .KLNSW+0 ; YES -- IS KLINIK ACTIVE??
8511 026220 003406 BLE 10$ ; NOT THAT WE CARE
8512 026222 010546 MOV R5,-(SP) ; YES -- SAVE POINTER
8513 ;
8514 ; HERE TO HANG UP THE KLINIK LINE
8515 ;
8516 026224 013705 002644' MOV KLNPTR,R5 ; POINT TO KLINIK LINE
8517 026230 CALL .DLHUP ; HANG UP THE KLINIK LINE
026230 004737 041376' JSR PC,.DLHUP
8518 026234 012605 MOV (SP)+,R5 ; RESTORE POINTER
8519 026236 10$:
8520 026236 022705 003054' CMP #DHTBL,R5 ; IS THIS A DH-11??
8521 026242 101035 BHI 20$ ; NO -- DL-11'S ARE A SPECIAL CASE
8522 ;
8523 ; HERE TO HANG UP A DM-11/BB
8524 ;
8525 026244 005001 CLR R1 ; YES -- FIND THE LINE NUMBER
8526 026246 156001 000011 BISB E.FW+1(R0),R1 ; SO
8527 026252 162701 000005 SUB #DLCNT,R1 ; REMOVE DL-11'S
8528 026256 042701 177760 BIC #177760,R1 ; MAKE IT A UNIT NUMBER
8529 026262 CALL FNDDM ; FIND THE DM-11/BB ADDRESS
026262 004737 030204' JSR PC,FNDDM
8530 026266 001442 BEQ DEAND2 ; NOT THERE -- IGNORE
8531 026270 CALL .DMHUP ; HANGUP
026270 004737 041276' JSR PC,.DMHUP
8532 026274 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; IS THIS AN AUTO-BAUD LINE?
8533 026302 001434 BEQ DEAND2 ; NO -- GO ON
8534 026304 042765 030000 000006 BIC #TT.LSP!TT.IGN,STSW1(R5) ; SET HIGH SPEED AUTOBAUD
8535 026312 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ; REMOTE LINE?
8536 026320 001003 BNE 15$ ; YES, LET THE MODEM CODE SET AUTOBAUD
8537 026322 052765 000010 000006 BIS #TT.ABW,STSW1(R5) ; NO, PUT INTO AUTOBAUD WAIT.
8538 026330 15$:
8539 026330 CALL .DHSPR ; YES RESET LINE SPEED TO DEFAULT
026330 004737 040602' JSR PC,.DHSPR
8540 026334 000417 BR DEAND2 ; RETURN THE NODE
8541 ;
8542 ;
8543 ; HERE TO HANG UP A DL-11E
8544 ;
8545 026336 20$:
8546 026336 CALL .DLHUP ;;; HANG IT UP
026336 004737 041376' JSR PC,.DLHUP
8547 026342 000414 BR DEAND2 ;;; [4.1.1035] RETURN THE NODE
8548 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 155
QUEUED PROTOCOL DRIVER -- ACKNOWLEDGE DEVICE
8550 .SBTTL QUEUED PROTOCOL DRIVER -- ACKNOWLEDGE DEVICE
8551
8552 ;
8553 ; ACKNOWLEDGE DEVICE -- FUNCTION 17
8554 ;
8555
8556 026344 ACKNOW::
8557 026344 CALL FDVNMM ;;; FIND UNIT ETC
026344 004737 030266' JSR PC,FDVNMM
8558 026350 CALL @.DQPBA-20+Q.AK(R1) ;;; GO TO USER STATUS ROUTINE
026350 004771 010054' JSR PC,@.DQPBA-20+Q.AK(R1)
8559 026354 000407 BR DEAND2 ;;; [4.1.1092] RETURN NODE
8560 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 156
QUEUED PROTOCOL DRIVER -- SET LINE ALLOCATION
8562 .SBTTL QUEUED PROTOCOL DRIVER -- SET LINE ALLOCATION
8563
8564 ;
8565 ; SET LINE ALLOCATION -- FUNCTION 23
8566 ;
8567
8568 026356 SETLIN::
8569 026356 000360 000010 SWAB E.FW(R0) ;;; SWAP THE BYTES FOR "FDVNMM"
8570 026362 CALL FDVNMM ;;; FIND DEVICE
026362 004737 030266' JSR PC,FDVNMM
8571 026366 116461 000011 010056' MOVB E.FW+1(R4),.DQPBA-20+14(R1) ;;; SET IT IN THE TABLE
8572 026374 DEAND2:
8573 026374 000572 BR DEAND1 ;;; [4.1.1092] AND RETURN
8574 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 157
QUEUED PROTOCOL DRIVER -- SET LINE SPEED
8576 .SBTTL QUEUED PROTOCOL DRIVER -- SET LINE SPEED
8577
8578 ;
8579 ; SETSPD -- SET SPEED OF TTY -- FUNCTION 22
8580 ;
8581 ; TCO 5.1249 CHANGES REFRENCES TO R4 TO R0 AND SAVES IN R4 INSTEAD OF SP
8582
8583 026376 SETSPD::
8584 026376 016002 000012 MOV E.FW+2(R0),R2 ;;; FIND THE INPUT SPEED
8585 026402 CALL FNDSPD ;;; FIND THIS SPEED
026402 004737 030236' JSR PC,FNDSPD
8586 026406 006203 ASR R3 ;;; PUT IT IN THE CORRECT POSITION FOR DH-11
8587 026410 006203 ASR R3 ;;; SO
8588 026412 010304 MOV R3,R4 ;;; SAVE THE WORD
8589 026414 016002 000014 MOV E.FW+4(R0),R2 ;;; FIND THE OUTPUT SPEED
8590 026420 CALL FNDSPD ;;; FIND THIS SPEED
026420 004737 030236' JSR PC,FNDSPD
8591 026424 006303 ASL R3 ;;; PUT OUTPUT SPEED IN CORRECT POSITION
8592 026426 006303 ASL R3 ;;; IS THE OUPUT SPEED ZERO??
8593 026430 001002 BNE 10$ ;;; NO -- DON'T ALTER IT
8594 026432 012703 016003 MOV #16003,R3 ;;; YES -- SET IT TO AN OUTPUT SPEED OF 300
8595 ;;; THIS IS DONE TO PREVENT PROBLEMS WHEN ZERO OUTPUT BAUD
8596 ;;; IS DONE AND THERE IS OUTPUT FOR THIS LINE
8597 026436 10$:
8598 026436 050403 BIS R4,R3 ;;; SET THE INPUT AND OUTPUT TOGETHER
8599 026440 016001 000016 MOV E.FW+6(R0),R1 ;;; GET THE STOP BIT PARAMETER
8600 026444 006301 ASL R1 ;;; 1 IS 1 STOP BIT 2 IS TWO STOP BITS
8601 026446 042701 177770 BIC #177770,R1 ;;; CLEAR OFF JUNK
8602 026452 050103 BIS R1,R3 ;;; SET IN STATUS WORD
8603 026454 20$:
8604 026454 052703 000003 BIS #3,R3 ;;; SET 8 BIT CHARACTER LENGTH
8605 026460 005005 CLR R5 ;;; FIND THE LINE NUMBER
8606 026462 156005 000010 BISB E.FW(R0),R5 ;;; FIND THE UNIT NUMBER
8607 026466 162705 000005 SUB #DLCNT,R5 ;;; SUBTRACT OUT DL-11'S
8608 026472 100533 BMI DEAND1 ;;; [4.1.1035] DL-11'S ARE NOT LEGAL
8609 026474 010304 MOV R3,R4
8610 026476 000360 000010 SWAB E.FW(R0) ;;; SWAP THE PLACE OF THE LINE NUMBER
8611 026502 CALL FDVNMM
026502 004737 030266' JSR PC,FDVNMM
8612 026506 010403 MOV R4,R3
8613 026510 010501 MOV R5,R1 ;;; SAVE UNIT NUMBER
8614 026512 010205 MOV R2,R5
8615 026514 005760 000016 TST E.FW+6(R0) ; CHECK FOR REMOTE FLAG
8616 026520 100012 BPL 30$ ; NO -- DON'T SET REMOTE FLAG
8617 026522 042701 177760 BIC #177760,R1 ; MASK UNIT NUMBER
8618 026526 CALL FNDDM ; FIND THE DM-11/BB ADDRESS
026526 004737 030204' JSR PC,FNDDM
8619 026532 001513 BEQ DEAND1 ; NOT THERE -- IGNORE
8620 026534 052765 000100 000006 BIS #TT.RMT,STSW1(R5) ; SET REMOTE FLAG
8621 026542 CALL .DMHUP ; HANGUP THE DEVICE
026542 004737 041276' JSR PC,.DMHUP
8622 026546 30$:
8623 026546 032760 040000 000016 BIT #BIT14,E.FW+6(R0) ; IS THIS AN AUTO-BAUD LINE??
8624 026554 001410 BEQ 40$ ; NO -- GO ON
8625 026556 052765 000050 000006 BIS #TT.ABL!TT.ABW,STSW1(R5) ; SET THE FLAG
8626 026564 042765 034000 000006 BIC #TT.LSP!TT.IGN!TT.BRK,STSW1(R5) ; CLEAR SOME FLAGS
8627 026572 012703 027303 MOV #27303,R3 ; SET THE DEFAULT SPEED TO 2400 BAUD
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 157-1
QUEUED PROTOCOL DRIVER -- SET LINE SPEED
8628 026576 40$:
8629 026576 CALL .DHSPD ; SET DH-11 LINE SPEED
026576 004737 040714' JSR PC,.DHSPD
8630 026602 000467 BR DEAND1 ; DEALLOCATE NODE
8631 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 158
QUEUED PROTOCOL DRIVER -- STOP LINE INPUT
8633 .SBTTL QUEUED PROTOCOL DRIVER -- STOP LINE INPUT
8634
8635 ;
8636 ; STOP INPUT FROM LINE -- FUNCTION 26
8637 ;
8638 026604 STPLIN::
8639 026604 000360 000010 SWAB E.FW(R0) ;;; SWAP THE BYTES
8640 026610 CALL FDVNMM ;;; FIND DEVICE
026610 004737 030266' JSR PC,FDVNMM
8641 026614 010205 MOV R2,R5 ;;; [5.1015] DEVICE POINTER TO R5
8642 026616 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; [5.1015] IS THIS A CTY?
8643 026624 001411 BEQ 10$ ;;; NO -- GO ON
8644 026626 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS KLINIK ACTIVE?
8645 026632 003406 BLE 10$ ;;; NOT THAT WE CARE -- GO ON
8646 026634 010546 MOV R5,-(SP) ;;; [5.1015] YES -- SAVE R5
8647 026636 013705 002644' MOV KLNPTR,R5 ;;; [5.1015] KLINIK POINTER TO R5
8648 026642 CALL 20$ ;;; [5.1015] STOP THE KLINIK LINE
026642 004737 026656' JSR PC,20$
8649 026646 012605 MOV (SP)+,R5 ;;; [5.1015] RESTORE POINTER
8650 026650 10$:
8651 026650 CALL 20$ ;;; [5.1015] START OR STOP THE LINE
026650 004737 026656' JSR PC,20$
8652 026654 000442 BR DEAND1 ;;; [5.1015] DEALLOCATE THE NODE AND EXIT
8653 ;
8654 026656 20$:
8655 026656 CALL .TTSW2 ;;; [5.1015] FIND OUR ".STSW2" ENTRY
026656 004737 044212' JSR PC,.TTSW2
8656 026662 012746 043412' MOV #.TTQDS,-(SP) ;;; [4.1.1092] ASSUME A STOP
8657 026666 105760 000010 TSTB E.FW(R0) ;;; [4.1.1092] IS THIS A START OR A STOP??
8658 026672 001402 BEQ 30$ ;;; [4.1.1092] STOP -- GO ON
8659 026674 012716 043422' MOV #.TTQEN,(SP) ;;; [4.1.1092] SET UP FOR A START
8660 026700 30$:
8661 026700 000136 JMP @(SP)+ ;;; [4.1.1092] DO THE START OR STOP AND RETURN
8662 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 159
QUEUED PROTOCOL DRIVER -- BREAK-THROUGH WRITE
8664 .SBTTL QUEUED PROTOCOL DRIVER -- BREAK-THROUGH WRITE
8665
8666 ;
8667 ; BTWCHR -- BREAK-TROUGH WRITE FOR CHARACTER -- FUNCTION 35
8668 ;
8669
8670 026702 BTWCHR::
8671 026702 000360 000010 SWAB E.FW(R0) ;;; [5.1016] SWAP THE LINE NUMBER/FLAG
8672 026706 CALL FDVNMM ;;; [5.1016] FIND THE DEVICE
026706 004737 030266' JSR PC,FDVNMM
8673 ;;; [5.1016] DON'T RETURN IF IT DOESN'T EXIST
8674 026712 010205 MOV R2,R5 ;;; [5.1016] COPY DLS POINTER TO R5
8675 026714 116004 000010 MOVB E.FW(R0),R4 ;;; [5.1016] GET THE CHARACTER IN R4
8676 026720 001420 BEQ DEAND1 ;;; [4.1.1035] IGNORE IF NULL
8677 026722 CALL .TTBTW ;;; [5.1016] FORCE THE CHARACTER OUT
026722 004737 044042' JSR PC,.TTBTW
8678 026726 000415 BR DEAND1 ;;; [5.1016] DEALLOCATE AND EXIT
8679 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 160
QUEUED PROTOCOL DRIVER -- XOFF
8681 .SBTTL QUEUED PROTOCOL DRIVER -- XOFF
8682
8683 ;
8684 ; XOFF -- FUNCTION 20
8685 ;
8686 ; THIS ROUTINE WILL INITIATE THE XOFF SEQUENCE FOR A TERMINAL LINE.
8687 ; THE "XOFF" STATUS BIT ("TT.XOF") IS SET IN THE LINE STATUS WORD WHICH
8688 ; BLOCKS ANY FURTHER OUTPUT FROM THE TERMINAL DRIVER. IF THE LINE IS
8689 ; A DH-11, THE OUTPUT IS NOT STOPPED IMMEDIATELY, BUT A RUNDOWN SEQUENCE
8690 ; IS INITATED SINCE EARLIER DH-11'S WILL "RUN AWAY" IF THE DEVICE BYTE
8691 ; COUNT IS SIMPLY CLEARED. THE TERMINAL INTERRUPT SERVICE WILL RESET THE
8692 ; PACKET ADDRESS AND BYTE COUNT AT OUTPUT DONE SO THAT THE XON CODE CAN
8693 ; DO A NORMAL LINE START.
8694 ;
8695 ; THIS MESSAGE IS IGNORED IF:
8696 ;
8697 ; 1. THE LINE IS ALREADY X'D OFF
8698 ; 2. THE LINE HAS NO OUTPUT PENDING (THREAD LIST EMPTY)
8699 ; 3. A SENDALL IS IN PROGRESS ON THIS LINE
8700 ; 4. THE CTY IS IN PDP-11 I/O WAIT AND THE CTY IS TO BE X'D OFF
8701
8702 026730 XOFF::
8703 026730 CALL FDVNMM ;;; FIND THE DEVICE NAME
026730 004737 030266' JSR PC,FDVNMM
8704 026734 010205 MOV R2,R5 ;;; COPY DLS POINTER TO R5
8705 026736 CALL .TTXOF ;;; DO THE XOFF
026736 004737 042762' JSR PC,.TTXOF
8706 026742 000407 BR DEAND1 ;;; AND EXIT
8707 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 161
QUEUED PROTOCOL DRIVER -- XON
8709 .SBTTL QUEUED PROTOCOL DRIVER -- XON
8710
8711 ;
8712 ; XON -- FUNCTION 21
8713 ;
8714 ; THIS ROUTINE WILL RESUME OUTPUT FOR A LINE WHICH WAS PREVIOUSLY
8715 ; X'D OFF. THE OUTPUT WILL BE RESUMED PER THE DATA IN THE CURRENT
8716 ; NODE IN THE THREAD LIST FOR THIS LINE. (T.HCBC AND T.HACD) THIS
8717 ; DATA IS SAVED AT OUTPUT INTERRUPT TIME FROM THE XOFF.
8718 ;
8719 ; THIS MESSAGE WILL BE IGNORED IF:
8720 ;
8721 ; 1. THE LINE HAS NOT BEEN PREVIOUSLY X'D OFF
8722 ; 2. A SENDALL IS CURRENTLY IN PROGRESS ON THIS LINE
8723 ;
8724 ; THE DEVICE WILL NOT BE RESTARTED IF:
8725 ;
8726 ; 1. OUTPUT IS ALREADY IN PROGRESS ON THIS LINE
8727 ; 2. THE OUTPUT THREAD LIST FOR THIS LINE IS EMPTY
8728 ; 3. THE DEVICE DOES NOT EXIST
8729
8730
8731 026744 XON::
8732 026744 CALL FDVNMM ;;; [4.2181] FIND THIS DEVICE
026744 004737 030266' JSR PC,FDVNMM
8733 026750 010205 MOV R2,R5 ;;; [4.2181] COPY DLS POINTER TO R5
8734 026752 010046 MOV R0,-(SP) ;;; [5.1248] SAVE R0
8735 026754 CALL .TTXON ;;; [4.2181] PROCESS THE DIRECTIVE
026754 004737 043104' JSR PC,.TTXON
8736 026760 012600 MOV (SP)+,R0 ;;; [5.1248] RESTORE R0
8737 026762 DEAND1:
8738 026762 000137 027472' JMP DEANOD ;;; [4.2181] DEALLOCATE THE NODE
8739 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 162
QUEUED PROTOCOL DRIVER -- HERE IS INITIAL STATUS
8741 .SBTTL QUEUED PROTOCOL DRIVER -- HERE IS INITIAL STATUS
8742
8743 ;
8744 ; HERE IS INITIAL STATUS -- FUNCTION 1
8745 ; FW IS ALLOCATED WITH LOW ORDER PART AS # OF TTY'S
8746 ; BIT 16 IS ALLOCATED TO INDICATE 50CPS
8747 ;
8748
8749 026766 HICTS::
8750 026766 012737 000074 001154' MOV #60.,.TKPS ;;; SET UP THE CLOCK TO 60. CPS
8751 026774 105760 000010 TSTB E.FW+0(R0) ;;; CHECK FOR 50 CPS (BYTES ARE SWAPPED)
8752 027000 100003 BPL 10$ ;;; HIGH ORDER BIT SET IS 50CPS
8753 027002 162737 000012 001154' SUB #10.,.TKPS ;;; SET TO 50 HZ
8754 027010 10$:
8755 027010 012703 000001 MOV #D.CCTY,R3 ;;; SET DEVICE ID
8756 027014 012701 000002 MOV #BC.HAD,R1 ;;; SET HERE IS DEVICE STATUS
8757 027020 013704 002642' MOV CTYPTR,R4 ;;; FIND THE CTY NUMBER
8758 027024 162704 003004' SUB #TTTBL,R4
8759 027030 006204 ASR R4 ;;; MAKE NUMBER
8760 027032 006204 ASR R4
8761 027034 006204 ASR R4
8762 027036 CALL ..STFC ;;; START FUNCTION
027036 004737 046714' JSR PC,..STFC
8763 027042 105737 001224' TSTB .KLNMD+0 ;;; ANY KLINIK PARAMETERS TO SEND??
8764 027046 001424 BEQ 20$ ;;; NO -- GO ON
8765 027050 010046 MOV R0,-(SP) ;;; YES -- SAVE R0
8766 027052 012700 001204' MOV #.KLNPB,R0 ;;; BUFFER POINTER TO R0
8767 027056 012710 000026 MOV #KLNPLN,(R0) ;;; BYTE COUNT TO BUFFER HEADER
8768 027062 012701 100033 MOV #BC.SKP+100000,R1 ;;; FUNCTION CODE TO R1
8769 027066 005002 CLR R2 ;;; DON'T WAIT FOR IT
8770 027070 012703 000200 MOV #D.CCPU,R3 ;;; DEVICE ID TO R3
8771 027074 .ENBT ;;; [4.1.1035] ALLOW TASK SWITCHING
027074 013746 177776 MOV @#PS,-(SP)
027100 042737 000340 177776 BIC #PRI7,@#PS
8772 027106 CALL ..STIN ; SEND THE KLINIK PARAMETERS
027106 004737 047104' JSR PC,..STIN
8773 027112 .INHT ; [4.1.1035] DISABLE TASK SWITCHING
027112 012637 177776 MOV (SP)+,@#PS
8774 027116 012600 MOV (SP)+,R0 ;;; RESTORE R0
8775 027120 20$:
8776 027120 123727 001037' 000102 HISN:: CMPB .VERNO+1,#'B
8777 027126 001022 BNE 30$
8778 027130 010046 MOV R0,-(SP) ;;; [**] SAVE R0
8779 027132 012700 005550' MOV #.RHPB,R0 ;;; [**] FETCH BUFFER ADDRESS
8780 027136 012701 100040 MOV #BIT15!BC.HSN,R1 ;;; [**] SET UP FNC CODE (INDIRECT)
8781 027142 005002 CLR R2 ;;; [**] NO EVENT FLAG DESIRED
8782 027144 012703 000203 MOV #D.CRJP,R3 ;;; [**] RP DEVICE CODE
8783 027150 .ENBT ;;; [**] ENABLE TASK SWITCHING
027150 013746 177776 MOV @#PS,-(SP)
027154 042737 000340 177776 BIC #PRI7,@#PS
8784 027162 CALL ..STIN ; [**] SEND THE PACKET
027162 004737 047104' JSR PC,..STIN
8785 027166 .INHT ; [**] DISABLE TASK SWITCHING
027166 012637 177776 MOV (SP)+,@#PS
8786 027172 012600 MOV (SP)+,R0 ; [**] RESTORE R0
8787 027174 013704 001160' 30$: MOV .BTPRM,R4 ;;; SEND BOOT PARAMETERS
8788 027200 012701 000024 MOV #BC.BTP,R1 ;;; SET BOOT PARAMETERS
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 162-1
QUEUED PROTOCOL DRIVER -- HERE IS INITIAL STATUS
8789 027204 CALL ..STFC ;;; [5.1004] SEND BOOT PARAMETERS
027204 004737 046714' JSR PC,..STFC
8790 027210 000530 BR DEANOD ;;; [4.1.1035] DEALLOCATE NODE
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 163
QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
8792 .SBTTL QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
8793
8794 ;
8795 ; RTNTOD -- RETURN TIME OF DAY TO KL -- FUNCTION 11
8796 ;
8797
8798 027212 RTNTOD::
8799 027212 005737 001140' TST .DATE3 ;;; [5.1004] IS OUR DATE VALID??
8800 027216 001403 BEQ 10$ ;;; [5.1004] NO -- JUST REPORT CONFIGURATION
8801 027220 012737 177777 002610' MOV #-1,.ABFLG ;;; FLAG "SETSPD" TO REPORT ALL LINES
8802 027226 10$:
8803 027226 DIR$ #.RQSPD ;;; SET SPEED AND THEN RETURN TIME OF DAY
027226 012746 025226' MOV #.RQSPD,-(SP)
027232 104375 EMT 375
8804 027234 000516 BR DEANOD ;;; [4.1.1035] DEALLOCATE THIS NODE
8805 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 164
QUEUED PROTOCOL DRIVER -- STRING DATA
8807 .SBTTL QUEUED PROTOCOL DRIVER -- STRING DATA
8808
8809 ;
8810 ; STRDAT -- ROUTINE TO HANDLE STRING DATA -- FUNCTION 3
8811 ; HIDVST -- ROUTINE TO RECIEVE DEVICE STATUS -- FUNCTION 7
8812 ; RTDVST -- ROUTINE TO RECEIVE REQUEST FOR DEVICE STATUS -- FUNCTION 5
8813 ; STDVST -- ROUTINE TOSET DEVICE STATUS -- FUNCTION 6
8814 ; LDLPR -- ROUTINE TO LOAD LP RAM -- FUNCTION 30
8815 ; LDLPV -- ROUTINE TO LOAD LP VFU -- FUNCTION 31
8816 ;
8817
8818 027236 HIDVST::
8819 027236 LDLPR::
8820 027236 LDLPV::
8821 027236 STDVST::
8822 027236 RTDVST::
8823 027236 STRDAT::
8824 027236 012702 000006 MOV #6,R2 ;;; MOVE OVER THE LISTHEAD AND COUNT
8825 027242 060204 ADD R2,R4 ;;; FIND THE DEVICE ADDRESS
8826 027244 012401 MOV (R4)+,R1 ;;; FIND THE DEVICE ADDRESS
8827 027246 012403 MOV (R4)+,R3 ;;; FIND THE FIRST WORD
8828 027250 160204 SUB R2,R4 ;;; BACKUP TO STORE IN THE HEADER
8829 027252 111464 000003 MOVB @R4,3(R4) ;;; SAVE FUNCTION CODE
8830 027256 010414 MOV R4,@R4 ;;; SAVE THE ADDRESS
8831 027260 060224 ADD R2,(R4)+ ;;; UPDATE ADDRESS
8832 027262 000303 SWAB R3 ;;; SET UP BYTES SWAPED
8833 027264 110314 MOVB R3,@R4 ;;; STORE BYTE COUNT
8834 027266 CALL FDVNM ;;; FIND DEVICE TABLE ENTRY
027266 004737 030302' JSR PC,FDVNM
8835 027272 103477 BCS DEANOD ;;; ILLEGAL DEVICE -- FORGET IT
8836 027274 CALL @.DQPBA+Q.ST-20(R1) ;;; START DEVICE
027274 004771 010046' JSR PC,@.DQPBA+Q.ST-20(R1)
8837 027300 000476 BR QPRDTF ;;; [4.1.1035] GO TO DO MORE WORK
8838 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 165
QUEUED PROTOCOL DRIVER -- LINE NUMBER - CHARACTER
8840 .SBTTL QUEUED PROTOCOL DRIVER -- LINE NUMBER - CHARACTER
8841
8842 ;
8843 ; LINCHR --LINE NUMBER - CHARACTER -- FUNCTION 4
8844 ;
8845
8846 027302 LINCHR::
8847 027302 010046 MOV R0,-(SP) ;;; SAVE THE NODE ADDRESS
8848 027304 005046 CLR -(SP)
8849 027306 116416 000005 MOVB E.FN+1(R4),@SP ;;; SAVE SIZE OF BLOCK
8850 027312 162716 000010 SUB #E.FW,@SP ;;; SUBTRACT THE SIZE OF THE HEADER
8851 027316 010405 MOV R4,R5 ;;; SET UP THE POINTER TO THE BUFFER
8852 027320 016404 000006 MOV E.DV(R4),R4 ;;; FIND THE DEVICE
8853 027324 062705 000010 ADD #E.FW,R5 ;;; POINT TO THE CHARACTER
8854 027330 10$:
8855 027330 012701 000014 MOV #T.HHDS+4,R1 ;;; SET UP THE BUFFER SIZE
8856 027334 .ENBT ;;; [4.1.1035] ENABLE TASK SWITCHING
027334 013746 177776 MOV @#PS,-(SP)
027340 042737 000340 177776 BIC #PRI7,@#PS
8857 027346 CALL ..ALOW ; ALLOCATE A BLOCK
027346 004737 046144' JSR PC,..ALOW
8858 027352 .INHT ; [4.1.1035] ALLOW TASK SWITCHING
027352 012637 177776 MOV (SP)+,@#PS
8859 027356 010002 MOV R0,R2 ;;; SAVE THE NODE ADDRESS
8860 027360 005722 TST (R2)+ ;;; MOVE OVER THE THREAD POINTER
8861 027362 010122 MOV R1,(R2)+ ;;; SET UP THE CHARACTER COUNT
8862 027364 010012 MOV R0,@R2 ;;; SET UP THE MEMORY ADDRESS
8863 027366 062722 000012 ADD #T.HHDS+2,(R2)+ ;;; POINT TO THE BUFFER
8864 027372 012722 000001 MOV #1,(R2)+ ;;; SET UP THE CURRENT COUNT POINTER
8865 027376 005722 TST (R2)+
8866 027400 010401 MOV R4,R1 ;;; PICK UP THE DEVICE
8867 027402 112503 MOVB (R5)+,R3
8868 027404 112522 MOVB (R5)+,(R2)+ ;;; STORE THE CHARCTER
8869 027406 000303 SWAB R3 ;;; SET UP LINE NUMBER FOR FDVNM
8870 027410 CALL FDVNM ;;; FIND THE DEVICE NUMBER
027410 004737 030302' JSR PC,FDVNM
8871 027414 103410 BCS 30$ ;;; ILLEGAL LINE NUMBER
8872 027416 CALL @.DQPBA+Q.ST-20(R1) ;;; START TTY
027416 004771 010046' JSR PC,@.DQPBA+Q.ST-20(R1)
8873 027422 20$:
8874 027422 162716 000002 SUB #2,@SP ;;; POINT TO THE NEXT CHARACTER
8875 027426 001340 BNE 10$ ;;; DO AT LEAST ONE MORE
8876 027430 005726 TST (SP)+ ;;; REMOVE COUNT
8877 027432 012600 MOV (SP)+,R0 ;;; SET UP TO RETURN NODE
8878 027434 000416 BR DEANOD ;;; ALL DONE -- RETURN THE NODE
8879 ;
8880 027436 30$:
8881 027436 CALL ..DECN ;;; DEALLOCATE BUFFER
027436 004737 046004' JSR PC,..DECN
8882 027442 000767 BR 20$ ;;; AND TRY NEXT BLOCK
8883 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 166
QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
8885 .SBTTL QUEUED PROTOCOL DRIVER -- RETURN TIME OF DAY
8886
8887 ;
8888 ; RETTOD -- RETURN TIME OF DAY -- FUNCTION 12
8889 ;
8890
8891 027444 RETTOD::
8892 027444 062704 000010 ADD #E.FW,R4 ;;; MOVE OVER THE HEADER
8893 027450 005724 TST (R4)+ ;;; MOVE OVER THE VALID BIT AND CHECK IT
8894 027452 001407 BEQ DEANOD ;;; TIME NOT VALID FORGET IT
8895 027454 012703 001140' MOV #.DATE,R3 ;;; SET UP TO SET DATE
8896 027460 012423 MOV (R4)+,(R3)+ ;;; SET UP VALIDITY BITS
8897 027462 012423 MOV (R4)+,(R3)+ ;;; SET UP YEAR
8898 027464 012423 MOV (R4)+,(R3)+ ;;; SET UP DAY
8899 ;;; SET UP MONTH
8900 027466 012423 MOV (R4)+,(R3)+ ;;; SAVE DAYLIGHT SAVINGS TIME INDICATOR (1=DST)
8901 ;;; SET UP DAY OF WEEK
8902 027470 012423 MOV (R4)+,(R3)+ ;;; SET SECONDS SINCE MIDNIGHT
8903 027472 DEANOD:
8904 027472 CALL ..DECN ;;; DEALLOCATE BUFFER
027472 004737 046004' JSR PC,..DECN
8905 027476 QPRDTF:
8906 027476 000137 025666' JMP QPRDTL ;;; GO TO NEXT FUNCTION
8907 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 167
QUEUED PROTOCOL DRIVER -- FLUSH DEVICE OUTPUT QUEUE
8909 .SBTTL QUEUED PROTOCOL DRIVER -- FLUSH DEVICE OUTPUT QUEUE
8910
8911 ;
8912 ; FLDVOT -- FLUSH OUTPUT FOR THIS DEVICE -- FUNCTION 13
8913 ;
8914
8915 027502 FLDVOT::
8916 027502 CALL FDVNMM ;;; FIND THE DEVICE POINTER
027502 004737 030266' JSR PC,FDVNMM
8917 027506 010146 MOV R1,-(SP)
8918 027510 CALL @.DQPBA+Q.SP-20(R1) ;;; STOP DEVICE
027510 004771 010050' JSR PC,@.DQPBA+Q.SP-20(R1)
8919 027514 012601 MOV (SP)+,R1
8920 027516 016100 010042' MOV .DQPBA+Q.DA-20(R1),R0 ;;; FIND DEVICE TABLE BASE ADDRESS
8921 027522 010205 MOV R2,R5 ;;; FIND THIS DEVICE ADDRESS
8922 027524 016403 000006 MOV E.DV(R4),R3 ;;; FIND DEVICE NUMBER
8923 027530 CALL ..SACK ;;; SEND ACKNOWLEDGEMENT
027530 004737 046630' JSR PC,..SACK
8924 027534 010400 MOV R4,R0 ;;; SET UP TO RETURN NODE
8925 027536 000755 BR DEANOD ;;; DEALLOCATE NODE
8926 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 168
QUEUED PROTOCOL DRIVER -- RECIEVE KLINIK PARAMETERS
8928 .SBTTL QUEUED PROTOCOL DRIVER -- RECIEVE KLINIK PARAMETERS
8929
8930 ;
8931 ; RCVKLP -- RECIEVE KLINIK PARAMETERS -- FUNCTION 33
8932 ;
8933
8934 027540 RCVKLP::
8935 027540 062704 000012 ADD #E.FW+2,R4 ;;; GET OVER THE INDIRECT HEADER
8936 027544 012402 MOV (R4)+,R2 ;;; BYTE COUNT TO R2
8937 027546 001751 BEQ DEANOD ;;; QUIT IF NULL
8938 027550 006202 ASR R2 ;;; MAKE A WORD COUNT
8939 027552 012703 001210' MOV #.KLNFT,R3 ;;; BUFFER POINTER TO R3
8940 027556 042737 010000 001012' BIC #EF.RKP,.COMEF+2 ;;; CLEAR THE FLAG
8941 027564 10$:
8942 027564 012423 MOV (R4)+,(R3)+ ;;; LOAD THE PARAMETERS
8943 027566 077202 SOB R2,10$ ;;; LOOP TILL DONE
8944 027570 052737 010000 001012' BIS #EF.RKP,.COMEF+2 ;;; SET THE EVENT FLAG
8945 027576 000735 BR DEANOD ;;; DEQUEUE THIS NODE AND EXIT
8946 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 169
QUEUED PROTOCOL DRIVER -- SET/CLEAR HOST DEBUG MODE
8948 .SBTTL QUEUED PROTOCOL DRIVER -- SET/CLEAR HOST DEBUG MODE
8949
8950 ;
8951 ; SETDEB -- SET HOST DEBUG MODE (36)
8952 ; CLRDEB -- CLEAR HOST DEBUG MODE (37)
8953 ;
8954
8955 027600 SETDEB::
8956 027600 112737 177777 013265' MOVB #-1,SNDMSG+1 ;;; [5.1127] SET HOST DEBUG MODE
8957 027606 000731 BR DEANOD ;;; [5.1127] AND RETURN
8958
8959 027610 CLRDEB::
8960 027610 105037 013265' CLRB SNDMSG+1 ;;; [5.1127] CLEAR HOST DEBUG MODE
8961 027614 000726 BR DEANOD ;;; [5.1127] AND RETURN
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 170
QUEUED PROTOCOL DRIVER -- SENDALL
8963 .SBTTL QUEUED PROTOCOL DRIVER -- SENDALL
8964
8965 ;
8966 ; SNDALL -- SENDALL SERVICE -- FUNCTION 14
8967 ;
8968
8969 027616 SNDALL::
8970 027616 CALL .SNDAL ;;; DO SENDALL
027616 004737 027624' JSR PC,.SNDAL
8971 027622 000725 BR QPRDTF ;;; AND RETURN
8972 ;
8973 ;
8974 ; .SNDAL -- SUBROUTINE TO DO A SENDALL
8975 ;
8976 ; CALLING SEQUENCE
8977 ;
8978 ; R0 & R4 -- POINTER TO BUFFER TO BE SENT (QUEUED PROTOCOL FORMAT)
8979 ;
8980 ; REGISTERS ALTERED
8981 ;
8982 ; R0,R1,R2,R3,R5
8983 ;
8984 ; THE SENDALL MESSAGES AND COUNTS ARE MAINTINED IN PARALLEL RING BUFFERS
8985 ; IN ".SNDBF" AND ".SNDCN" (Q.V.). ".SNDLP" POINTS THE THE NEXT FREE LOGICAL
8986 ; NODE IN THE SENDALL RING. EACH ENTRY IN THE DATA LINE SCANNER TABLE HAS
8987 ; AS SENDALL INDEX BYTE IN "STSW1" ("TT.SND") WHICH POINTS TO THE LAST NODE
8988 ; PROCESSED SENDALL RING. THE QUEUED PROTOCOL BUFFER IS DEALLOCATEED BY THE
8989 ; TERMINAL DRIVER WHEN THE LAST TERMINAL HAS PROCESSED THAT NODE.
8990 ;
8991 ; A SENDALL IS DEEMED TO BE PENDING FOR A LINE IF ITS SENDALL INDEX IS
8992 ; DIFFERENT FROM THAT IN ".SNDLP". THE SENDALL WILL BE INITIATED AT "..STTY"
8993 ; IF THE LINE IS IDLE, OR AT "STTYDN" IF THE LINE HAS ACTIVE OUTPUT.
8994 ;
8995 ; IN ORDER TO PREVENT PROBLEMS ASSOCIATED WITH LARGE SENDALLS (A LARGE
8996 ; SENDALL IS DEFINED AS ONE WHICH WILL FILL THE SENDALL RING), THE RING IS
8997 ; ACTUALLY MANAGED AS A CIRCULAR LIST, WITH A GUARANTEED NULL ENTRY IN THE
8998 ; LIST AT ALL TIMES. SHOULD A REQUEST BE MADE TO FILL AN EMPTY NODE IN THE
8999 ; RING WITHOUT THE FOLLOWING NODE BEING EMPTY, THAT MODE WILL NOT BE FILLED
9000 ; UNTIL THE FOLLOWING NODE BECOMES EMPTY (NULL). IN EFFECT, THE SENDALL
9001 ; PROCESS IS DRIVEN BY THE SLOWEST TERMINAL(S) IN THE DATA LINE SCANNER.
9002 ;
9003 ; TCO 4.2246 REMOVED SEVERAL INHIBIT AND ENABLE MACROS FROM THIS ROUTINE
9004 ; 014 -- REMOVED WSIG$S IF NO SPACE IN RING BUFFER
9005
9006 027624 .SNDAL::
9007 027624 010004 MOV R0,R4 ;;; COPY SENDALL POINTER
9008 027626 022020 CMP (R0)+,(R0)+ ;;; GET OVER LISTHEAD
9009 027630 010010 MOV R0,(R0) ;;; SET UP CURRENT ADDRESS POINTER
9010 027632 062720 000006 ADD #6,(R0)+ ;;; CORRECT BUFFER POINTER
9011 027636 116010 000003 MOVB 3(R0),(R0) ;;; MOVE THE BYTE COUNT
9012 027642 10$:
9013 027642 013701 002612' MOV .SNDLP,R1 ;;; FIND THE CURRENT POINTER FOR SENDALL
9014 027646 010102 MOV R1,R2 ;;; COPY IT TO R2
9015 027650 006301 ASL R1 ;;; MAKE RING WORD INDEX
9016 027652 005202 INC R2 ;;; UPDATE THE POINTER TO NEXT NODE
9017 027654 042702 177774 BIC #^C3,R2 ;;; MODULO 4
9018 027660 010237 002612' MOV R2,.SNDLP ;;; SET THE POINTER TO THE NEXT RING BUFFER
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 170-1
QUEUED PROTOCOL DRIVER -- SENDALL
9019 027664 013761 010140' 002624' MOV .DQDH0+Q.DZ,.SNDCN(R1) ;;; SET UP THE TTY COUNT
9020 ; BEQ 15$ ;;; GO ON IF NO DH-11'S
9021 027672 010461 002614' MOV R4,.SNDBF(R1) ;;; SET PACKET IN THE CURRENT RING BUFFER
9022 027676 15$:
9023 027676 012702 003004' MOV #DLTBL,R2 ;;; DO THE DL-11W AND DL-11E'S
9024 027702 20$:
9025 027702 020237 002644' CMP R2,KLNPTR ;;; IS THIS THE KLINIK LINE??
9026 027706 001003 BNE 25$ ;;; NO -- GO ON
9027 027710 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS IT ACTIVE AS USER CONSOLE??
9028 027714 002015 BGE 30$ ;;; NO -- FORGET IT
9029 027716 25$:
9030 027716 005762 000002 TST TTYEXP(R2) ;;; IS IT HERE??
9031 027722 001412 BEQ 30$ ;;; NO -- FORGET IT
9032 027724 032762 000400 000006 BIT #TT.NSA,STSW1(R2) ;;; YES -- SUPPRESS SENDALLS??
9033 027732 001006 BNE 30$ ;;; YES -- SO DO IT
9034 027734 010246 MOV R2,-(SP) ;;; SAVE R2 FROM "COPBUF"
9035 027736 CALL COPBUF ;;; COPY THE BUFFER
027736 004737 030130' JSR PC,COPBUF
9036 027742 012602 MOV (SP)+,R2 ;;; RESTORE R2
9037 027744 CALL ..STTY ;;; START THE LINE UP
027744 004737 046164' JSR PC,..STTY
9038 027750 30$:
9039 027750 062702 000010 ADD #^D8,R2 ;;; POINT TO THE NEXT LINE
9040 027754 022702 003054' CMP #DHTBL,R2 ;;; IS IT A DL-11??
9041 027760 101350 BHI 20$ ;;; YES -- DO THIS LINE
9042 027762 010400 MOV R4,R0 ;;; NO -- SET UP POINTER TO TTY BUFFER FOR "..STTY"
9043 027764 010037 002634' MOV R0,.CRSND ;;; SET THAT THIS IS CURRENT SENDALL
9044 027770 35$:
9045 027770 032762 000410 000006 BIT #TT.NSA!TT.ABW,STSW1(R2) ;;; IGNORE SENDALL OR AUTO-BAUD WAIT??
9046 027776 001033 BNE 70$ ;;; YES -- DON'T START THIS LINE BUT ACCOUNT FOR IT
9047 030000 032762 000002 000006 BIT #TT.CTY,STSW1(R2) ;;; NO -- IS THIS A CTY??
9048 030006 001403 BEQ 45$ ;;; NO -- GO ON
9049 030010 005737 002640' TST .TTP11 ;;; YES -- IN -11 I/O WAIT??
9050 030014 001014 BNE 50$ ;;; YES -- DON'T RESTART
9051 030016 45$:
9052 030016 032762 000001 000006 BIT #TT.OUT,STSW1(R2) ;;; ANY KIND OF OUTPUT PENDING??
9053 030024 001010 BNE 50$ ;;; YES -- DON'T RESTART
9054 030026 005762 000002 TST TTYEXP(R2) ;;; [5.1004] DOES THE DEVICE EXIST??
9055 030032 001415 BEQ 70$ ;;; [5.1004] NO -- ACCOUNT FOR SENDALL
9056 030034 CALL ..STTY ;;; YES -- START SENDALL FOR THIS TTY
030034 004737 046164' JSR PC,..STTY
9057 030040 052762 001000 000006 BIS #TT.SIP,STSW1(R2) ;;; MARK SENDALL IN PROGRESS
9058 030046 50$:
9059 030046 062702 000010 ADD #8.,R2 ;;; LOOK AT THE NEXT DH-11
9060 030052 022702 005054' CMP #TTYEND,R2 ;;; [5.1004] DONE ALL DH-11'S??
9061 030056 101344 BHI 35$ ;;; [5.1004] NO -- DO NEXT LINE
9062 030060 55$:
9063 030060 005037 002634' CLR .CRSND ;;; YES -- CLEAR CURRENT SENDALL POINTER
9067 030064 RETURN ;;; RETURN TO CALLER
030064 000207 RTS PC
9068 ;
9095
9096 030066 70$: ;;; HERE TO PRETEND WE DID SENDALL ON LINE
9097 030066 013701 002612' MOV .SNDLP,R1 ;;; GET POINTER TO CURRENT SENDALL + 1
9098 030072 005301 DEC R1 ;;; MAKE IT POINTER TO CURRENT
9099 030074 042701 177774 BIC #177774,R1 ;;; WE ONLY WANT TWO BITS
9100 030100 006301 ASL R1 ;;; MAKE IT INTO A WORD INDEX
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 170-2
QUEUED PROTOCOL DRIVER -- SENDALL
9101 030102 005361 002624' DEC .SNDCN(R1) ;;; DECREMENT COUNT OF SENDALLS SENT
9102 030106 003004 BGT 80$ ;;; IF SOME LEFT, DON'T FREE MESSAGE
9103 ;
9104 030110 75$:
9105 030110 005061 002614' CLR .SNDBF(R1) ;;; INDICATE NONEXISTANT
9106 030114 CALL ..DECN ;;; DEALLOCATE THE NODE
030114 004737 046004' JSR PC,..DECN
9107 030120 80$: ;;; HERE TO FINISH DUMMY SENDALL
9108 030120 062762 040000 000006 ADD #TT.SNI,STSW1(R2);;; BUMP INDEX TO NEXT SENDALL
9109 030126 000747 BR 50$ ;;; AND DO THE NEXT LINE
9110 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 171
QUEUED PROTOCOL DRIVER -- COPY BUFFER
9112 .SBTTL QUEUED PROTOCOL DRIVER -- COPY BUFFER
9113
9114 ;
9115 ; COPBUF -- ROUTINE TO COPY A TTY BUFFER AND CORRECT THE
9116 ; ADDRESS OF THE BUFFER IN THE CURRENT ADDRESS POINTER
9117 ;
9118 ; CALLING SEQUENCE:
9119 ;
9120 ; R4 -- ADDRESS OF BUFFER TO BE COPIED
9121 ;
9122 ; CALL COPBUF
9123 ;
9124 ; EXIT CONDITIONS:
9125 ;
9126 ; R0 -- NEW BUFFER ADDRESS
9127 ;
9128 ; REGISTERS ALTERED:
9129 ;
9130 ; R1,R2,R5
9131 ;
9132
9133 030130 COPBUF::
9134 030130 016401 000002 MOV 2(R4),R1 ;;; SET UP THE BUFFER SIZE
9135 030134 .ENBT ;;; [4.1.1035] ENABLE TASK SWITCHING
030134 013746 177776 MOV @#PS,-(SP)
030140 042737 000340 177776 BIC #PRI7,@#PS
9136 030146 CALL ..ALOW ; ALLOCATE A BUFFER
030146 004737 046144' JSR PC,..ALOW
9137 030152 .INHT ; [4.1.1035] DISABLE TASK SWITCHING
030152 012637 177776 MOV (SP)+,@#PS
9138 030156 010405 MOV R4,R5 ;;; SAVE R5 BUFFER POINTER
9139 030160 010002 MOV R0,R2 ;;; SAVE TTY BUFFER POINTER
9140 030162 006201 ASR R1 ;;; MAKE WORD INDEX
9141 030164 10$:
9142 030164 012522 MOV (R5)+,(R2)+ ;;; COPY THE BUFFER
9143 030166 077102 SOB R1,10$ ;;; COPY UNTIL FINISHED
9144 030170 010060 000004 MOV R0,T.HCAD(R0) ;;; SET THE CURRENT ADDRESS
9145 030174 062760 000012 000004 ADD #T.HHDS+2,T.HCAD(R0) ;;; CORRECT IT TO POINT TO BUFFER
9146 030202 RETURN
030202 000207 RTS PC
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 172
QUEUED PROTOCOL DRIVER -- MAP DH-11 TO DM-11
9156 .SBTTL QUEUED PROTOCOL DRIVER -- MAP DH-11 TO DM-11
9157
9158 ;+
9159 ; FNDDM -- LOCAL SUBROUTINE TO MAP A DH-11 LINE TO A DM-11/BB
9160 ;
9161 ; INPUTS:
9162 ;
9163 ; R5 -- POINTS TO DATA LINE SCANNER ENTRY FOR DH-11 LINE
9164 ;
9165 ; OUTPUTS:
9166 ;
9167 ; R4 -- POINTS TO ASSOCIATED DM-11/BB CSR
9168 ;-
9169
9170 030204 FNDDM:
9171 030204 010546 MOV R5,-(SP) ; [5.1004] SAVE R5
9172 030206 012704 002742' MOV #DMTBL,R4 ; [5.1004] POINT TO THE DM-11/BB TABLE
9173 030212 162705 003054' SUB #DHTBL,R5 ; [5.1004] GET OUR DISPLACMENT INTO "DHTBL"
9174 030216 10$:
9175 030216 162705 000200 SUB #200,R5 ; [5.1004] HAVE WE FOUND OUR DH-11??
9176 030222 100402 BMI 20$ ; [5.1004] YES -- EXIT
9177 030224 032424 BIT (R4)+,(R4)+ ; [5.1004] NO -- TRY NEXT DM-11/BB
9178 030226 000773 BR 10$ ; [5.1004] SO
9179 ;
9180 030230 20$:
9181 030230 012605 MOV (SP)+,R5 ; [5.1004] RESTORE R5
9182 030232 011404 MOV (R4),R4 ; [5.1004] GET I/O PAGE ADDRESS OF DM-11/BB
9183 030234 RETURN ; [5.1004] TO CALLER
030234 000207 RTS PC
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 173
QUEUED PROTOCOL DRIVER -- FIND LINE SPEED
9185 .SBTTL QUEUED PROTOCOL DRIVER -- FIND LINE SPEED
9186 ;+
9187 ; FNDSPD -- FIND LINE SPEED
9188 ;
9189 ; THIS SUBROUTINE WILL MAP THE DECIMAL LINE SPEED IN R2 TO A DH-11 LINE SPEED MASK
9190 ;
9191 ; INPUTS:
9192 ;
9193 ; R2 -- DECIMAL LINE SPEED
9194 ;
9195 ; OUTPUTS:
9196 ;
9197 ; R3 -- DH-11 LINE SPEED MASK
9198 ;
9199 ; IF A MATCH CANNOT BE FOUND, THE NODE IS DEALLOCATED AND CONTROL RETURNED
9200 ; TO THE NEXT HIGHER LEVEL.
9201 ;-
9202
9203 030236 FNDSPD:
9204 030236 012705 025244' MOV #SPDTBL,R5 ; FIND THE ADDRESS OF THE SPEED TABLE
9205 030242 012701 000020 MOV #SPDTBZ,R1 ; SET UP THE TABLE SIZE
9206 030246 005003 CLR R3 ; SET UP COUNTER
9207 030250 10$:
9208 030250 020225 CMP R2,(R5)+ ; COMPARE AGAINST TABLE
9209 030252 001403 BEQ 20$ ; FOUND CORRECT ENTRY -- R3 IS CORRECT WHEN FOUND
9210 030254 005203 INC R3 ; UPDATE R3
9211 030256 077104 SOB R1,10$ ; TRY NEXT ENTRY
9212 030260 000455 BR FDVNMF ; CAN'T FIND SPEED -- DEALLOCATE AND EXIT
9213 ;
9214 030262 20$:
9215 030262 000303 SWAB R3 ; SET IN HIGH BYTE
9216 030264 RETURN ; RETURN TO CALLER
030264 000207 RTS PC
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 174
QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9218 .SBTTL QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9219
9220 ;+
9221 ; FDVNMM -- FIND DEVICE NAME
9222 ;
9223 ; THIS SUBROUTINE WILL RETURN A POINTER TO A DEVICE TABLE ENTRY IN R2 IF THE
9224 ; DEVICE EXISTS IN THE SYSTEM.
9225 ;
9226 ; INPUTS:
9227 ;
9228 ; R0 -- POINTS TO THE TO11Q PACKET
9229 ; R4 -- POINTS TO THE TO11Q PACKET
9230 ;
9231 ; OUTPUTS:
9232 ;
9233 ; R0 -- POINTS TO THE TO11Q PACKET
9234 ; R1 -- POINTS TO THE DEVICE (PUD) TABLE FOR THIS DEVICE
9235 ; R2 -- POINTS TO THE DRIVER TABLE ENTRY FOR THE DEVICE
9236 ; R4 -- POINTS TO THE TO11Q PACKET
9237 ;
9238 ; NOTE:
9239 ;
9240 ; IF THE DEVICE DOES NOT EXIST, "FDVNMM" ACKNOWLEGES THE PACKET
9241 ; AND IMMEDIATELY DEQUEUES IT WITHOUT RETURNING TO THE CALLING ROUTINE
9242 ;-
9243
9244 .ENABL LSB
9245
9246 030266 FDVNMM:
9247 030266 016001 000006 MOV E.DV(R0),R1 ;FIND DEVICE
9248 030272 016003 000010 MOV E.FW(R0),R3 ;FIND FIRST WORD
9249 030276 005046 CLR -(SP) ;SAVE ENTRY FLAG
9250 030300 000402 BR 10$
9251 ;
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 175
QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9253 .SBTTL QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9254
9255 ;+
9256 ; FDVNM -- FIND DEVICE NAME
9257 ;
9258 ; THIS ROUTINE PERFORMS EXACTLY THE SAME THE SAME FUNCTION AS "FDVNMM",
9259 ; ABOVE, EXCEPT THAT IT WILL RETURN WITH CC-C SET IF THE DEVICE DOES NOT EXIST.
9260 ;
9261 ; INPUTS:
9262 ;
9263 ; R0 -- POINTS TO THE TO11Q PACKET
9264 ; R1 -- CONTAINS THE DEVICE CODE FOR THE DEVICE
9265 ; R3 -- CONTAINS THE FIRST WORD FROM THE T011Q PACKET
9266 ; R4 -- POINTS TO THE TO11Q PACKET
9267 ;
9268 ; OUTPUTS:
9269 ;
9270 ; R0 -- POINTS TO THE TO11Q PACKET
9271 ; R1 -- CONTAINS THE DEVICE (PUD) OFFSET + 20 FOR THIS DEVICE
9272 ; R2 -- POINTS TO THE DRIVER TABLE ENTRY FOR THE DEVICE
9273 ; R4 -- POINTS TO THE TO11Q PACKET
9274 ;
9275 ; NOTE:
9276 ;
9277 ; IF THE DEVICE DOES NOT EXIST, THE T011Q PACKET IS ACKNOWLEDGED
9278 ; AND CC-C IS SET FOR THE RETURN.
9279 ;-
9280
9281 030302 FDVNM:
9282 030302 012746 177777 MOV #-1,-(SP) ; SAVE ENTRY FLAG
9283 030306 10$:
9284 030306 010546 MOV R5,-(SP) ; SAVE REGISTERS
9285 030310 010446 MOV R4,-(SP)
9286 030312 010146 MOV R1,-(SP) ; SAVE DEVICE
9287 030314 006301 ASL R1 ; FIND THE DEVICE ADDRESS
9288 030316 006301 ASL R1
9289 030320 006301 ASL R1
9290 030322 006301 ASL R1
9291 030324 116105 010044' MOVB .DQPBA-20+Q.TS(R1),R5 ; FIND THE SIZE OF A TABLE ENTRY
9292 030330 016102 010042' MOV .DQPBA-20+Q.DA(R1),R2 ; FIND THE TABLE HEAD ADDRESS
9293 030334 105003 CLRB R3 ; FIND THE LINE NUMBER
9294 030336 000303 SWAB R3 ; PUT IT IN LOWER ORDER OF BYTE
9295 030340 010346 MOV R3,-(SP) ; SAVE LINE NUMBER
9296 030342 126103 010060' CMPB .DQPBA-20+Q.DZ(R1),R3 ; IS THIS A LEGAL NUMBER?
9297 030346 101425 BLOS 80$ ; NO -- IGNORE IT -- NOTE THIS SETS C BIT
9298 030350 20$:
9299 030350 005303 DEC R3 ; ATTEMPT TO FIND THE ADDRESS OF THE HEAD OF THE LIST
9300 030352 100402 BMI 30$ ; FOUND IT -- QUIT -- NOTE THIS SHOULD CLEAR C
9301 030354 060502 ADD R5,R2 ; MULTIPLY BY TABLE ENTRY SIZE
9302 030356 000774 BR 20$ ; AND TRY AGAIN
9303 ;
9304 030360 30$:
9305 030360 026627 000002 000004 CMP 2(SP),#D.CDLS ; [5.1004] TERMINAL DEVICE??
9306 030366 101003 BHI 40$ ; [5.1004] NO -- GO ON - (NOTE: CC-C CLEAR)
9307 030370 005762 000002 TST TTYEXP(R2) ; [5.1004] YES -- DOES THE TERMINAL EXIST??
9308 030374 001412 BEQ 80$ ; [5.1004] NO -- SAY THAT IT DOES NOT
9309 030376 40$:
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 175-1
QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9310 030376 032626 BIT (SP)+,(SP)+ ; [5.1004] YES -- CLEAR STACK
9311 030400 50$:
9312 030400 012604 MOV (SP)+,R4
9313 030402 012605 MOV (SP)+,R5 ; RESTORE REGISTERS
9314 030404 005226 INC (SP)+ ; REMOVE THE ENTRY FLAG
9315 030406 103001 BCC 60$ ; [5.1004] JUST EXIT IF CC-C IS CLEAR
9316 030410 001001 BNE 70$ ; [5.1004] DEQUEUE IMMEDIATELY IF WE MUST
9317 030412 60$:
9318 030412 RETURN ; RETURN TO CALLER
030412 000207 RTS PC
9319 ;
9320 ; HERE TO SIMPLY DEALLOCATE TO11Q PACKET AND RETURN TO TOP OF TASK
9321 ;
9322 030414 FDVNMF:
9323 030414 70$:
9324 030414 005726 TST (SP)+ ; FLUSH RETURN
9325 030416 000137 027472' JMP DEANOD ; DEALLOCATE AND START NEXT PACKET
9326 ;
9327 ;
9328 ; HERE TO ACKNOWLEDGE NON-EXISTENT DEVICE
9329 ;
9330 030422 80$:
9331 030422 012604 MOV (SP)+,R4 ; SET LINE NUMBER
9332 030424 012603 MOV (SP)+,R3 ; SET DEVICE NAME
9333 030426 012701 000017 MOV #BC.SAK,R1 ; ACKNOWLEDGE PACKET
9334 030432 CALL ..STFC ; START FUNCTION
030432 004737 046714' JSR PC,..STFC
9335 030436 000261 SEC ; SET ERROR
9336 030440 000757 BR 50$ ; AND RETURN
9337 ;
9338
9339 .DSABL LSB
QPRDRV -- QUEUED PROTOCOL DRIV MACRO M1113 03-APR-86 22:25 PAGE 176
QUEUED PROTOCOL DRIVER -- FIND DEVICE NAME
9341
9342 .TITLE DTEDRV -- DTE-20 DRIVER FOR RSX-20F
9343 .SBTTL DTE-20 DRIVER -- COPYRIGHT STATEMENT
9344 030442 IDENT$ 14,31
.IDENT /014310/
9345
9346 ;
9347 ; COPYRIGHT (C) 1975, 1984, 1985 BY
9348 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
9349 ; ALL RIGHTS RESERVED.
9350 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
9351 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
9352 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
9353 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
9354 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
9355 ;
9356 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
9357 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
9358 ; CORPORATION.
9359 ;
9360 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
9361 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
9362 ;
9363 ; MODULE: DTE-20 DRIVER FOR RSX-20F
9364 ;
9365 ; VERSION: 14-31
9366 ;
9367 ; AUTHOR: ROLAND BELANGER
9368 ;
9369 ; DATE: 15-MAR-80
9370 ;
9371 ; THIS MODULE CONTAINS:
9372 ;
9373 ; 1) DTE-20 INTERRUPT SERVICE
9374 ; 2) DEVICE DEPENDENT DTE-20 SERVICE
9375 ; 3) DEVICE DEPENDENT QUEUED PROTOCOL SERVICE
9376 ;
9377 ; THIS MODULE WAS SPLIT OUT OF "QPRDTE.MAC" AND REWRITTEN AS A PART OF
9378 ; TCO 4.1.1121
9379 ;
9380 ; TCO 4.1.1137 05-APR-80 R. BELANGER LIMIT LENGTH OF TO-11 QUEUE
9381 ; TCO 5.1041 18-MAY-80 S. LEAPLINE CHECK FREE POOL BYTES LEFT
9382
9383 .MCALL CALL,RETURN,.CRASH,$DEF
9384
9385 030442 $DEF
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 177
DTE-20 DRIVER -- DTE-20 INTERRUPT HEAD
9387 .SBTTL DTE-20 DRIVER -- DTE-20 INTERRUPT HEAD
9388
9389 ;+
9390 ; .DTINT -- DTE-20 INTERRUPT HEAD
9391 ;
9392 ; THIS IS THE HEAD OF THE DTE-20 INTERRUPT SERVICE. ALL DTE-20 INTERRUPTS ARE
9393 ; VECTORED HERE, AND ALL DTE-20 INTERRUPTS ARE DISMISSED FROM THIS ROUTINE.
9394 ;
9395 ; SINCE A DTE-20 CAN HAVE MULTIPLE INTERRUPTS PENDING, AN ATTEMPT TO DISMISS
9396 ; ANY GIVEN INTERRUPT FORCES A SCAN FOR ALL OTHER POSSIBLE INTERRUPTS BEFORE
9397 ; THE DISMISSAL IS GRANTED.
9398 ;
9399 ; INTERRUPTS SERVICED HERE ARE:
9400 ;
9401 ; TO-10 TRANSFER DONE
9402 ; TO-11 TRANSFER DONE
9403 ; DOORBELL
9404 ;
9405 ; ERRORS HANDLED HERE ARE:
9406 ;
9407 ; TO-10 DONE ERROR TERMINATION (TET)
9408 ; PDP-11 MEMORY PARITY ERROR ON BYTE TRANSFER (TET)
9409 ; TO-11 DONE ERROR TERMINATION (ETE)
9410 ;
9411 ; INPUTS:
9412 ;
9413 ; NONE
9414 ;
9415 ; OUTPUTS:
9416 ;
9417 ; NO REGISTERS ALTERED ON DISMISSAL
9418 ;
9419 ; R0 -- POINTS TO DTE-20 ON SERVICE DISPATCH
9420 ; R1 -- POINTS TO DTE-20 STATUS REGISTER ON SERVICE DISPATCH
9421 ; R3 -- POINTS TO "PROTBL" ON SERVICE DISPATCH
9422 ;-
9423
9424
9425 030442 .DTINT::
9426 030442 010046 MOV R0,-(SP) ;;; SAVE REGISTERS
9427 030444 010146 MOV R1,-(SP)
9428 030446 010246 MOV R2,-(SP)
9429 030450 010346 MOV R3,-(SP)
9430 030452 010446 MOV R4,-(SP)
9431 030454 010546 MOV R5,-(SP)
9432 030456 INTLPS:
9433 030456 013700 001366' MOV .PRDTE,R0 ;;; BASE ADDRESS OF PRIVILEGED DTE-20
9434 030462 013703 001362' MOV .PRADR,R3 ;;; POINTER TO OUR PROCESSOR TABLE
9435 030466 013701 001364' MOV .PRSTA,R1 ;;; COPY INTERRUPT FLAGS TO R1
9436 030472 032711 121000 BIT #TO10DN!TO10ER!MPE11,(R1) ;;; TO-10 DONE OR ERROR??
9437 030476 100432 BMI .TENDN ;;; TO-10 DONE
9438 030500 001403 BEQ 10$ ;;; NO ERRORS -- GO ON
9439 030502 .CRASH TET ;;; ERROR -- DIE!
030502 000004 IOT
030504 124 105 124 .ASCIZ /TET/
030507 000
9440 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 177-1
DTE-20 DRIVER -- DTE-20 INTERRUPT HEAD
9441 030510 10$:
9442 030510 132711 000202 BITB #TO11DN!TO11ER,(R1) ;;; TO-11 DONE OR ERROR??
9443 030514 100556 BMI .ELEDN ;;; TO-11 DONE
9444 030516 001403 BEQ 20$ ;;; NO ERRORS -- GO ON
9445 030520 .CRASH ETE ;;; ERROR -- DIE AGAIN!
030520 000004 IOT
030522 105 124 105 .ASCIZ /ETE/
030525 000
9446 ;
9447 030526 20$:
9448 030526 032711 004000 BIT #TO11DB,(R1) ;;; HOW ABOUT A DOORBELL??
9449 030532 001404 BEQ DTEXIT ;;; NO -- DISMISS INTERRUPT
9450 030534 005237 001370' INC .PRDCT ;;; YES -- COUNT THE DOORBELL
9451 030540 000137 031356' JMP .DRBEL ;;; AND SERVICE IT
9452 ;
9453 030544 DTEXIT:
9454 030544 012605 MOV (SP)+,R5 ;;; RESTORE THE REGISTERS
9455 030546 012604 MOV (SP)+,R4
9456 030550 012603 MOV (SP)+,R3
9457 030552 012602 MOV (SP)+,R2
9458 030554 012601 MOV (SP)+,R1
9459 030556 012600 MOV (SP)+,R0
9460 030560 000137 015062' JMP ..INTX ;;; COMMON INTERRUPT EXIT
9461 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 178
DTE-20 DRIVER -- TO-10 DONE SERVICE
9463 .SBTTL DTE-20 DRIVER -- TO-10 DONE SERVICE
9464
9465 ;+
9466 ; .TENDN -- TO-10 DONE INTERRUPT SERVICE
9467 ;
9468 ; THIS IS THE TO-10 DONE INTERRUPT SERVICE. FUNCTIONS PROVIDED HERE ARE:
9469 ;
9470 ; TO-10 TRANSFER END CHECKS
9471 ; TO-10 TRANSFER TERMINATION PROCESSING
9472 ; TO-10 QUEUE NODE DELETION AND DEALLOCATION
9473 ; TO-10 TRANSFER INITIATION (".STTNQ")
9474 ; TO-10 INDIRECT TRANSFER CONTINUATION
9475 ;
9476 ; ERRORS HANDLED HERE ARE:
9477 ;
9478 ; TO-10 TRANSFER END CHECK FAILURE (DTF)
9479 ;
9480 ; INPUTS:
9481 ;
9482 ; R0 -- POINTS TO DTE-20
9483 ; R1 -- POINTS TO DTE-20 STATUS REGISTER
9484 ; R3 -- POINTS TO PROCESSOR TABLE ENTRY
9485 ;
9486 ; OUTPUTS:
9487 ;
9488 ; NONE -- REGISTERS ARE NOT NECESSARILY PRESERVED
9489 ;-
9490
9491 030564 .TENDN::
9492 030564 012711 040000 MOV #DON10C,(R1) ;;; CLEAR THE TO-10 DONE FLAG
9493 030570 013704 001322' MOV TO10SZ,R4 ;;; GET THE TRANSFER SIZE
9494 030574 063704 001324' ADD TO10AS,R4 ;;; ADD THE STARTING ADDRESS TO IT
9495 030600 020460 000020 CMP R4,T10AD(R0) ;;; DID IT FINISH WHERE WE EXPECTED IT TO??
9496 030604 001403 BEQ 10$ ;;; YES -- GO ON
9497 030606 .CRASH DTF ;;; NO -- DIE!
030606 000004 IOT
030610 104 124 106 .ASCIZ /DTF/
030613 000
9498 ;
9499 ;
9500 ; HERE TO FINISH UP A TO-10 TRANSFER
9501 ;
9502 030614 10$:
9503 030614 012737 000001 001324' MOV #1,TO10AS ;;; SAY WE EXPECT NO TRANSFER
9504 030622 013704 001334' MOV TO10Q,R4 ;;; POINT TO THE TO-10 QUEUE
9505 030626 005764 000012 TST 12(R4) ;;; CHECK TRANSFER TYPE
9506 030632 100432 BMI STIND2 ;;; INDIRECT HEADER -- START SECOND PART
9507 030634 001010 BNE 20$ ;;; DIRECT FUNCTION -- FINISH IT UP
9508 ;
9509 ; HERE TO FINISH A TO-10 INDIRECT TRANSFER
9510 ;
9511 030636 053777 001274' 150432 BIS DTEMSK,@DTEADR ;;; SET ANY EVENT FLAGS
9512 030644 CALL ..DSEV ;;; AND DECLARE A SIGNIFICANT EVENT
030644 004737 045264' JSR PC,..DSEV
9513 030650 042737 000006 001330' BIC #TOIP!TOBM,STSTT+2 ;;; CLEAR INDIRECT IN PROGRESS
9514 ;
9515 ; HERE TO FINISH A DIRECT OR INDIRECT TRANSFER
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 178-1
DTE-20 DRIVER -- TO-10 DONE SERVICE
9516 ;
9517 030656 20$:
9518 030656 CALL ..NDEL ;;; REMOVE THE NODE FROM THE TO-10 QUEUE
030656 004737 045320' JSR PC,..NDEL
9519 030662 016401 000004 MOV 4(R4),R1 ;;; FIND THE SIZE OF THE NODE TO RETURN
9520 030666 010400 MOV R4,R0 ;;; POINT TO THE NODE
9521 030670 CALL ..DECB ;;; RETURN THE NODE
030670 004737 046010' JSR PC,..DECB
9522 030674 105037 001401' CLRB TOXQIP ;;; RESET THE TO-10 QUEUE IN PROGRESS FLAG
9523 030700 013704 001334' MOV TO10Q,R4 ;;; POINT TO THE LISTHEAD
9524 030704 022704 001334' CMP #TO10Q,R4 ;;; IS THE TO-10 QUEUE EMPTY??
9525 030710 001662 BEQ INTLPS ;;; YES -- DONE WITH THIS INTERRUPT
9526 030712 CALL .STTNQ ;;; NO -- SEE IF ANOTHER NODE MAY BE STARTED
030712 004737 032200' JSR PC,.STTNQ
9527 030716 000657 BR INTLPS ;;; AND EXIT
9528 ;
9529 ;
9530 ; HERE TO START SECOND HALF OF AN INDIRECT TRANSFER
9531 ;
9532 030720 STIND2:
9533 030720 005064 000012 CLR 12(R4) ;;; RESET INDIRECT PENDING SEMAPHORE
9534 ;
9535 ; HERE TO SET UP THE TRANSFER SIZE IN THE COMM REGION
9536 ;
9537 030724 062704 000020 ADD #20,R4 ;;; POINT TO THE BYTE COUNT
9538 030730 005060 000006 CLR DXWD1(R0) ;;; LOAD UP THE TRANSFER SIZE
9539 030734 005060 000004 CLR DXWD2(R0)
9540 030740 005005 CLR R5 ;;; CLEAR R5
9541 030742 152405 BISB (R4)+,R5 ;;; GET THE TRANSFER SIZE
9542 030744 105724 TSTB (R4)+ ;;; ADVANCE TO NEXT WORD
9543 030746 010537 001322' MOV R5,TO10SZ ;;; SAVE THE BYTE COUNT FOR END CHECKS
9544 030752 010560 000002 MOV R5,DXWD3(R0) ;;; AND SET IT
9545 030756 011437 001324' MOV (R4),TO10AS ;;; SAVE THE START ADDRESS FOR END CHECKS
9546 030762 012460 000020 MOV (R4)+,T10AD(R0) ;;; SET UP THE SOURCE ADDRESS
9547 030766 012705 000003 MOV #QSIZE-FORPRO,R5 ;;; OFFSET FOR TRANSFER SIZE
9548 030772 066305 000004 ADD DMYN(R3),R5 ;;; ADD IN COMM REGION OFFSET
9549 030776 012760 010000 000010 MOV #DEP,TNAD1(R0) ;;; THIS IS A DEPOSIT
9550 031004 010560 000012 MOV R5,TNAD2(R0) ;;; THIS STARTS THE TRANSFER
9551 031010 CALL ..WFED ;;; WAIT FOR IT TO COMPLETE
031010 004737 047454' JSR PC,..WFED
9552 ;
9553 ; HERE TO SEND OUR STATUS TO THE TEN
9554 ;
9555 031014 052737 000006 001330' BIS #TOIP!TOBM,STSTT+2 ;;; SET INDIRECT IN PROGRESS AND BYTE MODE
9556 031022 005060 000036 CLR DAG3(R0) ;;; SET FRONT-END WORD MODE
9557 031026 CALL SNDSTS ;;; SEND STATUS TO THE TEN
031026 004737 032354' JSR PC,SNDSTS
9558 ;
9559 ; HERE TO SET UP FOR NORMAL INDIRECT TERMINATION
9560 ;
9561 031032 012437 001274' MOV (R4)+,DTEMSK ;;; FIND THE EVENT FLAGS
9562 031036 011437 001276' MOV (R4),DTEADR ;;; AND WHERE THEY BELONG
9563 031042 012777 000400 150314 MOV #TO10DB,@.PRSTA ;;; RING HIS DOORBELL
9564 031050 000602 BR INTLPS ;;; AND GO AWAY
9565 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 179
DTE-20 DRIVER -- TO-11 DONE SERVICE
9567 .SBTTL DTE-20 DRIVER -- TO-11 DONE SERVICE
9568
9569 ;+
9570 ; .ELEDN -- TO-11 DONE SERVICE
9571 ;
9572 ; THIS IS THE TO-11 DONE SERVICE. FUNCTIONS PROVIDED HERE ARE:
9573 ;
9574 ; TO-11 TRANSFER END CHECKS
9575 ; TO-11 QUEUE NODE ENTRY
9576 ; TO-11 TRANSFER TERMINATION POCESSING
9577 ; BASIC PROTOCOL ERROR PROCESSING
9578 ;
9579 ; ERRORS PROCESSED HERE ARE:
9580 ;
9581 ; TO-11 TRANSFER TERMINATION ERROR (DTB)
9582 ; ILLEGAL PROTOCOL DEVICE CODE (PT1)
9583 ; ILLEGAL PROTOCOL FUNCTION CODE (PT2)
9584 ;
9585 ; INPUTS:
9586 ;
9587 ; R0 -- POINTS TO DTE-20
9588 ; R1 -- POINTS TO DTE-20 STATUS REGISTER
9589 ; R3 -- POINTS TO PROCESSOR TABLE ENTRY
9590 ;
9591 ; OUTPUTS:
9592 ;
9593 ; NONE -- REGISTERS ARE NOT NECESSARILY PRESERVED
9594 ;-
9595
9596 031052 .ELEDN::
9597 031052 012711 000100 MOV #DON11C,(R1) ;;; CLEAR TO-11 DONE FLAG
9598 031056 013701 001320' MOV TO11BS,R1 ;;; GET OUR SAVED BYTE COUNT
9599 031062 052701 170000 BIS #170000,R1 ;;; DO THE SIGN EXTENSION
9600 031066 005401 NEG R1 ;;; MAKE IT A POSITIVE INTEGER
9601 031070 032737 020000 001320' BIT #TO11BM,TO11BS ;;; WERE WE IN BYTE MODE??
9602 031076 001001 BNE 10$ ;;; YES -- GO ON
9603 031100 006301 ASL R1 ;;; NO -- MAKE IT A WORD COUNT
9604 031102 10$:
9605 031102 063701 001316' ADD TO11AS,R1 ;;; COMPUTE WHERE WE SHOULD HAVE FINISHED
9606 031106 020160 000022 CMP R1,T11AD(R0) ;;; ARE WE THERE??
9607 031112 001406 BEQ 20$ ;;; YES -- GO ON
9608 031114 016027 000022 MOV T11AD(R0),(PC)+ ;;; NO -- SAVE WHERE WE ARE FOR DUMP
9609 031120 000000 .WORD 0
9610 031122 .CRASH DTB ;;; AND DIE!
031122 000004 IOT
031124 104 124 102 .ASCIZ /DTB/
031127 000
9611 ;
9612 031130 20$:
9613 031130 000337 001304' SWAB TO11FN ;;; SWAP THE BYTES
9614 031134 001017 BNE FELXFR ;;; IN PROGRESS -- PROCESS IT
9615 ;
9616 ; HERE TO ENTER A NEW NODE IN THE TO-11 QUEUE
9617 ;
9618 031136 ENTELQ:
9619 031136 013701 001300' MOV TO11NP,R1 ;;; DONE -- POINT TO THE NEW NODE
9620 031142 012704 001342' MOV #TO11Q,R4 ;;; POINT TO THE LISTHEAD
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 179-1
DTE-20 DRIVER -- TO-11 DONE SERVICE
9621 031146 10$:
9622 031146 010402 MOV R4,R2 ;;; SAVE CURRENT NODE POINTER
9623 031150 011404 MOV (R4),R4 ;;; FIND THE END OF THE QUEUE
9624 031152 001375 BNE 10$ ;;; NOT YET -- KEEP GOING
9625 031154 005011 CLR (R1) ;;; MARK NEW LIST TERMINATOR
9626 031156 010112 MOV R1,(R2) ;;; AND LINK IN NEW NODE
9627 031160 052737 000100 007162' BIS #EF.TED,DTETSK+A.EF ;;; WAKE UP THE QUEUED PROTOCOL DRIVER
9628 031166 CALL ..DSEV ;;; SO
031166 004737 045264' JSR PC,..DSEV
9629 031172 000462 BR TOITDN ;;; AND DONE...
9630 ;
9631 ;
9632 ; HERE TO FINISH A TO-11 DIRECT TRANSFER
9633 ;
9634 031174 FELXFR:
9635 031174 000337 001302' SWAB TO11HD ;;; SWAP THE SIZE BYTES
9636 031200 000337 001306' SWAB TO11DV ;;; AND THE DEVICE CODE BYTES
9637 031204 022737 000010 001306' CMP #.DQPSZ,TO11DV ;;; IS THE DEVICE CODE LEGAL??
9638 031212 103003 BHIS 10$ ;;; YES -- GO ON
9639 031214 .CRASH PT1 ;;; NO -- DIE!
031214 000004 IOT
031216 120 124 061 .ASCIZ /PT1/
031221 000
9640 ;
9641 031222 10$:
9642 031222 123727 001304' 000041 CMPB TO11FN,#BC.FNM ;;; IS THIS A LEGAL FUNCTION??
9643 031230 103403 BLO 20$ ;;; YES -- GO ON
9644 031232 .CRASH PT2 ;;; NO -- DIE!
031232 000004 IOT
031234 120 124 062 .ASCIZ /PT2/
031237 000
9645 ;
9646 031240 20$:
9647 031240 005737 001304' TST TO11FN ;;; INDIRECT IN PROGRESS??
9648 031244 100007 BPL 30$ ;;; NO -- GO ON
9649 031246 010046 MOV R0,-(SP) ;;; YES -- SAVE DTE-20 POINTER
9650 031250 013700 001300' MOV TO11NP,R0 ;;; POINT TO PRE-ALLOCATED BUFFER
9651 031254 CALL ..DECN ;;; AND GET RID OF IT
031254 004737 046004' JSR PC,..DECN
9652 031260 012600 MOV (SP)+,R0 ;;; RESTORE DTE-20 POINTER
9653 031262 000426 BR TOITDN ;;; SET QUEUE IDLE STATE AND EXIT
9654 ;
9655 031264 30$:
9656 031264 013705 001300' MOV TO11NP,R5 ;;; GET THE NODE POINTER
9657 031270 CALL LODNOD ;;; AND LOAD IT UP
031270 004737 032530' JSR PC,LODNOD
9658 031274 010502 MOV R5,R2 ;;; SET UP THE ADDRESS IN CASE EXTENDED DIRECT
9659 031276 005037 001304' CLR TO11FN ;;; RELEASE FIXED BUFFER
9660 031302 013701 001302' MOV TO11HD,R1 ;;; FIND THE BYTE COUNT
9661 031306 162701 000012 SUB #^D10,R1 ;;; ARE WE FINISHED??
9662 031312 001711 BEQ ENTELQ ;;; YES -- ENTER THE NODE IN THE QUEUE AND EXIT
9663 ;
9664 ; HERE FOR AN EXTENDED DIRECT TRANSFER
9665 ;
9666 031314 160137 001340' SUB R1,EQSZ ;;; NO -- ACCOUNT FOR THE HEADER
9667 031320 005401 NEG R1 ;;; NEGATE THE BYTE COUNT
9668 031322 042701 170000 BIC #^C7777,R1 ;;; TRIM TO BYTE COUNT
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 179-2
DTE-20 DRIVER -- TO-11 DONE SERVICE
9669 031326 052701 120000 BIS #TO11BM!IFLOP,R1 ;;; SET THE MODE FLAGS
9670 031332 CALL STBXFR ;;; START THE TRANSFER
031332 004737 032506' JSR PC,STBXFR
9671 031336 000405 BR TEDXIT ;;; AND EXIT
9672 ;
9673 ;
9674 ; HERE TO RETURN DONE STATUS TO THE KL
9675 ;
9676 031340 TOITDN:
9677 031340 042737 000001 001330' BIC #TOIT,STSTT+2 ;;; CLEAR PROCESSING QUEUE STATUS
9678 031346 CALL SNDSTS ;;; SEND THE STATUS
031346 004737 032354' JSR PC,SNDSTS
9679 031352 TEDXIT:
9680 031352 000137 030456' JMP INTLPS ;;; CHECK OTHER DTE-20 STATUS AND DISMISS
9681 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 180
DTE-20 DRIVER -- DOORBELL SERVICE
9683 .SBTTL DTE-20 DRIVER -- DOORBELL SERVICE
9684
9685 ;+
9686 ; .DRBEL -- DOORBELL SERVICE
9687 ;
9688 ; THIS IS THE DOORBELL SERVICE. FUNCTIONS PROVIDED HERE ARE:
9689 ;
9690 ; REQUESTED RELOAD SERVICE
9691 ; POWERFAIL WARNING SERVICE
9692 ; PROTOCOL PAUSE ENTRANCE SERVICE
9693 ; TO-11 HEADER TRANSFER INITIATION
9694 ; TO-11 INDIRECT TRANSFER CONTINUATION
9695 ; DOORBELL ERROR PROCESSING
9696 ;
9697 ; ERRORS PROCESSED HERE ARE:
9698 ;
9699 ; UNIMPLEMENTED DTE-20 PROTOCOL FUNCTION (UIE)
9700 ; UNSYNCHRONIZED TO-11 INDIRECT TRANSFER (PT3)
9701 ; UNSYNCHRONIZED HEADER TRANSFER (ILQ)
9702 ; TO-11 TRANSFER TOO LARGE (PT4)
9703 ;
9704 ; INPUTS:
9705 ;
9706 ; R0 -- POINTS TO DTE-20
9707 ; R1 -- POINTS TO DTE-20 STATUS REGISTER
9708 ; R3 -- POINTS TO PROCESSOR TABLE ENTRY
9709 ;
9710 ; OUTPUTS:
9711 ;
9712 ; NONE -- REGISTERS ARE NOT NECESSARILY PRESERVED
9713 ;-
9714
9715 031356 .DRBEL::
9716 031356 012711 002000 MOV #INT11C,(R1) ;;; CLEAR RINGING DOORBELL
9717 031362 005060 000010 CLR TNAD1(R0) ;;; SET UP TO READ DOORBELL STATUS
9718 031366 012702 000002 MOV #STATUS-FORPRO,R2 ;;; POINT TO THE STATUS WORD
9719 031372 066302 000010 ADD EHSM(R3),R2 ;;; IN HIS SECTION FOR ME
9720 031376 010260 000012 MOV R2,TNAD2(R0) ;;; START THE EXAMINE
9721 031402 CALL ..WFED ;;; WAIT FOR IT TO FINISH
031402 004737 047454' JSR PC,..WFED
9722 031406 103427 BCS DBLEPX ;;; EXIT IF ERROR
9723 031410 012701 001352' MOV #STATI+6,R1 ;;; POINT TO BOTTOM OF STATUS BLOCK
9724 031414 016041 000002 MOV DXWD3(R0),-(R1) ;;; AND REVERSE-UNLOAD THE STATUS
9725 031420 016041 000004 MOV DXWD2(R0),-(R1) ;;; SO
9726 031424 016041 000006 MOV DXWD1(R0),-(R1) ;;; CHECK VALID EXAMINE
9727 031430 001414 BEQ DBLEPP ;;; NOT THERE -- ENTER PROTOCOL PAUSE
9728 ;
9729 ; HERE TO CHECK FOR RELOAD AND POWERFAIL
9730 ;
9731 ; R1 POINTS TO STATI
9732 ;
9733 031432 032721 000016 BIT #16,(R1)+ ;;; IS THIS A RELOAD OR POWERFAIL??
9734 031436 001433 BEQ DBLXFR ;;; NO -- SEE ABOUT HEADERS AND INDIRECTS
9735 031440 032741 000004 BIT #LOAD11,-(R1) ;;; YES -- IS IT A RELOAD??
9736 031444 001012 BNE DBLRLD ;;; YES -- RELOAD HIM
9737 031446 032711 000010 BIT #KLPWRF,(R1) ;;; NO -- IS IT A POWERFAIL??
9738 031452 001021 BNE DBLPWR ;;; YES -- SET UP TO TAKE IT
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 180-1
DTE-20 DRIVER -- DOORBELL SERVICE
9739 031454 .CRASH UIE ;;; NO -- UNIMPLEMENTED FUNCTION
031454 000004 IOT
031456 125 111 105 .ASCIZ /UIE/
031461 000
9740 ;
9741 ;
9742 ; HERE TO ENTER PROTOCOL PAUSE
9743 ;
9744 031462 DBLEPP:
9745 031462 CALL ..DTP2 ;;; START SECONDARY PROTOCOL
031462 004737 050244' JSR PC,..DTP2
9746 031466 DBLEPX:
9747 031466 000137 030544' JMP DTEXIT ;;; AND DISMISS
9748 ;
9749 ;
9750 ; HERE TO INITIATE A KL RELOAD
9751 ;
9752 031472 DBLRLD:
9753 031472 052737 000040 001126' BIS #KS.TRR,.KLITK ;;; REQUEST THE RELOAD
9754 031500 105237 001122' INCB .NOERR ;;; MARK THAT AN ERROR IS BEING SERVICED
9755 031504 CALL ..DTSP ;;; CLEAR ALL PROTOCOLS
031504 004737 050226' JSR PC,..DTSP
9756 031510 105237 001124' INCB .TKTN ;;; REQUEST NOTIFICATION
9757 031514 000462 BR DBLDON ;;; AND EXIT
9758 ;
9759 ;
9760 ; HERE TO INITIALIZE FOR IMPENDING POWERFAIL
9761 ;
9762 031516 DBLPWR:
9763 031516 052737 004000 001012' BIS #EF.PFR,.COMEF+2 ;;; MARK THAT WE ANTICIPATE A POWERFAIL
9764 031524 000463 BR DBLXIT ;;; EXIT -- NO STATUS REQUIRED
9765 ;
9766 ;
9767 ; HERE TO SEE IF THIS IS A HEADER TO PROCESS
9768 ;
9769 ; R1 POINTS TO STATI+2
9770 ;
9771 031526 DBLXFR:
9772 031526 032721 000002 BIT #TOIP,(R1)+ ;;; IS THIS AN INDIRECT IN PROGRESS??
9773 031532 001411 BEQ DBLHDR ;;; NO -- MUST BE A HEADER (DIRECT)
9774 031534 005737 001304' TST TO11FN ;;; DO WE BELIEVE THAT IT IS INDIRECT??
9775 031540 100403 BMI 10$ ;;; YES -- GO ON
9776 031542 .CRASH PT3 ;;; NO -- DIE!
031542 000004 IOT
031544 120 124 063 .ASCIZ /PT3/
031547 000
9777 ;
9778 ;
9779 ; HERE TO PROCESS SECOND HALF OF AN INDIRECT TRANSFER
9780 ;
9781 031550 10$:
9782 031550 CALL .STELI ;;; START THE INDIRECT PART
031550 004737 031766' JSR PC,.STELI
9783 031554 000447 BR DBLXIT ;;; AND EXIT
9784 ;
9785 ;
9786 ; HERE TO START A DIRECT (HEADER) TRANSFER
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 180-2
DTE-20 DRIVER -- DOORBELL SERVICE
9787 ;
9788 ; R1 POINTS TO STATI+4
9789 ;
9790 031556 DBLHDR:
9791 031556 121137 001332' CMPB (R1),TO10QC ;;; IS THIS THE SAME NODE??
9792 031562 001437 BEQ DBLDON ;;; YES -- SEND STATUS AND EXIT
9793 031564 105237 001332' INCB TO10QC ;;; NO -- UPDATE THE QUEUE COUNT
9794 031570 121137 001332' CMPB (R1),TO10QC ;;; IS IT NOW CORRECT??
9795 031574 001403 BEQ 10$ ;;; YES -- GO ON
9796 031576 .CRASH ILQ ;;; NO -- DIE!
031576 000004 IOT
031600 111 114 121 .ASCIZ /ILQ/
031603 000
9797 ;
9798 031604 10$:
9799 031604 012702 000003 MOV #QSIZE-FORPRO,R2 ;;; POINT TO THE QUEUE SIZE
9800 031610 066302 000010 ADD EHSM(R3),R2 ;;; IN HIS GENERAL SECTION FOR ME
9801 031614 005060 000010 CLR TNAD1(R0) ;;; CLEAR THE DEPOSIT BIT
9802 031620 010260 000012 MOV R2,TNAD2(R0) ;;; SET THE ADDRESS AND START THE EXAMINE
9803 031624 CALL ..WFED ;;; WAIT FOR IT TO COMPLETE
031624 004737 047454' JSR PC,..WFED
9804 031630 016037 000002 001340' MOV DXWD3(R0),EQSZ ;;; READ THE DIRECT SIZE
9805 031636 023727 001340' 000144 CMP EQSZ,#^D100 ;;; IS THE NODE OF A LEGAL SIZE??
9806 031644 103403 BLO 20$ ;;; YES -- GO ON
9807 031646 .CRASH PT4 ;;; NO -- DIE!
031646 000004 IOT
031650 120 124 064 .ASCIZ /PT4/
031653 000
9808 ;
9809 031654 20$:
9810 031654 CALL .STELD ;;; ALLOCATE AND START THIS HEADER
031654 004737 031700' JSR PC,.STELD
9811 031660 000405 BR DBLXIT ;;; AND EXIT
9812 ;
9813 031662 DBLDON:
9814 031662 052737 000001 001330' BIS #TOIT,STSTT+2 ;;; SET PROCESSING QUEUE STATUS
9815 031670 CALL SNDSTS ;;; SEND THE STATUS
031670 004737 032354' JSR PC,SNDSTS
9816 031674 DBLXIT:
9817 031674 000137 030456' JMP INTLPS ;;; AND EXIT
9818 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 181
DTE-20 DRIVER -- START TO ELEVEN DIRECT TRANSFER
9820 .SBTTL DTE-20 DRIVER -- START TO ELEVEN DIRECT TRANSFER
9821
9822 ;+
9823 ; .STELD -- START TO ELEVEN DIRECT TRANSFER
9824 ;
9825 ; THIS SUBROUTINE WILL ATTEMPT TO START A DIRECT TRANSFER TO THE TO-11 QUEUE.
9826 ; IF THE ALLOCATION FOR THE NODE TO BE TRANSFERRED IS SUCCESSFUL, THE NODE
9827 ; IS STARTED IMMEDIATELY. IF THE ALLOCATION IS UNSUCCESSFUL, THE NODE START
9828 ; IS DEFERRED UNTIL THE NEXT CALL TO THE CORE MANAGER ("..DECB", Q.V.).
9829 ; UNDER THESE CIRCUMSTANCES THE TO-11 QUEUE BLOCKED FLAG, ".DTBLK", IS SET TO
9830 ; THE RE-ENTRY ADDRESS (".STELD") TO MARK THE BLOCKING OF THE QUEUE. THE
9831 ; TO-11 QUEUE BECOMES UNBLOCKED AFTER SPACE FOR THE NODE IS SUCESSFULLY
9832 ; ALLOCATED AND THE TRANSFER STARTED.
9833 ;
9834 ; TO PREVENT KEEP-ALIVE PROBLEMS, THE FRONT-END'S KEEP-ALIVE COUNT IS TRANSMITTED
9835 ; TO THE HOST ONCE PER 256 HEADERS ACCEPTED.
9836 ;
9837 ; INPUTS:
9838 ;
9839 ; R0 -- POINTS TO DTE-20
9840 ; R3 -- POINTS TO PROCESSOR TABLE
9841 ; EQSZ -- SIZE OF NODE TO BE ALLOCATED (SEE NOTE BELOW)
9842 ;
9843 ; OUTPUTS:
9844 ;
9845 ; R1, R2 ALTERED
9846 ; ".DTBLK" .NE. 0 IF TO-11 QUEUE IS BLOCKED
9847 ; ".DTBLK" .EQ. 0 IF TO-11 QUEUE TRANSFER IS IN PROGRESS
9848 ;
9849 ; EXIT CONDITIONS ARE SET UP PER CONTENTS OF ".DTBLK"
9850 ;
9851 ; NOTE:
9852 ;
9853 ; THIS ROUTINE MUST BE ENTERED WITH INTERRUPTS INHIBITTED
9854 ;
9855 ; THIS ROUTINE ASSUMES THAT ALL TRANSFERS ARE DIRECT TRANSFERS, AND
9856 ; THUS ATTEMPTS TO PRE-ALLOCATE BUFFER SPACE FOR IT. IF THE TRANSFER
9857 ; IS AN INDIRECT TRANSFER, THE PRE-ALLOCATED BUFFER IS DISCARDED BY THE
9858 ; TO-11 DONE INTERRUPT SERVICE IN ANTICIPATION OF THE INDIRECT TRANSFER
9859 ; START BY THE DOORBELL SERVICE.
9860 ;-
9861
9862 031700 .STELD::
9863 031700 013701 001340' MOV EQSZ,R1 ;;; PICK UP THE TRANSFER SIZE
9864 031704 132121 BITB (R1)+,(R1)+ ;;; ADD IN OUR OVERHEAD
9865 031706 CALL GETBUF ;;; TRY TO GET A BUFFER
031706 004737 032430' JSR PC,GETBUF
9866 031712 103004 BCC 10$ ;;; ALL OK IF CC-C IS CLEAR
9867 031714 012737 031700' 001402' MOV #.STELD,.DTBLK ;;; FAILED -- SET RE-ENTRY ADDRESS AS BLOCKED FLAG
9868 031722 000507 BR STELIX ;;; AND EXIT
9869 ;
9870 031724 10$:
9871 031724 105737 001332' TSTB TO10QC ;;; HAVE WE ACCEPTED 256. HEADERS??
9872 031730 001002 BNE 20$ ;;; NO -- GO ON
9873 031732 CALL .KPALV ;;; YES -- SEND OUR KEEP-ALIVE COUNT
031732 004737 032144' JSR PC,.KPALV
9874 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 181-1
DTE-20 DRIVER -- START TO ELEVEN DIRECT TRANSFER
9875 ; HERE TO START THE NEXT NODE IN THE TO-11 QUEUE
9876 ;
9877 031736 20$:
9878 031736 005001 CLR R1 ;;; ASSUME NO INTERRUPT WANTED
9879 031740 162737 000012 001340' SUB #^D10,EQSZ ;;; DISCOUNT THE HEADER
9880 031746 001002 BNE 30$ ;;; DON'T NEED AN INTERRUPT THIS TIME
9881 031750 052701 100000 BIS #IFLOP,R1 ;;; MUST INTERRUPT IF COUNT GOES TO ZERO
9882 031754 30$:
9883 031754 012702 001302' MOV #TO11HD,R2 ;;; ADDRESS TO R2
9884 031760 052701 027766 BIS #<-^D10&7777>!TO11BM,R1 ;;; SET UP BYTE COUNT AND MODE
9885 031764 000455 BR STELIG ;;; START THE TRANSFER AND EXIT
9886 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 182
DTE-20 DRIVER -- START TO ELEVEN INDIRECT TRANSFER
9888 .SBTTL DTE-20 DRIVER -- START TO ELEVEN INDIRECT TRANSFER
9889
9890 ;+
9891 ; .STELI -- START TO ELEVEN INDIRECT TRANSFER
9892 ;
9893 ; THIS SUBROUTINE WILL ALLOCATE BUFFER SPACE FOR AND START A TO-11 INDIRECT
9894 ; TRANSFER. IF THE ALLOCATION IS SUCCSSFUL, THE TRANSFER IS IN PROGRESS UPON
9895 ; EXIT FROM THIS ROUTINE.
9896 ;
9897 ; IF THE ALLOCATION IS UNSUCCESSFUL, THE TRANSFER IS DECLARED BLOCKED AND THE
9898 ; RESTART ADDRESS (".STELI") IS STORED AS THE BLOCKED FLAG.
9899 ;
9900 ; INPUTS:
9901 ;
9902 ; R0 -- POINTS TO DTE-20
9903 ; R3 -- POINTS TO PROCESSOR TABLE
9904 ;
9905 ; OUTPUTS:
9906 ;
9907 ; R1, R2 ALTERED
9908 ; ".DTBLK" .NE. 0 IF TRANSFER IS BLOCKED
9909 ; ".DTBLK" .EQ. 0 IF TRANSFER IS IN PROGRESS
9910 ;
9911 ; EXIT CONDITIONS ARE SET UP PER CONTENTS OF ".DTBLK"
9912 ;
9913 ; NOTE:
9914 ;
9915 ; THIS ROUTINE MUST BE ENTERED WITH INTERRUPTS INHIBITTED
9916 ;-
9917
9918 031766 .STELI::
9919 031766 012702 000003 MOV #QSIZE-FORPRO,R2 ;;; POINT TO THE SIZE WORD
9920 031772 066302 000010 ADD EHSM(R3),R2 ;;; ADD IN WINDOW OFFSET
9921 031776 005060 000010 CLR TNAD1(R0) ;;; CLEAR DEPOSIT
9922 032002 010260 000012 MOV R2,TNAD2(R0) ;;; START THE EXAMINE
9923 032006 CALL ..WFED ;;; WAIT FOR THE EXAMINE TO COMPLETE
032006 004737 047454' JSR PC,..WFED
9924 032012 016001 000002 MOV DXWD3(R0),R1 ;;; PICK UP THE INDIRECT SIZE
9925 032016 062701 000012 ADD #12,R1 ;;; ADD IN SPACE FOR HEADER
9926 032022 CALL GETBUF ;;; GET A BUFFER FOR THE MESSAGE
032022 004737 032430' JSR PC,GETBUF
9927 032026 103004 BCC 20$ ;;; ALL OK IF CC-C IS CLEAR
9928 032030 012737 031766' 001402' MOV #.STELI,.DTBLK ;;; SET THE RETRY ADDRESS AS FLAG
9929 032036 000441 BR STELIX ;;; AND EXIT
9930 ;
9931 032040 20$:
9932 032040 010546 MOV R5,-(SP) ;;; SAVE R5
9933 032042 013705 001300' MOV TO11NP,R5 ;;; GET THE NODE POINTER
9934 032046 CALL LODNOD ;;; GET THE HEADER OUT OF THE FIXED BUFFER
032046 004737 032530' JSR PC,LODNOD
9935 032052 010502 MOV R5,R2 ;;; SET UP TRANSFER ADDRESS
9936 032054 012605 MOV (SP)+,R5 ;;; RESTORE R5
9937 032056 016001 000002 MOV DXWD3(R0),R1 ;;; GET THE TRANSFER COUNT
9938 032062 005401 NEG R1 ;;; CONVERT TO A BYTE COUNT
9939 032064 042701 170000 BIC #^C7777,R1 ;;; SO
9940 032070 106001 RORB R1 ;;; NOW TO A WORD COUNT --
9941 ;;; NOTE: >> THIS ASSUMES CC-C SET BY "NEG R1"
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 182-1
DTE-20 DRIVER -- START TO ELEVEN INDIRECT TRANSFER
9942 032072 032737 000004 001346' BIT #TOBM,STATI+2 ;;; ARE WE IN WORD MODE??
9943 032100 001003 BNE 30$ ;;; NO -- GO ON
9944 032102 106101 ROLB R1 ;;; YES -- RESTORE TO BYTE COUNT
9945 ;;; NOTE: >> SEE PREVIOUS NOTE
9946 032104 052701 020000 BIS #TO11BM,R1 ;;; SET BYTE MODE
9947 032110 30$:
9948 032110 052701 100000 BIS #IFLOP,R1 ;;; INTERRUPT BOTH CPU'S WHEN DONE
9949 032114 005037 001304' CLR TO11FN ;;; RELEASE FIXED BUFFER
9950 032120 STELIG:
9951 032120 CALL STBXFR ;;; START THE TRANSFER
032120 004737 032506' JSR PC,STBXFR
9952 032124 052737 000001 001330' BIS #TOIT,STSTT+2 ;;; SET QUEUE IN PROGRESS STATUS
9953 032132 CALL SNDSTS ;;; SEND THE STATUS
032132 004737 032354' JSR PC,SNDSTS
9954 032136 005037 001402' CLR .DTBLK ;;; CLEAR QUEUE BLOCKED FLAG (SETS CC-Z)
9955 032142 STELIX:
9956 032142 RETURN ;;; TO CALLER
032142 000207 RTS PC
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 183
DTE-20 DRIVER -- UPDATE AND TRANSMIT FRONT-END KEEP-ALIVE COUN
9958 .SBTTL DTE-20 DRIVER -- UPDATE AND TRANSMIT FRONT-END KEEP-ALIVE COUNT
9959
9960 ;+
9961 ; .KPALV -- UPDATE AND TRANSMIT FRONT-END KEEP-ALIVE COUNT
9962 ;
9963 ; THIS SUBROUTINE WILL UPDATE AND TRANSMIT THE FRONT-END KEEP-ALIVE COUNT.
9964 ; THE KEEP-ALIVE IS DONE HERE, "BY HAND", TO AVOID PROBLEMS ASSOCIATED WITH
9965 ; CALLING AN EMT FROM INTERRUPT LEVEL.
9966 ;
9967 ; INPUTS:
9968 ;
9969 ; R0 -- POINTS TO THE DTE-20
9970 ;
9971 ; OUTPUTS:
9972 ;
9973 ; NONE.
9974 ;
9975 ; NOTES:
9976 ;
9977 ; THIS SUBROUTINE SHOULD ONLY BE CALLED AT PRI6 OR HIGHER
9978 ; THIS SUBROUTINE EXITS THROUGH "..WFED", Q.V.
9979 ;-
9980
9981 032144 .KPALV::
9982 032144 005237 001414' INC KPAL1 ;;; BUMP THE KEEP-ALIVE COUNT
9983 032150 010001 MOV R0,R1 ;;; COPY DTE-20 POINTER TO R1
9984 032152 005021 CLR (R1)+ ;;; CLEAR AND GET OVER DELAY COUNTER
9985 032154 013721 001414' MOV KPAL1,(R1)+ ;;; SET DOWN THE KEEP-ALIVE COUNT
9986 032160 005021 CLR (R1)+ ;;; CLEAR REST OF WORD
9987 032162 005021 CLR (R1)+ ;;; SO
9988 032164 012721 010000 MOV #DEP,(R1)+ ;;; SET UP DEPOSIT
9989 032170 012711 000005 MOV #PSWW1,(R1) ;;; SET ADDRESS AND START DEPOSIT
9990 032174 000137 047454' JMP ..WFED ;;; WAIT FOR COMPLETION AND EXIT
9991 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 184
DTE-20 DRIVER -- START TO TEN QUEUE
9993 .SBTTL DTE-20 DRIVER -- START TO TEN QUEUE
9994
9995 ;+
9996 ; .STTNQ -- SUBROUTINE TO CONDITIONALLY START NEXT TO TEN QUEUE NODE
9997 ; .STTNF -- SUBROUTINE TO START NEXT TO-10 QUEUE NODE
9998 ;
9999 ; THESE SUBROUTINES WILL START THE NEXT NODE IN THE TO-10 QUEUE. ".STTNQ"
10000 ; WILL START A NODE IF AND ONLY IF THE TO11Q IS EMPTY. IF THIS IS NOT
10001 ; THE CASE, THE TO-10 QUEUE NODE START WILL BE DEFERRED TO WHEN THE
10002 ; NEXT TO-11 QUEUE NODE HAS FINISHED. ".STTNF" WILL START THE NEXT
10003 ; TO-10 QUEUE NODE IF THE CURRENT TO-10 QUEUE NODE IS FINISHED.
10004 ;
10005 ; INPUTS:
10006 ;
10007 ; R4 -- POINTS TO-10 QUEUE NODE TO BE STARTED
10008 ;
10009 ; OUTPUTS:
10010 ;
10011 ; NO REGISTERS ALTERED
10012 ;
10013 ; NOTES:
10014 ;
10015 ; THIS ROUTINE MUST BE ENTERED WITH INTERRUPTS INHIBITTED
10016 ;-
10017
10018 .ENABL LSB
10019
10020 032200 .STTNQ::
10021 032200 005737 001342' TST TO11Q ;;; ANYTHING IN THE TO-11 QUEUE??
10022 032204 001110 BNE 20$ ;;; YES -- WAIT FOR TO-11 QUEUE NODE TO FINISH
10023 032206 .STTNF::
10024 032206 105737 001401' TSTB TOXQIP ;;; NO -- IS THERE A TO-10 QUEUE NODE IN PROGRESS??
10025 032212 001105 BNE 20$ ;;; YES -- EXIT
10026 032214 010546 MOV R5,-(SP) ;;; NO -- SAVE REGISTERS
10027 032216 010346 MOV R3,-(SP)
10028 032220 010046 MOV R0,-(SP) ;;; SO
10029 032222 013700 001366' MOV .PRDTE,R0 ;;; SET UP ADDRESS OF DTE-20
10030 032226 013703 001362' MOV .PRADR,R3 ;;; POINT TO THE PROCESSOR TABLE
10031 032232 005060 000006 CLR DXWD1(R0) ;;; SET UP THE TRANSFER
10032 032236 005060 000004 CLR DXWD2(R0) ;;; SO
10033 032242 010405 MOV R4,R5 ;;; SAVE THE NODE ADDRESS
10034 032244 062705 000006 ADD #6,R5 ;;; MOVE OVER LISTHEAD AND NODE SIZE
10035 032250 011537 001322' MOV @R5,TO10SZ ;;; SAVE THE TRANSFER SIZE FOR END CHECKS
10036 032254 012560 000002 MOV (R5)+,DXWD3(R0) ;;; SET THE TRANSFER SIZE IN MY AREA TO HIM
10037 032260 010560 000020 MOV R5,T10AD(R0) ;;; SET UP THE TO-10 ADDRESS
10038 032264 010537 001324' MOV R5,TO10AS ;;; SAVE THE ADDRESS FOR END CHECKS
10039 032270 012760 000001 000036 MOV #1,DAG3(R0) ;;; SET BYTE MODE
10040 032276 016305 000004 MOV DMYN(R3),R5 ;;; FIND THE OFFSET INTO MY AREA
10041 032302 062705 000003 ADD #QSIZE-FORPRO,R5 ;;; POINT TO THE PROPER ITEM
10042 032306 012760 010000 000010 MOV #DEP,TNAD1(R0) ;;; SET UP TO DO DEPOSIT
10043 032314 010560 000012 MOV R5,TNAD2(R0) ;;; START THE DEPOSIT
10044 032320 CALL ..WFED ;;; WAIT FOR IT TO COMPLETE
032320 004737 047454' JSR PC,..WFED
10045 032324 105237 001333' INCB TO11QC ;;; INCREMENT THE QUEUE COUNT
10046 032330 CALL SNDSTS ;;; SEND THE STATUS TO THE KL10
032330 004737 032354' JSR PC,SNDSTS
10047 032334 012777 000400 147022 MOV #TO10DB,@.PRSTA ;;; RING HIS DOORBELL
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 184-1
DTE-20 DRIVER -- START TO TEN QUEUE
10048 032342 105237 001401' INCB TOXQIP ;;; INTERLOCK THIS NODE
10049 032346 012600 MOV (SP)+,R0 ;;; RESTORE R0
10050 032350 012603 MOV (SP)+,R3 ;;; RESTORE R3
10051 032352 000424 BR 10$ ;;; AND EXIT
10052 ;
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 185
DTE-20 DRIVER -- SEND STATUS TO TEN
10054 .SBTTL DTE-20 DRIVER -- SEND STATUS TO TEN
10055
10056 ;+
10057 ; SNDSTS -- SEND STATUS TO THE KL10
10058 ;
10059 ; THIS SUBROUTINE WILL SEND THE STATUS IN "STSTT" TO THE KL10
10060 ;
10061 ; INPUTS:
10062 ;
10063 ; R0 -- POINTS TO DTE-20
10064 ; R3 -- POINTS TO TABLE OF COMM REGION OFFSETS ("PROTBL")
10065 ;
10066 ; OUTPUTS:
10067 ;
10068 ; NO REGISTERS ALTERED
10069 ;-
10070
10071 032354 SNDSTS:
10072 032354 010546 MOV R5,-(SP) ;;; SAVE R5
10073 032356 012705 001326' MOV #STSTT,R5 ;;; POINT TO THE STATUS
10074 032362 012560 000006 MOV (R5)+,DXWD1(R0) ;;; LOAD UP THE TO-10 STATUS
10075 032366 012560 000004 MOV (R5)+,DXWD2(R0)
10076 032372 011560 000002 MOV (R5),DXWD3(R0) ;;; SO
10077 032376 012705 000002 MOV #STATUS-FORPRO,R5 ;;; POINT TO PROPER ITEM
10078 032402 066305 000004 ADD DMYN(R3),R5 ;;; ADD COMM REGION OFFSET
10079 032406 012760 010000 000010 MOV #DEP,TNAD1(R0) ;;; THIS IS A DEPOSIT
10080 032414 010560 000012 MOV R5,TNAD2(R0) ;;; START THE TRANSFER
10081 032420 CALL ..WFED ;;; WAIT FOR COMPLETION
032420 004737 047454' JSR PC,..WFED
10082 032424 10$:
10083 032424 012605 MOV (SP)+,R5 ;;; RESTORE R5
10084 032426 20$:
10085 032426 RETURN ;;; AND EXIT
032426 000207 RTS PC
10086
10087 .DSABL LSB
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 186
DTE-20 DRIVER -- GET A BUFFER FOR INCOMING TRANSFER
10089 .SBTTL DTE-20 DRIVER -- GET A BUFFER FOR INCOMING TRANSFER
10090
10091 ;+
10092 ; GETBUF -- GET A BUFFER FOR INCOMING TRANSFER
10093 ;
10094 ; THIS SUBROUTINE WILL GET A BUFFER FOR A TO-11 TRANSFER. IF THE ALLOCATION
10095 ; FAILS, OR THE CURRENT TO-11 QUEUE EXCEEDS THE MAXIMUM ALLOWABLE LENGTH, OR
10096 ; THE FREE-POOL IS BELOW THE MINIMUM THRESHOLD (".OBFLO"), THE ERROR
10097 ; (CC-C SET) RETURN IS TAKEN, WHICH SHOULD CAUSE THE TRANSFER TO BLOCK.
10098 ;
10099 ; INPUTS:
10100 ;
10101 ; R1 -- SIZE OF BUFFER TO BE ALLOCATED
10102 ;
10103 ; OUTPUTS:
10104 ;
10105 ; R1 -- SIZE OF BUFFER ALLOCATED
10106 ; BUFFER POINTER IN "TO11NP"
10107 ; CC-C CLEAR
10108 ;
10109 ; CC-C SET IF ALLOCATION FAILS OR IF TO-11 QUEUE IS TOO LONG
10110 ;-
10111 001200 .OBFLO==1200 ;;; [5.1041] AMOUNT OF FREE POOL BYTES
10112 ;;; TO LEAVE
10113
10114 032430 GETBUF:
10115 032430 010046 MOV R0,-(SP) ;;; SAVE R0
10116 032432 012700 001342' MOV #TO11Q,R0 ;;; [4.1.1137] POINT TO TO-11 QUEUE LISTHEAD
10117 032436 005046 CLR -(SP) ;;; [4.1.1137] CLEAR A COUNTER ON THE STACK
10118 032440 10$:
10119 032440 005216 INC (SP) ;;; [4.1.1137] COUNT A NODE
10120 032442 011000 MOV (R0),R0 ;;; [4.1.1137] MOVE OVER THE NODE
10121 032444 001375 BNE 10$ ;;; [4.1.1137] TILL DONE
10122 ;
10123 ; NOTE --
10124 ;
10125 ; IF ANY OF THE FOLLOWING TESTS FAIL, THIS ROUTINE MUST BE
10126 ; EXITED WITH CC-C SET!
10127 ;
10128 032446 022726 000022 CMP #22,(SP)+ ;;; [4.1.1137] CHECK QUEUE LENGTH
10129 032452 103413 BCS 20$ ;;; [4.1.1137] TOO LONG -- EXIT (NOTE: CC-C SET)
10130 032454 023727 001430' 001200 CMP .FREPL+2,#.OBFLO ;;; [5.1041] LEAVE SOME POOL SPACE
10131 032462 103407 BCS 20$ ;;; [5.1041] EXIT IF NOT ENOUGH LEFT (NOTE: CC-C SET)
10132 032464 CALL ..ALCB ;;; ALL OK SO FAR -- ALLOCATE THE BUFFER
032464 004737 045654' JSR PC,..ALCB
10133 032470 103404 BCS 20$ ;;; ALLOCATION FAILED (NOTE: CC-C SET)
10134 032472 010160 000002 MOV R1,T.HBCT(R0) ;;; SET THE NODE SIZE
10135 032476 010037 001300' MOV R0,TO11NP ;;; SAVE THE POINTER
10136 032502 20$:
10137 032502 012600 MOV (SP)+,R0 ;;; RESTORE R0
10138 032504 RETURN ;;; TO CALLER
032504 000207 RTS PC
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 187
DTE-20 DRIVER -- START BYTE TRANSFER
10140 .SBTTL DTE-20 DRIVER -- START BYTE TRANSFER
10141
10142 ;+
10143 ; STBXFR -- START A TO-11 BYTE TRANSFER
10144 ;
10145 ; THIS SUBROUTINE WILL START A TO-11 BYTE TRANSFER AND SAVE THE ADDRESS
10146 ; AND BYTE COUNT FOR END CHECKS
10147 ;
10148 ; INPUTS:
10149 ;
10150 ; R0 -- POINTS TO THE DTE-20
10151 ; R1 -- BYTE COUNT FOR TRANSFER
10152 ; R2 -- ADDRESS FOR TRANSFER
10153 ;
10154 ; OUTPUTS:
10155 ;
10156 ; NO REGISTERS ALTERED
10157 ;-
10158
10159 032506 STBXFR:
10160 032506 010137 001320' MOV R1,TO11BS ;;; SAVE THE BYTE COUNT
10161 032512 010237 001316' MOV R2,TO11AS ;;; AND THE ADDRESS
10162 032516 010260 000022 MOV R2,T11AD(R0) ;;; SET THE ADDRESS
10163 032522 010160 000016 MOV R1,T11BC(R0) ;;; SET THE BYTE COUNT AND START TRANSFER
10164 032526 RETURN ;;; TO CALLER
032526 000207 RTS PC
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 188
DTE-20 DRIVER -- LOAD TO-11 QUEUE NODE
10166 .SBTTL DTE-20 DRIVER -- LOAD TO-11 QUEUE NODE
10167
10168 ;+
10169 ; LODNOD -- LOAD A TO-11 QUEUE NODE
10170 ;
10171 ; THIS SUBROUTINE WILL LOAD A TO-11 QUEUE DIRECT PACKET OR INDIRECT HEADER
10172 ; FROM A FIXED BUFFER ("TO11HD") IN LOW CORE
10173 ;
10174 ; INPUTS:
10175 ;
10176 ; R5 -- POINTS TO HEAD OF NODE TO BE LOADED
10177 ;
10178 ; OUTPUTS:
10179 ;
10180 ; R5 -- POINTS TO CURRENT BUFFER POSITION
10181 ;-
10182
10183 032530 LODNOD:
10184 032530 032525 BIT (R5)+,(R5)+ ;;; GET OVER THE LINK AND SIZE
10185 032532 113725 001304' MOVB TO11FN,(R5)+ ;;; SET DOWN THE FUNCTION (E.FN+0)
10186 032536 113725 001302' MOVB TO11HD,(R5)+ ;;; AND THE TRANSFER SIZE (E.FN+1)
10187 032542 013725 001306' MOV TO11DV,(R5)+ ;;; AND THE DEVICE CODE (E.DV)
10188 032546 013725 001312' MOV TO11FW,(R5)+ ;;; AND THE FIRST WORD (E.FW)
10189 032552 RETURN ;;; TO CALLER
032552 000207 RTS PC
DTEDRV -- DTE-20 DRIVER FOR RSX MACRO M1113 03-APR-86 22:25 PAGE 189
DTE-20 DRIVER -- LOAD TO-11 QUEUE NODE
10191
10192 .TITLE TTYDRR - GENERAL TERMINAL HANDLER
10193 .SBTTL TERMINAL DRIVER -- COPYRIGHT STATEMENT
10194 032554 IDENT$ 15,06,RSX$$F
.IDENT /E15060/
10195 ;
10196 ; COPYRIGHT (C) 1975, 1984, 1985 BY
10197 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
10198 ; ALL RIGHTS RESERVED.
10199 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
10200 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
10201 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
10202 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
10203 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
10204 ;
10205 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
10206 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
10207 ; CORPORATION.
10208 ;
10209 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
10210 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
10211 ;
10212 ; VERSION 15-06
10213 ;
10214 ; R. MC LEAN
10215 ; 07-APR-75
10216 ;
10217 ; TERMINAL DRIVER FOR DL-11W AND DL-11E LINE INTERFACES AND DH-11 LINE MULTIPLEX
10218 ;
10219 ; MODIFICATIONS:
10220 ;
10221 ; NO. DATE PROGRAMMER PURPOSE
10222 ; --- ---- ---------- -------
10223 ; 001 08-NOV-76 K. RETI ADD SUPPRESS SEND-ALL
10224 ; R. BELANGER CODE.
10225 ; 002 16-NOV-76 R. BELANGER FIX TYPO IN EDIT 001
10226 ; 003 16-NOV-76 T. PORCHER ADD CODE TO ALLOW CTY
10227 ; R. BELANGER TO BE MOVED
10228 ; 004 29-NOV-76 A. PECKHAM RELOCATED ACKAL FOR LPT
10229 ; 005 03-FEB-77 R. BELANGER ADDED GENERALIZED DL-11E
10230 ; SERVICE AND NEW KLINIK
10231 ; HOOKS AND HANDLES
10232 ; 006 07-MAR-77 A. PECKHAM CLEAN UP "TT.OUT" MANAGEMENT
10233 ; 007 01-JUL-77 R. BELANGER FIX BUG IN INTERNAL I/O INITIALIZATION
10234 ; 008 14-JUL-77 R. BELANGER ADD AUTO-BAUD SUPPORT
10235 ; 009 10-AUG-77 R. BELANGER FIX DL-11E INPUT TO IGNORE
10236 ; CHARACTERS WITH FRAMING ERRORS
10237 ; (DN-20 RUNNING OPEN ON POWERFAIL)
10238 ; 010 02-SEP-77 R. BELANGER XON/XOFF BUG FIX
10239 ; 011 06-SEP-77 R. BELANGER SHORTEN TIMEOUT COUNT TO 4 SECONDS
10240 ; 012 28-OCT-77 R. BELANGER IGNORE DH-11 CHARACTERS WITH FRMING ERRORS
10241 ; 013 02-NOV-77 R. BELANGER FIX LONG SENDALLS
10242 ; TCO 4.2054 20-OCT-78 R. BELANGER FIX BUG IN DH-11 ERROR LOGGING
10243 ; TCO 4.2055 20-OCT-78 R. BELANGER ADD DETACH ON RING FEATURE
10244 ; FIX BUGS IN MODEM CONTROL
10245 ; TCO 4.2095 30-NOV-78 R. BELANGER ELIMINATE DH-11 POLLING ON CLOCK
10246 ; SET DH-11 SILO ALARM TO 0
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 189-1
TERMINAL DRIVER -- COPYRIGHT STATEMENT
10247 ; TCO 4.2096 30-NOV-78 R. BELANGER FIX OUTPUT INTERRUPT SERVICE
10248 ; TO ELIMINATE XOFF/XON RACE CONDITION
10249 ; TCO 4.2103 04-DEC-78 R. BELANGER ADD AUTO-BAUD CAPABILITY TO
10250 ; 1200 BAUD
10251 ; TCO 4.2105 04-DEC-78 R. BELANGER IGNORE RING INTERRUPTS IF
10252 ; NOT IN PRIMARY PROTOCOL
10253 ; TCO 4.2107 06-DEC-78 R. BELANGER NEW KEEP-ALIVE ERROR RECOVERY
10254 ; TCO 4.2140 02-JAN-78 R. BELANGER INHIBIT REQUEST FOR "SETSPD"
10255 ; FROM AUTO-BAUD DISCONNECT WHEN
10256 ; PRIMARY PROTOCOL IS NOT RUNNING
10257 ; TCO 4.2181 01-FEB-79 R. BELANGER ADD INTERNAL XOFF PROCESSING
10258 ; TCO 4.2205 08-MAR-79 R. BELANGER ADD CODE TO SHUT OFF LINES AFTER
10259 ; 4 CONSECUTIVE FRAMING ERRORS,
10260 ; LOG THE LINE SHUTDOWN,
10261 ; AND TO REENABLE THEM ON TIMEOUT
10262 ; REMOVE REFERENCE TO "TT.ECH"
10263 ; TCO 4.2206 08-MAR-79 R. BELANGER MODIFY DM-11/BB TIMEOUT TO
10264 ; ALWAYS MAINTAIN INTERRUPT ENABLE
10265 ; TCO 4.2211 12-MAR-79 R. BELANGER ALLOW RSX20F TO ACCEPT TERMINAL
10266 ; K. LEFEBVRE INPUT WHILE IN PROTOCOL PAUSE
10267 ; UNTIL FREE-POOL IS EXHAUSTED,
10268 ; THEN CRASH (B01).
10269 ; TCO 4.2244 05-APR-79 R. BELANGER FIX DH-11 SILO LOCKUP ON LOCAL XOFF
10270 ; TCO 4.2245 10-APR-79 R. BELANGER ADD ERROR LOGGING FOR DH-11 FRAMING ERROR
10271 ; TCO 4.2246 16-MAY-79 R. BELANGER ELIMINATE RACE CONDITION IN SENDALLS
10272 ; TCO 4.2247 29-MAY-79 R. BELANGER FIX PDP-11 I/O DONE PROCESSING
10273 ; TCO 4.2264 30-MAY-79 R. BELANGER RESET AUTO-BAUD LINE SPEED TO 300
10274 ; BAUD ON CARRIER LOSS.
10275 ; TCO 4.2284 14-JUN-79 R. BELANGER FIX CARRIER PROCESSING IN MODEM
10276 ; CONTROL; SUPERCEDES TCO 4.2264.
10277 ; TCO 4.2309 25-JUN-79 R. BELANGER ADD BELL 212A MODEM SUPPORT.
10278 ; TCO 4.2333 16-JUL-79 R. BELANGER REJECT CHARACTERS FROM LINES WHICH
10279 ; ARE IN CARRIER WAIT.
10280 ; TCO 5.1004 12-SEP-79 R. BELANGER ADD NON-CONTIGUOUS DEVICE SUPPORT
10281 ; TCO 5.1007 10-OCT-79 R. BELANGER ADD ERROR LOGGING FOR DL-11'S AND DM-11/BB'S
10282 ; TCO 5.1008 11-OCT-79 R. BELANGER ADD EBUS AND DEX ERROR LOGGING
10283 ; TCO 5.1009 15-OCT-79 R. BELANGER ADD RH-11 ERROR LOGGING
10284 ; TCO 5.1015 25-OCT-79 R. BELANGER ADD NEW TERMINAL INPUT CONTROL
10285 ; TCO 5.1016 01-NOV-79 R. BELANGER ADD BREAK-THROUGH WRITE
10286 ; TCO 5.1017 01-NOV-79 R. BELANGER DEFER ACKS IF FREE-POOL LOW
10287 ; TCO 4.1.1035 16-NOV-79 R. BELANGER ADD QUEUE ARBITRATION MECHANISM
10288 ; TCO 4.1.1066 10-JAN-80 R. BELANGER DEFER ACKS IN ROUND-ROBIN FASHION
10289 ; TCO 4.1.1088 12-FEB-80 R. BELANGER FIX AUTO-BAUD NOISE PROBLEM
10290 ; TCO 4.1.1089 12-FEB-80 R. BELANGER ALLOW FULL DUMP OF DH-11 SILOS
10291 ; TCO 4.1.1091 12-FEB-80 R. BELANGER FIX MISSING DM-11BB PROBLEM
10292 ; TCO 4.1.1092 25-FEB-80 R. BELANGER LOCAL INPUT CONTROL
10293 ; TCO 4.1.1104 05-MAR-80 R. BELANGER CHANGE KEEP-ALIVE
10294 ; TCO 4.1.1105 11-MAR-80 R. BELANGER CHANGE "EF.PR1" RECOGNITION
10295 ; TCO 4.1.1121 19-MAR-80 R. BELANGER DON'T DO KEEP-ALIVE IF DTE-20
10296 ; IS BLOCKED
10297 ; TCO 4.1.1126 27-MAR-80 R. BELANGER REMOVE SUPPORT FOR OLD-STYLE
10298 ; <ESCAPE> CODES 175 AND 176
10299 ; TCO 4.1.1137 05-APR-80 R. BELANGER REMOVE DEFERRED ACK SUPPORT
10300 ; TCO 5.1056 02-JUN-80 S. LEAPLINE REMOVE CHECK FOR DTR IF NO CARRIER
10301 ; TCO 5.1099 08-JUL-80 S. LEAPLINE DELAY EITHER 2 CHARACTERS OR
10302 ; 2 CLOCK TICKS BEFORE SETTING
10303 ; INPUT SPEED TO 0
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 189-2
TERMINAL DRIVER -- COPYRIGHT STATEMENT
10304 ; TCO 5.1131 13-AUG-80 S. LEAPLINE CORRECT TEST FOR RING IN DMINT
10305 ; RCO 9380 03-SEP-80 S. LEAPLINE IGNORE RINGS FOR LOCAL LINES
10306 ; TCO 5.1149 17-SEP-80 S. LEAPLINE CHECK FOR PARSER REQUEST ON CTY OUTPUT DONE
10307 ; TCO 5.1152 24-SEP-80 S. LEAPLINE RESET ABW LINES CORRECTLY
10308 ; TCO 5.1246 26-JAN-81 S. LEAPLINE ALLOW CTY AND KLINIK TO RUN AT
10309 ; SPLIT SPEEDS
10310 ; TCO 5.1247 26-JAN-81 S. LEAPLINE FIX BUG IN TERMINAL SHUTOFF CODE
10311 ; TCO 5.1248 26-JAN-81 S. LEAPLINE REMOVE SAVE OF R0 IN XOFF/XON
10312 ; RCO 32681 26-MAR-81 S. LEAPLINE ADD "BELL" TO OUTPUT IF NO
10313 ; BUFFER SPACE AVAILABLE
10314 ; TCO 5.1011 25-AUG-81 S. LEAPLINE CHECK FOR ERROR WHEN REQUESTING SETSPD
10315 ; TCO 5.1565 12-OCT-81 S. LEAPLINE ACK CTY IF KLINIK IS IN USER MODE
10316 ;
10317 ; THE FOLLOWING CHANGES ARE POST V14-45
10318 ;
10319 ;14-OCT-82 TCO 6.1362 D. WEAVER
10320 ; RE-WRITE $DMINT TO HANDLE MODEM CONTROL BETTER, IN PARTICULAR, CHECK
10321 ; FOR CARRIER AFTER WE HAVE GOTTEN A RING INTERRUPT, AND DON'T BOTHER
10322 ; CHECKING FOR SECONDARY RECEIVE INTERRUPTS, MAKE CODE MORE EFFICIENT
10323 ; AND SAVE SPACE BY REMOVING REFERENCES TO .TTSCW AND .TTRNG.
10324 ; MOVE ROUTINES .TTSCW AND .TTRNG TO .DLINT.
10325 ;14-OCT-82 TCO 6.1363 D. WEAVER
10326 ; CHANGE TSTB .KLNMD TO TSTB .KLNSW IN .TTACK TO FIX CTY HANG WHEN KLINIK
10327 ; ENABLED FOR REMOTE, BUT ACCESSED IN USER MODE.
10328 ;14-OCT-82 TCO 6.1361 D. WEAVER
10329 ; .S2IDC GETS DECREMENTED WHEN IT SHOULDN'T, LEAVING LINES HUNG IN THE
10330 ; DISABLED STATE.
10331 ;04-NOV-82 TCO 6.1360 D. WEAVER
10332 ; LOCAL LINES GET ENABLED FOR MODEM INTERRUPTS WHEN THEY SHOULDN'T.
10333 ;09-NOV-82 TCO 6.1394 D.WEAVER
10334 ; XOFF SENT WITH ODD PARITY RATHER THAN EVEN.
10335 ;24-NOV-82 TCO 6.1392 D.WEAVER
10336 ; XOFF'S AND XON'S SENT WHEN TOPS20 SENDS STOP/START LINE QUEUED
10337 ; PROTOCOL FUNCTION. DON'T BOTHER, THIS WILL CAUSE OPEN LINES TO KEEP
10338 ; RUNNING OPEN.
10339 ;28-FEB-83 TCO 6.1480 D.WEAVER
10340 ; ELIMINATE POSSIBILITIES OF RACES WITH XOFF/XON. STOP AND START OUTPUT
10341 ; IN RSX20F RATHER THAN JUST STOPPING AND WAITING FOR TOPS10/TOPS20 TO
10342 ; START THE OUTPUT. BACKEND SUPPORT IS IN TOPS10 V7.02 AND TOPS20 V6.0.
10343 ;22-MAR-83 TCO 6.1567 D.WEAVER
10344 ; ADD SUPPORT FOR 9600 AUTOBAUD SUPPORT. THREE NEW BITS HAVE BEEN ADDED:
10345 ; TT.LSP - DOING LOW SPEED AUTOBAUD (IF CLEAR -- HIGH SPEED AUTOBAUD)
10346 ; LOW = 110, 150
10347 ; HIGH = 1200, 1800, 2400, 4800, 9600
10348 ; TT.IGN - IGNORE NEXT CHARACTER
10349 ; TT.BRK - LAST CHARACTER WAS A BREAK
10350 ; THESE BITS OVERLAP TT.RSI, TT.FEC AND TT.FEI WHICH ARE NOW ONLY USED
10351 ; FOR NON-AUTOBAUD LINES. LIKEWISE THE NEW BITS ARE ONLY USED ONLY FOR
10352 ; AUTOBAUD LINES. AUTOBAUD LINES CAN CURRENTLY ONLY BE REMOTE.
10353 ; AUTOBAUD SPEEDS ARE 110, 150, 300, 1200, 1800, 2400, 4800 AND 9600.
10354 ; 4800 BAUD WILL ONLY AUTOBAUD WITH A ^C DUE TO THE FACT THAT A 4800
10355 ; BAUD <CR> WILL OFTEN LOOK LIKE A 9600 BAUD <CR> WHEREAS ^C IS UNIQUE.
10356 ;28-JUN-83 TCO 6.1708 D.WEAVER
10357 ; ADD NEW ROUTINE .DHSPA WHICH FALLS INTO .DHSPR THAT WILL RESET AN
10358 ; AUTOBAUD LINE TO HIGH SPEED AUTOBAUD DETECT. REPLACE CALLS TO .DHSPR
10359 ; WITH .DHSPA IN THE HANGUP ROUTINES SO WE ALWAYS START WITH HIGH SPEED
10360 ; AUTOBAUD DETECT.
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 189-3
TERMINAL DRIVER -- COPYRIGHT STATEMENT
10361 ;11-JUL-83 TCO 6.1722 D.WEAVER
10362 ; ADD A NEW ROUTINE .DHSPZ WHICH ZEROES THE INPUT SPEED OF A DH11 LINE.
10363 ; REPLACE BIC #S0.ISP,4(R4) WITH CALL .DHSPZ SO WE DON'T VIOLATE PDP11
10364 ; PROTOCOLS BY DOING A BIC ON A WRITE ONLY REGISTER.
10365 ;11-JUL-83 TCO 6.1723 D.WEAVER
10366 ; TIME OUT LOW SPEED AUTOBAUD WAIT. DON'T JUST CHECK FOR 2
10367 ; CONSECUTIVE FRAMING ERRORS TO SWITCH TO AUTOBAUD WAIT, CHECK FOR 2
10368 ; CONSECUTIVE BREAKS INSTEAD. CHANGE DEFINITION OF TT.FER TO TT.BRK
10369 ; TO MORE ACCURATELY REFLECT THE BITS TRUE MEANING (LAST CHAR WAS A
10370 ; BREAK).
10371 ;12-AUG-83 TCO 6.1771 D. WEAVER
10372 ; ADD ROUTINE .DMUHU TO RAISE DTR FOR A REMOTE LINE. USED BY DIALUP
10373 ; ROUTINE IN QPRDRV.
10374 ;12-AUG-83 TCO 6.1772 D. WEAVER
10375 ; IN $DMINT IF WE ARE IGNORING INTERRUPTS DUE TO LACK OF PRIMARY
10376 ; PROTOCOL OR DM-11 ARE INHIBITED AND WE GET AN INTERRUPT, DROP
10377 ; DTR AND RTS. ALSO REMOVE EXTRANEOUS CODE IN .DMTMO THAT CHECKED
10378 ; FOR RTS AND, IF SET, SET DTR.
10379 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 190
TERMINAL DRIVER -- DEFINITIONS
10381 .SBTTL TERMINAL DRIVER -- DEFINITIONS
10382
10383 ;
10384 ; MACRO LIBRARY CALLS
10385 ;
10386 .MCALL .STKM,WTLO$,CLEF$,CALL,RETURN,WSIG$S,.INH5,.ENB5,.INH6,.ENB6
10387 .MCALL DIR$,RQST$,EHSG$,$DEF,.CRASH
10388 032554 $DEF
10389 ;
10390 ; EQUATED SYMBOLS
10391 ;
10392 ; TERMINAL CONTROL BLOCK OFFSET DEFINITIONS
10393 ;
10394 ; FOR USE ONLY WITH CTY
10395 ;
10396 000000 STATS=0 ; TERMINAL STATUS WORD (MUST BE ZERO)
10397 000002 STRBF=2 ; CURRENT BUFFER ADDRESS (INPUT)
10398 000004 RMBYT=4 ; REMAINING BYTES IN BUFFER (INPUT)
10399 000005 FNBYT=5 ; TERMINAL BYTE (INPUT)
10400 000006 CURBF=6 ; STARTING BUFFER ADDRESS (INPUT)
10401 000010 MECNT=10 ; MULTI-ECHO BYTE COUNT
10402 000011 FLBYT=11 ; FILL BYTE
10403 000012 MEBUF=12 ; MULTI-ECHO BUFFER ADDRESS
10404 000014 MBUFR=14 ; DYNAMIC MULTI-ECHO BUFFER
10405 000016 HORPS=16 ; HORIZONTAL POSITION OF CARRIAGE
10406 000020 DHBUF=20 ; DH-11 CHARACTER BUFFER
10407 ;
10408 ; TERMINAL STATUS WORD BIT DEFINITIONS
10409 ;
10410 100000 MODE=100000 ; MODE OF BUSY TERMINAL (0=INPUT 1=OUTPUT)
10411 074000 LFCT=074000 ; UNPROCESSED LINE FEED COUNT FIELD
10412 004000 LFBT=004000 ; UNPROCESSED LINE FEED ADD/SUB BIT
10413 002000 CRTY=002000 ; CARRIAGE CONTROL AT END OF LINE (1=YES)
10414 001000 CRJT=001000 ; CARRIAGE RETURN JUST TYPED (1=YES)
10415 000400 EOLS=000400 ; END OF LINE SEEN (1=YES)
10416 000040 CTLO=000040 ; OUTPUT DISABLED (1=YES)
10417 000020 RUBP=000020 ; RUBOUT SEQUENCE IN PROGRESS (1=YES)
10418 000017 FLCT=000017 ; UNPROCESSED FILL COUNT FIELD
10419 000001 FLBT=000001 ; UNPROCESSED FILL COUNT BIT
10420 ;
10421 ; TERMINAL STATUS OFFSETS FOR ALL TTY'S
10422 ;
10423 000000 THRED==0 ; OUTPUT THREAD WORD POINTER (MUST BE ZERO)
10424 000002 TTYEXP==2 ; EXTERNAL PAGE ADDRESS
10425 000004 STSW0==4 ; STATUS WORD 0 (SAME AS DH-11 LINE STATUS WORD)
10426 ; HOLDS AUTO-BAUD REQUEST IN BIT 15
10427 ; HOLDS CONNECTED BIT IN BIT 14
10428 ; HOLDS LINE SPEED FOR DH-11'S
10429 ; HOLDS INPUT BLOCK FLAG FOR DL-11'S IN LOW BYTE
10430 000006 STSW1==6 ; STATUS WORD 1 -- SPECIFIC CHARACTERISTICS
10431 ;
10432 ; STSW0 DEFINITIONS
10433 ;
10434 100000 S0.ABR==100000 ; [4.2284] AUTO-BAUD REPORT PENDING
10435 040000 S0.CON==040000 ; [4.2284] REMOTE LINE IS CONNECTED
10436 001700 S0.ISP==001700 ; [4.2205] INPUT SPEED FIELD MASK
10437 036000 S0.OSP==036000 ; [4.2205] OUTPUT SPEED FIELD MASK
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 190-1
TERMINAL DRIVER -- DEFINITIONS
10438 140000 S0.MSK==S0.ABR!S0.CON ; [4.2284] BIT MASK FOR "SETSPD" TASK
10439 037700 S0.SPD==S0.OSP!S0.ISP ; [4.2205] TERMINAL SPEED MASK
10440 ;
10441 ; STSW1 BIT DEFINITIONS
10442 ;
10443 ; HIGH BYTE
10444 ;
10445 140000 TT.SND==140000 ; INDEX OF NEXT SEND-ALL TO DO FOR THIS LINE
10446 040000 TT.SNI==040000 ; TO INCREMENT SEND-ALL INDEX
10447 ;
10448 ; NOTE: THE NEXT THREE BITS MUST REMAIN CONTIGUOUS AND IN THE SAME ORDER!!
10449 ; THESE BITS ARE USED ONLY BY NON-AUTOBAUD LINES
10450 ;
10451 020000 TT.RSI==020000 ; RESTART TERMINAL INPUT ON TIMEOUT
10452 014000 TT.FEC==014000 ; FRAMING ERROR COUNT FIELD
10453 004000 TT.FEI==004000 ; TO INCREMENT FRAMING ERROR COUNT
10454 ;
10455 ; NOTE: THE NEXT THREE BITS ARE USED BY AUTOBAUD LINES ONLY
10456 ;
10457 020000 TT.LSP==020000 ; USING LOW SPEED AUTOBAUD TABLE
10458 010000 TT.IGN==010000 ; IGNORE THE NEXT CHARACTER ON INPUT
10459 004000 TT.BRK==004000 ; LAST CHARACTER WAS BREAK
10460 ;
10461 002000 TT.RIP==002000 ; TTY REMOTE IN PROGRESS
10462 001000 TT.SIP==001000 ; TTY SENDALL IN PROGRESS
10463 000400 TT.NSA==000400 ; SUPPRESS SENDALLS
10464 ;
10465 ; LOW BYTE
10466 ;
10467 000200 TT.XOF==000200 ; TTY IS X'D OFF (WAS "TT.BSY")
10468 ; !!! MUST BE SIGN BIT OF LOW BYTE !!!!
10469 000100 TT.RMT==000100 ; REMOTE FLAG
10470 000040 TT.ABL==000040 ; AUTO-BAUD LINE
10471 000020 TT.XEN==000020 ; [4.2181] XON/XOFF ENABLED ON THIS LINE
10472 000010 TT.ABW==000010 ; LINE IS IN AUTO-BAUD WAIT
10473 000004 TT.CRW==000004 ; WAITING FOR CARRIER FLAG
10474 000002 TT.CTY==000002 ; TTY IS A CONSOLE TTY
10475 000001 TT.OUT==000001 ; TTY OUTPUT FLAG
10476 ;
10477 ; STSW2 DEFINITIONS
10478 ;
10479 100000 S2.DDN==BIT15 ; [5.1015] INPUT IS X'D OFF
10480 040000 S2.DIP==BIT14 ; [5.1015] INPUT XOFF SEQUENCE IS IN PROGRESS
10481 020000 S2.DIS==BIT13 ; [5.1015] DEFERRED INPUT XOFF REQUEST
10482 010000 S2.ENB==BIT12 ; [5.1015] DEFRRRED INPUT XON REQUEST
10483 004000 S2.LCL==BIT11 ; [5.1015] INPUT XOFF LOCAL REQUEST
10484 002000 S2.RES==BIT10 ; [4.1.1137] RESERVED FOR EXTENSION
10485 001000 S2.SSZ==BIT9 ; [5.1015] SET INPUT SPEED TO ZERO
10486 001400 S2.CNT==BIT8!BIT9 ; [5.1015] WAIT COUNT FIELD
10487 ;
10488 000377 S2.CHR==377 ; [5.1016] LOW BYTE HOLDS DEFERRED BREAK-THROUGH WRITE CHARACTER
10489 ;
10490 ; THREAD ENTRIES ARE IN THE FOLLOWING FORMAT
10491 ;
10492 000000 T.HRED==0 ; THREAD WORD (MUST BE ZERO)
10493 000002 T.HBCT==2 ; BYTE COUNT OF THIS BUFFER
10494 000004 T.HCAD==4 ; CURRENT ADDRESS OF THIS POINTER
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 190-2
TERMINAL DRIVER -- DEFINITIONS
10495 000006 T.HCBC==6 ; CURRENT BYTE COUNT OF CARS LEFT IN BUFFER
10496 000007 T.HFCN==7 ; FUNCTION CODE
10497 000010 T.HHDS==10 ; SIZE OF THIS HEADER
10498 ;
10499 ; DL-11E RCSR BITS
10500 ;
10501 100000 DL.DSC==BIT15 ; DL-11E DATASET STATUS CHANGE
10502 040000 DL.RNG==BIT14 ; DL-11E RING INDICATOR
10503 020000 DL.CTS==BIT13 ; DL-11E CLEAR TO SEND
10504 010000 DL.CAR==BIT12 ; DL-11E CARRIER DETECT
10505 004000 DL.RAC==BIT11 ; DL-11E RECIEVER ACTIVE
10506 002000 DL.SRD==BIT10 ; DL-11E SECONDARY RECIEVED DATA
10507 000200 DL.RDN==BIT7 ; DL-11E RECIVER DONE
10508 000100 DL.REN==BIT6 ; DL-11E RECIEVER INTERRUPT ENABLE
10509 000040 DL.DEN==BIT5 ; DL-11E DATASET INTERRUPT ENABLE
10510 000010 DL.STD==BIT3 ; DL-11E SECONDARY TRANSMITTED DATA
10511 000004 DL.RTS==BIT2 ; DL-11E REQUEST TO SEND
10512 000002 DL.DTR==BIT1 ; DL-11E DATA TERMINAL READY
10513 000001 DL.RDE==BIT0 ; DL-11E READER ENABLE
10514 001420 DL.UNA==BIT9!BIT8!BIT4 ; DL-11E UNASSIGNED
10515 ;
10516 ; DL-11E RBUF BITS
10517 ;
10518 020000 DL.FER==BIT13 ; DL-11 FRAMING ERROR
10519 ;
10520 ; DL-11E XCSR BITS
10521 ;
10522 000100 DL.XEN==BIT6 ; DL-11E XMTR ENABLE
10523 ;
10524 ; DH-11 NRCR BITS
10525 ;
10526 020000 DH.FER==BIT13 ; DH-11 FRAMING ERROR
10527 ;
10528 ; SPECIAL CHARACTER DEFINITIONS
10529 ;
10530 000011 C.HTAB==11 ; HORIZONTAL TAB CHARACTER
10531 000012 C.HLFD==12 ; LINE FEED CHARACTER
10532 000013 C.HVTB==13 ; VERTICAL TAB CHARACTER
10533 000014 C.HFFD==14 ; FORM FEED CHARACTER
10534 000015 C.HCRT==15 ; CARRIARGE RETURN CHARACTER
10535 000021 C.HXON==21 ; XON CHARACTER
10536 000023 C.HXOF==23 ; XOFF CHARACTER
10537 000032 C.HEOF==32 ; END-OF-FILE CHARACTER
10538 000033 C.HESC==33 ; ESCAPE CHARACTER
10539 000033 C.HALT==C.HESC ; ALIAS ALT-MODE
10540 000040 C.HSPC==40 ; SPACE CHARACTER
10541 000200 C.HPAR==200 ; PARITY BIT
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 191
TERMINAL DRIVER -- DEFINITIONS
10543 032554 TTYHD::
10544 032554 .STKM 0,0,0,0,0,0,0,TTINI,174000,TTYSP
032622 000000 000000 000000 .WORD 0,0,0,0
032630 000000
032650 174000 033254' 033034' .WORD 174000,TTINI,TTYSP
032704 000005 .WORD 5
032706 010262' .WORD TTPEN
032710 000000 .WORD 0
032712 000000 .WORD 0
032714 000000 .WORD 0
032716 000000 .WORD 0
032720 000000 .WORD 0
032722 000000 .WORD 0
032724 000000 .WORD 0
032726 000000 .WORD 0
032730 000000 .WORD 0
032732 000000 .WORD 0
033034 000000 .WORD 0
033036 000000 .WORD 0
033040 000000 .WORD 0
033042 000000 .WORD 0
033044 000000 .WORD 0
033046 000000 .WORD 0
033050 033254' .WORD TTINI
033052 174000 .WORD 174000
10545 ;
10546 ; LOCAL DATA
10547 ;
10548 ;
10549 ; CONTROL OUTPUT MESSAGES
10550 ;
10551 033054 CTRLC:
10552 033054 136 103 015 .ASCII /^C/<15><12>
033057 012
10553 033060 CTRLU:
10554 033060 136 125 015 .ASCII /^U/<15><12>
033063 012
10555 033064 CTRLZ:
10556 033064 136 132 015 .ASCII /^Z/<15><12>
033067 012
10557
10558 033070 TTWLO:
10559 033070 WTLO$ 1,EF.NIR!EF.IOD!EF.TMO!EF.RQM!EF.RKR!EF.RKH!EF.RSS
033070 053 003 .BYTE 43.,3
033072 000001 .WORD 1
033074 007330 .WORD EF.NIR!EF.IOD!EF.TMO!EF.RQM!EF.RKR!EF.RKH!EF.RSS
10560 033076 EXKAL:
10561 033076 EHSG$ 0,PSWW1,KPAL0
033076 002411 .WORD 400*5.+DR.DTE
033100 000010 .WORD DF.EHG
033102 000005 .WORD PSWW1
033104 001404' .WORD KPAL0
033106 000000 .WORD 0
10562 033110 RQMCR:
10563 033110 RQST$ PARSER,,249.
033110 013 007 .BYTE 11.,7
033112 062072 073632 .RAD50 /PARSER/
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 191-1
TERMINAL DRIVER -- DEFINITIONS
033116 000000 000000 .WORD 0,0
033122 000371 .WORD 249.
033124 000 000 .BYTE ,
10564 033126 RQKLR:
10565 033126 RQST$ KLRING,,10
033126 013 007 .BYTE 11.,7
033130 043262 035167 .RAD50 /KLRING/
033134 000000 000000 .WORD 0,0
033140 000010 .WORD 10
033142 000 000 .BYTE ,
10566 033144 RQKLD:
10567 033144 RQST$ KLDISC,,10
033144 013 007 .BYTE 11.,7
033146 043244 035473 .RAD50 /KLDISC/
033152 000000 000000 .WORD 0,0
033156 000010 .WORD 10
033160 000 000 .BYTE ,
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 192
TERMINAL DRIVER -- DEFINITIONS
10569 ;
10570 ; TABLES FOR AUTO BAUD UP TO 9600 BAUD (LOW BIT IS MASKED OFF)
10571 ;
10572 000376 HSPMSK=376 ;MASK FOR UNWANTED BITS (HIGH SPEED AUTOBAUD)
10573 000000 LSPCHR=000 ;CHAR TO SWITCH TO LOW SPEED DETECT
10574
10575 033162 LSPTAB::
10576 033162 174 .BYTE 174 ;110 BAUD ^C
10577 033163 234 .BYTE 234 ;110 BAUD CR
10578 033164 214 .BYTE 214 ;110 BAUD CR
10579 033165 346 .BYTE 346 ;150 BAUD CR
10580 033166 036 .BYTE 036 ;150 BAUD ^C
10581 033167 003 .BYTE 003
10582 033170 203 .BYTE 203
10583 033171 015 .BYTE 015
10584 033172 215 .BYTE 215
10585 000011 LSPTLN= .-LSPTAB ;END OF TABLE
10586 ;
10587 ;HIGH SPEED TABLE (NOTE THAT HSPMSK MASKS CHARACTERS BEFORE COMPARE)
10588 ;NOTE: THIS TABLE MUST FOLLOW LSPTAB!
10589 ;
10590 033173 HSPTAB::
10591 033173 036 .BYTE 036 ;1200 BAUD ^C, ODD OR EVEN
10592 033174 346 .BYTE 346 ;1200 BAUD CR, ODD OR EVEN
10593 033175 006 .BYTE 006 ;1800 BAUD ^C, ODD OR EVEN
10594 033176 072 .BYTE 072 ;1800 BAUD CR, ODD OR EVEN
10595 033177 002 .BYTE 002 ;2400 BAUD ^C, EVEN
10596 033200 202 .BYTE 202 ;2400 BAUD ^C, ODD
10597 033201 214 .BYTE 214 ;2400 BAUD CR, EVEN
10598 033202 014 .BYTE 014 ;2400 BAUD CR, ODD
10599 033203 370 .BYTE 370 ;4800 BAUD ^C, ODD (ONLY ^C FOR 4800 BAUD)
10600 033204 360 .BYTE 360 ;4800 BAUD ^C, EVEN
10601 033205 374 .BYTE 374 ;4800 BAUD ^C, EVEN
10602 033206 376 .BYTE 376 ;9600 BAUD ^C OR CR, ODD OR EVEN
10603 000014 HSPTLN= .-HSPTAB ;END OF TABLE
10604 ;
10605 ;TABLE OF LOW SPEED INDEX'S
10606 ;
10607 000200 LSP.IG=200 ;THROW AWAY NEXT CHAR AFTER AB CHAR (SIGN BIT)
10608 000017 LSP.SP=017 ;MASK FOR SPEED INDEX
10609
10610 033207 LSPSPD::
10611 033207 000 .BYTE 00 ;110 BAUD ^C
10612 033210 200 .BYTE LSP.IG!00 ;110 BAUD CR
10613 033211 200 .BYTE LSP.IG!00 ;110 BAUD CR
10614 033212 201 .BYTE LSP.IG!01 ;150 BAUD CR
10615 033213 001 .BYTE 01 ;150 BAUD ^C
10616 033214 002 .BYTE 02
10617 033215 002 .BYTE 02
10618 033216 002 .BYTE 02
10619 033217 002 .BYTE 02
10620 ;
10621 ;TABLE OF HIGH SPEED INDEX'S
10622 ;NOTE: HSPTAB MUST FOLLOW LSPTAB!
10623 ;
10624 033220 HSPSPD::
10625 033220 003 .BYTE 03 ;1200 BAUD ^C
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 192-1
TERMINAL DRIVER -- DEFINITIONS
10626 033221 203 .BYTE LSP.IG!03 ;1200 BAUD CR
10627 033222 004 .BYTE 04 ;1800 BAUD ^C
10628 033223 004 .BYTE 04 ;1800 BAUD CR
10629 033224 005 .BYTE 05 ;2400 BAUD ^C
10630 033225 005 .BYTE 05 ;2400 BAUD ^C
10631 033226 005 .BYTE 05 ;2400 BAUD CR
10632 033227 005 .BYTE 05 ;2400 BAUD CR
10633 033230 006 .BYTE 06 ;4800 BAUD ^C
10634 033231 006 .BYTE 06 ;4800 BAUD ^C
10635 033232 006 .BYTE 06 ;4800 BAUD ^C
10636 033233 007 .BYTE 07 ;9600 BAUD ^C, CR
10637 .EVEN
10638
10639 ;DH11 HARDWARE SPEEDS
10640
10641 033234 SPDPAR::
10642 033234 006307 .WORD 06307 ;00 110 BAUD 8 BIT NO PARITY 2 STOP
10643 033236 012503 .WORD 12503 ;01 150 BAUD 8 BIT NO PARITY 1 STOP
10644 033240 016703 .WORD 16703 ;02 300 BAUD 8 BIT NO PARITY 1 STOP
10645 033242 023103 .WORD 23103 ;03 1200 BAUD 8 BIT NO PARITY 1 STOP
10646 033244 025203 .WORD 25203 ;04 1800 BAUD 8 BIT NO PARITY 1 STOP
10647 033246 027303 .WORD 27303 ;05 2400 BAUD 8 BIT NO PARITY 1 STOP
10648 033250 031403 .WORD 31403 ;06 4800 BAUD 8 BIT NO PARITY 1 STOP
10649 033252 033503 .WORD 33503 ;07 9600 BAUD 8 BIT NO PARITY 1 STOP
10650
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 193
TERMINAL DRIVER -- TTINI (TTY QUEUE SERVICE)
10652 .SBTTL TERMINAL DRIVER -- TTINI (TTY QUEUE SERVICE)
10653
10654 .ENABL LSB
10655
10656 ;
10657 ; TERMINAL DRIVER EVENT FLAG SERVICE
10658 ;
10659
10660 033254 TTINI::
10661 033254 DIR$ #TTWLO ; WAIT FOR TTY
033254 012746 033070' MOV #TTWLO,-(SP)
033260 104375 EMT 375
10662 033262 .INH6 ;;; INHIBIT TASK SWITCHING
033262 013746 177776 MOV @#PS,-(SP)
033266 112737 000300 177776 MOVB #300,@#PS
10663 033274 013705 001006' MOV .CRTSK,R5 ;;; FIND THE CURRENT TASK POINTER
10664 033300 016504 000020 MOV A.EF(R5),R4 ;;; FIND EVENT FLAGS
10665 033304 005065 000020 CLR A.EF(R5) ;;; CLEAR EVENT FLAGS
10666 033310 .ENB6 ; ENABLE TASK SWITCHING
033310 012637 177776 MOV (SP)+,@#PS
10667 033314 010446 MOV R4,-(SP) ; [4.2247] STACK THE EVENT FLAGS
10668 033316 032716 000200 BIT #EF.RQM,(SP) ; [4.2247] REQUEST MCR??
10669 033322 001406 BEQ 10$ ; NO -- MUST BE SOMETHING ELSE
10670 033324 152737 000002 011362' BISB #M.PARQ,.MISC ; SET PRIORITY INPUT REQUEST
10671 033332 DIR$ #RQMCR ; YES -- REQUEST PARSER
033332 012746 033110' MOV #RQMCR,-(SP)
033336 104375 EMT 375
10672 033340 10$:
10673 033340 032716 001000 BIT #EF.RKR,(SP) ; [4.2247] KLINIK RING INTERRUPT??
10674 033344 001403 BEQ 15$ ; NO -- FORGET IT
10675 033346 DIR$ #RQKLR ; YES -- REQUEST KLRING
033346 012746 033126' MOV #RQKLR,-(SP)
033352 104375 EMT 375
10676 033354 15$:
10677 033354 032716 002000 BIT #EF.RKH,(SP) ; [4.2247] KLINIK HANGUP??
10678 033360 001403 BEQ 20$ ; NO -- GO ON
10679 033362 DIR$ #RQKLD ; YES -- REQUEST KLDISC
033362 012746 033144' MOV #RQKLD,-(SP)
033366 104375 EMT 375
10680 033370 20$:
10681 033370 032716 004000 BIT #EF.RSS,(SP) ; [4.2247] AUTO-BAUD REQUEST??
10682 033374 001417 BEQ 30$ ; NO -- GO ON
10683 033376 005737 002610' TST .ABFLG ; YES -- INTERLOCK SET??
10684 033402 001014 BNE 30$ ; YES -- GO ON
10685 033404 013737 002606' 002610' 25$: MOV .ABCNT,.ABFLG ; NO -- REAL REQUEST??
10686 033412 001410 BEQ 30$ ; NO -- IGNORE IT
10687 033414 DIR$ #.RQSPD ; YES -- REQUEST "SETSPD"
033414 012746 025226' MOV #.RQSPD,-(SP)
033420 104375 EMT 375
10688 033422 103004 BCC 30$ ; [5.1011] ERROR FREE ??
10689 033424 WSIG$S ; [5.1011] NO, WAIT A BIT
033424 012746 MOV (PC)+,-(SP)
033426 061 001 .BYTE 49.,1
033430 104375 EMT 375
10690 033432 000764 BR 25$ ; [5.1011] RETRY THE REQUEST
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 194
TERMINAL DRIVER -- TIMEOUT SERVICE
10692 .SBTTL TERMINAL DRIVER -- TIMEOUT SERVICE
10693
10694 033434 30$:
10695 033434 032716 000100 BIT #EF.TMO,(SP) ; [4.2247] TIMEOUT??
10696 033440 001431 BEQ 45$ ; [5.1008] NO -- GO ON
10697 033442 .INH5 ; [4.2309] YES -- DISALLOW TERMINAL INTERRUPTS
033442 013746 177776 MOV @#PS,-(SP)
033446 112737 000240 177776 MOVB #240,@#PS
10698 033454 105337 002670' DECB TMOCNT+0 ;;; [4.2309] ONLY DO TIMEOUT EVERY 10 SEC
10699 033460 001007 BNE 35$ ;;; [5.1008] NOT YET -- SEE ABOUT ERROR LOGGING
10700 033462 112737 000012 002670' MOVB #^D10,TMOCNT+0 ;;; [4.2309] RESET TIMEOUT COUNT
10701 033470 CALL .DHTMO ;;; [4.2205] CHECK FOR TIMEOUT ON DM-11/BB'S AND DH-11'S
033470 004737 042030' JSR PC,.DHTMO
10702 033474 CALL .DLTMO ;;; CHECK FOR TIMEOUT ON DL-11E'S
033474 004737 041520' JSR PC,.DLTMO
10703 033500 35$:
10704 033500 105337 002671' DECB TMOCNT+1 ;;; [4.2309] MODEM TIMEOUT DUE??
10705 033504 001005 BNE 40$ ;;; [5.1008] NO -- GO ON
10706 033506 112737 000026 002671' MOVB #^D22,TMOCNT+1 ;;; [4.2309] YES -- RESET TIMEOUT COUNT
10707 033514 CALL .DMTMO ;;; [4.2309] AND CHECK DM-11/BB'S
033514 004737 042336' JSR PC,.DMTMO
10708 033520 40$:
10709 033520 .ENB5 ;;; [4.2054] ALLOW INTERRUPTS
033520 012637 177776 MOV (SP)+,@#PS
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 195
TERMINAL DRIVER -- ACK ALL SERVICE
10711 .SBTTL TERMINAL DRIVER -- ACK ALL SERVICE
10712
10713 033524 45$:
10714 033524 005737 001164' TST .ACKAL ; ACK ALL REQUESTED??
10715 033530 001424 BEQ 50$ ; NO -- CONTINUE
10716 033532 005037 001164' CLR .ACKAL ; YES -- CLEAR FLAG
10717 033536 012703 000005 MOV #D.CLPT,R3 ; SET LINE ALLOCATION ON LPT
10718 033542 012704 000214 MOV #140.,R4 ; 140 BYTES
10719 033546 012701 000023 MOV #BC.SLA,R1 ; SET LINE ALLOCATION
10720 033552 CALL ..STFC
033552 004737 046714' JSR PC,..STFC
10721 033556 062704 000400 ADD #400,R4 ; ALSO LPT1
10722 033562 CALL ..STFC
033562 004737 046714' JSR PC,..STFC
10723 033566 012701 000025 MOV #BC.AKA,R1 ; SEND ACK ALL
10724 033572 012703 000007 MOV #7,R3 ; RANDOM FUNCTION CODE (ZERO A BAD IDEA HERE)
10725 ; DON'T CARE ABOUT FIRST WORD SENT
10726 033576 CALL ..STFC ; START ACK FUNCTION
033576 004737 046714' JSR PC,..STFC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 196
TERMINAL DRIVER -- QUEUED PROTOCOL KEEP-ALIVE SERVICE
10728 .SBTTL TERMINAL DRIVER -- QUEUED PROTOCOL KEEP-ALIVE SERVICE
10729
10730 ;+
10731 ; QUEUED PROTOCOL KEEP-ALIVE SERVICE
10732 ;
10733 ; THE QUEUED PROTOCOL KEEP-ALIVE SERVICE IS DONE AS PART OF THE TERMINAL
10734 ; DRIVER TIMEOUT SERVICE AS IS IT CONVENIENT AND ELIMINATESS THE NEED FOR
10735 ; A SEPARATE QUEUED PROTOCOL TIMEOUT SERVICE TASK.
10736 ;
10737 ; NO KEEP-ALIVE CHECKING OR MAINTENANCE WILL BE DONE IF THE FRONT-END IS NOT
10738 ; RUNNING PRIMARY PROTOCOL.
10739 ;
10740 ; KEEP-ALIVE MAINTENANCE IS ALWAYS DONE WHILE THE FRONT-END IS IN PRIMARY
10741 ; PROTOCOL BUT KEEP-ALIVE CHECKING IS DONE ONLY IF ".NOERR" IS CLEAR (ERRORS
10742 ; ARE TO BE IGNORED)
10743 ;
10744 ; THE HOST'S KEEP-ALIVE COUNT IS EXAMINED ONCE PER TIMEOUT AND CHECKED TO
10745 ; VERIFY THAT THE KEEP-ALIVE COUNT IS CHANGING. IF THE EXAMINE FAILS, THE
10746 ; HOST IS ASSUMED TO BE DEAD, AND THE ERROR IS IGNORED AT THIS LEVEL.
10747 ;
10748 ; IF THE EXAMINE SUCCEEDS AND THE HOST KEEP-ALIVE COUNT IS CHANGING, ALL IS
10749 ; WELL AND THE KEEP-ALIVE RETRY COUNTER, ".KPAC+0", IS RESET IN CASE THIS IS
10750 ; A CONTINUATION. THE CONTINUATION ATTEMPT IS MARKED BY DRIVING ".KPAC+1"
10751 ; NON-ZERO.
10752 ;
10753 ; IF THE HOST'S KEEP-ALIVE COUNT HAS NOT CHANGED, THE HOST IS ALLOWED 5 TIMEOUT
10754 ; PERIODS FOR THE KEEP-ALIVE COUNT TO BEGIN CHANGING. IF THIS TIME EXPIRES
10755 ; WITH NO RESUMPTION OF KEEP-ALIVE COUNTING, THE ERROR IS FLAGGED AND "TKTN"
10756 ; INVOKED.
10757 ;
10758 ; ON THE FIRST KEEP-ALIVE-CEASE, KLINIT (Q.V.) WILL EXECUTE THE KL10 INSTRUCTION
10759 ; IN LOCATION 71 IN ORDER THAT THE KL10 ATTEMPT TO DO SOMETHING ON ITS OWN ABOUT
10760 ; THE ERROR. THE FRONT-END WILL WAIT ONE KEEP-ALIVE PERIOD FOR THIS TO HAPPEN.
10761 ; IF THE SECOND KEEP-ALIVE PERIOD EXPIRES, A FULL ERROR DUMP AND RELOAD OF THE
10762 ; HOST IS REQUESTED.
10763 ;
10764 ; IN ALL CASES, THE FRONT-END WILL ATTEMPT TO CONTINUE ITS HALF OF THE KEEP-ALIVE
10765 ; DIALOG.
10766 ;-
10767
10768 033602 50$:
10769 033602 032716 000100 BIT #EF.TMO,(SP) ; [4.2247] IS THIS A CLOCK REQUEST??
10770 033606 001507 BEQ 95$ ; [4.2247] NO -- GO ON
10771 033610 005737 001012' TST .COMEF+2 ; [4.1.1105] YES -- ARE WE IN PRIMARY PROTOCOL??
10772 033614 100104 BPL 95$ ; [4.1.1105] NO -- DON'T WORRY ABOUT KEEP-ALIVE
10773 033616 005737 001122' TST .NOERR ; [4.2107] YES -- DO WE CARE ABOUT HIS KEEP-ALIVE??
10774 033622 001041 BNE 80$ ; [4.2107] NO -- GO ON
10775 033624 DIR$ #EXKAL ; [4.2107] YES -- READ HOST KEEP-ALIVE COUNTER
033624 012746 033076' MOV #EXKAL,-(SP)
033630 104375 EMT 375
10776 033632 103435 BCS 80$ ; [4.2107] HOST IS ALREADY DEAD IF CC-C IS SET
10777 033634 123737 001404' 001412' CMPB KPAL0,OKPAL0 ; [4.2107] IS HIS COUNT CHANGING??
10778 033642 001023 BNE 70$ ; [4.2107] YES -- GO ON
10779 033644 105337 001416' DECB .KPAC+0 ; [4.2107] NO -- IS HE DEAD??
10780 033650 003023 BGT 75$ ; [4.2107] NO -- NOT YET, ANYWAY
10781 033652 55$:
10782 033652 105337 001417' DECB .KPAC+1 ; [4.2107] YES -- SECOND TIME??
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 196-1
TERMINAL DRIVER -- QUEUED PROTOCOL KEEP-ALIVE SERVICE
10783 033656 100404 BMI 60$ ; [4.2107] YES -- GO ON
10784 033660 005737 001420' TST .KACFL ; [4.2107] NO -- RETRIES ALLOWED??
10785 033664 001005 BNE 65$ ; [4.2107] YES -- GO ON
10786 033666 000771 BR 55$ ; [4.2107] NO -- FORCE SECOND ERROR
10787 ;
10788 ;
10789 ; HERE ON SECOND KEEP-ALIVE ERROR
10790 ;
10791 033670 60$:
10792 033670 CALL ..DTSP ; [4.2107] KILL ALL PROTOCOLS
033670 004737 050226' JSR PC,..DTSP
10793 033674 105237 001122' INCB .NOERR ; [4.2107] INDICATE WE ARE SERVICING A REAL ERROR
10794 ;
10795 ; HERE ON FIRST KEEP-ALIVE ERROR
10796 ;
10797 033700 65$:
10798 033700 052737 000020 001126' BIS #KS.CST,.KLITK ; [4.2107] FLAG THE ERROR
10799 033706 105237 001124' INCB .TKTN ; [4.2107] REQUEST TKTN
10800 ;
10801 ; HERE WHEN HIS KEEP-ALIVE IS RUNNING OR HAS TIMED OUT
10802 ;
10803 033712 70$:
10804 033712 112737 000005 001416' MOVB #.KALSC,.KPAC+0 ; [4.2107] RESET RETRY COUNTER
10805 033720 75$:
10806 033720 013737 001404' 001412' MOV KPAL0,OKPAL0 ; [4.2107] SAVE HIS COUNT FOR THE NEXT TIME AROUND
10807 ;
10808 ; INCREMENT AND TRANSMIT OUR KEEP-ALIVE COUNT
10809 ;
10810 033726 80$:
10811 033726 005737 001402' TST .DTBLK ; [4.1.1121] IS THE DTE-20 BLOCKED??
10812 033732 001013 BNE 85$ ; [4.1.1121] YES -- GO ON
10813 033734 .INH6 ; [4.1.1104] NO -- DISALLOW INTERRUPTS
033734 013746 177776 MOV @#PS,-(SP)
033740 112737 000300 177776 MOVB #300,@#PS
10814 033746 013700 001366' MOV .PRDTE,R0 ;;; [4.1.1104] POINT TO THE DTE-20
10815 033752 CALL .KPALV ;;; [4.1.1104] DO KEEP-ALIVE
033752 004737 032144' JSR PC,.KPALV
10816 033756 .ENB6 ;;; [4.1.1104] ALLOW INTERRUPTS
033756 012637 177776 MOV (SP)+,@#PS
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 197
TERMINAL DRIVER -- GENERAL ERROR LOGGING
10818 .SBTTL TERMINAL DRIVER -- GENERAL ERROR LOGGING
10819
10820 033762 85$:
10821 033762 012704 002662' MOV #.TTELQ,R4 ; [4.2245] POINT TO TERMINAL ERROR LOG QUEUE
10822 033766 012703 000004 MOV #D.CDLS,R3 ; [5.1008] DEVICE CODE TO R3
10823 033772 CALL ..ERLG ; [5.1008] DO TERMINAL ERROR LOGGING
033772 004737 044450' JSR PC,..ERLG
10824 033776 012703 000202 MOV #D.CDTE,R3 ; [5.1008] DEVICE CODE TO R3
10825 034002 012704 001374' MOV #.EBPEQ,R4 ; [5.1008] POINT TO DTE-20 ERROR LOG QUEUE
10826 034006 CALL ..ERLG ; [5.1008] DO DTE-20 ERROR LOGGING
034006 004737 044450' JSR PC,..ERLG
10827 034012 012703 000203 MOV #D.CRJP,R3 ; [5.1009] DEVICE CODE TO R3
10828 034016 012704 005544' MOV #.RPELQ,R4 ; [5.1009] POINT TO ERROR LOG QUEUE
10829 034022 CALL ..ERLG ; [5.1009] DO RH-11 ERROR LOGGING
034022 004737 044450' JSR PC,..ERLG
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 198
TERMINAL DRIVER -- CTY SERVICE
10831 .SBTTL TERMINAL DRIVER -- CTY SERVICE
10832
10833 034026 95$:
10834 034026 032726 000020 BIT #EF.IOD,(SP)+ ; [4.2247] I/O DONE??
10835 034032 001076 BNE 105$ ; [4.2247] YES -- HANDLE THAT FIRST
10836 034034 005737 002740' TST TTPKT ; NO -- CHECK PACKET
10837 034040 001166 BNE TTINO ; PACKET IN USE -- WAIT
10838 034042 DQNXT:
10839 034042 .INH6 ; DISALLOW INTERRUPTS
034042 013746 177776 MOV @#PS,-(SP)
034046 112737 000300 177776 MOVB #300,@#PS
10840 034054 132737 000002 011362' BITB #M.PARQ,.MISC ; PRIORTY INPUT REQUEST ?
10841 034062 001017 BNE 97$ ; BRANCH IF YES
10842 034064 105737 001234' TSTB .KLNSW ;;; IS KLINIK ACTIVE ?
10843 034070 003406 BLE 100$ ;;; NO -- GO ON
10844 034072 013700 002644' MOV KLNPTR,R0 ;;; KLINIK LINE POINTER TO R0
10845 034076 032760 000001 000006 BIT #TT.OUT,STSW1(R0) ;;; IS IT BUSY ??
10846 034104 001142 BNE TTINX ;;; YES -- WAIT A WHILE
10847 034106 100$:
10848 034106 013700 002642' MOV CTYPTR,R0 ;;; CHECK AND WAIT FOR I/O FROM 10 TO STOP
10849 034112 032760 000001 000006 BIT #TT.OUT,STSW1(R0) ;;; OUTPUT IN PROGRESS ?
10850 034120 001134 BNE TTINX ;;; YES -- GO ON
10851 034122 97$:
10852 034122 012700 052124 MOV #"TT,R0 ;;; NO -- SET UP TO DEQUEUE FROM TTY LUN
10853 034126 CALL ..DQRN ;;; GET AN I/O PACKET TO PROCESS
034126 004737 044670' JSR PC,..DQRN
10854 034132 103527 BCS TTINX ;;; IF CC-C IS SET CONTROLLER BUSY OR NO REQUEST
10855 034134 005237 002640' INC .TTP11 ;;; SET PDP11 I/O IN PROGRESS
10856 034140 .ENB6 ;;; ALLOW INTERRUPTS
034140 012637 177776 MOV (SP)+,@#PS
10857 ;
10858 ; THE FOLLOWING ARGUMENTS ARE RETURNED BY ..DQRN:
10859 ;
10860 ; R0 -- LOGICAL UNIT NUMBER
10861 ; R1 -- ADDRESS OF THE I/O REQUEST PACKET.
10862 ;
10863 034144 010137 002740' MOV R1,TTPKT ; SAVE PACKET ADDRESS
10864 034150 010337 002734' MOV R3,BYCNT ; SAVE THE BYTE COUNT
10865 034154 010337 002732' MOV R3,CNT ; SAVE IT HERE ALSO
10866 034160 010537 002736' MOV R5,CRADR ; SAVE CURRENT ADDRESS
10867 034164 013705 002642' MOV CTYPTR,R5 ; FIND THE CTY TERMINAL
10868 034170 012703 002672' MOV #CTYSTS,R3 ; FIND TERMINAL STATUS WORD
10869 034174 122761 000001 000015 CMPB #IO.WLB/256.,R.FC+1(R1) ; WRITE LOGICAL FUNCTION?
10870 034202 001451 BEQ 125$ ; IF EQ YES
10871 034204 042713 000040 BIC #CTLO,@R3 ; ENABLE OUTPUT
10872 034210 122761 000002 000015 CMPB #IO.RLB/256.,R.FC+1(R1) ; READ LOGICAL FUNCTION?
10873 034216 001422 BEQ 115$ ; YES -- PROCESS REQUEST
10874 034220 012703 000001 MOV #IS.SUC,R3 ; SET UP THE ERROR STATUS
10875 034224 005004 CLR R4 ; INDICATE NO TRANSFER
10876 034226 000407 BR 110$ ; TRY AGAIN
10877 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 199
TERMINAL DRIVER -- CTY I/O DONE SERVICE
10879 .SBTTL TERMINAL DRIVER -- CTY I/O DONE SERVICE
10880
10881 034230 105$:
10882 034230 013701 002740' MOV TTPKT,R1 ; FIND THE I/O PACKET
10883 034234 001702 BEQ DQNXT
10884 034236 016104 000026 MOV R.PB+2(R1),R4 ; SET THE COUNT XFERED
10885 034242 013703 002736' MOV CRADR,R3 ; RETURN THE STATUS
10886 034246 110$:
10887 034246 CALL ..IODN ; CALL I/O DONE OUTINE
034246 004737 044550' JSR PC,..IODN
10888 034252 005337 002640' DEC .TTP11 ; PDP11 INPUT NOT IN PROGREESS
10889 034256 005037 002740' CLR TTPKT ; SET NO PACKET IN USE
10890 034262 000667 BR DQNXT ; AND WAIT FOR NEXT JOB
10891 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 200
TERMINAL DRIVER -- CTY INPUT SERVICE
10893 .SBTTL TERMINAL DRIVER -- CTY INPUT SERVICE
10894
10895 ;
10896 ; REQUEST IS A SOLICITED INPUT REQUEST-GET A BUFFER FOR INPUT
10897 ;
10898 034264 115$: ; SET SOLICITED INPUT FLAG
10899 034264 042713 102400 BIC #MODE!EOLS!CRTY,@R3
10900 034270 013763 002736' 000006 MOV CRADR,CURBF(R3) ;SET RANDOM INPUT VALUES
10901 034276 013763 002734' 000004 MOV BYCNT,RMBYT(R3)
10902 034304 013763 002736' 000002 MOV CRADR,STRBF(R3)
10903 034312 032713 001000 BIT #CRJT,@R3 ; CARRIAGE RETURN JUST TYPED?
10904 034316 001426 BEQ 135$ ; NO -- NO CARRAGE CONTROL NECESSARY
10905 034320 120$:
10906 034320 062713 004000 ADD #LFBT,@R3 ; FORCE LINE FEED
10907 034324 000423 BR 135$ ; AND FORCE IT OUT
10908 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 201
TERMINAL DRIVER -- CTY OUTPUT SERVICE
10910 .SBTTL TERMINAL DRIVER -- CTY OUTPUT SERVICE
10911
10912 ;
10913 ; REQUEST IS AN OUTPUT REQUEST-SET UP CARRIAGE CONTROL FLAGS
10914 ;
10915 034326 125$:
10916 034326 005737 010276' TST TTPEN+U.AF ; CHECK FOR ATTACHED
10917 034332 001002 BNE 130$ ; YES -- DON'T CLEAR STATUS FLAGS
10918 034334 042713 000040 BIC #CTLO,@R3 ; ENABLE OUTPUT
10919 034340 130$:
10920 034340 042713 076437 BIC #LFCT!CRTY!EOLS!RUBP!FLCT,@R3 ; CLEAR STATUS WORD
10921 034344 052713 100000 BIS #MODE,@R3 ; SET OUTPUT MODE
10922 034350 005761 000030 TST R.PB+4(R1) ; CHECK FOR CARRAGE CONTROL
10923 034354 001407 BEQ 135$ ; NO -- NOTHING TO DO
10924 034356 122761 000044 000030 CMPB #'$,R.PB+4(R1) ; $?
10925 034364 001755 BEQ 120$ ; YES -- DON'T FAKE CARRAGE CONTROL HERE
10926 034366 052713 002000 BIS #CRTY,@R3 ; YES -- IT WILL ALWAYS BE ASSUMED ' '
10927 034372 000752 BR 120$ ; OUTPUT CRLF
10928 ;
10929 034374 135$:
10930 034374 .INH6 ; DISALLOW INTERRUPTS
034374 013746 177776 MOV @#PS,-(SP)
034400 112737 000300 177776 MOVB #300,@#PS
10931 034406 CALL OUTPT ;;; START OUTPUT
034406 004737 035416' JSR PC,OUTPT
10932 034412 TTINX:
10933 034412 .ENB6 ;;; ALLOW INTERRUPTS
034412 012637 177776 MOV (SP)+,@#PS
10934 034416 TTINO:
10935 034416 000137 033254' JMP TTINI ; MAKE SURE OUTPUT IS ACTIVE
10936 ;
10937 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 202
TERMINAL DRIVER -- $DHOUT (DH-11 OUTPUT INTERRUPT)
10939 .SBTTL TERMINAL DRIVER -- $DHOUT (DH-11 OUTPUT INTERRUPT)
10940 ;
10941 ; DHOUT -- DH-11 TERMINAL MUX OUT INTERRUPTS
10942 ;
10943 034422 $DHOUT:: ;;; REF LABEL
10944 034422 013737 177776 002654' MOV @#PS,DHTMP ;;; SAVE CONTROLLER NUMBER
10945 034430 CALL R3,DHSAV ;;; SAVE R3 AND SETUP R3 AND R4
034430 004337 040354' JSR R3,DHSAV
10946 034434 001417 BEQ 35$ ;;; SPURIOUS INTERRUPT
10947 034436 10$:
10948 034436 042714 101077 BIC #101077,@R4 ;;; CLEAR CURRENT UNIT AND TRANSMIT INT
10949 034442 20$:
10950 034442 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; OUTPUT INTERRUPT EXPECTED?
10951 034450 001403 BEQ 30$ ;;; IF EQ NO
10952 034452 005764 000010 TST 10(R4) ;;; ZERO BYTE COUNT?
10953 034456 001407 BEQ 40$ ;;; IF EQ YES
10954 034460 30$:
10955 034460 005214 INC @R4 ;;; INCREMENT UNIT NUMBER
10956 034462 062705 000010 ADD #10,R5 ;;; POINT TO NEXT ENTRY
10957 034466 026504 000002 CMP TTYEXP(R5),R4 ;;; SAME DH-11 ??
10958 034472 001763 BEQ 20$ ;;; YES -- CHECK NEXT UNIT
10959 034474 35$:
10960 034474 RETURN
034474 000207 RTS PC
10961 034476 40$:
10962 034476 042765 000001 000006 BIC #TT.OUT,STSW1(R5) ;;; THIS OPERATION IS FINISHED
10963 034504 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CTY??
10964 034512 001003 BNE 60$ ;;; YES -- DO SPECIAL CTY CHECK
10965 034514 50$:
10966 034514 CALL STTYDN ;;; NO -- START NEXT OUTPUT PACKET
034514 004737 034546' JSR PC,STTYDN
10967 034520 000757 BR 30$ ;;; SEE ABOUT OTHER LINES IN THIS DH-11
10968 ;
10969 ;
10970 ; HERE FOR SPECIAL CTY CHECKS AND PROCESSING
10971 ;
10972 034522 60$:
10973 034522 005737 002640' TST .TTP11 ;;; IS THIS PDP11 OUTPUT?
10974 034526 001772 BEQ 50$ ;;; NO -- THEN HANDLE AS NORMAL CASE
10975 034530 010446 65$: MOV R4,-(SP) ;;; SAVE R4
10976 034532 CALL OUTPT3 ;;; FINISH OUTPUT PROCESSING
034532 004737 035336' JSR PC,OUTPT3
10977 034536 012604 MOV (SP)+,R4 ;;; RESTORE R4
10978 034540 CALL .TTIXC ;;; [5.1015] DO INPUT CONTROL CHECKS
034540 004737 043462' JSR PC,.TTIXC
10979 034544 000745 BR 30$ ;;; GO AGAIN
10980 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 203
TERMINAL DRIVER -- STTYDN (REMOVE PROCESSED OUTPUT NODE)
10982 .SBTTL TERMINAL DRIVER -- STTYDN (REMOVE PROCESSED OUTPUT NODE)
10983
10984 ;+
10985 ; STTYDN -- REMOVE ENTRY FOR LAST OPERATION
10986 ;
10987 ; IF THIS IS A SENDALL WHICH HAS FINISHED, DECREMENT THE COUNT FOR
10988 ; THE NODE IN THE SENDALL RING. IF THE COUNT HAS EXHAUSTED, DEALLOCATE
10989 ; THER CURRENT SENDALL BUFFER. THE SENDALL OFFSET FOR THIS LINE IS MOVED
10990 ; TO THE NEXT NODE IN THE SENDALL RING.
10991 ;
10992 ; IF THIS IS A NORMAL I/O TERMINATION,, ALTER THE BUFFER ADDRESS AND BYTE
10993 ; COUNT IN THE CURRENT NODE SO THAT THE XON CODE CAN DO A NORMAL LINE
10994 ; START. THE PACKET WILL BE ACK'ED AND DEALLOCATED AFTER THE LINE HAS
10995 ; BEEN X'D ON.
10996 ;
10997 ; IF THE PACKET IS FINISHED, THE CURRENT NODE IS REMOVED FROM THE
10998 ; THREAD LIST, DEALLOCATED AND AN ATTEMPT MADE TO START THE NEXT ENTRY
10999 ; IN THE THREAD LIST. IF THE LIST IS EMPTY, THIS LINE WILL BE ACK'ED.
11000 ;-
11001
11002 034546 STTYDN:
11003 034546 032765 001000 000006 BIT #TT.SIP,STSW1(R5) ;;; IS THIS A SENDALL IN PROGRESS??
11004 034554 001444 BEQ 20$ ;;; NO -- DON'T MAKE SENDALL RETURN CHECKS
11005 034556 042765 001000 000006 BIC #TT.SIP,STSW1(R5) ;;; YES -- CLEAR SENDALL IN PROGRESS
11006 034564 016502 000006 MOV STSW1(R5),R2 ;;; FIND THE POSITION IN THE SEND ALL TABLE
11007 034570 062765 040000 000006 ADD #TT.SNI,STSW1(R5) ;;; MOVE TO NEXT SENDALL RING WORD
11008 034576 006102 ROL R2 ;;; FIND THE POSITION IN THE TABLE
11009 034600 006102 ROL R2 ;;; OF THE CURRENT SENDALL
11010 034602 006102 ROL R2 ;;; JUST FINISHED
11011 034604 042702 177774 BIC #177774,R2 ;;; MASK OFF JUNK
11012 034610 006302 ASL R2 ;;; MAKE A WORD INDEX
11013 034612 005362 002624' DEC .SNDCN(R2) ;;; DECREMENT THE CURRENT INUSE COUNT
11014 034616 003045 BGT STNXT ;;; THIS SENDALL QUEUE NOT FINISHED -- DON'T RELEASE IT
11015 034620 001415 BEQ 10$ ;;; ALL DONE -- RETURN IT
11016 ;
11017 ; THIS CODE REPLACES THE SAI STOPCODE. IT "FIXES" THIS LINES SENDALL INDEX.
11018 ;
11019 034622 013702 002612' MOV .SNDLP,R2 ;;; GET THE SENDALL BUFFER INDEX
11020 034626 000302 SWAB R2 ;;; PUT COUNT IN THE HIGH BYTE
11021 034630 012700 000006 MOV #6,R0 ;;; SET UP LOOP COUNT FOR LEFT SHIFTS
11022 034634 006302 5$: ASL R2 ;;; SHIFT
11023 034636 077002 SOB R0,5$ ;;; LOOP FOR THE COUNT
11024 034640 042765 140000 000006 BIC #140000,STSW1(R5) ;;; GET RID OF THE OLD INDEX
11025 034646 050265 000006 BIS R2,STSW1(R5) ;;; SET IN THE NEW ONE
11026 034652 000427 BR STNXT
11027 ;
11028 034654 10$:
11029 034654 016200 002614' MOV .SNDBF(R2),R0 ;;; PICK UP THE ENTRY
11030 034660 005062 002614' CLR .SNDBF(R2) ;;; CLEAR OUT THIS ENTRY (MARK END OF RING)
11031 034664 000420 BR 30$ ;;; AND CONTINUE
11032 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 204
TERMINAL DRIVER -- STTYDN (REMOVE PROCESSED OUTPUT NODE)
11034
11035 ;
11036 034666 20$: ;;; HERE TO REMOVE THREAD ENTRY (NOT SENDALL)
11037 034666 011500 MOV (R5),R0 ;;; PICK UP THE THREAD POINTER
11038 034670 001420 BEQ STNXT ;;; GO ON IF EMPTY
11039 ;;; [4.2096] REMOVED 2 INSTRUCTIONS
11040 034672 016401 000006 MOV 6(R4),R1 ;;; PICK UP CURRENT DH-11 ADDRESS
11041 034676 116002 000006 MOVB T.HCBC(R0),R2 ;;; GET ORIGINAL BYTE COUNT
11042 034702 016046 000004 MOV T.HCAD(R0),-(SP) ;;; ORIGINAL ADDRESS TO STACK
11043 034706 010160 000004 MOV R1,T.HCAD(R0) ;;; CURRENT ADDRESS TO PACKET
11044 034712 162601 SUB (SP)+,R1 ;;; COMPUTE OFFSET INTO PACKET
11045 034714 160102 SUB R1,R2 ;;; DISCOUNT FROM PACKET SIZE
11046 034716 110260 000006 MOVB R2,T.HCBC(R0) ;;; AND SET NEW PACKET SIZE
11047 034722 003003 BGT STNXT ;;; [4.2096] DON'T DEQUEUE IF NOT FINISHED
11048 034724 011015 MOV @R0,(R5) ;;; DELINK THIS THREAD NODE
11049 034726 30$:
11050 034726 CALL ..DECN ;;; DEALLOCATE THE NODE
034726 004737 046004' JSR PC,..DECN
11051 ;;; AND START THE NEXT PACKET
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 205
TERMINAL DRIVER -- STNXT (START NEXT OUTPUT OPERATION)
11053 .SBTTL TERMINAL DRIVER -- STNXT (START NEXT OUTPUT OPERATION)
11054
11055 ;+
11056 ; STNXT -- START NEXT OUTPUT OPERATION
11057 ;
11058 ; R0 -- POINTS TO THREAD NODE TO BE STARTED
11059 ; R4 -- POINTS TO I/O PAGE ADDR THIS DEVICE
11060 ; R5 -- POINTS TO DLS TABLE THIS DEVICE
11061 ;
11062 ; BEFORE ATTEMPTING TO START THE NEXT NODE IN THE THREAD LIST, SEE IF A
11063 ; SENDALL IS PENDING FOR THIS LINE, (".SNDLP" .NE. "TT.SND"). IF SO, START
11064 ; THE SENDALL. IF SENDALLS ARE SUPPRESSED FOR THIS LINE, IGNORE IT.
11065 ;
11066 ; IF NO SENDALL IS PENDING FOR THIS LINE, ATTEMPT TO START THE THE NEXT
11067 ; NODE IN THE THREAD LIST. IF ANOTHER ENTRY EXISTS, START IT; IF NOT, SEND
11068 ; AN ACK. IF THE LINE HAS BEEN X'D OFF, DO NOTHING.
11069 ;
11070 ; NOTE: SENDALLS ARE FORCED OUT OVER THE XOFF -- THEY ARE NOT TO BE STOPPED.
11071 ;-
11072
11073 034732 STNXT:
11074 034732 CALL .TTIXC ;;; [5.1015] DO INPUT CONTROL CHECKS
034732 004737 043462' JSR PC,.TTIXC
11075 034736 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1015] IS OUTPUT NOW IN PROGRESS??
11076 034744 001134 BNE TTOUTR ;;; [5.1015] YES -- JUST EXIT
11077 034746 016502 000006 MOV STSW1(R5),R2 ;;; FIND THE STATUS WORD TO LOOK AT
11078 034752 006102 ROL R2 ;;; GET THE RING INDEX OUT OF STATUS WORD
11079 034754 006102 ROL R2
11080 034756 006102 ROL R2
11081 034760 042702 177774 BIC #^C3,R2 ;;; R2 NOW HAS OFFSET INTO SENDALL RING
11082 034764 020237 002612' CMP R2,.SNDLP ;;; ANY SENDALLS PENDING THIS LINE??
11083 034770 001414 BEQ 10$ ;;; NO -- CONTINUE NORMAL I/O
11084 034772 032765 000400 000006 BIT #TT.NSA,STSW1(R5) ;;; [4.2246] YES -- ARE WE SUPPRESSING SENDALL'S??
11085 035000 001010 BNE 10$ ;;; [4.2246] YES -- IGNORE IT
11086 035002 006302 ASL R2 ;;; NO -- MAKE R2 A WORD INDEX INTO RING
11087 035004 016200 002614' MOV .SNDBF(R2),R0 ;;; GET THE NEXT SENDALL NODE INTO R0
11088 035010 001404 BEQ 10$ ;;; CONTINUE NORMAL I/O IF EMPTY
11089 035012 052765 001000 000006 BIS #TT.SIP,STSW1(R5) ;;; SET SENDALL IN PROGRESS
11090 035020 000405 BR .DHSTO ;;; AND START IT UP
11091 ;
11092 035022 10$:
11093 035022 011500 MOV (R5),R0 ;;; [4.2096] START THE XFER ON THIS STRING
11094 035024 001505 BEQ .TTACK ;;; [4.2096] SEND AN ACK IF END
11095 035026 105765 000006 TSTB STSW1+0(R5) ;;; [4.2096] IS THIS LINE X'D OFF??
11096 035032 100501 BMI TTOUTR ;;; [4.2096] YES -- GO AWAY
11097 ; BR .DHSTO ;;; NO -- GO ON
11098 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 206
TERMINAL DRIVER -- .DHSTO (START DH-11 OUTPUT)
11100 .SBTTL TERMINAL DRIVER -- .DHSTO (START DH-11 OUTPUT)
11101
11102 ;+
11103 ; .DHSTO -- START DH-11 OUTPUT
11104 ;
11105 ; THIS SUBROUTINE WILL START OUTPUT ON A DH-11 LINE
11106 ;
11107 ; INPUTS:
11108 ;
11109 ; R0 -- POINTS TO THE I/O PACKET
11110 ; R4 -- EXTERNAL PAGE POINTER FOR THIS LINE
11111 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS LINE
11112 ;
11113 ; OUTPUTS:
11114 ;
11115 ; R2 IS CLOBBERED
11116 ;-
11117
11118 035034 .DHSTO::
11119 035034 016064 000004 000006 MOV T.HCAD(R0),6(R4) ;;; SET UP THE DH-11 ADDRESS REGISTER
11120 035042 016064 000006 000010 MOV T.HCBC(R0),10(R4) ;;; SET UP THE BYTE COUNT
11121 035050 005464 000010 NEG 10(R4) ;;; MAKE THE BYTE COUNT NEGATIVE
11122 035054 011402 MOV @R4,R2 ;;; FIND THE UNIT NUMBER TO START THE DH-11
11123 035056 042702 177760 BIC #177760,R2 ;;; MASK OFF HIGH ORDER JUNK
11124 035062 006302 ASL R2 ;;; MAKE AN INDEX INTO BIT TABLE
11125 035064 056264 044260' 000012 BIS BITTBL(R2),12(R4) ;;; START THE DH-11
11126 035072 000456 BR TTOUTX ;;; MARK OUTPUT BUSY AND EXIT
11127 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 207
TERMINAL DRIVER -- $TTOUT (DL11 OUTPUT INTERRUPT)
11129 .SBTTL TERMINAL DRIVER -- $TTOUT (DL11 OUTPUT INTERRUPT)
11130 ;+
11131 ; **-$TTOUT-DL11 TERMINAL OUTPUT INTERRUPTS
11132 ;-
11133
11134 035074 $TTOUT:: ;;; REF LABEL
11135 035074 013737 177776 002656' MOV @#PS,DLTMP ;;; SAVE CONTROLLER NUMBER
11136 035102 CALL R3,TTSAV ;;; SAVE R3 AND SETUP R3, R4, AND R5
035102 004337 040412' JSR R3,TTSAV
11137 035106 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; OUTPUT INTERRUPT EXPECTED??
11138 035114 001451 BEQ .TTACK ;;; NO -- SO ACK THE LINE
11139 035116 042765 000001 000006 BIC #TT.OUT,STSW1(R5) ;;; YES -- MARK OUTPUT DONE
11140 035124 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CONSOLE??
11141 035132 001403 BEQ STTYO ;;; NO -- SEND THE LINE
11142 035134 005737 002640' TST .TTP11 ;;; YES -- IS THIS PDP11 INPUT??
11143 035140 001076 BNE OUTPT3 ;;; YES -- SPECIAL CASE
11144 035142 STTYO:
11145 035142 011500 MOV (R5),R0 ;;; [4.2096] NO -- PICK UP THIS LINE IN USE
11146 035144 001435 BEQ .TTACK ;;; [4.2096] ACK THE LINE IF END OF THREAD LIST
11147 035146 005360 000006 DEC T.HCBC(R0) ;;; [5.1015] DECREMENT THE BYTE COUNT
11148 035152 003011 BGT 10$ ;;; [5.1015] FINISHED?
11149 035154 011015 MOV @R0,(R5) ;;; SAVE NEXT THREAD POINTER
11150 035156 CALL ..DECN ;;; DEALLOCATE THE BUFFER
035156 004737 046004' JSR PC,..DECN
11151 035162 CALL .TTIXC ;;; [5.1015] DO INPUT CONTROL CHECKS
035162 004737 043462' JSR PC,.TTIXC
11152 035166 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1015] I/O STARTED ALREADY??
11153 035174 001020 BNE TTOUTR ;;; [5.1015] YES -- JUST EXIT
11154 035176 10$:
11155 035176 011500 MOV (R5),R0 ;;; NO -- SET THE NEW THREAD POINTER
11156 035200 001417 BEQ .TTACK ;;; GO ACK THE LINE IF DONE
11157 035202 105765 000006 TSTB STSW1+0(R5) ;;; [5.1015] IS THIS LINE X'D OFF??
11158 035206 100413 BMI TTOUTR ;;; [5.1015] YES -- JUST GO AWAY
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 208
TERMINAL DRIVER -- .DLSTO (START DL-11 OUTPUT)
11160 .SBTTL TERMINAL DRIVER -- .DLSTO (START DL-11 OUTPUT)
11161
11162 ;+
11163 ; .DLSTO -- START DL-11 OUTPUT
11164 ;
11165 ; THIS SUBROUTINE WILL START OUTPUT ON A DL-11 LINE
11166 ;
11167 ; INPUTS:
11168 ;
11169 ; R0 -- POINTS TO THE I/O PACKET
11170 ; R4 -- EXTERNAL PAGE ADDRESS OF THIS DEVICE
11171 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS LINE
11172 ;
11173 ; OUTPUTS:
11174 ;
11175 ; NO REGISTERS ARE ALTERED
11176 ;-
11177
11178 035210 .DLSTO::
11179 035210 117064 000004 000006 MOVB @T.HCAD(R0),6(R4) ;;; START THE NEXT CHARACTER
11180 035216 005260 000004 INC T.HCAD(R0) ;;; UPDATE THE CHARACTER POINTER
11181 035222 052764 000100 000004 BIS #DL.XEN,4(R4) ;;; INSURE INTERRUPT ENABLED
11182 035230 TTOUTX:
11183 035230 052765 000001 000006 BIS #TT.OUT,STSW1(R5) ;;; MARK OUTPUT BUSY
11184 035236 TTOUTR:
11185 035236 RETURN ;;; RETURN TO CALLER
035236 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 209
TERMINAL DRIVER -- .TTACK (ACKNOWLEDGE A TTY LINE)
11187 .SBTTL TERMINAL DRIVER -- .TTACK (ACKNOWLEDGE A TTY LINE)
11188
11189 ;+
11190 ; .TTACK - ACKNOWLEDGE A TERMINAL LINE
11191 ;
11192 ; THIS SUBROUTINE MAY BE CALLED FROM EITHER INTERRUPT LEVEL OR TASK LEVEL
11193 ; TO TRANSMIT AN ACK TO THE HOST, IF CONDITIONS WILL ALLOW.
11194 ;
11195 ; THE LINE WILL NOT BE ACK'ED IF IT IS THE CTY AND IT IS ACTIVE ON THE PDP-11,
11196 ; OR IF THE LINE IS THE KLINIK LINE IN REMOTE CONSOLE MODE.
11197 ;
11198 ; INPUTS:
11199 ;
11200 ; R5 -- POINTS TO DLS TABLE ENTRY FOR LINE TO BE ACK'ED
11201 ;
11202 ; OUTPUTS:
11203 ;
11204 ; NO REGISTERS ALTERED.
11205 ;-
11206
11207 035240 .TTACK::
11208 035240 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CTY??
11209 035246 001424 BEQ 10$ ;;; NO -- GO ON
11210 035250 005737 002640' TST .TTP11 ;;; YES -- IS IT TALKING TO THE -11??
11211 035254 001027 BNE 20$ ;;; YES -- JUST EXIT
11212 035256 105737 001234' TSTB .KLNSW+0 ;;; NO -- IS KLINIK ACTIVE??
11213 035262 001416 BEQ 10$ ;;; [4.1.1066] NO -- GO ON
11214 035264 020537 002642' CMP R5,CTYPTR ;;; IS THIS THE CTY ?
11215 035270 001004 BNE 5$ ;;; [5.1565] BRANCH IF NOT
11216 035272 105737 001234' TSTB .KLNSW+0 ;;; [6.1363] ACTIVE IN USER MODE ??
11217 035276 002410 BLT 10$ ;;; [5.1565] YES, GO GIVE ACK
11218 035300 000415 BR 20$ ;;; [5.1565] NO, WAIT FOR KLINIK LINE TO FINISH
11219 035302 5$:
11220 035302 010546 MOV R5,-(SP) ;;; [5.1246] SAVE THE REAL POINTER
11221 035304 013705 002642' MOV CTYPTR,R5 ;;; [5.1246] TELL THE HOST THIS IS THE CTY
11222 035310 CALL 10$ ;;; [5.1246] SEND THE ACK
035310 004737 035320' JSR PC,10$
11223 035314 012605 MOV (SP)+,R5 ;;; [5.1246] RESTORE THE REAL PONITER
11224 035316 RETURN ;;; [5.1246] AND EXIT
035316 000207 RTS PC
11225 035320 10$:
11226 035320 010346 MOV R3,-(SP) ;;; NO -- SAVE R3
11227 035322 012703 000004 MOV #D.CDLS,R3 ;;; SET DATA LINE SCANNER DEVICE CODE
11228 035326 CALL ..SACK ;;; ACK THE LINE
035326 004737 046630' JSR PC,..SACK
11229 035332 012603 MOV (SP)+,R3 ;;; RESTORE R3
11230 035334 20$:
11231 035334 RETURN ;;; AND EXIT
035334 000207 RTS PC
11232
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 210
TERMINAL DRIVER -- OUTPT3 (PDP-11 CTY OUTPUT ROUTINES)
11234 .SBTTL TERMINAL DRIVER -- OUTPT3 (PDP-11 CTY OUTPUT ROUTINES)
11235
11236 035336 OUTPT3: ;;; HERE TO SYNCH CTY OUTPUT
11237 035336 105737 001234' TSTB .KLNSW+0 ;;; KLINIK REMOTE CONSOLE ACTIVE?
11238 035342 003425 BLE OUTPT ;;; NO -- CONTINUE
11239 035344 010546 MOV R5,-(SP) ;;; SAVE CURRENT POINTER
11240 035346 022705 003054' CMP #DHTBL,R5 ;;; IS CTY A DH-11 LINE??
11241 035352 101410 BLOS 10$ ;;; YES -- GO ON
11242 035354 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; NO -- IS THIS LINE FINISHED??
11243 035362 001012 BNE 30$ ;;; NO -- EXIT
11244 035364 013705 002642' MOV CTYPTR,R5 ;;; YES -- POINT TO THE CTY
11245 035370 020516 CMP R5,(SP) ;;; HAVE WE ALREADY CHECKED IT??
11246 035372 001002 BNE 20$ ;;; NO -- GO ON
11247 035374 10$:
11248 035374 013705 002644' MOV KLNPTR,R5 ;;; YES -- POINT TO THE KLINIK LINE
11249 035400 20$:
11250 035400 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; IS IT FINISHED??
11251 035406 001402 BEQ 90$ ;;; YES -- TYPE IF FINISHED
11252 035410 30$:
11253 035410 012605 MOV (SP)+,R5 ;;; NO -- RESTORE POINTER
11254 035412 RETURN ;;; RETURN TO CALLER
035412 000207 RTS PC
11255 035414 90$:
11256 035414 005726 TST (SP)+ ;;; CLEAR STACK
11257 ;
11258 ; OUTPUT NEXT BYTE
11259 ;
11260 .ENABL LSB
11261 035416 OUTPT:
11262 035416 013705 002642' MOV CTYPTR,R5 ;;; POINT TO THE CTY
11263 035422 012703 002672' MOV #CTYSTS,R3 ;;; GET CTY BLOCK POINTER
11264 035426 032713 000017 BIT #FLCT,@R3 ;;; SHOULD A FILL BE ECHOED?
11265 035432 001105 BNE 60$ ;;; IF NE YES
11266 035434 032713 074000 BIT #LFCT,@R3 ;;; ANY UNPROCESSED LINE FEEDS?
11267 035440 001066 BNE 40$ ;;; IF NE YES
11268 035442 105763 000010 TSTB MECNT(R3) ;;; MULTIECHO SEQUENCE IN PROGRESS?
11269 035446 001070 BNE 50$ ;;; IF NE YES
11270 035450 005713 TST @R3 ;;; INPUT OR OUTPUT IN PROGRESS?
11271 035452 100055 BPL INPPT ;;; IF PL INPUT
11272 ;
11273 ; OUTPUT REQUEST IN PROGRESS
11274 ;
11275 035454 005737 002734' TST BYCNT ;;; ANY MORE BYTES TO OUTPUT?
11276 035460 100416 BMI 20$ ;;; IF MI NO
11277 035462 005337 002734' DEC BYCNT ;;; DECREMENT BYTE COUNT
11278 035466 100405 BMI 10$ ;;; IF MI CHECK CARRIAGE CONTROL
11279 035470 117746 145242 MOVB @CRADR,-(SP) ;;; STORE CHARACTER ON STACK
11280 ;;; !!!NOTE: THIS SHOULD BE VXFR AND BLXI!!!!!
11281 035474 005237 002736' INC CRADR ;;; UPDATE POINTER TO NEXT CHARACTER
11282 035500 000465 BR ECHOB ;;; ECHO NEXT BYTE
11283 ;
11284 035502 10$:
11285 035502 112746 000015 MOVB #C.HCRT,-(SP) ;;; ASSUME TRAILING CARRIAGE RETURN REQUIRED
11286 035506 032713 002000 BIT #CRTY,@R3 ;;; OUTPUT TRAILING CARRIAGE RETURN?
11287 035512 001060 BNE ECHOB ;;; IF NE YES
11288 035514 005726 TST (SP)+ ;;; CLEAN STACK
11289 035516 20$:
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 210-1
TERMINAL DRIVER -- OUTPT3 (PDP-11 CTY OUTPUT ROUTINES)
11290 035516 012737 000001 002736' MOV #IS.SUC&377,CRADR ;;; SET SUCCESSFUL COMPLETION STATUS
11291 035524 TTYDNE:
11292 035524 052737 000020 007222' BIS #EF.IOD,TTYTSK+A.EF ;;; SET EVENT FLAG INDICATING I/O DONE
11293 035532 CALL ..DSEV ;;; DECLARE A SIGNIFICANT EVENT
035532 004737 045264' JSR PC,..DSEV
11294 035536 105737 001234' TSTB .KLNSW+0 ;;; IS KLINIK ACTIVE??
11295 035542 003412 BLE TTYDNX ;;; NO -- GO ON
11296 035544 010546 MOV R5,-(SP) ;;; YES -- SAVE R5
11297 035546 010446 MOV R4,-(SP) ;;; AND R4
11298 035550 013705 002644' MOV KLNPTR,R5 ;;; POINT TO THE KLINIK LINE
11299 035554 016504 000002 MOV TTYEXP(R5),R4 ;;; I/O PAGE POINTER TO R5
11300 035560 CALL STTYO ;;; START OR DEALLOCATE
035560 004737 035142' JSR PC,STTYO
11301 035564 012604 MOV (SP)+,R4 ;;; RESTORE REGISTERS
11302 035566 012605 MOV (SP)+,R5 ;;; SO
11303 035570 TTYDNX:
11304 035570 022705 003054' CMP #DHTBL,R5 ;;; CALLED FROM DH-11??
11305 035574 101002 BHI 30$ ;;; NO --TRY THE ONE ON DL-11
11306 035576 000137 034546' JMP STTYDN ;;; GO DO ACK AND CLEAR BUSY
11307 ;
11308 035602 30$:
11309 035602 000137 035142' JMP STTYO ;;; SEE WHAT'S NEXT FOR DL-11
11310 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 211
TERMINAL DRIVER -- INPTT (PDP-11 CTY INPUT ROUTINES)
11312 .SBTTL TERMINAL DRIVER -- INPTT (PDP-11 CTY INPUT ROUTINES)
11313
11314 ;
11315 ; INPUT REQUEST IN PROGRESS
11316 ;
11317 035606 INPPT:
11318 035606 032713 000400 BIT #EOLS,@R3 ;;; END OF LINE SEEN?
11319 035612 001157 BNE INPT1
11320 035614 INPT0:
11321 035614 RETURN
035614 000207 RTS PC
11322 ;
11323 ; ECHO LINE FEED
11324 ;
11325 035616 40$:
11326 035616 162713 004000 SUB #LFBT,@R3 ;;; REDUCE LINE FEED COUNT
11327 035622 112746 000012 MOVB #C.HLFD,-(SP) ;;; SET TO ECHO LINE FEED
11328 035626 000412 BR ECHOB ;;; ECHO BYTE
11329 ;
11330 ;
11331 ; MULTI-ECHO SEQUENCE
11332 ;
11333 035630 50$:
11334 035630 117346 000012 MOVB @MEBUF(R3),-(SP) ;;; SET NEXT BYTE TO ECHO
11335 035634 005263 000012 INC MEBUF(R3) ;;; INCREMENT BUFFER ADDRESS
11336 035640 105363 000010 DECB MECNT(R3) ;;; DECREMENT MULTIECHO BYTE COUNT
11337 035644 000403 BR ECHOB ;;; ECHO BYTE
11338 ;
11339 ;
11340 ; ECHO FILL BYTE
11341 ;
11342 035646 60$:
11343 035646 005313 DEC @R3 ;;; DECREMENT FILL COUNT
11344 035650 116346 000011 MOVB FLBYT(R3),-(SP) ;;; SET TO ECHO FILL BYTE
11345 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 212
TERMINAL DRIVER -- ECHOB (PDP-11 CTY ECHO ROUTINES)
11347 .SBTTL TERMINAL DRIVER -- ECHOB (PDP-11 CTY ECHO ROUTINES)
11348
11349 ;
11350 ; ECHO NEXT BYTE
11351 ;
11352
11353 035654 ECHOB:
11354 035654 042716 177600 BIC #177600,@SP ;;; MASK OFF PARITY
11355 035660 121627 000037 CMPB @SP,#37 ;;; IS THIS A CONTROL BYTE?
11356 035664 101041 BHI 70$ ;;; IF HI NO
11357 035666 122716 000015 CMPB #C.HCRT,@SP ;;; CARRIAGE RETURN?
11358 035672 001422 BEQ 10$ ;;; IF EQ YES
11359 035674 101041 BHI 80$ ;;; IF HI GO ON
11360 035676 122716 000012 CMPB #C.HLFD,@SP ;;; LINE FEED, FORM FEED OR VERTICAL TAB?
11361 035702 101424 BLOS 50$ ;;; IF LOS YES
11362 035704 122716 000011 CMPB #C.HTAB,@SP ;;; HORIZONTAL TAB?
11363 035710 001033 BNE 80$ ;;; IF NE NO
11364 ;
11365 ; HORIZONTAL TAB
11366 ;
11367 035712 116316 000016 MOVB HORPS(R3),@SP ;;; GET CURRENT HORIZONTAL POSITION
11368 035716 052716 177770 BIS #177770,@SP ;;; CALCULATE BLANK COUNT TO NEXT TAB STOP
11369 035722 005416 NEG @SP
11370 035724 051613 BIS @SP,@R3 ;;; MERGE BLANK COUNT
11371 035726 112763 000040 000011 MOVB #' ,FLBYT(R3) ;;; SET FILL TO A BLANK
11372 035734 5$:
11373 035734 005726 TST (SP)+ ;;; REMOVE BYTE FROM STACK
11374 035736 000627 BR OUTPT ;;; START OUTPUT
11375 ;
11376 ;
11377 ; CARRIAGE RETURN
11378 ;
11379 035740 10$:
11380 035740 20$:
11381 035740 052713 001000 BIS #CRJT,@R3 ;;; SET CARRIAGE RETURN JUST TYPED
11382 035744 005213 INC @R3 ;;; ALWAYS ONE FILL BYTE
11383 035746 105063 000016 CLRB HORPS(R3) ;;; CLEAR HORIZONTAL POSITION
11384 035752 000403 BR 60$ ;;; OUTPUT CARRIAGE RETURN
11385 ;
11386 ;
11387 ; FORM FEED OR VERTICAL TAB OR LINE FEED
11388 ;
11389 035754 50$:
11390 035754 042713 001000 BIC #CRJT,@R3 ;;; CLEAR CARRIAGE RETURN JUST TYPED
11391 035760 000407 BR 80$
11392 ;
11393 035762 60$:
11394 035762 105063 000011 CLRB FLBYT(R3) ;;; SET NULL FILL BYTE
11395 035766 000404 BR 80$
11396 ;
11397 ;
11398 ; BYTE REQUIRES HORIZONTAL POSITION
11399 ;
11400 035770 70$:
11401 035770 042713 001000 BIC #CRJT,@R3 ;;; CLEAR CARRIAGE RETURN JUST TYPED
11402 035774 105263 000016 INCB HORPS(R3) ;;; INCREMENT HORIZONTAL POSITION
11403 036000 80$:
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 212-1
TERMINAL DRIVER -- ECHOB (PDP-11 CTY ECHO ROUTINES)
11404 036000 005713 TST @R3 ;;; INPUT MODE?
11405 036002 100003 BPL 81$ ;;; IF PL YES
11406 036004 032713 000040 BIT #CTLO,@R3 ;;; OUTPUT DISABLED?
11407 036010 001351 BNE 5$ ;;; IF NE YES
11408 036012 81$:
11409 036012 105737 001234' TSTB .KLNSW+0 ;;; KLINIK REMOTE MODE ACTIVE?
11410 036016 003420 BLE 82$ ;;; NO -- BETTER LEAVE IT ALONE
11411 036020 010546 MOV R5,-(SP) ;;; SAVE DLS POINTER
11412 036022 013705 002644' MOV KLNPTR,R5 ;;; GET KLINIK DLS POINTER
11413 036026 016504 000002 MOV TTYEXP(R5),R4 ;;; POINT TO CSR
11414 036032 001411 BEQ 84$ ;;; IGNORE IF NOT THERE
11415 036034 116664 000002 000006 MOVB 2(SP),6(R4) ;;; START KLINIK LINE
11416 036042 052764 000100 000004 BIS #DL.XEN,4(R4) ;;; ENABLE XMTR INTERRUPTS
11417 036050 052765 000001 000006 BIS #TT.OUT,STSW1(R5) ;;; SET TTY BUSY
11418 036056 84$:
11419 036056 012605 MOV (SP)+,R5 ;;; RESTORE CTY POINTER
11420 036060 82$:
11421 036060 016504 000002 MOV TTYEXP(R5),R4 ;;; GET ADDRESS OF CONTROL STATUS REGISTER
11422 036064 022705 003054' CMP #DHTBL,R5 ;;; IS THIS A DL-11 ??
11423 036070 101021 BHI 90$ ;;; YES -- SPECIAL CASE
11424 036072 112637 002712' MOVB (SP)+,DHBUF+CTYSTS ;;; PUT BYTE IN OUTPUT BUFFER
11425 036076 042714 001077 BIC #1077,@R4 ;;; CLEAR CURRENT UNIT
11426 036102 153714 002646' BISB $UNIT,@R4 ;;; SELECT DESIRED UNIT
11427 036106 042724 000060 BIC #60,(R4)+
11428 036112 062704 000004 ADD #4,R4 ;;; POINT TO CURRENT ADDRESS REGISTER
11429 036116 012724 002712' MOV #DHBUF+CTYSTS,(R4)+
11430 036122 012724 177777 MOV #-1,(R4)+ ;;; SET BYTE COUNT TO MINUS ONE
11431 036126 053714 002650' BIS $BTMSK,@R4 ;;; START OUTPUT
11432 036132 000405 BR 99$ ;;; MARK OUTPUT BUSY AND EXIT
11433 ;
11434 036134 90$:
11435 036134 112664 000006 MOVB (SP)+,6(R4) ;;; OUTPUT BYTE
11436 036140 052764 000100 000004 BIS #DL.XEN,4(R4) ;;; ENABLE OUTPUT INTERRUPT
11437 036146 99$:
11438 036146 000137 035230' JMP TTOUTX ;;; MARK OUTPUT BUSY AND EXIT
11439 ;
11440 ;
11441 ; END OF INPUT LINE
11442 ;
11443 036152 INPT1:
11444 036152 012703 002674' MOV #CTYSTS+2,R3 ;;; FIND THE TERMINAL STATUS WORD
11445 036156 117337 000000 002736' MOVB @(R3),CRADR ;;; FIND THE LAST CHARACTER
11446 036164 016346 000004 MOV 4(R3),-(SP)
11447 036170 162316 SUB (R3)+,@SP ;;; FIND THE BYTE COUNT
11448 036172 112713 000001 MOVB #IS.SUC&377,@R3 ;;; ASSUME NORMAL TERMINATION
11449 036176 012300 MOV (R3)+,R0 ;;; GET FINAL BYTE AND STATUS
11450 036200 100006 BPL 40$ ;;; IF PL NORMAL TERMINATION
11451 036202 012700 015366 MOV #32*400+366,R0 ;;; ASSUME ^Z
11452 036206 105243 INCB -(R3) ;;; CONTROL Z?
11453 036210 001402 BEQ 40$ ;;; IF EQ YES
11454 036212 012700 000361 MOV #IE.ABO&377,R0 ;;; SET ABORT STATUS
11455 036216 40$:
11456 036216 013701 002740' MOV TTPKT,R1 ;;; FIND THE PACKET ADDRESS
11457 036222 010037 002736' MOV R0,CRADR ;;; SAVE THE STARTS FIRST WORD
11458 036226 012661 000026 MOV (SP)+,R.PB+2(R1) ;;; STORE THE BYTE COUNT
11459 036232 50$:
11460 036232 000137 035524' JMP TTYDNE
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 212-2
TERMINAL DRIVER -- ECHOB (PDP-11 CTY ECHO ROUTINES)
11461 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 213
TERMINAL DRIVER -- .KW11S (KW11 LINE CLOCK INTERRUPT)
11463 .SBTTL TERMINAL DRIVER -- .KW11S (KW11 LINE CLOCK INTERRUPT)
11464
11465 ;+
11466 ; **- .KW11S -- LINE CLOCK INTERRUPT SERVICE HANDLER
11467 ;
11468 ; THIS ROUTINE UPDATES THE COUNT OF CLOCK TICK WHICH ARE PENDING
11469 ; SERVICE (NORMALLY ONLY ONE). THESE CLOCK TICKS ARE HONORED AT
11470 ; TASK LEVEL AT "..INTX".
11471 ;
11472 ; THIS ROUTINE WILL:
11473 ;
11474 ; 1. INITIATE THE SECOND HALF OF THE INPUT DISABLE PROCESS FOR ALL
11475 ; WHICH HAVE FINISHED THE FIRST HALF
11476 ; 2. ENABLE A SINGLE LOCALLY (INPUT) DISABLED LINE, IF CONDITIONS ALLOW.
11477 ; 3. TRY TO UNBLOCK THE DTE IF IT WAS BLOCKED
11478 ;
11479 ; AN ATTEMPT IS MADE TO START UP THE TO-10 QUEUE ON EVERY CLOCK TICK AS WELL.
11480 ;-
11481
11482 036236 .KW11S::
11483 036236 CALL R3,DHSAV ;;; [4.2095] MUST SAVE REGISTERS
036236 004337 040354' JSR R3,DHSAV
11484 036242 105237 001015' INCB .SERFG+1 ;;; [4.2095] BUMP PENDING TICK COUNT
11485 036246 005737 005054' TST .TTS2F ;;; [5.1015] LINES NEED ATTENTION??
11486 036252 001417 BEQ 30$ ;;; [4.4.1066] NO -- GO ON
11487 ;
11488 ; HERE TO CONTINUE INPUT DISABLE PROCESS
11489 ;
11490 036254 012705 003004' MOV #TTTBL,R5 ;;; [5.1015] DLS TABLE POINTER TO R5
11491 036260 012700 000205 MOV #TTCNT,R0 ;;; [5.1015] LINE COUNT TO R0
11492 036264 10$:
11493 036264 CALL .TTSW2 ;;; [5.1017] FIND OUT "STSW2" ENTRY
036264 004737 044212' JSR PC,.TTSW2
11494 036270 032712 040000 BIT #S2.DIP,(R2) ;;; [5.1015] YES -- INPUT XOFF IN PROGRESS??
11495 036274 001403 BEQ 20$ ;;; [5.1015] NO -- GO ON
11496 036276 CALL .TTCHK ;;; [5.1015] YES -- COUNT THIS CLOCK TICK
036276 004737 043332' JSR PC,.TTCHK
11497 036302 001403 BEQ 30$ ;;; [5.1015] EXIT IF DONE
11498 036304 20$:
11499 036304 062705 000010 ADD #10,R5 ;;; [5.1015] ADVANCE POINTER
11500 036310 077013 SOB R0,10$ ;;; [5.1015] CHECK ALL LINES
11501 036312 30$:
11502 036312 005737 005056' TST .S2IDC ;;; [4.1.1092] ARE ANY DISABLED LINES PENDING??
11503 036316 001410 BEQ 40$ ;;; [4.1.1092] NO -- TRY TO UNBLOCK THE DTE
11504 ;
11505 ; HERE TO ENABLE A LOCALLY DISABLED LINE
11506 ;
11507 036320 023737 005064' 001430' CMP .IBFOK,.FREPL+2 ;;; [4.1.1092] YES -- CAN WE ENABLE NOW??
11508 036326 101042 BHI DHISTQ ;;; [4.1.1092] NO -- GO ON
11509 036330 CALL .TTFDI ;;; [4.1.1092] YES -- FIND THE NEXT LINE TO ENABLE
036330 004737 042566' JSR PC,.TTFDI
11510 036334 CALL .TTENB ;;; [4.1.1092] AND ENABLE IT
036334 004737 043676' JSR PC,.TTENB
11511 ;[6.1361] REMOVE DEC .S2IDC
11512 036340 40$:
11513 036340 005737 001012' TST .COMEF+2 ;;; [4.1.1092] PRIMARY PROTOCOL RUNNING ??
11514 036344 100033 BPL DHISTQ ;;; [4.1.1092] NO -- GO ON
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 213-1
TERMINAL DRIVER -- .KW11S (KW11 LINE CLOCK INTERRUPT)
11515 036346 005737 001402' TST .DTBLK ;;; [4.1.1121] IS THE DTE BLOCKED??
11516 036352 001430 BEQ DHISTQ ;;; [4.1.1121] NO -- START THE TO-10 QUEUE
11517 036354 013700 001366' MOV .PRDTE,R0 ;;; [4.1.1121] POINT TO THE DTE-20
11518 036360 013703 001362' MOV .PRADR,R3 ;;; [4.1.1121] AND THE PROCESSOR TABLE
11519 036364 CALL @.DTBLK ;;; [4.1.1121] TRY TO UNBLOCK THE DTE
036364 004777 143012 JSR PC,@.DTBLK
11520 036370 001021 BNE DHISTQ ;;; [4.1.1121] GO ON IF STILL BLOCKED
11521 036372 CALL .KPALV ;;; [4.1.1121] OTHERWISE DO KEEP-ALIVE
036372 004737 032144' JSR PC,.KPALV
11522 036376 000416 BR DHISTQ ;;; [4.1.1066] START THE TO-10 QUEUE
11523 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 214
TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
11525 .SBTTL TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
11526
11527 ;+
11528 ; $DHINP - DH-11 TERMINAL MULTIPLEXER INPUT INTERRUPTS
11529 ;
11530 ; THIS IS THE DH-11 INTERRUPT SERVICE ROUTINE. ALL DEVICE DEPENDENT INPUT
11531 ; PROCESSING IS DONE IN THIS ROUTINE. THE SPECIFIC FUNCTIONS PERFORMED
11532 ; HERE ARE:
11533 ;
11534 ; 1. SILO UNLOAD
11535 ; 2. AUTO-BAUD DETECT
11536 ; 3. FRAMING ERROR PROCESSING
11537 ; 4. TO-10 QUEUE ENTRY.
11538 ; 5. TO-10 QUEUE START-UP.
11539 ;
11540 ; THE SILO UNLOAD WILL DUMP THE INTERRUPTING DH-11'S SILO UNTIL:
11541 ;
11542 ; 1. THE SILO IS EMPTIED
11543 ; 2. AN XOFF CHARACTER IS UNLOADED FROM A LINE WHICH IS ENABLED FOR
11544 ; LOCAL XOFF PROCESSING.
11545 ;
11546 ; THE LAST POINT IS REQUIRED BECAUSE OF A SUSPECTED DH-11 HARDWARE BUG
11547 ; WHICH APPEARS TO CAUSE THE SILO TO "LOCK-UP" AFTER THE TRANSMITTER IS
11548 ; X'D-OFF.
11549 ;
11550 ; WHEN THE SILO UNLOAD IS COMPLETE, AN ATTEMPT IS MADE TO START UP THE
11551 ; TO-10 QUEUE.
11552 ;
11553 ; AUTOBAUD DETECTION IS PERFORMED FOR LINES WHICH ARE IN AUTO-BAUD WAIT
11554 ; THAT IS, LINES THAT ARE CONNECTED BUT NO SPEED HAS BEEN DETERMINED.
11555 ; AUTOBAUD DETECTION IS KEYED ON <CONTROL-C> AND <CARRIAGE-RETURN>
11556 ; CHARACTERS FOR LINE SPEEDSS OF 110, 150, 300, 1200, 1800, 2400, 4800,
11557 ; AND 9600 BAUD. AUTOBAUD DETECT CONTINUES UNTIL A PATTERN MATCH IS
11558 ; MADE, OR THE LINE DISCONNECTS. CHARACTERS EXAMINED FOR AUTO-BAUD DETECT
11559 ; ARE NOT CHECKED FOR FRAMING ERRORS OR ENTERED INTO THE TO-10 QUEUE.
11560 ;
11561 ; WHEN THE LINE HAS SUCCESSFULLY AUTOBAUDED, THE CONNECT MESSAGE IS SENT
11562 ; TO THE HOST, AS OPPOSED TO WHEN CARRIER IS ASSERTED FOR NON-AUTOBAUD
11563 ; LINES. A REQUEST IS ALSO MADE TO REPORT THE LINE SPEED TO THE HOST.
11564 ;
11565 ; FRAMING ERRORS ARE SENSED AND COUNTED FOR EACH NON-AUTOBAUD LINE. THE FRAMING
11566 ; ERROR COUNT IS CLEARED UPON RECEIPT OF A CHARACTER WITHOUT A FRAMING ERROR. IF
11567 ; FOUR CONSECUTIVE FRAMING ERRORS HAVE BEEN RECEIVED ON A NON-AUTOBAUD LINE, ITS
11568 ; INPUT SPEED IS SET TO ZERO BAUD, AND THE LINE IS FLAGGED TO HAVE ITS INPUT
11569 ; SPEED RE-ENABLED BY THE TERMINAL POLLING SERVICE (.DHTMO).
11570 ;
11571 ; ALL FRAMING ERROR CHARACTERS DETECTED BEFORE THE INPUT SPEED IS ZEROED ARE
11572 ; PASSED TO THE HOST.
11573 ;
11574 ; NORMAL CHARACTERS ARE SIMPLY ENTERED INTO THE TO-10 QUEUE.
11575 ;-
11576
11577 .ENABL LSB
11578
11579 036400 $DHINP:: ; [6.1567] REFERENCE LABEL
11580 036400 013737 177776 002654' MOV @#PS,DHTMP ; SAVE THE CONTROLLER NUMBER
11581 036406 CALL R3,DHSAV ; SAVE R3 AND SETUP R4 AND R5
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 214-1
TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
036406 004337 040354' JSR R3,DHSAV
11582 036412 001415 BEQ 30$ ; GUARD AGAINST SPURIOUS INTERRUPTS
11583 036414 10$:
11584 036414 010537 002660' MOV R5,DHSTSV ; SET UP THE HEAD OF THIS CONTROLLER TABLE ADDRESS
11585 036420 20$:
11586 036420 012746 036420' MOV #20$,-(SP) ; SET RETURN ADDRESS
11587 036424 016446 000002 MOV 2(R4),-(SP) ; GET NEXT BYTE FROM CONTROLLER SILO
11588 036430 100407 BMI 40$ ; PROCESS CHARACTER FROM LINE IF THERE
11589 036432 032626 BIT (SP)+,(SP)+ ; REMOVE NULL CHARACTER AND RETURN ADDRESS
11590 036434 DHISTQ:
11591 036434 005737 001012' TST .COMEF+2 ; PRIMARY PROTOCOL RUNNING??
11592 036440 100002 BPL 30$ ; NO -- DON'T BOTHER IT
11593 036442 CALL ..STQ ; YES -- ATTEMPT TO START TO-10 QUEUE
036442 004737 047304' JSR PC,..STQ
11594 036446 30$:
11595 036446 RETURN ; DISMISS INTERRUPT
036446 000207 RTS PC
11596 ;
11597 ; HERE WITH A CHARACTER TO PROCESS
11598 ;
11599 036450 40$:
11600 036450 116605 000001 MOVB 1(SP),R5 ; GET THE LINE NUMBER
11601 036454 042705 177760 BIC #^C17,R5 ; GET RID OF ERRORS, ETC.
11602 036460 010503 MOV R5,R3 ; COPY LINE NUMBER TO R3
11603 036462 006305 ASL R5 ; MAKE A TABLE POINTER TO LINE WTHIN MUX
11604 036464 006305 ASL R5 ;
11605 036466 006305 ASL R5 ;
11606 036470 063705 002660' ADD DHSTSV,R5 ; FROM BASE OF CONTROLLER TABLE
11607 036474 005737 001012' TST .COMEF+2 ; IS PRIMARY PROTOCOL RUNNING??
11608 036500 100117 BPL FERCHK ; NO -- JUST CHECK FRAMING ERRORS
11609 036502 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; IS THE LINE IN AN AUTO-BAUD LINE?
11610 036510 001513 BEQ FERCHK ; NO -- CHECK FOR FRAMING ERROR
11611 ;
11612 ; HERE WITH A CHARACTER FROM AN AUTO-BAUD LINE
11613 ;
11614 036512 032765 010000 000006 BIT #TT.IGN,STSW1(R5) ; IGNORING THIS CHARACTER
11615 036520 001404 BEQ 50$ ; NO
11616 036522 042765 010000 000006 BIC #TT.IGN,STSW1(R5) ; YES -- CLEAR THE FLAG
11617 036530 000445 BR 100$ ; AND IGNORE THE CHARACTER
11618 ;
11619 ;
11620 ; CHECK FOR AUTOBAUD
11621 ;
11622 036532 50$:
11623 036532 032765 000010 000006 BIT #TT.ABW,STSW1(R5) ; IS THE LINE IN IN AUTO-BAUD WAIT?
11624 036540 001477 BEQ FERCHK ; NO -- CHECK FOR FRAMING ERROR
11625 036542 111637 011364' MOVB (SP),ABCHAR ; SAVE CHAR
11626 036546 032765 020000 000006 BIT #TT.LSP,STSW1(R5) ; LOW SPEED AUTO BAUD?
11627 036554 001407 BEQ 60$ ; NO -- USE HIGH SPEED TABLE
11628 036556 042765 020000 000006 BIC #TT.LSP,STSW1(R5) ; CLEAR LOW SPEED FLAG
11629 036564 005002 CLR R2 ; NO -- CLEAR TABLE INDEX
11630 036566 012701 000011 MOV #LSPTLN,R1 ; TABLE LENGTH TO R1
11631 036572 000415 BR 80$ ; SEARCH FOR A MATCH
11632 ;
11633 036574 60$:
11634 036574 122716 000000 CMPB #LSPCHR,(SP) ; LOW SPEED CHARACTER?
11635 036600 001004 BNE 70$ ; NO, GO ON
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 214-2
TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
11636 036602 052765 030000 000006 BIS #TT.LSP!TT.IGN,STSW1(R5) ; YES, GO TO LOW SPEED AND IGNORE NEXT
11637 036610 000413 BR 90$ ;
11638 ;
11639 036612 70$:
11640 036612 142716 177401 BICB #^C<HSPMSK>,(SP) ; CLEAR UNWANTED BITS FOR HIGH SPEED
11641 036616 012702 000011 MOV #HSPTAB-LSPTAB,R2 ; GET TABLE INDEX TO START
11642 036622 012701 000014 MOV #HSPTLN,R1 ; TABLE LENGTH TO R1
11643 036626 80$:
11644 036626 121662 033162' CMPB (SP),LSPTAB(R2) ; MATCH A BIT PATTERN??
11645 036632 001406 BEQ 110$ ; YES -- DONE
11646 036634 005202 INC R2 ; NO -- NEXT PATTERN
11647 036636 077105 SOB R1,80$ ; TRY AGAIN
11648 036640 90$:
11649 036640 CALL .DHSPR ; GO SET NEW DETECTION SPEED
036640 004737 040602' JSR PC,.DHSPR
11650 036644 100$:
11651 036644 000137 037440' JMP TTINPB ; NO MATCH, FLUSH CHARACTER AND DISMISS
11652 ;
11653 ;
11654 ; HERE ON AUTO-BAUD PATTERN MATCH
11655 ;
11656 036650 110$: ; HERE ON BIT PATTERN MATCH
11657 036650 042765 010010 000006 BIC #TT.ABW!TT.IGN,STSW1(R5) ; NO LONGER IN AUTO-BAUD WAIT
11658 036656 116202 033207' MOVB LSPSPD(R2),R2 ; FIND INDEX FOR LINE SPEED
11659 036662 100003 BPL 120$ ; IGNORING NEXT CHARACTER?
11660 036664 052765 010000 000006 BIS #TT.IGN,STSW1(R5) ; YES -- SET IGNORE NEXT CHARACTER BIT
11661 036672 120$:
11662 036672 042702 177760 BIC #^C<LSP.SP>,R2 ; GET SPEED INDEX
11663 036676 006302 ASL R2 ; MAKE A WORD INDEX
11664 036700 016203 033234' MOV SPDPAR(R2),R3 ; FIND THE SPEED
11665 036704 CALL .DHSPD ; SET THE LINE SPEED
036704 004737 040714' JSR PC,.DHSPD
11666 036710 CALL .DHSPF ; FLAG THE NEW SPEED
036710 004737 040654' JSR PC,.DHSPF
11667 036714 CALL .STTYD ; RING THE LINE
036714 004737 041212' JSR PC,.STTYD
11668 036720 032765 040000 000004 BIT #S0.CON,STSW0(R5) ; ALREADY CONNECTED?
11669 036726 001746 BEQ 100$ ; NO -- DUMP THE CHAR
11670 036730 112716 000015 MOVB #15,(SP) ; YES -- FUDGE A <CR>
11671 036734 000137 037264' JMP TTSTCH ; AND GO STORE IT (SO USERS DON'T HAVE TO)
11672 ;
11673 ;
11674 ; HERE TO CHECK FOR A FRAMING ERROR
11675 ;
11676 036740 FERCHK::
11677 036740 032716 020000 BIT #DH.FER,(SP) ; FRAMING ERROR PRESENT??
11678 036744 001020 BNE 230$ ; YES -- COUNT IT UP
11679 036746 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; AUTOBAUD?
11680 036754 001404 BEQ 220$ ; NO, CLEAR FRAMING ERROR COUNT
11681 036756 210$:
11682 036756 042765 004000 000006 BIC #TT.BRK,STSW1(R5) ; YES, CLEAR LAST CHAR BREAK FLAG
11683 036764 000537 BR TTSTCH ; STORE CHARACTER AND RETURN
11684 ;
11685 036766 220$:
11686 036766 CALL .TTSW2 ; FIND OUR STSW2 ENTRY
036766 004737 044212' JSR PC,.TTSW2
11687 036772 005712 TST (R2) ; LINE SHUT OFF BY US ?
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 214-3
TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
11688 036774 100463 BMI SNDBEL ; BRANCH IF SO
11689 036776 042765 014000 000006 BIC #TT.FEC,STSW1(R5) ; FLUSH ANY PREVIOUS COUNT
11690 037004 000527 BR TTSTCH ; STORE THE CHARACTER AND RETURN
11691 ;
11692 ;
11693 ; HERE TO COUNT A FRAMING ERROR AND SHUT OFF THE LINE IF REQUIRED
11694 ; ONLY NON-AUTOBAUD LINES WILL GET SHUT OFF
11695 ;
11696 037006 230$:
11697 037006 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; AUTOBAUD?
11698 037014 001423 BEQ 250$ ; BRANCH IF NOT
11699 037016 105716 TSTB (SP) ; BREAK? (FRAMING ERROR + NULL CHAR)
11700 037020 001356 BNE 210$ ; NO, CLEAR LAST CHAR BREAK
11701 037022 032765 004000 000006 BIT #TT.BRK,STSW1(R5) ; WAS LAST CHAR A BREAK?
11702 037030 001411 BEQ 240$ ; NO, MARK IT
11703 037032 042765 024000 000006 BIC #TT.LSP!TT.BRK,STSW1(R5) ; YES, GO INTO HIGH SPEED AUTO
11704 037040 052765 000010 000006 BIS #TT.ABW,STSW1(R5) ; AND GO INTO AUTOBAUD WAIT
11705 037046 CALL .DHSPR ; RESET AUTOBAUD DETECTION SPEED
037046 004737 040602' JSR PC,.DHSPR
11706 037052 000572 BR TTINPB ; AND EXIT
11707 ;
11708 037054 240$:
11709 037054 052765 004000 000006 BIS #TT.BRK,STSW1(R5) ; FLAG LAST CHAR WAS BREAK
11710 037062 000566 BR TTINPB ; AND, EXIT
11711 ;
11712 037064 250$:
11713 037064 032765 020000 000006 BIT #TT.RSI,STSW1(R5) ; INPUT RESTART ALREADY PENDING??
11714 037072 001162 BNE TTINPB ; YES -- FLUSH CHARACTER AND RETURN
11715 037074 062765 004000 000006 ADD #TT.FEI,STSW1(R5) ; NO -- COUNT THIS FRAMING ERROR
11716 ; NOTE: THIS WILL ALSO SET "TT.RSI" ON
11717 ; FRAMING ERROR COUNT OVERFLOW
11718 037102 016502 000006 MOV STSW1(R5),R2 ; COPY STATUS WORD TO R2
11719 037106 042702 163777 BIC #^C<TT.FEC>,R2 ; MASK AND TEST FRAMING ERROR COUNT
11720 037112 001064 BNE TTSTCH ; STILL OK -- GO ON
11721 037114 042714 001077 BIC #1077,(R4) ; OVERFLOWED -- CLEAR LINE NUMBER
11722 037120 050314 BIS R3,(R4) ; SET THIS LINE NUMBER
11723 037122 CALL .DHSPZ ; SET INPUT SPEED TO ZERO
037122 004737 040540' JSR PC,.DHSPZ
11724 037126 012703 000300 MOV #DV.LOG!DV.URE,R3 ; SET STANDARD STATUS
11725 037132 011637 002666' MOV (SP),.TTELB ; SAVE THE ERROR DATA
11726 037136 CALL .TTERL ; LOG THE ERROR
037136 004737 042634' JSR PC,.TTERL
11727 037142 000450 BR TTSTCH ; STORE THE CHARACTER AND EXIT
11728 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 215
TERMINAL DRIVER -- $DHINP (DH-11 INPUT INTERRUPT)
11730 037144 SNDBEL:: ; [RCO 32681]
11731 037144 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ; OUTPUT IN PROGRESS ?
11732 037152 001132 BNE TTINPB ; EXIT IF SO
11733 037154 042714 001077 BIC #1077,(R4) ; CLEAR OLD LINE NUMBER
11734 037160 050314 BIS R3,(R4) ; SET NEW LINE NUMBER
11735 037162 012764 037216' 000006 MOV #BELADR,6(R4) ; SET THE ADDRESS FOR OUTPUT
11736 037170 012764 177777 000010 MOV #-1,10(R4) ; AND THE BYTE COUNT
11737 037176 011402 MOV @R4,R2 ; GET THE DH UNIT NUMBER
11738 037200 042702 177760 BIC #177760,R2 ; CLEAR ANY EXTRAS
11739 037204 006302 ASL R2 ; MAKE IT A WORD INDEX
11740 037206 056264 044260' 000012 BIS BITTBL(R2),12(R4) ; START THE DH GOING
11741 037214 000511 BR TTINPB ; AND EXIT
11742 ;
11743 037216 BELADR::
11744 037216 207 .BYTE 207 ; EVEN PARITY <BEL>
11745 .EVEN
11746 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 216
TERMINAL DRIVER -- $TTINP (DL-11 INPUT INTERRUPT)
11748 .SBTTL TERMINAL DRIVER -- $TTINP (DL-11 INPUT INTERRUPT)
11749
11750 ;+
11751 ; **-$TTINP-DL-11 TERMINAL INPUT INTERRUPTS
11752 ;
11753 ; THIS IS THE DL-11 INPUT INTERRUPT HEAD, ALL DEVICE DEPENDENT INPUT PROCESSING
11754 ; IS DONE HERE.
11755 ;
11756 ; THE DL-11 INPUT SERVICE IS MUCH SIMPLER THAT THAT OF THE DH-11. CONTROL WILL
11757 ; BE TRANSFERRED TO THE DL-11E MODEM INTERRUPT SERVICE, IF REQUIRED. CHARACTERS
11758 ; WITH FRAMING ERRORS ARE SIMPLY IGNORED, AND AN ATTMEPT IS MADE TO START THE
11759 ; TO-10 QUEUE WHE THE INTERRUPT IS DISMISSED.
11760 ;
11761 ; CHARACTERS FROM DL-11'S ARE ENTERED INTO THE TO-10 QUEUE FOR TRANSMISSION TO
11762 ; THE HOST IN THE SAME MANNER AS ARE CHARACTERS FROM DH-11'S.
11763 ;-
11764
11765 .ENABL LSB
11766
11767 037220 $TTINP:: ;;; REF LABEL
11768 037220 013737 177776 002656' MOV @#PS,DLTMP ;;; SAVE CONTROLLER NUMBER
11769 037226 CALL R3,TTSAV ;;; SAVE R3 AND SETUP R4 AND R5
037226 004337 040412' JSR R3,TTSAV
11770 037232 001543 BEQ 80$ ;;; SPURIOUS INTERRUPT
11771 037234 011400 MOV (R4),R0 ;;; GET STATUS
11772 037236 100542 BMI .DLINT ;;; THIS IS MODEM INTERRUPT.
11773 037240 TTINPA:
11774 037240 012746 036434' MOV #DHISTQ,-(SP) ;;; RETURN THROUGH TO10Q STARTUP
11775 037244 016446 000002 MOV 2(R4),-(SP) ;;; GET INPUT BYTE AND FLAGS
11776 037250 032716 020000 BIT #DL.FER,(SP) ;;; FRAMING ERROR PRESENT??
11777 037254 001071 BNE TTINPB ;;; YES -- FORGET IT
11778 037256 105765 000004 TSTB STSW0+0(R5) ;;; [4.2284] NO -- IS THIS LINE TURNED OFF??
11779 037262 001066 BNE TTINPB ;;; YES -- GO AWAY
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 217
TERMINAL DRIVER -- TTSTCH (STORE CHARACTER IN TO10Q)
11781 .SBTTL TERMINAL DRIVER -- TTSTCH (STORE CHARACTER IN TO10Q)
11782
11783 ;+
11784 ; TTSTCH -- STORE TERMINAL CHARACTER IN TO-10 QUEUE
11785 ;
11786 ; THIS ROUTINE PERFORMS DEVICE INDEPENDENT INPUT CHARACTER PROCESSING.
11787 ; SPECIFIC FUNCTIONS PERFORMED ARE:
11788 ;
11789 ; 1. KLINIK INPUT PROCESSING
11790 ; 2. PROTOCOL PAUSE INPUT PRECESSING
11791 ; 3. LOCAL XOFF PROCESSING
11792 ; 4. PDP-11 CTY INPUT PROCESSING
11793 ; 5. SECONDARY PROTOCOL INPUT PROCESSING.
11794 ;
11795 ; CHARACTERS FROM THE KLINIK LINE ARE IGNORED IF KLINIK IS NOT ENABLED.
11796 ;
11797 ; CHARACTERS RECEIVED DURING PROTOCOL PAUSE ARE BUFFERED UNTIL A MINIMUM THRESHOLD
11798 ; IS CROSSED, WHEREUPON THE FRONT-END IS CRASHED (B01).
11799 ;
11800 ; XOFF CHARACTERS ARE PROCESSED LOCALLY FOR LINES WHICH ARE SO ENABLED. THE
11801 ; RETURN IS ALTERED SO AS TO TERMINATE A DH-11 SILO UNLOAD.
11802 ;
11803 ; PDP-11 CTY CHARACTERS ARE ECHOED AND PASSED TO THE TASK WHICH "OWNS" THE CTY.
11804 ;
11805 ; A <CONTROL-C> CHARACTER IS DECLARED AS A SIGNIFICANT EVENT.
11806 ; A <CONTROL-BACKSLASH> CHARACTER REQUESTS THE PARSER TASK.
11807 ;
11808 ; CHARACTERS RECEIVED WHILE IN SECONDARY PROTOCOL ARE PASSED TO THE BOOT
11809 ; PROTOCOL TASK.
11810 ;
11811 ; NORMAL CHARACTERS RECEIVED IN PRIMARY PROTOCOL ARE QUEUED UP FOR TRANSMISSION
11812 ; TO THE HOST. CHARACTERS RECEIVED FROM A LINE WHICH IS IN CARRIER-WAIT ARE
11813 ; IGNORED.
11814 ;-
11815
11816 037264 TTSTCH:
11817 037264 020537 002644' CMP R5,KLNPTR ;;; IS THIS THE KLINIK LINE??
11818 037270 001003 BNE 10$ ;;; NO -- GO ON
11819 037272 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS KLINIK ACTIVE??
11820 037276 001460 BEQ TTINPB ;;; NO -- GO AWAY
11821 037300 10$:
11822 037300 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS THE CTY?
11823 037306 001056 BNE 50$ ;;; YES -- SPECIAL CASE
11824 037310 20$: ;;; [4.2211]
11825 037310 032765 000004 000006 BIT #TT.CRW,STSW1(R5) ;;; [4.2333] NO -- IS THE LINE IN CARRIER-WAIT??
11826 037316 001050 BNE TTINPB ;;; [4.2333] YES -- IGNORE IT
11827 037320 005737 001012' TST .COMEF+2 ;;; [4.1.1105] NO -- IS PRIMARY PROTOCOL RUNNING?
11828 037324 100410 BMI 30$ ;;; [4.1.1105] YES -- GO ON
11829 037326 105737 001400' TSTB .PRPSE ;;; [4.2211] NO -- PROTOCOL PAUSE??
11830 037332 001442 BEQ TTINPB ;;; [4.2211] NO -- FLUSH CHARACTER AND DISMISS
11831 037334 022737 000140 001430' CMP #140,.FREPL+2 ;;; [4.2211] YES -- WITHIN LIMITS??
11832 037342 002401 BLT 30$ ;;; [4.2211] YES -- GO ON
11833 037344 000677 BR SNDBEL ;;; [RCO 032681] SEND A BELL TO USER
11834 ;
11835 037346 30$: ;;; [4.2211]
11836 037346 032765 000020 000006 BIT #TT.XEN,STSW1(R5) ;;; [4.2181] IS INTERNAL XOFF ENABLED??
11837 037354 001415 BEQ 40$ ;;; [4.2211] NO -- GO ON
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 217-1
TERMINAL DRIVER -- TTSTCH (STORE CHARACTER IN TO10Q)
11838 037356 011646 MOV (SP),-(SP) ;;; [4.2181] YES -- GET CHARACTER FOR INPUT CHECK
11839 037360 042716 177600 BIC #^C177,(SP) ;;; [4.2181] FLUSH LINE NUMBER AND PARITY
11840 037364 022716 000021 CMP #C.HXON,(SP) ;;; [6.1480] IS IT AN XON?
11841 037370 001002 BNE 35$ ;;; [6.1480] NO -- GO ON
11842 037372 CALL .TTXON ;;; [6.1480] YES -- PROCESS XON
037372 004737 043104' JSR PC,.TTXON
11843 037376 35$: ;;; [6.1480]
11844 037376 022726 000023 CMP #C.HXOF,(SP)+ ;;; [4.2181] IS IT AN XOFF??
11845 037402 001002 BNE 40$ ;;; [4.2211] NO -- GO ON
11846 037404 CALL .TTXOF ;;; [4.2181] YES -- PROCESS XOFF
037404 004737 042762' JSR PC,.TTXOF
11847 037410 40$: ;;; [4.2211]
11848 037410 CALL ..STCH ;;; STORE CHARACTER WITH PARITY
037410 004737 046564' JSR PC,..STCH
11849 037414 CALL .TTSW2 ;;; [5.1099] FIND OUR "STSW2" ENTRY
037414 004737 044212' JSR PC,.TTSW2
11850 037420 032712 040000 BIT #S2.DIP,(R2) ;;; [5.1099] INPUT XOFF IN PROGRESS??
11851 037424 001403 BEQ 45$ ;;; [5.1099] NO -- CHECK FREE-POOL THRESHOLD
11852 037426 CALL .TTCHK ;;; [5.1099] YES -- COUNT THIS CHARACTER
037426 004737 043332' JSR PC,.TTCHK
11853 037432 000402 BR TTINPB ;;; [5.1099] AND EXIT
11854 ;
11855 037434 45$:
11856 037434 CALL .TTICK ;;; [4.1.1092] CHECK THE BUFFER
037434 004737 043356' JSR PC,.TTICK
11857 037440 TTINPB:
11858 037440 005726 TST (SP)+ ;;; REMOVE THE CHARACTER
11859 037442 RETURN ;;; AND EXIT
037442 000207 RTS PC
11860 037444 50$:
11861 037444 013705 002642' MOV CTYPTR,R5 ;;; POINT TO REAL CTY
11862 037450 011600 MOV (SP),R0 ;;; GET THE CHARACTER AND
11863 037452 042700 177600 BIC #^C177,R0 ;;; MASK OFF PARITY
11864 037456 122700 000003 CMPB #'C-100,R0 ;;; ^C?
11865 037462 001005 BNE 60$ ;;; NO -- DON'T SET EVENT FLAG
11866 037464 052737 040000 001012' BIS #EF.CTC,.COMEF+2 ;;; TELL THE MONITOR
11867 037472 CALL ..DSEV ;;; DECLARE A SIGNIFICANT EVENT
037472 004737 045264' JSR PC,..DSEV
11868 037476 60$:
11869 037476 123700 002636' CMPB .BRKCH,R0 ;;; NULL CHARACTER?
11870 037502 001006 BNE 70$ ;;; NO -- ALL OK
11871 037504 052737 000200 007222' BIS #EF.RQM,TTYTSK+A.EF ;;; START PARSER TASK
11872 037512 CALL ..DSEV ;;; DECLARE A SIGNIFICANT EVENT
037512 004737 045264' JSR PC,..DSEV
11873 037516 000750 BR TTINPB ;;; IGNORE CHARACTER
11874 ;
11875 037520 70$:
11876 037520 005737 002640' TST .TTP11 ;;; IS THIS PDP11 INPUT?
11877 037524 001100 BNE TTCTY ;;; YES -- GO DO ECHO ETC
11878 037526 032737 020000 001012' BIT #EF.PR2,.COMEF+2 ;;; IS THIS BOOT PROTOCOL?
11879 037534 001665 BEQ 20$ ;;; [4.2211] NO -- THEN JUST TREAT IT AS A NORMAL REQUEST
11880 037536 112637 001162' MOVB (SP)+,.BTSCH ;;; STORE CHARACTER FOR BOOT PROTOCOL
11881 037542 80$:
11882 037542 RETURN
037542 000207 RTS PC
11883
11884 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 218
TERMINAL DRIVER -- .DLINT (DL-11E DATASET INTERRUPT SERVICE)
11886 .SBTTL TERMINAL DRIVER -- .DLINT (DL-11E DATASET INTERRUPT SERVICE)
11887 ;+
11888 ; .DLINT -- DL-11E DATASET INTERRUPT SERVICE
11889 ;
11890 ; ENTER WITH:
11891 ;
11892 ; R0 -- CSR FOR THIS DEVICE
11893 ; R4 -- POINTS TO EXTERNAL PAGE FOR THIS DEVICE
11894 ; R5 -- POINTS TO DLS ENTRY FOR THIS DEVICE
11895 ;
11896 ;-
11897
11898 037544 .DLINT:: ;;; CALLED FROM "$TTINP"
11899 037544 032765 000100 000006 BIT #TT.RMT,STSW1(R5);;; REMOTE TERMINAL??
11900 037552 001452 BEQ 40$ ;;; NO -- NOISE - GO AWAY
11901 037554 032700 040000 BIT #DL.RNG,R0 ;;; YES -- DID IT RING??
11902 037560 001421 BEQ 20$ ;;; NO -- GO LOOK AT CARRIER
11903 037562 012714 000046 MOV #DL.DTR!DL.DEN!DL.RTS,(R4)
11904 ;;; SET UP TO WAIT FOR CARRIER
11905 037566 020537 002644' CMP R5,KLNPTR ;;; IS THIS THE KLINIK LINE??
11906 037572 001403 BEQ 10$ ;;; YES -- GO ON
11907 037574 CALL .TTRNG ;;; NO -- DISCONNECT AND SET CARRIER WAIT
037574 004737 037712' JSR PC,.TTRNG
11908 037600 000411 BR 20$ ;;; AND GO ON
11909 ;
11910 037602 10$:
11911 037602 105737 001234' TSTB .KLNSW+0 ;;; IS KLINIK ALREADY ACTIVE??
11912 037606 001006 BNE 20$ ;;; YES -- NOISE - GO ON
11913 037610 052737 001000 007222' BIS #EF.RKR,TTYTSK+A.EF ;;; NO -- REQUEST KLRING
11914 037616 CALL ..DSEV ;;; DECLARE A SIGNIFICANT EVENT
037616 004737 045264' JSR PC,..DSEV
11915 037622 000432 BR 50$ ;;; AND LET IT HANDLE CARRIER
11916 ;
11917 037624 20$:
11918 037624 032700 010000 BIT #DL.CAR,R0 ;;; CARRIER DETECT UP??
11919 037630 001416 BEQ 30$ ;;; NO -- GO LOOK AT DATA TERMINAL READY
11920 037632 032714 000004 BIT #DL.RTS,(R4) ;;; YES -- IS REQUEST TO SEND UP??
11921 037636 001424 BEQ 50$ ;;; NO -- JUST EXIT
11922 037640 042765 002004 000006 BIC #TT.CRW!TT.RIP,STSW1(R5)
11923 037646 052714 000100 BIS #DL.REN,(R4) ;;; ENABLE RCVR INTERRUPTS
11924 037652 020537 002644' CMP R5,KLNPTR ;;; IS THIS THE KLINIK LINE??
11925 037656 001410 BEQ 40$ ;;; YES -- GO ON
11926 037660 CALL .STTYD ;;; TELL -10 ABOUT DIALUP
037660 004737 041212' JSR PC,.STTYD
11927 037664 000405 BR 40$ ;;; AND GO AWAY
11928 ;
11929 037666 30$: ;;; HERE IF CARRIER IS OFF
11930 037666 032714 000002 BIT #DL.DTR,(R4) ;;; DATA TERMINAL READY LIT??
11931 037672 001406 BEQ 50$ ;;; NO -- EXIT
11932 037674 CALL .TTSCW ;;; YES -- WAIT FOR CARRIER
037674 004737 037716' JSR PC,.TTSCW
11933 037700 40$:
11934 037700 105714 TSTB (R4) ;;; RCVR DONE LIT??
11935 037702 100002 BPL 50$ ;;; [4.2211] NO -- EXIT
11936 037704 000137 037240' JMP TTINPA ;;; [4.2211] YES -- PROCESS DATA
11937 ;
11938 037710 50$:
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 218-1
TERMINAL DRIVER -- .DLINT (DL-11E DATASET INTERRUPT SERVICE)
11939 037710 RETURN ;;; TO CALLER
037710 000207 RTS PC
11940 ;
11941 ; RING TRANSITION
11942 ;
11943 037712 .TTRNG:
11944 037712 CALL .STTYH ;;; [4.2055] TRANSMIT HANGUP
037712 004737 041226' JSR PC,.STTYH
11945 ;
11946 ; CARRIER DROP TRANSITION
11947 ;
11948 037716 .TTSCW:
11949 037716 052765 002004 000006 BIS #TT.CRW!TT.RIP,STSW1(R5) ;;; [4.2055] SET CARRIER WAIT
11950 037724 RETURN ;;; [4.2055] DISMISS AND RETURN
037724 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 219
TERMINAL DRIVER -- TTCTY (CTY SERVICE)
11952 .SBTTL TERMINAL DRIVER -- TTCTY (CTY SERVICE)
11953
11954 .ENABL LSB
11955 037726 TTCTY:
11956 037726 013705 002642' MOV CTYPTR,R5 ;;; RESET TO CTY AND
11957 037732 012703 002672' MOV #CTYSTS,R3 ;;; GET CTY BLOCK POINTER.
11958 037736 110016 MOVB R0,(SP) ;;; USE CHARACTER WITHOUT PARITY.
11959 037740 122716 000017 CMPB #'O-100,@SP ;;; CONTROL O?
11960 037744 001010 BNE 95$ ;;; IF NE NO
11961 037746 011346 MOV @R3,-(SP) ;;; XOR CTLO BIT
11962 037750 042716 177737 BIC #^C<CTLO>,@SP ;;; WITH STATUS WORD
11963 037754 052713 000040 BIS #CTLO,@R3
11964 037760 042613 BIC (SP)+,@R3
11965 037762 80$:
11966 ;
11967 ; CONTROLLER IS BUSY ON OUTPUT-IGNORE INPUT REQUEST
11968 ;
11969 037762 85$:
11970 037762 005726 TST (SP)+ ;;; REMOVE BYTE FROM STACK
11971 037764 90$:
11972 037764 RETURN ;;; EXIT INTERRUPT
037764 000207 RTS PC
11973 ;
11974 ; CONTROLLER IS BUSY ON INPUT OR OUTPUT
11975 ;
11976 037766 95$:
11977 037766 005713 TST @R3 ;;; BUSY ON INPUT?
11978 037770 100774 BMI 80$ ;;; IF MI NO
11979 ;
11980 ; PROCESS NEXT INPUT BYTE
11981 ;
11982 037772 100$:
11983 037772 122716 000177 CMPB #177,@SP ;;; RUBOUT?
11984 037776 001450 BEQ 115$ ;;; IF EQ YES
11985 040000 122716 000025 CMPB #25,@SP ;;; LINE DELETE?
11986 040004 001474 BEQ 125$ ;;; IF EQ YES
11987 040006 122716 000033 CMPB #C.HESC,@SP ;;; ESCAPE?
11988 040012 001506 BEQ 1$ ;;; IF EQ YES
11989 040014 122716 000032 CMPB #C.HEOF,@SP ;;; CONTROL Z?
11990 040020 001507 BEQ 11$ ;;; IF EQ YES
11991 040022 122716 000015 CMPB #C.HCRT,@SP ;;; CARRIAGE RETURN?
11992 040026 001524 BEQ 41$ ;;; IF EQ YES
11993 040030 122716 000003 CMPB #3,@SP ;;; ^C?
11994 040034 001510 BEQ 21$ ;;; YES
11995 040036 122716 000140 CMPB #140,@SP ;;; CHECK FOR LC
11996 040042 103005 BHIS 105$ ;;; NO
11997 040044 122716 000173 CMPB #173,@SP
11998 040050 103402 BLO 105$
11999 040052 042716 000040 BIC #40,@SP ;;; YES
12000 ;
12001 ; STORE BYTE IN INPUT BUFFER
12002 ;
12003 040056 105$:
12004 040056 111673 000006 MOVB @SP,@CURBF(R3) ;;; STORE BYTE IN BUFFER
12005 040062 005263 000006 INC CURBF(R3) ;;; INCREMENT BUFFER ADDRESS
12006 040066 105363 000004 DECB RMBYT(R3) ;;; ANY REMAINING SPACE IN BUFFER
12007 040072 001004 BNE 110$ ;;; IF NE YES
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 219-1
TERMINAL DRIVER -- TTCTY (CTY SERVICE)
12008 040074 005363 000006 DEC CURBF(R3) ;;; BACK UP TO END OF BUFFER
12009 040100 052713 000400 BIS #EOLS,@R3 ;;; TERMINATE ON BYTE COUNT
12010 040104 110$:
12011 040104 032713 000020 BIT #RUBP,@R3 ;;; RUBOUT IN PROGRESS?
12012 040110 001477 BEQ 61$ ;;; IF EQ NO
12013 040112 042713 000020 BIC #RUBP,@R3 ;;; CLEAR RUBOUT IN PROGRESS
12014 040116 000417 BR 120$
12015 ;
12016 ;
12017 ; RUBOUT
12018 ;
12019 040120 115$:
12020 040120 026363 000006 000002 CMP CURBF(R3),STRBF(R3) ;;; ANY BYTES TO RUBOUT?
12021 040126 001715 BEQ 80$ ;;; IF EQ NO
12022 040130 005363 000006 DEC CURBF(R3) ;;; BACK UP ONE BYTE
12023 040134 117316 000006 MOVB @CURBF(R3),@SP ;;; GET BYTE TO BE RUBBED OUT
12024 040140 105263 000004 INCB RMBYT(R3) ;;; INCREMENT REMAINING SPACE IN BUFFER
12025 040144 032713 000020 BIT #RUBP,@R3 ;;; RUBOUT ALREADY IN PROGRESS?
12026 040150 001057 BNE 61$ ;;; IF NE YES
12027 040152 052713 000020 BIS #RUBP,@R3 ;;; SET RUBOUT IN PROGRESS
12028 040156 120$:
12029 040156 000316 SWAB @SP ;;; SWAP BYTE TO HIGH BYTE
12030 040160 112716 000134 MOVB #'\,@SP ;;; INSERT BACKSLASH
12031 040164 011663 000014 MOV @SP,MBUFR(R3) ;;; INSERT TEXT IN MULTI-ECHO BUFFER
12032 040170 012716 000002 MOV #2,@SP ;;; SET LENGTH OF BUFFER
12033 040174 000456 BR 81$
12034 ;
12035 ;
12036 ; LINE DELETE
12037 ;
12038 040176 125$:
12039 040176 012716 000004 MOV #4,@SP ;;; SET LENGTH OF BUFFER
12040 040202 012746 033060' MOV #CTRLU,-(SP) ;;; SET ADDRESS OF MULTI-ECHO BUFFER
12041 040206 042713 000020 BIC #RUBP,@R3 ;;; CLEAR RUBOUT IN PROGRESS FLAG
12042 040212 013763 002732' 000004 MOV CNT,RMBYT(R3) ;;; RESET REMAINING BYTES IN BUFFER
12043 040220 016363 000002 000006 MOV STRBF(R3),CURBF(R3) ;;; RESET ADDRESS IN BUFFER
12044 040226 000444 BR 91$
12045 ;
12046 ;
12047 ; ESCAPE
12048 ;
12049 040230 1$:
12050 040230 111663 000005 MOVB @SP,FNBYT(R3) ;;; [TCO 4.1.1126] SET FINAL BYTE
12051 040234 105016 CLRB @SP ;;; [TCO 4.1.1126] SET TO ECHO ZERO BYTE
12052 040236 000422 BR 51$ ;;; SET END OF LINE SEEN
12053 ;
12054 ;
12055 ; CONTROL Z
12056 ;
12057 040240 11$:
12058 040240 105363 000005 DECB FNBYT(R3) ;;; SET CONTROL Z FLAG
12059 040244 012716 000004 MOV #4,@SP
12060 040250 012746 033064' MOV #CTRLZ,-(SP) ;;; SET ADDRESS OF MULTI-ECHO BUFFER
12061 040254 000406 BR 31$
12062 ;
12063 ;
12064 ; CONTROL C
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 219-2
TERMINAL DRIVER -- TTCTY (CTY SERVICE)
12065 ;
12066 040256 21$:
12067 040256 111663 000005 MOVB @SP,FNBYT(R3) ;;; SET IN LAST CHARACTER
12068 040262 012716 000004 MOV #4,@SP ;;; SET COUNT
12069 040266 012746 033054' MOV #CTRLC,-(SP) ;;; SET CNTRL C
12070 040272 31$:
12071 040272 052713 000400 BIS #EOLS,@R3 ;;; SET END OF LINE
12072 040276 000420 BR 91$ ;;; AND ECHO
12073 ;
12074 ;
12075 ; CARRIAGE RETURN /CNTRL Z
12076 ;
12077 040300 41$:
12078 040300 111663 000005 MOVB @SP,FNBYT(R3)
12079 040304 51$:
12080 040304 052713 000400 BIS #EOLS,@R3 ;;; SET END OF LINE SEEN
12081 040310 61$:
12082 040310 032713 074000 BIT #LFCT,@R3 ;;; ANY LINE FEEDS WAITING?
12083 040314 001002 BNE 71$ ;;; IF NE YES
12084 040316 000137 035654' JMP ECHOB ;;; ECHO BYTE
12085 ;
12086 040322 71$:
12087 040322 111663 000014 MOVB @SP,MBUFR(R3) ;;; SET FOR MULTI-ECHO OF ONE BYTE
12088 040326 012716 000001 MOV #1,@SP ;;; SET LENGTH OF BUFFER
12089 040332 81$:
12090 040332 010346 MOV R3,-(SP) ;;; CALCULATE ADDRESS OF MULTI-ECHO BUFFER
12091 040334 062716 000014 ADD #MBUFR,@SP
12092 040340 91$:
12093 040340 012663 000012 MOV (SP)+,MEBUF(R3) ;;; INSERT ADDRESS OF MULTI-ECHO BUFFER
12094 040344 112663 000010 MOVB (SP)+,MECNT(R3) ;;; INSERT LENGTH OF BUFFER
12095 040350 000137 035416' JMP OUTPT ;;; START OUTPUT
12096 ;
12097 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 220
TERMINAL DRIVER -- DHSAV (DH-11 REGISTER SAVE/RESTORE CO-ROUTI
12099 .SBTTL TERMINAL DRIVER -- DHSAV (DH-11 REGISTER SAVE/RESTORE CO-ROUTINE)
12100
12101 ;+
12102 ; DHSAV -- DH-11 TERMINAL MULTIPLEXER SAVE ROUTINE
12103 ; TTSAV -- DL-11 TERMINAL SAVE ROUTINE
12104 ;
12105 ; THIS ROUTINE SAVES R0 THRU R5 ON THE STACK AND RETURNS:
12106 ;
12107 ; R4 -- POINTS TO EXTERNAL PAGE FOR THIS DEVICE (UNIT)
12108 ; R5 -- POINTS TO THE DLS ENTRY FOR THIS DEVICE (UNIT)
12109 ; CC-Z SET -- DEVICE DOES NOT EXIST
12110 ;-
12111
12112 .ENABL LSB
12113
12114 040354 DHSAV:
12115 040354 010046 MOV R0,-(SP) ; SAVE REGISTERS
12116 040356 010146 MOV R1,-(SP)
12117 040360 010246 MOV R2,-(SP)
12118 040362 010446 MOV R4,-(SP)
12119 040364 010546 MOV R5,-(SP)
12120 040366 010346 MOV R3,-(SP) ;;; SET RETURN ADDRESS
12121 040370 013705 002654' MOV DHTMP,R5 ;;; RET SAVED PS WORD
12122 040374 042705 177760 BIC #177760,R5 ;;; CLEAR ALL BUT CONTROLLER NUMBER
12123 040400 000305 SWAB R5 ;;; CONVERT TO WORD INDEX
12124 040402 006205 ASR R5
12125 040404 062705 003054' ADD #DHTBL,R5 ;;; POINT TO THE BEGINNING OF DH-11 TABLE
12126 040410 000417 BR 20$ ;;; FINISH IN COMMON CODE
12127 ;
12128 ;
12129 ; DL-11 TERMINAL SAVE ROUTINE
12130 ;
12131 040412 TTSAV:
12132 040412 010046 MOV R0,-(SP) ; SAVE REGISTERS
12133 040414 010146 MOV R1,-(SP)
12134 040416 010246 MOV R2,-(SP)
12135 040420 010446 MOV R4,-(SP)
12136 040422 010546 MOV R5,-(SP)
12137 040424 010346 MOV R3,-(SP) ;;; SET RETURN ADDRESS
12138 040426 013705 002656' MOV DLTMP,R5 ;;; RETRIEVE SAVED PS WORD
12139 040432 042705 177760 BIC #177760,R5 ;;; CLEAR ALL BUT CONTROLLER (UNIT) NUMBER
12140 040436 006305 ASL R5 ;;; CONVERT TO WORD INDEX
12141 040440 006305 ASL R5
12142 040442 006305 ASL R5
12143 040444 062705 003004' ADD #TTTBL,R5 ;;; POINT TO THE BEGINNING OF THE DL-11 TABLE
12144 040450 20$:
12145 040450 016504 000002 MOV TTYEXP(R5),R4 ;;; SET UP EXTERNAL PAGE ADDRESS OF THIS DEVICE
12146 040454 CALL @(SP)+ ;;; CALL THE CALLER BACK
040454 004736 JSR PC,@(SP)+
12147 040456 012605 MOV (SP)+,R5 ;;; RESTORE REGISTERS
12148 040460 012604 MOV (SP)+,R4
12149 040462 012602 MOV (SP)+,R2
12150 040464 012601 MOV (SP)+,R1
12151 040466 012600 MOV (SP)+,R0
12152 040470 012603 MOV (SP)+,R3
12153 040472 000137 015062' JMP ..INTX ;;; EXIT FROM INTERRUPT
12154 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 220-1
TERMINAL DRIVER -- DHSAV (DH-11 REGISTER SAVE/RESTORE CO-ROUTI
12155
12156 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 221
TERMINAL DRIVER -- .STDHL (SET UP DH-11 LINE NUMBER IN CONTROL
12158 .SBTTL TERMINAL DRIVER -- .STDHL (SET UP DH-11 LINE NUMBER IN CONTROLLER)
12159
12160 ;+
12161 ; .STDHL -- SET UP DH-11 LINE NUMBER IN CONTROLLER
12162 ;
12163 ; INPUTS:
12164 ;
12165 ; R5 -- DLS BLOCK OFFSET FOR THIS LINE
12166 ;
12167 ; OUTPUTS:
12168 ;
12169 ; R4 -- ADDRESS OF DH-11 CSR
12170 ; CC-N CLEAR -- LINE NUMBER IS SET IN DH-11 CSR
12171 ; CC-N SET -- R5 POINTS TO A DL-11 BLOCK
12172 ; CC-Z SET -- LINE DOES NOT EXIST
12173 ;-
12174
12175 040476 .STDHL::
12176 040476 016504 000002 MOV TTYEXP(R5),R4 ;;; [5,1015] FIND I/O PAGE ADDRESS
12177 040502 001415 BEQ 20$ ;;; [5.1015] EXIT IF NON-EXISTENT
12178 040504 010546 MOV R5,-(SP) ;;; [5.1015] DLS POINTER TO STACK
12179 040506 162716 003054' SUB #DHTBL,(SP) ;;; [5.1015] FIND OFFSET INTO "DHTBL"
12180 040512 100410 BMI 10$ ;;; [5.1015] DONE WITH DL-11 AT THIS POINT
12181 040514 006216 ASR (SP) ;;; [5.1015] COMPUTE DH-11
12182 040516 006216 ASR (SP) ;;; [5.1015] LINE NUMBER
12183 040520 006216 ASR (SP) ;;; [5.1015] SO
12184 040522 042716 177760 BIC #^C17,(SP) ;;; [5.1015] FLUSH EXTRANEOUS TRASH
12185 040526 042714 001077 BIC #1077,(R4) ;;; [5.1015] CLEAR LINE NUMBER REGISTER
12186 040532 051614 BIS (SP),(R4) ;;; [5.1015] SET LINE NUMBER
12187 040534 10$:
12188 040534 005226 INC (SP)+ ;;; [5.1015] CLEAR STACK AND SET RETURN FLAG
12189 040536 20$:
12190 040536 RETURN ;;; [5.1015] TO CALLER
040536 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 222
TERMINAL DRIVER -- .DHSPZ (ZERO INPUT SPEED OF A LINE)
12192 .SBTTL TERMINAL DRIVER -- .DHSPZ (ZERO INPUT SPEED OF A LINE)
12193
12194 ;+
12195 ; .DHSPZ -- ZERO THE INPUT SPEED OF A DH11 LINE
12196 ;
12197 ; THIS SUBROUTINE WILL SET THE INPUT SPEED OF A LINE TO ZERO
12198 ;
12199 ; INPUTS:
12200 ;
12201 ; R4 -- POINTS TO EXTERNAL PAGE ADDRESS OF DH-11 LINE
12202 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS DH-11 LINE
12203 ; THE LINE # WITHIN THE DH IS ALREADY SET
12204 ;
12205 ; OUTPUTS:
12206 ;
12207 ; INPUT SPEED OF DH11 IS ZEROED
12208 ; NO REGISTERS ALTERED
12209 ;-
12210
12211 040540 .DHSPZ::
12212 040540 010346 MOV R3,-(SP) ; SAVE REGISTER
12213 040542 016503 000004 MOV STSW0(R5),R3 ; GET ORIGINAL SPEED
12214 040546 042703 001700 BIC #S0.ISP,R3 ; SET INPUT SPEED TO ZERO
12215 040552 010364 000004 MOV R3,4(R4) ; STORE NEW SPEED
12216 040556 012603 MOV (SP)+,R3 ; RESTORE REGISTER
12217 040560 RETURN
040560 000207 RTS PC
12218
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 223
TERMINAL DRIVER -- .DHSPR (RESET TO DEFAULT AUTO-BAUD SPEED)
12220 .SBTTL TERMINAL DRIVER -- .DHSPR (RESET TO DEFAULT AUTO-BAUD SPEED)
12221
12222 ;+
12223 ; .DHSPA -- SET AN AUTOBAUD LINE TO ITS HIGH SPEED AUTO-BAUD SPEED
12224 ; .DHSPR -- RESET A DH-11 LINE TO DEFAULT AUTO-BAUD SPEED
12225 ;
12226 ; THIS SUBROUTINE WILL RESET A LINE TO ITS DEFAULT AUTO-BAUD SPEED
12227 ;
12228 ; INPUTS:
12229 ;
12230 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS DH-11 LINE
12231 ;
12232 ; OUTPUTS:
12233 ;
12234 ; LINE'S SPEED IS RESET TO 2400 BAUD OR 300 BAUD BASED ON TT.LSP
12235 ; (IF LINE IS IN LOW SPEED AUTOBAUD WAIT OR HIGH SPEED)
12236 ; NO REGISTERS ALTERED
12237 ;-
12238
12239
12240 .ENABL LSB
12241
12242 040562 .DHSPA::
12243 040562 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; AUTOBAUD LINE ?
12244 040570 001475 BEQ 40$ ; NO
12245 040572 042765 020000 000006 BIC #TT.LSP,STSW1(R5) ; CLEAR LOW SPEED AUTO-BAUD
12246 040600 000404 BR 2$ ; AND SET HIGH SPEED DETECT
12247
12248 040602 .DHSPR::
12249 040602 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; ABW LINE ?
12250 040610 001465 BEQ 40$ ; [5.1152] BRANCH IF NOT AUTO BAUD LINE
12251 040612 016546 000004 2$: MOV STSW0(R5),-(SP) ; SAVE LINE SPEED WORD AS FLAG
12252 040616 010346 MOV R3,-(SP) ; SAVE R3
12253 040620 032765 020000 000006 BIT #TT.LSP,STSW1(R5) ; LOW OR HIGH SPEED AUTO-BAUD WAIT
12254 040626 001403 BEQ 5$ ; HIGH SPEED
12255 040630 012703 016703 MOV #16703,R3 ; LOW SPEED, DETECT AT 300
12256 040634 000402 BR 7$ ; GO SET
12257 ;
12258 040636 5$:
12259 040636 012703 027303 MOV #27303,R3 ; HIGH SPEED, DETECT AT 2400
12260 040642 7$:
12261 040642 CALL .DHSPD ; SET IT
040642 004737 040714' JSR PC,.DHSPD
12262 040646 012603 MOV (SP)+,R3 ; RESTORE R3
12263 040650 005726 TST (SP)+ ; HAS THE SETSPD TASK BEEN BLOCKED??
12264 040652 100405 BMI .DHSPC ; YES -- DON'T COUNT THIS LINE
12265 ; BR .DHSPF ; FALL THROUGH TO FLAG AUTOBAUD
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 224
TERMINAL DRIVER -- .DHSPF (FLAG AUTO-BAUD REPORT)
12267 .SBTTL TERMINAL DRIVER -- .DHSPF (FLAG AUTO-BAUD REPORT)
12268
12269 ;+
12270 ; .DHSPF -- FLAG LINE SPEED TO BE REPORTED TO THE HOST
12271 ;
12272 ; THIS SUBROUTINE WILL FLAG AN AUTO-BAUD LINE SPEED TO BE REPORTED
12273 ;
12274 ; INPUTS:
12275 ;
12276 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS DH-11 LINE
12277 ;
12278 ; OUTPUTS:
12279 ;
12280 ; THE LINE SPEED IS FLAGGED TO BE REPORTED TO THE HOST
12281 ; NO REGISTERS ALTERED
12282 ;-
12283
12284 040654 .DHSPF::
12285 040654 005237 002606' INC .ABCNT ;;; INCREMENT THE COUNT
12286 040660 052765 100000 000004 BIS #S0.ABR,STSW0(R5) ;;; [4.2284] FLAG THE LINE SPEED
12287 040666 .DHSPC: ;;; COMMON CODE
12288 040666 005737 001012' TST .COMEF+2 ;;; [4.1.1105] IS PRIMARY PROTOCOL RUNNING??
12289 040672 100034 BPL 40$ ;;; [4.1.1105] NO -- GO ON
12290 040674 005737 001140' TST .DATE3 ;;; IS OUR DATE VALID ??
12291 040700 001431 BEQ 40$ ;;; NO, DON'T CALL SETSPD
12292 040702 052737 004000 007222' BIS #EF.RSS,TTYTSK+A.EF ;;; [4.2140] YES -- REQUEST THE TASK
12293 040710 000137 045264' JMP ..DSEV ;;; DECLARE A SIGNIFICANT EVENT AND RETURN
12294 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 225
TERMINAL DRIVER -- .DHSPD (SET LINE SPEED)
12296 .SBTTL TERMINAL DRIVER -- .DHSPD (SET LINE SPEED)
12297
12298 ;+
12299 ; .DHSPD -- SET LINE SPEED FOR A DH-11 LINE
12300 ;
12301 ; THIS SUBROUTINE WILL SET THE LINE SPEED FOR A LINE
12302 ;
12303 ; INPUTS:
12304 ;
12305 ; R3 -- LINE SPEED TO BE SET
12306 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS DH-11 LINE
12307 ;
12308 ; OUTPUTS:
12309 ;
12310 ; DH-11 LINE SPEED IS SET UP - DL-11 IS UNALTERED.
12311 ; IF INPUT FOR THIS LINE WAS FORCIBLY TURNED OFF, THE ACTUAL SETTING
12312 ; OF THE LINE SPEED IN THE HARDWARE IS DEFERRED UNTIL INPUT FOR THE
12313 ; LINE IS RE-ENABLED BY THE HOST.
12314 ; NO REGISTERS ALTERED
12315 ;-
12316
12317 040714 .DHSPD::
12318 040714 010446 MOV R4,-(SP) ;;; SAVE R4
12319 040716 010246 MOV R2,-(SP) ;;; [5.1015] SAVE R2 AS WELL
12320 040720 042703 140000 BIC #S0.MSK,R3 ;;; [5.1015] FLUSH STATUS BITS
12321 040724 CALL .TTSW2 ;;; [5.1015] FIND OUR "STSW2" ENTRY
040724 004737 044212' JSR PC,.TTSW2
12322 040730 CALL .STDHL ;;; SET THE DH-11 LINE NUMBER
040730 004737 040476' JSR PC,.STDHL
12323 040734 003411 BLE 30$ ;;; [5.1015] EXIT IF DL-11 OR NON-EXISTENT
12324 040736 005712 TST (R2) ;;; [4.1.1092] INPUT X'D OFF??
12325 040740 100402 BMI 20$ ;;; [4.1.1092] YES -- GO ON
12326 040742 010364 000004 MOV R3,4(R4) ;;; SET THE NEW LINE SPEED
12327 040746 20$:
12328 040746 042765 037777 000004 BIC #^C<S0.MSK>,STSW0(R5) ;;; [4.2284] CLEAR OLD LINE SPEED
12329 040754 050365 000004 BIS R3,STSW0(R5) ;;; [4.2284] MARK IT IN LINE TABLE TOO
12330 040760 30$:
12331 040760 012602 MOV (SP)+,R2 ;;; [5.1015] RESTORE R2
12332 040762 012604 MOV (SP)+,R4 ;;; AND R4
12333 040764 40$:
12334 040764 RETURN ;;; TO CALLER
040764 000207 RTS PC
12335
12336 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 226
TERMINAL DRIVER -- $DMINT (DM-11/BB MODEM CONTROL INTERRUPT)
12338 .SBTTL TERMINAL DRIVER -- $DMINT (DM-11/BB MODEM CONTROL INTERRUPT)
12339
12340 ;+
12341 ; **-$DMINT-DM-11/BB MODEM CONTROL MULTIPLEXER INTERRUPTS
12342 ;
12343 ; THIS ROUTINE SERVICES INTERRUPTS FROM THE DM-11 MODEM CONTROLS
12344 ; FOR THE FOLLOWING EVENTS:
12345 ;
12346 ; 1. RING INDICATE
12347 ; 2. CARRIER DETECT TRANSITION
12348 ; 3. CARRIER DROP TRANSITION
12349 ;
12350 ; ON RING INDICATE (RI), IF THE DM-11'S ARE NOT INHIBITED, THE FOLLOWING
12351 ; IS DONE.
12352 ;
12353 ; DATA-TERMINAL READY (DTR) AND REQUEST TO SEND (RTS) IS SET FOR THE
12354 ; LINE AND WE FALL INTO CARRIER CHECKING CODE.
12355 ;
12356 ; ON CARRIER-DETECT (CD) TRANSITION THE FOLLOWING IS DONE:
12357 ;
12358 ; THE LINE IS REMOVED FROM THE CARRIER-WAIT STATE AND
12359 ; IF THE LINE IS AN AUTO-BAUD LINE, IT IS PUT INTO AUTO-BAUD WAIT,
12360 ; OTHERWISE A CONNECT MESSAGE IS TRANSMITTED TO THE HOST.
12361 ;
12362 ; ON CARRIER-DROP, THE LINE IS PUT INTO THE CARRIER-WAIT STATE,
12363 ; THE LINE IS THEN TIMED-OUT BY THE TIME-OUT SERVICE IN ".DMTMO".
12364 ;
12365 ; ANY NON-RING INTERRUPT INITIATED WITHOUT DATA-TERMINAL READY BEING
12366 ; SET WILL BE IGNORED.
12367 ;-
12368
12369 .ENABL LSB
12370
12371 040766 $DMINT:: ;REF LABEL
12372 040766 013737 177776 002652' MOV @#PS,DMTMP ;SAVE CONTROLLER NUMBER
12373 040774 CALL R3,TTSAV ;SAVE REGISTERS
040774 004337 040412' JSR R3,TTSAV
12374 041000 013703 002652' MOV DMTMP,R3 ;RETRIEVE SAVED PS WORD
12375 041004 042703 177760 BIC #177760,R3 ;CLEAR ALL BUT CONTROLLER NUMBER
12376 041010 006303 ASL R3 ;CONVERT TO WORD INDEX
12377 041012 006303 ASL R3 ;SO
12378 041014 016304 002742' MOV DMTBL(R3),R4 ;GET ADDRESS OF DM-11/BB CSR
12379 041020 012405 MOV (R4)+,R5 ;GET INTERRUPT STATUS
12380 041022 052714 000001 BIS #1,(R4) ;SET LINE ENABLE TO TEST SIGNAL TRANSTIONS
12381 041026 010502 MOV R5,R2 ;COPY TO R2
12382 041030 042705 177760 BIC #177760,R5 ;CLEAR ALL BUT UNIT NUMBER
12383 041034 006305 ASL R5 ;CONVERT UNIT NUMBER TO WORD INDEX
12384 041036 006305 ASL R5 ;THUS
12385 041040 006305 ASL R5 ;AND SO
12386 041042 066305 002744' ADD DMTBL+2(R3),R5 ;CALCULATE ADDRESS OF "DHTBL" ENTRY
12387 041046 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ; REMOTE LINE ?
12388 041054 001450 BEQ 50$ ; EXIT IF NOT
12389 041056 005737 001012' TST .COMEF+2 ; YES -- IS PRIMARY PROTOCOL RUNNING??
12390 041062 100050 BPL 60$ ; NO -- DROP DTR AND IGNORE
12391 041064 005737 002604' TST .INHDM ; YES -- ARE DM-11/BB'S INHIBITED??
12392 041070 001045 BNE 60$ ; YES -- DROP DTR AND IGNORE
12393 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 226-1
TERMINAL DRIVER -- $DMINT (DM-11/BB MODEM CONTROL INTERRUPT)
12394 ; HERE FOR A RING INTERRUPT OR AN ALLOWABLE NON-RING INTERRUPT
12395 ;
12396 041072 005702 TST R2 ;RING INTERRUPT??
12397 041074 100404 BMI 10$ ; YES -- GO FORCE A HANGUP
12398 ;
12399 ; HERE FOR A NON-RING INTERRUPT
12400 ;
12401 041076 032714 000002 BIT #2,(R4) ;IS DTR UP?
12402 041102 001435 BEQ 50$ ; NO -- JUST REENABLE SCAN AND EXIT
12403 041104 000404 BR 20$ ; YES -- WE HAVE PREVIOUSLY GOTTEN RING
12404 ;
12405 ; RING TRANSITION (DM-11/BB'S ENABLED)
12406 ;
12407 041106 10$:
12408 041106 CALL .STTYH ;TRANSMIT HANGUP
041106 004737 041226' JSR PC,.STTYH
12409 041112 052714 000006 BIS #6,(R4) ;SET DTR
12410 041116 20$:
12411 041116 032714 000100 BIT #100,(R4) ;CARRIER UP?
12412 041122 001422 BEQ 40$ ;IF .EQ. NO (EITHER NEW CALL OR DROP)
12413 ;
12414 ; CARRIER ON TRANSITION
12415 ;
12416 041124 042765 002004 000006 BIC #TT.CRW!TT.RIP,STSW1(R5);CLEAR CARRIER WAIT
12417 041132 032765 040000 000004 BIT #S0.CON,STSW0(R5) ;WAS LINE ALREADY CONNECTED??
12418 041140 001016 BNE 50$ ; YES -- LEAVE IT ALONE
12419 041142 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; NO -- IS THIS AN AUTO-BAUD LINE??
12420 041150 001003 BNE 30$ ; YES
12421 041152 CALL .STTYD ; NO -- REPORT CONNECTION
041152 004737 041212' JSR PC,.STTYD
12422 041156 000407 BR 50$ ;GO EXIT
12423 ;
12424 041160 30$:
12425 041160 052765 002010 000006 BIS #TT.ABW!TT.RIP,STSW1(R5) ;[**]MARK AUTO-BAUD WAIT
12426 041166 000403 BR 50$ ;AND EXIT
12427 ;
12428 ;
12429 ; CARRIER DROP TRANSITION
12430 ;
12431 041170 40$:
12432 041170 052765 002004 000006 BIS #TT.CRW!TT.RIP,STSW1(R5);SET CARRIER WAIT
12433
12434 041176 50$:
12435 041176 042744 001200 BIC #1200,-(R4) ; REENABLE SCANNING
12436 041202 RETURN ; DISMISS AND RETURN
041202 000207 RTS PC
12437 ;
12438 ;
12439 ; HERE IF INTERRUPTS ARE DISABLED (MACHINE DEAD OR MODEM INTERRUPTS
12440 ; DISABLED). DROP DTR AND RTS TO PREVENT ANY LOOPHOLES.
12441 ;
12442 041204 60$:
12443 041204 012714 000001 MOV #1,(R4) ; CLEAR DTR AND RTS
12444 041210 000772 BR 50$ ; AND RETURN
12445 ;
12446 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 227
TERMINAL DRIVER -- .STTYD (DIALUP/HANGUP SERVICE)
12448 .SBTTL TERMINAL DRIVER -- .STTYD (DIALUP/HANGUP SERVICE)
12449
12450 ;+
12451 ; .STTYD -- DILAUP SERVICE
12452 ; .STTYH -- HANGUP SERVICE
12453 ;
12454 ; THESE SUBROUTINES WILL REPORT A DILAUP OR HANGUP TO THE HOST, AND
12455 ; SET OR CLEAR THE LINE CONNECTED BIT, "S0.CON", IN THE LINE'S STATUS BLOCK.
12456
12457 ;
12458 ; INPUTS:
12459 ;
12460 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS LINE
12461 ;
12462 ; OUTPUTS:
12463 ;
12464 ; R3,R1 -- ALTERED
12465 ;-
12466
12467 .ENABL LSB
12468
12469 041212 .STTYD::
12470 041212 052765 040000 000004 BIS #S0.CON,STSW0(R5) ;;; [4.2284] MARK LINE CONNECT
12471 041220 012701 000015 MOV #BC.TDU,R1 ;;; DIALUP FUNCTION
12472 041224 000407 BR 10$ ;;; DO COMMON CODE
12473 ;
12474 041226 .STTYH::
12475 041226 CALL .DHSPA ; RESET THE LINE SPEED IF ABW
041226 004737 040562' JSR PC,.DHSPA
12476 041232 042765 040000 000004 BIC #S0.CON,STSW0(R5) ; MARK LINE DISCONNECT
12477 041240 012701 000016 MOV #BC.THU,R1 ; HANGUP FUNCTION
12478 041244 10$:
12479 041244 010446 MOV R4,-(SP) ;;; SAVE R4
12480 041246 010504 MOV R5,R4 ;;; SET UP TO RETURN DIALUP OR HANGUP
12481 041250 162704 003004' SUB #TTTBL,R4 ;;; FIND UNIT NUMBER IN R4
12482 041254 006204 ASR R4 ;;; DIVIDE BY 8
12483 041256 006204 ASR R4 ;;;
12484 041260 006204 ASR R4 ;;; SO
12485 041262 012703 000004 MOV #D.CDLS,R3 ;;; DATA LINE SCANNER
12486 041266 CALL ..STFC ;;; START FUNCTION
041266 004737 046714' JSR PC,..STFC
12487 041272 012604 MOV (SP)+,R4 ;;; RESTORE R4
12488 041274 RETURN ;;; AND EXIT
041274 000207 RTS PC
12489
12490 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 228
TERMINAL DRIVER -- .DMHUP (DM-11 HANGUP)
12492 .SBTTL TERMINAL DRIVER -- .DMHUP (DM-11 HANGUP)
12493 ;+
12494 ; .DMHUP -- HANG UP A DM-11/BB LINE
12495 ;
12496 ; THIS SUBROUTINE WILL HANG UP A DM-11/BB UNIT
12497 ;
12498 ; INPUTS:
12499 ;
12500 ; R1 -- DM-11/BB UNIT NUMBER
12501 ; R4 -- POINTER TO DM-11/BB CSR
12502 ; R5 -- POINTER TO DLS TABLE ENTRY FOR THIS LINE
12503 ;
12504 ; OUTPUTS:
12505 ;
12506 ; NO REGISTERS ALTERED
12507 ;-
12508
12509 .ENABL LSB
12510
12511 041276 .DMHUP::
12512 041276 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ;;; REMOTE TTY??
12513 041304 001433 BEQ 20$ ;;; NO -- FORGET IT
12514 041306 CALL .STPDM ;;; YES -- STOP THE SCAN
041306 004737 041356' JSR PC,.STPDM
12515 041312 050124 BIS R1,(R4)+ ;;; SELECT DESIRED UNIT
12516 041314 012714 000001 MOV #1,(R4) ;;; ENABLE RING INTERRUPT
12517 041320 052744 000140 BIS #140,-(R4) ;;; RESTART SCAN AND ENABLE INTERRUPTS
12518 041324 000457 BR DLHUPX ;;; RESET THE LINE STATE AND EXIT
12519 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 229
TTY DRIVER -- .DMUHU (UN-HANGUP DM11)
12521 .SBTTL TTY DRIVER -- .DMUHU (UN-HANGUP DM11)
12522
12523 ;+
12524 ; THIS SUBROUTINE WILL RAISE DTR ON A LINE WITH A DM-11 SO THAT
12525 ; AUTO-DIALERS MAY DIAL OUT FROM RSX20F
12526 ;
12527 ; INPUTS:
12528 ;
12529 ; R1 -- DM-11/BB UNIT NUMBER
12530 ; R4 -- POINTER TO DM-11/BB CSR
12531 ; R5 -- POINTER TO DLS TABLE ENTRY FOR THIS LINE
12532 ;
12533 ; OUTPUTS:
12534 ;
12535 ; NO REGISTERS ALTERED
12536 ;-
12537
12538
12539 041326 .DMUHU::
12540 041326 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ;;; REMOTE TTY??
12541 041334 001417 BEQ 20$ ;;; NO -- FORGET IT
12542 041336 CALL .STPDM ;;; YES -- STOP THE SCAN
041336 004737 041356' JSR PC,.STPDM
12543 041342 050124 BIS R1,(R4)+ ;;; SELECT DESIRED UNIT
12544 041344 012714 000007 MOV #7,(R4) ;;; SET DTR, RTS, AND ENABLE INTERRUPT
12545 041350 052744 000140 BIS #140,-(R4) ;;; RESTART SCAN AND EXIT
12546 041354 RETURN
041354 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 230
TERMINAL DRIVER -- .STPDM (STOP DM-11/BB SCAN)
12548 .SBTTL TERMINAL DRIVER -- .STPDM (STOP DM-11/BB SCAN)
12549
12550 ;+
12551 ; .STPDM -- STOP DM-11/BB SCAN
12552 ;
12553 ; THIS SUBROUTINE WILL DISABLE THE SCAN AND CLEAR THE UNIT SELECT BITS ON
12554 ; A DM-11/BB MODEM CONTROL UNIT.
12555 ;
12556 ; INPUTS:
12557 ;
12558 ; R4 -- POINTS TO DM-11/BB CSR
12559 ;
12560 ; OUTPUTS:
12561 ;
12562 ; SCAN IS STOPPED
12563 ; NO REGISTERS ALTERED
12564 ;-
12565
12566 041356 .STPDM::
12567 041356 042714 001040 BIC #1040,(R4) ;;; DISABLE SCAN
12568 041362 10$:
12569 041362 032714 000020 BIT #20,(R4) ;;; SCAN STOPPED??
12570 041366 001375 BNE 10$ ;;; NO -- WAIT FOR IT
12571 041370 042714 001017 BIC #1017,(R4) ;;; YES -- CLEAR CURRENT UNIT
12572 041374 20$:
12573 041374 RETURN ;;; TO CALLER
041374 000207 RTS PC
12574
12575 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 231
TERMINAL DRIVER -- .DLHUP (DL-11E HANGUP)
12577 .SBTTL TERMINAL DRIVER -- .DLHUP (DL-11E HANGUP)
12578 ;+
12579 ; .DLHUP -- HANG UP A DL-11E LINE.
12580 ;
12581 ; THIS ROUTINE SERVICES A DL-11E HANGUP REQUEST.
12582 ; IF THE KLINIK LINE IS ACTIVE, THE KLINIK DISCONNECT TASK, KLDISC, IS
12583 ; REQUESTED. OTHERWISE, THE LINE IS HUNG UP HERE.
12584 ;
12585 ; INPUT ARGUMENTS:
12586 ;
12587 ; R5 POINTS TO THE DLS TABLE ENTRY FOR THIS LINE
12588 ;
12589 ; OUTPUT ARGUMENTS:
12590 ;
12591 ; R4 -- POINTER TO DL-11E CSR
12592 ;-
12593
12594 .ENABL LSB
12595
12596 041376 .DLHUP::
12597 041376 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ;;; REMOTE LINE??
12598 041404 001420 BEQ 10$ ;;; NO -- FORGET IT
12599 041406 016504 000002 MOV TTYEXP(R5),R4 ;;; YES -- SAVE I/O PAGE ADDRESS
12600 041412 023705 002644' CMP KLNPTR,R5 ;;; IS THIS THE KLINIK LINE??
12601 041416 001014 BNE 20$ ;;; NO -- GO ON
12602 041420 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS IT ACTIVE??
12603 041424 001411 BEQ 20$ ;;; INACTIVE -- JUST HANG IT UP
12604 041426 112737 000002 001235' MOVB #2,.KLNSW+1 ;;; FLAG THE DISCONNECT
12605 041434 052737 002000 007222' BIS #EF.RKH,TTYTSK+A.EF ;;; REQUEST KLDISC
12606 041442 000137 045264' JMP ..DSEV ;;; DECLARE A SIGNIFICANT EVENT AND EXIT
12607 ;
12608 041446 10$:
12609 041446 RETURN ;;; AND GO AWAY
041446 000207 RTS PC
12610 041450 20$:
12611 041450 005764 000002 TST 2(R4) ;;; CLEAR INPUT FLAGS
12612 041454 012714 000140 MOV #DL.DEN!DL.REN,(R4) ;;; HANG THE LINE UP
12613 041460 105065 000004 CLRB STSW0+0(R5) ;;; [4.2284] ENABLE INPUT SIDE IF IT WASN'T
12614 041464 DLHUPX:
12615 041464 005737 001012' TST .COMEF+2 ;;; [4.1.1105] PRIMARY PROTOCOL RUNNING?
12616 041470 100011 BPL 30$ ;;; [4.1.1105] NO -- WAIT FOR IT
12617 041472 042765 002414 000006 BIC #TT.CRW!TT.NSA!TT.ABW!TT.RIP,STSW1(R5) ;;; YES -- CLEAR CARRIER WAIT
12618 041500 010346 MOV R3,-(SP) ;;; SAVE REGISTERS
12619 041502 010146 MOV R1,-(SP)
12620 041504 CALL .STTYH ;;; TELL THE KL ABOUT HANGUP
041504 004737 041226' JSR PC,.STTYH
12621 041510 012601 MOV (SP)+,R1 ;;; RESTORE
12622 041512 012603 MOV (SP)+,R3
12623 041514 30$:
12624 041514 000137 043242' JMP .TTRST ;;; [4.2205] RESET THE LINE STATE AND EXIT
12625 ;
12626
12627 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 232
TERMINAL DRIVER -- .DLTMO (DL-11E MODEM CONTROL TIMEOUT)
12629 .SBTTL TERMINAL DRIVER -- .DLTMO (DL-11E MODEM CONTROL TIMEOUT)
12630
12631 ;+
12632 ; .DLTMO -- DL11 TIMEOUT SERVICE
12633 ;
12634 ; THIS ROUTINE INSURES THAT THE CTY IS RUNNING AND TIMES OUT THE
12635 ; DL-11E LINES WHEN CARRIER IS LOST. THIS ROUTINE WILL ALSO
12636 ; ERROR LOG ANY DL-11 WHICH LOSES AN INTERRUPT ENABLE.
12637 ;
12638 ; INPUTS:
12639 ;
12640 ; NONE
12641 ;
12642 ; OUTPUTS:
12643 ;
12644 ; NO REGISTERS PRESERVED
12645 ;
12646 ; NOTE:
12647 ; THIS ROUTINE MUST BE CALLED AT BR5 OR HIGHER
12648 ;
12649 ; NOTE:
12650 ; NXM VECTOR IS ALTERED DURING POWER FAIL RECOVERY
12651 ;
12652 ; NOTE:
12653 ; ALL DL-11E'S ARE ASSUMED TO BE REMOTE (DATASET) LINES
12654 ;-
12655
12656 041520 .DLTMO::
12657 041520 012705 003004' MOV #DLTBL,R5 ;;; GET LOCAL DL-11W POINTER
12658 041524 016504 000002 MOV TTYEXP(R5),R4 ;;; AND EXTERNAL PAGE POINTER
12659 041530 001410 BEQ 20$ ;;; IF NO ONE HAS THE LINE
12660 041532 CALL CKDLEN ;;; [5.1007] CHECK ENABLES AND ERRORS
041532 004737 041674' JSR PC,CKDLEN
12661 041536 10$:
12662 041536 005737 001030' TST .PFIOW ;;; IS THIS A POWER FAIL START??
12663 041542 001403 BEQ 20$ ;;; NO -- GO ON
12664 041544 012737 041664' 000004 MOV #100$,@#4 ;;; YES -- SET NXM TRAP FOR DEVICE CHECKS
12665 041552 20$:
12666 041552 012705 003014' MOV #DLETBL,R5 ;;; GET DL-11E TABLE POINTER
12667 041556 012700 000004 MOV #DLECNT,R0 ;;; COUNT OF DL-11E'S TO R0
12668 041562 30$:
12669 041562 016504 000002 MOV TTYEXP(R5),R4 ;;; EXTERNAL PAGE POINTER TO R4
12670 041566 001432 BEQ 80$ ;;; TRY NEXT IF THIS ONE ISN'T THERE
12671 041570 005714 TST (R4) ;;; [5.1007] DOES THE DEVICE EXIST??
12672 041572 CALL CKDLEN ;;; [5.1007] CHECK ENABLES AND ERRORS
041572 004737 041674' JSR PC,CKDLEN
12673 ;
12674 ; DL-11E CARRIER MAINTENANCE
12675 ;
12676 041576 032714 010000 BIT #DL.CAR,(R4) ;;; YES -- IS CARRIER DETECT UP??
12677 041602 001406 BEQ 60$ ;;; [4.2055] NO -- GO ON[5.1056] BR TO 60 NOT 50
12678 041604 032714 000004 BIT #DL.RTS,(R4) ;;; [4.2055] YES -- IS REQUEST TO SEND UP??
12679 041610 001403 BEQ 60$ ;;; [4.2055] NO -- GO ON
12680 041612 052714 000006 BIS #DL.DTR!DL.RTS,(R4) ;;; YES -- ENABLE THIS DL-11E LINE
12681 041616 000416 BR 80$ ;;; AND TRY THE NEXT ONE
12682 ;
12683 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 232-1
TERMINAL DRIVER -- .DLTMO (DL-11E MODEM CONTROL TIMEOUT)
12684 ; FIVE INSTRUCTIONS PLUS LABEL 50$ WERE REMOVED WITH TCO 5.1056.
12685 ;
12686 ;
12687 ; DL-11E CARRIER TIMEOUT
12688 ;
12689 041620 60$:
12690 041620 032765 000004 000006 BIT #TT.CRW,STSW1(R5) ;;; WAITING FOR CARRIER??
12691 041626 001412 BEQ 80$ ;;; NO -- GO ON
12692 041630 032765 002000 000006 BIT #TT.RIP,STSW1(R5) ;;; YES -- IS THIS THE FIRST TIME??
12693 041636 001404 BEQ 70$ ;;; NO -- GO HANG THE LINE UP
12694 041640 042765 002000 000006 BIC #TT.RIP,STSW1(R5) ;;; YES -- SET TIMEOUT REQUEST
12695 041646 000402 BR 80$ ;;; AND TRY THE NEXT LINE
12696 ;
12697 041650 70$:
12698 041650 CALL .DLHUP ;;; HANG UP THE LINE
041650 004737 041376' JSR PC,.DLHUP
12699 041654 80$:
12700 041654 062705 000010 ADD #^D8,R5 ;;; POINT TO THE NEXT DLS ENTRY
12701 041660 077040 SOB R0,30$ ;;; DO THE NEXT LINE
12702 041662 90$:
12703 041662 RETURN
041662 000207 RTS PC
12704 ;
12705 ; INITIALIZATION NXD PROCESSOR
12706 ;
12707 041664 100$: ;;; HERE ON NXM INTERRUPT
12708 041664 032626 BIT (SP)+,(SP)+ ;;; CLEAR THE INTERRUPT
12709 041666 005065 000002 CLR TTYEXP(R5) ;;; SET NON-EXISTENT DEVICE
12710 041672 000770 BR 80$ ;;; AND TRY FOR NEXT LINE
12711 ;
12712 ;
12713 ; LOCAL SUBROUTINE TO CHECK INTERRUPT ENABLES AND LOG ERRORS
12714 ;
12715 041674 CKDLEN:
12716 041674 005737 001030' TST .PFIOW ;;; [4.2309] IS THIS A POWER-FAIL RESTART??
12717 041700 001405 BEQ 10$ ;;; [4.2309] NO -- GO ON
12718 041702 105065 000004 CLRB STSW0(R5) ;;; [4.2309] YES -- ENABLE INPUT
12719 041706 CALL .TTRST ;;; [4.2309] RESET THIS LINE
041706 004737 043242' JSR PC,.TTRST
12720 041712 000430 BR 50$ ;;; [5.1007] AND ENABLE THE LINE
12721 ;
12722 ;
12723 ; CHECK INPUT INTERRUPT ENABLE
12724 ;
12725 041714 10$:
12726 041714 105765 000004 TSTB STSW0(R5) ;;; [5.1007] INPUT ENABLED ON THIS LINE??
12727 041720 001003 BNE 20$ ;;; [5.1007] NO -- GO ON
12728 041722 032714 000100 BIT #DL.REN,(R4) ;;; [5.1007] YES -- INPUT INTERRUPT ENABLED??
12729 041726 001415 BEQ 40$ ;;; [5.1007] NO -- ERROR LOG IT
12730 ;
12731 ; CHECK OUTPUT INTERRUPT ENABLE
12732 ;
12733 041730 20$:
12734 041730 032764 000100 000004 BIT #DL.XEN,4(R4) ;;; [5.1007] YES -- OUTPUT INTERRUPT ENABLED??
12735 041736 001003 BNE 30$ ;;; [5.1007] YES -- GO ON
12736 041740 105064 000006 CLRB 6(R4) ;;; [5.1007] NO -- RECOVER ERROR
12737 041744 000406 BR 40$ ;;; [5.1007] AND LOG IT
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 232-2
TERMINAL DRIVER -- .DLTMO (DL-11E MODEM CONTROL TIMEOUT)
12738 ;
12739 ;
12740 ; CHECK DATASET INTERRUPT ENABLE
12741 ;
12742 041746 30$:
12743 041746 022705 003004' CMP #TTTBL,R5 ;;; [5.1007] IS THIS THE CTY??
12744 041752 001410 BEQ 50$ ;;; [5.1007] YES -- GO ON
12745 041754 032714 000040 BIT #DL.DEN,(R4) ;;; [5.1007] NO -- DATASET INTERRUPT ENABLED??
12746 041760 001005 BNE 50$ ;;; [5.1007] YES -- ENABLE INTERRUPTS AND EXIT
12747 041762 40$:
12748 041762 016437 000004 002666' MOV 4(R4),.TTELB ;;; [5.1007] NO -- SET ALTERNATE STATUS
12749 041770 CALL DHERLG ;;; [5.1007] LOG THE ERROR
041770 004737 042316' JSR PC,DHERLG
12750 ;
12751 ; ENABLE INTERRUPTS FOR THIS LINE
12752 ;
12753 041774 50$:
12754 041774 105765 000004 TSTB STSW0(R5) ;;; [5.1007] INPUT ALLOWED ON THIS LINE??
12755 042000 001002 BNE 60$ ;;; [5.1007] NO -- GO ON
12756 042002 052714 000100 BIS #DL.REN,(R4) ;;; [4.2309] YES -- ENABLE INPUT INTERRUPTS
12757 042006 60$:
12758 042006 052764 000100 000004 BIS #DL.XEN,4(R4) ;;; [5.1007] ENABLE OUTPUT INTERRUPTS
12759 042014 022705 003004' CMP #TTTBL,R5 ;;; [5.1007] IS THIS THE CTY??
12760 042020 001402 BEQ 70$ ;;; [5.1007] YES -- EXIT
12761 042022 052714 000040 BIS #DL.DEN,(R4) ;;; [5.1007] NO -- ENABLE DATASET INTERRUPTS
12762 042026 70$:
12763 042026 RETURN
042026 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 233
TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
12765 .SBTTL TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
12766
12767 ;+
12768 ; .DHTMO -- DH-11 CONTROLLER TIMEOUT
12769 ;
12770 ; THIS SUBROUTINE IS CALLED FROM THE POWER-FAIL RESTART CODE, AND EVERY 10
12771 ; SECONDS FROM THE TERMINAL SERVICE DISPATCH. THIS SUBROUTINE PERFORMS THE
12772 ; FOLLWING FUNCTIONS:
12773 ;
12774 ; 1. DH-11 CONTROLLER INITIALIZATION
12775 ; 2. DH-11 STATUS MAINTENANCE
12776 ; 3. DH-11 INPUT RESTART
12777 ; 4. DH-11 ERROR LOGGING
12778 ;
12779 ; INPUTS:
12780 ;
12781 ; NONE
12782 ;
12783 ; OUTPUTS:
12784 ;
12785 ; ALL DH-11 CONTROLLERS ARE SCANNED FOR INTERRUPT ENABLE OR NXM. IF THE
12786 ; INTERRUPT ENABLE IS NOT PRESENT OR THE DH-11 CONTROLLER HAS ENCOUNTERED
12787 ; AN NXM, THE CONTROLLER IS (RE)INITIALIZED. IF THIS IS A POWER-FAIL RESTART
12788 ; THE LINE STATUS IS RESET AND THE OUTPUT QUEUES FOR ALL LINES ON THE CONTROLLER
12789 ; ARE DEALLOCATED, OTHERWISE THESE CONDITIONS WILL BE LOGGED AS AN ERROR.
12790 ; IF THE DH-11 LINE HAS AN INPUT RESTART PENDING, THE LINE SPEED IS SET UP SO
12791 ; NORMAL INPUT MAY PROCEED.
12792 ;
12793 ; ALL DM-11/BB CONTROLLERS ARE SCANNED FOR INTERRUPT ENABLE AND CARRIER
12794 ; MAINTENANCE. IF A CARRIER TIMEOUT HAS OCCURRED, THE UNIT IS HUNG UP AND,
12795 ; IF THE LINE IS AN AUTO-BAUD LINE, IS SPEED IS RESET TO DEFAULT. IF A
12796 ; DM-11/BB HAS LOST THE INTERRUPT ENABLE, IT WILL BE ERROR LOGGED.
12797 ;
12798 ; NO REGISTERS ARE PRESERVED
12799 ;
12800 ; NOTE:
12801 ; THIS ROUTINE MUST BE CALLED AT BR5 OR HIGHER
12802 ;
12803 ; NOTE:
12804 ; THE NXM VECTOR IS ALTERED ON POWER-FAIL RESTART. IT IS ASSUMED THAT
12805 ; THIS VECTOR WILL BE RESET BY THE CALLING ROUTINE.
12806 ;
12807 ; NOTE:
12808 ; THIS ROUTINE WILL EXIT THROUGH THE DM-11/BB TIMEOUT ROUTINE, BELOW
12809 ;-
12810
12811 .ENABL LSB
12812
12813 042030 .DHTMO::
12814 042030 012705 003054' MOV #DHTBL,R5 ;;; [4.2205] SET UP DH-11 TABLE POINTER
12815 042034 005737 001030' TST .PFIOW ;;; [4.2205] POWER-FAIL RESTART??
12816 042040 001403 BEQ 10$ ;;; [4.2205] NO -- GO ON
12817 042042 012737 042276' 000004 MOV #DMTNXM,@#4 ;;; [4.2205] YES -- HANDLE OUR OWN TRAPS
12818 ;
12819 ; INITIALIZE FOR CURRENT DH-11 CONTROLLER
12820 ;
12821 042050 10$:
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 233-1
TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
12822 042050 005002 CLR R2 ;;; [4.2205] INIT UNIT COUNTER
12823 042052 005046 CLR -(SP) ;;; [4.2205] INIT RESET FLAG ON STACK
12824 042054 012701 000020 MOV #^D16,R1 ;;; [4.2205] INIT ITERATION COUNTER
12825 ;
12826 ; INITIALIZE FOR CURRENT DH-11 LINE
12827 ;
12828 ; REGISTER SUMMARY:
12829 ;
12830 ; R1 -- ITERATION COUNTER
12831 ; R2 -- UNIT COUNTER
12832 ; R3 -- LINE SPEED WORD
12833 ; R4 -- I/O PAGE POINTER
12834 ; R5 -- POINTER TO DH-11 TABLE
12835 ; (SP) -- CONTROLLER RESET FLAG
12836 ; MUST BE FLUSHED ON EXIT
12837 ;
12838 ; NXM AND INTERRUPT ENABLE CHECKS
12839 ;
12840 042060 15$:
12841 042060 016504 000002 MOV TTYEXP(R5),R4 ;;; [4.2205] GET EXTERNAL PAGE POINTER FOR THIS DH-11
12842 042064 001467 BEQ 80$ ;;; [5.1004] MAKE DONE CHECKS IF .EQ. 0
12843 042066 042714 001077 BIC #1077,(R4) ;;; [4.2205] CLEAR OUT PREVIOUS LINE NUMBER
12844 042072 050214 BIS R2,(R4) ;;; [4.2205] AND SET THE CURRENT LINE NUMBER
12845 042074 005716 TST (SP) ;;; [4.2205] HAVE WE RESET THIS DH-11??
12846 042076 001015 BNE 30$ ;;; [4.2205] YES -- CONTINUE SETTING LINES UP
12847 042100 032714 002000 BIT #2000,(R4) ;;; [4.2205] NO -- DID IT GET AN NXM??
12848 042104 001003 BNE 20$ ;;; [4.2205] YES -- HANDLE AS A TIMEOUT
12849 042106 032714 000100 BIT #100,(R4) ;;; [4.2205] NO -- ARE INTERRUPTS ENABLED??
12850 042112 001015 BNE 35$ ;;; [4.2205] YES -- CHECK FOR LINE RESTART
12851 042114 20$:
12852 042114 CALL DHERLG ;;; [5.1007] LOG THE ERROR
042114 004737 042316' JSR PC,DHERLG
12853 ;
12854 ; HERE TO RESET AND INITIALIZE A DH-11 CONTROLLER
12855 ;
12856 042120 25$:
12857 042120 012714 004000 MOV #4000,(R4) ;;; [4.2205] MASTER CLEAR THE DH-11
12858 042124 005064 000016 CLR 16(R4) ;;; [4.2205] INIT THE SILO ALARM TO ZERO
12859 042130 005316 DEC (SP) ;;; [4.2205] INDICATE THAT WE HAVE RESET THIS DH-11
12860 ;
12861 ; HERE TO RESET AND INITIALIZE A DH-11 LINE
12862 ;
12863 042132 30$:
12864 042132 005737 001030' TST .PFIOW ;;; [4.2205] IS THIS A POWER-FAIL RESTART??
12865 042136 001413 BEQ 40$ ;;; [4.2205] NO -- GO ON
12866 042140 CALL .TTRST ;;; [4.2205] YES -- RESET THIS LINE
042140 004737 043242' JSR PC,.TTRST
12867 042144 000410 BR 40$ ;;; [4.2205] AND SET UP THE LINE SPEED
12868 ;
12869 042146 35$:
12870 042146 032765 000040 000006 BIT #TT.ABL,STSW1(R5) ; AUTOBAUD LINE?
12871 042154 001024 BNE 60$ ; YES -- DON'T CHECK TT.RSI
12872 ;
12873 ; HERE TO CHECK FOR LINE RESTART FOR A LOCAL LINE
12874 ;
12875 042156 032765 020000 000006 BIT #TT.RSI,STSW1(R5) ; DOES THIS LINE NEED RESTARTING??
12876 042164 001427 BEQ 80$ ; NO -- GO ON
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 233-2
TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
12877 042166 40$:
12878 042166 010246 MOV R2,-(SP) ; YES -- SAVE R2
12879 042170 CALL .TTSW2 ; FIND OUR "STSW2" ENTRY
042170 004737 044212' JSR PC,.TTSW2
12880 042174 032712 140000 BIT #S2.DDN!S2.DIP,(R2) ; IS THE LINE (BEING) TURNED OFF??
12881 042200 001011 BNE 50$ ; YES -- LEAVE IT ALONE
12882 042202 016503 000004 MOV STSW0(R5),R3 ; NO -- GET THE LINE SPEED
12883 042206 042703 140000 BIC #S0.MSK,R3 ; GET RID OF THE AUTO-BAUD FLAG
12884 042212 010364 000004 MOV R3,4(R4) ; SET THE LINE SPEED IN THE DH-11
12885 042216 042765 020000 000006 BIC #TT.RSI,STSW1(R5) ; AND RESET THE RESTART FLAG
12886 042224 50$:
12887 042224 012602 MOV (SP)+,R2 ; RESTORE R2
12888 ;
12889 ; THE FOLLOWING CODE WILL TIME OUT LOW SPEED AUTOBAUD FROM IMMEDIATELY
12890 ; TO TEN SECONDS. IF ANYONE IS USING LOW SPEED THEY MIGHT HAVE TO HIT
12891 ; A COUPLE MORE ^C'S IF THEY HIT THIS CODE AT THE WRONG TIME, THEY WILL
12892 ; HAVE TO LIVE WITH IT AS IT IS NOT WORTH THE EXTRA CODE TO DO IT RIGHT
12893 ; WITH 2 STATES LIKE TT.RSI OR TT.RIP
12894 ;
12895 042226 60$:
12896 042226 032765 020000 000006 BIT #TT.LSP,STSW1(R5) ; LINE IN LOW SPEED AUTOBAUD?
12897 042234 001403 BEQ 80$ ; NO, GO ON
12898 042236 CALL .DHSPA ; YES, RESET TO HIGH SPEED
042236 004737 040562' JSR PC,.DHSPA
12899 042242 000400 BR 80$ ; ON TO NEXT
12900 ;
12901 ; SET UP FOR NEXT LINE IN THIS DH-11
12902 ;
12903 042244 80$:
12904 042244 005202 INC R2 ;;; [4.2205] NEXT UNIT
12905 042246 062705 000010 ADD #^D8,R5 ;;; [4.2205] NEXT DH-11 LINE IN DLS TABLE
12906 042252 005301 DEC R1 ;;; [4.2205] COUNT THIS LINE
12907 042254 001301 BNE 15$ ;;; [4.2205] ITERATE THROUGH THIS DH-11/DM-11 PAIR
12908 042256 005726 TST (SP)+ ;;; [4.2205] DONE -- FLUSH AND TEST CONTROLLER RESET FLAG
12909 042260 001402 BEQ 90$ ;;; [4.2205] GO ON IF DH-11 WASN'T RESET
12910 042262 012714 030100 MOV #30100,(R4) ;;; [4.2205] WAS RESET -- ENABLE IT
12911 ;
12912 ; SET UP FOR NEXT DH-11 IN SYSTEM
12913 ;
12914 042266 90$:
12915 042266 022705 005054' CMP #TTYEND,R5 ;;; [5.1005] ARE WE ALL DONE??
12916 042272 101266 BHI 10$ ;;; [4.2205] NO -- START OVER
12917 042274 RETURN ;;; [5.1004] YES -- RETURN TO CALLER
042274 000207 RTS PC
12918 ;
12919 ; HERE ON TRAP-AT-4 DURING INITIALIZATION
12920 ;
12921 ; R5 -- POINTS TO FIRST INVALID ENTRY IN DH-11 CONTROLLER TABLE
12922 ;
12923 ; STACK SUMMARY:
12924 ;
12925 ; 0(SP) -- TRAP PC
12926 ; 2(SP) -- TRAP PSW
12927 ; 4(SP) -- INITIALIZATION FLAG FROM .DHTMO, ABOVE
12928
12929 042276 DMTNXM:
12930 042276 005065 000002 CLR TTYEXP(R5) ;;; [5.1004] INDICATE THIS LINE DOES NOT EXIST
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 233-3
TERMINAL DRIVER -- .DHTMO (DH-11 CONTROLLER TIMEOUT)
12931 042302 062705 000010 ADD #^D8,R5 ;;; [5.1004] POINT TO NEXT LINE ON CONTROLLER
12932 042306 077105 SOB R1,DMTNXM ;;; [5.1004] LOOP THRU ALL LINES
12933 042310 032626 BIT (SP)+,(SP)+ ;;; [4.2205] FLUSH TRAP PS/PC
12934 042312 005726 TST (SP)+ ;;; [4.2205] AND INITIALIZATION FLAG
12935 042314 000764 BR 90$ ;;; [5.1004] TRY THE NEXT CONTROLLER
12936 ;
12937
12938 .DSABL LSB
12939
12940 ;
12941 ; HERE TO LOG A "LOST-INTERRUPT-ENABLE" ERROR
12942 ;
12943
12944 042316 DHERLG:
12945 042316 005737 001030' TST .PFIOW ;;; [5.1007] IS THIS A POWER-FAIL RESTART??
12946 042322 001004 BNE 10$ ;;; [5.1007] YES -- GO ON
12947 042324 012703 002100 MOV #DV.LOG!DV.LIN,R3 ;;; [5.1007] YES -- SET STANDARD STATUS
12948 042330 CALL .TTERL ;;; [5.1007] LOG THE ERROR
042330 004737 042634' JSR PC,.TTERL
12949 042334 10$:
12950 042334 RETURN ;;; [5.1007] TO CALLER
042334 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 234
TERMINAL DRIVER -- .DMTMO (DM-11/BB MODEM CONTROL TIMEOUT)
12952 .SBTTL TERMINAL DRIVER -- .DMTMO (DM-11/BB MODEM CONTROL TIMEOUT)
12953
12954 ;+
12955 ; .DMTMO -- DM-11/BB CARRIER WAIT TIMEOUT
12956 ;
12957 ; THIS SUBROUTINE CHECKS THE CARRIER MAINTENANCE FOR THE DM-11/BB LINES.
12958 ; THIS SUBROUTINE ALSO ERROR LOGS DM-11/BB LINES WHICH LOSE INTERRUPT ENABLE.
12959 ;
12960 ; INPUTS:
12961 ;
12962 ; NONE
12963 ;
12964 ; OUTPUTS:
12965 ;
12966 ; NO REGISTERS PRESERVED
12967 ;
12968 ; REGISTER SUMMARY:
12969 ;
12970 ; R0 -- DM-11/BB TABLE POINTER
12971 ; R1 -- UNIT NUMBER
12972 ; R2 -- POINTER TO DM-11/BB LSR
12973 ; R4 -- POINTER TO DM-11/BB CSR
12974 ; R5 -- POINTER TO DLS TABLE ENTRY FOR THIS LINE
12975 ;-
12976
12977 042336 .DMTMO::
12978 042336 012700 002742' MOV #DMTBL,R0 ; INIT DM-11/BB TABLE POINTER
12979 042342 005737 001030' TST .PFIOW ; IS THIS A POWERFAIL RESTART??
12980 042346 001403 BEQ 10$ ; NO -- GO ON
12981 042350 012737 042556' 000004 MOV #90$,@#4 ; YES -- SET UP THE TRAP VECTOR
12982 042356 10$:
12983 042356 012004 MOV (R0)+,R4 ; POINT TO DM-11/BB CSR
12984 042360 001005 BNE 15$ ; GO ON IF IT EXISTS
12985 042362 022700 003004' CMP #DMTBE,R0 ; HAVE WE DONE THEM ALL??
12986 042366 001472 BEQ 80$ ; YES -- EXIT
12987 042370 005720 TST (R0)+ ; NO -- FIX UP THE POINTER
12988 042372 000771 BR 10$ ; AND TRY FOR THE NEXT DM-11/BB
12989 ;
12990 042374 15$:
12991 042374 012005 MOV (R0)+,R5 ; POINT TO DHTBL ENTRY
12992 042376 005001 CLR R1 ; INIT UNIT NUMBER
12993 042400 20$:
12994 042400 005765 000002 TST TTYEXP(R5) ; THIS DH-11 EXIST??
12995 042404 001465 BEQ 100$ ; NO -- MARK DM-11/BB NON-EXISTENT AS WELL
12996 042406 005737 001030' TST .PFIOW ; POWERFAIL RESTART??
12997 042412 001403 BEQ 25$ ; NO -- GO ON
12998 042414 012714 000140 MOV #140,(R4) ; YES -- INIT THE CONTROLLER
12999 042420 000756 BR 10$ ; AND CONTINUE
13000 ;
13001 042422 25$:
13002 042422 032765 000014 000006 BIT #TT.CRW!TT.ABW,STSW1(R5) ;[**] YES -- WAITING FOR CARRIER??
13003 042430 001414 BEQ 40$ ; NO -- GO ON
13004 042432 032765 002000 000006 BIT #TT.RIP,STSW1(R5) ; YES -- TIMING OUT??
13005 042440 001005 BNE 30$ ; NO -- GO ON
13006 042442 CALL .DMHUP ; HANG UP THE LINE
042442 004737 041276' JSR PC,.DMHUP
13007 042446 CALL .DHSPA ; YES -- RESET THE LINE SPEED TO DEFAULT
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 234-1
TERMINAL DRIVER -- .DMTMO (DM-11/BB MODEM CONTROL TIMEOUT)
042446 004737 040562' JSR PC,.DHSPA
13008 042452 000403 BR 40$ ; AND SEE ABOUT ERROR LOGGING
13009 ;
13010 042454 30$:
13011 042454 042765 002000 000006 BIC #TT.RIP,STSW1(R5) ; MARK TIMEOUT REQUEST
13012 042462 40$:
13013 042462 032765 000100 000006 BIT #TT.RMT,STSW1(R5) ; IS THIS A REMOTE LINE?
13014 042470 001422 BEQ 70$ ; NO, SKIP INTERRUPT ENABLE CHECK
13015 042472 CALL .STPDM ; STOP THE DM-11/BB SCAN
042472 004737 041356' JSR PC,.STPDM
13016 042476 010402 MOV R4,R2 ; COPY CSR POINTER TO R2
13017 042500 050122 BIS R1,(R2)+ ; SET UP THE UNIT NUMBER
13018 042502 032714 000100 BIT #100,(R4) ; INTERRUPTS ENABLED??
13019 042506 001403 BEQ 50$ ; NO -- ERROR LOG IT
13020 042510 032712 000001 BIT #1,(R2) ; IS THE LINE ENABLED??
13021 042514 001006 BNE 60$ ; YES -- GO ON
13022 042516 50$:
13023 042516 011237 002666' MOV (R2),.TTELB ; NO -- SAVE ALTERNATE STATUS
13024 042522 CALL DHERLG ; ERROR LOG IT
042522 004737 042316' JSR PC,DHERLG
13025 042526 052712 000001 BIS #1,(R2) ; ENABLE THE LINE
13026 042532 60$:
13027 042532 052714 000140 BIS #140,(R4) ; ENABLE SCAN
13028 042536 70$:
13029 042536 062705 000010 ADD #^D8,R5 ; POINT TO NEXT DHTBL ENTRY
13030 042542 005201 INC R1 ; INCREMENT UNIT NUMBER
13031 042544 022701 000020 CMP #^D16,R1 ; HAVE WE OVERFLOWED??
13032 042550 003313 BGT 20$ ; NO -- GO ON
13033 042552 000701 BR 10$ ; YES -- START NEXT CONTROLLER
13034 ;
13035 042554 80$:
13036 042554 RETURN ; RETURN TO CALLER
042554 000207 RTS PC
13037 ;
13038 ; HERE ON NON-EXISTENT DM-11/BB TRAP
13039 ;
13040 042556 90$:
13041 042556 032626 BIT (SP)+,(SP)+ ;;; [4.1.1091] FLUSH TRAP PS/PC
13042 042560 100$:
13043 042560 005060 177774 CLR -4(R0) ;;; [4.1.1091] DECLARE THE DM NON-EXISTENT
13044 042564 000674 BR 10$ ;;; [4.1.1091] AND TRY NEXT DH/DM PAIR
13045 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 235
TERMINAL DRIVER -- .TTFDI (INPUT CONTROL SERVICE)
13047 .SBTTL TERMINAL DRIVER -- .TTFDI (INPUT CONTROL SERVICE)
13048
13049 ;+
13050 ; .TTFDI -- INPUT CONTROL SERVICE
13051 ;
13052 ; THIS SUBROUTINE WILL RETURN POINTERS TO THE NEXT LINE TO BE SERVICED FOR
13053 ; INPUT CONTROL (ENABLE) IN R2 AND R5.
13054 ;
13055 ; INPUTS:
13056 ;
13057 ; .S2ITP -- POINTER TO THE LAST LINE TO BE SERVICED FOR INPUT CONTROL
13058 ;
13059 ; OUTPUTS:
13060 ;
13061 ; R2 -- POINTER TO "STSW2" ENTRY FOR NEXT LINE TO BE SERVICED
13062 ; R5 -- POINTER TO DLS TABLE ENTRY FOR NEXT LINE TO BE SERVICED
13063 ; .S2ITP -- UPDATED TO POINT TO CURRENT LINE
13064 ;-
13065
13066 042566 .TTFDI::
13067 042566 013705 005060' MOV .S2ITP,R5 ;;; [4.1.1092] GET POINTER TO THE LAST LINE
13068 042572 000405 BR 20$ ;;; [4.1.1092] AND GO ON
13069 ;
13070 042574 10$:
13071 042574 CALL .TTSW2 ;;; [4.1.1092] FIND "STSW2" ENTRY FOR THIS LINE
042574 004737 044212' JSR PC,.TTSW2
13072 042600 032712 004000 BIT #S2.LCL,(R2) ;;; [4.1.1092] HAVE WE FOUND A LINE??
13073 042604 001010 BNE 30$ ;;; [4.1.1092] YES -- EXIT
13074 042606 20$:
13075 042606 062705 000010 ADD #10,R5 ;;; [4.1.1092] NO -- FIND THE NEXT DLS ENTRY
13076 042612 022705 005054' CMP #TTYEND,R5 ;;; [4.1.1092] HAVE WE FALLEN OFF THE END??
13077 042616 101366 BHI 10$ ;;; [4.1.1092] NO -- CONTINUE SEARCHING
13078 042620 012705 003004' MOV #TTTBL,R5 ;;; [4.1.1092] YES -- RESET TO BEGINNING
13079 042624 000763 BR 10$ ;;; [4.1.1092] AND GO ON
13080 ;
13081 042626 30$:
13082 042626 010537 005060' MOV R5,.S2ITP ;;; [4.1.1092] SAVE POINTER FOR THE NEXT TIME
13083 042632 RETURN ;;; [4.1.1092] TO CALLER
042632 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 236
TERMINAL DRIVER -- .TTERL (TERMINAL ERROR LOGGING)
13085 .SBTTL TERMINAL DRIVER -- .TTERL (TERMINAL ERROR LOGGING)
13086
13087 ;+
13088 ; .TTERL -- TERMINAL ERROR LOGGING
13089 ;
13090 ; THIS SUBROUTINE WILL ENTER A TERMINAL ERROR REPORT IN THE TERMINAL
13091 ; ERROR LOGGING QUEUE.
13092 ;
13093 ; INPUTS:
13094 ;
13095 ; R4 -- I/O PAGE POINTER FOR THIS DEVICE
13096 ; R3 -- ERROR STATUS FOR THIS REPORT
13097 ;
13098 ; OUTPUTS:
13099 ;
13100 ; NO REGISTERS ARE ALTERED
13101 ;-
13102
13103 042634 .TTERL::
13104 042634 005737 001012' TST .COMEF+2 ;;; [4.1.1105] IS PRIMARY PROTOCOL RUNNING??
13105 042640 100047 BPL 40$ ;;; [4.1.1105] NO -- JUST EXIT
13106 042642 022737 000006 002664' CMP #6,.TTELC ;;; [5.1008] IS THERE ROOM IN THE QUEUE??
13107 042650 003443 BLE 40$ ;;; [5.1008] NO -- EXIT
13108 042652 010246 MOV R2,-(SP) ;;; [4.2245] YES -- SAVE REGISTERS
13109 042654 010146 MOV R1,-(SP) ;;; [4.2245]
13110 042656 010046 MOV R0,-(SP) ;;; [4.2245]
13111 042660 010446 MOV R4,-(SP) ;;; [4.2245]
13112 042662 012701 000016 MOV #16,R1 ;;; [4.2245] SET UP NODE SIZE
13113 042666 CALL ..ALCB ;;; [4.2245] GET ONE FROM THE POOL
042666 004737 045654' JSR PC,..ALCB
13114 042672 103424 BCS 30$ ;;; [4.2245] ERROR IF CC-C IS SET
13115 042674 010160 000002 MOV R1,T.HBCT(R0) ;;; [4.2245] GOT ONE -- SET NODE SIZE
13116 042700 012701 002662' MOV #.TTELQ,R1 ;;; [4.2245] SET UP QUEUE POINTER
13117 042704 005261 000002 INC 2(R1) ;;; [5.1008] ONE MORE NODE
13118 042710 10$:
13119 042710 011102 MOV (R1),R2 ;;; [4.2245] FIND THE LAST NODE IN THE QUEUE
13120 042712 001402 BEQ 20$ ;;; [4.2245] FOUND IT -- GO ON
13121 042714 010201 MOV R2,R1 ;;; [4.2245] NOT YET -- TRY AGAIN
13122 042716 000774 BR 10$ ;;; [4.2245] SO
13123 ;
13124 042720 20$:
13125 042720 010011 MOV R0,(R1) ;;; [4.2245] ADD THIS NODE
13126 042722 005020 CLR (R0)+ ;;; [4.2245] MARK NEW END OF QUEUE
13127 042724 005720 TST (R0)+ ;;; [4.2245] GET OVER THE LISTHEAD (PACKET SIZE)
13128 042726 012720 000012 MOV #12,(R0)+ ;;; [4.2245] SET MESSAGE SIZE
13129 042732 010320 MOV R3,(R0)+ ;;; [4.2245] SET ERROR STATUS
13130 042734 010420 MOV R4,(R0)+ ;;; [4.2245] SET THE DEVICE ADDRESS
13131 042736 012420 MOV (R4)+,(R0)+ ;;; [4.2245] SET DEVICE STATUS
13132 042740 013710 002666' MOV .TTELB,(R0) ;;; [4.2245] SET SAVED STATUS, IF ANY
13133 042744 30$:
13134 042744 005037 002666' CLR .TTELB ;;; [4.2245] CLEAR SAVED STATUS
13135 042750 012604 MOV (SP)+,R4 ;;; [4.2245] RESTORE REGISTERS
13136 042752 012600 MOV (SP)+,R0
13137 042754 012601 MOV (SP)+,R1
13138 042756 012602 MOV (SP)+,R2
13139 042760 40$:
13140 042760 RETURN ;;; [4.2245] TO CALLER
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 236-1
TERMINAL DRIVER -- .TTERL (TERMINAL ERROR LOGGING)
042760 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 237
TERMINAL DRIVER -- .TTXOF (DEVICE DEPENDENT XOFF PROCESSING)
13142 .SBTTL TERMINAL DRIVER -- .TTXOF (DEVICE DEPENDENT XOFF PROCESSING)
13143
13144 ;+
13145 ; .TTXOF -- DEVICE DEPENDENT XOFF PROCESSING
13146 ;
13147 ; THIS SUBROUTINE WILL PROCESS AN XOFF AND STOP OUTPUT ON A SPECIFIED
13148 ; TERMINAL LINE.
13149 ;
13150 ; INPUTS:
13151 ;
13152 ; R5 -- POINTER TO DATA LINE SCANNER TABLE ENTRY FOR LINE TO BE STOPPED.
13153 ;
13154 ; OUTPUTS:
13155 ;
13156 ; THE LINE IS STOPPED.
13157 ;
13158 ; CALLED FROM QUEUED PROTOCOL TASK AND TERMINAL INPUT SERVICE
13159 ;-
13160
13161 .ENABL LSB
13162
13163 042762 .TTXOF::
13164 042762 105765 000006 TSTB STSW1+0(R5) ;;; [4.2181] ALREADY X'D OFF??
13165 042766 100432 BMI 10$ ;;; [4.2181] YES -- JUST EXIT
13166 042770 032765 001000 000006 BIT #TT.SIP,STSW1(R5) ;;; [4.2181] NO -- SENDALL IN PROGRESS??
13167 042776 001023 BNE .DLXOF ;;; [4.2181] YES -- MARK XOFF AND RETURN
13168 043000 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; [4.2181] NO -- IS THIS A CTY??
13169 043006 001414 BEQ .DHXOF ;;; [4.2181] NO -- GO ON
13170 043010 005737 002640' TST .TTP11 ;;; [4.2181] YES -- IN PDP-11 I/O WAIT??
13171 043014 001017 BNE 10$ ;;; [4.2181] YES -- JUST EXIT
13172 043016 105737 001234' TSTB .KLNSW+0 ;;; [4.2181] NO -- IS KLINIK ACTIVE??
13173 043022 003406 BLE .DHXOF ;;; [4.2181] NO -- NOT THAT WE CARE -- GO ON
13174 043024 010546 MOV R5,-(SP) ;;; [4.2181] YES -- SAVE CTY POINTER
13175 043026 013705 002644' MOV KLNPTR,R5 ;;; [4.2181] SUBSTITUTE KLINIK POINTER
13176 043032 CALL .DHXOF ;;; [4.2181] STOP THE KLINIK LINE
043032 004737 043040' JSR PC,.DHXOF
13177 043036 012605 MOV (SP)+,R5 ;;; [4.2181] RESTORE CTY POINTER
13178 ;
13179 ; HERE TO STOP A DH-11 LINE
13180 ;
13181 043040 .DHXOF::
13182 043040 CALL .TTSTP ;;; [5.1015] SEE ABOUT STOPPING I/O
043040 004737 043056' JSR PC,.TTSTP
13183 043044 001403 BEQ 10$ ;;; [5.1015] EXIT IF NON-EXISTENT
13184 ;
13185 ; HERE TO STOP DL-11 LINE
13186 ;
13187 043046 .DLXOF::
13188 043046 052765 000200 000006 BIS #TT.XOF,STSW1(R5) ;;; [4.2181] MARK THE LINE AS X'D OFF
13189 043054 10$:
13190 043054 RETURN ;;; [4.2181] TO CALLER
043054 000207 RTS PC
13191
13192 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 238
TERMINAL DRIVER -- .TTSTP (STOP TERMINAL OUTPUT)
13194 .SBTTL TERMINAL DRIVER -- .TTSTP (STOP TERMINAL OUTPUT)
13195
13196 ;+
13197 ; .TTSTP -- STOP TERMINAL OUTPUT
13198 ;
13199 ; THIS SUBROUTINE WILL STOP OR TRUNCATE OUTPUT FOR A LINE
13200 ;
13201 ; INPUTS:
13202 ;
13203 ; R5 -- POINTS TO DLS ENTRY FOR LINE TO BE STOPPED
13204 ;
13205 ; OUTPUTS:
13206 ;
13207 ; R4 -- POINTS TO DEVICE I/O PAGE ADDRESS
13208 ;-
13209
13210 043056 .TTSTP::
13211 043056 CALL .STDHL ;;; [5.1015] SET THE DH-11 LINE NUMBER
043056 004737 040476' JSR PC,.STDHL
13212 043062 003407 BLE 10$ ;;; [5.1015] GO ON IF DL-11 OR NON-EXISTENT
13213 043064 022764 177775 000010 CMP #-3,10(R4) ;;; [5.1015] MUST WE TRUNCATE PACKET??
13214 043072 002403 BLT 10$ ;;; [5.1015] NO -- JUST LET I/O RUN DOWN
13215 043074 012764 177777 000010 MOV #-1,10(R4) ;;; [5.1015] YES -- TRUNCATE IT
13216 043102 10$:
13217 043102 RETURN ;;; [5.1015] TO CALLER
043102 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 239
TERMINAL DRIVER -- .TTXON (DEVICE DEPENDENT XON PROCESSING)
13219 .SBTTL TERMINAL DRIVER -- .TTXON (DEVICE DEPENDENT XON PROCESSING)
13220
13221 ;+
13222 ; .TTXON -- DEVICE DEPENDENT XON PROCESSING
13223 ;
13224 ; THIS SUBROUTINE WILL PROCESS AN XON AND START OUTPUT ON A SPECIFIED
13225 ; TERMINAL LINE.
13226 ;
13227 ; INPUTS:
13228 ;
13229 ; R5 -- POINTER TO DATA LINE SCANNER TABLE ENTRY FOR LINE TO BE STARTED.
13230 ;
13231 ; OUTPUTS:
13232 ;
13233 ; THE LINE IS STARTED.
13234 ;
13235 ; CALLED FROM QUEUED PROTOCOL TASK AND TERMINAL INPUT SERVICE
13236 ;-
13237
13238 .ENABL LSB
13239
13240 043104 .TTXON:: ;;; [5.1248] REMOVE SAVE OF R0
13241 043104 105765 000006 TSTB STSW1+0(R5) ;;; [4.2181] IS THE LINE X'D OFF??
13242 043110 100053 BPL 30$ ;;; [4.2181] NO -- JUST EXIT
13243 043112 032765 001001 000006 BIT #TT.SIP!TT.OUT,STSW1(R5) ;;; [4.2181] YES -- SENDALL IN PROGRESS??
13244 ;;; [4.2181] OR ALREADY BUSY??
13245 043120 001044 BNE 20$ ;;; [4.2181] YES -- RESET LINE STATE AND EXIT
13246 043122 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; [4.2181] NO -- IS THIS THE CTY??
13247 043130 001414 BEQ .DHXON ;;; [4.2181] NO -- GO ON
13248 043132 005737 002640' TST .TTP11 ;;; [4.2181] YES -- IN PDP-11 I/O WAIT??
13249 043136 001035 BNE 20$ ;;; [4.2181] YES -- RESET XOFF AND EXIT
13250 043140 105737 001234' TSTB .KLNSW+0 ;;; [4.2181] NO -- IS KLINIK ACTIVE??
13251 043144 003406 BLE .DHXON ;;; [4.2181] NO -- NOT THAT WE CARE - GO ON
13252 043146 010546 MOV R5,-(SP) ;;; [4.2181] YES -- SAVE CTY POINTER
13253 043150 013705 002644' MOV KLNPTR,R5 ;;; [4.2181] SUBSTITUTE KLINIK LINE POINTER
13254 043154 CALL .DHXON ;;; [4.2181] START THE KLINIK LINE
043154 004737 043162' JSR PC,.DHXON
13255 043160 012605 MOV (SP)+,R5 ;;; [4.2181] RESTORE CTY POINTER
13256 ;
13257 ; HERE TO START A DH-11 LINE
13258 ;
13259 043162 .DHXON::
13260 043162 011500 MOV (R5),R0 ;;; [5.1015] COPY THREAD POINTER TO R0
13261 043164 001422 BEQ 20$ ;;; [4.2181] RESET STATUS AND EXIT IF EMPTY
13262 043166 105760 000006 TSTB T.HCBC(R0) ;;; [5.1015] TEST BYTE COUNT FROM THREAD NODE
13263 043172 001006 BNE 10$ ;;; [4.2181] PROCEED IF PACKET NOT EMPTY
13264 043174 005360 000004 DEC T.HCAD(R0) ;;; [5.1015] EMPTY -- BACK UP ONE BYTE
13265 043200 105070 000004 CLRB @T.HCAD(R0) ;;; [5.1015] AND RENDER IT NULL
13266 043204 105260 000006 INCB T.HCBC(R0) ;;; [5.1015] AND ACCOUNT FOR IT
13267 043210 10$:
13268 043210 CALL .STDHL ;;; [4.2181] SET UP FOR THIS LINE NUMBER
043210 004737 040476' JSR PC,.STDHL
13269 043214 100404 BMI .DLXON ;;; [5.1015] GO ON IF DL-11
13270 043216 001410 BEQ 30$ ;;; [5.1015] EXIT IF NON-EXISTENT
13271 043220 CALL .DHSTO ;;; [5.1015] START UP THE DH-11
043220 004737 035034' JSR PC,.DHSTO
13272 043224 000402 BR 20$ ;;; [4.2181] AND EXIT
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 239-1
TERMINAL DRIVER -- .TTXON (DEVICE DEPENDENT XON PROCESSING)
13273 ;
13274 ;
13275 ; HERE TO START A DL-11 LINE
13276 ;
13277 043226 .DLXON::
13278 043226 CALL .DLSTO ;;; [5.1015] START UP THE DL-11
043226 004737 035210' JSR PC,.DLSTO
13279 043232 20$:
13280 043232 042765 000200 000006 BIC #TT.XOF,STSW1(R5) ;;; [4.2181] MARK LINE AS X'D ON
13281 043240 30$:
13282 043240 RETURN ;;; [4.2181] TO CALLER
043240 000207 RTS PC
13283
13284 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 240
TERMINAL DRIVER -- .TTRST (RESET A TERMINAL LINE)
13286 .SBTTL TERMINAL DRIVER -- .TTRST (RESET A TERMINAL LINE)
13287
13288 ;+
13289 ; .TTRST -- RESET A TERMINAL LINE
13290 ;
13291 ; THIS SUBROUTINE WILL RESET A LINE'S STATUS AND CLEAR IT'S OUTPUT QUEUE
13292 ;
13293 ; INPUTS:
13294 ;
13295 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS LINE
13296 ;
13297 ; OUTPUTS:
13298 ;
13299 ; NO REGISTERS ARE ALTERED
13300 ; LINE STATUS IS RESET
13301 ; LINES OUTPUT QUEUE IS EMPTY
13302 ;
13303 ; NOTE:
13304 ; THIS SUBROUTINE MUST BE CALLED AT BR5 OR HIGHER
13305 ;-
13306
13307 043242 .TTRST::
13308 043242 010246 MOV R2,-(SP) ;;; [4.2205] SAVE R2
13309 043244 005737 001030' TST .PFIOW ;;; [4.2205] POWER FAIL RESTART??
13310 043250 001420 BEQ 10$ ;;; [4.2205] NO -- GO ON
13311 ;
13312 ;TT.LSP GETS CLEARED BY CLEARING TT.RSI
13313 ;
13314 043252 042765 161411 000006 BIC #TT.SND!TT.RSI!TT.NSA!TT.ABW!TT.SIP!TT.OUT,STSW1(R5)
13315 ;;; [4.2205] YES -- SET POWER UP STATUS
13316 043260 042765 140000 000004 BIC #S0.MSK,STSW0(R5) ;;; [4.2309] RESET CONNECT BIT
13317 043266 CALL .TTSW2 ;;; [5.1015] FIND OUR "STSW2" ENTRY
043266 004737 044212' JSR PC,.TTSW2
13318 043272 105012 CLRB (R2) ;;; [5.1016] REMOVE DEFERRED CHARACTER
13319 043274 032712 170000 BIT #S2.DDN!S2.DIP!S2.ENB!S2.DIS,(R2)
13320 ;;; [5.1015] WAS THE LINE BEING TURNED ON OR OFF??
13321 043300 001404 BEQ 10$ ;;; [5.1015] NO -- LEAVE IT ALONE
13322 043302 012712 100000 MOV #S2.DDN,(R2) ;;; [5.1015] YES -- SAY IT WAS FINISHED
13323 043306 CALL .TTENB ;;; [5.1015] AND TURN IT ON
043306 004737 043676' JSR PC,.TTENB
13324 043312 10$:
13325 043312 010502 MOV R5,R2 ;;; [5.1015] COPY DLS POINTER TO R2
13326 043314 CALL ..STPT ;;; [4.2205] STOP THE LINE AND FLUSH OUTPUT
043314 004737 046400' JSR PC,..STPT
13327 043320 042765 014220 000006 BIC #TT.XOF!TT.XEN!TT.FEC,STSW1(R5)
13328 ;;; [4.2205] RESET THE LINE STATUS
13329 ;
13330 ;THE FOLLOWING IS NOT CURRENTLY NECESSARY, AS CLEARING TT.FEC CLEARS
13331 ;TT.IGN!TT.BRK. TT.LSP NOT GETTING CLEARED WILL NOT HAVE AN ADVERSE
13332 ;AFFECT (IT MEANS OCCASIONALLY WE WILL TRY LOW SPEED AUTOBAUD BEFORE
13333 ;HIGH SPEED IF WE RESTART A LINE IN LOW SPEED WAIT).
13334 ;
13335 ; BIT #TT.ABL,STSW1(R5) ;;; AUTOBAUD?
13336 ; BEQ 20$ ;;; NO
13337 ; BIC #TT.LSP!TT.IGN!TT.BRK,STSW1(R5)
13338 ; ;;; YES -- CLEAR APPROPRIATE BITS
13339 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 240-1
TERMINAL DRIVER -- .TTRST (RESET A TERMINAL LINE)
13340 043326 012602 MOV (SP)+,R2 ;;; RESTORE R2
13341 043330 RETURN ;;; [4.2205] TO CALLER
043330 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 241
TERMINAL DRIVER -- CHECK INPUT XOFF DELAY
13343 .SBTTL TERMINAL DRIVER -- CHECK INPUT XOFF DELAY
13344
13345 ;+
13346 ; .TTCHK -- CHECK INPUT XOFF DELAY
13347 ;
13348 ; THIS SUBROUTINE WILL COUNT EITHER TWO CLOCK TICKS OR TWO CHARACTERS FOR A
13349 ; LINE WHICH IS BEING INPUT DISABLED. THE LINE SPEED IS THEN SET TO ZERO
13350 ; WHEN THE COUNT OVERFLOWS
13351 ;
13352 ; INPUTS:
13353 ;
13354 ; R2 -- POINTS TO "STSW2" ENTRY FOR LINE
13355 ; R5 -- POINTS TO DLS TABLE ENTRY FOR LINE
13356 ;
13357 ; OUTPUTS:
13358 ;
13359 ; DELAY COUNT AND STATUS IS IN "STSW2(R2)"
13360 ;-
13361
13362 043332 .TTCHK::
13363 043332 105262 000001 INCB 1(R2) ;;; [5.1015] YES -- COUNT THIS TICK
13364 043336 032712 001000 BIT #S2.SSZ,(R2) ;;; [5.1015] TIME TO SHUT HIM OFF??
13365 043342 001404 BEQ 10$ ;;; [5.1015] NO -- NOT YET
13366 043344 CALL .TTDIS ;;; [5.1015] YES -- DO IT
043344 004737 043520' JSR PC,.TTDIS
13367 043350 005337 005054' DEC .TTS2F ;;; [5.1015] COUNT THIS LINE
13368 043354 10$:
13369 043354 RETURN ;;; [5.1015] TO CALLER
043354 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 242
TERMINAL DRIVER -- .TTICK (INPUT BUFFER CHECKS)
13371 .SBTTL TERMINAL DRIVER -- .TTICK (INPUT BUFFER CHECKS)
13372
13373 ;+
13374 ; .TTICK -- TERMINAL INPUT BUFFER CHECKS
13375 ;
13376 ; THIS SUBROUTINE WILL CHECK THE STATE OF THE BUFFER SPACE AND INITIATE AN
13377 ; INPUT DISABLE SEQUENCE IF THE INPUT BUFFER LOW HAS BEEN CROSSED.
13378 ;
13379 ; INPUTS:
13380 ;
13381 ; R2 -- POINTS TO "STSW2" ENTRY FOR CURRENT LINE
13382 ; R5 -- POINTS TO DLS TABLE ENTRY FOR CURRENT LINE
13383 ;
13384 ; OUTPUTS:
13385 ;
13386 ; NONE
13387 ;
13388 ; NOTE:
13389 ;
13390 ; THE CTY IS NEVER INPUT-DISABLED BY THIS ROUTINE
13391 ;-
13392
13393 .ENABL LSB
13394
13395 043356 .TTICK::
13396 043356 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; [4.1.1092] IS THIS A CTY??
13397 043364 001035 BNE 20$ ;;; [4.1.1092] YES -- LEAVE IT ALONE
13398 043366 023737 005062' 001430' CMP .IBFLO,.FREPL+2 ;;; [4.1.1092] NO -- IS THE FREE-POOL OK??
13399 043374 103431 BLO 20$ ;;; [4.1.1092] YES -- JUST EXIT
13400 043376 032712 140000 BIT #S2.DDN!S2.DIP,(R2) ;;; [4.1.1092] NO -- IN PROGRESS OR DONE??
13401 043402 001026 BNE 20$ ;;; [4.1.1092] YES -- LEAVE IT ALONE
13402 043404 052712 004000 BIS #S2.LCL,(R2) ;;; [4.1.1092] NO -- SAY THAT WE OWN THE LINE
13403 043410 000443 BR .TTDIS ;;; [4.1.1092] AND DISABLE IT
13404 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 243
TERMINAL DRIVER -- .TTQDS (QUEUED PROTOCOL INPUT DISABLE SERVI
13406 .SBTTL TERMINAL DRIVER -- .TTQDS (QUEUED PROTOCOL INPUT DISABLE SERVICE)
13407
13408 ;+
13409 ; .TTQDS -- QUEUED PROTOCOL LINE DISABLE SERVICE
13410 ; .TTQEN -- QUEUED PROTOCOL LINE ENABLE SERVICE
13411 ;
13412 ; THESE SUBROUTINES ARBITRATE THE OWNERSHIP OF A LINE FOR WHICH THE HOST HAS
13413 ; REQUESTED EITHER AN INPUT DISABLE OR ENABLE VIA THE QUEUED PROTOCOL. THE
13414 ; "RULE OF THUMB" IS THAT IF THE FREE-POOL IS BELOW INPUT THRESHOLDS, THE
13415 ; FRONT-END GAINS "OWNERSHIP" OF THAT LINE FOR WHICH THE REQUEST IS ISSUED.
13416 ;
13417 ; UNDER THESE CIRCUMSTANCES, THE LINE WILL EVENTUALLY BECOME INPUT RE-ENABLED
13418 ; BY THE CLOCK SERVICE, BUT ONLY IF THE FREE-POOL IS ABOVE MINIMUMS.
13419 ;
13420 ; INPUTS:
13421 ;
13422 ; R2 -- POINTS TO "STSW2" ENTRY FOR THE LINE
13423 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THE LINE
13424 ;
13425 ; OUTPUTS:
13426 ;
13427 ; NO REGISTERS ALTERED
13428 ;-
13429
13430 043412 .TTQDS::
13431 043412 032712 004000 BIT #S2.LCL,(R2) ;;; [4.1.1092] DO WE OWN THE LINE??
13432 043416 001020 BNE 20$ ;;; [4.1.1092] YES -- KEEP IT
13433 043420 000437 BR .TTDIS ;;; [4.1.1092] NO -- STOP IT
13434 ;
13435 043422 .TTQEN::
13436 043422 032712 004000 BIT #S2.LCL,(R2) ;;; [4.1.1092] DO WE OWN THE LINE??
13437 043426 001014 BNE 20$ ;;; [4.1.1092] YES -- KEEP IT
13438 043430 023737 005064' 001430' CMP .IBFOK,.FREPL+2 ;;; [4.1.1092] NO -- IS THE FREE-POOL OK??
13439 043436 103517 BLO .TTENB ;;; [4.1.1092] YES -- ENABLE THE LINE AND EXIT
13440 043440 032712 140000 BIT #S2.DDN!S2.DIP,(R2) ;;; [4.1.1092] NO -- IS IT (BEING) STOPPED??
13441 043444 001405 BEQ 20$ ;;; [4.1.1092] NO -- LEAVE IT ALONE
13442 043446 100002 BPL 10$ ;;; [4.1.1092] IN PROGRESS -- GO ON
13443 043450 005237 005056' INC .S2IDC ;;; [4.1.1092] DONE -- ACCOUNT FOR THE LINE
13444 043454 10$:
13445 043454 052712 004000 BIS #S2.LCL,(R2) ;;; [4.1.1092] MARK THAT WE OWN THE LINE
13446 043460 20$:
13447 043460 RETURN ;;; [4.1.1092] AND EXIT
043460 000207 RTS PC
13448
13449 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 244
TERMINAL DRIVER -- .TTIXC (INPUT CONTROL CHECKS)
13451 .SBTTL TERMINAL DRIVER -- .TTIXC (INPUT CONTROL CHECKS)
13452
13453 ;+
13454 ; .TTIXC -- TERMINAL INPUT CONTROL CHECKS
13455 ;
13456 ; THIS SUBROUTINE WILL CHECK AND INITIATE A DEFERRED INPUT XON OR XOFF
13457 ;
13458 ; INPUTS:
13459 ;
13460 ; R5 -- POINTS TO DLS ENTRY FOR THE LINE TO BE CHECKED
13461 ;
13462 ; OUTPUTS:
13463 ;
13464 ; R2 -- POINTS TO STSW2 ENTRY FOR THE LINE
13465 ; OUTPUT IS ACTIVE IF AN XOFF OR XON HAS BEEN STARTED ON THE LINE
13466 ;-
13467
13468 043462 .TTIXC::
13469 043462 CALL .TTSW2 ;;; [5.1015] FIND OUR "STSW2" ENTRY
043462 004737 044212' JSR PC,.TTSW2
13470 043466 032712 010000 BIT #S2.ENB,(R2) ;;; [5.1015] INPUT XON PENDING??
13471 043472 001101 BNE .TTENB ;;; [5.1015] YES -- DO IT
13472 043474 10$:
13473 043474 032712 020000 BIT #S2.DIS,(R2) ;;; [5.1015] INPUT XOFF PENDING??
13474 043500 001007 BNE .TTDIS ;;; [5.1015] YES -- DO IT
13475 043502 20$:
13476 043502 010446 MOV R4,-(SP) ;;; [5.1016] SAVE R4
13477 043504 111204 MOVB (R2),R4 ;;; [5.1016] BREAK-THROUGH WRITE PENDING??
13478 043506 001402 BEQ 30$ ;;; [5.1016] NO -- GO ON
13479 043510 CALL .TTBTW ;;; [5.1016] YES -- DO IT
043510 004737 044042' JSR PC,.TTBTW
13480 043514 30$:
13481 043514 012604 MOV (SP)+,R4 ;;; [5.1016] RESTORE R4
13482 043516 RETURN ;;; [5.1016] TO CALLER
043516 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 245
TERMINAL DRIVER -- .TTDIS (DISABLE INPUT FROM LINE)
13484 .SBTTL TERMINAL DRIVER -- .TTDIS (DISABLE INPUT FROM LINE)
13485
13486 ;+
13487 ; .TTDIS -- DISABLE INPUT FROM LINE
13488 ;
13489 ; THIS SUBROUTINE WILL INITIATE THE DISABLING OF THE INPUT FOR A LINE
13490 ; BY TRANSMITTING AN XOFF TO THE LINE AND MARKING THE DISABLE IN PROGRESS
13491 ;
13492 ; INPUTS:
13493 ;
13494 ; R2 -- POINTS TO THE "STSW2" ENTRY FOR THIS LINE
13495 ; R5 -- POINTS TO DATA LINE SCANNER ENTRY FOR LINE TO BE DISABLED
13496 ;
13497 ; OUTPUTS:
13498 ;
13499 ; NO REGISTERS ALTERED
13500 ;
13501 ; NOTES:
13502 ;
13503 ; THIS ROUTINE MUST BE ENTERED AT PRI5 OR HIGHER
13504 ; THIS ROUTINE ASSUMES THAT THE DEVICE EXISTS
13505 ;-
13506
13507 .ENABL LSB
13508
13509 043520 .TTDIS::
13510 043520 010046 MOV R0,-(SP) ;;; [5.1015] SAVE REGISTERS
13511 043522 010246 MOV R2,-(SP)
13512 043524 010446 MOV R4,-(SP)
13513 043526 032712 140000 BIT #S2.DIP!S2.DDN,(R2) ;;; [5.1015] ALREADY DONE OR IN PROGRESS??
13514 043532 100576 BMI 75$ ;;; [5.1015] ALREADY STOPPED -- GO ON
13515 043534 001025 BNE 20$ ;;; [5.1015] FIRST PART DONE -- FINISH
13516 ;
13517 ; HERE TO INITIATE THE LINE STOP
13518 ;
13519 043536 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1015] IS OUTPUT ACTIVE??
13520 043544 001405 BEQ 10$ ;;; [5.1015] NO -- GO ON
13521 ;
13522 ; HERE TO DEFER THE XOFF TRANSMISSION
13523 ;
13524 043546 052712 020000 BIS #S2.DIS,(R2) ;;; [5.1015] YES -- DEFER THE REQUEST
13525 043552 042712 010000 BIC #S2.ENB,(R2) ;;; [5.1015] REMOVE "OTHER" REQUEST
13526 043556 000562 BR 70$ ;;; [5.1015] STOP THE LINE AND EXIT
13527 ;
13528 ;
13529 ; HERE TO TRANSMIT THE XOFF
13530 ;
13531 043560 10$:
13532 043560 032712 004000 BIT #S2.LCL,(R2) ;;; [6.1392] DO WE OWN THIS LINE
13533 043564 001402 BEQ 12$ ;;; [6.1392] NO, DON'T SEND XOFF
13534 043566 CALL .TFXOF ;;; [5.1016] FORCE THE XOFF TO THE LINE
043566 004737 044242' JSR PC,.TFXOF
13535 043572 12$:
13536 043572 042712 020000 BIC #S2.DIS,(R2) ;;; [5.1015] REMOVE DEFERRED REQUEST
13537 043576 15$:
13538 043576 052712 040000 BIS #S2.DIP,(R2) ;;; [5.1015] MARK THE REQUEST IN PROGRESS
13539 043602 005237 005054' INC .TTS2F ;;; [5.1015] FLAG THE CLOCK SERVICE
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 245-1
TERMINAL DRIVER -- .TTDIS (DISABLE INPUT FROM LINE)
13540 043606 000550 BR 75$ ;;; [5.1015] AND EXIT
13541 ;
13542 ;
13543 ; HERE TO REFUSE INPUT FROM THE LINE
13544 ;
13545 043610 20$:
13546 043610 032712 001000 BIT #S2.SSZ,(R2) ;;; [5.1015] READY FOR SECOND PART??
13547 043614 001545 BEQ 75$ ;;; [5.1015] NO -- WAIT
13548 043616 CALL .STDHL ;;; [5.1015] SET UP THE LINE NUMBER
043616 004737 040476' JSR PC,.STDHL
13549 043622 100406 BMI 25$ ;;; [5.1015] BRANCH IF LINE IS A DL-11
13550 043624 032712 004000 BIT #S2.LCL,(R2) ;;; [RCO 32681] OUR LINE ??
13551 043630 001010 BNE 30$ ;;; [RCO 32681] YES, DON'T SET LINE SPEED TO ZERO
13552 043632 CALL .DHSPZ ;;; SET INPUT SPEED TO ZERO
043632 004737 040540' JSR PC,.DHSPZ
13553 043636 000405 BR 30$ ;;; [5.1015] AND EXIT
13554 ;
13555 043640 25$:
13556 043640 112765 177777 000004 MOVB #-1,STSW0(R5) ;;; [5.1015] DISABLE DL-11 INPUT
13557 043646 042714 000100 BIC #DL.REN,(R4) ;;; [5.1015] SO
13558 043652 30$:
13559 043652 042712 041400 BIC #S2.DIP!S2.CNT,(R2) ;;; [5.1015] NO LONGER IN PROGRESS
13560 043656 052712 100000 BIS #S2.DDN,(R2) ;;; [5.1015] BUT FINISHED
13561 043662 032712 004000 BIT #S2.LCL,(R2) ;;; [4.1.1092] DO WE OWN THIS LINE??
13562 043666 001520 BEQ 75$ ;;; [4.1.1092] NO -- GO ON
13563 043670 005237 005056' INC .S2IDC ;;; [4.1.1092] YES -- ACCOUNT FOR IT
13564 043674 000515 BR 75$ ;;; [5.1015] EXIT
13565 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 246
TERMINAL DRIVER -- .TTENB (ENABLE INPUT FOR LINE)
13567 .SBTTL TERMINAL DRIVER -- .TTENB (ENABLE INPUT FOR LINE)
13568
13569 ;+
13570 ; .TTENB -- ENABLE INPUT FOR LINE
13571 ;
13572 ; THIS ROUTINE WILL ENABLE INPUT FOR A LINE BY RESETTING ITS INPUT SPEED AND
13573 ; TRANSMITTING AN XON TO THE LINE.
13574 ;
13575 ; INPUTS:
13576 ;
13577 ; R2 -- POINTS TO "STSW2" ENTRY FOR THIS LINE
13578 ; R5 -- POINTS TO DLS TABLE ENTRY FOR THIS LINE
13579 ;
13580 ; OUTPUTS:
13581 ;
13582 ; NO REGISTERS ALTERED
13583 ;
13584 ; NOTES:
13585 ;
13586 ; THIS ROUTINE MUST BE ENTERED AT PRI5 OR HIGHER
13587 ; THIS ROUTINE ASSUMES THAT THE DEVICE EXISTS
13588 ;-
13589
13590 043676 .TTENB::
13591 043676 010046 MOV R0,-(SP) ;;; [5.1015] SAVE REGISTERS
13592 043700 010246 MOV R2,-(SP)
13593 043702 010446 MOV R4,-(SP)
13594 043704 032712 140000 BIT #S2.DDN!S2.DIP,(R2) ;;; [5.1015] INTERROGATE LINE STATE
13595 043710 100406 BMI 35$ ;;; [5.1015] LINE IS DISABLED
13596 043712 001506 BEQ 75$ ;;; [5.1015] ALREADY ENABLED -- EXIT
13597 043714 042712 040000 BIC #S2.DIP,(R2) ;;; [5.1015] REMOVE REQUEST IN PROGRESS
13598 043720 005337 005054' DEC .TTS2F ;;; [5.1015] REMOVE CLOCK COUNT
13599 043724 000416 BR 45$ ;;; [5.1015] TRY TO ENABLE THE LINE NOW
13600 ;
13601 ;
13602 ; HERE TO INITIATE THE LINE START
13603 ;
13604 043726 35$:
13605 043726 CALL .STDHL ;;; [5.1015] SET UP THE LINE NUMBER
043726 004737 040476' JSR PC,.STDHL
13606 043732 100407 BMI 40$ ;;; [5.1015] BRANCH IF THIS IS A DL-11
13607 043734 016546 000004 MOV STSW0(R5),-(SP) ;;; [5.1015] GET THE SPEED WORD
13608 043740 042716 140000 BIC #S0.MSK,(SP) ;;; [5.1015] GET RID OF STATUS
13609 043744 012664 000004 MOV (SP)+,4(R4) ;;; [5.1015] SET THE SPEED
13610 043750 000404 BR 45$ ;;; [5.1015] AND EXIT
13611 ;
13612 043752 40$:
13613 043752 105065 000004 CLRB STSW0(R5) ;;; [5.1015] ALLOW DL-11 INPUT
13614 043756 052714 000100 BIS #DL.REN,(R4) ;;; [5.1015] SO
13615 ;
13616 ; HERE TO TRANSMIT THE XON
13617 ;
13618 043762 45$:
13619 043762 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1015] OUTPUT ACTIVE??
13620 043770 001017 BNE 50$ ;;; [5.1015] YES -- DEFER THE REQUEST ONCE MORE
13621 043772 032712 004000 BIT #S2.LCL,(R2) ;;; [6.1392] DO WE OWN THIS LINE
13622 043776 001402 BEQ 46$ ;;; [6.1392] NO, DON'T SEND XON
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 246-1
TERMINAL DRIVER -- .TTENB (ENABLE INPUT FOR LINE)
13623 044000 CALL .TFXON ;;; [5.1016] YES, FORCE THE XON
044000 004737 044232' JSR PC,.TFXON
13624 044004 46$:
13625 044004 005712 TST (R2) ;;; [6.1361] HAVE WE DISABLED THIS LINE?
13626 044006 100005 BPL 48$ ;;; [6.1361] NO, DON'T DECREMENT COUNT
13627 044010 032712 004000 BIT #S2.LCL,(R2) ;;; [6.1361] YES, IS IT OUR REQUEST?
13628 044014 001402 BEQ 48$ ;;; [6.1361] NO
13629 044016 005337 005056' DEC .S2IDC ;;; [6.1361] YES, DECREMENT DISABLED LINE COUNT
13630 044022 042712 115400 48$: BIC #S2.ENB!S2.DDN!S2.LCL!S2.CNT,(R2) ;;; [5.1015] CLEAR THE REQUEST
13631 044026 000440 BR 75$ ;;; [5.1015] AND EXIT
13632 ;
13633 ;
13634 ; HERE TO DEFER THE LINE START
13635 ;
13636 044030 50$:
13637 044030 052712 010000 BIS #S2.ENB,(R2) ;;; [5.1015] SET DEFERRED REQUEST
13638 044034 042712 020000 BIC #S2.DIS,(R2) ;;; [5.1015] REMOVE "OTHER" REQUEST
13639 044040 000431 BR 70$ ;;; [5.1015] STOP THE LINE AND EXIT
13640 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 247
TERMINAL DRIVER -- .TTBTW (BREAK-THROUGH WRITE FUNCTION)
13642 .SBTTL TERMINAL DRIVER -- .TTBTW (BREAK-THROUGH WRITE FUNCTION)
13643
13644 ;+
13645 ; .TTBTW -- BREAK-THROUGH WRITE FUNCTION
13646 ;
13647 ; THIS SUBROUTINE WILL FORCE A SINGLE CHARACTER TO A LINE AT THE HEAD OF ITS
13648 ; OUTPUT LIST AND OVER AN OUTPUT XOFF.
13649 ;
13650 ; INPUTS:
13651 ;
13652 ; R4 -- CHARACTER TO BE SENT
13653 ; R5 -- POINTS TO DLS ENTRY FOR THIS LINE
13654 ;
13655 ; OUTPUTS:
13656 ;
13657 ; NO REGISTERS ALTERED
13658 ;
13659 ; NOTES:
13660 ;
13661 ; THIS ROUTINE MUST BE ENTERED AT PRI5 OR HIGHER
13662 ; THIS ROUTINE ASSUMES THAT THE DEVICE EXISTS
13663 ;-
13664
13665 044042 .TTBTW::
13666 044042 010046 MOV R0,-(SP) ;;; [5.1015] SAVE R0
13667 044044 010246 MOV R2,-(SP) ;;; [5.1015] AND R2
13668 044046 010446 MOV R4,-(SP)
13669 044050 CALL .TTSW2 ;;; [5.1016] FIND OUR "STSW2" ENTRY
044050 004737 044212' JSR PC,.TTSW2
13670 044054 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1016] OUTPUT ACTIVE??
13671 044062 001017 BNE 65$ ;;; [5.1016] YES -- DEFER THE REQUEST
13672 044064 CALL BLDPKT ;;; [5.1016] NO -- ALLOCATE AND BUILD THE PACKET
044064 004737 044140' JSR PC,BLDPKT
13673 044070 105012 CLRB (R2) ;;; [5.1016] RENDER DEFERRED CHARACTER NULL
13674 044072 011502 MOV (R5),R2 ;;; [5.1015] GET POINTER TO FIRST NODE IN LIST
13675 044074 010015 MOV R0,(R5) ;;; [5.1015] SET NEW PACKET AS NEW FIRST NODE
13676 044076 010210 MOV R2,(R0) ;;; [5.1015] LINK REST OF QUEUE
13677 044100 CALL .STDHL ;;; [5.1015] SET THE LINE NUMBER
044100 004737 040476' JSR PC,.STDHL
13678 044104 100403 BMI 55$ ;;; [5.1015] BRANCH IF THIS IS A DL-11
13679 044106 CALL .DHSTO ;;; [5.1015] START THE MESSAGE UP
044106 004737 035034' JSR PC,.DHSTO
13680 044112 000406 BR 75$ ;;; [5.1015] AND EXIT
13681 ;
13682 044114 55$:
13683 044114 CALL .DLSTO ;;; [5.1015] START UP THE DL-11
044114 004737 035210' JSR PC,.DLSTO
13684 044120 000403 BR 75$ ;;; [5.1016] AND EXIT
13685 ;
13686 044122 65$:
13687 044122 110412 MOVB R4,(R2) ;;; [5.1016] SET DEFERRED REQUEST
13688 044124 70$:
13689 044124 CALL .TTSTP ;;; [5.1016] FORCE THE LINE STOP
044124 004737 043056' JSR PC,.TTSTP
13690 044130 75$:
13691 044130 012604 MOV (SP)+,R4
13692 044132 012602 MOV (SP)+,R2 ;;; [5.1015] RESTORE REGISTERS
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 247-1
TERMINAL DRIVER -- .TTBTW (BREAK-THROUGH WRITE FUNCTION)
13693 044134 012600 MOV (SP)+,R0
13694 044136 RETURN ;;; [5.1015] AND EXIT
044136 000207 RTS PC
13695
13696 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 248
TERMINAL DRIVER -- BLDPKT (BUILD A TERMINAL PACKET)
13698 .SBTTL TERMINAL DRIVER -- BLDPKT (BUILD A TERMINAL PACKET)
13699
13700 ;+
13701 ; BLDPKT -- BUILD A TERMINAL PACKET
13702 ;
13703 ; THIS SUBROUTINE WILL BUILD A TERMINAL OUTPUT LIST ENTRY FOR THE
13704 ; CHARACTER IN R4.
13705 ;
13706 ; INPUTS:
13707 ;
13708 ; R4 -- CHARACTER TO BE TRANSMITTED
13709 ;
13710 ; OUTPUTS:
13711 ;
13712 ; R0 -- POINTER TO NEW TERMINAL PACKET
13713 ;-
13714
13715 044140 BLDPKT:
13716 044140 010146 MOV R1,-(SP) ;;; [5.1015] SAVE R1
13717 044142 012701 000012 MOV #12,R1 ;;; [5.1016] SET THE NODE SIZE
13718 044146 CALL ..ALCB ;;; [5.1015] GET A BUFFER
044146 004737 045654' JSR PC,..ALCB
13719 044152 103414 BCS 10$ ;;; [5.1015] POOL EXHAUSTED IF CC-C SET
13720 044154 010046 MOV R0,-(SP) ;;; [5.1015] SAVE BUFFER POINTER
13721 044156 005020 CLR (R0)+ ;;; [5.1016] GET OVER THE LINKAGE
13722 044160 010120 MOV R1,(R0)+ ;;; [5.1016] SET THE NODE SIZE
13723 044162 011610 MOV (SP),(R0) ;;; [5.1016] SET THE DATA ADDRESS
13724 044164 062720 000010 ADD #10,(R0)+ ;;; [5.1016] SO
13725 044170 012720 000001 MOV #1,(R0)+ ;;; [5.1016] SET THE BYTE COUNT
13726 044174 110410 MOVB R4,(R0) ;;; [5.1016] AND NOW THE DATA
13727 044176 012600 MOV (SP)+,R0 ;;; [5.1015] RESTORE BUFFER POINTER
13728 044200 012601 MOV (SP)+,R1 ;;; [5.1015] RESTORE R1
13729 044202 RETURN ;;; [5.1015] TO CALLER
044202 000207 RTS PC
13730 044204 10$:
13731 044204 .CRASH BO5 ;;; [5.1015] BUFFER OVERFLOW...
044204 000004 IOT
044206 102 117 065 .ASCIZ /BO5/
044211 000
13732 ;
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 249
TERMINAL DRIVER -- .TTSW2 (FIND OFFSET INTO "STSW2" TABLE)
13734 .SBTTL TERMINAL DRIVER -- .TTSW2 (FIND OFFSET INTO "STSW2" TABLE)
13735
13736 ;+
13737 ; .TTSW2 -- FIND OFFSET INTO "STSW2" TABLE
13738 ;
13739 ; INPUTS:
13740 ;
13741 ; R5 -- POINTS TO DLS ENTRY FOR THIS LINE
13742 ;
13743 ; OUTPUTS:
13744 ;
13745 ; R2 -- POINTS TO "STSW2" ENTRY FOR THIS LINE
13746 ;-
13747
13748 044212 .TTSW2::
13749 044212 010502 MOV R5,R2 ;;; [5.1015] COPY DLS POINTER TO R2
13750 044214 162702 003004' SUB #TTTBL,R2 ;;; [5.1015] FIND OFFSET INTO "STSW2" TABLE
13751 044220 006202 ASR R2
13752 044222 006202 ASR R2 ;;; [5.1015] SO
13753 044224 062702 005066' ADD #STSW2,R2 ;;; [5.1015] VOILA!
13754 044230 RETURN ;;; [5.1015] TO CALLER
044230 000207 RTS PC
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 250
TERMINAL DRIVER -- .TFXON (FORCE AN XON FOR A LINE)
13756 .SBTTL TERMINAL DRIVER -- .TFXON (FORCE AN XON FOR A LINE)
13757
13758 ;+
13759 ; .TFXON -- FORCE AN XON FOR A LINE
13760 ; .TFXOF -- FORCE AN XOFF FOR A LINE
13761 ;
13762 ; THESE SUBROUTINES WILL FORCE THE INDICATED CHARACTER TO THE LINE IMMEDIATELY
13763 ;
13764 ; INPUTS:
13765 ;
13766 ; R5 -- POINTS TO DLS ENTRY FOR THE LINE
13767 ;
13768 ; OUTPUTS:
13769 ;
13770 ; NO REGISTERS ALTERED
13771 ;
13772 ; NOTES:
13773 ;
13774 ; THIS ROUTINE MUST BE ENTERED AT PRI5 OR HIGHER
13775 ; THIS ROUTINE ASSUMES THAT THE DEVICE EXISTS
13776 ; THIS ROUTINE ASSUMES THAT THE DEVICE IS NOT OUTPUT ACTIVE
13777 ;-
13778
13779 .ENABL LSB
13780
13781 044232 .TFXON::
13782 044232 010446 MOV R4,-(SP) ;;; [5.1016] SAVE R4
13783 044234 012704 000021 MOV #C.HXON,R4 ;;; [5.1016] SET THE XON CHARACTER
13784 044240 000403 BR 10$ ;;; [5.1016] DO COMMON CODE
13785 ;
13786 044242 .TFXOF::
13787 044242 010446 MOV R4,-(SP) ;;; [5.1016] SAVE R4
13788 044244 012704 000223 MOV #C.HPAR!C.HXOF,R4 ;;; [EDIT ?] SET THE XOFF CHARACTER
13789 044250 10$:
13790 044250 CALL .TTBTW ;;; [5.1016] FORCE IT OUT
044250 004737 044042' JSR PC,.TTBTW
13791 044254 012604 MOV (SP)+,R4 ;;; [5.1016] RESTORE R4
13792 044256 RETURN ;;; [5.1016] TO CALLER
044256 000207 RTS PC
13793
13794 .DSABL LSB
TTYDRR - GENERAL TERMINAL HAND MACRO M1113 03-APR-86 22:25 PAGE 252
TERMINAL DRIVER -- .TFXON (FORCE AN XON FOR A LINE)
13797
13798
13799
13800 .TITLE SCOMM - COMMON DATA AND SUBROUTINES
13801 .SBTTL SYSTEM COMMON SUBROUTINES -- COPYRIGHT STATEMENT
13802 044260 IDENT$ 14,32,RSX$$F
.IDENT /E14320/
13803 ;
13804 ; COPYRIGHT (C) 1975, 1984, 1985 BY
13805 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
13806 ; ALL RIGHTS RESERVED.
13807 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
13808 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
13809 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
13810 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
13811 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
13812 ;
13813 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
13814 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
13815 ; CORPORATION.
13816 ;
13817 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
13818 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
13819 ;
13820 ; MODULE: "SCOMM"
13821 ; VERSION: 14-32
13822 ; AUTHOR: R. MCLEAN
13823 ; DATE: 19 JUL 75
13824 ;
13825 ;
13826 ; MODIFICATIONS:
13827 ;
13828 ; THIS MODULE CONTAINS:
13829 ;
13830 ; 1 -- THIS MODULE CONTAINS SYSTEM COMMON MODULES AND TABLES
13831 ;
13832 ; NO. DATE PROGRAMMER PURPOSE
13833 ; --- ---- ---------- -------
13834 ; 001 27-JUL-76 J. MASSE CHANGE 'LBNL' FOR DX0 & DX1
13835 ; FROM 496. TO 494.
13836 ; 002 8-AUG-76 J. MASSE CHANGE VERSION NO. TO 004A
13837 ; 003 9-AUG-76 J. MASSE ADD KLINIK HOOKS
13838 ; 004 20-OCT-76 A. PECKHAM ADD DORBELL COUNTER
13839 ; 005 20-OCT-76 A. PECKHAM CHANGE VERSION NO. TO 006A
13840 ; 006 03-FEB-77 R. BELANGER ADD GENERALIZED DL11E
13841 ; SERVICE AND NEW KLINIK
13842 ; HOOKS AND HANDLES
13843 ; 007 07-MAR-77 A. PECKHAM FIXED BUG IN ..STTY
13844 ; 008 14-MAR-77 R. BELANGER CONDITIONALLY REMOVE
13845 ; SUPPORT FOR DTE20 DIRECTIVES
13846 ; ADD CODE FOR DYNAMIC ALLOCATION
13847 ; OF .BGBUF AND .FREPL
13848 ; 009 15-JUL-77 R. BELANGER ADD AUTO BAUD SUPPORT
13849 ; 010 02-SEP-77 R. BELANGER XON/XOFF BUG FIX
13850 ; TCO 4.2047 18-OCT-78 R. BELANGER FIX ..STTY TO NOT QUEUE
13851 ; OUTPUT FOR NON-EX LINES
13852 ; TCO 4.2096 30-NOV-78 R. BELANGER FIX "..STPT" TO INSURE DEQUEUE
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 252-1
SYSTEM COMMON SUBROUTINES -- COPYRIGHT STATEMENT
13853 ; OF TRUNCATED PACKET AT OUTPUT DONE
13854 ; TCO 4.2107 06-DEC-78 R. BELANGER ADD ".KACFL" FLAG FOR NEW
13855 ; KEEP-ALIVE ERROR PROCESSING
13856 ; TCO 4.2208 08-MAR-79 R. BELANGER FIX BUG IN "..STIN" TO DISALLOW
13857 ; ACCESS TO KL MEMORY DURING
13858 ; PROTOCOL PAUSE.
13859 ; TCO 4.2212 08-MAR-79 R. BELANGER MOVE DATABASE TO FE STATUS BLOCK
13860 ; TCO 4.2216 16-MAR-79 R. BELANGER ALLOW DTE-20 TO RUN AT FULL SPEED
13861 ; TCO 4.2217 19-MAR-79 R. BELANGER RETRY ALL EBUS PARITY ERRORS AND
13862 ; SNAPSHOT ALL FAILURES
13863 ; TCO 4.2265 23-MAY-79 R. BELANGER FIX KLINIK BUG
13864 ; TCO 5.1008 11-OCT-79 R. BELANGER ADD EBUS PARITY ERROR AND DEX
13865 ; ERROR LOGGING
13866 ; TCO 5.1015 23-OCT-79 R. BELANGER ADD NEW TERMINAL INPUT CONTROL
13867 ; TCO 4.1.1013 12-NOV-79 R. BELANGER FIX CORE ALLOCATOR BUG FOR
13868 ; NEGATIVE BYTE COUNT
13869 ; TCO 4.1.1035 16-NOV-79 R. BELANGER ADD QUEUE ARBITRATION MECHANISM
13870 ; TCO 4.1.1065 07-JAN-80 R. BELANGER DON'T RETRY DEX ERRORS
13871 ; TCO 4.1.1104 05-MAR-80 R. BELANGER FIX BUG IN CORE ALLOCATOR
13872 ; TCO 4.1.1105 11-MAR-80 R. BELANGER CHANGE "EF.PR1" RECOGNITION
13873 ; TCO 4.1.1137 05-APR-80 R. BELANGER LIMIT TO-10 QUEUE NODE TO 60 BYTES
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 253
SYSTEM COMMON SUBROUTINES -- COPYRIGHT STATEMENT
13875 ; MACRO LIBRARY CALLS
13876 ;
13877 .MCALL .CRASH,DIR$,DMYG$
13878 .MCALL MTPI,MFPI,MTPS,MFPS,CALL,RETURN,.INH5,.ENB5
13879 .MCALL $DEF,F11DF$
13880 .MCALL .INH0,.ENB0,WSIG$S
13881 .MCALL .ENB,.INH,.ENB6,.INH6
13882 044260 $DEF
13883 044260 F11DF$
13884
13885 ; MSETRP == 1
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 254
SCOMM MODULE -- BITTBL (ASH/BIC/BIS SIMULATION)
13887 .SBTTL SCOMM MODULE -- BITTBL (ASH/BIC/BIS SIMULATION)
13888
13889 044260 BITTBL::
13890 044260 000001 .WORD 1
13891 044262 000002 .WORD 2
13892 044264 000004 .WORD 4
13893 044266 000010 .WORD 10
13894 044270 000020 .WORD 20
13895 044272 000040 .WORD 40
13896 044274 000100 .WORD 100
13897 044276 000200 .WORD 200
13898 044300 000400 .WORD 400
13899 044302 001000 .WORD 1000
13900 044304 002000 .WORD 2000
13901 044306 004000 .WORD 4000
13902 044310 010000 .WORD 10000
13903 044312 020000 .WORD 20000
13904 044314 040000 .WORD 40000
13905 044316 100000 .WORD 100000
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 255
SCOMM MODULE -- .CEFN (CONVERT EFN)
13907 .SBTTL SCOMM MODULE -- .CEFN (CONVERT EFN)
13908
13909 ;+
13910 ; .CEFN -- SUBROUTINE TO CONVERT AN EVENT FLAG NUMBER INTO A FORM SUCH THAT
13911 ; IT MAY BE READ, SET, AND CLEARED VIA "BIT", "BIS", AND "BIC" INSTRUCTIONS.
13912 ;
13913 ; ALTERNATE ENTRY POINT ".CEFN3" THAT DETERMINES EFN WITHOUT DOING
13914 ; MOVE FROM PREVIOUS (MFPS)
13915 ;
13916 ; ENTRY CONDITIONS:
13917 ;
13918 ; R1 -- ADDRESS OF A WORD CONTAINING
13919 ; R3 -- EFN NUMBER (FOR .CEFN3 ENTRY ONLY)
13920 ; THE EVENT FLAG NUMBER, AND THE EFN CAN BE FETCHED
13921 ; R5 -- ATL NODE ADDRESS OF ISSUING TASK (.CRTSK)
13922 ;
13923 ; CALLING SEQUENCE:
13924 ;
13925 ; CALL .CEFN
13926 ;
13927 ; - OR -
13928 ;
13929 ; CALL .CEFN3
13930 ;
13931 ; EXIT CONDITIONS:
13932 ;
13933 ; R3 -- BIT MASK SELECTING FLAG IN WORD
13934 ; R2 -- ADDRESS OF WORD CONTAINING THE FLAG
13935 ;
13936 ; IF AN EVENT FLAG IS NOT SPECIFIED (EFN=0),
13937 ; BOTH R2 & R3 ARE RETURNED ZERO.
13938 ;
13939 ; CONDITION CODES ARE SET PER "TST R3" AT RETURN
13940 ;
13941 ; IF EFN IS OUT OF RANGE (<0 OR >64.) CONTROL IS TRANSFERRED
13942 ; TO DIRECTIVE ERROR STATUS 'E.97'.
13943 ;
13944 ; REGISTERS ALTERED:
13945 ;
13946 ; R2,R3
13947 ;-
13948
13949 044320 .CEFN::
13950 044320 005002 CLR R2 ; (CLEARED FOR DIVIDE AND ERROR RETURN)
13951 044322 MFPS @R1,R3
044322 011103 MOV @R1,R3
13952 044324 .CEFN3::
13953 044324 042703 177400 BIC #177400,R3
13954 044330 001423 BEQ 20$ ; EFN=0 -- NO FLAG SPECIFIED
13955 044332 020327 000100 CMP R3,#64. ; IS EFN IN RANGE: 0-64.?
13956 044336 101022 BHI X8X97 ; NO -- RETURN STS=-97
13957 044340 005303 DEC R3 ; YES -- CONVERT EFN TO INDEX (0,2,4,6)
13958 ; IN R2, AND FLAG MASK IN R3.
13959 044342 CALL DIV216 ; DIVIDE R2 BY 16
044342 004737 045274' JSR PC,DIV216
13960 044346 006302 ASL R2
13961 044350 006303 ASL R3 ; FIND BIT MASK
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 255-1
SCOMM MODULE -- .CEFN (CONVERT EFN)
13962 044352 016303 044260' MOV BITTBL(R3),R3
13963 044356 020227 000004 CMP R2,#4 ; FLAG IN RANGE 33-64?
13964 044362 002403 BLT 10$
13965 044364 062702 001004' ADD #.COMEF-4,R2 ; YES -- SET R2 TO ADDRESS OF WORD IN
13966 044370 000403 BR 20$ ; SCOMM (COMMON EVENT FLAGS)
13967 ;
13968 044372 10$:
13969 044372 060502 ADD R5,R2 ; NO -- SET R2 TO ADDRESS OF WORD IN
13970 044374 062702 000020 ADD #A.EF,R2 ; ATL NODE (TASK'S EVENT FLAGS)
13971 044400 20$:
13972 044400 005703 TST R3 ; SET CONDITION CODES
13973 044402 RETURN
044402 000207 RTS PC
13974
13975 044404 X8X97::
13976 044404 104637 TRAP DE.97
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 256
SCOMM MODULE -- .CKDEL (CLOCK DELETE)
13978 .SBTTL SCOMM MODULE -- .CKDEL (CLOCK DELETE)
13979
13980 ;+
13981 ; .CKDEL -- SUBROUTINE TO REMOVE AN ENTRY FORM THE CLOCK LIST
13982 ;
13983 ; ENTRY CONDITIONS:
13984 ;
13985 ; R4 -- POINTER TO ENTRY TO BE REMOVED
13986 ;
13987 ; CALLING SEQUENCE:
13988 ;
13989 ; CALL .CKDEL
13990 ;
13991 ; EXIT CONDITIONS:
13992 ;
13993 ; NO ERROR CONDITIONS
13994 ;
13995 ; REGISTERS ALTERED: NONE
13996 ;-
13997
13998 .ENABL LSB
13999
14000 044406 .CKDEL::
14001 044406 010446 MOV R4,-(SP) ; SAVE REGISTERS
14002 044410 010546 MOV R5,-(SP)
14003 044412 010405 MOV R4,R5
14004 044414 062705 000014 ADD #C.SZ,R5 ; LOOK AT THE NEXT ENTRY
14005 044420 10$:
14006 044420 012524 MOV (R5)+,(R4)+ ; NO -- MOVE AN ENTRY UP
14007 044422 001406 BEQ 30$ ; END OF TABLE
14008 044424 012524 MOV (R5)+,(R4)+
14009 044426 012524 MOV (R5)+,(R4)+
14010 044430 012524 MOV (R5)+,(R4)+
14011 044432 012524 MOV (R5)+,(R4)+
14012 044434 012524 MOV (R5)+,(R4)+
14013 044436 000770 BR 10$ ; TRY AGAIN
14014 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 257
SCOMM MODULE -- .CKDEL (CLOCK DELETE)
14050
14051 044440 30$:
14052 044440 005024 CLR (R4)+ ; INSURE LAST ENTRY 0
14053 044442 012605 MOV (SP)+,R5 ; RESTORE
14054 044444 012604 MOV (SP)+,R4
14055 044446 RETURN ; RETURN TO CALLER
044446 000207 RTS PC
14057
14058 .DSABL LSB
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 258
SCOMM MODULE -- ..ERLG (ERROR LOGGING)
14060 .SBTTL SCOMM MODULE -- ..ERLG (ERROR LOGGING)
14061
14062 ;+
14063 ; ..ERLG -- GENERAL ERROR LOGGING ROUTINE
14064 ;
14065 ; THIS SUBROUTINE WILL TRANSMIT ENTRIES IN A PARTICULAR ERROR LOGGING QUEUE
14066 ; TO THE KL. THE FORMAT FOR AN ERROR LOGGING QUEUE LISTHEAD IS:
14067 ;
14068 ; .WORD ADDR ; ADDRESS OF FIRST NODE IN QUEUE
14069 ; .WORD COUNT ; COUNT OF NODES IN QUEUE
14070 ;
14071 ; INPUTS:
14072 ;
14073 ; R3 -- DEVICE CODE FOR DEVICE TO BE ERROR LOGGED
14074 ; R4 -- ADDRESS OF ERROR LOG QUEUE LISTHEAD
14075 ;
14076 ; OUTPUTS:
14077 ;
14078 ; R0,R1,R2 -- CLOBBERED
14079 ;
14080 ; NOTE:
14081 ;
14082 ; THIS ROUTINE MUST BE CALLED FROM TASK LEVEL
14083 ;-
14084
14085 044450 ..ERLG::
14086 044450 005737 001012' TST .COMEF+2 ; [4.1.1105] IS PRIMARY PROTOCOL RUNNING??
14087 044454 100034 BPL 40$ ; [4.1.1105] NO -- JUST EXIT
14088 044456 011400 MOV (R4),R0 ; [5.1008] ANYTHING THERE??
14089 044460 001432 BEQ 40$ ; [5.1008] NO -- EXIT
14090 044462 032020 BIT (R0)+,(R0)+ ; [5.1008] YES -- MOVE OVER THE LISTHEAD
14091 044464 012702 000001 MOV #1,R2 ; [5.1008] SET UP EVENT FLAG
14092 044470 012701 100007 MOV #BC.HDS+BIT15,R1 ; [5.1008] SET UP FUNCTION CODE
14093 044474 CALL ..STIN ; [5.1008] LOG THE ERROR
044474 004737 047104' JSR PC,..STIN
14094 044500 103413 BCS 30$ ; [5.1008] ERROR IF CC-C IS SET
14095 044502 013701 001006' MOV .CRTSK,R1 ; [5.1008] POINT TO CURRENT TASK
14096 044506 10$:
14097 044506 030261 000020 BIT R2,A.EF(R1) ; [5.1008] HAS THE EVENT FLAG SET??
14098 044512 001004 BNE 20$ ; [5.1008] YES -- GO ON
14099 044514 WSIG$S ; [5.1008] NO -- WAIT A CLOCK TICK
044514 012746 MOV (PC)+,-(SP)
044516 061 001 .BYTE 49.,1
044520 104375 EMT 375
14100 044522 000771 BR 10$ ; [5.1008] AND TRY AGAIN
14101 ;
14102 044524 20$:
14103 044524 040261 000020 BIC R2,A.EF(R1) ; [5.1008] CLEAR THE EVENT FLAG
14104 044530 30$:
14105 044530 034040 BIT -(R0),-(R0) ; [5.1008] BACK OVER THE LISTHEAD
14106 044532 011014 MOV (R0),(R4) ; [5.1008] REMOVE FROM LIST
14107 044534 005364 000002 DEC 2(R4) ; [5.1008] COUNT THIS NODE OUT
14108 044540 CALL ..DECN ; [5.1008] AND DEQUEUE THE NODE
044540 004737 046004' JSR PC,..DECN
14109 044544 000741 BR ..ERLG ; [5.1008] AND SEE ABOUT OTHER ERRORS
14110 ;
14111 044546 40$:
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 258-1
SCOMM MODULE -- ..ERLG (ERROR LOGGING)
14112 044546 RETURN ; [5.1008] TO CALLER
044546 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 259
SCOMM MODULE -- ..IODN (SUBROUTINE TO COMPLETE I/O)
14114 .SBTTL SCOMM MODULE -- ..IODN (SUBROUTINE TO COMPLETE I/O)
14115
14116 ;+
14117 ;
14118 ; ..IODN -- SUBROUTINE TO COMPLETE THE USER'S I/O
14119 ; REQUEST. ..IODN SETS TWO WORDS OF
14120 ; THE I/O STATUS BLOCK IN THE USER'S AREA AND
14121 ; AN EVENT FLAG (IF SPECIFIED) IS SET.
14122 ; THE REQUEST NODE IS RETURNED TO THE POOL .
14123 ;
14124 ; JUST BEFORE ..IODN EXITS IT DECLARES A SIG EVENT TO INFORM THE
14125 ; SYSTEM THAT SOME I/O IS COMPLETE AND IF POSSIBLE A TASK MAY BE RESTARTED.
14126 ;
14127 ; CALLING SEQUENCE:
14128 ;
14129 ; R1 -- REQUEST NODE ADDRESS
14130 ; R3 -- I/O STATUS BLOCK WD. 00
14131 ; R4 -- I/O STATUS BLOCK WD. 01.
14132 ;
14133 ; CALL ..IODN
14134 ;-
14135
14136 044550 ..IODN::
14137 044550 010046 MOV R0,-(SP) ; SAVE THE REGISTERS
14138 044552 010446 MOV R4,-(SP)
14139 ; STATUS SO THAT THEY CAN BE SET BY BLXO
14140 044554 010346 MOV R3,-(SP)
14141 044556 010604 MOV SP,R4 ; POINT TO THE TWO VALUES FOR I/O STATUS BLOCK
14142 044560 010246 MOV R2,-(SP)
14143 044562 012703 000004 MOV #4,R3 ; SET UP TO MOVE 4 BYTES
14144 044566 016102 000016 MOV R.SB(R1),R2
14145 044572 001402 BEQ 10$ ; SKIP IF NO STATUS BLOCK
14146 044574 CALL ..BLXO ; MOVE THE TWO WORDS
044574 004737 050332' JSR PC,..BLXO
14147 044600 10$:
14148 044600 012602 MOV (SP)+,R2 ; RESTORE R2
14149 044602 012603 MOV (SP)+,R3
14150 044604 116100 000013 MOVB R.FN(R1),R0 ; PICKUP EVENT FLAG NUMBER
14151 044610 001404 BEQ 20$ ; DON'T TRY TO SET IF NO FLAG
14152 044612 016104 000006 MOV R.AT(R1),R4 ; FIND THE ATL NODE ADDRESS
14153 044616 CALL ..SEFN ; SET THE EVENT FLAG
044616 004737 045212' JSR PC,..SEFN
14154 044622 20$:
14155 044622 CALL ..DSEV ; DECLARE A SIGNIFICANT EVENT
044622 004737 045264' JSR PC,..DSEV
14156 044626 016104 000020 MOV R.AS(R1),R4 ; AST ADDRESS?
14157 044632 001406 BEQ 30$ ; NO -- FORGET IT
14158 044634 010546 MOV R5,-(SP) ; SAVE R5
14159 044636 016105 000006 MOV R.AT(R1),R5 ; SET UP THE ATL ADDRESS
14160 044642 CALL .STAST ; START AST (NOTE -- CAN'T FAIL)!!
044642 004737 016160' JSR PC,.STAST
14161 044646 012605 MOV (SP)+,R5 ; RESTORE R5
14162 044650 30$:
14163 044650 010100 MOV R1,R0 ; SET UP NODE ADDRESS
14164 044652 012701 000040 MOV #32.,R1 ; SET UP SIZE OFNODE
14165 044656 CALL ..DECB ; DEALLOCATE CORE BUFFER
044656 004737 046010' JSR PC,..DECB
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 259-1
SCOMM MODULE -- ..IODN (SUBROUTINE TO COMPLETE I/O)
14166 044662 012604 MOV (SP)+,R4
14167 044664 012600 MOV (SP)+,R0
14168 044666 RETURN
044666 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 260
SCOMM MODULE -- ..DQRN (DEQUEUE A NORMAL REQUEST)
14170 .SBTTL SCOMM MODULE -- ..DQRN (DEQUEUE A NORMAL REQUEST)
14171
14172 ;+
14173 ; ..DQRN -- ROUTINE TO PICK A REQEST NODE FROM PUD
14174 ;
14175 ; THE NODE ON THE TOP IF THE QUEUE (HIGHEST PRIORITY) IS
14176 ; PICKED FROM THE QUEUE AND RETURNED TO THE HANDLER TASK.
14177 ;
14178 ; IF NO NODE CAN BE FOUND ..DQRN RETURNS WITH THE CONDITION CODES
14179 ; SET TO INDICATE FAILURE TO PICK A NODE.
14180 ;
14181 ; TASK SWITCHING IS INHIBITED DURING THE SCAN OF THE DEQUE TO PREVENT
14182 ; ..IPRI FROM INSERTING A NODE INTO THE LIST WHILE ONE IS BEING REMOVED.
14183 ;
14184 ; CALLING SEQUENCE:
14185 ;
14186 ; R0 -- ASCII 2 CHARACTER DEVICE NAME
14187 ;
14188 ; CALL ..DQRN
14189 ;
14190 ; EXIT CONDITIONS:
14191 ;
14192 ; R0 -- PUD ADDRESS OF NODE PICKED+U.RF
14193 ; R1 -- ADDRESS OF REQUEST NODE OR UNDEFINED IF NO NODE FOUND
14194 ; R2 -- UNIT NUMBER
14195 ; R3 -- BYTE COUNT
14196 ; R4 -- HIGH ORDER ADDRESS (BITS 4,5)
14197 ; R5 -- LOW ORDER ADDRESS
14198 ;
14199 ; CC -- C BIT SET IF NO NODE FOUND
14200 ; CC -- C BIT CLEAR IF NODE FOUND
14201 ;
14202 ; EVENT FLAG EF.NIR CLEARED IF NO NODE FOUND
14203 ; EVENT FLAG EF.NIR SET IF NODE FOUND
14204 ;-
14205
14206 044670 ..DQRN::
14207 044670 013701 001006' MOV .CRTSK,R1 ; CLEAR THE EVENT FLAG OF THE HANDLER
14208 044674 042761 000010 000020 BIC #EF.NIR,A.EF(R1)
14209 044702 012704 010262' MOV #.PUDBA,R4 ; FIND THE LOGICAL UNIT NUMBER
14210 044706 10$:
14211 044706 020014 CMP R0,@R4 ; FIND THE POINTER TO THIS LUN
14212 044710 001403 BEQ 20$ ; FOUND CORRECT LUN
14213 044712 062704 000050 ADD #U.SZ,R4 ; POINT TO NEXT LUN
14214 044716 000773 BR 10$ ; AND TRY AGAIN
14215 ;
14216 044720 20$:
14217 044720 062704 000022 ADD #U.RF,R4 ; NO -- DEQUE FIRST NODE
14218 044724 .INH0 ;; INHIBIT TASK SWITCHING
044724 013746 177776 MOV @#PS,-(SP)
044730 112737 000140 177776 MOVB #140,@#PS
14219 044736 30$:
14220 044736 010446 MOV R4,-(SP) ;; SAVE ADDRESS
14221 044740 CALL ..PICK ;; PICK A NODE IF POSSIBLE
044740 004737 045476' JSR PC,..PICK
14222 044744 103011 BCC 40$ ;; POSSIBLE -- CONTINUE
14223 044746 012604 MOV (SP)+,R4 ;; RESTORE PUD ADDRESS
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 260-1
SCOMM MODULE -- ..DQRN (DEQUEUE A NORMAL REQUEST)
14224 044750 062704 000050 ADD #U.SZ,R4 ;; LOOK AT NEXT ENTRY
14225 044754 026464 177756 177706 CMP -U.RF(R4),-U.RF-U.SZ(R4) ; CHECK DEVICE NAME
14226 044762 001765 BEQ 30$
14227 044764 005216 INC @SP ;; SET CARRY
14228 044766 000466 BR 65$ ;; AND RETURN
14229 ;
14230 044770 40$:
14231 044770 010401 MOV R4,R1 ;; SET UP NODE ADDRESS FOR RETURN
14232 044772 016102 000004 MOV R.TD(R1),R2 ;; YES -- CHHANGE THE DISK ADDRESS
14233 044776 013704 001006' MOV .CRTSK,R4 ;; SET THE EVENT FLAG
14234 045002 016105 000014 MOV R.FC(R1),R5 ;; FIND THE FUNCTION CODE
14235 045006 020527 001400 CMP R5,#IO.ATT ;; ATTACH FUNCTION??
14236 045012 001457 BEQ 70$ ;; YES -- HANDLE ATTACH HERE
14237 045014 020527 002000 CMP R5,#IO.DET ;; NO -- DETACH ??
14238 045020 001470 BEQ 80$ ;; YES -- HANDLE HERE
14239 045022 022705 001010 CMP #IO.LOV,R5 ;; NO -- IS THE FUNCTION CODE LOAD OVERLAY??
14240 045026 001013 BNE 50$ ;; NO -- PROCEED
14241 045030 066261 000034 000034 ADD S.DL+2(R2),R.PB+10(R1)
14242 045036 005561 000032 ADC R.PB+6(R1)
14243 045042 066261 000032 000032 ADD S.DL(R2),R.PB+6(R1)
14244 045050 45$:
14245 045050 012761 001000 000014 MOV #IO.RLB,R.FC(R1) ; SET FUNCTION CODE TO READ LOGICAL BLOCK
14246 045056 50$:
14247 045056 022761 000050 000014 CMP #IO.LTK,R.FC(R1) ;; IS THIS A LOAD TASK FUNCTION?
14248 045064 001013 BNE 60$ ;; PROCEED
14249 045066 016202 000012 MOV S.BA(R2),R2 ;; SET THE CORE ADDRESS
14256 045072 010261 000024 MOV R2,R.PB(R1) ;; SET CORE ADDRESS
14257 045076 016102 000006 MOV R.AT(R1),R2 ;; FIND THE ATL NODE ADDRESS
14258 045102 062702 000030 ADD #A.FM+4,R2 ;; SET I/O STATUS WORD TO POINT TO A.FM+4
14259 045106 010261 000016 MOV R2,R.SB(R1) ;;
14260 045112 000756 BR 45$ ;; CHANGE FUNCTION TO READ
14261 ;
14262 045114 60$:
14263 045114 052764 000010 000020 BIS #EF.NIR,A.EF(R4) ;; FOR DQ NORMAL
14264 045122 016103 000026 MOV R.PB+2(R1),R3 ;; FIND THE SIZE OF THE XFER
14265 045126 016102 000024 MOV R.PB(R1),R2 ;; SET UP FOR VALIDATE
14266 045132 CALL ..VXFR ;; VALIDATE XFER
045132 004737 050312' JSR PC,..VXFR
14267 045136 012600 MOV (SP)+,R0 ;; FIND THE PUD ADDRESS
14268 045140 116002 177760 MOVB U.UN-U.RF(R0),R2 ;; SET UNIT NUMBER ON STACK
14269 045144 65$:
14270 045144 .ENB0 ;; ENABLE INTERRUPTS
045144 004737 045540' JSR PC,..ENB0
14271 045150 RETURN ; NO -- RETURN
045150 000207 RTS PC
14272 045152 70$:
14273 045152 012604 MOV (SP)+,R4 ;; RESTORE PUD ADDRESS
14274 045154 016164 000006 177772 MOV R.AT(R1),U.AF-U.RF(R4) ;; SET ATTACH FLAG
14275 045162 75$:
14276 045162 .ENB0 ;; ENABLE TASK SWITCHING
045162 004737 045540' JSR PC,..ENB0
14277 045166 012703 000001 MOV #1,R3 ; RETURN +1 STATUS
14278 045172 005004 CLR R4
14279 045174 CALL ..IODN
045174 004737 044550' JSR PC,..IODN
14280 045200 000633 BR ..DQRN ; DEQUEUE AGAIN
14281 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 260-2
SCOMM MODULE -- ..DQRN (DEQUEUE A NORMAL REQUEST)
14282 045202 80$:
14283 045202 012604 MOV (SP)+,R4 ;; RESTORE PUD ADDRESS
14284 045204 005064 177772 CLR U.AF-U.RF(R4) ;; CLEAR ATTACH
14285 045210 000764 BR 75$ ;; AND RETURN I/O DONE STATUS
14286 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 261
SCOMM MODULE -- ..SEFN (SET EVENT FLAG)
14288 .SBTTL SCOMM MODULE -- ..SEFN (SET EVENT FLAG)
14289
14290 ;+
14291 ; ..SEFN -- SUBROUTINE TO SET AN EVENT FLAG FOR A HANDLER TASK.
14292 ; THIS IS A GENERAL ROUTINE TO SET ANY EVENT FLAG AND
14293 ; MAY BE USED BY A HANDLER TASK AT INTERRUPT LEVEL.
14294 ; THE MAIN PURPOSE OF THIS ROUTINE IS TO
14295 ; SET THE REQUESTOR'S EVENT FLAG FOR ..IODN.
14296 ;
14297 ; CALLING SEQUENCE:
14298 ;
14299 ; R0 -- EVENT FLAG NUMBER 1-64
14300 ; R4 -- ACTIVE TASK LIST ENTRY
14301 ;
14302 ; CALL ..SEFN
14303 ;-
14304
14305 045212 ..SEFN::
14306 045212 010246 MOV R2,-(SP) ; SAVE USED REGISTERS
14307 045214 010346 MOV R3,-(SP)
14308 045216 010003 MOV R0,R3 ;
14309 045220 005303 DEC R3 ; DECREMENT FOR 1 LESS THAN COUNT
14310 ; CONVERT EFN TO INDEX AND
14311 045222 CALL DIV216 ; FLAG MASK
045222 004737 045274' JSR PC,DIV216
14312 045226 006302 ASL R2
14313 045230 006303 ASL R3 ; FIND BIT MASK ADDRESS
14314 045232 020227 000004 CMP R2,#4 ; TEST FOR COMMON SET
14315 045236 002403 BLT 10$ ; NO -- FLAGS IN ATL
14316 045240 062702 001004' ADD #.COMEF-4,R2 ; YES -- POINT TO COMMON FLAGS
14317 045244 000403 BR 20$
14318 ;
14319 045246 10$:
14320 045246 060402 ADD R4,R2 ; POINT TO ATL SET
14321 045250 062702 000020 ADD #A.EF,R2
14322 045254 20$:
14323 045254 056312 044260' BIS BITTBL(R3),@R2 ; SET EVENT FLAGS
14324 045260 012603 MOV (SP)+,R3
14325 045262 012602 MOV (SP)+,R2
14326 ; BR ..DSEV ; DECLARE A SIGNIFICANT EVENT
14327 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 262
SCOMM MODULE -- ..DSEV (DECLARE SIGNIFICANT EVENT)
14329 .SBTTL SCOMM MODULE -- ..DSEV (DECLARE SIGNIFICANT EVENT)
14330
14331 ;+
14332 ; ..DSEV -- COMMON ROUTINE TO DECLARE A SIGNIFICANT EVENT
14333 ;
14334 ; INPUTS:
14335 ;
14336 ; SPECIFIC EVENT MUST BE DECLARED BY CALLER
14337 ;
14338 ; OUTPUTS:
14339 ;
14340 ; NO REGISTERS ALTERED
14341 ;-
14342
14343 045264 ..DSEV::
14344 045264 152737 000001 001014' BISB #EV.SE,.SERFG+0 ; DECLARE SIGNIFIGANT EVENT
14345 045272 RETURN ; RETURN
045272 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 263
SCOMM MODULE -- DIV216 (DIV R2 BY 16)
14347 .SBTTL SCOMM MODULE -- DIV216 (DIV R2 BY 16)
14348
14349 ;+
14350 ; DIV216 -- SUBROUTINE TO SIMULATE A HARDWARE
14351 ; DIVIDE INSTRUCTION (DIV #16,R2)
14352 ;
14353 ; CALLING SEQUENCE:
14354 ;
14355 ; R3 -- NUMBER TO BE DIVIDED BY 16
14356 ;
14357 ; CALL DIV216
14358 ;
14359 ; EXIT CONDITIONS:
14360 ;
14361 ; R3 -- REMAINDER
14362 ; R2 -- QUOTIENT
14363 ;-
14364
14365 045274 DIV216::
14366 045274 010302 MOV R3,R2 ; FIND THE REMAINDER
14367 045276 042703 177760 BIC #177760,R3 ; MASK OFF THE REMAINDER
14368 045302 006002 ROR R2 ; DIVIDE R2 BY 2
14369 045304 006002 ROR R2 ; AGAIN
14370 045306 006002 ROR R2 ; AND AGAIN
14371 045310 006002 ROR R2 ; NOW HAVE DONE IT BY 16.
14372 045312 042702 170000 BIC #170000,R2 ; MASK OFF JUNK PROPIGATED BY ROR
14373 045316 RETURN ; RETURN TO CALLER
045316 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 264
SCOMM MODULE -- ..NDEL (NODE DELETE)
14375 .SBTTL SCOMM MODULE -- ..NDEL (NODE DELETE)
14376
14377 ;+
14378 ; ..NDEL -- ROUTINE TO DELETE A NODE FROM A LIST
14379 ;
14380 ; THIS IS A BASIC SUBROUTINE TO DELETE NODES FROM A LIST.
14381 ; IT DOES NOT DO ANY ACCOUNTING OR LOOKING THE NODE. IT ASSUMES
14382 ; THAT THERE IS A NODE TO BE PICKED AND INHIBITS INTERRUPTS TO
14383 ; PREVENT CONFLICTS WITH NODES BEING ADDED TO A DEQUE.
14384 ;
14385 ; CALLING SEQUENCE:
14386 ;
14387 ; R4 -- POINTER TO NODE TO BE DELETED
14388 ;
14389 ; CALL ..NDEL
14390 ;-
14391
14392 045320 ..NDEL::
14393 045320 010146 MOV R1,-(SP) ; SAVE R1
14394 045322 .INH6 ; INHIBIT ALL INTERRUPTS
045322 013746 177776 MOV @#PS,-(SP)
045326 112737 000300 177776 MOVB #300,@#PS
14395 045334 011401 MOV @R4,R1 ;;; PICK THE NODE
14396 045336 010174 000002 MOV R1,@2(R4) ;;;
14397 045342 016461 000002 000002 MOV 2(R4),2(R1) ;;;
14398 045350 .ENB6 ;;; ENABLE INTERRUPTS
045350 012637 177776 MOV (SP)+,@#PS
14399 045354 012601 MOV (SP)+,R1 ; RESTORE R1
14400 045356 RETURN ; RETURN TO CALLER
045356 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 265
SCOMM MODULE -- ..IPRI (INSERT NODE BY PRIORITY)
14402 .SBTTL SCOMM MODULE -- ..IPRI (INSERT NODE BY PRIORITY)
14403
14404 ;+
14405 ; ..IPRI -- ROUTINE TO INSERT A NODE BY PRIORITY
14406 ;
14407 ; THIS ROUTINE WILL SEARCH A QUEUE (TASK SWITCHING INHIBITED)
14408 ; AND INSERT A NODE IN IT'S CORRECT PRIORITY POSITION. IF THERE
14409 ; IS A NODE IN THE LIST WITH THE SAME PRIORITY AS THE ONE TO BE
14410 ; INSERTED THE NEW NODE WILL COME AFTER THE OTHER NODES WITH THE
14411 ; SAME PRIORITY (FIFO).
14412 ;
14413 ; ..IPRI EXPECTS THE NODE TO HAVE A PRIORITY IN THE COMMON NODE
14414 ; PRIORITY POSITION.
14415 ;
14416 ; CALLING SEQUENCE:
14417 ;
14418 ; R1 -- NODE ADDRESS
14419 ; R2 -- LIST HEAD
14420 ;
14421 ; CALL ..IPRI
14422 ;-
14423
14424 045360 ..IPRI::
14425 045360 010446 MOV R4,-(SP) ; SAVE R4
14426 045362 010204 MOV R2,R4 ; PICK UP THE POINTER TO THE LIST HEAD
14427 045364 .INH0 ; INHIBIT ALL INTERRUPTS DURING SCAN
045364 013746 177776 MOV @#PS,-(SP)
045370 112737 000140 177776 MOVB #140,@#PS
14428 045376 10$:
14429 045376 011404 MOV @R4,R4 ;; PICK UP THE FIRST NODE
14430 045400 020402 CMP R4,R2 ;; END OF THE SCAN?
14431 045402 001404 BEQ 20$ ;; YES -- INSERT THE NODE
14432 045404 126461 000010 000010 CMPB N.PR(R4),N.PR(R1) ;; NO -- LOOK AT THE PRIORITIES
14433 045412 103371 BHIS 10$ ;; NO MATCH TRY AGAIN
14434 045414 20$:
14435 045414 016404 000002 MOV N.BP(R4),R4 ;; BACK UP ONE
14436 045420 CALL ..NADD ;; ADD THE NODE TO THE QUEUE
045420 004737 045434' JSR PC,..NADD
14437 045424 .ENB0 ;; ENABLE INTERRUPTS
045424 004737 045540' JSR PC,..ENB0
14438 045430 012604 MOV (SP)+,R4 ; RESTORE R4
14439 045432 RETURN ; RETURN TO CALLER
045432 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 266
SCOMM MODULE -- ..NADD (NODE ADD)
14441 .SBTTL SCOMM MODULE -- ..NADD (NODE ADD)
14442
14443 ;+
14444 ; ..NADD -- ROUTINE TO ADD A NODE TO A DEQUEUE
14445 ;
14446 ; ..NADD IS THE GENERAL PICK A NODE ROUTINE. THE ADDITION
14447 ; OF A NODE IS DONE WITH INTERRUPTS INHIBITED TO PREVENT
14448 ; A CONFLICT WITH NODE DELETION.
14449 ;
14450 ; CALLING SEQUENCE:
14451 ;
14452 ; R1 -- NODE ADDRESS
14453 ; R4 -- ADDRESS OF LISTHEAD OR PREVIOUS NODE
14454 ;
14455 ; CALL ..NADD
14456 ;-
14457
14458 045434 ..NADD::
14459 045434 010246 MOV R2,-(SP) ; SAVE R2
14460 045436 010461 000002 MOV R4,2(R1) ; SET UP BACKWARD POINTER IN NODE
14461 045442 .INH6 ;;; INHIBIT INTERRUPTS
045442 013746 177776 MOV @#PS,-(SP)
045446 112737 000300 177776 MOVB #300,@#PS
14462 045454 011411 MOV @R4,@R1 ;;; SET UP FORWARD POINTER
14463 045456 010114 MOV R1,@R4 ;;; FORWARD POINTER FROM LIST HEAD
14464 045460 011102 MOV @R1,R2 ;;;
14465 045462 010162 000002 MOV R1,2(R2) ;;;
14466 045466 .ENB6 ;;; ENABLE INTERRUPTS
045466 012637 177776 MOV (SP)+,@#PS
14467 045472 012602 MOV (SP)+,R2 ; RESTORE R2
14468 045474 RETURN ; RETURN TO CALLER
045474 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 267
SCOMM MODULE -- ..PICK (PICK A NODE)
14470 .SBTTL SCOMM MODULE -- ..PICK (PICK A NODE)
14471
14472 ;+
14473 ; ..PICK -- ROUTINE TO PICK A NODE FROM A DEQUEUE
14474 ;
14475 ; ..PICK IS THE GENERAL PICK A NODE ROUTINE. IT'S PRIMARY USE IS TO
14476 ; PICK A NODE FROM A LIST. IT CHECKS TO SEE THAT A NODE DOES EXIST
14477 ; IN THE LIST BUT IT DOES NO ACCOUNTING OF THE NODES. ..PICK INHIBITS
14478 ; INTERRUPTS TO PREVENT A NODE FROM BEING ADDED WHILE IT CHECKS TO SEE
14479 ; IF THERE IS REALLY A NODE TO BE PICKED.
14480 ;
14481 ; CALLING SEQUENCE:
14482 ;
14483 ; R4 -- LIST HEAD OR PREVIOUS NODE TO THE NODE TO BE PICKED
14484 ;
14485 ; CALL ..PICK
14486 ;
14487 ; EXIT CONDITIONS:
14488 ;
14489 ; CC -- C BIT CLEAR
14490 ; R4 -- PICKED NODE ADDRESS
14491 ;
14492 ; ERROR CONDITIONS:
14493 ;
14494 ; CC -- C BIT SET
14495 ; NOTE -- THIS CONDITION CAN'T HAPPEN UNLESS R4 IS THE LISTHEAD
14496 ; R4 -- ZERO
14497 ;-
14498
14499 045476 ..PICK::
14500 045476 000241 CLC ; ASSUME SUCCESS
14501 045500 .INH6 ;;; INHIBIT ALL INTERRPUTS
045500 013746 177776 MOV @#PS,-(SP)
045504 112737 000300 177776 MOVB #300,@#PS
14502 045512 020414 CMP R4,@R4 ;;; IS THERE A NODE TO PICK?
14503 045514 001406 BEQ 20$ ;;; NO -- THEN DON'T PICK IT
14504 045516 011404 MOV @R4,R4 ;;;
14505 045520 CALL ..NDEL ;;; DELETE THE NODE
045520 004737 045320' JSR PC,..NDEL
14506 045524 10$:
14507 045524 .ENB6 ;;; ENABLE INTERRUPTS
045524 012637 177776 MOV (SP)+,@#PS
14508 045530 RETURN ; RETURN TO CALLER
045530 000207 RTS PC
14509 045532 20$:
14510 045532 005004 CLR R4 ; NO NODE FOUND CLEAR RETURNED VALUE
14511 045534 005216 INC @SP ; SET C BIT TO INDICATE ERROR
14512 045536 000772 BR 10$ ; RETURN
14513 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 268
SCOMM MODULE -- ..ENB0 (ENABLE TASK SWITCHING)
14515 .SBTTL SCOMM MODULE -- ..ENB0 (ENABLE TASK SWITCHING)
14516
14517 ;+
14518 ; ..ENB0 -- ROUTINE TO ENABLE TASK SWITCHING
14519 ;
14520 ; ..ENB0 -- ENABLES TASK SWITCHING AND ALLOWS THE SYSTEM TO
14521 ; UPDATE THE CLOCK AND RECOGNIZE SIGNIFIGANT EVENTS. THIS
14522 ; ROUTINE MUST BE ENTERED WITH THE PS SAVED ON THE TOP OF THE
14523 ; STACK. THE USUAL WAY OF SETTING UP TO USE THIS ROUTINE IS BY
14524 ; USE OF THE .INH0 MACRO.
14525 ;
14526 ; THIS ROUTINE WILL NOT ENABLE TASK SWITCHING IF THE PRIORITY SAVED
14527 ; ON THE STACK DOES NOT INDICATE A RETURN TO PRIORITY 0. I.E., NOT
14528 ; ENTERED AT PROCESSOR PRIORITY LEVEL 3.
14529 ;
14530 ; CALLING SEQUENCE:
14531 ;
14532 ; CALL ..ENB0
14533 ;
14534 ; NOTE -- PS SAVED BY .INH0 MUST BE ON THE TOP OF THE STACK
14535 ;
14536 ; .INH0 IS A MACRO DEFINED AS FOLLOWS:
14537 ; .MACRO .INH0
14538 ; MOV PS,-(SP)
14539 ; BIS #140,PS
14540 ; .ENDM
14541 ;-
14542
14543 045540 ..ENB0::
14544 045540 010146 MOV R1,-(SP) ;;
14545 045542 016601 000004 MOV 4(SP),R1 ;; PICK UP THE STATUS WORD FROM THE STACK
14546 045546 032701 000340 BIT #340,R1 ;; TEST THE STATUS RETURNING TO
14547 045552 001003 BNE 20$ ;; IF RETURNING TO OTHER THAN 0 DON'T ENABLE TASK SWITCHING
14548 045554 10$:
14549 045554 010146 MOV R1,-(SP) ;; NEW STATUS WORD IN R1
14550 ;; PLACE IT ON THE STACK
14551 ;; TO SET UP FOR COMMON SCAN
14552 045556 004737 015062' JSR PC,..INTX ;; PUSH THE RETURN ADDRESS ON THE STACK
14553 045562 20$:
14554 045562 012601 MOV (SP)+,R1 ; RESTORE R1 TO PRE-TASK SWITCHING STATE
14555 045564 016637 000002 177776 MOV 2(SP),@#PS ; SET UP THE NEW PROCESSOR STATUS
14556 045572 000002 RTI ; RTI POPS THE STACK TWICE AND RETURNS TO THE CALLER
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 269
SCOMM MODULE -- ..FSTD (FIND STD ENTRY)
14558 .SBTTL SCOMM MODULE -- ..FSTD (FIND STD ENTRY)
14559
14560 ;+
14561 ; ..FSTD -- SUBROUTINE TO SEARCH THE SYSTEM TASK DIRECTORY FOR AN
14562 ; ENTRY FOR A NAMED TASK.
14563 ;
14564 ; ENTRY CONDITIONS:
14565 ;
14566 ; R1 -- ADDRESS OF THE FIRST WORD OF A TWO WORD BLOCK CONTAINING A TASK
14567 ; NAME (RADIX-50), AND THE BLOCK CAN BE FETCHED
14568 ;
14569 ; CALLING SEQUENCE:
14570 ;
14571 ; CALL ..FSTD
14572 ;
14573 ; EXIT CONDITIONS:
14574 ;
14575 ; R1 -- ADVANCED BY FOUR (2 WORDS),
14576 ; R2 -- STD ENTRY ADDRESS, OR ZERO IF NAME NOT FOUND.
14577 ; R3 -- 1 BEYOND ALPHA PLACE TO INSERT
14578 ;
14579 ; CONDITION CODES SET PER "TST R2".
14580 ;-
14581
14582 045574 ..FSTD::
14583 045574 010546 MOV R5,-(SP)
14584 045576 013703 006364' MOV .STDTA,R3 ; FIND THE BEGINNING
14585 045602 010305 MOV R3,R5 ; FIND THE END
14586 045604 063705 006370' ADD .STDTZ,R5
14587 045610 MFPI (R1)+ ; FIND TASK NAME
045610 012146 MOV (R1)+,-(SP)
14588 045612 MFPI (R1)+
045612 012146 MOV (R1)+,-(SP)
14589 045614 5$:
14590 045614 012302 MOV (R3)+,R2
14591 045616 021266 000002 CMP @R2,2(SP) ; TASK NAME CORRECT?
14592 045622 101007 BHI 50$ ; NO -- TRY NEXT ONE
14593 045624 103404 BLO 10$ ; NO AND NOT HERE
14594 045626 026216 000002 CMP 2(R2),@SP ; MAYBE CHECK SECOND HALF
14595 045632 001404 BEQ 30$ ; GOT IT
14596 045634 101002 BHI 50$ ; NO -- AND NOTHING THERE
14597 045636 10$:
14598 045636 020305 CMP R3,R5 ; END OF LIST?
14599 045640 101765 BLOS 5$ ; NO -- CONTUNUE
14600 045642 50$:
14601 045642 005002 CLR R2 ; RETURN R2 0
14602 045644 30$:
14603 045644 022626 CMP (SP)+,(SP)+ ; REMOVE NAME
14604 045646 012605 MOV (SP)+,R5
14605 045650 005702 TST R2 ; RETURN CONDITIONS PER R2
14606 045652 60$:
14607 045652 RETURN ; RETURN TO CALLER
045652 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 270
SCOMM MODULE -- ..ALCB/..ALC2 (ALLOCATE CORE)
14609 .SBTTL SCOMM MODULE -- ..ALCB/..ALC2 (ALLOCATE CORE)
14610 ;+
14611 ; ..ACLB -- SUBROUTINE TO ALLCOCATE A NODE FROM THE FREE POOL
14612 ;
14613 ; THIS ROUTINE IS CALLED TO ALLOCATE A CORE BUFFER. THE ALLOCATION
14614 ; ALGORITHM IS FIRST FIT AND BLOCKS ARE ALLOCATED IN MULTIPLES OF FOUR
14615 ; BYTES.
14616 ;
14617 ; INPUTS:
14618 ;
14619 ; R0 -- ADDRESS OF CORE ALLOCATION LISTHEAD IF ENTRY AT ..ALC2.
14620 ; R1 -- SIZE OF THE CORE BUFFER TO ALLOCATE IN BYTES.
14621 ;
14622 ; OUTPUTS:
14623 ;
14624 ; CC-C SET IF INSUFFICIENT CORE IS AVAILABLE TO ALLOCATE THE BLOCK.
14625 ;
14626 ; CC-C CLEAR IF THE BLOCK IS ALLOCATED.
14627 ; R0 -- ADDRESS OF THE ALLOCATED BLOCK.
14628 ; R1 -- SIZE OF THE ALLOCATED BLOCK
14629 ;-
14630
14631 045654 ..ALCB::
14632 045654 062701 000003 ADD #3,R1 ; MASK TO CORRECT SIZE
14633 045660 042701 000003 BIC #3,R1
14637 045664 012700 001426' MOV #.FREPL,R0 ; POINT TO ALLOCATION LISTHEAD
14638 045670 ..ALC2::
14639 045670 010346 MOV R3,-(SP) ; SAVE R3
14640 045672 010246 MOV R2,-(SP) ; [4.1.1013] SAVE REGISTERS
14641 045674 000241 CLC ; [4.1.1013] ASSUME SUCCESS
14642 045676 .INH6 ; [4.1.1013] INHIBIT INTERRUPTS
045676 013746 177776 MOV @#PS,-(SP)
045702 112737 000300 177776 MOVB #300,@#PS
14643 045710 010003 MOV R0,R3 ;;; [4.1.1013] COPY LISTHEAD POINTER TO R3
14644 045712 160163 000002 SUB R1,2(R3) ;;; [4.1.1013] CHECK TO SEE IF POOL OK
14645 045716 100424 BMI 40$ ;;; [4.1.1013] FREE-POOL EXHAUSTED
14646 ;
14647 ; HERE TO SCAN FREE-POOL FOR A BLOCK
14648 ;
14649 045720 10$:
14650 045720 010002 MOV R0,R2 ;;; SAVE ADDRESS OF CURRENT BLOCK
14651 045722 011200 MOV @R2,R0 ;;; GET ADDRESS OF NEXT BLOCK
14652 045724 001421 BEQ 40$ ;;; IF EQ END OF CHAIN
14653 045726 026001 000002 CMP 2(R0),R1 ;;; BLOCK BIG ENOUGH?
14654 045732 103772 BLO 10$ ;;; IF LO NO
14655 045734 001407 BEQ 20$ ;;; IF EQ BLOCK IS EXACT SIZE
14656 ;
14657 ; HERE IF A LARGER BLOCK HAS BEEN FOUND
14658 ;
14659 045736 005720 TST (R0)+ ;;; POINT TO SIZE
14660 045740 160110 SUB R1,@R0 ;;; ALLOCATE BLOCK
14661 045742 060001 ADD R0,R1 ;;; POINT TO NEXT FREE SPACE
14662 045744 011011 MOV @R0,@R1 ;;; STORE NEW POINTER
14663 045746 014041 MOV -(R0),-(R1) ;;; STORE ADDRESS
14664 045750 010110 MOV R1,@R0 ;;; STORE SIZE
14665 045752 160001 SUB R0,R1
14666 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 270-1
SCOMM MODULE -- ..ALCB/..ALC2 (ALLOCATE CORE)
14667 ; HERE IF AN EXACT FIT HAS BEEN FOUND
14668 ;
14669 045754 20$:
14670 045754 011012 MOV @R0,@R2 ;;; REMOVE BLOCK FROM LIST
14687 045756 30$:
14688 045756 .ENB6 ;;; ENABLE INTERRUPTS AND SET EXIT CONDITIONS
045756 012637 177776 MOV (SP)+,@#PS
14689 045762 012602 MOV (SP)+,R2 ; RESTORE REGISTERS
14690 045764 012603 MOV (SP)+,R3 ; RESTORE R3
14691 045766 RETURN ; RETURN WITH R0 POINTING TO CALLER'S NODE
045766 000207 RTS PC
14692 ;
14693 ; HERE TO SET UP ERROR EXIT
14694 ;
14695 045770 40$:
14696 045770 005216 INC @SP ;;; SET CARRY
14697 045772 060163 000002 ADD R1,2(R3) ;;; RESET COUNTER
14698 045776 000767 BR 30$ ;;; AND RETURN
14699 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 271
SCOMM MODULE -- ..DECB/..DECN/..DEC2 (DEALLOCATE CORE)
14701 .SBTTL SCOMM MODULE -- ..DECB/..DECN/..DEC2 (DEALLOCATE CORE)
14702
14703 ;+
14704 ; ..DECB -- SUBROUTINE TO RETURN A BLOCK TO THE FREE POOL
14705 ;
14706 ; THESE ROUTINES ARE CALLED TO DEALLOCATE AN EXEC CORE BUFFER. THE BLOCK IS
14707 ; INSERTED INTO THE FREE BLOCK CHAIN BY CORE ADDRESS. IF AN ADJACENT
14708 ; BLOCK IS CURRENTLY FREE, THEN THE TWO BLOCKS ARE MERGED AND INSERTED
14709 ; IN THE FREE BLOCK CHAIN.
14710 ;
14711 ; INPUTS:
14712 ;
14713 ; R0 -- ADDRESS OF THE CORE BUFFER TO BE DEALLOCATED.
14714 ; R1 -- SIZE OF THE CORE BUFFER TO DEALLOCATE IN BYTES.
14715 ; R3 -- ADDRESS OF CORE ALLOCATION LISTHEAD IF ENTRY AT ..DEC2.
14716 ;
14717 ; OUTPUTS:
14718 ;
14719 ; THE CORE BLOCK IS MERGED INTO THE FREE CORE CHAIN BY CORE
14720 ; ADDRESS AND IS AGCOMERATED IF NECESSARY WITH ADJACENT BLOCKS.
14721 ;-
14722
14723 .ENABL LSB
14724
14725 046000 ..DEC2::
14726 046000 010346 MOV R3,-(SP) ; SAVE REGISTERS
14727 046002 000411 BR 10$
14728 ;
14729 046004 ..DECN::
14730 046004 016001 000002 MOV T.HBCT(R0),R1 ; PACKET SIZE TO R1
14731 046010 ..DECB::
14732 046010 010346 MOV R3,-(SP) ; SAVE REGISTERS
14733 046012 062701 000003 ADD #3,R1 ; ROUND OFF
14734 046016 042701 000003 BIC #3,R1
14735 046022 012703 001426' MOV #.FREPL,R3
14736 046026 10$:
14737 046026 010246 MOV R2,-(SP)
14738 046030 010146 MOV R1,-(SP)
14739 046032 010046 MOV R0,-(SP)
14740 046034 .INH6 ; INHIBIT INTERRUPTS
046034 013746 177776 MOV @#PS,-(SP)
046040 112737 000300 177776 MOVB #300,@#PS
14759 046046 060163 000002 ADD R1,2(R3) ;;; [4.1.1104] UPDATE SIZE
14760 046052 40$:
14761 046052 010302 MOV R3,R2 ;;; SAVE ADDRESS OF CURRENT BLOCK
14762 046054 011203 MOV @R2,R3 ;;; GET ADDRESS OF NEXT BLOCK
14763 046056 001402 BEQ 50$ ;;; IF EQ END OF CHAIN
14764 046060 020003 CMP R0,R3 ;;; BLOCK GO HERE?
14765 046062 103373 BHIS 40$ ;;; IF HIS NO
14766 046064 50$:
14767 046064 010310 MOV R3,@R0 ;;; ASSUME NO AGLOMERATION
14768 046066 010046 MOV R0,-(SP) ;;; CALCULATE ADDRESS OF NEW BLOCK
14769 046070 060116 ADD R1,@SP ;;;
14770 046072 020326 CMP R3,(SP)+ ;;; EQUAL TO NEXT IN CHAIN?
14771 046074 001002 BNE 60$ ;;; IF NE NO
14772 046076 012310 MOV (R3)+,@R0 ;;; MOVE LINK WORD TO BLOCK RELEASED
14773 046100 061301 ADD @R3,R1 ;;; MERGE TWO BLOCKS
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 271-1
SCOMM MODULE -- ..DECB/..DECN/..DEC2 (DEALLOCATE CORE)
14774 046102 60$:
14775 046102 010246 MOV R2,-(SP) ;;; SAVE ADDRESS OF PREVIOUS BLOCK
14776 046104 010022 MOV R0,(R2)+ ;;; ASSUME NO AGLOMERATION
14777 046106 061216 ADD @R2,@SP ;;; CALCULATE ADDRESS OF NEXT BLOCK
14778 046110 020026 CMP R0,(SP)+ ;;; EQUAL TO BLOCK BEING RELEASED?
14779 046112 001003 BNE 70$ ;;; IF NE NO
14780 046114 061201 ADD @R2,R1 ;;; MERGE TWO BLOCKS
14781 046116 011042 MOV @R0,-(R2) ;;; MOVE LINK WORD TO PREVIOUS BLOCK
14782 046120 010200 MOV R2,R0 ;;; SET NEW ADDRESS OF BLOCK
14783 046122 70$:
14784 046122 010160 000002 MOV R1,2(R0) ;;; SET SIZE OF BLOCK RELEASED
14785 046126 .ENB6 ;;; ENABLE INTERRUPTS
046126 012637 177776 MOV (SP)+,@#PS
14786 046132 012600 MOV (SP)+,R0 ; RESTORE REGISTERS
14787 046134 012601 MOV (SP)+,R1
14788 046136 012602 MOV (SP)+,R2
14789 046140 012603 MOV (SP)+,R3
14790 046142 RETURN
046142 000207 RTS PC
14791 .DSABL LSB
14792
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 272
SCOMM MODULE -- ..ALOW (ALLOCATE OR WAIT)
14798 .SBTTL SCOMM MODULE -- ..ALOW (ALLOCATE OR WAIT)
14799
14800 ;+
14801 ; ..ALOW -- SUBROUTINE TO ALLOCATE A BUFFER (..ALCB) OR WAIT
14802 ; IF ONE IS NOT AVAILABLE
14803 ;
14804 ;CALLING SEQUENCE:
14805 ;
14806 ; SAME AS ..ALCB (Q.V.)
14807 ;
14808 ;-
14809
14810 046144 ..ALOW::
14811 046144 CALL ..ALCB ; TRY TO ALLOCATE A CORE BUFFER
046144 004737 045654' JSR PC,..ALCB
14812 046150 103004 BCC 10$ ; RETURN IF SUCCESSFUL
14813 046152 WSIG$S ; WAIT FOR SIG EVENT
046152 012746 MOV (PC)+,-(SP)
046154 061 001 .BYTE 49.,1
046156 104375 EMT 375
14814 046160 000771 BR ..ALOW ; AND TRY AGAIN
14815 ;
14816 046162 10$:
14817 046162 RETURN ; RETURN TO CALLER
046162 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 273
SCOMM MODULE -- ..STTY (START TERMINAL OUTPUT)
14819 .SBTTL SCOMM MODULE -- ..STTY (START TERMINAL OUTPUT)
14820
14821 ;+
14822 ; ..STTY -- START TERMINAL OUTPUT
14823 ;
14824 ; THIS SUBROUTINE WILL ENTER A TERMINAL OUTPUT PACKET IN A TERMINAL'S THREAD
14825 ; LIST AND START THE LINE IF THIS IS REQUIRED. IF THE REQUEST IS FOR THE CTY
14826 ; AND KLINIK IS ACTIVE IN REMOTE MODE, THE REQUEST WILL BE PROCESSED FOR BOTH
14827 ; THE REMOTE AND LOCAL CTYS.
14828 ;
14829 ; REQUESTS FOR SENDALL PACKETS ARE NOT QUEUED UP FOR DH-11S, RATHER THEY ARE
14830 ; LEFT IN THE SENDALL RING BUFFERS. SENDALL PACKETS FOR DL-11S ARE SIMPLY
14831 ; QUEUED UP AS NORMAL OUTPUT BY THE SENDALL SERVICE.
14832 ;
14833 ; NORMAL OUTPUT PACKETS ARE NOT QUEUED UP, BUT IMMEDIATELY DEALLOCATED IF:
14834 ;
14835 ; 1. THE DEVICE DOES NOT EXIST.
14836 ; 2. THE DEVICE IS IN AUTO-BAUD WAIT.
14837 ;
14838 ; NORMAL OUTPUT PACKETS ARE NOT STARTED IF:
14839 ;
14840 ; 1. THE DEVICE IS ALREADY OUTPUT ACTIVE.
14841 ; 2. THE DEVICE IS X'D-OFF.
14842 ; 3. THE DEVICE IS A CTY IN PDP-11 I/O WAIT.
14843 ;
14844 ; SENDALL PACKETS ARE ALWAYS STARTED ON X'D-OFF LINES. THIS ROUTINE ASSUMES
14845 ; THAT THE SENDALL SERVICE WILL NOT ATTEMPT TO START A SENDALL ON A LINE WHICH:
14846 ;
14847 ; 1. IS OUTPUT ACTIVE.
14848 ; 2. IS SUPPRESSING SENDALLS.
14849 ; 3. DOES NOT EXIST.
14850 ; 4. IS IN AUTO-BAUD WAIT.
14851 ;
14852 ; INPUTS:
14853 ;
14854 ; R0 -- POINTS TO OUTPUT PACKET
14855 ; R2 -- POINTS TO DATA LINE SCANNER TABLE ENTRY FOR THIS LINE
14856 ; R4 -- POINTS TO QUEUED PROTOCOL PACKET CONTAINING REQUEST
14857 ;
14858 ; OUTPUTS:
14859 ;
14860 ; NO REGISTERS ARE ALTERED
14861 ;-
14862
14863 046164 ..STTY::
14864 046164 010546 MOV R5,-(SP) ;;; SAVE REGISTERS
14865 046166 010446 MOV R4,-(SP)
14866 046170 010246 MOV R2,-(SP)
14867 046172 010146 MOV R1,-(SP)
14868 046174 010046 MOV R0,-(SP)
14869 046176 010205 MOV R2,R5 ;;; COPY DLS TABLE POINTER TO R5
14870 046200 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CTY??
14871 046206 001415 BEQ 10$ ;;; NO -- GO ON
14872 046210 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS REMOTE KLINIK ACTIVE??
14873 046214 003412 BLE 10$ ;;; NO -- GO ON
14874 046216 010004 MOV R0,R4 ;;; [4.2265] YES -- COPY BUFFER
14875 046220 CALL COPBUF ;;; SO
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 273-1
SCOMM MODULE -- ..STTY (START TERMINAL OUTPUT)
046220 004737 030130' JSR PC,COPBUF
14876 046224 013705 002644' MOV KLNPTR,R5 ;;; SUBSTITUTE KLINIK POINTER
14877 046230 CALL 20$ ;;; START THE KLINIK LINE
046230 004737 046262' JSR PC,20$
14878 046234 016605 000004 MOV 4(SP),R5 ;;; GET CTY POINTER
14879 046240 011600 MOV (SP),R0 ;;; [4.2265] AND THE BUFFER POINTER
14880 046242 10$:
14881 046242 CALL 20$ ;;; START UP THE LINE
046242 004737 046262' JSR PC,20$
14882 046246 012600 MOV (SP)+,R0 ;;; RESTORE REGISTERS
14883 046250 012601 MOV (SP)+,R1
14884 046252 012602 MOV (SP)+,R2
14885 046254 012604 MOV (SP)+,R4
14886 046256 012605 MOV (SP)+,R5
14887 046260 RETURN ;;; TO CALLER
046260 000207 RTS PC
14888 ;
14889 ; HERE TO SEE IF A SENDALL MUST BE STARTED ON THIS LINE
14890 ;
14891 046262 20$:
14892 046262 005765 000002 TST TTYEXP(R5) ;;; DOES THE DEVICE EXIST??
14900 046266 001646 BEQ ..DECN ;;; NO -- DEALLOCATE AND EXIT
14902 046270 105060 000007 CLRB T.HFCN(R0) ;;; CLEAR THE FUNCTION CODE
14903 046274 020037 002634' CMP R0,.CRSND ;;; IS THIS A SENDALL??
14904 046300 001416 BEQ 40$ ;;; YES -- START IT UP
14905 ;
14906 ; HERE TO START NORMAL OUTPUT ON THIS LINE
14907 ;
14908 046302 032765 000010 000006 BIT #TT.ABW,STSW1(R5) ;;; IS THIS LINE IN AUTO-BAUD WAIT??
14912 046310 001235 BNE ..DECN ;;; YES -- DEALLOCATE THE NODE AND EXIT
14914 046312 010501 MOV R5,R1 ;;; NO -- SET UP TO FIND END OF THREAD LIST
14915 046314 30$:
14916 046314 010102 MOV R1,R2 ;;; COPY NODE POINTER TO R2
14917 046316 011201 MOV (R2),R1 ;;; FIND END OF LIST
14918 046320 001375 BNE 30$ ;;; KEEP GOING
14919 046322 010012 MOV R0,(R2) ;;; SET THIS NODE IN THE THREAD LIST
14920 046324 005010 CLR (R0) ;;; MARK THE END OF THE LIST
14921 046326 032765 000201 000006 BIT #TT.XOF!TT.OUT,STSW1(R5) ;;; IS THE LINE X'D OFF
14922 ;;; OR ALREADY ACTIVE??
14923 046334 001016 BNE 60$ ;;; YES -- JUST EXIT
14924 ;
14925 ; HERE TO START UP THE DEVICE
14926 ;
14927 046336 40$:
14928 046336 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CTY??
14929 046344 001403 BEQ 50$ ;;; NO -- GO ON
14930 046346 005737 002640' TST .TTP11 ;;; YES -- IN PDP-11 I/O WAIT??
14931 046352 001007 BNE 60$ ;;; YES -- JUST EXIT
14932 ;
14933 ; HERE TO START UP A DH-11 LINE
14934 ;
14935 046354 50$:
14936 046354 016504 000002 MOV TTYEXP(R5),R4 ;;; [5.1015] EXTERNAL PAGE POINTER TO R4
14937 046360 CALL .STDHL ;;; SET THE LINE NUMBER IN THE DH-11
046360 004737 040476' JSR PC,.STDHL
14938 046364 100403 BMI 70$ ;;; [5.1015] GO START DL-11
14939 046366 000137 035034' JMP .DHSTO ;;; START THE DH-11 OUTPUT AND EXIT
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 273-2
SCOMM MODULE -- ..STTY (START TERMINAL OUTPUT)
14940 ;
14941 046372 60$:
14942 046372 RETURN ;;; EXIT
046372 000207 RTS PC
14943 ;
14944 ; HERE TO START UP A DL-11 LINE
14945 ;
14946 046374 70$:
14947 046374 000137 035210' JMP .DLSTO ;;; START DL-11 OUTPUT
14948 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 274
SCOMM MODULE -- ..STPT (STOP TTY)
14950 .SBTTL SCOMM MODULE -- ..STPT (STOP TTY)
14951
14952 ;+
14953 ; ..STPT -- SUBROUTINE TO STOP TTY OUTPUT AND FLUSH THE BUFFERS
14954 ;
14955 ; ENTRY CONDITIONS:
14956 ;
14957 ; R2 -- POINTER TO TTYTBL (TABLE WHERE QUEUE FOR THIS LINE IS)
14958 ;
14959 ; CALL ..STPT
14960 ;
14961 ; EXIT CONDITIONS:
14962 ;
14963 ; CC-C CLEAR
14964 ; NO REGISTERS ALTERED
14965 ;-
14966
14967 046400 ..STPT::
14968 046400 010046 MOV R0,-(SP) ;;; [5.1015] SAVE R0
14969 046402 010446 MOV R4,-(SP) ;;; [5.1015] AND R4
14970 046404 010546 MOV R5,-(SP) ;;; [5.1015] AND R5
14971 046406 010205 MOV R2,R5 ;;; [5.1015] COPY DLS POINTER TO R5
14972 046410 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; IS THIS A CTY??
14973 046416 001411 BEQ 10$ ;;; NO -- GO ON
14974 046420 105737 001234' TSTB .KLNSW+0 ;;; YES -- IS KLINIK ACTIVE??
14975 046424 003406 BLE 10$ ;;; NOT THAT WE CARE
14976 046426 010546 MOV R5,-(SP) ;;; YES -- SAVE R5
14977 046430 013705 002644' MOV KLNPTR,R5 ;;; KLINIK LINE POINTER TO R5
14978 046434 CALL 20$ ;;; DEQUEUE AND STOP KLINIK LINE
046434 004737 046456' JSR PC,20$
14979 046440 012605 MOV (SP)+,R5 ;;; RESTORE R5
14980 046442 10$:
14981 046442 CALL 20$ ;;; DEQUEUE AND STOP LINE
046442 004737 046456' JSR PC,20$
14982 046446 012605 MOV (SP)+,R5 ;;; [5.1015] RESTORE REGISTERS
14983 046450 012604 MOV (SP)+,R4
14984 046452 012600 MOV (SP)+,R0
14985 046454 RETURN ;;; AND EXIT
046454 000207 RTS PC
14986 ;
14987 ; HERE TO FLUSH OUTPUT LIST AND STOP LINE
14988 ;
14989 046456 20$:
14990 046456 005715 TST (R5) ;;; [5.1015] IS THERE A LIST TO BEGIN WITH??
14991 046460 001440 BEQ 60$ ;;; [5.1015] NO -- JUST EXIT
14992 046462 010546 MOV R5,-(SP) ;;; YES -- SAVE DLS POINTER
14993 046464 011505 MOV (R5),R5 ;;; MOVE OVER FIRST NODE
14994 046466 005065 000006 CLR T.HCBC(R5) ;;; [5.1015] ZERO THE BYTE COUNT
14995 046472 005705 TST R5 ;;; [5.1015] LOOK AT THE LINK
14996 046474 001402 BEQ 30$ ;;; ONLY ONE NODE -- FORGET IT
14997 046476 CALL 50$ ;;; FLUSH THE THREAD LIST
046476 004737 046546' JSR PC,50$
14998 ;
14999 ; HERE TO STOP A DH-11 LINE
15000 ;
15001 046502 30$:
15002 046502 012605 MOV (SP)+,R5 ;;; RESTORE DLS POINTER
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 274-1
SCOMM MODULE -- ..STPT (STOP TTY)
15003 046504 032765 000002 000006 BIT #TT.CTY,STSW1(R5) ;;; [5.1015] IS THIS A CTY??
15004 046512 001403 BEQ 40$ ;;; [5.1015] NO -- GO ON
15005 046514 005737 002640' TST .TTP11 ;;; [5.1015] YES -- -11 I/O WAIT??
15006 046520 001012 BNE 50$ ;;; [5.1015] YES -- GET RID OF FIRST NODE AND EXIT
15007 046522 40$:
15008 046522 032765 000001 000006 BIT #TT.OUT,STSW1(R5) ;;; [5.1015] OUTPUT ACTIVE??
15009 046530 001406 BEQ 50$ ;;; [5.1015] NO -- GET RID OF FIRST NODE AND EXIT
15010 046532 032765 001000 000006 BIT #TT.SIP,STSW1(R5) ;;; [5.1015] MAYBE -- CHECK FOR SENDALL
15011 046540 001002 BNE 50$ ;;; [5.1015] YES -- GET RID OF FIRST NODE AND EXIT
15012 046542 000137 043056' JMP .TTSTP ;;; [5.1015] NO -- STOP OUTPUT
15013 ;
15014 ;
15015 ; INTERNAL SUBROUTINE TO REMOVE THREAD LIST ENTRIES UP TO THAT
15016 ; POINTED TO BY R5
15017 ;
15018 046546 50$:
15019 046546 011500 MOV (R5),R0 ;;; GET THIS NODE POINTER
15020 046550 001404 BEQ 60$ ;;; END OF LIST IF .EQ. 0
15021 046552 011015 MOV (R0),(R5) ;;; DELINK AND
15022 046554 CALL ..DECN ;;; DEALLOACATE THIS NODE
046554 004737 046004' JSR PC,..DECN
15023 046560 000772 BR 50$ ;;; DO THE NEXT NODE
15024 ;
15025 046562 60$:
15026 046562 RETURN ;;; TO CALLER
046562 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 275
SCOMM MODULE -- ..STCH (STORE CHARACTER IN TO 10 QUEUE)
15028 .SBTTL SCOMM MODULE -- ..STCH (STORE CHARACTER IN TO 10 QUEUE)
15029
15030 ;+
15031 ; ..STCH -- SUBROUTINE TO STORE A CHARACTER IN THE TO 10
15032 ; QUEUE AND IF THAT QUEUE IS FULL SEND IT TO THE KL10 BY
15033 ; ENTERING IT IN THE TO 10 QUEUE.
15034 ;
15035 ; CALLING SEQUENCE:
15036 ;
15037 ; SP -- POINTS TO CHARACTER
15038 ; R5 -- POINTER TO DEVICE TABLE ENTRY
15039 ;
15040 ; CALL ..STCH
15041 ;
15042 ; REGISTERS ALTERED: NONE
15043 ;-
15044
15045 .ENABL LSB
15046
15047 046564 ..STCH::
15048 046564 010446 MOV R4,-(SP) ; SAVE REGISTERS
15049 046566 010346 MOV R3,-(SP)
15050 046570 010146 MOV R1,-(SP)
15051 046572 012703 000004 MOV #D.CDLS,R3 ; SET UP AS DATA/LINE SCANNER
15052 046576 CALL STLN ; GET LINE NUMBER
046576 004737 046650' JSR PC,STLN
15053 046602 000304 SWAB R4 ; AND PUT IN HIGH ORDER BYTE
15054 046604 156604 000010 BISB 10(SP),R4 ; SET CHARACTER
15055 046610 012701 000004 MOV #BC.LNC,R1 ; SET LINE NUMBER/CHARACTER
15056 ;
15057 ; LOCAL COMMON QUEUE STORAGE SUBROUTINE
15058 ;
15059 046614 STCM:
15060 046614 CALL ..STFC ; STORE FUNCTION
046614 004737 046714' JSR PC,..STFC
15061 046620 012601 MOV (SP)+,R1 ; RESTORE
15062 046622 012603 MOV (SP)+,R3
15063 046624 012604 MOV (SP)+,R4
15064 046626 10$:
15065 046626 RETURN
046626 000207 RTS PC
15066
15067 .DSABL LSB
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 276
SCOMM MODULE -- ..SACK (SEND ACKNOWLEDGEMENT)
15069 .SBTTL SCOMM MODULE -- ..SACK (SEND ACKNOWLEDGEMENT)
15070
15071 ;+
15072 ; ..SACK -- SUBROUTINE TO ACKNOWLEDGE THE OUTPUT OF CHARACTER OR STRINGS
15073 ;
15074 ; CALLING SEQUENCE:
15075 ;
15076 ; R3 -- DEVICE ID
15077 ; R5 -- DEVICE TABLE POINTER
15078 ;
15079 ; EXIT CONDITIONS:
15080 ;
15081 ; NO REGISTERS ALTERED
15082 ;
15083 ;-
15084
15085 046630 ..SACK::
15086 046630 010446 MOV R4,-(SP) ; SAVE REGISTERS
15087 046632 010346 MOV R3,-(SP)
15088 046634 010146 MOV R1,-(SP)
15089 046636 CALL STLN ; GET LINE NUMBER.
046636 004737 046650' JSR PC,STLN
15090 046642 012701 000017 MOV #BC.SAK,R1
15091 046646 000762 BR STCM ; STORE COMMON
15092 ;
15093 ;
15094 ; LOCAL SUBROUTINE TO COMPUTE LINE NUMBER
15095 ;
15096 046650 STLN:
15097 046650 010246 MOV R2,-(SP)
15098 046652 005004 CLR R4 ; DEFAULT LINE # TO ZERO.
15099 046654 010302 MOV R3,R2 ; COMPUTE OFFSET TO
15100 046656 006302 ASL R2 ; DEVICE QUEUE ENTRY
15101 046660 006302 ASL R2
15102 046662 006302 ASL R2
15103 046664 006302 ASL R2
15104 046666 010501 MOV R5,R1 ; NOW COMPUTE OFFSET
15105 046670 166201 010042' SUB .DQPBA-20(R2),R1 ; INTO DEVICE LINE TABLE
15106 046674 001405 BEQ 20$ ; FIRST ENTRY - ALL DONE.
15107 046676 116202 010044' MOVB .DQPBA-20+2(R2),R2 ; GET TABLE ENTRY SIZE
15108 046702 10$:
15109 046702 005204 INC R4 ; AND MARCH THROUGH
15110 046704 160201 SUB R2,R1
15111 046706 003375 BGT 10$
15112 046710 20$:
15113 046710 012602 MOV (SP)+,R2
15114 046712 RETURN ; GOOD-BYE !
046712 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 277
SCOMM MODULE -- ..STFC (STORE FUNCTION)
15116 .SBTTL SCOMM MODULE -- ..STFC (STORE FUNCTION)
15117
15118 ;+
15119 ; ..STFC -- SUBROUTINE TO START A ONE WORD FUNCTION OF CHARACTER
15120 ;
15121 ; CALLING SEQUENCE:
15122 ;
15123 ; R1 -- FUNCTION CODE
15124 ; R3 -- DEVICE ID
15125 ; R4 -- CHARACTER TO BE SENT TO 10 AND LINE NUMBER
15126 ;-
15127
15128 046714 ..STFC::
15129 046714 010546 MOV R5,-(SP) ; SAVE R5
15130 046716 .INH6
046716 013746 177776 MOV @#PS,-(SP)
046722 112737 000300 177776 MOVB #300,@#PS
15131 046730 020137 001260' CMP R1,.CPFN ; THE CORRECT CURRENT FUNCTION?
15132 046734 001026 BNE 10$ ; NO -- MUST RESET
15133 046736 020337 001262' CMP R3,.CPDV ; SAME DEVICE?
15134 046742 001023 BNE 10$ ; MUST RESET HERE ALSO
15135 046744 5$:
15136 046744 010477 132316 MOV R4,@.CRPB ; SET THE LINE NUMBER
15137 046750 012705 000002 MOV #2,R5
15138 046754 060537 001266' ADD R5,.CRPB
15139 046760 060577 132306 ADD R5,@.CRSB
15140 046764 060537 001256' ADD R5,.CRQZ
15141 046770 160537 001264' SUB R5,.CRSZ
15142 046774 001002 BNE 7$ ; YES -- RETURN TO CALLER
15143 046776 CALL ..STQ ; NO -- BETTER START QUEUE
046776 004737 047304' JSR PC,..STQ
15144 047002 7$:
15145 047002 .ENB6 ; ENABLE INTERRUPTS
047002 012637 177776 MOV (SP)+,@#PS
15146 047006 012605 MOV (SP)+,R5 ; RESTORE
15147 047010 RETURN ; RETURN TO CALLER
047010 000207 RTS PC
15148 ;
15149 047012 10$:
15150 047012 022737 000012 001264' CMP #10.,.CRSZ ; IS THERE ROOM?
15151 047020 101402 BLOS 15$ ; YES -- START NEW ENTRY
15152 047022 13$:
15153 047022 CALL ..STQ ; NO -- ENTER IT IN THE QUEUE
047022 004737 047304' JSR PC,..STQ
15154 047026 15$:
15155 047026 010046 MOV R0,-(SP) ; SAVE R0
15156 047030 012705 000010 MOV #10,R5
15157 047034 013700 001266' MOV .CRPB,R0 ; FIND CURRENT BUFFER POINTER
15158 047040 060537 001256' ADD R5,.CRQZ ; UPDATE QUEUE COUNTS
15159 047044 160537 001264' SUB R5,.CRSZ
15160 047050 010037 001272' MOV R0,.CRSB ; SET UP CURRENT BUFFER POINTER
15161 047054 010520 MOV R5,(R0)+ ; SET UP CURRENT SIZE
15162 047056 010120 MOV R1,(R0)+ ; SET THE FUNCTION CODE
15163 047060 010137 001260' MOV R1,.CPFN ; SAVE CURRENT FUNCTION
15164 047064 010320 MOV R3,(R0)+ ; SET DEVICE CODE
15165 047066 010337 001262' MOV R3,.CPDV ; SET DEVICE CODE FOR REFER LATER
15166 047072 005020 CLR (R0)+ ; CLEAR SPARE WORD
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 277-1
SCOMM MODULE -- ..STFC (STORE FUNCTION)
15167 047074 010037 001266' MOV R0,.CRPB ; SET CURRENT BUFFER POINTER
15168 047100 012600 MOV (SP)+,R0 ; RESTORE R0
15169 047102 000720 BR 5$ ; AND SET FUNCTION
15170 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 278
SCOMM MODULE -- ..STIN (START INDIRECT FUNCTION)
15172 .SBTTL SCOMM MODULE -- ..STIN (START INDIRECT FUNCTION)
15173
15174 ;+
15175 ; ..STIN -- SUBROUTINE TO START AN INDIRECT DTE20 FUNCTION TO THE 10
15176 ;
15177 ; ENTRY CONDITIONS:
15178 ;
15179 ; R0 -- BUFFER ADDRESS
15180 ; R1 -- FUNCTION +100000
15181 ; R2 -- EFN/BUFFER SIZE
15182 ; R3 -- DEVICE ID
15183 ;
15184 ; NOTE : THE FIRST WORD OF THE BUFFER MUST CONTAIN THE
15185 ; LINE NUMBER AND BUFFER SIZE
15186 ;
15187 ; MAY NOT BE CALLED FROM ISR
15188 ;
15189 ; CALL ..STIN
15190 ;
15191 ; EXIT CONDITIONS:
15192 ;
15193 ; CC-C CLEAR SUCCESS
15194 ; CC-C SET FAILURE -- PRIMARY PROTOCOL NOT IN USE
15195 ;
15196 ;-
15197 ;
15198 047104 ..STIN::
15199 047104 005737 001012' TST .COMEF+2 ; [4.1.1105] IS PRIMARY PROTOCOL RUNNING??
15200 047110 100402 BMI 10$ ; [4.1.1105] YES -- GO ON
15201 047112 000261 SEC ; [4.2208] NO -- SET ERROR RETURN
15202 047114 000472 BR 40$ ; [4.2208] AND EXIT
15203 ;
15204 047116 10$:
15205 047116 010546 MOV R5,-(SP) ; SAVE REGISTERS
15206 047120 010046 MOV R0,-(SP)
15207 047122 010146 MOV R1,-(SP)
15208 047124 012701 000030 MOV #30,R1 ; SET UP TO ALLOCATE A BUFFER
15209 047130 CALL ..ALOW ; ALLOCATE BUFFER
047130 004737 046144' JSR PC,..ALOW
15210 047134 20$:
15211 047134 010005 MOV R0,R5 ; MOVE BUFFER ADDRESS TO R5
15212 047136 022525 CMP (R5)+,(R5)+ ; MOVE OVER THE LISTHEAD
15213 047140 010125 MOV R1,(R5)+ ; STORE THE BUFFER SIZE
15214 047142 012715 000012 MOV #12,@R5 ; PUT IN THE SIZE OF THIS HEADER PACKET
15215 047146 012525 MOV (R5)+,(R5)+ ; ALSO PUT IT IN FIRST WORD TO 10
15216 047150 011625 MOV @SP,(R5)+ ; STORE FUNCTION CODE
15217 047152 010325 MOV R3,(R5)+ ; STORE THE DEVICE I/D
15218 047154 005025 CLR (R5)+ ; CLEAR THE SPARE WORD
15219 047156 016601 000002 MOV 2(SP),R1 ; RESTORE BUFFER ADDRESS
15220 047162 012125 MOV (R1)+,(R5)+ ; SET BYTE COUNT/LINE NUMBER
15221 047164 010125 MOV R1,(R5)+ ; SET UP BUFFER ADDRESS
15222 047166 010246 MOV R2,-(SP) ; SAVE REGISTERS MODIFIED
15223 047170 010346 MOV R3,-(SP)
15224 047172 010546 MOV R5,-(SP)
15225 047174 013705 001006' MOV .CRTSK,R5 ; SET UP TO CONVERT EFN
15226 047200 010203 MOV R2,R3
15227 047202 CALL .CEFN3 ; CONVERT EFN
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 278-1
SCOMM MODULE -- ..STIN (START INDIRECT FUNCTION)
047202 004737 044324' JSR PC,.CEFN3
15228 047206 012605 MOV (SP)+,R5 ; RESTORE R5
15229 047210 010325 MOV R3,(R5)+ ; SET MASK
15230 047212 010225 MOV R2,(R5)+ ; SET ADDRESS
15231 047214 012603 MOV (SP)+,R3 ; RESTORE REGISTERS
15232 047216 012602 MOV (SP)+,R2
15233 047220 010446 MOV R4,-(SP) ; SAVE R4
15234 047222 010001 MOV R0,R1 ; SET UP TO ENTER NODE
15235 047224 .INH6 ; INHIBIT DTE20 INTERRUPTS
047224 013746 177776 MOV @#PS,-(SP)
047230 112737 000300 177776 MOVB #300,@#PS
15236 047236 012704 001334' MOV #TO10Q,R4 ;;; START TO 10 QUEUE IF NECESSARY
15237 047242 021404 CMP @R4,R4 ;;; CHECK TO SEE IF ALREADY GOING
15238 047244 001003 BNE 30$ ;;; YES -- JUST ENTER IN QUEUE
15239 047246 010104 MOV R1,R4 ;;; NO -- SET NODE ADDRESS
15240 047250 CALL .STTNQ ;;; [4.1.1121] START QUEUE
047250 004737 032200' JSR PC,.STTNQ
15241 047254 30$:
15242 047254 013704 001336' MOV TO10Q+2,R4 ;;; ENTER QUEUE
15243 047260 CALL ..NADD ;;; ADD NODE
047260 004737 045434' JSR PC,..NADD
15244 047264 .ENB6 ;;; ENABLE INTERRUPTS
047264 012637 177776 MOV (SP)+,@#PS
15245 047270 012604 MOV (SP)+,R4 ;;; RESTORE REGISTERS
15246 047272 012601 MOV (SP)+,R1
15247 047274 012600 MOV (SP)+,R0
15248 047276 012605 MOV (SP)+,R5
15249 047300 000241 CLC ; CLEAR C
15250 047302 40$: ; [4.2208]
15251 047302 RETURN ; RETURN TO CALLER
047302 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 279
SCOMM MODULE -- ..STQ (STORE IN TO 10 QUEUE)
15253 .SBTTL SCOMM MODULE -- ..STQ (STORE IN TO 10 QUEUE)
15254
15255 ;+
15256 ; ..STQ -- SUBROUTINE TO STORE IN THE TO 10 QUEUE AND GET ANOTHER BUFFER
15257 ; FOR TRANSFERRING TO THE TO 10 QUEUE.
15258 ;
15259 ; INIAN -- SPECIAL ENTRY POINT FOR INITIALIZATION, IT SHOULD BE
15260 ; USED BY NO OTHERS!!
15261 ;
15262 ; CALLING SEQUENCE:
15263 ;
15264 ; .CP?? MUST BE SETUP TO THE LAST QUEUE ENTRY
15265 ; CALL ..STQ
15266 ;
15267 ; EXIT CONDITIONS:
15268 ;
15269 ; .CP?? IS SET UP TO POINT TO A NEW QUEUE
15270 ;-
15271
15272 .ENABL LSB
15273
15274 047304 ..STQ::
15275 047304 010046 MOV R0,-(SP) ; SAVE REGISTERS
15276 047306 010146 MOV R1,-(SP)
15277 047310 010446 MOV R4,-(SP)
15278 047312 013704 001270' MOV .CRHD,R4 ; FIND THE HEADER OF THE CURRENT BUFFER
15279 047316 013764 001256' 000006 MOV .CRQZ,6(R4) ; SET THE CURRENT QUEUE SIZE IN THE BUFFER
15280 ; AND CHECK TO SEE IF ANYTHING THERE
15281 047324 001447 BEQ 40$ ; NO -- DON'T ATTEMPT TO SEND TO 10
15282 047326 012701 001334' MOV #TO10Q,R1 ; FIND THE LISTHEAD OF THE TO 10 QUEUE
15283 047332 021101 CMP @R1,R1 ; IS THERE AN ENTRY?
15284 047334 001003 BNE 10$ ; ALREADY STARTED?
15285 047336 CALL .STTNQ ; [4.1.1121] START THE QUEUE UP
047336 004737 032200' JSR PC,.STTNQ
15286 047342 000404 BR 20$
15287 ;
15288 047344 10$:
15289 047344 022737 000014 001264' CMP #14,.CRSZ
15290 047352 101434 BLOS 40$ ; YES -- DON'T QUEUE IT YET
15291 047354 20$:
15292 047354 010401 MOV R4,R1 ; SET UP THE NODE ADDRESS
15293 047356 013704 001336' MOV TO10Q+2,R4 ; SET UP LISTHEAD ADDRESS
15294 047362 CALL ..NADD ; ADD THE NODE TO THE LIST
047362 004737 045434' JSR PC,..NADD
15295 047366 INIAN::
15296 047366 012701 000060 MOV #E.OPSZ,R1 ; [4.1.1137] SET UP THE BUFFER SIZE
15297 047372 CALL ..ALCB ; GET A NODE FROM THE POOL
047372 004737 045654' JSR PC,..ALCB
15298 047376 103003 BCC 30$ ; [4.1.1137] ALL OK IF CC-C IS CLEAR
15299 047400 .CRASH B03 ; ALLOCATION FAILED -- CRASH!
047400 000004 IOT
047402 102 060 063 .ASCIZ /B03/
047405 000
15300 ;
15301 047406 30$:
15302 047406 010037 001270' MOV R0,.CRHD ; SET UP THE POINTER TO THE HEAD OF THE BUFFER
15303 047412 005037 001262' CLR .CPDV ; SET NO DEVICE IN USE
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 279-1
SCOMM MODULE -- ..STQ (STORE IN TO 10 QUEUE)
15304 047416 022020 CMP (R0)+,(R0)+ ; MOVE OVER THE FORWARD/BACKWARD POINTERS
15305 047420 010120 MOV R1,(R0)+ ; SET UB NODE SIZE
15306 047422 005020 CLR (R0)+ ; SET UP CURRENT SIZE OF Q
15307 047424 010037 001266' MOV R0,.CRPB ; SET THE CURRENT BUFFER POINTER
15308 047430 162701 000012 SUB #10.,R1 ; DON'T WANT TO INCLUDE HEADER
15309 047434 010137 001264' MOV R1,.CRSZ ; SET UP SIZE OF QUEUE (MAX)
15310 047440 005037 001256' CLR .CRQZ ; CLEAR CURRENT QUEUE SIZE
15311 047444 40$:
15312 047444 012604 MOV (SP)+,R4 ; RESTORE REGISTSERS
15313 047446 012601 MOV (SP)+,R1
15314 047450 012600 MOV (SP)+,R0
15315 047452 RETURN ; RETURN TO CALLER
047452 000207 RTS PC
15316
15317 .DSABL LSB
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 280
SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15319 .SBTTL SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15320
15321 ;+
15322 ; ..WFED -- WAITS FOR EXAMINE/DEPOSIT TRANSFERS AND CHECKS TO SEE
15323 ; THAT E-BOX HAS NOT STOPPED OR ENCOUNTERED AN EBUS PARITY ERROR.
15324 ;
15325 ; ERRORS DETECTED HERE ARE:
15326 ;
15327 ; 1. DEX -- DEPOSIT/EXAMINE TIMED OUT
15328 ; 2. EPE -- EBUS PARITY ERROR
15329 ; 3. CES -- CLOCK ERROR STOP
15330 ; 4. TSP -- KL IS HALTED (STOPPED)
15331 ;
15332 ; IN THE CASE OF AN EBUS PARITY ERROR OR DEX ERROR, THE TRANSFER IS
15333 ; RETRIED ONCE. IF THE RETRY SUCCEEDS, A SNAPSHOT OF THE DTE-20 ON
15334 ; BOTH THE INITIAL FAILURE AND SUCCESSFUL RETRY ARE LOGGED TO THE
15335 ; KL. IF THE RETRY FAILS, THE KL IS RELOADED. MULTIPLE ERRORS DURING
15336 ; ANY RETRY ATTEMPT ARE CONSIDERED FATAL.
15337 ;
15338 ; THE RETRY COUNT/FLAG BYTES ".EBRTY" AND ".DXRTY" ARE CONTIGUOUS AND
15339 ; ON A WORD BOUNDARY IN LOW CORE. THE SIGNIFICANCE OF THE CONTENT OF
15340 ; THESE BYTES IS AS FOLLOWS:
15341 ;
15342 ; +1 -- NO ERROR
15343 ; 0 -- RETRY SUCCEEDED, ERROR LOGGING REQUESTED
15344 ; (EBUS PARITY ERROR ONLY, DEX ERRORS ARE ALWAYS FATAL)
15345 ; -1 -- EBUS PARITY ERROR RETRY FAILED OR DEX ERROR, KL RELOAD REQUESTED
15346 ;
15347 ; THE ACTUAL ERROR LOGGING IS DONE BY THE TERMINAL TASK ON THE SOFTWARE
15348 ; CLOCK. A MAXIMUM OF TWO SNAPSHOTS IS ALLOWED IN THE DTE-20 ERROR
15349 ; LOGGING QUEUE, AS A CONSIDERATION FOR THE FREE-CORE RESOURCE.
15350 ;
15351 ; CALLING SEQUENCE:
15352 ;
15353 ; CALL ..WFED
15354 ;
15355 ; ENTRY CONDITIONS:
15356 ;
15357 ; R0 -- ADDRESS OF DTE20
15358 ; IF ".NOERR" .NE. 0 -- ONLY CHECK TIMEOUT, ELSE CHECK ALL ERRORS
15359 ;
15360 ; EXIT CONDITIONS:
15361 ;
15362 ; SUCCESS:
15363 ;
15364 ; NO REGISTERS ALTERED CC-C CLEAR
15365 ;
15366 ; NORMAL ERROR CONDITIONS:
15367 ;
15368 ; CC-C SET -- E-BOX STOPPED (PROTOCOL STOPPED - KS.CES SET IN .KLITK)
15369 ; CC-C SET -- DEP/EX FAILURE (PROTOCOL STOPPED - KS.DEX SET IN .KLITK)
15370 ;
15371 ; CC-C CLEAR -- E-BUS PARITY ERROR (PROTOCOL UNCHANGED -- KS.EPE SET IN .KLITK)
15372 ; CC-C CLEAR -- TEN STOPPED (PROTOCOL STOPPED -- KS.TSP SET IN .KLITK)
15373 ;
15374 ; SPECIAL ERROR CONDITIONS:
15375 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 280-1
SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15376 ; TIMEOUT AND ".NOERR" .NE. 0 - CC-C SET
15377 ;
15378 ; NOTE:
15379 ;
15380 ; **** THIS ROUTINE MUST BE ENTERED AT PRI6 ****
15381 ;-
15382
15383 047454 ..WFED::
15384 047454 010146 MOV R1,-(SP) ;;; [4.2217] SAVE R1
15385 047456 010246 MOV R2,-(SP) ;;; [4.2217] AND R2
15386 047460 010546 MOV R5,-(SP) ;;; [5.1008] AND R5
15387 047462 012705 001372' MOV #.DXRTY,R5 ;;; [5.1008] FOR EXIT CODE
15388 047466 012715 000401 MOV #401,(R5) ;;; [5.1008] INIT THE RETRY FLAGS
15389 ;
15390 ; REGISTER USAGE:
15391 ;
15392 ; R0 -- DTE-20 BASE ADDRESS
15393 ; R1 -- POINTS TO FIRST FREE WORD IN ERROR LOGGING PACKET
15394 ; R2 -- POINTER TO DTE-20 "TENAD1" REGISTER ON RETRY
15395 ; R5 -- POINTER TO ERROR FLAGS BYTES
15396 ;
15397 047472 10$:
15398 047472 012737 003000 001352' MOV #3000,DEXST ;;; [4.2217] SET UP TIMEOUT COUNT
15399 ;
15400 ; TIMEOUT A DEPOSIT OR EXAMINE
15401 ;
15402 047500 15$:
15403 047500 032760 000004 000034 BIT #DEXDON,STATD(R0) ;;; [4.2217] TRANSFER COMPLETED??
15404 047506 001030 BNE 25$ ;;; [4.2217] YES -- GO ON
15405 047510 005337 001352' DEC DEXST ;;; [4.2217] NO -- TIMED OUT??
15406 047514 001371 BNE 15$ ;;; [4.2217] NO -- GO ON
15407 ;
15408 ; HERE TO CHECK TIMEOUT ERRORS
15409 ;
15410 047516 005060 000030 CLR DAG1(R0) ;;; [4.2217] YES -- CLEAR FLAGS
15411 047522 105737 001122' TSTB .NOERR ;;; [4.2217] IGNORE ERRORS??
15412 047526 001110 BNE 60$ ;;; [4.2217] YES -- FLAG TIMEOUT AND EXIT
15413 047530 032760 004000 000030 BIT #DS04,DAG1(R0) ;;; [4.2217] NO -- CLOCK ERROR STOP??
15414 047536 001404 BEQ 20$ ;;; [4.2217] NO -- GO ON
15415 047540 052737 000002 001126' BIS #KS.CES,.KLITK ;;; [4.2217] YES -- FLAG IT
15416 047546 000472 BR 55$ ;;; [4.2217] AND EXIT
15417 ;
15418 047550 20$:
15419 047550 052737 000010 001126' BIS #KS.DEX,.KLITK ;;; [4.2217] SET DEPOSIT/EXAMINE FAILURE
15420 047556 105437 001372' NEGB .DXRTY ;;; [4.1.1065] DEX ERRORS ARE ALWAYS FATAL
15421 047562 CALL DTESNP ;;; [5.1008] SNAPSHOT THE DTE-20
047562 004737 047772' JSR PC,DTESNP
15422 047566 000462 BR 55$ ;;; [5.1008] AND CRASH HIM
15423 ;
15424 ;
15425 ; HERE TO CHECK NON-TIMEOUT ERRORS
15426 ;
15427 047570 25$:
15428 047570 105737 001122' TSTB .NOERR ;;; [4.2217] IGNORE ERRORS??
15429 047574 001066 BNE 65$ ;;; [4.2217] YES -- JUST EXIT
15430 047576 032760 000020 000034 BIT #BPARER,STATD(R0) ;;; [4.2217] EBUS PARITY ERROR??
15431 047604 001422 BEQ 40$ ;;; [5.1008] NO -- SEE ABOUT OTHER ERRORS
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 280-2
SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15432 ;
15433 ; HERE TO SNAPSHOT AN EBUS PARITY ERROR
15434 ;
15435 047606 30$:
15436 047606 052737 000004 001126' BIS #KS.EPE,.KLITK ;;; [4.2217] FLAG THE EBUS PARITY ERROR
15437 047614 CALL DTESNP ;;; [4.2217] GET THE ADDRESS AND DATA
047614 004737 047772' JSR PC,DTESNP
15438 047620 103445 BCS 55$ ;;; [5.1008] ERROR IF CC-C IS SET
15439 047622 105337 001373' DECB .EBRTY ;;; [5.1008] IS THIS A RETRY??
15440 047626 100442 BMI 55$ ;;; [5.1008] YES -- ONLY ONE ALLOWED
15441 047630 105737 001372' TSTB .DXRTY ;;; [5.1008] NO -- MULTIPLE ERRORS??
15442 047634 002437 BLT 55$ ;;; [5.1008] YES -- CRASH HIM
15443 ;
15444 ; HERE TO RETRY A TRANSFER
15445 ;
15446 047636 35$:
15447 047636 012760 000100 000032 MOV #DRESET,DAG2(R0) ;;; [4.2217] NO -- RESET THE DTE-20
15448 047644 011222 MOV (R2),(R2)+ ;;; [4.2217] AND RESTART THE TRANSFER
15449 047646 011212 MOV (R2),(R2) ;;; [4.2217] SO
15450 047650 000710 BR 10$ ;;; [4.2217] TIME THE RETRY OUT
15451 ;
15452 ;
15453 ; HERE TO CHECK OTHER NON-TIMEOUT ERRORS
15454 ;
15455 047652 40$:
15456 047652 005060 000030 CLR DAG1(R0) ;;; [4.2217] RESET FLAGS
15457 047656 105737 001123' TSTB .NOHLT ;;; [4.2217] HALTS ALLOWED??
15458 047662 001010 BNE 45$ ;;; [4.2217] YES -- JUST EXIT
15459 047664 032760 001000 000030 BIT #DS06,DAG1(R0) ;;; [4.2217] NO -- IS THE KL HALTED??
15460 047672 001404 BEQ 45$ ;;; [4.2217] NO -- JUST EXIT
15461 047674 052737 000001 001126' BIS #KS.TSP,.KLITK ;;; [4.2217] YES -- FLAG THE ERROR
15462 047702 000414 BR 55$ ;;; [5.1008] AND FLAG THE RELOAD
15463 ;
15464 ;
15465 ; HERE FOR NORMAL EXIT
15466 ;
15467 047704 45$:
15468 047704 105737 001373' TSTB .EBRTY ;;; [5.1008] DID WE RECOVER AN EBUS PARITY ERROR??
15469 047710 001020 BNE 65$ ;;; [5.1008] NO -- JUST EXIT
15470 ;
15471 ; HERE TO SNAPSHOT A RECOVERED EBUS PARITY ERROR
15472 ;
15473 047712 50$:
15474 047712 CALL DTESNP ;;; [4.2217] YES -- SAVE RECOVERED DATA
047712 004737 047772' JSR PC,DTESNP
15475 047716 042737 000004 001126' BIC #KS.EPE,.KLITK ;;; [5.1008] RESET TKTN FLAGS
15476 047724 042765 000200 177776 BIC #DV.URE,-2(R5) ;;; [5.1008] RESET UNRECOVERABLE FLAG
15477 047732 000407 BR 65$ ;;; [5.1008] TAKE NORMAL EXIT
15478 ;
15479 ;
15480 ; HERE ON A FATAL ERROR
15481 ;
15482 047734 55$:
15483 047734 105237 001122' INCB .NOERR ;;; [4.2217] RECOGNIZE THE ERROR
15484 047740 CALL ..DTSP ;;; [4.2217] STOP ALL PROTOCOLS
047740 004737 050226' JSR PC,..DTSP
15485 047744 105237 001124' INCB .TKTN ;;; [4.2217] REQUEST NOTIFICATION
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 280-3
SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15486 ;
15487 ; ERROR EXIT
15488 ;
15489 047750 60$:
15490 047750 000261 SEC ;;; [4.2217] SET ERROR RETURN
15491 ;
15492 ; NORMAL EXIT
15493 ;
15494 047752 65$:
15495 047752 113725 001372' MOVB .DXRTY,(R5)+ ;;; [5.1008] SET THE RETRY FLAGS
15496 047756 113715 001373' MOVB .EBRTY,(R5) ;;; [5.1008] SO
15497 047762 012605 MOV (SP)+,R5 ;;; [5.1008] RESTORE R5
15498 047764 012602 MOV (SP)+,R2 ;;; [4.2217] RESTORE REGISTERS
15499 047766 012601 MOV (SP)+,R1 ;;; [4.2217] SO
15500 047770 RETURN ;;; [4.2217] TO CALLER
047770 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 281
SCOMM MODULE -- ..WFED (WAIT FOR EXAMINE/DEPOSIT)
15502 ;
15503 ; INTERNAL SUBROUTINE TO SNAPSHOT THE DTE-20
15504 ;
15505 ; THIS ROUTINE WILL INITIALIZE AND APPEND TO A DTE-20 ERROR LOGGING
15506 ; PACKET. AFTER THE FIRST INVOCATION FOR EACH ERROR, THIS ROUTINE
15507 ; RETURNS:
15508 ;
15509 ; R1 -- POINTS TO FIRST FREE WORD IN RETRY SNAPSHOT
15510 ; R2 -- POINTS TO "TENAD1" REGISTER IN THE DTE-20
15511 ; R5 -- POINTS TO FLAGS WORD IN ERROR LOGGING PACKET
15512 ;
15513
15514 047772 DTESNP:
15515 047772 010046 MOV R0,-(SP) ;;; [4.2217] SAVE THE DTE-20 POINTER
15516 047774 005737 001012' TST .COMEF+2 ;;; [4.1.1105] IS PRIMARY PROTOCOL RUNNING??
15517 050000 100045 BPL 50$ ;;; [4.1.1105] NO -- JUST EXIT
15518 050002 105737 001373' TSTB .EBRTY ;;; [5.1008] YES -- IS THIS AN EBUS PARITY ERROR RETRY??
15519 050006 001436 BEQ 30$ ;;; [5.1008] YES -- GO ON
15520 050010 023727 001376' 000002 CMP .EBPEC,#2 ;;; [5.1008] NO -- IS THE QUEUE FULL??
15521 050016 001436 BEQ 50$ ;;; [5.1008] YES -- NO MORE ALLOWED
15522 050020 005237 001376' INC .EBPEC ;;; [5.1008] NO -- COUNT THIS NODE
15523 050024 012701 000112 MOV #112,R1 ;;; [4.2217] NO -- SET UP BUFFER SIZE
15524 050030 CALL ..ALCB ;;; [4.2217] ALLOCATE A BLOCK
050030 004737 045654' JSR PC,..ALCB
15525 050034 103427 BCS 50$ ;;; [4.2217] ERROR IF CC-C IS SET
15526 050036 010046 MOV R0,-(SP) ;;; [5.1008] SAVE NODE POINTER
15527 050040 012700 001374' MOV #.EBPEQ,R0 ;;; [5.1008] MOVE THE LISTHEAD POINTER TO R0
15528 050044 10$:
15529 050044 011002 MOV (R0),R2 ;;; [5.1008] FIND THE END OF THE LIST
15530 050046 001402 BEQ 20$ ;;; [5.1008] FOUND IT -- GO ON
15531 050050 010200 MOV R2,R0 ;;; [5.1008] NOT YET -- KEEP GOING
15532 050052 000774 BR 10$ ;;; [5.1008] TRY AGAIN
15533 ;
15534 050054 20$:
15535 050054 011610 MOV (SP),(R0) ;;; [5.1008] SET THE NODE IN THE LIST
15536 050056 012600 MOV (SP)+,R0 ;;; [5.1008] RESTORE NODE POINTER
15537 050060 005020 CLR (R0)+ ;;; [5.1008] CLEAR AND GET OVER THE LINKAGE
15538 050062 010120 MOV R1,(R0)+ ;;; [4.2217] SET THE NODE SIZE
15539 050064 012720 000106 MOV #106,(R0)+ ;;; [5.1008] SET THE TRANSFER SIZE
15540 050070 012720 000300 MOV #DV.LOG!DV.URE,(R0)+ ;;; [5.1008] SET STANDARD STATUS
15541 050074 010005 MOV R0,R5 ;;; [5.1008] COPY FLAG POINTER TO R5
15542 050076 005020 CLR (R0)+ ;;; [5.1008] INIT AND GET OVER THE FLAGS
15543 050100 010001 MOV R0,R1 ;;; [4.2217] BUFFER POINTER TO R1
15544 050102 011600 MOV (SP),R0 ;;; [4.2217] RESTORE DTE-20 POINTER
15545 050104 30$:
15546 050104 012702 000020 MOV #20,R2 ;;; [4.2217] INIT LOOP COUNTER
15547 050110 40$:
15548 050110 012021 MOV (R0)+,(R1)+ ;;; [4.2217] SNAPSHOT THE DTE-20
15549 050112 077202 SOB R2,40$ ;;; [4.2217] SO
15550 050114 50$:
15551 050114 011602 MOV (SP),R2 ;;; [4.2217] GET DTE-20 POINTER
15552 050116 062702 000010 ADD #TNAD1,R2 ;;; [4.2217] POINT TO THE ADDRESS WORDS
15553 050122 012600 MOV (SP)+,R0 ;;; [4.2217] RESTORE R0
15554 050124 RETURN ;;; [4.2217] TO CALLER
050124 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 282
SCOMM MODULE -- ..SWED (START AND WAIT FOR EXAMINE/DEPOSIT)
15556 .SBTTL SCOMM MODULE -- ..SWED (START AND WAIT FOR EXAMINE/DEPOSIT)
15557
15558 ;+
15559 ; ..SWED -- STARTS A DEPOSIT/EXAMINE SEQUENCE AND WAITS FOR ITS COMPLETION.
15560 ;
15561 ; NOTE: **** THIS ROUTINE MUST BE ENTERED AT PRI6 ****
15562 ;
15563 ; CALLING SEQUENCE:
15564 ;
15565 ; R0 -- ADDRESS OF DTE-20
15566 ; R1 -- HIGH ORDER EXAMINE/DEPOSIT ADDRESS WORD (FOR TENAD1)
15567 ; R2 -- LOW ORDER EXAMINE/DEPOSIT ADDRESS WORD (FOR TENAD2)
15568 ; R3 -- ADDRESS TO TRANSFER 3 WORD BLOCK TO OR FROM
15569 ;
15570 ; CALL ..SWED
15571 ;
15572 ; EXIT CONDITIONS:
15573 ;
15574 ; SUCCESS -- NO REGISTERS ALTERED, CC-C CLEAR
15575 ;
15576 ; FAILURE -- NO REGISTERS ALTERED, CC-C SET
15577 ;-
15578
15579 050126 ..SWED::
15580 050126 010346 MOV R3,-(SP) ;;; SAVE REGISTERS
15581 050130 032701 010000 BIT #DEP,R1 ;;; CHECK FOR DEPOSIT
15582 050134 001016 BNE 10$ ;;; YES -- GO TO DEPOSIT PART OF SUBROUTINE
15583 ;
15584 ; HERE TO START AN EXAMINE
15585 ;
15586 050136 010160 000010 MOV R1,TNAD1(R0) ;;; NO -- SET UP ADDRESS OF TRANSFER IN DTE
15587 050142 010260 000012 MOV R2,TNAD2(R0) ;;; START TRANSFER
15588 050146 CALL ..WFED ;;; WAIT FOR EXAMINE/DEPOSIT
050146 004737 047454' JSR PC,..WFED
15589 050152 103423 BCS 20$ ;;; COMPLAIN ABOUT ERRORS
15590 050154 MTPS DXWD3(R0),(R3)+ ;;; STORE THE WORD TRANSFERED
050154 016023 000002 MOV DXWD3(R0),(R3)+
15591 050160 MTPS DXWD2(R0),(R3)+
050160 016023 000004 MOV DXWD2(R0),(R3)+
15592 050164 MTPS DXWD1(R0),(R3)+
050164 016023 000006 MOV DXWD1(R0),(R3)+
15593 050170 000414 BR 20$ ;;; ALL DONE.
15594 ;
15595 ;
15596 ; HERE TO START A DEPOSIT
15597 ;
15598 050172 10$:
15599 050172 MFPS (R3)+,DXWD3(R0) ;;; TRANSFER TO 10
050172 012360 000002 MOV (R3)+,DXWD3(R0)
15600 050176 MFPS (R3)+,DXWD2(R0) ;;; SET UP WORD IN DTE
050176 012360 000004 MOV (R3)+,DXWD2(R0)
15601 050202 MFPS (R3)+,DXWD1(R0) ;;; SO
050202 012360 000006 MOV (R3)+,DXWD1(R0)
15602 050206 010160 000010 MOV R1,TNAD1(R0) ;;; SET HIGH ORDER ADDRESS
15603 050212 010260 000012 MOV R2,TNAD2(R0) ;;; START THE TRANSFER
15604 050216 CALL ..WFED ;;; WAIT FOR EXAMINE/DEPOSIT
050216 004737 047454' JSR PC,..WFED
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 282-1
SCOMM MODULE -- ..SWED (START AND WAIT FOR EXAMINE/DEPOSIT)
15605 050222 20$:
15606 050222 012603 MOV (SP)+,R3 ;;; RESTORE R3
15607 050224 RETURN ;;; RETURN TO CALLER
050224 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 283
SCOMM MODULE -- ..DTSP (STOP DTE PROTOCOLS)
15609 .SBTTL SCOMM MODULE -- ..DTSP (STOP DTE PROTOCOLS)
15610
15611 ;+
15612 ; ..DTSP -- SUBROUTINE TO TURN OFF PRIMARY AND SECONDARY PROTOCOLS.
15613 ; THIS REQUIRES TURNING OFF THE DTE INTERRUPT.
15614 ;
15615 ; CALLING SEQUENCE:
15616 ;
15617 ; CALL ..DTSP
15618 ;
15619 ; EXIT CONDITIONS:
15620 ;
15621 ; SUCCESS IS ASSURED, CC-C IS CLEARED
15622 ; NO REGISTERS ALTERED
15623 ; THERE ARE NO ERRORS
15624 ;-
15625
15626 .ENABL LSB
15627
15628 050226 ..DTSP::
15629 050226 012777 000010 131130 MOV #INTROF,@.PRSTA ;; TURN OFF DTE INTERRUPTS
15630 050234 042737 120000 001012' BIC #EF.PR1!EF.PR2,.COMEF+2 ;; AND PROTOCOLS
15631 050242 000421 BR 30$ ;; AND EXIT
15632 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 284
SCOMM MODULE -- ..DTP2 (START SECONDARY PROTOCOL)
15634 .SBTTL SCOMM MODULE -- ..DTP2 (START SECONDARY PROTOCOL)
15635
15636 ;+
15637 ; ..DTP2 -- SUBROUTINE TO TURN ON SECONDARY PROTOCOL.
15638 ; A CHECK IS MADE TO MAKE SURE PRIMARY PROTOCOL IS OFF.
15639 ;
15640 ; CALLING SEQUENCE:
15641 ;
15642 ; CALL ..DTP2
15643 ;
15644 ; EXIT CONDITIONS:
15645 ;
15646 ; SUCCESS IS ASSURED, CC-C IS CLEARED
15647 ; NO REGISTERS ALTERED
15648 ; THERE ARE NO ERRORS
15649 ;-
15650
15651 050244 ..DTP2::
15652 050244 005737 001012' TST .COMEF+2 ;; [4.1.1105] IF PRIMARY PROTOCOL IS ON,
15653 050250 100002 BPL 10$ ;; [4.1.1105] THEN
15654 050252 CALL ..DTSP ;; TURN IT OFF
050252 004737 050226' JSR PC,..DTSP
15655 050256 10$:
15656 050256 012777 004010 131100 MOV #INTROF!INT11S,@.PRSTA ;; DISABLE INTERRUPTS
15657 050264 052737 020000 001012' BIS #EF.PR2,.COMEF+2 ;; LET THE BOOT PROTOCOL TASK GO
15658 050272 000403 BR 20$ ;; AND RETURN
15659 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 285
SCOMM MODULE -- ..DTP1 (START PRIMARY PROTOCOL)
15661 .SBTTL SCOMM MODULE -- ..DTP1 (START PRIMARY PROTOCOL)
15662
15663 ;+
15664 ; ..DTP1 -- SUBROUTINE TO TURN ON PRIMARY PROTOCOL.
15665 ;
15666 ; CALLING SEQUENCE:
15667 ;
15668 ; CALL ..DTP1
15669 ;
15670 ; EXIT CONDITIONS:
15671 ;
15672 ; SUCCESS IS ASSURED , CC-C IS CLEARED
15673 ; NO REGISTERS ALTERED
15674 ; THERE ARE NO ERRORS
15675 ;-
15676
15677 050274 ..DTP1::
15678 050274 052737 100000 001012' BIS #EF.PR1,.COMEF+2 ;; ENABLE THE PRIMARY PROTOCOL TASK
15679 050302 20$:
15680 050302 CALL ..DSEV ;; DECLARE A SIGNIFICANT EVENT
050302 004737 045264' JSR PC,..DSEV
15681 050306 30$:
15682 050306 000241 CLC ;; MAKE SURE CC-C
15683 050310 RETURN ;; AND RETURN
050310 000207 RTS PC
15684
15685 .DSABL LSB
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 286
SCOMM MODULE -- ..VXFR (VALADATE TRANSFER)
15687 .SBTTL SCOMM MODULE -- ..VXFR (VALADATE TRANSFER)
15688
15689 ;+
15690 ; ..VXFR -- ROUTINE TO VALIDATE A USER'S TRANSFER REQUEST
15691 ;
15692 ; ..VXFR CHECKS TO SEE IF A USER'S REQUEST TO TRANSFERINTO OR OUT
15693 ; OF HIS SPACE IS LEGAL. ..VXFR WILL CHECK TO SEE THAT TRANSFERS
15694 ; ACROSS VIRTUAL BOUNDARIES ARE ALSO TRANSFERS IN CONTIGUOUS CORE.
15695 ; THIS MEANS THAT AFTER VALIDATION A HANDLER TASK DOES NOT HAVE TO
15696 ; WORRY ABOUT THE VALIDITY OF TRANSFERING A CONTIGUOUS BLOCK OF
15697 ; CORE INTO THE USER'S AREA. ..VXFR WILL ALSO RETURN TO THE CALLER
15698 ; THE PHYSICAL 18 BIT ADDRESS OF THE USER'S BUFFER. ..VXFR WILL NOT
15699 ; LET THE USER TRANSFER INTO READ-ONLY SPACE IF THE DIRECTION
15700 ; SPECIFIED BY THE HANDLER IS WRITE.
15701 ;
15702 ; CALLING SEQUENCE:
15703 ;
15704 ; R1 -- REQUEST NODE ADDRESS
15705 ; R2 -- STARTING ADDRESS (VIRTUAL)
15706 ; R3 -- TRANSFER LENGTH
15707 ;
15708 ; CALL ..VXFR
15709 ;
15710 ; EXIT CONDITIONS:
15711 ;
15712 ; R4 -- HIGH ORDER ADDRESS (BITS 4,5)
15713 ; R5 -- LOW ORDER ADDRESS
15714 ;
15715 ; ERROR EXIT -- CC-C SET
15716 ;-
15717
15719 050312 ..VXFR::
15720 050312 010205 MOV R2,R5 ; IF NOT KT11 THEN JUST RETURN CURRENT ADDRESS
15721 050314 005004 CLR R4
15722 050316 RETURN
050316 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 287
SCOMM MODULE -- ..BLXO (BLOCK OUTPUT) ..BLXI (BLOCK INPUT)
15841 .SBTTL SCOMM MODULE -- ..BLXO (BLOCK OUTPUT) ..BLXI (BLOCK INPUT)
15842
15843 ;+
15844 ; ..BLXO -- ROUTINE TO PASS INFORMATION TO A USER'S PARTITION
15845 ;
15846 ; ..BLXO VALIDATES THE TRANSFER OF THE REQUEST TO TRANSFER
15847 ; TO OR FROM A HANDLER TASK'S AREA.
15848 ;
15849 ; ..BLXI -- ROUTINE TO PASS INFORMATION FROM A TASK'S PARTITION
15850 ;
15851 ; ..BLXI VALIDATES THE TRANSFER OF THE REQUEST TO TRANSFER
15852 ; TO A HANDLER TASK'S AREA.
15853 ;
15854 ; CALLING SEQUENCE:
15855 ;
15856 ; R1 -- REQUEST NODE ADDRESS
15857 ; R2 -- STARTING ADDRESS (VIRTUAL)
15858 ; R3 -- TRANSFER LENGTH (BYTES)
15859 ; R4 -- HANDLER VIRTUAL ADDRESS
15860 ;
15861 ; CALL ..BLXO
15862 ;
15863 ; - OR --
15864 ;
15865 ; CALL ..BLXI
15866 ;
15867 ; NOTE -- RESTRICTED TO 4K-64 (10) WORD TRANSFER'S
15868 ;-
15869
15870 050320 ..BLXI::
15871 050320 010446 MOV R4,-(SP)
15872 050322 010546 MOV R5,-(SP)
15873 050324 012705 000001 MOV #1,R5 ; SET DIRECTION OF TRANSFER TO IN
15874 050330 000403 BR BLXCOM ; AND ENTER COMMON CODE
15875 ;
15876 050332 ..BLXO::
15877 050332 010446 MOV R4,-(SP) ; SAVE THE REGISTERS
15878 050334 010546 MOV R5,-(SP)
15879 050336 005005 CLR R5 ; INDICATE TRANSFER OUT
15880 050340 BLXCOM:
15881 050340 010546 MOV R5,-(SP) ; SAVE THE DIRECTION OF TRANSFER
15882 050342 CALL ..VXFR ; VALADATE TRANSFER
050342 004737 050312' JSR PC,..VXFR
15895 050346 010346 MOV R3,-(SP) ; SAVE R3
15900 050350 016604 000006 MOV 6(SP),R4 ; SET UP THE FROM ADDRESS
15901 050354 005766 000002 TST 2(SP)
15903 050360 001403 BEQ BLXPLP ; DIRECTION OK FOR OUTPUT --DO TRANSFER
15910 050362 010546 MOV R5,-(SP)
15911 050364 010405 MOV R4,R5
15912 050366 012604 MOV (SP)+,R4
15914 050370 BLXPLP:
15915 050370 112425 MOVB (R4)+,(R5)+ ; MOVE A BYTE
15916 050372 077302 SOB R3,BLXPLP ; YES -- FINISHED?
15917 050374 012603 MOV (SP)+,R3 ; RESTORE R3
15922 ; CLEAR C BIT TO INDICATE LEGAL TRANSFER
15923 050376 005726 TST (SP)+ ; REMOVE THE DIRECTION WORD FROM THE STACK
15924 050400 BLXRTN:
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 287-1
SCOMM MODULE -- ..BLXO (BLOCK OUTPUT) ..BLXI (BLOCK INPUT)
15925 050400 012605 MOV (SP)+,R5 ; RESTORE REGISTERS
15926 050402 012604 MOV (SP)+,R4
15927 050404 RETURN ; RETURN TO CALLER
050404 000207 RTS PC
15928 ;
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 288
SCOMM MODULE -- ..VTOL (MAP VIRTUAL TO LOGICAL BLOCK, EXTERNAL
15938 .SBTTL SCOMM MODULE -- ..VTOL (MAP VIRTUAL TO LOGICAL BLOCK, EXTERNAL)
15939
15940 ;+
15941 ;
15942 ;CALL: JSR PC,..VTOL ;CLOSED, RETURN IN-LINE
15943 ;
15944 ;IN: R1 - POINTER TO REQUEST NODE, CONTAINING:
15945 ; R.AT - ATL OF CALLING TASK
15946 ; R.LU - LUN HAVING WINDOW IN LUT(N2)
15947 ; R.FC - I/O FUNCTION CODE, VIRTUAL READ OR WRITE
15948 ; R.PB+6,+10 - VIRTUAL BLOCK NUMBER TO MAP
15949 ;
15950 ;OUT: C=0 - MAPPING SUCCESSFUL
15951 ; R1 - POINTER TO REQUEST NODE, CONTAINING
15952 ; R.FC - I/O FUNCTION CODE, LOGICAL READ OR WRITE
15953 ; R.PB+6,+10 - LOGICAL BLOCK NUMBER MAPPED
15954 ;
15955 ; C=1 MAPPING FAILURE
15956 ;
15957 ;NOTE: THIS LIBRARY ROUTINE USES THE FOLLOWING
15958 ; OTHER LIBRARY ROUTINES---
15959 ;
15960 ; ..VVLL - INTERNAL VIRTUAL TO LOGICAL FILE FUNCTION
15961 ;
15962 ;-
15963
15964 050406 ..VTOL::
15965 050406 010046 MOV R0,-(SP) ;SAVE WORKING REGISTERS
15966 050410 010146 MOV R1,-(SP)
15967 050412 010246 MOV R2,-(SP)
15968 050414 010346 MOV R3,-(SP)
15969 050416 010446 MOV R4,-(SP)
15970
15971 ; GET WINDOW POINTER FROM LUT(N2) IN TASK HEADER
15972
15973 050420 010104 MOV R1,R4 ; SAVE POINTER TO REQUEST NODE
15974 050422 016402 000006 MOV R.AT(R4),R2 ; POINT TO ATL NODE
15975 050426 116403 000012 MOVB R.LU(R4),R3 ; GET LUN
15976 050432 006303 ASL R3
15977 050434 006303 ASL R3
15978 050436 066203 000012 ADD A.HA(R2),R3 ; !!!!!DOESN'T WORK IF MACY11 CONDITIONAL IS OFF
15979 050442 016301 000130 MOV H.LUT(R3),R1 ; GET WINDOW POINTER FROM LUT
15980 050446 001441 BEQ 30$ ; NO WINDOW, NO MAP....
15981 050450 030127 000001 BIT R1,#1 ; SEE IF WINDOW POINTER IS ODD
15982 050454 001036 BNE 30$ ; ECCCHH!
15983
15984 ; SEE IF THIS IS A READ OR WRITE AND CHECK PERMISSIONS APPROPRIATELY.
15985
15986 050456 012746 001000 MOV #IO.RLB,-(SP) ; SET UP FOR A READ
15987 050462 026427 000014 010400 CMP R.FC(R4),#IO.RVB ; SEE IF IT IS A READ
15988 050470 001405 BEQ 10$ ; YES
15989 050472 012716 000400 MOV #IO.WLB,(SP) ; NO, MUST BE A WRITE
15990 050476 031127 001000 BIT (R1),#WI.WRV ; SEE IF THE FILE IS WRITE ACCESSED
15991 050502 001422 BEQ 20$ ; IF NOT, CAN'T WRITE IT
15992
15993 ; NOW DO THE MAPPING ALREADY
15994
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 288-1
SCOMM MODULE -- ..VTOL (MAP VIRTUAL TO LOGICAL BLOCK, EXTERNAL
15995 050504 10$:
15996 050504 016400 000026 MOV R.PB+2(R4),R0 ; GET BYTE COUNT
15997 050510 016402 000032 MOV R.PB+6.(R4),R2 ; HIGH ORDER VBN
15998 050514 016403 000034 MOV R.PB+8.(R4),R3 ; LOW ORDER VBN
15999 050520 CALL ..VVLL ; CALL THE MAPPER
050520 004737 050570' JSR PC,..VVLL
16000 050524 103411 BCS 20$ ; NO SUCH LUCK
16001 050526 005700 TST R0 ; CHECK IF MAPPING IS COMPLETE
16002 050530 001007 BNE 20$ ; NO
16003
16004 ; SUCCESSFUL MAPPING - TURN THE NODE INTO A LOGICAL TRANSFER
16005
16006 050532 010264 000032 MOV R2,R.PB+6.(R4) ; SET HIGH ORDER LBN
16007 050536 010364 000034 MOV R3,R.PB+8.(R4) ; SET LOW ORDER LBN
16008 050542 012664 000014 MOV (SP)+,R.FC(R4) ; SET FUNCTION CODE
16009 050546 000402 BR 40$
16010 ;
16011 050550 20$:
16012 050550 005726 TST (SP)+ ; CLEAN THE STACK
16013 050552 30$:
16014 050552 000261 SEC ; SET FAILURE
16015 050554 40$:
16016 050554 012604 MOV (SP)+,R4 ; RESTORE REGISTERS
16017 050556 012603 MOV (SP)+,R3
16018 050560 012602 MOV (SP)+,R2
16019 050562 012601 MOV (SP)+,R1
16020 050564 012600 MOV (SP)+,R0
16021 050566 RETURN
050566 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 289
SCOMM MODULE -- ..VVLL (MAP VIRTUAL TO LOGICAL BLOCK, INTERNAL
16023 .SBTTL SCOMM MODULE -- ..VVLL (MAP VIRTUAL TO LOGICAL BLOCK, INTERNAL)
16024
16025 ;+
16026 ;
16027 ;CALL: JSR PC,..VVLL ;CLOSED, RETURN IN-LINE
16028 ;
16029 ;IN: R0 - NUMBER OF BYTES IN TRANSFER
16030 ; R1 - ADDRESS OF WINDOW
16031 ; R2,R3 - VBN TO MAP
16032 ;
16033 ;OUT: SUCCESS - C=0
16034 ; R0 - NUMBER OF BLOCKS NOT MAPPED
16035 ; R2,R3 - LOGICAL BLOCK NUMBER DESIRED
16036 ;
16037 ; FAILURE - C=1
16038 ; R0,R2,R3 - GARBAGED
16039 ;
16040 ;NOTE: THIS ROUTINE MAKES NO EXTERNAL CALLS.
16041 ; THIS ROUTINES IS USED BY---
16042 ;
16043 ; ..VTOL EXTERNAL VIRTUAL TO LOGICAL MAPPER
16044 ; WINDOW TURN FILE CONTROL PRIMITIVE
16045 ; INDEX FILE FILE CONTROL UTILITY
16046 ;
16047 ;-
16048
16049 050570 ..VVLL::
16050 050570 010146 MOV R1,-(SP) ; SAVE WORKING REGISTERS
16051 050572 010446 MOV R4,-(SP)
16052 050574 010546 MOV R5,-(SP)
16053 050576 .INH0 ; INHIBIT TASK SWITCHING
050576 013746 177776 MOV @#PS,-(SP)
050602 112737 000140 177776 MOVB #140,@#PS
16054 050610 062700 000777 ADD #511.,R0 ;; ROUND UP BYTE COUNT TO NEXT BLOCK
16055 050614 006000 ROR R0 ;; RECOVER CARRY
16056 050616 105000 CLRB R0 ;; CLEAR FRACTIONAL PART
16057 050620 000300 SWAB R0 ;; AND CONVERT TO BLOCK COUNT
16058
16059 ; GET STARTING VBN OF CURRENT WINDOW
16060
16061 050622 111104 MOVB (R1),R4 ;; GET COUNT OF RETRIEVAL POINTERS
16062 050624 001417 BEQ 40$ ;; EMPTY WINDOW
16063 050626 062701 000006 ADD #W.VBN,R1 ;; POINT TO STARTING VBN IN WINDOW
16064 050632 012105 MOV (R1)+,R5 ;; GET HIGH ORDER VBN
16065 050634 042705 177400 BIC #177400,R5 ;; MASK OFF HIGH BYTE
16066 050640 160502 SUB R5,R2 ;; SUBTRACT FROM DESIRED VBN
16067 050642 162103 SUB (R1)+,R3 ;; SUBTRACT LOW ORDER
16068 050644 005602 SBC R2 ;; AND THE CARRY
16069 050646 002406 BLT 40$ ;; WINDOW IS PAST VBN - OUT
16070
16071 ; NOW SCAN THE WINDOW FOR THE DESIRED VBN
16072
16073 050650 10$:
16074 050650 161103 SUB (R1),R3 ;; ACCUMULATE BLOCK COUNT
16075 050652 005602 SBC R2
16076 050654 103407 BLO 20$ ;; BRANCH IF WE GO BELOW ZERO
16077 050656 062701 000006 ADD #6,R1 ;; SKIP OVER THIS RETRIEVAL POINTER
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 289-1
SCOMM MODULE -- ..VVLL (MAP VIRTUAL TO LOGICAL BLOCK, INTERNAL
16078 050662 077406 SOB R4,10$ ;; AND LOOP FOR RETRIEVAL POINTERS
16079 050664 40$:
16080 050664 .ENB0 ;; OUT OF POINTERS - VBN IS BEYOND WINDOW
050664 004737 045540' JSR PC,..ENB0
16081 050670 000261 SEC ; SET FAILURE
16082 050672 000430 BR 50$ ; RETURN
16083 ;
16084 ;
16085 ; FOUND THE RIGHT RETRIEVAL POINTER - COMPUTE LBN
16086 ;
16087 050674 20$:
16088 050674 010305 MOV R3,R5 ;; R5 = - (BLOCKS IN THIS EXTENT PAST VBN)
16089 ;; COMPUTE NUMBER OF CONTIGUOUS BLOCKS
16090 050676 005405 NEG R5 ;; STARTING AT DESIRED VBN
16091 050700 062103 ADD (R1)+,R3 ;; COMPUTE LBN OFFSET IN THIS EXTENT
16092 050702 005502 ADC R2
16093 050704 062102 ADD (R1)+,R2 ;; GET HIGH ORDER LBN
16094 050706 062103 ADD (R1)+,R3 ;; AND LOW ORDER LBN
16095 050710 005502 ADC R2
16096 050712 160500 SUB R5,R0 ;; SEE IF THE TRANSFER LIES WITHIN THIS EXTENT
16097 050714 101413 BLOS 25$ ;; YES
16098
16099 050716 005304 DEC R4 ;; SEE IF THERE IS ANOTHER POINTER
16100 050720 001412 BEQ 30$ ;; NO
16101 050722 020021 CMP R0,(R1)+ ;; SEE IF REMAINDER OF TRANSFER LIES IN NEXT EXTENT
16102 050724 101010 BHI 30$ ;; NO
16103 050726 060305 ADD R3,R5 ;; COMPUTE END LBN + 1
16104 050730 010204 MOV R2,R4
16105 050732 005504 ADC R4 ;; COMPUTE HIGH ORDER
16106 050734 020421 CMP R4,(R1)+ ;; SEE IF NEXT EXTENT IS CONTIGUOUS WITH THIS ONE
16107 050736 001003 BNE 30$ ;; NO
16108 050740 020521 CMP R5,(R1)+ ;; COMPARE LOW ORDER
16109 050742 001001 BNE 30$ ;; NO
16110
16111 050744 25$:
16112 050744 005000 CLR R0 ;; TRANSFER IS COMPLETELY MAPPED
16113 050746 30$:
16114 050746 .ENB0 ; ENABLE TASK SWITCHING
050746 004737 045540' JSR PC,..ENB0
16115 050752 000241 CLC ; SET SUCCESS
16116 050754 50$:
16117 050754 012605 MOV (SP)+,R5 ; RESTORE REGISTES
16118 050756 012604 MOV (SP)+,R4
16119 050760 012601 MOV (SP)+,R1
16120 050762 RETURN
050762 000207 RTS PC
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291
SCOMM MODULE -- ..VVLL (MAP VIRTUAL TO LOGICAL BLOCK, INTERNAL
16124
16125 .SBTTL END
16126 ;
16127 ; COPYRIGHT (C) 1975, 1984, 1985 BY
16128 ; DIGITAL EQUIPMENT CORPORATION, MAYNARD MASS.
16129 ; ALL RIGHTS RESERVED.
16130 ; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
16131 ; ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE INCLUSION
16132 ; OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER COPIES THERE-
16133 ; OF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON.
16134 ; NO TITLE TO OR OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
16135 ;
16136 ; THE INFORMATION CONTAINED IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
16137 ; NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
16138 ; CORPORATION.
16139 ;
16140 ; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
16141 ; SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPILED BY DIGITAL.
16142 ;
16143 011454' .END INITLM
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-1
SYMBOL TABLE
ABCHAR 011364RG BC.TDU= 000015 G CNT 002732RG CTLO = 000040 DE.02 = 000376 G
ACKNOW 026344RG BC.THU= 000016 G CNUPE = 000002 CTRLC 033054R DE.03 = 000375 G
ADRSAV 005604RG BC.XEN= 000034 G COMBSE 001236RG CTRLU 033060R DE.04 = 000374 G
AF.PP = 000200 G BC.XOF= 000020 G COMTRP 011562R CTRLZ 033064R DE.05 = 000373 G
ASXCMN 014210R BC.XON= 000021 G COPBUF 030130RG CTYPTR 002642RG DE.06 = 000372 G
ASXDT 014064R BELADR 037216RG CPUERR 021102R CTYSTS 002672RG DE.07 = 000371 G
ASXEXT 014400R BITTBL 044260RG CPUNUM= 000002 CURBF = 000006 DE.08 = 000370 G
ASXE1 014040RG BIT0 = 000001 CPYRGT 011374RG C.AS = 000002 G DE.09 = 000367 G
ASXE2 014054R BIT1 = 000002 CRADR 002736RG C.AT = 000000 G DE.10 = 000366 G
ASXLRF 014224R BIT10 = 002000 CRBFLN= 000240 G C.FA = 000012 G DE.11 = 000365 G
ASXLRQ 014262R BIT11 = 004000 CRBUFF 005762RG C.FM = 000010 G DE.80 = 000260 G
ASXSCN 014052R BIT12 = 010000 CRBUFH 005760RG C.HALT= 000033 G DE.81 = 000257 G
ASXTE 014672R BIT13 = 020000 CRCEVF 005732RG C.HCRT= 000015 G DE.90 = 000246 G
ASXWR0 014112R BIT14 = 040000 CREVFG 005730RG C.HEOF= 000032 G DE.91 = 000245 G
ASXWR1 014122R BIT15 = 100000 CREXP = 006226RG C.HESC= 000033 G DE.92 = 000244 G
ASXWR2 014132R BIT2 = 000004 CRHD = ****** GX C.HFFD= 000014 G DE.93 = 000243 G
ASXWR3 014142R BIT3 = 000010 CRHUNG 005734RG C.HLFD= 000012 G DE.94 = 000242 G
ASXWR4 014152R BIT4 = 000020 CRJT = 001000 C.HPAR= 000200 G DE.95 = 000241 G
A.EF = 000020 G BIT5 = 000040 CROBAR 001034RG C.HSPC= 000040 G DE.96 = 000240 G
A.FB = 000015 G BIT6 = 000100 CRSIZE= 000010 G C.HTAB= 000011 G DE.97 = 000237 G
A.FM = 000024 G BIT7 = 000200 CRSTB 011744R C.HVTB= 000013 G DE.98 = 000236 G
A.HA = 000012 G BIT8 = 000400 CRSTBH 005740RG C.HXOF= 000023 G DE.99 = 000235 G
A.PD = 000006 G BIT9 = 001000 CRSTBK 005742RG C.HXON= 000021 G DFTBL 025734RG
A.PF = 000034 G BLDPKT 044140R CRSTK = ****** GX C.RS = 000006 G DFTSZ = 000100
A.RP = 000010 G BLKTT 005654RG CRSTLN= 000016 G C.SD = 000004 G DFUNC = 000200
A.SP = 000004 G BLXCOM 050340R CRSTS = 006230RG C.SZ = 000014 G DF.DMG= 000004
A.SZ = 000036 G BLXPLP 050370R CRTBL 006224RG C1 = 140010 DF.DMN= 000007
A.TD = 000016 G BLXRTN 050400R CRTHD = 006224RG C1DB = 140110 DF.DOR= 000001
A.TS = 000014 G BPARER= 000020 CRTNXA 015120R DAG1 = 000030 DF.EHG= 000010
BC.AKA= 000025 G BPTTRP 012032R CRTNX1 015112R DAG2 = 000032 DF.EHM= 000011
BC.BTP= 000024 G BTPHD 016262RG CRTNX2 015120R DAG3 = 000036 DF.EMG= 000005
BC.BTW= 000035 G BTPRO 016562R CRTNX3 015122R DBLDON 031662R DF.EMN= 000006
BC.DEB= 000036 G BTWCHR 026702RG CRTY = 002000 DBLEPP 031462R DF.KLR= 000012
BC.DES= 000010 G BYCNT 002734RG CR$BO5= 044206RG DBLEPX 031466R DF.KLW= 000013
BC.EDR= 000027 G BYTESA 005606RG CR$B03= 047402RG DBLHDR 031556R DF.KLX= 000014
BC.FNM= 000041 G CDBA = 177164 G CR$CBR= 020344RG DBLPWR 031516R DF.OFF= 000002
BC.FOD= 000013 G CDCC = 177162 G CR$DTB= 031124RG DBLRLD 031472R DF.ON = 000003
BC.HAD= 000002 G CDD = 000020 CR$DTD= 012020RG DBLXFR 031526R DF.PDP= 000016
BC.HDS= 000007 G CDDB = 177166 G CR$DTF= 030610RG DBLXIT 031674R DF.PEX= 000015
BC.HSN= 000040 G CDRTPD 007722RG CR$ETE= 030522RG DCOMST= 000001 DHBUF = 000020
BC.HTD= 000012 G CDST = 177160 G CR$FTA= 011722RG DEAND1 026762R DHCNT = 000200 G
BC.LDR= 000030 G CDTSK 007342RG CR$IAS= 015272RG DEAND2 026374R DHERLG 042316R
BC.LDV= 000031 G CESCHK 022166R CR$ILF= 026036RG DEAND3 026126R DHISTQ 036434R
BC.LNC= 000004 G CH = 063400 G CR$ILQ= 031600RG DEANOD 027472R DHSAV 040354R
BC.NDM= 000037 G CHNPNT= 000001 CR$LRF= 014256RG DEP = 010000 DHSTSV 002660RG
BC.NSA= 000032 G CH.FOR= 000100 G CR$MPE= 012064RG DEPOF 001242RG DHTBL 003054RG
BC.RDS= 000005 G CH.LAB= 000001 G CR$PT1= 031216RG DEX = 000400 DHTMP 002654RG
BC.RQD= 000001 G CH.NAT= 000020 G CR$PT2= 031234RG DEXCOM 013674R DH.FER= 020000 G
BC.RTD= 000011 G CH.NDC= 000010 G CR$PT3= 031544RG DEXDON= 000004 DIAG1 = 174430
BC.SAK= 000017 G CH.OFF= 000200 G CR$PT4= 031650RG DEXST 001352RG DIAG2 = 174432
BC.SDS= 000006 G CH.UNL= 000040 G CR$RES= 012026RG DEXTM1 001360RG DIAG3 = 174436
BC.SKP= 000033 G CKDLEN 041674R CR$TBT= 012034RG DEXTM2 001356RG DIALUP 026130RG
BC.SLA= 000023 G CLRDEB 027610RG CR$TET= 030504RG DEXTM3 001354RG DIKL10= 000010
BC.SNA= 000014 G CMEDP 021544R CR$T04= 011776RG DEXWD1= 174406 DIRDPT 013446R
BC.SPT= 000026 G CMNABO 011664RG CR$UIE= 031456RG DEXWD2= 174404 DIRMAX= 000102
BC.STR= 000003 G CMNABT 013572R CSDONE 015042R DEXWD3= 174402 DIROK 013442R
BC.STS= 000022 G CMSG 012366R CS.EXP= 177670 DE.01 = 000377 G DIV216 045274RG
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-2
SYMBOL TABLE
DLCNT = 000005 G DTEF11= 000450 D.CKLE= 000201 G ERRTRR= 000012 G FNDDM 030204R
DLECNT= 000004 G DTEHD 025304RG D.CKLN= 000210 G ERRTSP= 000011 G FNDSPD 030236R
DLETBL 003014RG DTEMSK 001274RG D.CLOG= 000205 G ERR10C= 010000 FORPRO= 000020
DLHUPX 041464R DTEMTD= 000455 D.CLPT= 000005 G ERR10S= 020000 FW = 000300
DLTBL 003004RG DTEMTI= 000456 D.CRJP= 000203 G ERR11C= 000001 F.DREF 000042
DLTMP 002656RG DTENM = 000000 D.FA = 000004 G ERR11S= 000002 F.DRNM 000044
DLYCNT= 174400 DTESNP 047772R D.FEPD= 000010 G EV.AS = 000002 G F.FEXT 000002
DL.CAR= 010000 G DTESP 025564RG D.FM = 000002 G EV.PF = 000200 G F.FNUM 000006
DL.CTS= 020000 G DTETPD 007622RG D.SZ = 000006 G EV.SE = 000001 G F.FOWN 000014
DL.DEN= 000040 G DTETSK 007142RG D1011 = 000040 EXCMN 021574R F.FPRO 000016
DL.DSC= 100000 G DTEXIT 030544R EBSEL = 000100 EXKAL 033076R F.FSEQ 000010
DL.DTR= 000002 G DTTSK 007402RG EBUSPC= 000020 E.BOV = 000006 G F.FSQN 000013
DL.FER= 020000 G DUPE = 000020 EBUSPS= 000004 E.CLK = 000002 G F.FVBN 000046
DL.RAC= 004000 G DURE = 000004 ECHOB 035654R E.DTE = 000001 G F.HDLB 000022
DL.RDE= 000001 G DVCH = 110220 EDONES= 040000 E.DV = 000006 G F.LBN 000026
DL.RDN= 000200 G DV.CFG= 004000 G EDRMT 026042RG E.FCRI= 000073 G F.LGTH 000052
DL.REN= 000100 G DV.EOF= 000040 G EF.BOV= 000040 G E.FCTC= 000077 G F.LINK 000000
DL.RNG= 040000 G DV.F11= 000400 G EF.CLK= 000002 G E.FFCP= 000072 G F.NACS 000036
DL.RTS= 000004 G DV.HNG= 001000 G EF.CRI= 002000 G E.FN = 000004 G F.NLCK 000037
DL.SRD= 002000 G DV.IOP= 000020 G EF.CTC= 040000 G E.FP = 000000 G F.NWAC 000040
DL.STD= 000010 G DV.LIN= 002000 G EF.DTE= 000001 G E.FPFR= 000074 G F.RVN 000012
DL.UNA= 001420 G DV.LOG= 000100 G EF.FCP= 001000 G E.FPR1= 000100 G F.SCHA 000021
DL.XEN= 000100 G DV.NXD= 000001 G EF.IOD= 000020 G E.FPR2= 000076 G F.SIZE 000032
DMTBE = 003004RG DV.OFL= 000002 G EF.NIR= 000010 G E.FRKP= 000075 G F.STAT 000040
DMTBL 002742RG DV.OIR= 000004 G EF.PFR= 004000 G E.FSND= 000040 G F.STD 000004
DMTMP 002652RG DV.SCN= 000010 G EF.PR1= 100000 G E.FW = 000010 G F.UCHA 000020
DMTNXM 042276R DV.URE= 000200 G EF.PR2= 020000 G E.IOD = 000005 G F11TPD 010022RG
DMYN = 000004 G DWNMS 013220R EF.RKH= 002000 G E.LS = 000002 G GENTPD 010042RG
DNBLK 005636RG DWNMSG 013206R EF.RKP= 010000 G E.NIR = 000004 G GETBUF 032430R
DNFCN 005640RG DWNMSZ= 000043 EF.RKR= 001000 G E.OPSZ= 000060 G HANGUP 026176RG
DNSTS 005646RG DXBUF 005504RG EF.RQM= 000200 G E.RKH = 000013 G HIBYTE= 177400
DON10C= 040000 DXCNT 005502RG EF.RSS= 004000 G E.RKR = 000012 G HICTS 026766RG
DON10S= 100000 DXHD = ****** GX EF.SND= 100000 G E.RQM = 000010 G HIDVST 027236RG
DON11C= 000100 DXPKT 005524RG EF.TED= 000100 G E.RSS = 000014 G HISN 027120RG
DON11S= 000200 DXRTC 005500RG EF.TMO= 000100 G E.TMO = 000007 G HORPS = 000016
DPCMN 021540R DXSTK = ****** GX EF.TTY= 000004 G E.TTY = 000003 G HSPMSK= 000376
DPMSEP 021566R DXTPD 007762RG EF.WFM= 000400 G E.WFM = 000011 G HSPSPD 033220RG
DPSEC 021564R DXTSK 007442RG EHSG = 000006 G FC.CEF= 020000 HSPTAB 033173RG
DPS4 = 040000 DXUNIT 005522RG EHSM = 000010 G FC.DIR= 040000 HSPTLN= 000014
DQNXT 034042R DXVCB 005506RG EMGSTK 011562RG FC.FCO= 010000 H.CSP = 000000 G
DRESET= 000100 DXWD1 = 000006 EMTSTK 001116RG FC.WAC= 100000 H.DSW = 000046 G
DRXCOM 013710R DXWD2 = 000004 EMTTRP 013266RG FDVNM 030302R H.FCP = 000050 G
DRXRR 013722R DXWD3 = 000002 EMYN = 000002 G FDVNMF 030414R H.FOR = 000052 G
DR.DTE= 000011 DXWRD1= 002000 EM.DRO= 000020 G FDVNMM 030266R H.HSZ = 000002 G
DR.00 = 000000 G DX0PEN 011032RG ENBXOF 026052RG FEHD = ****** GX H.IPC = 000076 G
DR.01 = 000001 G DX1PEN 011102RG ENTELQ 031136R FELXFR 031174R H.IPS = 000074 G
DR.02 = 000002 G D$$H11= 000010 EOLS = 000400 FERCHK 036740RG H.ISP = 000100 G
DR.03 = 000003 G D.AT = 000000 G EPTR = 000000 FESTK = ****** GX H.KCAC= 000020 G
DSEND = 000004 D.CCDR= 000006 G EQSZ 001340RG FETBL 005572RG H.KCHN= 000010 G
DS.99 013440R D.CCLK= 000007 G ERRCES= 000001 G FETPD 007642RG H.KEXT= 000004 G
DS04 = 004000 D.CCPU= 000200 G ERRCPE= 000007 G FETSK 007402RG H.KMOS= 000002 G
DS05 = 002000 D.CCTY= 000001 G ERRCST= 000004 G FE0PUD 011222RG H.KPWR= 000040 G
DS06 = 001000 D.CDH1= 000003 G ERRDEX= 000003 G FLBT = 000001 H.KUDF= 000001 G
DTEADR 001276RG D.CDLS= 000004 G ERRDPE= 000010 G FLBYT = 000011 H.LUT = 000130 G
DTECMD= 000451 D.CDL1= 000002 G ERREPE= 000002 G FLCT = 000017 H.OVL = 000054 G
DTEDSP 021044R D.CDMB= 000204 G ERRFME= 000006 G FLDVOT 027502RG H.TKVA= 000106 G
DTEFLG= 000444 D.CDTE= 000202 G ERRPTO= 000005 G FNBYT = 000005 IE.ABO= 177761
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-3
SYMBOL TABLE
IE.ACT= 177771 IE.NOD= 177751 IO.CON= 015400 IO.SDO= 012400 KPAR0 = 172360
IE.ADP= 177636 IE.NSF= 177746 IO.CRC= 001020 IO.SEC= 002520 KPAR1 = 172362
IE.ALN= 177736 IE.OFL= 177677 IO.CRE= 012000 IO.SEM= 002440 KPAR2 = 172364
IE.AST= 177660 IE.ONP= 177773 IO.CTI= 015400 IO.SHT= 002410 KPAR3 = 172366
IE.BAD= 177777 IE.OVR= 177756 IO.CTL= 016400 IO.SLO= 005400 KPAR4 = 172370
IE.BBE= 177710 IE.PRI= 177760 IO.DAC= 010000 IO.SMO= 002560 KPAR5 = 172372
IE.BDI= 177714 IE.RAC= 177724 IO.DCI= 014400 IO.SNM= 002450 KPAR6 = 172374
IE.BDR= 177716 IE.RAT= 177723 IO.DCT= 002470 IO.SPB= 002420 KPAR7 = 172376
IE.BDV= 177711 IE.RBG= 177730 IO.DEL= 012400 IO.SPF= 002440 KPDR0 = 172300
IE.BHD= 177700 IE.RCN= 177722 IO.DET= 002000 IO.SSO= 004400 KPDR1 = 172302
IE.BLK= 177754 IE.RER= 177740 IO.DIS= 016000 IO.SST= 002430 KPDR2 = 172304
IE.BNM= 177712 IE.RNM= 177715 IO.DTI= 016000 IO.STC= 002500 KPDR3 = 172306
IE.BTF= 177675 IE.RSU= 177757 IO.ENA= 006000 IO.STP= 016400 KPDR4 = 172310
IE.BTP= 177725 IE.SDP= 177635 IO.EOF= 003000 IO.SYN= 003040 KPDR5 = 172312
IE.BVR= 177701 IE.SNC= 177735 IO.ESA= 002500 IO.TRM= 002410 KPDR6 = 172314
IE.BYT= 177755 IE.SPC= 177772 IO.EXT= 011400 IO.UNL= 000042 KPDR7 = 172316
IE.CKP= 177766 IE.SQC= 177734 IO.FDX= 003020 IO.WAT= 013400 KS.CES= 000002 G
IE.CKS= 177742 IE.SRE= 177762 IO.FNA= 004400 IO.WLB= 000400 KS.CPE= 001000 G
IE.CLO= 177732 IE.STK= 177706 IO.HDX= 003010 IO.WLS= 000410 KS.CST= 000020 G
IE.CON= 177752 IE.ULN= 177773 IO.HIS= 015000 IO.WLV= 000500 KS.DEX= 000010 G
IE.DAA= 177770 IE.UPN= 177777 IO.INL= 002400 IO.WVB= 011000 KS.DPE= 002000 G
IE.DAO= 177763 IE.VER= 177774 IO.ITI= 017000 IO.XMT= 014400 KS.EPE= 000004 G
IE.DFU= 177750 IE.WAC= 177743 IO.KIL= 000012 IO.XNA= 014410 KS.FCF= 004000 G
IE.DNA= 177771 IE.WAT= 177741 IO.LED= 012000 IQ.Q = 000002 KS.FME= 000400 G
IE.DNR= 177775 IE.WER= 177737 IO.LOV= 001010 IQ.X = 000001 KS.PFT= 000100 G
IE.DUN= 177767 IE.WLK= 177764 IO.LTK= 000050 IS.BV = 000005 KS.PTO= 000200 G
IE.DUP= 177707 IE.2DV= 177720 IO.MCS= 013400 IS.CLR= 000000 KS.TRR= 000040 G
IE.EBX= 177776 IFLOP = 100000 IO.MDA= 016000 IS.CR = 006401 KS.TSP= 000001 G
IE.EOF= 177766 IGNO 012364RG IO.MDI= 014400 IS.ESC= 015401 K.LBPW= 000005 G
IE.EOT= 177702 INIAN 047366RG IO.MDO= 015400 IS.PND= 000000 K.LCKL= 177777 G
IE.EOV= 177765 INITLM 011454RG IO.MLO= 006000 IS.RDD= 000002 K.LCON= 000004 G
IE.EXP= 177676 INPPT 035606R IO.MOD= 003000 IS.SET= 000002 K.LDCM= 000001 G
IE.FEX= 177717 INPT0 035614R IO.MSO= 005000 IS.SUC= 000001 K.LDRP= 177777 G
IE.FHE= 177705 INPT1 036152R IO.RAL= 001010 KBB0 = 177562 G K.LDSC= 000003 G
IE.FOP= 177713 INSHD = ****** GX IO.RAT= 013000 KBB1 = 175612 G K.LLTO= 000006 G
IE.HFU= 177744 INSTAL= ****** GX IO.RBC= 003000 KBS0 = 177560 G K.LRAC= 000001 G
IE.HWR= 177772 INSTK = ****** GX IO.RCI= 015000 KBS1 = 175610 G K.LRBA= 000007 G
IE.IDU= 177644 INSTPD 007602RG IO.RCV= 015000 KLCST 021654R K.LRMN= 000003 G
IE.IEF= 177637 INTLPS 030456R IO.RDB= 001200 KLNLGL= 000016 G K.LRNG= 000002 G
IE.IFC= 177776 INTROF= 000010 IO.RDN= 000022 KLNPLN= 000026 G K.LROP= 000001 G
IE.IFU= 177747 INTRON= 000040 IO.REL= 013400 KLNPTR 002644RG K.LRPR= 000002 G
IE.ILL= 177726 INTSON= 000001 IO.RHD= 001010 KLPWRF= 000010 K.LRRJ= 177777 G
IE.ILU= 177640 INT10S= 000400 IO.RLB= 001000 KL.ABO= 010000 G K.LSCK= 000001 G
IE.INS= 177776 INT11C= 002000 IO.RLV= 001100 KL.CFL= 000400 G K.LSKL= 000001 G
IE.IPR= 177641 INT11S= 004000 IO.RNA= 005400 KL.CFM= 000002 G K.LUND= 000000 G
IE.ISQ= 177703 IOPSIZ= 007777 IO.RNC= 001004 KL.DEF= 002000 G K.LUSR= 177777 G
IE.ITI= 177643 IOTTRP 012070R IO.RNE= 001020 KL.KAC= 001000 G LDLPR 027236RG
IE.ITS= 177770 IO.ACE= 007400 IO.RTC= 003400 KL.LCA= 000100 G LDLPV 027236RG
IE.LCK= 177745 IO.ACR= 006400 IO.RTI= 016400 KL.LRM= 000001 G LFBT = 004000
IE.LNL= 177646 IO.ACW= 007000 IO.RTK= 000060 KL.LVB= 000004 G LFCT = 074000
IE.MBK= 177721 IO.ADS= 014000 IO.RVB= 010400 KL.REQ= 004000 G LINCHR 027302RG
IE.MOD= 177753 IO.APC= 014000 IO.RWD= 002400 KL.SPF= 000040 G LKS = 177546 G
IE.NBF= 177731 IO.APV= 014010 IO.RWU= 002540 KL.SSC= 000200 G LOAD11= 000004
IE.NBK= 177727 IO.ATT= 001400 IO.R1C= 002400 KL.VBD= 000020 G LODNOD 032530R
IE.NFI= 177704 IO.CCI= 014000 IO.SAO= 004000 KL.VBN= 000010 G LOWCOD= 000000RG
IE.NLN= 177733 IO.CCT= 002460 IO.SCS= 013000 KPAL0 001404RG LPCEVF 006240RG
IE.NNC= 177674 IO.CLN= 003400 IO.SDI= 013000 KPAL1 001414RG LPCSA = 000002 G
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-4
SYMBOL TABLE
LPCSM = 000022 G N.FP = 000000 G QSIZE = 000023 R.FN = 000013 G STLN 046650R
LPEVFG 006236RG N.OVPT= 000054 G Q.AK = 000012 G R.LU = 000012 G STNXT 034732R
LPEXPA= 175400 G N.PR = 000010 G Q.DA = 000000 G R.PB = 000024 G STPLIN 026604RG
LPEXPZ= 000020 G OKPAL0 001412RG Q.DZ = 000016 G R.PR = 000010 G STRBF = 000002
LPHD = ****** GX OUTPT 035416R Q.D1 = 000006 G R.QSGC= 000015 STRDAT 027236RG
LPHUNG 006242RG OUTPT3 035336R Q.IOAE= 000012 R.QSPC= 000014 STSTT 001326RG
LPITH = 000006 G PARLOA 020670R Q.IOEF= 000006 R.QSPN= 000006 STSWD 005610RG
LPMCB = 000020 G PARLOT 020742R Q.IOFN= 000002 R.QSPR= 000012 STSW0 = 000004 G
LPRMA = 000040 G PARSAV 001022RG Q.IOLU= 000004 R.QSTN= 000002 STSW1 = 000006 G
LPRMC = 000044 G PB = 000200 G Q.IOPL= 000014 R.SB = 000016 G STSW2 005066RG
LPRMZ = 000042 G PERCLR= 001000 Q.IOPR= 000007 R.TD = 000004 G STTYDN 034546R
LPRTY = 000024 G PHYS = 100000 Q.IOSB= 000010 R.UI = 000022 G STTYO 035142R
LPSIZE= 000010 G PIDENT= 000000 Q.SI = 000004 G SCD = 000040 STXAS = 000000 G
LPSTBH 006246RG PRB0 = 177566 G Q.SP = 000006 G SETDEB 027600RG STXCS = 000000 G
LPSTBK 006250RG PRB1 = 175616 G Q.ST = 000004 G SETLIN 026356RG STXDX = 000000 G
LPSTK = ****** GX PRI7 = 000340 G Q.SZ = 000020 G SETSPD 026376RG SWR = 177570
LPSTLN= 000030 G PRMBLK 023634R Q.TS = 000002 G SEXCM 022506R SWSLLT= 100000
LPSTS = 000000 G PRMEMN 001240RG RAMIS0= 010000 SEXP0 022514R SY0PUD 011272RG
LPTBL 006300RG PROPNT= 000021 RCVKLP 027540RG SEXP1 022574R S.BA = 000012 G
LPTBL2 006320RG PROTBL 001244RG RESERV 012024R SEXP2 022476R S.DI = 000011 G
LPTBL3 006340RG PRS0 = 177564 G RETTOD 027444RG SEX97 022576R S.DL = 000032 G
LPTHD = 000004 G PRS1 = 175614 G RFMAD0= 100000 SF.EX = 000004 G S.DP = 000010 G
LPTPD 007702RG PRTOFF= 004000 RFMAD1= 040000 SF.FX = 000002 G S.FW = 000006 G
LPTSK 007302RG PRVCM 022114R RFMAD2= 020000 SF.IR = 040000 G S.LZ = 000014 G
LPUNIT 006234RG PRVTSK= 007502RG RFMAD3= 010000 SF.PT = 000001 G S.PC = 000020 G
LPUTBL 006360RG PR0 = 000000 RF.XR = 000002 G SF.ST = 100000 G S.RB = 000026 G
LP0PUD 011152RG PR1 = 000040 RM = 000010 SF.TA = 000001 G S.RF = 000024 G
LSPCHR= 000000 PR2 = 000100 RMBYT = 000004 SKX 023664R S.SP = 000022 G
LSPSPD 033207RG PR3 = 000140 RPBUF 005532RG SNDALL 027616RG S.SS = 000030 G
LSPTAB 033162RG PR4 = 000200 RPCNT 005536RG SNDBEL 037144RG S.STBK= 000012
LSPTLN= 000011 PR5 = 000240 RPCW2 005542RG SNDMSG 013264RG S.SZ = 000036 G
LSP.IG= 000200 PR6 = 000300 RPHD = ****** GX SNDSTS 032354R S.TD = 000004 G
LSP.SP= 000017 PR7 = 000340 G RPPEN 010332RG SPDPAR 033234RG S.TN = 000000 G
L$$P20= 000002 PS = 177776 G RPRNA 005530RG SPDTBL 025244RG S.TZ = 000016 G
L.DT0 = 000003 G PSWW1 = 000005 RPRTC 005526RG SPDTBZ= 000020 S0.ABR= 100000 G
L.DX0 = 000005 G PSWW10= 000014 RPSTK = ****** GX SPSAV 001020RG S0.CON= 040000 G
L.DX1 = 000006 G PSWW11= 000015 RPTPD 010002RG STAT = 174434 S0.ISP= 001700 G
L.RP4 = 000002 G PSWW12= 000016 RPTSK 007242RG STATD = 000034 S0.MSK= 140000 G
L.TTY = 000001 G PSWW13= 000017 RPUNIT 005540RG STATI 001344RG S0.OSP= 036000 G
MBUFR = 000014 PSWW2 = 000006 RQKLD 033144R STATS = 000000 S0.SPD= 037700 G
MEBUF = 000012 PSWW3 = 000007 RQKLR 033126R STATUS= 000022 S2.CHR= 000377 G
MECNT = 000010 PSWW4 = 000010 RQMCR 033110R STBXFR 032506R S2.CNT= 001400 G
MF2NUM= 000004 G PSWW5 = 000011 RQSPB 024522R STCM 046614R S2.DDN= 100000 G
MF2RTY= 000001 PSWW6 = 000012 RQSPT 024516RG STDCDR 006776RG S2.DIP= 040000 G
MODE = 100000 PSWW7 = 000013 RQSTD 024534R STDDTE 006436RG S2.DIS= 020000 G
MPE11 = 001000 PULSE = 000020 RSX$$E= 000050 STDDX 006536RG S2.ENB= 010000 G
M.PARQ= 000002 G PWRXSP 001032RG RSX$$F= 000105 STDFED 006476RG S2.LCL= 004000 G
NODADR 005602RG PWR.UP 020314RG RSX$$K= 000126 STDF11 006576RG S2.RES= 002000 G
NOSNDA 026060RG QNDSV 023626R RSX$$V= 000015 STDINS 006676RG S2.SSZ= 001000 G
NTKXEN 012772R QPRDTC 025604RG RTDVST 027236RG STDLPT 006736RG TBIT = 000020 G
NTKXEP 012776R QPRDTE 025610RG RTNTOD 027212RG STDQPR 007076RG TEDXIT 031352R
NTKXSP 012752RG QPRDTF 027476R RUBP = 000020 STDRPT 006636RG TENAD1= 174410
NULHD 012472RG QPRDTL 025666R R$$11D= 000001 STDTTY 007036RG TENAD2= 174412
NULSTP= 000040 QPROAD 020162R R.AS = 000020 G STDVST 027236RG TF.OU = 000002 G
NULTSK 007542RG QPROMS 020140R R.AT = 000006 G STELIG 032120R THRED = 000000 G
NUPE = 000002 QPRTPD 007742RG R.DP = 000011 G STELIX 032142R TMOCNT 002670RG
N.BP = 000002 G QPRTSK 007502RG R.FC = 000014 G STIND2 030720R TNAD1 = 000010
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-5
SYMBOL TABLE
TNAD2 = 000012 TTINI 033254RG T.RAPR= 000010 G U.AR = 000034 G W.RTRV 000012
TN.EMT= 000012 G TTINO 034416R T.RAPT= 000014 G U.CH = 000032 G W.STD 000004
TN.LRF= 000040 G TTINPA 037240R T.RAP4= 000000 G U.C1 = 000004 G W.VBN 000006
TN.TRP= 000014 G TTINPB 037440R T.RB = 000016 G U.C2 = 000006 G W.WISZ 000007
TOBM = 000004 TTINX 034412R T.RF = 000014 G U.C3 = 000010 G XOFF 026730RG
TOIP = 000002 TTOUTR 035236R T.SZ = 000020 G U.C4 = 000012 G XON 026744RG
TOIT = 000001 TTOUTX 035230R T10AD = 000020 U.DACP= 000036 G X.X94 016100R
TOITDN 031340R TTPEN 010262RG T11AD = 000022 U.DN = 000000 G X.X95 016102R
TOXQIP 001401RG TTPKT 002740RG T11BC = 000016 U.FB = 000003 G X8X97 044404RG
TO10 = 000200 TTSAV 040412R U = 000040 U.FO = 000043 G X9X96 016156R
TO10AD= 174420 TTSTCH 037264R UC.CCL= 000002 G U.GC = 000031 G ZSTOP = 040000
TO10AS 001324RG TTTBL 003004RG UC.COM= 020000 G U.HA = 000020 G $BTMSK 002650RG
TO10BC= 174414 TTTMSG 012402R UC.DIR= 000010 G U.LBH = 000044 G $CDINT= ****** GX
TO10BM= 000001 TTWLO 033070R UC.ETB= 000100 G U.LBN = 000046 G $CD11 = 000001
TO10DB= 000400 TTYDNE 035524R UC.F11= 040000 G U.PC = 000030 G $DBDTE= 000001
TO10DN= 100000 TTYDNX 035570R UC.INB= 000400 G U.PR = 000042 G $DHINP 036400RG
TO10DT= 174424 TTYEND= 005054RG UC.ISP= 002000 G U.RB = 000024 G $DHOUT 034422RG
TO10ER= 020000 TTYEXP= 000002 G UC.MNT= 100000 G U.RF = 000022 G $DH11 = 000001
TO10PK 005614RG TTYHD 032554RG UC.PSE= 010000 G U.RP = 000016 G $DIV = ****** GX
TO10Q 001334RG TTYSP 033034RG UC.REC= 000001 G U.SZ = 000050 G $DMINT 040766RG
TO10QC= 001332RG TTYTPD 007662RG UC.SDI= 000020 G U.TF = 000042 G $DORBL 021104RG
TO10SZ 001322RG TTYTSK 007202RG UC.SQD= 000040 G U.UI = 000030 G $DPMYG 021536RG
TO11 = 000100 TT.ABL= 000040 G UC.SWL= 001000 G U.UN = 000002 G $DPMYN 021606RG
TO11AD= 174422 TT.ABW= 000010 G UC.TTY= 000004 G U.VA = 000026 G $DSW = 000046 G
TO11AS 001316RG TT.BRK= 004000 G UC.0SP= 004000 G U.VP = 000032 G $DTE = 000001
TO11BC= 174416 TT.CRW= 000004 G UF.OFL= 000040 G VC.BMW= 000002 $DTEOF 021106RG
TO11BM= 020000 TT.CTY= 000002 G UF.RD = 000040 G VC.IFW= 000001 $DTEON 021114RG
TO11BS 001320RG TT.FEC= 014000 G UF.RH = 000200 G V.FCB 000006 $DXINT= ****** GX
TO11DB= 004000 TT.FEI= 004000 G UF.TL = 000100 G V.FFNU 000055 $EXHSG 021614RG
TO11DN= 000200 TT.IGN= 010000 G UNASG1= 000032 V.FIEX 000025 $EXHSM 021622RG
TO11DT= 174426 TT.LSP= 020000 G UNASG2= 000033 V.FMAX 000016 $EXMYG 021570RG
TO11DV 001306RG TT.NSA= 000400 G UNASG3= 000034 V.FPRO 000030 $EXMYN 021600RG
TO11ER= 000002 TT.OUT= 000001 G UNASG4= 000035 V.FRBK 000034 $FE = 000001
TO11FN 001304RG TT.RIP= 002000 G UNASG5= 000036 V.IBLB 000012 $F11 = 000001
TO11FW 001312RG TT.RMT= 000100 G UNASG6= 000037 V.IBSZ 000013 $KLDFC 022010RG
TO11GW 001314RG TT.RSI= 020000 G UNRGFN 026034RG V.IFWI 000002 $KLDFR 021630RG
TO11HD 001302RG TT.SIP= 001000 G UPAR0 = 177640 V.LABL 000040 $KLDFW 021770RG
TO11NP 001300RG TT.SND= 140000 G UPAR1 = 177642 V.LGTH 000056 $KLDFX 021746RG
TO11Q 001342RG TT.SNI= 040000 G UPAR2 = 177644 V.LRUC 000035 $LPINT= ****** GX
TO11QC= 001333RG TT.XEN= 000020 G UPAR3 = 177646 V.SBCL 000021 $LP20 = 000001
TO11SP 001310RG TT.XOF= 000200 G UPAR4 = 177650 V.SBLB 000024 $MUL = ****** GX
TRPASV 001120RG T.BA = 000004 G UPAR5 = 177652 V.SBSZ 000022 $PRVDP 022066RG
TRPXIT 011726R T.FW = 000010 G UPAR6 = 177654 V.STAT 000054 $PRVEX 022102RG
TRP4 011754R T.HBCT= 000002 G UPAR7 = 177656 V.STD 000004 $RP04 = 000001
TS.EXT= 000026 G T.HCAD= 000004 G UPDR0 = 177600 V.TRCT 000000 $RWDRG 022136RG
TS.LRF= 000006 G T.HCBC= 000006 G UPDR1 = 177602 V.WISZ 000020 $RX11 = 000001
TS.LRQ= 000002 G T.HFCN= 000007 G UPDR2 = 177604 WEP = 000010 $TOP10= 000001
TS.RUN= 000010 G T.HHDS= 000010 G UPDR3 = 177606 WFXSET 014212R $TTINP 037220RG
TS.SUS= 000012 G T.HP = 000012 G UPDR4 = 177610 WI.BPS= 100000 $TTOUT 035074RG
TS.TKN= 000004 G T.HRED= 000000 G UPDR5 = 177612 WI.DLK= 010000 $T1091= 000001
TS.WF0= 000014 G T.PN = 000000 G UPDR6 = 177614 WI.EXT= 002000 $UNIT 002646RG
TS.WF1= 000016 G T.PZ = 000006 G UPDR7 = 177616 WI.LCK= 004000 $$ = 000037
TS.WF2= 000020 G T.RAPB= 000004 G UT.LG = 000004 G WI.RDV= 000400 $$MSG = 000000
TS.WF3= 000022 G T.RAPE= 000012 G UT.PR = 000001 G WI.WRV= 001000 $$$ = 010046R
TS.WF4= 000024 G T.RAPF= 000016 G UT.SL = 000002 G WTLODT 025220R $$$ARG= 000011
TTCNT = 000205 G T.RAPI= 000006 G U.ACP = 000040 G W.CTL 000000 $$$OST= 000016
TTCTY 037726R T.RAPM= 000002 G U.AF = 000014 G W.FCB 000002 $$$T1 = 000000
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-6
SYMBOL TABLE
$$$UNI= 000002 .DLSTO 035210RG .ELEDN 031052RG .LDAR = 077000 .RDJ71= 135000
.ABCNT 002606RG .DLTMO 041520RG .ERRCD 011354RG .LDBRL= 043000 .RDMAB= 133000
.ABFLG 002610RG .DLXOF 043046RG .ERRPC 011346RG .LDBRR= 042000 .REQS 015276RG
.ACKAL 001164RG .DLXON 043226RG .EXEND 001002RG .LDCK1= 046000 .RHPB 005550RG
.ATLLH 007136RG .DMHUP 041276RG .FEACK= ****** GX .LDCK2= 047000 .RHPD 011366RG
.BGBST= 076000 G .DMTMO 042336RG .FEACT 005716RG .LDDIS= 045000 .RHSN 005552RG
.BGBUF 001422RG .DMUHU 041326RG .FEMOD 001170RG .LDRJD= 064000 .RPADR 005720RG
.BGLEN= 002000 G .DOW 001147RG .FEPPU 016000RG .LDRJV= 063000 .RPELC 005546RG
.BM873= 173000 G .DQCDR 010202RG .FEST = ****** GX .LDRM1= 060000 .RPELQ 005544RG
.BRCLK= 005000 .DQDH0 010122RG .FESTB 001000RG .LDRM2= 061000 .RPSIZ 005724RG
.BRKCH 002636RG .DQDLS 010142RG .FREPL 001426RG .LDRM3= 062000 .RPUNT 005714RG
.BTPRM 001160RG .DQDL1 010102RG .FSRPT= 000050 G .LDSEL= 044000 .RP1PE 010402RG
.BTSCH 001162RG .DQLPT 010162RG .GFNR = 102000 .LPPFL 006244RG .RP2PE 010452RG
.BTSTK 016542RG .DQPBA 010062RG .HRDWR 011344RG .MEMRS= 076000 .RP3PE 010522RG
.CECLK= 004000 .DQPEA 010262RG .IBFLO 005062RG .MISC 011362RG .RP4PE 010572RG
.CEFN 044320RG .DQPSZ= 000010 G .IBFOK 005064RG .MNITS= 000002 .RP5PE 010642RG
.CEFN3 044324RG .DRBEL 031356RG .INHDM 002604RG .MNTNX= 000003 .RP6PE 010712RG
.CKASS 001050RG .DRLTC= 015000 .INICL= 070000 .MNT10= 000001 .RP7PE 010762RG
.CKDEL 044406RG .DRSRN 013602RG .INTEN= 000100 G .MNT20= 000004 .RQESD 015770RG
.CLKBA 002376RG .DR.NS 013710RG .IODBG 011372RG .MON 001145RG .RQSPD 025226RG
.CLKEA 002602RG .DSACF= 066000 .IOSNP 012406R .MSIZE 001114RG .SECLK= 003000
.CLKSW 001136RG .DSIOJ= 065000 .IRLTC= 014000 .NOERR 001122RG .SEND 024006RG
.CLKSZ= 000007 G .DST 001146RG .KACFL 001420RG .NOHLT= 001123RG .SERFG 001014RG
.CLRMR= 006000 .DTBLK 001402RG .KALSC= 000005 G .OBFLO= 001200 G .SETMR= 007000
.CLRUN= 010000 .DTINT 030442RG .KLCPU 001176RG .PARER 012040R .SETRN= 011000
.COMEF 001010RG .DXRTY 001372RG .KLERQ 001130RG .PARRG= 172100 G .SEWFL 001016RG
.CONBT= 012000 .D.ASS 022212RG .KLERW 001166RG .PAT1. 000040RG .SNDAL 027624RG
.CPDV 001262RG .D.CEF 022462RG .KLFCF 001173RG .PAT2. 000120RG .SNDBF 002614RG
.CPFN 001260RG .D.CMT 023100RG .KLFLG 001174RG .PAT3. 000234RG .SNDCN 002624RG
.CPUSN 011342RG .D.DSE 022516RG .KLITK 001126RG .PAT4. 000520RG .SNDLP 002612RG
.CRHD 001270RG .D.DTE 020746RG .KLIWD 001132RG .PCAB1= 150000 .SSCLK= 002000
.CRPB 001266RG .D.EXT 023146RG .KLMF2 001200RG .PCAB2= 151000 .SSM 001150RG
.CRPFL 005736RG .D.GLI 022316RG .KLMON 001177RG .PCAB3= 152000 .SSTCO 013556RG
.CRQZ 001256RG .D.GMP 024660RG .KLNBC 001206RG .PCAB4= 153000 .SSTET 013550RG
.CRSB 001272RG .D.GPP 024536RG .KLNFD 001212RG .PDP11= 000050 .STAST 016160RG
.CRSND 002634RG .D.GTP 022346RG .KLNFT 001210RG .PFAIL 001026RG .STDHL 040476RG
.CRSZ 001264RG .D.MKT 022776RG .KLNLB 001206RG .PFASS 001052RG .STDTA 006364RG
.CRTSK 001006RG .D.PUT 024266RG .KLNMD 001224RG .PFDBG 011370RG .STDTB 006372RG
.CSHRG= 164000 .D.QIO 023170RG .KLNPB 001204RG .PFIOW 001030RG .STDTC 006366RG
.CTYPT 002642RG .D.RAF 022554RG .KLNPE= 001226RG .PFRST 020522RG .STDTZ 006370RG
.CYLTM= 000074 G .D.REC 024106RG .KLNPT 002644RG .POLLH 001432RG .STELD 031700RG
.DATE 001140RG .D.REF 022540RG .KLNPW 001226RG .POLND 002336RG .STELI 031766RG
.DATE3 001140RG .D.REQ 024310RG .KLNSW 001234RG .POLST 001436RG .STPCL= 000000
.DAY 001144RG .D.ROE 024106RG .KLNTD 001220RG .PRADR 001362RG .STPDM 041356RG
.DBINT= ****** GX .D.ROS 024106RG .KLNTT 001216RG .PRDCT 001370RG .STRCL= 001000
.DHSPA 040562RG .D.SAR 023654RG .KLRLD 001172RG .PRDTE 001366RG .STTNF 032206RG
.DHSPC 040666R .D.SEF 022500RG .KPAC 001416RG .PRPSE 001400RG .STTNQ 032200RG
.DHSPD 040714RG .D.SEN 023640RG .KPALV 032144RG .PRSTA 001364RG .STTYD 041212RG
.DHSPF 040654RG .D.STV 024254RG .KW11S 036236RG .PUDBA 010262RG .STTYH 041226RG
.DHSPR 040602RG .D.WFL 022656RG .LCEND= 011374RG .PUDEA 011342RG .SYUIC 001156RG
.DHSPZ 040540RG .D.WFO 022602RG .LCRDL= 052000 .PWRDN 020164RG .S2IDC 005056RG
.DHSTO 035034RG .D.WFS 022600RG .LCRDR= 051000 .RCRM1= 147000 .S2ITP 005060RG
.DHTMO 042030RG .D.WSE 022764RG .LCRM1= 057000 .RCRM2= 146000 .TENDN 030564RG
.DHXOF 043040RG .EBPEC 001376RG .LCRM2= 056000 .RCRM3= 145000 .TFXOF 044242RG
.DHXON 043162RG .EBPEQ 001374RG .LCRM3= 055000 .RCRM4= 144000 .TFXON 044232RG
.DLHUP 041376RG .EBRTY 001373RG .LCRM4= 054000 .RCSPF= 141000 .TICK 025012RG
.DLINT 037544RG .EIOJA= 067000 .LCRM5= 053000 .RDJ14= 134000 .TICKS 001134RG
SCOMM - COMMON DATA AND SUBRO MACRO M1113 03-APR-86 22:25 PAGE 291-7
SYMBOL TABLE
.TKPS 001154RG .TTFDI 042566RG .VERNO 001036RG ..DSEV 045264RG ..SPLP= ****** GX
.TKTN 001124RG .TTICK 043356RG .WRMBX= 071000 ..DTP1 050274RG ..STCH 046564RG
.TKTN. 013170R .TTIXC 043462RG .X.02 023662R ..DTP2 050244RG ..STCR= ****** GX
.TOD. 013152R .TTP11 002640RG .YEAR 001142RG ..DTSP 050226RG ..STFC 046714RG
.TPDBA 007602RG .TTQDS 043412RG ..AKCR= ****** GX ..ENB0 045540RG ..STIN 047104RG
.TPDEA 010062RG .TTQEN 043422RG ..AKLP= ****** GX ..ERLG 044450RG ..STLP= ****** GX
.TTACK 035240RG .TTRNG 037712R ..ALCB 045654RG ..FSTD 045574RG ..STPT 046400RG
.TTBTW 044042RG .TTRST 043242RG ..ALC2 045670RG ..INTX 015062RG ..STQ 047304RG
.TTCHK 043332RG .TTSCW 037716R ..ALOW 046144RG ..IODN 044550RG ..STTY 046164RG
.TTDIS 043520RG .TTSTP 043056RG ..BLXI 050320RG ..IPRI 045360RG ..SWED 050126RG
.TTELB 002666RG .TTSW2 044212RG ..BLXO 050332RG ..NADD 045434RG ..VTOL 050406RG
.TTELC 002664RG .TTS2F 005054RG ..DECB 046010RG ..NDEL 045320RG ..VVLL 050570RG
.TTELQ 002662RG .TTXOF 042762RG ..DECN 046004RG ..PICK 045476RG ..VXFR 050312RG
.TTENB 043676RG .TTXON 043104RG ..DEC2 046000RG ..SACK 046630RG ..WFED 047454RG
.TTERL 042634RG .VCLUN 016104RG ..DQRN 044670RG ..SEFN 045212RG ...GBL= 000000
. ABS. 000056 000
050764 001
ERRORS DETECTED: 0
VIRTUAL MEMORY USED: 19325 WORDS ( 76 PAGES)
DYNAMIC MEMORY: 20774 WORDS ( 79 PAGES)
ELAPSED TIME: 00:07:09
,[100,20]RSXT1091.LST/-SP/CRF=[100,30]RSXT1091.TMP
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 1
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
ABCHAR 011364 RG #41-1734 *214-11625
ACKNOW 026344 RG 148-8400 #155-8556
ADRSAV 005604 RG #33-1104
AF.PP = 000200 G #53-2464
ASXCMN 014210 R 70-3265 70-3270 70-3275 70-3280 #70-3291
ASXDT 014064 R 69-3222 #69-3224
ASXEXT 014400 R 69-3253 #73-3342
ASXE1 014040 RG 42-1769 #69-3209 74-3438 75-3623
ASXE2 014054 R 67-3156 #69-3221 71-3303 73-3423
ASXLRF 014224 R 69-3235 #71-3299 72-3312
ASXLRQ 014262 R 69-3231 #72-3309
ASXSCN 014052 R #69-3220 69-3233 69-3239 70-3291 72-3310
ASXTE 014672 R 69-3237 70-3294 72-3337 #74-3434
ASXWR0 014112 R 69-3243 #70-3264
ASXWR1 014122 R 69-3245 #70-3269
ASXWR2 014132 R 69-3247 #70-3274
ASXWR3 014142 R 69-3249 #70-3279
ASXWR4 014152 R 69-3251 #70-3284
A.EF = 000020 G 15-836 #53-2433 70-3264 70-3269 70-3284 70-3286 *72-3309 72-3329 *76-3715
*76-3767 *76-3771 *81-4053 113-5987 113-5988 *124-6853 *147-8358 *179-9627 193-10664
*193-10665 *210-11292 *217-11871 *218-11913 *224-12292 *231-12605 255-13970 258-14097 *258-14103
*260-14208 *260-14263 261-14321
A.FB = 000015 G #53-2431
A.FM = 000024 G *43-1840 #53-2435 70-3264 70-3269 70-3274 70-3279 70-3284 70-3286 70-3288
70-3290 *71-3299 72-3311 *76-3752 *114-6054 115-6120 *115-6146 *122-6499 260-14258
A.HA = 000012 G #53-2429 72-3314 74-3451 74-3466 78-3887 139-7852 288-15978
A.PD = 000006 G 43-1843 #53-2427 71-3302 73-3348 139-7851 141-7974
A.PF = 000034 G #53-2439 *76-3715 *135-7585 135-7588
A.RP = 000010 G #53-2428 124-6722 139-7861
A.SP = 000004 G #53-2425 *72-3334 *74-3464 74-3465 79-3941
A.SZ = 000036 G #53-2441
A.TD = 000016 G 43-1829 #53-2432 67-2920 67-3088 72-3335 73-3347 124-6782 127-7080 127-7106
131-7330 133-7494 139-7850
A.TS = 000014 G *43-1841 #53-2430 69-3221 *70-3293 *71-3300 *72-3313 *114-6055 *115-6133 *115-6145
*122-6498 127-7108 *127-7110
BC.AKA = 000025 G #146-8297 195-10723
BC.BTP = 000024 G #146-8296 162-8788
BC.BTW = 000035 G #146-8305
BC.DEB = 000036 G #146-8306
BC.DES = 000010 G #146-8284
BC.EDR = 000027 G #146-8299
BC.FNM = 000041 G #146-8309 179-9642
BC.FOD = 000013 G #146-8287
BC.HAD = 000002 G #146-8278 162-8756
BC.HDS = 000007 G #146-8283 258-14092
BC.HSN = 000040 G #146-8308 162-8780
BC.HTD = 000012 G #146-8286
BC.LDR = 000030 G #146-8300
BC.LDV = 000031 G #146-8301
BC.LNC = 000004 G #146-8280 275-15055
BC.NDM = 000037 G #146-8307
BC.NSA = 000032 G #146-8302
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 2
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
BC.RDS = 000005 G #146-8281
BC.RQD = 000001 G #146-8277
BC.RTD = 000011 G #146-8285
BC.SAK = 000017 G #146-8291 175-9333 276-15090
BC.SDS = 000006 G #146-8282
BC.SKP = 000033 G #146-8303 162-8768
BC.SLA = 000023 G #146-8295 195-10719
BC.SNA = 000014 G #146-8288
BC.SPT = 000026 G #146-8298
BC.STR = 000003 G #146-8279
BC.STS = 000022 G #146-8294
BC.TDU = 000015 G #146-8289 227-12471
BC.THU = 000016 G #146-8290 227-12477
BC.XEN = 000034 G #146-8304
BC.XOF = 000020 G #146-8292
BC.XON = 000021 G #146-8293
BELADR 037216 RG 215-11735 #215-11743
BITTBL 044260 RG 206-11125 215-11740 #254-13889 255-13962 261-14323
BIT0 = 000001 #7-288 41-1699 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
190-10513 #253-13882
BIT1 = 000002 #7-288 41-1700 41-1732 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385
#190-10388 190-10512 #253-13882
BIT10 = 002000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10484
190-10506 #253-13882
BIT11 = 004000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10483
190-10505 #253-13882
BIT12 = 010000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10482
190-10504 #253-13882
BIT13 = 020000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10481
190-10503 190-10518 190-10526 #253-13882
BIT14 = 040000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 157-8623 #176-9385 #190-10388
190-10480 190-10502 #253-13882
BIT15 = 100000 #7-288 #48-2204 #80-4024 81-4053 #82-4348 #86-4617 #145-8240 162-8780 #176-9385
#190-10388 190-10479 190-10501 #253-13882 258-14092
BIT2 = 000004 #7-288 41-1701 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
190-10511 #253-13882
BIT3 = 000010 #7-288 41-1702 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
190-10510 #253-13882
BIT4 = 000020 #7-288 41-1703 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
190-10514 #253-13882
BIT5 = 000040 #7-288 41-1704 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
190-10509 #253-13882
BIT6 = 000100 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10508
190-10522 #253-13882
BIT7 = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10507
#253-13882
BIT8 = 000400 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10486
190-10514 #253-13882
BIT9 = 001000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 190-10485
190-10486 190-10514 #253-13882
BLDPKT 044140 R 247-13672 247-13672 #248-13715
BLKTT 005654 RG #33-1121
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 3
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
BLXCOM 050340 R 287-15874 #287-15880
BLXPLP 050370 R 287-15903 #287-15914 287-15916
BLXRTN 050400 R #287-15924
BPARER = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
280-15430
BPTTRP 012032 R 43-1860 #43-1881
BTPHD 016262 RG 36-1386 37-1454 38-1494 #81-4047
BTPRO 016562 R 81-4048 81-4048 #81-4050 81-4095 81-4171 81-4291
BTWCHR 026702 RG 148-8414 #159-8670
BYCNT 002734 RG #18-928 *198-10864 200-10901 210-11275 *210-11277
BYTESA 005606 RG #33-1106
CDBA = 177164 G #34-1138
CDCC = 177162 G #34-1137
CDD = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
CDDB = 177166 G #34-1139 34-1153
CDRTPD 007722 RG 36-1379 37-1423 #38-1489
CDST = 177160 G #34-1136 34-1153 34-1169
CDTSK 007342 RG 37-1416 #37-1422 37-1424
CESCHK 022166 R 97-5152 97-5152 97-5184 97-5184 97-5192 97-5192 #101-5334
CH = 063400 G #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 4
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883
66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883
66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883 #66-2883 66-2883 66-2883
#66-2883 66-2883 66-2883 #66-2883
CHNPNT = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
CH.FOR = 000100 G #57-2613
CH.LAB = 000001 G #57-2617
CH.NAT = 000020 G #57-2615
CH.NDC = 000010 G #57-2616
CH.OFF = 000200 G #57-2612
CH.UNL = 000040 G #57-2614
CKDLEN 041674 R 232-12660 232-12660 232-12672 232-12672 #232-12715
CLRDEB 027610 RG 148-8416 #169-8959
CMEDP 021544 R #91-4928 92-4976
CMNABO 011664 RG 43-1831 43-1834 #43-1838 67-3043
CMNABT 013572 R 67-2927 #67-3042 67-3094
CMSG 012366 R 44-1913 44-1925 #44-1995
CNT 002732 RG #18-926 *198-10865 219-12042
CNUPE = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 5
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
COMBSE 001236 RG #11-635 *90-4803 90-4866
COMTRP 011562 R 8-347 8-349 8-351 8-353 #43-1814
COPBUF 030130 RG 66-2847 66-2847 170-9035 170-9035 #171-9133 273-14875 273-14875
CPUERR 021102 R 87-4668 #87-4694
CPUNUM = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 90-4815 #145-8240 #176-9385 #190-10388
#253-13882
CPYRGT 011374 RG #41-1742
CRADR 002736 RG #18-930 *198-10866 199-10885 200-10900 200-10902 210-11279 *210-11281 *210-11290 *212-11445
*212-11457
CRBFLN = 000240 G #34-1160
CRBUFF 005762 RG #34-1158 34-1160
CRBUFH 005760 RG #34-1156
CRCEVF 005732 RG 34-1142 #34-1143
CREVFG 005730 RG #34-1141
CREXP = 006226 RG #34-1168
CRHD = ****** GX 36-1379 37-1423 38-1490
CRHUNG 005734 RG #34-1145
CRJT = 001000 #190-10414 200-10903 212-11381 212-11390 212-11401
CROBAR 001034 RG #9-496 *83-4422 *84-4447
CRSIZE = 000010 G #34-1174
CRSTB 011744 R 43-1854 #43-1857
CRSTBH 005740 RG #34-1150
CRSTBK 005742 RG #34-1152 34-1154
CRSTK = ****** GX 37-1423
CRSTLN = 000016 G #34-1154
CRSTS = 006230 RG #34-1170
CRTBL 006224 RG #34-1165 34-1174 39-1550
CRTHD = 006224 RG #34-1166
CRTNXA 015120 R 75-3580 #75-3589
CRTNX1 015112 R 75-3583 #75-3586
CRTNX2 015120 R #75-3595
CRTNX3 015122 R 75-3587 #75-3610 75-3641
CRTY = 002000 #190-10413 200-10899 201-10920 201-10926 210-11286
CR$BO5 = 044206 RG #248-13731
CR$B03 = 047402 RG #279-15299
CR$CBR = 020344 RG #84-4449
CR$DTB = 031124 RG #179-9610
CR$DTD = 012020 RG #43-1876
CR$DTF = 030610 RG #178-9497
CR$ETE = 030522 RG #177-9445
CR$FTA = 011722 RG #43-1845
CR$IAS = 015272 RG #75-3653
CR$ILF = 026036 RG #149-8428
CR$ILQ = 031600 RG #180-9796
CR$LRF = 014256 RG #71-3304
CR$MPE = 012064 RG #43-1893
CR$PT1 = 031216 RG #179-9639
CR$PT2 = 031234 RG #179-9644
CR$PT3 = 031544 RG #180-9776
CR$PT4 = 031650 RG #180-9807
CR$RES = 012026 RG #43-1879
CR$TBT = 012034 RG #43-1882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 6
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
CR$TET = 030504 RG #177-9439
CR$T04 = 011776 RG #43-1869
CR$UIE = 031456 RG #180-9739
CSDONE 015042 R 74-3435 #74-3525
CS.EXP = 177670 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
CTLO = 000040 #190-10416 198-10871 201-10918 212-11406 219-11962 219-11963
CTRLC 033054 R #191-10551 219-12069
CTRLU 033060 R #191-10553 219-12040
CTRLZ 033064 R #191-10555 219-12060
CTYPTR 002642 RG #17-886 162-8757 198-10848 198-10867 209-11214 209-11221 210-11244 210-11262 217-11861
219-11956
CTYSTS 002672 RG #18-922 198-10868 210-11263 *212-11424 212-11429 212-11444 219-11957
CURBF = 000006 #190-10400 *200-10900 219-12004 *219-12005 *219-12008 219-12020 *219-12022 219-12023 *219-12043
C.AS = 000002 G #54-2478
C.AT = 000000 G #54-2477 120-6407
C.FA = 000012 G #54-2482
C.FM = 000010 G #54-2481
C.HALT = 000033 G #190-10539
C.HCRT = 000015 G #190-10534 210-11285 212-11357 219-11991
C.HEOF = 000032 G #190-10537 219-11989
C.HESC = 000033 G #190-10538 190-10539 219-11987
C.HFFD = 000014 G #190-10533
C.HLFD = 000012 G #190-10531 211-11327 212-11360
C.HPAR = 000200 G #190-10541 250-13788
C.HSPC = 000040 G #190-10540
C.HTAB = 000011 G #190-10530 212-11362
C.HVTB = 000013 G #190-10532
C.HXOF = 000023 G #190-10536 217-11844 250-13788
C.HXON = 000021 G #190-10535 217-11840 250-13783
C.RS = 000006 G #54-2480
C.SD = 000004 G #54-2479
C.SZ = 000014 G #15-828 15-837 #54-2484 118-6309 120-6418 143-8112 256-14004
C1 = 140010 #40-1591 40-1653 40-1658 40-1670
C1DB = 140110 #40-1593 40-1597 40-1603 40-1608 40-1613 40-1618 40-1623 40-1628 40-1633
DAG1 = 000030 #3-129 81-4082 81-4132 *97-5157 97-5160 97-5173 *97-5202 *100-5313 100-5317
*101-5335 101-5336 *280-15410 280-15413 *280-15456 280-15459
DAG2 = 000032 #3-128 *84-4455 *101-5338 *280-15447
DAG3 = 000036 #3-126 *178-9556 *184-10039
DBLDON 031662 R 180-9757 180-9792 #180-9813
DBLEPP 031462 R 180-9727 #180-9744
DBLEPX 031466 R 180-9722 #180-9746
DBLHDR 031556 R 180-9773 #180-9790
DBLPWR 031516 R 180-9738 #180-9762
DBLRLD 031472 R 180-9736 #180-9752
DBLXFR 031526 R 180-9734 #180-9771
DBLXIT 031674 R 180-9764 180-9783 180-9811 #180-9816
DCOMST = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 97-5154 97-5160 97-5186 97-5194
#145-8240 #176-9385 #190-10388 #253-13882
DEAND1 026762 R 148-8406 156-8573 157-8608 157-8619 157-8630 158-8652 159-8676 159-8678 160-8706
#161-8737
DEAND2 026374 R 152-8471 152-8474 153-8489 153-8495 153-8497 154-8530 154-8533 154-8540 154-8547
155-8559 #156-8572
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 7
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
DEAND3 026126 R 150-8439 #152-8473
DEANOD 027472 R 161-8738 162-8790 163-8804 164-8835 165-8878 166-8894 #166-8903 167-8925 168-8937
168-8945 169-8957 169-8961 175-9325
DEP = 010000 #7-288 44-1960 #48-2204 #80-4024 81-4114 81-4152 81-4158 81-4202 81-4229
81-4283 #82-4348 #86-4617 91-4927 97-5203 98-5240 99-5270 #145-8240 #176-9385
178-9549 183-9988 184-10042 185-10079 #190-10388 #253-13882 282-15581
DEPOF 001242 RG #11-639 *90-4805 90-4861 92-4973
DEX = 000400 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DEXCOM 013674 R #67-3100
DEXDON = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
280-15403
DEXST 001352 RG #12-728 *97-5158 *97-5162 *280-15398 *280-15405
DEXTM1 001360 RG #12-734 90-4818 90-4841
DEXTM2 001356 RG #12-732 90-4798 90-4810 90-4837 90-4874
DEXTM3 001354 RG #12-730 90-4794 90-4817
DEXWD1 = 174406 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DEXWD2 = 174404 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DEXWD3 = 174402 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DE.01 = 000377 G #67-3057 76-3790 118-6306 124-6754 137-7709 137-7716
DE.02 = 000376 G #67-3058 87-4695 91-4937 97-5164 99-5280 127-7045 131-7355 141-7982
DE.03 = 000375 G #67-3059 77-3837 91-4940
DE.04 = 000374 G #67-3060 128-7167
DE.05 = 000373 G #67-3061 105-5578 124-6687
DE.06 = 000372 G #67-3062
DE.07 = 000371 G #67-3063 76-3788
DE.08 = 000370 G #67-3064 131-7405 135-7590
DE.09 = 000367 G #67-3065
DE.10 = 000366 G #67-3066
DE.11 = 000365 G #67-3067
DE.80 = 000260 G #67-3068
DE.81 = 000257 G #67-3069
DE.90 = 000246 G #67-3070 103-5482
DE.91 = 000245 G #67-3071
DE.92 = 000244 G #67-3072 103-5458
DE.93 = 000243 G #67-3073
DE.94 = 000242 G #67-3074 77-3846
DE.95 = 000241 G #67-3075 77-3847
DE.96 = 000240 G #67-3076 78-3914
DE.97 = 000237 G #67-3077 113-5994 118-6278 120-6416 255-13976
DE.98 = 000236 G #67-3078 115-6149
DE.99 = 000235 G 67-2984 #67-3079 88-4725
DFTBL 025734 RG 147-8366 #148-8385 148-8419
DFTSZ = 000100 #148-8419
DFUNC = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 97-5154 97-5186 97-5194 #145-8240
#176-9385 #190-10388 #253-13882
DF.DMG = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.DMN = 000007 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.DOR = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.EHG = 000010 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 191-10561
#253-13882
DF.EHM = 000011 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.EMG = 000005 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 8
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
DF.EMN = 000006 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.KLR = 000012 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.KLW = 000013 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.KLX = 000014 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.OFF = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.ON = 000003 #7-288 #48-2204 #80-4024 81-4276 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
#253-13882
DF.PDP = 000016 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DF.PEX = 000015 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DHBUF = 000020 #190-10406 *212-11424 212-11429
DHCNT = 000200 G #28-1020 39-1538
DHERLG 042316 R 232-12749 232-12749 233-12852 233-12852 #233-12944 234-13024 234-13024
DHISTQ 036434 R 213-11508 213-11514 213-11516 213-11520 213-11522 #214-11590 216-11774
DHSAV 040354 R 202-10945 213-11483 214-11581 #220-12114
DHSTSV 002660 RG #17-901 *214-11584 214-11606
DHTBL 003054 RG 19-944 19-945 19-946 19-947 19-948 19-949 19-950 19-951 #21-987
28-1020 39-1538 153-8488 154-8520 170-9040 172-9173 210-11240 210-11304 212-11422
220-12125 221-12179 233-12814
DHTMP 002654 RG #17-897 *202-10944 *214-11580 220-12121
DH.FER = 020000 G #190-10526 214-11677
DIAG1 = 174430 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DIAG2 = 174432 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DIAG3 = 174436 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DIALUP 026130 RG 148-8398 #153-8485
DIKL10 = 000010 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 97-5154 97-5194 97-5202 #145-8240
#176-9385 #190-10388 #253-13882
DIRDPT 013446 R 67-2985 #67-2987 67-3025
DIRMAX = 000102 67-2982 #67-3025
DIROK 013442 R 67-2983 #67-2985
DIV216 045274 RG 114-6042 114-6042 255-13959 255-13959 261-14311 261-14311 #263-14365
DLCNT = 000005 G #20-982 39-1534 153-8492 154-8527 157-8607
DLECNT = 000004 G #20-983 232-12667
DLETBL 003014 RG 17-890 #20-977 20-983 232-12666
DLHUPX 041464 R 228-12518 #231-12614
DLTBL 003004 RG 17-887 #20-975 20-982 39-1534 170-9023 232-12657
DLTMP 002656 RG #17-899 *207-11135 *216-11768 220-12138
DLYCNT = 174400 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DL.CAR = 010000 G #190-10504 218-11918 232-12676
DL.CTS = 020000 G #190-10503
DL.DEN = 000040 G #190-10509 218-11903 231-12612 232-12745 232-12761
DL.DSC = 100000 G #190-10501
DL.DTR = 000002 G #190-10512 218-11903 218-11930 232-12680
DL.FER = 020000 G #190-10518 216-11776
DL.RAC = 004000 G #190-10505
DL.RDE = 000001 G #190-10513
DL.RDN = 000200 G #190-10507
DL.REN = 000100 G #190-10508 218-11923 231-12612 232-12728 232-12756 245-13557 246-13614
DL.RNG = 040000 G #190-10502 218-11901
DL.RTS = 000004 G #190-10511 218-11903 218-11920 232-12678 232-12680
DL.SRD = 002000 G #190-10506
DL.STD = 000010 G #190-10510
DL.UNA = 001420 G #190-10514
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 9
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
DL.XEN = 000100 G #190-10522 208-11181 212-11416 212-11436 232-12734 232-12758
DMTBE = 003004 RG #19-953 234-12985
DMTBL 002742 RG #19-943 172-9172 226-12378 226-12386 234-12978
DMTMP 002652 RG #17-895 *226-12372 226-12374
DMTNXM 042276 R 233-12817 #233-12929 233-12932
DMYN = 000004 G #11-652 *90-4860 *90-4861 94-5043 178-9548 184-10040 185-10078
DNBLK 005636 RG #33-1113
DNFCN 005640 RG #33-1115
DNSTS 005646 RG #33-1118
DON10C = 040000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 178-9492 #190-10388
#253-13882
DON10S = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DON11C = 000100 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 179-9597 #190-10388
#253-13882
DON11S = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DPB.CK = ****** 103-5440 105-5567
DPCMN 021540 R #91-4926 94-5044
DPMSEP 021566 R 91-4930 #91-4939
DPSEC 021564 R 91-4933 #91-4936
DPS4 = 040000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DQNXT 034042 R #198-10838 199-10883 199-10890
DRESET = 000100 #7-288 #48-2204 #80-4024 #82-4348 84-4455 #86-4617 101-5338 #145-8240 #176-9385
#190-10388 #253-13882 280-15447
DRXCOM 013710 R 67-3099 #67-3105
DRXRR 013722 R 67-3102 #67-3107
DR.DTE = 000011 #7-288 #48-2204 #80-4024 81-4276 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
191-10561 #253-13882
DR.00 = 000000 G #67-3050 110-5842 111-5892 112-5951
DR.01 = 000001 G #67-3051 76-3787 76-3789 89-4762 91-4934 97-5179 99-5277 100-5319 103-5484
105-5587 107-5696 113-5992 114-6057 115-6135 115-6147 116-6183 118-6320 120-6405
122-6500 124-6859 126-6967 131-7389 133-7496 135-7586 139-7877
DR.02 = 000002 G #67-3052 109-5792 127-7112
DR.03 = 000003 G #67-3053 127-7114
DSEND = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 97-5194 97-5199 97-5202 #145-8240
#176-9385 #190-10388 #253-13882
DS.99 013440 R #67-2984 67-3001 67-3009 67-3010 67-3017 67-3018 67-3022
DS04 = 004000 #7-288 #48-2204 #80-4024 81-4082 81-4132 #82-4348 #86-4617 101-5336 #145-8240
#176-9385 #190-10388 #253-13882 280-15413
DS05 = 002000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DS06 = 001000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
280-15459
DTEADR 001276 RG #12-684 178-9511 *178-9562
DTECMD = 000451 #7-288 #48-2204 #80-4024 81-4101 81-4178 #82-4348 #86-4617 #145-8240 #176-9385
#190-10388 #253-13882
DTEDSP 021044 R 87-4674 #87-4678
DTEFLG = 000444 #7-288 #48-2204 #80-4024 81-4115 81-4284 #82-4348 #86-4617 #145-8240 #176-9385
#190-10388 #253-13882
DTEF11 = 000450 #7-288 #48-2204 #80-4024 81-4153 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
#253-13882
DTEHD 025304 RG 36-1332 37-1399 38-1473 #147-8346
DTEMSK 001274 RG #12-682 178-9511 *178-9561
DTEMTD = 000455 #7-288 #48-2204 #80-4024 81-4203 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 10
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
#253-13882
DTEMTI = 000456 #7-288 #48-2204 #80-4024 81-4142 81-4159 #82-4348 #86-4617 #145-8240 #176-9385
#190-10388 #253-13882
DTENM = 000000 #11-648
DTESNP 047772 R 280-15421 280-15421 280-15437 280-15437 280-15474 280-15474 #281-15514
DTESP 025564 RG 37-1399 147-8347 #147-8347
DTETPD 007622 RG 36-1332 #38-1472
DTETSK 007142 RG 37-1394 #37-1398 37-1400 *179-9627
DTEXIT 030544 R 177-9449 #177-9453 180-9747
DTTSK 007402 RG 37-1423 #37-1434
DUPE = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DURE = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DVCH = 110220 #40-1587 40-1597 40-1603 40-1608 40-1613 40-1618 40-1623 40-1628 40-1633
40-1653 40-1658 40-1670
DV.CFG = 004000 G #60-2675
DV.EOF = 000040 G #60-2669
DV.F11 = 000400 G #60-2672
DV.HNG = 001000 G #60-2673
DV.IOP = 000020 G #60-2668
DV.LIN = 002000 G #60-2674 233-12947
DV.LOG = 000100 G #60-2670 214-11724 233-12947 281-15540
DV.NXD = 000001 G #60-2664
DV.OFL = 000002 G #60-2665
DV.OIR = 000004 G #60-2666
DV.SCN = 000010 G #60-2667
DV.URE = 000200 G #60-2671 214-11724 280-15476 281-15540
DWNMS 013220 R 66-2875 #66-2877 66-2887
DWNMSG 013206 R 66-2846 #66-2874
DWNMSZ = 000043 66-2875 66-2875 #66-2887
DXBUF 005504 RG #31-1064
DXCNT 005502 RG #31-1062
DXHD = ****** GX 36-1346 37-1447 38-1503
DXPKT 005524 RG #31-1070
DXRTC 005500 RG #31-1060
DXSTK = ****** GX 37-1447
DXTPD 007762 RG 36-1346 #38-1502
DXTSK 007442 RG 37-1439 #37-1446 37-1448 40-1653 40-1658
DXUNIT 005522 RG #31-1068
DXVCB 005506 RG #31-1066
DXWD1 = 000006 #3-135 *81-4151 *81-4213 97-5169 *97-5198 *178-9538 180-9726 *184-10031 *185-10074
282-15592 *282-15601
DXWD2 = 000004 #3-136 81-4146 *81-4150 81-4214 *81-4215 *81-4219 *81-4223 97-5168 *97-5197
*178-9539 180-9725 *184-10032 *185-10075 282-15591 *282-15600
DXWD3 = 000002 #3-137 81-4076 81-4106 *81-4113 *81-4149 *81-4157 81-4185 81-4187 81-4189
81-4197 *81-4201 *81-4216 *81-4220 *81-4224 81-4243 *81-4282 97-5167 *97-5196
*178-9544 180-9724 180-9804 182-9924 182-9937 *184-10036 *185-10076 282-15590 *282-15599
DXWRD1 = 002000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
DX0PEN 011032 RG 36-1352 #40-1652 40-1653 40-1682
DX1PEN 011102 RG #40-1657 40-1658
D$$H11 = 000010 #1-44 8-427
D.AT = 000000 G #55-2500
D.CCDR = 000006 G #39-1548
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 11
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
D.CCLK = 000007 G #39-1552
D.CCPU = 000200 G #39-1566 162-8770
D.CCTY = 000001 G #39-1528 162-8755
D.CDH1 = 000003 G #39-1536
D.CDLS = 000004 G #39-1540 175-9305 197-10822 209-11227 227-12485 275-15051
D.CDL1 = 000002 G #39-1532
D.CDMB = 000204 G #39-1570
D.CDTE = 000202 G #39-1568 197-10824
D.CKLE = 000201 G #39-1567
D.CKLN = 000210 G #39-1572
D.CLOG = 000205 G #39-1571
D.CLPT = 000005 G #39-1544 195-10717
D.CRJP = 000203 G #39-1569 162-8782 197-10827
D.FA = 000004 G #55-2502
D.FEPD = 000010 G #39-1555
D.FM = 000002 G #55-2501
D.SZ = 000006 G #55-2504
D1011 = 000040 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EBSEL = 000100 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EBUSPC = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EBUSPS = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
ECHOB 035654 R 210-11282 210-11287 211-11328 211-11337 #212-11353 219-12084
EDONES = 040000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EDRMT 026042 RG 148-8408 #150-8437
EF.BOV = 000040 G #49-2288
EF.CLK = 000002 G #49-2280
EF.CRI = 002000 G #49-2320 81-4069 81-4087 81-4241 83-4388
EF.CTC = 040000 G #49-2312 217-11866
EF.DTE = 000001 G #49-2278
EF.FCP = 001000 G #49-2322 81-4098
EF.IOD = 000020 G #49-2286 191-10559 198-10834 210-11292
EF.NIR = 000010 G #49-2284 76-3767 124-6853 191-10559 260-14208 260-14263
EF.PFR = 004000 G 43-1874 #49-2318 81-4241 83-4388 85-4539 180-9763
EF.PR1 = 100000 G #49-2310 283-15630 285-15678
EF.PR2 = 020000 G #49-2314 217-11878 283-15630 284-15657
EF.RKH = 002000 G #49-2298 191-10559 193-10677 231-12605
EF.RKP = 010000 G #49-2316 168-8940 168-8944
EF.RKR = 001000 G #49-2296 191-10559 193-10673 218-11913
EF.RQM = 000200 G #49-2292 191-10559 193-10668 217-11871
EF.RSS = 004000 G #49-2300 191-10559 193-10681 224-12292
EF.SND = 100000 G #49-2305
EF.TED = 000100 G #146-8265 146-8315 179-9627
EF.TMO = 000100 G 15-835 #49-2290 191-10559 194-10695 196-10769
EF.TTY = 000004 G #49-2282
EF.WFM = 000400 G #49-2294
EHSG = 000006 G #11-654 *90-4867 95-5078
EHSM = 000010 G #11-656 *90-4883 96-5112 180-9719 180-9800 182-9920
EIS = ****** 287-15904 287-15909
EMGSTK 011562 RG #42-1773 43-1819 44-1922
EMTSTK 001116 RG #9-510 *43-1835 *67-2917 *67-2936 67-3039 67-3042 *67-3086 67-3100 67-3105
67-3127
EMTTRP 013266 RG 8-357 #67-2912
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 12
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
EMYN = 000002 G #11-650 *90-4858 93-5009
EM.DRO = 000020 G #67-2908 67-2938 67-2970 *67-3101 *67-3106 67-3126 *122-6494
ENBXOF 026052 RG 148-8413 #151-8450
ENTELQ 031136 R #179-9618 179-9662
EOLS = 000400 #190-10415 200-10899 201-10920 211-11318 219-12009 219-12071 219-12080
EPTR = 000000 #7-288 #48-2204 #80-4024 81-4100 81-4114 81-4141 81-4152 81-4158 81-4177
81-4202 81-4229 81-4283 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EQSZ 001340 RG #12-721 *179-9666 *180-9804 180-9805 181-9863 *181-9879
ERRCES = 000001 G #41-1718
ERRCPE = 000007 G #41-1724
ERRCST = 000004 G #41-1721
ERRDEX = 000003 G #41-1720
ERRDPE = 000010 G #41-1725
ERREPE = 000002 G #41-1719
ERRFME = 000006 G #41-1723
ERRPTO = 000005 G #41-1722
ERRTRR = 000012 G #41-1727
ERRTSP = 000011 G #41-1726
ERR10C = 010000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
ERR10S = 020000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
ERR11C = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
ERR11S = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
EV.AS = 000002 G #64-2783 75-3626 75-3642 79-3956
EV.PF = 000200 G 42-1767 #64-2784 75-3619 75-3649 84-4471
EV.SE = 000001 G #64-2780 69-3209 74-3436 75-3619 116-6182 262-14344
EXCMN 021574 R #92-4974 93-5010 95-5079 96-5113
EXKAL 033076 R #191-10560 196-10775
E.BOV = 000006 G #49-2289
E.CLK = 000002 G #49-2281
E.DTE = 000001 G #49-2279
E.DV = 000006 G #146-8272 165-8852 167-8922 174-9247
E.FCRI = 000073 G #49-2321
E.FCTC = 000077 G #49-2313
E.FFCP = 000072 G #49-2323
E.FN = 000004 G #146-8271 147-8364 165-8849
E.FP = 000000 G #146-8269
E.FPFR = 000074 G #49-2319
E.FPR1 = 000100 G #49-2311
E.FPR2 = 000076 G #49-2315 81-4052 81-4275
E.FRKP = 000075 G #49-2317
E.FSND = 000040 G #49-2306
E.FW = 000010 G #146-8273 150-8438 *152-8464 152-8470 153-8491 154-8526 *156-8569 156-8571 157-8584
157-8589 157-8599 157-8606 *157-8610 157-8615 157-8623 *158-8639 158-8657 *159-8671
159-8675 162-8751 165-8850 165-8853 166-8892 168-8935 174-9248
E.IOD = 000005 G #49-2287
E.LS = 000002 G #146-8270
E.NIR = 000004 G #49-2285
E.OPSZ = 000060 G #146-8261 279-15296
E.RKH = 000013 G #49-2299
E.RKR = 000012 G #49-2297
E.RQM = 000010 G #49-2293
E.RSS = 000014 G #49-2301
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 13
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
E.TMO = 000007 G #49-2291
E.TTY = 000003 G #49-2283
E.WFM = 000011 G #49-2295
FDVNM 030302 R 164-8834 164-8834 165-8870 165-8870 #175-9281
FDVNMF 030414 R 173-9212 #175-9322
FDVNMM 030266 R 152-8465 152-8465 153-8486 153-8486 154-8506 154-8506 155-8557 155-8557 156-8570
156-8570 157-8611 157-8611 158-8640 158-8640 159-8672 159-8672 160-8703 160-8703
161-8732 161-8732 167-8916 167-8916 #174-9246
FEHD = ****** GX 36-1336 37-1439 38-1477
FELXFR 031174 R 179-9614 #179-9634
FERCHK 036740 RG 214-11608 214-11610 214-11624 #214-11676
FESTK = ****** GX 37-1439
FETBL 005572 RG #33-1097 39-1556
FETPD 007642 RG 36-1336 #38-1476
FETSK 007402 RG #37-1438 37-1440 40-1670 *81-4053
FE0PUD 011222 RG #40-1669 40-1670
FLBT = 000001 #190-10419
FLBYT = 000011 #190-10402 211-11344 *212-11371 *212-11394
FLCT = 000017 #190-10418 201-10920 210-11264
FLDVOT 027502 RG 148-8396 #167-8915
FNBYT = 000005 #190-10399 *219-12050 *219-12058 *219-12067 *219-12078
FNDDM 030204 R 153-8494 153-8494 154-8529 154-8529 157-8618 157-8618 #172-9170
FNDSPD 030236 R 157-8585 157-8585 157-8590 157-8590 #173-9203
FORPRO = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 90-4821 90-4862 90-4868 #145-8240
#176-9385 178-9547 180-9718 180-9799 182-9919 184-10041 185-10077 #190-10388 #253-13882
FW = 000300 #40-1589 40-1597 40-1603 40-1608 40-1613 40-1618 40-1623 40-1628 40-1633
40-1653 40-1658
F11TPD 010022 RG 36-1352 #38-1512 43-1843 71-3302
GENTPD 010042 RG #38-1516
GETBUF 032430 R 181-9865 181-9865 182-9926 182-9926 #186-10114
HANGUP 026176 RG 148-8399 #154-8505
HDR64 = ****** 72-3315 74-3452 74-3467 78-3888 141-7996 260-14250
HIBYTE = 177400 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
HICTS 026766 RG 148-8386 #162-8749
HIDVST 027236 RG 148-8392 #164-8818
HISN 027120 RG 148-8417 #162-8776
HORPS = 000016 #190-10405 212-11367 *212-11383 *212-11402
HSPMSK = 000376 #192-10572 214-11640
HSPSPD 033220 RG #192-10624
HSPTAB 033173 RG #192-10590 192-10603 214-11641
HSPTLN = 000014 #192-10603 214-11642
H.CSP = 000000 G #51-2357
H.DSW = 000046 G #51-2359 74-3458 74-3473
H.FCP = 000050 G #51-2360
H.FOR = 000052 G #51-2361
H.HSZ = 000002 G #51-2358
H.IPC = 000076 G #51-2364 72-3322
H.IPS = 000074 G #51-2363 72-3323
H.ISP = 000100 G #51-2365 72-3330
H.KCAC = 000020 G #41-1703
H.KCHN = 000010 G #41-1702
H.KEXT = 000004 G #41-1701
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 14
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
H.KMOS = 000002 G #41-1700
H.KPWR = 000040 G #41-1704
H.KUDF = 000001 G #41-1699
H.LUT = 000130 G #51-2367 72-3324 72-3327 78-3894 139-7858 288-15979
H.OVL = 000054 G #51-2362
H.TKVA = 000106 G #51-2366 72-3321 139-7855
IE.ABO = 177761 212-11454
IFLOP = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 179-9669 181-9881
182-9948 #190-10388 #253-13882
IGNO 012364 RG 39-1530 39-1530 39-1534 39-1534 39-1538 39-1538 39-1542 39-1542 39-1546
39-1550 39-1550 39-1553 39-1553 39-1553 39-1553 39-1556 39-1556 44-1982
#44-1986
INIAN 047366 RG 42-1771 #279-15295
INITLM 011454 RG #42-1752 291-16143
INPPT 035606 R 210-11271 #211-11317
INPT0 035614 R #211-11320
INPT1 036152 R 211-11319 #212-11443
INSHD = ****** GX 36-1369 38-1469
INSTAL = ****** GX 36-1369
INSTK = ****** GX 36-1369
INSTPD 007602 RG 36-1369 #38-1468
INTLPS 030456 R #177-9432 178-9525 178-9527 178-9564 179-9680 180-9817
INTROF = 000010 #7-288 #48-2204 #80-4024 81-4061 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
#253-13882 283-15629 284-15656
INTRON = 000040 #7-288 #48-2204 #80-4024 81-4287 #82-4348 #86-4617 90-4856 #145-8240 #176-9385
#190-10388 #253-13882
INTSON = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
INT10S = 000400 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
INT11C = 002000 #7-288 #48-2204 #80-4024 81-4105 81-4180 81-4191 #82-4348 #86-4617 #145-8240
#176-9385 180-9716 #190-10388 #253-13882
INT11S = 004000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
284-15656
IOPSIZ = 007777 #45-2024 45-2034
IOTTRP 012070 R 43-1861 #44-1909
IO.ATT = 001400 260-14235
IO.DET = 002000 260-14237
IO.LOV = 001010 260-14239
IO.LTK = 000050 76-3738 260-14247
IO.RLB = 001000 124-6823 198-10872 260-14245 288-15986
IO.RVB = 010400 124-6821 124-6829 288-15987
IO.STC = 002500 124-6811
IO.WLB = 000400 81-4294 124-6820 198-10869 288-15989
IO.WVB = 011000 124-6818 124-6831
IS.SUC = 000001 198-10874 210-11290 212-11448
KBB0 = 177562 G #49-2213
KBB1 = 175612 G #49-2217
KBS0 = 177560 G #49-2212
KBS1 = 175610 G #49-2216
KLCST 021654 R #97-5156 97-5200 97-5210
KLNLGL = 000016 G #10-621
KLNPLN = 000026 G 10-603 10-607 #10-626 162-8767
KLNPTR 002644 RG #17-889 154-8516 158-8647 170-9025 198-10844 210-11248 210-11298 212-11412 217-11817
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 15
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
218-11905 218-11924 231-12600 237-13175 239-13253 273-14876 274-14977
KLPWRF = 000010 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 180-9737 #190-10388
#253-13882
KL.ABO = 010000 G #56-2524
KL.CFL = 000400 G #56-2520
KL.CFM = 000002 G #56-2511
KL.DEF = 002000 G #56-2522
KL.KAC = 001000 G #56-2521
KL.LCA = 000100 G #56-2516
KL.LRM = 000001 G #56-2510
KL.LVB = 000004 G #56-2512
KL.REQ = 004000 G #56-2523
KL.SPF = 000040 G #56-2515
KL.SSC = 000200 G #56-2518
KL.VBD = 000020 G #56-2514
KL.VBN = 000010 G #56-2513
KPAL0 001404 RG #13-773 90-4889 191-10561 196-10777 196-10806
KPAL1 001414 RG #13-777 *183-9982 183-9985
KPAR0 = 172360 #49-2227
KPAR1 = 172362 #49-2228
KPAR2 = 172364 #49-2229
KPAR3 = 172366 #49-2230
KPAR4 = 172370 #49-2231
KPAR5 = 172372 #49-2232
KPAR6 = 172374 #49-2233
KPAR7 = 172376 #49-2234
KPDR0 = 172300 #49-2236
KPDR1 = 172302 #49-2237
KPDR2 = 172304 #49-2238
KPDR3 = 172306 #49-2239
KPDR4 = 172310 #49-2240
KPDR5 = 172312 #49-2241
KPDR6 = 172314 #49-2242
KPDR7 = 172316 #49-2243
KS.CES = 000002 G #56-2532 280-15415
KS.CPE = 001000 G #56-2540
KS.CST = 000020 G #56-2535 196-10798
KS.DEX = 000010 G #56-2534 280-15419
KS.DPE = 002000 G #56-2541
KS.EPE = 000004 G #56-2533 280-15436 280-15475
KS.FCF = 004000 G #56-2542
KS.FME = 000400 G #56-2539
KS.PFT = 000100 G #56-2537 84-4467
KS.PTO = 000200 G #56-2538 81-4092
KS.TRR = 000040 G #56-2536 180-9753
KS.TSP = 000001 G #56-2531 280-15461
KT11 = ****** 67-2937 67-2940 67-3033 67-3113 67-3116 67-3125 67-3129 74-3446 74-3485
74-3526 75-3632 78-3883 79-3943 124-6826 137-7737 141-8010 286-15718 286-15724
287-15883 287-15896 287-15899 287-15918 287-15929
K.LBPW = 000005 G #61-2702
K.LCKL = 177777 G #61-2686
K.LCON = 000004 G #61-2696
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 16
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
K.LDCM = 000001 G #61-2693
K.LDRP = 177777 G #61-2694
K.LDSC = 000003 G #61-2692
K.LLTO = 000006 G #61-2704
K.LRAC = 000001 G #61-2689
K.LRBA = 000007 G #61-2706
K.LRMN = 000003 G #61-2699
K.LRNG = 000002 G #61-2688
K.LROP = 000001 G #61-2697
K.LRPR = 000002 G #61-2698
K.LRRJ = 177777 G #61-2690
K.LSCK = 000001 G #61-2684
K.LSKL = 000001 G #61-2685
K.LUND = 000000 G #61-2682
K.LUSR = 177777 G #61-2700
LDLPR 027236 RG 148-8409 #164-8819
LDLPV 027236 RG 148-8410 #164-8820
LFBT = 004000 #190-10412 200-10906 211-11326
LFCT = 074000 #190-10411 201-10920 210-11266 219-12082
LINCHR 027302 RG 148-8389 #165-8846
LKS = 177546 G #49-2211 84-4477 *84-4479 *85-4540
LOAD11 = 000004 #7-288 44-1959 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 180-9735
#190-10388 #253-13882
LODNOD 032530 R 179-9657 179-9657 182-9934 182-9934 #188-10183
LOWCOD = 000000 RG #8-344 8-345 8-364 8-364 8-364 8-364 8-371 8-371 8-377
8-377 8-384 8-384 8-384 8-384 8-384 8-384 8-384 8-384
8-384 8-384 8-384 8-384 8-384 8-384 8-384 8-389 8-394
8-394 8-401 8-401 8-401 8-401 8-405 8-413 8-414 8-419
8-420 8-426 8-426 8-426 8-426 8-426 8-426 8-426 8-426
8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432
8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432
8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432 8-432
8-432 8-432 8-432 8-432 8-432
LPCEVF 006240 RG 35-1191 #35-1193
LPCSA = 000002 G #35-1230 #35-1230
LPCSM = 000022 G #35-1241
LPEVFG 006236 RG #35-1190
LPEXPA = 175400 G #35-1181 35-1230 35-1230
LPEXPZ = 000020 G #35-1182 35-1205
LPHD = ****** GX 36-1374 37-1416 38-1485
LPHUNG 006242 RG #35-1196
LPITH = 000006 G #35-1230 #35-1230
LPMCB = 000020 G #35-1240
LPRMA = 000040 G #35-1251
LPRMC = 000044 G #35-1253
LPRMZ = 000042 G #35-1252
LPRTY = 000024 G #35-1242
LPSIZE = 000010 G #35-1231 35-1236 35-1247 35-1262 35-1262
LPSTBH 006246 RG #35-1202
LPSTBK 006250 RG #35-1204 35-1207
LPSTK = ****** GX 37-1416
LPSTLN = 000030 G #35-1207
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 17
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
LPSTS = 000000 G #35-1230 #35-1230
LPTBL 006300 RG #35-1213 35-1231 35-1240 35-1241 35-1242 35-1251 35-1252 35-1253 35-1262
35-1262 39-1546
LPTBL2 006320 RG #35-1235 35-1240 35-1241 35-1242
LPTBL3 006340 RG #35-1246 35-1251 35-1252 35-1253
LPTHD = 000004 G #35-1230 #35-1230
LPTPD 007702 RG 36-1374 #38-1484
LPTSK 007302 RG 37-1408 #37-1415 37-1417 40-1665
LPUNIT 006234 RG #35-1187
LPUTBL 006360 RG #35-1257
LP0PUD 011152 RG #40-1664 40-1665
LSPCHR = 000000 #192-10573 214-11634
LSPSPD 033207 RG #192-10610 214-11658
LSPTAB 033162 RG #192-10575 192-10585 214-11641 214-11644
LSPTLN = 000011 #192-10585 214-11630
LSP.IG = 000200 #192-10607 192-10612 192-10613 192-10614 192-10626
LSP.SP = 000017 #192-10608 214-11662
L$$P20 = 000002 #1-38 35-1215 35-1231 35-1236 35-1247 35-1259
L.DT0 = 000003 G #40-1638
L.DX0 = 000005 G #40-1651
L.DX1 = 000006 G #40-1656
L.RP4 = 000002 G #40-1585
L.TTY = 000001 G #40-1581
MACY11 = ****** 48-2196 82-4346
MBUFR = 000014 #190-10404 *219-12031 *219-12087 219-12091
MEBUF = 000012 #190-10403 211-11334 *211-11335 *219-12093
MECNT = 000010 #190-10401 210-11268 *211-11336 *219-12094
MF2NUM = 000004 G #9-588 9-591
MF2RTY = 000001 #9-587 9-593 9-593 9-593 9-593
MODE = 100000 #190-10410 200-10899 201-10921
MPE11 = 001000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 177-9436 #190-10388
#253-13882
MSETRP = ****** 270-14634 270-14671 271-14741 271-14793 273-14893 273-14909
M.PARQ = 000002 G #41-1732 193-10670 198-10840
NODADR 005602 RG #33-1102
NOSNDA 026060 RG 148-8411 #152-8461
NTKXEN 012772 R #66-2809 66-2835
NTKXEP 012776 R 65-2807 65-2807 #66-2811 66-2828 66-2839
NTKXSP 012752 RG 37-1458 65-2807 #65-2807
NULHD 012472 RG 37-1458 #65-2807
NULSTP = 000040 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
NULTSK 007542 RG 37-1395 37-1454 #37-1457
NUPE = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
N.BP = 000002 G #49-2328 265-14435
N.FP = 000000 G #49-2327
N.OVPT = 000054 G #49-2265
N.PR = 000010 G #49-2329 265-14432 265-14432
OKPAL0 001412 RG #13-775 *90-4889 196-10777 *196-10806
OUTPT 035416 R 201-10931 201-10931 210-11238 #210-11261 212-11374 219-12095
OUTPT3 035336 R 202-10976 202-10976 207-11143 #210-11236
PARLOA 020670 R #85-4528 85-4531
PARLOT 020742 R 85-4524 #85-4548
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 18
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
PARSAV 001022 RG #9-481 43-1887 44-1932
PB = 000200 G #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
#66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883
66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883 #66-2883 66-2883
PERCLR = 001000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 19
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
PHYS = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PIDENT = 000000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PRB0 = 177566 G *44-1970 *44-1983 #49-2215
PRB1 = 175616 G *44-1968 #49-2219
PRI7 = 000340 G #7-288 #48-2204 #49-2224 67-3146 #80-4024 #82-4348 #86-4617 #145-8240 162-8771
162-8783 165-8856 171-9135 #176-9385 #190-10388 #253-13882
PRMBLK 023634 R 124-6837 #124-6867
PRMEMN 001240 RG #11-637 *90-4801 90-4872
PROPNT = 000021 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 90-4862 #145-8240 #176-9385 #190-10388
#253-13882
PROTBL 001244 RG #11-658 87-4672 90-4826
PRS0 = 177564 G 44-1972 44-1984 #49-2214
PRS1 = 175614 G 44-1976 #49-2218
PRTOFF = 004000 #7-288 #48-2204 #80-4024 81-4100 81-4114 81-4141 81-4152 81-4158 81-4177
81-4202 81-4229 81-4283 #82-4348 #86-4617 99-5272 #145-8240 #176-9385 #190-10388
#253-13882
PRVCM 022114 R 98-5241 #99-5271
PRVTSK = 007502 RG #37-1400 37-1403 #37-1404 37-1408 #37-1409 37-1416 #37-1417 37-1423 #37-1424
37-1439 #37-1440 37-1447 #37-1448 37-1454 #37-1455 37-1458
PR0 = 000000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR1 = 000040 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR2 = 000100 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR3 = 000140 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR4 = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR5 = 000240 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR6 = 000300 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PR7 = 000340 G #7-288 #48-2204 #49-2223 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388
#253-13882
PS = 177776 G #7-288 *42-1768 43-1815 #48-2204 #49-2210 *66-2810 66-2815 *66-2815 *66-2826
*66-2837 *74-3440 *74-3523 *75-3578 79-3938 *79-3938 #80-4024 *81-4065 81-4068
*81-4068 *81-4094 *81-4127 81-4129 *81-4129 *81-4198 81-4200 *81-4200 #82-4348
#86-4617 #145-8240 *147-8352 147-8356 *147-8356 *147-8369 147-8373 *147-8373 162-8771
*162-8771 *162-8773 162-8783 *162-8783 *162-8785 165-8856 *165-8856 *165-8858 171-9135
*171-9135 *171-9137 #176-9385 #190-10388 193-10662 *193-10662 *193-10666 194-10697 *194-10697
*194-10709 196-10813 *196-10813 *196-10816 198-10839 *198-10839 *198-10856 201-10930 *201-10930
*201-10933 202-10944 207-11135 214-11580 216-11768 226-12372 #253-13882 260-14218 *260-14218
264-14394 *264-14394 *264-14398 265-14427 *265-14427 266-14461 *266-14461 *266-14466 267-14501
*267-14501 *267-14507 *268-14555 270-14642 *270-14642 *270-14688 271-14740 *271-14740 *271-14785
277-15130 *277-15130 *277-15145 278-15235 *278-15235 *278-15244 289-16053 *289-16053
PSWW1 = 000005 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 183-9989 #190-10388
191-10561 #253-13882
PSWW10 = 000014 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW11 = 000015 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW12 = 000016 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW13 = 000017 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW2 = 000006 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW3 = 000007 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW4 = 000010 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW5 = 000011 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW6 = 000012 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PSWW7 = 000013 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
PULSE = 000020 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 20
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
PWRXSP 001032 RG #9-494 *83-4420 84-4444
PWR.UP 020314 RG 83-4421 #84-4443 84-4445
QNDSV 023626 R *124-6809 *124-6835 *124-6836 #124-6865 124-6867
QPRDTC 025604 RG #147-8351 147-8361
QPRDTE 025610 RG 147-8347 147-8347 #147-8353
QPRDTF 027476 R 164-8837 #166-8905 170-8971
QPRDTL 025666 R #147-8368 166-8906
QPROAD 020162 R *81-4197 81-4294 #81-4295
QPROMS 020140 R 81-4199 #81-4293
QPRTPD 007742 RG 36-1386 #38-1493
QPRTSK 007502 RG 37-1447 #37-1453 37-1455
QSIZE = 000023 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 178-9547 180-9799
182-9919 184-10041 #190-10388 #253-13882
Q.AK = 000012 G #59-2647 155-8558 155-8558
Q.DA = 000000 G #59-2642 167-8920 175-9292
Q.DZ = 000016 G #59-2649 170-9019 175-9296
Q.D1 = 000006 G #58-2636 128-7170
Q.IOAE = 000012 #81-4294
Q.IOEF = 000006 #81-4294
Q.IOFN = 000002 #81-4294
Q.IOLU = 000004 #81-4294
Q.IOPL = 000014 #81-4294
Q.IOPR = 000007 #81-4294
Q.IOSB = 000010 #81-4294
Q.SI = 000004 G #58-2635 *128-7178 131-7363 131-7373
Q.SP = 000006 G #59-2645 167-8918 167-8918
Q.ST = 000004 G #59-2644 164-8836 164-8836 165-8872 165-8872
Q.SZ = 000020 G #39-1526 39-1560 #59-2650
Q.TS = 000002 G #59-2643 175-9291
RAMIS0 = 010000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RCVKLP 027540 RG 148-8412 #168-8934
RESERV 012024 R 43-1859 #43-1878
RETTOD 027444 RG 148-8395 #166-8891
RFMAD0 = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RFMAD1 = 040000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RFMAD2 = 020000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RFMAD3 = 010000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RF.XR = 000002 G #63-2756
RM = 000010 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RMBYT = 000004 #190-10398 *200-10901 *219-12006 *219-12024 *219-12042
RPBUF 005532 RG #32-1080
RPCNT 005536 RG #32-1082
RPCW2 005542 RG #32-1086
RPHD = ****** GX 36-1364 37-1408 38-1508
RPPEN 010332 RG #40-1596 40-1597
RPRNA 005530 RG #32-1078
RPRTC 005526 RG #32-1076
RPSTK = ****** GX 37-1408
RPTPD 010002 RG 36-1364 #38-1507
RPTSK 007242 RG 37-1403 #37-1407 37-1409 40-1597 40-1603 40-1608 40-1613 40-1618 40-1623
40-1628 40-1633
RPUNIT 005540 RG #32-1084
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 21
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
RQKLD 033144 R #191-10566 193-10679
RQKLR 033126 R #191-10564 193-10675
RQMCR 033110 R #191-10562 193-10671
RQSPB 024522 R 137-7699 137-7720 137-7748 #137-7750
RQSPT 024516 RG 137-7741 #137-7748
RQSTD 024534 R *137-7718 137-7728 #137-7751
RSX$$E = 000050 #3-101 9-499 86-4559
RSX$$F = 000105 #3-109 #3-114 3-120 6-192 6-192 9-499 46-2053 46-2053 86-4559
86-4559 144-8128 144-8128 189-10194 189-10194 252-13802 252-13802
RSX$$K = 000126 #3-105 9-499
RSX$$V = 000015 #3-100 9-499 86-4559
RTDVST 027236 RG 148-8390 #164-8822
RTNTOD 027212 RG 148-8394 #163-8798
RUBP = 000020 #190-10417 201-10920 219-12011 219-12013 219-12025 219-12027 219-12041
R$$11D = 000001 #1-47
R.AS = 000020 G #63-2743 259-14156
R.AT = 000006 G #63-2736 259-14152 259-14159 260-14257 260-14274 288-15974
R.DP = 000011 G #63-2738
R.FC = 000014 G #63-2741 124-6810 *124-6820 *124-6823 124-6836 198-10869 198-10872 260-14234 *260-14245
260-14247 288-15987 *288-16008
R.FN = 000013 G #63-2740 259-14150
R.LU = 000012 G #63-2739 288-15975
R.PB = 000024 G #63-2745 199-10884 201-10922 201-10924 *212-11458 *260-14241 *260-14242 *260-14243 *260-14256
260-14264 260-14265 288-15996 288-15997 288-15998 *288-16006 *288-16007
R.PR = 000010 G #63-2737
R.QSGC = 000015 #66-2854 #66-2858 #146-8318 #191-10563 #191-10565 #191-10567
R.QSPC = 000014 #66-2854 #66-2858 #146-8318 #191-10563 #191-10565 #191-10567
R.QSPN = 000006 #66-2854 #66-2858 #146-8318 #191-10563 #191-10565 #191-10567
R.QSPR = 000012 #66-2854 #66-2858 #146-8318 #191-10563 #191-10565 #191-10567
R.QSTN = 000002 #66-2854 #66-2858 #146-8318 #191-10563 #191-10565 #191-10567
R.SB = 000016 G #63-2742 259-14144 *260-14259
R.TD = 000004 G #63-2735 260-14232
R.UI = 000022 G #63-2744
SCD = 000040 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
SETDEB 027600 RG 148-8415 #169-8955
SETLIN 026356 RG 148-8404 #156-8568
SETSPD 026376 RG 148-8403 #157-8583
SEXCM 022506 R #110-5839 111-5903
SEXP0 022514 R 109-5790 #110-5842
SEXP1 022574 R 111-5902 #113-5992
SEXP2 022476 R #109-5792 110-5840 112-5950
SEX97 022576 R 109-5788 110-5838 112-5948 #113-5994 114-6036 114-6038 115-6131
SF.EX = 000004 G #52-2409 73-3367 137-7724
SF.FX = 000002 G 36-1332 36-1336 36-1346 36-1364 36-1369 36-1374 36-1379 36-1383 36-1386
#52-2408 73-3351 76-3698
SF.IR = 040000 G #52-2410 137-7724
SF.PT = 000001 G #52-2407
SF.ST = 100000 G 36-1332 36-1336 36-1346 36-1352 36-1364 36-1369 36-1374 36-1379 36-1383
36-1386 #52-2411
SF.TA = 000001 G 36-1332 36-1336 36-1346 36-1364 36-1374 36-1379 36-1383 36-1386 #52-2406
73-3349 73-3402 76-3678 76-3716 76-3776 137-7724
SKX 023664 R 127-7044 #127-7047
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 22
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
SNDALL 027616 RG 148-8397 #170-8969
SNDBEL 037144 RG 214-11688 #215-11730 217-11833
SNDMSG 013264 RG *66-2820 66-2844 *66-2850 #66-2889 *169-8956 *169-8960
SNDSTS 032354 R 178-9557 178-9557 179-9678 179-9678 180-9815 180-9815 182-9953 182-9953 184-10046
184-10046 #185-10071
SPDPAR 033234 RG #192-10641 214-11664
SPDTBL 025244 RG #146-8324 146-8342 173-9204
SPDTBZ = 000020 #146-8342 173-9205
SPSAV 001020 RG #9-478 *44-1921
STAT = 174434 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
STATD = 000034 #3-127 *90-4856 280-15403 280-15430
STATI 001344 RG #12-726 180-9723 182-9942
STATS = 000000 #190-10396
STATUS = 000022 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 180-9718 185-10077
#190-10388 #253-13882
STBXFR 032506 R 179-9670 179-9670 182-9951 182-9951 #187-10159
STCM 046614 R #275-15059 276-15091
STDCDR 006776 RG 36-1280 #36-1378 37-1423
STDDTE 006436 RG 36-1282 #36-1331 37-1399
STDDX 006536 RG 36-1290 #36-1345 37-1447
STDFED 006476 RG 36-1287 #36-1335 37-1439
STDF11 006576 RG 36-1293 #36-1350
STDINS 006676 RG 36-1304 #36-1368 137-7740
STDLPT 006736 RG 36-1296 #36-1373 37-1416
STDQPR 007076 RG 36-1298 #36-1385 37-1454
STDRPT 006636 RG 36-1300 #36-1363 37-1408
STDTTY 007036 RG 36-1302 #36-1382 37-1403
STDVST 027236 RG 148-8391 #164-8821
STELIG 032120 R 181-9885 #182-9950
STELIX 032142 R 181-9868 182-9929 #182-9955
STIND2 030720 R 178-9506 #178-9532
STLN 046650 R 275-15052 275-15052 276-15089 276-15089 #276-15096
STNXT 034732 R 203-11014 203-11026 204-11038 204-11047 #205-11073
STPLIN 026604 RG 148-8407 #158-8638
STRBF = 000002 #190-10397 *200-10902 219-12020 219-12043
STRDAT 027236 RG 148-8388 #164-8823
STSTT 001326 RG #12-712 12-715 12-716 *178-9513 *178-9555 *179-9677 *180-9814 *182-9952 185-10073
STSWD 005610 RG #33-1108
STSW0 = 000004 G #190-10425 214-11668 216-11778 222-12213 223-12251 *224-12286 *225-12328 *225-12329 226-12417
*227-12470 *227-12476 *231-12613 *232-12718 232-12726 232-12754 233-12882 *240-13316 *245-13556
246-13607 *246-13613
STSW1 = 000006 G *152-8466 *152-8469 *152-8472 154-8508 154-8532 *154-8534 154-8535 *154-8537 *157-8620
*157-8625 *157-8626 158-8642 170-9032 170-9045 170-9047 170-9052 *170-9057 *170-9108
#190-10430 198-10845 198-10849 202-10950 *202-10962 202-10963 203-11003 *203-11005 203-11006
*203-11007 *203-11024 *203-11025 205-11075 205-11077 205-11084 *205-11089 205-11095 207-11137
*207-11139 207-11140 207-11152 207-11157 *208-11183 209-11208 210-11242 210-11250 *212-11417
214-11609 214-11614 *214-11616 214-11623 214-11626 *214-11628 *214-11636 *214-11657 *214-11660
214-11679 *214-11682 *214-11689 214-11697 214-11701 *214-11703 *214-11704 *214-11709 214-11713
*214-11715 214-11718 215-11731 217-11822 217-11825 217-11836 218-11899 *218-11922 *218-11949
223-12243 *223-12245 223-12249 223-12253 226-12387 *226-12416 226-12419 *226-12425 *226-12432
228-12512 229-12540 231-12597 *231-12617 232-12690 232-12692 *232-12694 233-12870 233-12875
*233-12885 233-12896 234-13002 234-13004 *234-13011 234-13013 237-13164 237-13166 237-13168
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 23
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
*237-13188 239-13241 239-13243 239-13246 *239-13280 *240-13314 *240-13327 242-13396 245-13519
246-13619 247-13670 273-14870 273-14908 273-14921 273-14928 274-14972 274-15003 274-15008
274-15010
STSW2 005066 RG #29-1037 249-13753
STTYDN 034546 R 202-10966 202-10966 #203-11002 210-11306
STTYO 035142 R 207-11141 #207-11144 210-11300 210-11300 210-11309
STXAS = 000000 G #49-2272 67-3155
STXCS = 000000 G #49-2273
STXDX = 000000 G 8-357 #49-2274
SWR = 177570 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
SWSLLT = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
SY0PUD 011272 RG #40-1673
S.BA = 000012 G #52-2389 76-3711 260-14249
S.DI = 000011 G #52-2388 76-3759
S.DL = 000032 G #52-2397 76-3744 76-3745 260-14241 260-14243
S.DP = 000010 G #52-2387 76-3688 137-7725
S.FW = 000006 G #52-2386 *73-3349 73-3351 73-3367 *73-3402 76-3678 76-3698 *76-3716 *76-3776
139-7856
S.LZ = 000014 G #52-2390 76-3742
S.PC = 000020 G #52-2392 76-3703
S.RB = 000026 G #52-2395 128-7180
S.RF = 000024 G #52-2394 131-7331 137-7725
S.SP = 000022 G #52-2393 76-3701 76-3708
S.SS = 000030 G 43-1830 #52-2396 67-2921 67-3089 *72-3336 *133-7495
S.SZ = 000036 G #52-2400
S.TD = 000004 G #52-2385 76-3685
S.TN = 000000 G #52-2383 131-7378 131-7379 139-7866 139-7867
S.TZ = 000016 G #52-2391 77-3833
S0.ABR = 100000 G #190-10434 190-10438 224-12286
S0.CON = 040000 G #190-10435 190-10438 214-11668 226-12417 227-12470 227-12476
S0.ISP = 001700 G #190-10436 190-10439 222-12214
S0.MSK = 140000 G #190-10438 225-12320 225-12328 233-12883 240-13316 246-13608
S0.OSP = 036000 G #190-10437 190-10439
S0.SPD = 037700 G #190-10439
S2.CHR = 000377 G #190-10488
S2.CNT = 001400 G #190-10486 245-13559 246-13630
S2.DDN = 100000 G #190-10479 233-12880 240-13319 240-13322 242-13400 243-13440 245-13513 245-13560 246-13594
246-13630
S2.DIP = 040000 G #190-10480 213-11494 217-11850 233-12880 240-13319 242-13400 243-13440 245-13513 245-13538
245-13559 246-13594 246-13597
S2.DIS = 020000 G #190-10481 240-13319 244-13473 245-13524 245-13536 246-13638
S2.ENB = 010000 G #190-10482 240-13319 244-13470 245-13525 246-13630 246-13637
S2.LCL = 004000 G #190-10483 235-13072 242-13402 243-13431 243-13436 243-13445 245-13532 245-13550 245-13561
246-13621 246-13627 246-13630
S2.RES = 002000 G #190-10484
S2.SSZ = 001000 G #190-10485 241-13364 245-13546
TBIT = 000020 G #49-2270
TEDXIT 031352 R 179-9671 #179-9679
TENAD1 = 174410 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TENAD2 = 174412 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TF.OU = 000002 G 38-1469 38-1473 38-1477 38-1481 38-1485 38-1490 38-1494 38-1503 38-1508
#50-2351 73-3358 73-3388 76-3720 76-3748 76-3757
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 24
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
THRED = 000000 G #190-10423
TMOCNT 002670 RG #17-915 *194-10698 *194-10700 *194-10704 *194-10706
TNAD1 = 000010 #3-133 *81-4072 *81-4100 *81-4114 *81-4141 *81-4152 *81-4158 *81-4177 *81-4202
*81-4229 *81-4283 *97-5203 *178-9549 *180-9717 *180-9801 *182-9921 *184-10042 *185-10079
281-15552 *282-15586 *282-15602
TNAD2 = 000012 #3-134 *81-4073 *81-4101 *81-4115 *81-4142 *81-4153 *81-4159 *81-4178 *81-4203
*81-4230 *81-4284 *97-5204 *178-9550 *180-9720 *180-9802 *182-9922 *184-10043 *185-10080
*282-15587 *282-15603
TN.EMT = 000012 G #58-2629 67-2926
TN.LRF = 000040 G #58-2631 71-3299
TN.TRP = 000014 G #58-2630 67-3093
TOBM = 000004 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 178-9513 178-9555
182-9942 #190-10388 #253-13882
TOIP = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 178-9513 178-9555
180-9772 #190-10388 #253-13882
TOIT = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 179-9677 180-9814
182-9952 #190-10388 #253-13882
TOITDN 031340 R 179-9629 179-9653 #179-9676
TOXQIP 001401 RG #12-765 *81-4274 *178-9522 184-10024 *184-10048
TO10 = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO10AD = 174420 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO10AS 001324 RG #12-708 178-9494 *178-9503 *178-9545 *184-10038
TO10BC = 174414 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO10BM = 000001 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO10DB = 000400 #7-288 44-1962 #48-2204 #80-4024 81-4118 81-4162 81-4206 81-4287 #82-4348
85-4542 #86-4617 #145-8240 #176-9385 178-9563 184-10047 #190-10388 #253-13882
TO10DN = 100000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 177-9436 #190-10388
#253-13882
TO10DT = 174424 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO10ER = 020000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 177-9436 #190-10388
#253-13882
TO10PK 005614 RG #33-1110
TO10Q 001334 RG #12-718 81-4248 81-4249 147-8374 147-8375 178-9504 178-9523 178-9524 278-15236
278-15242 279-15282 279-15293
TO10QC = 001332 RG #12-715 *81-4262 180-9791 *180-9793 180-9794 181-9871
TO10SZ 001322 RG #12-706 178-9493 *178-9543 *184-10035
TO11 = 000100 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO11AD = 174422 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO11AS 001316 RG #12-702 179-9605 *187-10161
TO11BC = 174416 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO11BM = 020000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 179-9601 179-9669
181-9884 182-9946 #190-10388 #253-13882
TO11BS 001320 RG #12-704 179-9598 179-9601 *187-10160
TO11DB = 004000 #7-288 #48-2204 #80-4024 81-4085 81-4130 #82-4348 #86-4617 #145-8240 #176-9385
177-9448 #190-10388 #253-13882
TO11DN = 000200 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 177-9442 #190-10388
#253-13882
TO11DT = 174426 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
TO11DV 001306 RG #12-693 *179-9636 179-9637 188-10187
TO11ER = 000002 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 177-9442 #190-10388
#253-13882
TO11FN 001304 RG #12-691 *179-9613 179-9642 179-9647 *179-9659 180-9774 *182-9949 188-10185
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 25
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
TO11FW 001312 RG #12-697 188-10188
TO11GW 001314 RG #12-700
TO11HD 001302 RG #12-689 *179-9635 179-9660 181-9883 188-10186
TO11NP 001300 RG #12-687 179-9619 179-9650 179-9656 182-9933 *186-10135
TO11Q 001342 RG #12-724 147-8360 *147-8362 179-9620 184-10021 186-10116
TO11QC = 001333 RG #12-716 *184-10045
TO11SP 001310 RG #12-695
TRPASV 001120 RG #9-512 *43-1815 *43-1816 43-1832 43-1840 43-1853 *67-2926 *67-3093
TRPXIT 011726 R #43-1847 43-1875
TRP4 011754 R 43-1858 #43-1863
TS.EXT = 000026 G #69-3252 122-6498
TS.LRF = 000006 G #69-3234
TS.LRQ = 000002 G #69-3230 76-3753 76-3772
TS.RUN = 000010 G 37-1399 37-1403 37-1408 37-1416 37-1423 37-1439 37-1447 37-1454 37-1458
#69-3236 70-3293 72-3313 76-3705 127-7110
TS.SUS = 000012 G #69-3238 127-7108
TS.TKN = 000004 G 43-1841 #69-3232 71-3300
TS.WF0 = 000014 G #69-3240 114-6052 115-6144
TS.WF1 = 000016 G #69-3244
TS.WF2 = 000020 G #69-3246
TS.WF3 = 000022 G #69-3248
TS.WF4 = 000024 G #69-3250 115-6133
TTCNT = 000205 G #28-1021 29-1038 39-1530 39-1542 213-11491
TTCTY 037726 R 217-11877 #219-11955
TTINI 033254 RG 191-10544 191-10544 #193-10660 201-10935
TTINO 034416 R 198-10837 #201-10934
TTINPA 037240 R #216-11773 218-11936
TTINPB 037440 R 214-11651 214-11706 214-11710 214-11714 215-11732 215-11741 216-11777 216-11779 217-11820
217-11826 217-11830 217-11853 #217-11857 217-11873
TTINX 034412 R 198-10846 198-10850 198-10854 #201-10932
TTOUTR 035236 R 205-11076 205-11096 207-11153 207-11158 #208-11184
TTOUTX 035230 R 206-11126 #208-11182 212-11438
TTPEN 010262 RG #40-1582 40-1583 65-2807 81-4048 147-8347 191-10544 201-10916
TTPKT 002740 RG #18-932 198-10836 *198-10863 199-10882 *199-10889 212-11456
TTSAV 040412 R 207-11136 216-11769 #220-12131 226-12373
TTSTCH 037264 R 214-11671 214-11683 214-11690 214-11720 214-11727 #217-11816
TTTBL 003004 RG #20-974 28-1021 29-1032 39-1530 39-1542 162-8758 213-11490 220-12143 227-12481
232-12743 232-12759 235-13078 249-13750
TTTMSG 012402 R 44-1915 #44-1997
TTWLO 033070 R #191-10558 193-10661
TTYDNE 035524 R #210-11291 212-11460
TTYDNX 035570 R 210-11295 #210-11303
TTYEND = 005054 RG #28-1022 170-9060 233-12915 235-13076
TTYEXP = 000002 G 170-9030 170-9054 175-9307 #190-10424 202-10957 210-11299 212-11413 212-11421 220-12145
221-12176 231-12599 232-12658 232-12669 *232-12709 233-12841 *233-12930 234-12994 273-14892
273-14936
TTYHD 032554 RG 36-1383 37-1403 38-1481 #191-10543
TTYSP 033034 RG 37-1403 191-10544 #191-10544
TTYTPD 007662 RG 36-1383 #38-1480
TTYTSK 007202 RG 15-831 15-836 37-1399 #37-1402 37-1404 40-1583 *210-11292 *217-11871 *218-11913
*224-12292 *231-12605
TT.ABL = 000040 G 154-8532 157-8625 #190-10470 214-11609 214-11679 214-11697 223-12243 223-12249 226-12419
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 26
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
233-12870
TT.ABW = 000010 G 154-8537 157-8625 170-9045 #190-10472 214-11623 214-11657 214-11704 226-12425 231-12617
234-13002 240-13314 273-14908
TT.BRK = 004000 G 157-8626 #190-10459 214-11682 214-11701 214-11703 214-11709
TT.CRW = 000004 G #190-10473 217-11825 218-11922 218-11949 226-12416 226-12432 231-12617 232-12690 234-13002
TT.CTY = 000002 G 20-976 154-8508 158-8642 170-9047 #190-10474 202-10963 207-11140 209-11208 217-11822
237-13168 239-13246 242-13396 273-14870 273-14928 274-14972 274-15003
TT.FEC = 014000 G #190-10452 214-11689 214-11719 240-13327
TT.FEI = 004000 G #190-10453 214-11715
TT.IGN = 010000 G 154-8534 157-8626 #190-10458 214-11614 214-11616 214-11636 214-11657 214-11660
TT.LSP = 020000 G 154-8534 157-8626 #190-10457 214-11626 214-11628 214-11636 214-11703 223-12245 223-12253
233-12896
TT.NSA = 000400 G 152-8462 170-9032 170-9045 #190-10463 205-11084 231-12617 240-13314
TT.OUT = 000001 G 170-9052 #190-10475 198-10845 198-10849 202-10950 202-10962 205-11075 207-11137 207-11139
207-11152 208-11183 210-11242 210-11250 212-11417 215-11731 239-13243 240-13314 245-13519
246-13619 247-13670 273-14921 274-15008
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RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 27
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
U = 000040 #8-422 #8-427 8-430
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RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 28
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
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RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 29
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
$EXHSG 021614 RG 87-4685 #95-5077
$EXHSM 021622 RG 87-4686 #96-5111
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RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 30
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
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RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 31
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
$$$ = 010046 R #38-1469 38-1469 #38-1473 38-1473 #38-1477 38-1477 #38-1481 38-1481 #38-1485
38-1485 #38-1490 38-1490 #38-1494 38-1494 #38-1503 38-1503 #38-1508 38-1508
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191-10567
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$$$T1 = 000000 #66-2854 66-2854 66-2854 66-2854 #66-2854 66-2854 #66-2858 66-2858 66-2858
66-2858 #66-2858 66-2858 #146-8318 146-8318 146-8318 146-8318 #146-8318 146-8318
#191-10563 191-10563 191-10563 191-10563 #191-10563 191-10563 #191-10565 191-10565 191-10565
191-10565 #191-10565 191-10565 #191-10567 191-10567 191-10567 191-10567 #191-10567 191-10567
$$$UNI = 000002 #35-1214 35-1230 35-1230 35-1230 #35-1230 35-1230 35-1230 35-1230 #35-1230
#35-1258 35-1262 35-1262 #35-1262 35-1262 35-1262 #35-1262
.ABCNT 002606 RG #17-866 *85-4517 193-10685 *224-12285
.ABFLG 002610 RG #17-868 *85-4518 *163-8801 193-10683 *193-10685
.ACKAL 001164 RG #9-563 66-2818 *81-4289 195-10714 *195-10716
.ATLLH 007136 RG #37-1393 37-1399 37-1458 69-3210 76-3717 127-7100 127-7103
.BGBST = 076000 G #14-787 14-794 42-1757
.BGBUF 001422 RG #14-793 42-1762
.BGLEN = 002000 G #14-788 14-795 42-1764
.BM873 = 173000 G #49-2220 83-4411
.BRCLK = 005000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.BRKCH 002636 RG #17-881 217-11869
.BTPRM 001160 RG #9-559 162-8787
.BTSCH 001162 RG #9-561 *81-4119 81-4135 *81-4156 *217-11880
.BTSTK 016542 RG 37-1454 81-4048 #81-4048
.CECLK = 004000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.CEFN 044320 RG 109-5780 109-5780 110-5830 110-5830 111-5893 111-5893 112-5940 112-5940 118-6270
118-6270 124-6706 124-6706 128-7154 128-7154 #255-13949
.CEFN3 044324 RG #255-13952 278-15227 278-15227
.CKASS 001050 RG #9-501 75-3637 *75-3639 *143-8108
.CKDEL 044406 RG 120-6410 120-6410 143-8113 143-8113 #256-14000
.CLKBA 002376 RG #15-830 118-6303 120-6400 143-8091
.CLKEA 002602 RG #15-840 118-6304 120-6402
.CLKSW 001136 RG #9-536 66-2834 *66-2836 *143-8078 *143-8081
.CLKSZ = 000007 G #15-827 15-837
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 32
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.CLRMR = 006000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.CLRUN = 010000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.COMEF 001010 RG #9-471 43-1874 66-2816 70-3274 70-3279 70-3288 70-3290 81-4069 81-4087
*81-4098 *81-4241 *83-4388 *85-4539 91-4929 113-5989 113-5990 147-8371 *168-8940
*168-8944 *180-9763 196-10771 213-11513 214-11591 214-11607 217-11827 *217-11866 217-11878
224-12288 226-12389 231-12615 236-13104 255-13965 258-14086 261-14316 278-15199 281-15516
*283-15630 284-15652 *284-15657 *285-15678
.CONBT = 012000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.CPDV 001262 RG #12-671 *81-4263 277-15133 *277-15165 *279-15303
.CPFN 001260 RG #12-669 277-15131 *277-15163
.CPUSN 011342 RG #41-1691
.CRHD 001270 RG #12-677 81-4264 279-15278 *279-15302
.CRPB 001266 RG #12-675 *81-4266 277-15136 *277-15138 277-15157 *277-15167 *279-15307
.CRPFL 005736 RG #34-1147 *85-4516
.CRQZ 001256 RG #12-667 *81-4271 *277-15140 *277-15158 279-15279 *279-15310
.CRSB 001272 RG #12-679 277-15139 *277-15160
.CRSND 002634 RG #17-879 *170-9043 *170-9063 273-14903
.CRSZ 001264 RG #12-673 *81-4270 *277-15141 277-15150 *277-15159 279-15289 *279-15309
.CRTSK 001006 RG #9-468 43-1827 43-1839 67-2919 67-2981 67-3087 73-3418 *73-3421 74-3434
74-3441 *74-3522 79-3939 147-8357 193-10663 258-14095 260-14207 260-14233 278-15225
.CSHRG = 164000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.CTYPT 002642 RG #17-885
.CYLTM = 000074 G 9-555 15-833 15-834 #54-2487
.DATE 001140 RG #9-538 81-4215 166-8895
.DATE3 001140 RG #9-539 163-8799 224-12290
.DAY 001144 RG #9-544 81-4219 107-5677
.DBINT = ****** GX 8-403
.DHSPA 040562 RG #223-12242 227-12475 227-12475 233-12898 233-12898 234-13007 234-13007
.DHSPC 040666 R 223-12264 #224-12287
.DHSPD 040714 RG 157-8629 157-8629 214-11665 214-11665 223-12261 223-12261 #225-12317
.DHSPF 040654 RG 214-11666 214-11666 #224-12284
.DHSPR 040602 RG 154-8539 154-8539 214-11649 214-11649 214-11705 214-11705 #223-12248
.DHSPZ 040540 RG 214-11723 214-11723 #222-12211 245-13552 245-13552
.DHSTO 035034 RG 205-11090 #206-11118 239-13271 239-13271 247-13679 247-13679 273-14939
.DHTMO 042030 RG 85-4512 85-4512 194-10701 194-10701 #233-12813
.DHXOF 043040 RG 237-13169 237-13173 237-13176 237-13176 #237-13181
.DHXON 043162 RG 239-13247 239-13251 239-13254 239-13254 #239-13259
.DLHUP 041376 RG 154-8517 154-8517 154-8546 154-8546 #231-12596 232-12698 232-12698
.DLINT 037544 RG 216-11772 #218-11898
.DLSTO 035210 RG #208-11178 239-13278 239-13278 247-13683 247-13683 273-14947
.DLTMO 041520 RG 85-4513 85-4513 194-10702 194-10702 #232-12656
.DLXOF 043046 RG 237-13167 #237-13187
.DLXON 043226 RG 239-13269 #239-13277
.DMHUP 041276 RG 154-8531 154-8531 157-8621 157-8621 #228-12511 234-13006 234-13006
.DMTMO 042336 RG 85-4514 85-4514 194-10707 194-10707 #234-12977
.DMUHU 041326 RG 153-8496 153-8496 #229-12539
.DOW 001147 RG #9-550
.DQCDR 010202 RG #39-1549
.DQDH0 010122 RG #39-1537 170-9019
.DQDLS 010142 RG #39-1541
.DQDL1 010102 RG #39-1533
.DQLPT 010162 RG #39-1545
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 33
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.DQPBA 010062 RG #39-1529 39-1560 155-8558 155-8558 *156-8571 164-8836 164-8836 165-8872 165-8872
167-8918 167-8918 167-8920 175-9291 175-9292 175-9296 276-15105 276-15107
.DQPEA 010262 RG #39-1559 39-1560
.DQPSZ = 000010 G #39-1560 179-9637
.DRBEL 031356 RG 177-9451 #180-9715
.DRLTC = 015000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.DRSRN 013602 RG 8-359 #67-3081
.DR.NS 013710 RG #67-3104 90-4893 141-8013
.DSACF = 066000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.DSIOJ = 065000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.DST 001146 RG #9-548 81-4220
.DTBLK 001402 RG #12-768 *81-4239 *181-9867 *182-9928 *182-9954 196-10811 213-11515 213-11519 213-11519
.DTINT 030442 RG 8-453 8-453 8-453 8-453 #177-9425
.DXRTY 001372 RG #12-747 280-15387 *280-15420 280-15441 280-15495
.D.ASS 022212 RG 67-2990 #103-5431
.D.CEF 022462 RG 67-3002 #109-5780
.D.CMT 023100 RG 67-3000 #120-6399
.D.DSE 022516 RG 67-3004 #111-5889
.D.DTE 020746 RG 67-2991 #87-4651
.D.EXT 023146 RG 67-3012 #122-6494 131-7402
.D.GLI 022316 RG 67-2989 #105-5566
.D.GMP 024660 RG 67-3024 #141-7968
.D.GPP 024536 RG 67-3023 #139-7848
.D.GTP 022346 RG 67-3021 #107-5662
.D.MKT 022776 RG 67-2998 #118-6270
.D.PUT 024266 RG 67-2999 #135-7583
.D.QIO 023170 RG 67-2987 67-2988 #124-6677
.D.RAF 022554 RG 67-3006 #113-5987
.D.REC 024106 RG 67-2995 #131-7327
.D.REF 022540 RG 67-3005 #112-5940
.D.REQ 024310 RG 67-2992 #137-7665
.D.ROE 024106 RG 67-2996 #131-7328
.D.ROS 024106 RG 67-2997 #131-7329
.D.SAR 023654 RG 67-2994 #127-7038
.D.SEF 022500 RG 67-3003 #110-5830
.D.SEN 023640 RG 67-2993 #126-6955
.D.STV 024254 RG 67-3020 #133-7494
.D.WFL 022656 RG 67-3008 #115-6117
.D.WFO 022602 RG #114-6035 124-6863
.D.WFS 022600 RG 67-3007 #114-6033
.D.WSE 022764 RG 67-3011 #116-6181
.EBPEC 001376 RG #12-760 281-15520 *281-15522
.EBPEQ 001374 RG #12-757 197-10825 281-15527
.EBRTY 001373 RG #12-749 *280-15439 280-15468 280-15496 281-15518
.EIOJA = 067000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.ELEDN 031052 RG 177-9443 #179-9596
.ERRCD 011354 RG #41-1713
.ERRPC 011346 RG #41-1711
.EXEND 001002 RG #9-460 42-1753
.FEACK = ****** GX 39-1556
.FEACT 005716 RG #33-1125 *81-4290
.FEMOD 001170 RG #9-567
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 34
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.FEPPU 016000 RG #77-3820 127-7059 127-7059 137-7673 137-7673
.FEST = ****** GX 39-1556
.FESTB 001000 RG #9-458 9-459
.FREPL 001426 RG #14-797 *42-1756 *42-1761 186-10130 213-11507 217-11831 242-13398 243-13438 270-14637
271-14735
.FSRPT = 000050 G #49-2264
.GFNR = 102000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.HRDWR 011344 RG #41-1696
.IBFLO 005062 RG #29-1033 242-13398
.IBFOK 005064 RG #29-1035 213-11507 243-13438
.INHDM 002604 RG #17-864 *150-8438 226-12391
.INICL = 070000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.INTEN = 000100 G #49-2225 85-4540
.IODBG 011372 RG #41-1739 44-1910 *44-1919 *44-1953
.IOSNP 012406 R 44-1923 44-1923 #45-2026
.IRLTC = 014000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.KACFL 001420 RG #13-781 196-10784
.KALSC = 000005 G #54-2489 90-4887 196-10804
.KLCPU 001176 RG #9-575 *90-4817
.KLERQ 001130 RG #9-528
.KLERW 001166 RG #9-565
.KLFCF 001173 RG #9-571
.KLFLG 001174 RG #9-573
.KLITK 001126 RG #9-525 *81-4092 *84-4467 *180-9753 *196-10798 *280-15415 *280-15419 *280-15436 *280-15461
*280-15475
.KLIWD 001132 RG #9-531
.KLMF2 001200 RG #9-590
.KLMON 001177 RG #9-577 *90-4818
.KLNBC 001206 RG #10-606 10-626
.KLNFD 001212 RG #10-611
.KLNFT 001210 RG #10-608 10-621 168-8939
.KLNLB 001206 RG #10-605
.KLNMD 001224 RG #10-618 162-8763
.KLNPB 001204 RG #10-602 162-8766
.KLNPE = 001226 RG #10-622
.KLNPT 002644 RG #17-888
.KLNPW 001226 RG #10-623
.KLNSW 001234 RG #10-627 44-1966 44-1974 154-8510 158-8644 170-9027 198-10842 209-11212 209-11216
210-11237 210-11294 212-11409 217-11819 218-11911 231-12602 *231-12604 237-13172 239-13250
273-14872 274-14974
.KLNTD 001220 RG #10-616
.KLNTT 001216 RG #10-613
.KLRLD 001172 RG #9-569
.KPAC 001416 RG #13-779 *90-4887 *90-4888 *196-10779 *196-10782 *196-10804
.KPALV 032144 RG 181-9873 181-9873 #183-9981 196-10815 196-10815 213-11521 213-11521
.KW11S 036236 RG 8-373 #213-11482
.LCEND = 011374 RG 9-459 #41-1741
.LCRDL = 052000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LCRDR = 051000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LCRM1 = 057000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LCRM2 = 056000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LCRM3 = 055000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 35
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.LCRM4 = 054000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LCRM5 = 053000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDAR = 077000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDBRL = 043000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDBRR = 042000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDCK1 = 046000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDCK2 = 047000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDDIS = 045000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDRJD = 064000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDRJV = 063000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDRM1 = 060000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDRM2 = 061000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDRM3 = 062000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LDSEL = 044000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.LPPFL 006244 RG #35-1199 *85-4515
.MEMRS = 076000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.MISC 011362 RG #41-1729 *193-10670 198-10840
.MNITS = 000002 #9-583
.MNTNX = 000003 #9-584
.MNT10 = 000001 #9-582
.MNT20 = 000004 #9-585
.MON 001145 RG #9-546 107-5680
.MSIZE 001114 RG #9-508
.NOERR 001122 RG #9-519 9-521 *42-1765 *81-4091 *84-4468 *180-9754 196-10773 *196-10793 280-15411
280-15428 *280-15483
.NOHLT = 001123 RG #9-521 280-15457
.OBFLO = 001200 G #186-10111 186-10130
.PARER 012040 R 8-379 #43-1884
.PARRG = 172100 G 43-1885 #49-2221 85-4523
.PAT1. 000040 RG #8-361
.PAT2. 000120 RG #8-381
.PAT3. 000234 RG #8-398
.PAT4. 000520 RG #8-429
.PCAB1 = 150000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.PCAB2 = 151000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.PCAB3 = 152000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.PCAB4 = 153000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.PDP11 = 000050 #139-7834 139-7857
.PFAIL 001026 RG #9-490 75-3582 *83-4394 *84-4456
.PFASS 001052 RG #9-503 75-3640 75-3645 *75-3646
.PFDBG 011370 RG #41-1737 44-1981 *83-4389 *85-4521
.PFIOW 001030 RG #9-492 *84-4457 *85-4501 *85-4520 232-12662 232-12716 233-12815 233-12864 233-12945
234-12979 234-12996 240-13309
.PFRST 020522 RG 75-3650 75-3650 #85-4492
.POLLH 001432 RG #14-801 14-807 14-817 73-3365 73-3399 76-3691 76-3728 128-7164 131-7386
137-7706 137-7712
.POLND 002336 RG 14-803 #14-816
.POLST 001436 RG 14-802 #14-805
.PRADR 001362 RG #12-736 *90-4852 177-9434 184-10030 213-11518
.PRDCT 001370 RG #12-742 *81-4099 *81-4176 *177-9450
.PRDTE 001366 RG #12-740 44-1957 81-4059 84-4452 90-4850 177-9433 184-10029 196-10814 213-11517
.PRPSE 001400 RG #12-763 66-2842 *81-4051 *81-4071 *81-4112 *85-4519 217-11829
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 36
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.PRSTA 001364 RG #12-738 43-1867 44-1962 81-4060 84-4481 85-4542 177-9435 178-9563 184-10047
283-15629 284-15656
.PUDBA 010262 RG 36-1352 #40-1579 76-3760 103-5454 260-14209
.PUDEA 011342 RG #40-1685 103-5456
.PWRDN 020164 RG 8-355 75-3584 #83-4387 84-4466
.RCRM1 = 147000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RCRM2 = 146000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RCRM3 = 145000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RCRM4 = 144000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RCSPF = 141000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RDJ14 = 134000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RDJ71 = 135000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.RDMAB = 133000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.REQS 015276 RG 73-3403 73-3403 #76-3678 124-6842 124-6842 127-7084 127-7084 137-7693 137-7693
.RHPB 005550 RG #32-1092 162-8779
.RHPD 011366 RG #41-1736
.RHSN 005552 RG #32-1093
.RPADR 005720 RG #33-1127
.RPELC 005546 RG #32-1090
.RPELQ 005544 RG #32-1088 197-10828
.RPSIZ 005724 RG #33-1129
.RPUNT 005714 RG #33-1123
.RP1PE 010402 RG #40-1602 40-1603
.RP2PE 010452 RG #40-1607 40-1608
.RP3PE 010522 RG #40-1612 40-1613
.RP4PE 010572 RG #40-1617 40-1618
.RP5PE 010642 RG #40-1622 40-1623
.RP6PE 010712 RG #40-1627 40-1628
.RP7PE 010762 RG #40-1632 40-1633
.RQESD 015770 RG #76-3787 127-7090 137-7696
.RQSPD 025226 RG #146-8317 163-8803 193-10687
.SECLK = 003000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.SEND 024006 RG 124-6838 124-6838 126-6965 126-6965 127-7053 127-7053 #128-7147 137-7742 137-7742
.SERFG 001014 RG #9-474 *42-1767 *69-3209 74-3436 75-3586 75-3614 75-3619 75-3626 *75-3642
*75-3649 *79-3956 *83-4395 *84-4471 *143-8116 *143-8120 *213-11484 *262-14344
.SETMR = 007000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.SETRN = 011000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.SEWFL 001016 RG #9-476 *116-6182 143-8120 *143-8121
.SNDAL 027624 RG 66-2849 66-2849 170-8970 170-8970 #170-9006
.SNDBF 002614 RG #17-875 *170-9021 *170-9105 203-11029 *203-11030 205-11087
.SNDCN 002624 RG #17-877 *170-9019 *170-9101 *203-11013
.SNDLP 002612 RG #17-873 85-4502 170-9013 *170-9018 170-9097 203-11019 205-11082
.SSCLK = 002000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.SSM 001150 RG #9-552 81-4223 81-4224 107-5664 *143-8073 *143-8075 143-8076
.SSTCO 013556 RG 43-1836 #67-3032
.SSTET 013550 RG 67-2924 #67-3029 67-3092
.STAST 016160 RG #79-3933 143-8106 143-8106 259-14160 259-14160
.STDHL 040476 RG #221-12175 225-12322 225-12322 238-13211 238-13211 239-13268 239-13268 245-13548 245-13548
246-13605 246-13605 247-13677 247-13677 273-14937 273-14937
.STDTA 006364 RG #36-1271 73-3370 269-14584
.STDTB 006372 RG 36-1272 #36-1278
.STDTC 006366 RG #36-1273
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 37
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.STDTZ 006370 RG #36-1275 73-3371 *73-3372 *137-7736 269-14586
.STELD 031700 RG 180-9810 180-9810 #181-9862 181-9867
.STELI 031766 RG 180-9782 180-9782 #182-9918 182-9928
.STPCL = 000000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.STPDM 041356 RG 228-12514 228-12514 229-12542 229-12542 #230-12566 234-13015 234-13015
.STRCL = 001000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.STTNF 032206 RG 147-8377 147-8377 #184-10023
.STTNQ 032200 RG 178-9526 178-9526 #184-10020 278-15240 278-15240 279-15285 279-15285
.STTYD 041212 RG 214-11667 214-11667 218-11926 218-11926 226-12421 226-12421 #227-12469
.STTYH 041226 RG 218-11944 218-11944 226-12408 226-12408 #227-12474 231-12620 231-12620
.SYUIC 001156 RG #9-557 124-6791 139-7859
.S2IDC 005056 RG #29-1029 213-11502 *243-13443 *245-13563 *246-13629
.S2ITP 005060 RG #29-1031 235-13067 *235-13082
.TENDN 030564 RG 177-9437 #178-9491
.TFXOF 044242 RG 245-13534 245-13534 #250-13786
.TFXON 044232 RG 246-13623 246-13623 #250-13781
.TICK 025012 RG 75-3617 #143-8065 143-8117
.TICKS 001134 RG #9-534 143-8065
.TKPS 001154 RG #9-554 81-4054 107-5662 143-8067 *162-8750 *162-8753
.TKTN 001124 RG #9-523 *43-1842 66-2822 *66-2824 *71-3301 *81-4090 *84-4470 *180-9756 *196-10799
*280-15485
.TKTN. 013170 R 66-2827 #66-2857
.TOD. 013152 R 66-2838 #66-2853
.TPDBA 007602 RG #38-1465 77-3825 77-3826 141-7980
.TPDEA 010062 RG #38-1519 141-7978
.TTACK 035240 RG 205-11094 207-11138 207-11146 207-11156 #209-11207
.TTBTW 044042 RG 159-8677 159-8677 244-13479 244-13479 #247-13665 250-13790 250-13790
.TTCHK 043332 RG 213-11496 213-11496 217-11852 217-11852 #241-13362
.TTDIS 043520 RG 241-13366 241-13366 242-13403 243-13433 244-13474 #245-13509
.TTELB 002666 RG #17-910 *214-11725 *232-12748 *234-13023 236-13132 *236-13134
.TTELC 002664 RG #17-908 236-13106
.TTELQ 002662 RG #17-903 197-10821 236-13116
.TTENB 043676 RG 213-11510 213-11510 240-13323 240-13323 243-13439 244-13471 #246-13590
.TTERL 042634 RG 214-11726 214-11726 233-12948 233-12948 #236-13103
.TTFDI 042566 RG 213-11509 213-11509 #235-13066
.TTICK 043356 RG 217-11856 217-11856 #242-13395
.TTIXC 043462 RG 202-10978 202-10978 205-11074 205-11074 207-11151 207-11151 #244-13468
.TTP11 002640 RG #17-883 170-9049 *198-10855 *199-10888 202-10973 207-11142 209-11210 217-11876 237-13170
239-13248 273-14930 274-15005
.TTQDS 043412 RG 158-8656 #243-13430
.TTQEN 043422 RG 158-8659 #243-13435
.TTRNG 037712 R 218-11907 218-11907 #218-11943
.TTRST 043242 RG 231-12624 232-12719 232-12719 233-12866 233-12866 #240-13307
.TTSCW 037716 R 218-11932 218-11932 #218-11948
.TTSTP 043056 RG 237-13182 237-13182 #238-13210 247-13689 247-13689 274-15012
.TTSW2 044212 RG 158-8655 158-8655 213-11493 213-11493 214-11686 214-11686 217-11849 217-11849 225-12321
225-12321 233-12879 233-12879 235-13071 235-13071 240-13317 240-13317 244-13469 244-13469
247-13669 247-13669 #249-13748
.TTS2F 005054 RG #29-1027 213-11485 *241-13367 *245-13539 *246-13598
.TTXOF 042762 RG 160-8705 160-8705 217-11846 217-11846 #237-13163
.TTXON 043104 RG 161-8735 161-8735 217-11842 217-11842 #239-13240
.VCLUN 016104 RG #78-3879 103-5434 103-5434 105-5575 105-5575 124-6683 124-6683
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 38
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
.VERNO 001036 RG #9-498 162-8776
.WRMBX = 071000 #7-288 #48-2204 #80-4024 #82-4348 #86-4617 #145-8240 #176-9385 #190-10388 #253-13882
.X.02 023662 R 126-6961 #127-7045
.YEAR 001142 RG #9-542 81-4216 107-5682
..AKCR = ****** GX 39-1550
..AKLP = ****** GX 39-1546
..ALCB 045654 RG 76-3724 76-3724 124-6751 124-6751 186-10132 186-10132 236-13113 236-13113 248-13718
248-13718 #270-14631 272-14811 272-14811 279-15297 279-15297 281-15524 281-15524
..ALC2 045670 RG #270-14638
..ALOW 046144 RG 165-8857 165-8857 171-9136 171-9136 #272-14810 272-14814 278-15209 278-15209
..BLXI 050320 RG #287-15870
..BLXO 050332 RG 259-14146 259-14146 #287-15876
..DECB 046010 RG 81-4258 81-4258 178-9521 178-9521 259-14165 259-14165 #271-14731
..DECN 046004 RG 85-4509 85-4509 165-8881 165-8881 166-8904 166-8904 170-9106 170-9106 179-9651
179-9651 204-11050 204-11050 207-11150 207-11150 258-14108 258-14108 #271-14729 273-14900
273-14912 274-15022 274-15022
..DEC2 046000 RG #271-14725
..DQRN 044670 RG 198-10853 198-10853 #260-14206 260-14280
..DSEV 045264 RG 76-3768 76-3768 79-3935 79-3935 111-5889 111-5889 124-6854 124-6854 128-7187
143-8100 143-8100 178-9512 178-9512 179-9628 179-9628 210-11293 210-11293 217-11867
217-11867 217-11872 217-11872 218-11914 218-11914 224-12293 231-12606 259-14155 259-14155
#262-14343 285-15680 285-15680
..DTP1 050274 RG 90-4890 90-4890 #285-15677
..DTP2 050244 RG 89-4761 89-4761 180-9745 180-9745 #284-15651
..DTSP 050226 RG 81-4093 81-4093 84-4469 84-4469 180-9755 180-9755 196-10792 196-10792 280-15484
280-15484 #283-15628 284-15654 284-15654
..ENB0 045540 RG 79-3950 79-3950 81-4170 81-4170 81-4288 81-4288 260-14270 260-14270 260-14276
260-14276 265-14437 265-14437 #268-14543 289-16080 289-16080 289-16114 289-16114
..ERLG 044450 RG 197-10823 197-10823 197-10826 197-10826 197-10829 197-10829 #258-14085 258-14109
..FSTD 045574 RG 126-6955 126-6955 127-7038 127-7038 131-7348 131-7348 137-7665 137-7665 #269-14582
..INTX 015062 RG 43-1850 #75-3577 84-4472 143-8122 177-9460 220-12153 268-14552
..IODN 044550 RG 199-10887 199-10887 #259-14136 260-14279 260-14279
..IPRI 045360 RG 76-3765 76-3765 76-3783 76-3783 124-6852 124-6852 #265-14424
..NADD 045434 RG 73-3366 73-3366 73-3386 73-3386 73-3400 73-3400 76-3729 76-3729 128-7181
128-7181 131-7387 131-7387 137-7715 137-7715 265-14436 265-14436 #266-14458 278-15243
278-15243 279-15294 279-15294
..NDEL 045320 RG 73-3364 73-3364 81-4251 81-4251 131-7365 131-7365 178-9518 178-9518 #264-14392
267-14505 267-14505
..PICK 045476 RG 73-3392 73-3392 76-3692 76-3692 128-7165 128-7165 131-7339 131-7339 137-7707
137-7707 260-14221 260-14221 #267-14499
..SACK 046630 RG 167-8923 167-8923 209-11228 209-11228 #276-15085
..SEFN 045212 RG 259-14153 259-14153 #261-14305
..SPLP = ****** GX 39-1546
..STCH 046564 RG 217-11848 217-11848 #275-15047
..STCR = ****** GX 39-1550
..STFC 046714 RG 162-8762 162-8762 162-8789 162-8789 175-9334 175-9334 195-10720 195-10720 195-10722
195-10722 195-10726 195-10726 227-12486 227-12486 275-15060 275-15060 #277-15128
..STIN 047104 RG 162-8772 162-8772 162-8784 162-8784 258-14093 258-14093 #278-15198
..STLP = ****** GX 39-1546
..STPT 046400 RG 39-1530 39-1534 39-1538 39-1542 240-13326 240-13326 #274-14967
..STQ 047304 RG 214-11593 214-11593 277-15143 277-15143 277-15153 277-15153 #279-15274
..STTY 046164 RG 39-1530 39-1534 39-1538 39-1542 170-9037 170-9037 170-9056 170-9056 #273-14863
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 39
SYMBOL CROSS REFERENCE CREF
SYMBOL VALUE REFERENCES
..SWED 050126 RG 90-4795 90-4795 90-4806 90-4806 90-4816 90-4816 90-4823 90-4823 90-4863
90-4863 90-4870 90-4870 91-4932 91-4932 99-5275 99-5275 #282-15579
..VTOL 050406 RG 124-6833 124-6833 #288-15964
..VVLL 050570 RG 288-15999 288-15999 #289-16049
..VXFR 050312 RG 260-14266 260-14266 #286-15719 287-15882 287-15882
..WFED 047454 RG 81-4074 81-4074 81-4102 81-4102 81-4116 81-4116 81-4144 81-4144 81-4154
81-4154 81-4160 81-4160 81-4168 81-4168 81-4179 81-4179 81-4204 81-4204
81-4231 81-4231 81-4285 81-4285 97-5208 97-5208 178-9551 178-9551 180-9721
180-9721 180-9803 180-9803 182-9923 182-9923 183-9990 184-10044 184-10044 185-10081
185-10081 #280-15383 282-15588 282-15588 282-15604 282-15604
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 40
MACRO CROSS REFERENCE CREF
MACRO NAME REFERENCES
CALL #7-283 #44-1914 #44-1916 #44-1923 #44-1926 #44-1941 #48-2201 #66-2847 #66-2849 #73-3364
#73-3366 #73-3386 #73-3392 #73-3400 #73-3403 #75-3650 #76-3692 #76-3724 #76-3729 #76-3765
#76-3768 #76-3783 #79-3935 #79-3950 #80-4022 #81-4057 #81-4074 #81-4093 #81-4102 #81-4116
#81-4144 #81-4154 #81-4160 #81-4168 #81-4170 #81-4179 #81-4204 #81-4217 #81-4221 #81-4225
#81-4231 #81-4251 #81-4258 #81-4285 #81-4288 #82-4347 #84-4453 #84-4454 #84-4469 #85-4509
#85-4512 #85-4513 #85-4514 #86-4615 #89-4761 #90-4795 #90-4806 #90-4816 #90-4823 #90-4863
#90-4870 #90-4890 #91-4932 #97-5152 #97-5184 #97-5192 #97-5208 #99-5275 #102-5379 #103-5434
#104-5522 #105-5575 #106-5627 #107-5666 #107-5670 #108-5742 #109-5780 #110-5830 #111-5889 #111-5893
#112-5940 #114-6042 #117-6223 #118-6270 #119-6361 #120-6410 #121-6459 #123-6542 #124-6683 #124-6706
#124-6751 #124-6833 #124-6838 #124-6842 #124-6852 #124-6854 #125-6911 #126-6955 #126-6965 #127-7038
#127-7053 #127-7059 #127-7084 #128-7154 #128-7165 #128-7181 #131-7339 #131-7348 #131-7365 #131-7387
#132-7444 #134-7535 #136-7629 #137-7665 #137-7673 #137-7693 #137-7707 #137-7715 #137-7742 #142-8059
#143-8100 #143-8106 #143-8113 #145-8238 #147-8377 #152-8465 #153-8486 #153-8494 #153-8496 #154-8506
#154-8517 #154-8529 #154-8531 #154-8539 #154-8546 #155-8557 #155-8558 #156-8570 #157-8585 #157-8590
#157-8611 #157-8618 #157-8621 #157-8629 #158-8640 #158-8648 #158-8651 #158-8655 #159-8672 #159-8677
#160-8703 #160-8705 #161-8732 #161-8735 #162-8762 #162-8772 #162-8784 #162-8789 #164-8834 #164-8836
#165-8857 #165-8870 #165-8872 #165-8881 #166-8904 #167-8916 #167-8918 #167-8923 #170-8970 #170-9035
#170-9037 #170-9056 #170-9106 #171-9136 #175-9334 #176-9383 #178-9512 #178-9518 #178-9521 #178-9526
#178-9551 #178-9557 #179-9628 #179-9651 #179-9657 #179-9670 #179-9678 #180-9721 #180-9745 #180-9755
#180-9782 #180-9803 #180-9810 #180-9815 #181-9865 #181-9873 #182-9923 #182-9926 #182-9934 #182-9951
#182-9953 #184-10044 #184-10046 #185-10081 #186-10132 #190-10386 #194-10701 #194-10702 #194-10707 #195-10720
#195-10722 #195-10726 #196-10792 #196-10815 #197-10823 #197-10826 #197-10829 #198-10853 #199-10887 #201-10931
#202-10945 #202-10966 #202-10976 #202-10978 #204-11050 #205-11074 #207-11136 #207-11150 #207-11151 #209-11222
#209-11228 #210-11293 #210-11300 #213-11483 #213-11493 #213-11496 #213-11509 #213-11510 #213-11519 #213-11521
#214-11581 #214-11593 #214-11649 #214-11665 #214-11666 #214-11667 #214-11686 #214-11705 #214-11723 #214-11726
#216-11769 #217-11842 #217-11846 #217-11848 #217-11849 #217-11852 #217-11856 #217-11867 #217-11872 #218-11907
#218-11914 #218-11926 #218-11932 #218-11944 #220-12146 #223-12261 #225-12321 #225-12322 #226-12373 #226-12408
#226-12421 #227-12475 #227-12486 #228-12514 #229-12542 #231-12620 #232-12660 #232-12672 #232-12698 #232-12719
#232-12749 #233-12852 #233-12866 #233-12879 #233-12898 #233-12948 #234-13006 #234-13007 #234-13015 #234-13024
#235-13071 #236-13113 #237-13176 #237-13182 #238-13211 #239-13254 #239-13268 #239-13271 #239-13278 #240-13317
#240-13323 #240-13326 #241-13366 #244-13469 #244-13479 #245-13534 #245-13548 #245-13552 #246-13605 #246-13623
#247-13669 #247-13672 #247-13677 #247-13679 #247-13683 #247-13689 #248-13718 #250-13790 #253-13878 #255-13959
#258-14093 #258-14108 #259-14146 #259-14153 #259-14155 #259-14160 #259-14165 #260-14221 #260-14266 #260-14270
#260-14276 #260-14279 #261-14311 #265-14436 #265-14437 #267-14505 #272-14811 #273-14875 #273-14877 #273-14881
#273-14937 #274-14978 #274-14981 #274-14997 #274-15022 #275-15052 #275-15060 #276-15089 #277-15143 #277-15153
#278-15209 #278-15227 #278-15240 #278-15243 #279-15285 #279-15294 #279-15297 #280-15421 #280-15437 #280-15474
#280-15484 #281-15524 #282-15588 #282-15604 #284-15654 #285-15680 #287-15882 #288-15999 #289-16080 #289-16114
CLEF$ #190-10386
CLEF$C #48-2202
CLEF$S #48-2200 #80-4022 #81-4275
CMKT$S #48-2201
DECL$S #48-2201
DHPSW #7-331 8-426 8-426 8-426 8-426 8-426 8-426 8-426 8-426
DIR$ #48-2200 66-2827 66-2838 #81-4052 81-4052 #81-4066 81-4066 #81-4128 81-4128 81-4199
#81-4275 81-4275 #81-4276 81-4276 #142-8059 #145-8238 147-8354 163-8803 #190-10387 193-10661
193-10671 193-10675 193-10679 193-10687 #193-10689 193-10689 196-10775 #253-13877 #258-14099 258-14099
#272-14813 272-14813
DMYG$ #253-13877
DTON$S #48-2201 #80-4022 81-4276
EHSG$ #190-10387 #191-10561
EPASCI #66-2862 66-2883
ERR$ #66-2827 #66-2838 #81-4052 #81-4066 #81-4128 #81-4199 #81-4275 #81-4276 #147-8354 #163-8803
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 41
MACRO CROSS REFERENCE CREF
MACRO NAME REFERENCES
#193-10661 #193-10671 #193-10675 #193-10679 #193-10687 #193-10689 #196-10775 #258-14099 #272-14813
F11DF$ #7-285 7-289 #253-13879 253-13883
IDENT$ #4-148 #6-192 #6-192 #46-2053 #46-2053 #80-3964 #80-3964 #82-4301 #82-4301 #86-4559
#86-4559 #102-5346 #102-5346 #104-5489 #104-5489 #106-5594 #106-5594 #108-5703 #108-5703 #117-6190
#117-6190 #119-6327 #119-6327 #121-6425 #121-6425 #123-6507 #123-6507 #125-6873 #125-6873 #132-7411
#132-7411 #134-7502 #134-7502 #136-7596 #136-7596 #138-7758 #138-7758 #140-7883 #140-7883 #144-8128
#144-8128 #176-9344 #176-9344 #189-10194 #189-10194 #252-13802 #252-13802
MFPI #48-2201 #77-3820 #77-3821 #86-4615 #102-5380 #103-5431 #103-5446 #104-5522 #105-5574 #108-5742
#117-6223 #118-6285 #118-6286 #118-6287 #123-6542 #124-6682 #124-6692 #124-6694 #124-6726 #125-6911
#128-7147 #128-7173 #131-7333 #131-7334 #132-7444 #134-7535 #140-7917 #141-7968 #141-7969 #253-13878
#269-14587 #269-14588
MFPS #7-283 43-1833 #48-2201 67-2923 67-2957 67-3091 77-3840 #86-4615 87-4655 87-4663
87-4664 87-4667 97-5196 97-5197 97-5198 98-5238 99-5268 99-5273 100-5313 #102-5380
103-5448 103-5450 #104-5522 105-5582 #106-5627 107-5691 #108-5742 115-6121 115-6124 115-6127
115-6129 115-6137 115-6139 #117-6223 #123-6542 124-6679 124-6713 124-6797 #125-6911 131-7371
#132-7444 133-7495 #134-7535 135-7583 #136-7629 137-7701 137-7702 137-7703 137-7704 137-7705
#138-7791 139-7870 #140-7917 141-7992 #253-13878 255-13951 282-15599 282-15600 282-15601
MOV$ #81-4052 #81-4052 #81-4275 #81-4275
MRKT$ #48-2202 #145-8238
MRKT$S #48-2202
MTPI #48-2201 #86-4615 #104-5522 #105-5584 #106-5627 #107-5693 #108-5742 #117-6223 #123-6542 #124-6698
#124-6700 #125-6911 #132-7444 #134-7535 #140-7917 #141-8005 #253-13878
MTPS #48-2201 #86-4615 #97-5167 #97-5168 #97-5169 #97-5174 #97-5175 #97-5176 #97-5177 #100-5317
#108-5742 #113-5987 #113-5988 #113-5989 #113-5990 #117-6223 #123-6542 #125-6911 #131-7378 #131-7379
#131-7383 #132-7444 #134-7535 #138-7791 #139-7874 #140-7917 #141-8008 #253-13878 #282-15590 #282-15591
#282-15592
OFF$ #66-2854 #66-2854 #66-2854 #66-2854 #66-2854 #66-2854 #66-2854 #66-2858 #66-2858 #66-2858
#66-2858 #66-2858 #66-2858 #66-2858 #81-4294 #81-4294 #81-4294 #81-4294 #81-4294 #81-4294
#81-4294 #81-4294 #81-4294 #146-8318 #146-8318 #146-8318 #146-8318 #146-8318 #146-8318 #146-8318
#191-10563 #191-10563 #191-10563 #191-10563 #191-10563 #191-10563 #191-10563 #191-10565 #191-10565 #191-10565
#191-10565 #191-10565 #191-10565 #191-10565 #191-10567 #191-10567 #191-10567 #191-10567 #191-10567 #191-10567
#191-10567
PSW #7-318 #8-345 #8-347 #8-349 #8-351 #8-353 #8-355 #8-357 #8-359 #8-364
#8-364 #8-364 #8-364 #8-366 #8-367 #8-371 #8-371 #8-373 #8-377 #8-377
#8-379 #8-384 #8-384 #8-384 #8-384 #8-384 #8-384 #8-384 #8-384 #8-384
#8-384 #8-384 #8-384 #8-384 #8-384 #8-384 #8-389 #8-394 #8-394 #8-396
#8-401 #8-401 #8-401 #8-401 #8-403 #8-405 #8-408 #8-413 #8-414 #8-416
#8-417 #8-419 #8-420 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432
#8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432
#8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432 #8-432
#8-432 #8-432 #8-432 #8-432 #8-432 #8-434 #8-435 #8-437 #8-438 #8-440
#8-441 #8-444 #8-445 #8-453 #8-453 #8-453 #8-453
QDPB$ #81-4294 81-4294
QIOSY$ #48-2202 #48-2203
QIOW$ #48-2200 #80-4022 81-4294
RETURN #44-1987 #45-2043 #48-2201 #76-3681 #76-3696 #76-3785 #77-3844 #78-3910 #79-3953 #80-4022
#81-4233 #84-4484 #85-4544 #86-4615 #101-5340 #102-5379 #104-5522 #106-5627 #108-5742 #117-6223
#119-6361 #121-6459 #123-6542 #125-6911 #132-7444 #134-7535 #136-7629 #142-8059 #145-8238 #170-9067
#171-9146 #172-9183 #173-9216 #175-9318 #176-9383 #182-9956 #185-10085 #186-10138 #187-10164 #188-10189
#190-10386 #202-10960 #208-11185 #209-11224 #209-11231 #210-11254 #211-11321 #214-11595 #217-11859 #217-11882
#218-11939 #218-11950 #219-11972 #221-12190 #222-12217 #225-12334 #226-12436 #227-12488 #229-12546 #230-12573
#231-12609 #232-12703 #232-12763 #233-12917 #233-12950 #234-13036 #235-13083 #236-13140 #237-13190 #238-13217
RSXT1091 CREATED BY MACRO ON 3-APR-86 AT 22:28 PAGE 42
MACRO CROSS REFERENCE CREF
MACRO NAME REFERENCES
#239-13282 #240-13341 #241-13369 #243-13447 #244-13482 #247-13694 #248-13729 #249-13754 #250-13792 #253-13878
#255-13973 #257-14055 #258-14112 #259-14168 #260-14271 #262-14345 #263-14373 #264-14400 #265-14439 #266-14468
#267-14508 #269-14607 #270-14691 #271-14790 #272-14817 #273-14887 #273-14942 #274-14985 #274-15026 #275-15065
#276-15114 #277-15147 #278-15251 #279-15315 #280-15500 #281-15554 #282-15607 #285-15683 #286-15722 #287-15927
#288-16021 #289-16120
RQST$ #48-2199 #66-2854 #66-2858 #145-8237 #146-8318 #190-10387 #191-10563 #191-10565 #191-10567
RSXVR$ #7-291 #9-499 #9-499
R50$ #66-2854 #66-2854 #66-2854 #66-2858 #66-2858 #66-2858 #146-8318 #146-8318 #146-8318 #191-10563
#191-10563 #191-10563 #191-10565 #191-10565 #191-10565 #191-10567 #191-10567 #191-10567
WSIG$S #48-2202 #80-4023 #81-4066 #81-4128 #145-8237 #190-10386 #193-10689 #253-13880 #258-14099 #272-14813
WTLO$ #48-2202 #145-8238 #146-8315 #190-10386 #191-10559
WTLO$C #48-2202
WTSE$ #48-2200 #145-8238
WTSE$S #48-2200 #80-4022 #81-4052 #145-8237
$DEF #7-285 7-288 #48-2200 48-2204 #80-4023 80-4024 #82-4347 82-4348 #86-4615 86-4617
#145-8237 145-8240 #176-9383 176-9385 #190-10387 190-10388 #253-13879 253-13882
.ATLEN #7-284 37-1399 37-1403 37-1408 37-1416 37-1423 37-1439 37-1447 37-1454 37-1458
.CRASH #7-283 43-1845 43-1869 43-1876 43-1879 43-1882 43-1893 #48-2199 71-3304 75-3653
#80-4022 #82-4347 84-4449 #86-4615 #142-8059 #145-8238 149-8428 #176-9383 177-9439 177-9445
178-9497 179-9610 179-9639 179-9644 180-9739 180-9776 180-9796 180-9807 #190-10387 248-13731
#253-13877 279-15299
.DQPEN #7-286 39-1530 39-1534 39-1538 39-1542 39-1546 39-1550 39-1553 39-1556 #48-2201
#145-8238
.ENB #48-2199 #86-4615 #253-13881
.ENBT #145-8247 #162-8771 #162-8783 #165-8856 #171-9135
.ENB0 #48-2199 79-3950 #80-4023 81-4170 81-4288 #253-13880 260-14270 260-14276 265-14437 289-16080
289-16114
.ENB5 #48-2199 #145-8237 #190-10386 194-10709 #253-13878
.ENB6 #48-2199 66-2810 66-2826 66-2837 #80-4023 81-4065 81-4094 81-4127 81-4198 #145-8238
147-8352 147-8369 #190-10386 193-10666 196-10816 198-10856 201-10933 #253-13881 264-14398 266-14466
267-14507 270-14688 271-14785 277-15145 278-15244
.INH #48-2199 #86-4615 #253-13881
.INHT #145-8254 #162-8773 #162-8785 #165-8858 #171-9137
.INH0 #48-2199 #79-3938 #253-13880 #260-14218 #265-14427 #289-16053
.INH5 #48-2199 #145-8237 #190-10386 #194-10697 #253-13878
.INH6 #48-2199 #66-2815 #80-4023 #81-4068 #81-4129 #81-4200 #145-8238 #147-8356 #147-8373 #190-10386
#193-10662 #196-10813 #198-10839 #201-10930 #253-13881 #264-14394 #266-14461 #267-14501 #270-14642 #271-14740
#277-15130 #278-15235
.PUDEN #7-284 #7-286 #40-1583 #40-1597 #40-1603 #40-1608 #40-1613 #40-1618 #40-1623 #40-1628
#40-1633 #40-1653 #40-1658 #40-1665 #40-1670 #40-1682
.STDEN #7-284 #36-1332 #36-1336 #36-1346 #36-1352 #36-1364 #36-1369 #36-1374 #36-1379 #36-1383
#36-1386
.STKM #48-2200 #65-2807 #80-4022 #81-4048 #142-8059 #145-8238 #147-8347 #190-10386 #191-10544
.TPDEN #7-286 #38-1469 #38-1473 #38-1477 #38-1481 #38-1485 #38-1490 #38-1494 #38-1503 #38-1508
#38-1513 #38-1517