PDP-10 Archive: 35,1414/hdw091.mac from BB-FI82B-DD

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SUBTTL HDWCNF - HARDWARE CONFIGURATION DEFINITION FILE OUTPUT BY MONGEN


DEFINE XP(A,B),<A==:B>


XP M.MON,52

;;	DECsystem10(1070,1080,1090,1091,2020)[
;;	1070 is a system with KI10 cpu's
;;	1080 is a system with KL10 cpu's
;;	1090 is a system with KL10 cpu's and internal channels
;;	1091 is a system with a KL10 cpu, internal memory, and devices
;;	 on the front end
;;	2020 is a system with a KS10 cpu]: 1091
XP M.KI10,0
XP M.KL10,1
XP M.KS10,0
XP M.1070,0
XP M.1080,0
XP M.1090,0
XP M.1091,1
XP M.2020,0
XP M.CPU,1

;;	System name[24 characters or less]: MFG/ACCEPTANCE 1091/701A
DEFINE	SYSNAM
<	ASCIZ	&MFG/ACCEPTANCE 1091/701A&>
DEFINE	SYSDAT<
ASCIZ &05-17-83&>
XP M.MON,5
XP M.DAY,21
XP M.YEAR,123

;;	CPU0 serial #(1-10000): 1
XP M.C0SN,1
XP M.C1SN,0
XP M.C2SN,0
XP M.C3SN,0
XP M.C4SN,0
XP M.C5SN,0
XP M.RT0,0
XP M.RT1,0
XP M.RT2,0
XP M.RT3,0
XP M.RT4,0
XP M.RT5,0
XP M.RTX,0

;;	Exclude monitor overhead from user run time(Y,N)[
;;	Overhead is CPU time spent clock queue processing, command
;;	decoding, swapping, and scheduling.
;;	User run time always includes UUO execution and
;;	unless EBOX/MBOX runtime accounting is selected
;;	(KL10 systems only) includes IO interrupt service time.
;;	On KI systems, each CPU must have a DK10]: Y
XP M.RTCO,1

;;	EBOX/MBOX runtime accounting?(Y,N)[
;;	If EBOX/MBOX runtime accounting is selected in a KL10
;;	based system, user runtime is computed using the KL10
;;	internal accounting clocks]: Y
XP M.EMRT,1

;;	Exclude PI time from user runtime?(Y,N)[
;;	An answer of "yes" to this question will cause the monitor
;;	to set up the KL10 accounting meters in such a manner that
;;	users will not be charged for cpu time used during interrupts]: Y
XP M.XPI,1
XP M.RTCA,0
XP M.RTC,0

;;	Account verification(Y,N)[LOGIN and the batch system will
;;	verify that the user has specified a valid account]: N
XP M.ACV,0

;;	MOS memory(Y,N)[Include support for the user mode MOS memory diagnostic THGA
;;	which collects statistics on single bit memory errors and substitutes the spare
;;	bit when a single bit error is determined to be hard]: Y
XP M.MOS,1

;;	# Data Channels on CPU0(2,0-?)[DF10s, DF10Cs, DX10s OR RH20'S  for disk and tape]: 
XP M0CHN,2
XP M.CH0T,3
XP M.0RH,0
XP M00RH,0
;;	On channel # 0:
XP M.0TX,0
XP M00TX,0
XP M.0FH,0
XP M.0FS,0

;;	  # RH20S for RP04'S,RP06'S(0-1)[Controllers for RP04,RP06
;;	disk pack units on channel 0]: 1
XP M.0RP,1
XP M.P0F,0
XP RP0CPU,0

;;	  # Units on RPA(1-8): 1
XP M.RPA,1
XP M.P0T,1
XP M.RS0P,0

;;	  # RH20S for RP20'S(0-1)[Controllers for RP20
;;	disk units on channel 0.]: 0
XP M.0RN,0
XP M.0DP,0
XP M.0TB,0

;;	  # RH20's for DX20's (0-1)[Mass-bus tape controller for
;;	DX20's on channel 0]: 0
XP M.0D2,0

;;	  # RH20's for TM02'S (0-1)[Mass-Bus tape controller for
;;	TU16's and TU45's on channel 0]: 0
XP M.0T2,0

;;	  # RH20's for TM78'S (0-1)[Mass-Bus tape controller for
;;	TU78's on channel 0]: 0
XP M.0T7,0
XP M.CH1T,3
XP M.1RH,0
XP M01RH,0
;;	On channel # 1:
XP M.1TX,0
XP M01TX,0
XP M.1FH,0
XP M.1FS,0

;;	  # RH20S for RP04'S,RP06'S(0-1)[Controllers for RP04,RP06
;;	disk pack units on channel 1]: 0
XP M.1RP,0

;;	  # RH20S for RP20'S(0-1)[Controllers for RP20
;;	disk units on channel 1.]: 0
XP M.1RN,0
XP M.1DP,0
XP M.1TB,0

;;	  # RH20's for DX20's (0-1)[Mass-bus tape controller for
;;	DX20's on channel 1]: 0
XP M.1D2,0

;;	  # RH20's for TM02'S (0-1)[Mass-Bus tape controller for
;;	TU16's and TU45's on channel 1]: 1
XP M.1T2,1
XP M.T20T,1
XP M.MT0T,4
XP M.MT0C,1
XP M.MT0N,1
XP M.MT0P,0

;;	  How many TM02's on RH20 # 0 (1-8)[EACH UNIT CAN CONTROL
;;	UP TO 8 SUB-UNITS = TAPE DRIVES]: 1
XP M.MT0U,1

;;	How many drives on TM02 0 (1-8): 1
XP M.MT00,1
XP M.MT0,1

;;	  # RH20's for TM78'S (0-1)[Mass-Bus tape controller for
;;	TU78's on channel 1]: 0
XP M.1T7,0
XP M0FHD,0
XP M0FSD,0
XP M0RPX,1
XP M0DPC,0
XP M0RNX,0
XP M0MDF,0
XP M0TAPN,1
XP M.CHN,2
XP M.RC10,0
XP M.RH1S,0
XP M.RH1P,0
XP M.RH2P,1
XP M.RH20,2
XP M.RHP4,1
XP M.RP20,0
XP M.RP10,0
XP M.TX01,0
XP M.TM02,1
XP M.DX20,0
XP M.TM78,0
XP M.TM10,0
XP M.R11D,0
XP M.TRH1,0
;;	Specify which drives (M-N) are 7 track drives.
;;	[Type one number (M) or one range(M-N) or ALL on separate lines.
;;	Type extra carriage return when through.]
DEFINE	MACKN0 (X)<

;;	For controller MTA
;;	
>
;;	Specify which tape drives (M-N) are capable of 6250 BPI densities.
;;	[Type one number (M) or one range (M-N) or ALL on separate lines.
;;	Type an extra carriage return when through.]
DEFINE MACK60 (X)<

;;	For controller MTA
;;	
>

;;	# DTEs on CPU0(2,1-4)[Byte transfer device used for KL10 to PDP-11 front end communications]: 
XP M.0DTE,2

;;	  # terminals on the master front end on CPU0(0,0-128)[include
;;	only timesharing (DH11) lines, not CTY or KLINIK]: 128
XP M0TTDN,204

;;	  # line printers on the master front end on CPU0(0,0-2): 1
XP M0LP0N,1
XP M0LP1N,0
XP M0LP2N,0
XP M0LP3N,0

;;	     Front end printer 0 lower case(Y,N)[Does printer 0 have lower case capability]: N
XP M0FL0L,0

;;	  # card readers on the master front end on CPU0(0,0-1): 
XP M0CR0N,0
XP M0CR1N,0
XP M0CR2N,0
XP M0CR3N,0
XP M.TTDN,204
XP M.DLP,1
XP M.DCR,0

;;	# Jobs(1-511)[Maximum number attached and detached, not
;;	counting null job]: 75
XP M.JOB,113
XP MD.2RR,1
XP MD.SEG,0
XP MD.DDT,1

;;	Maximum P of core for each job(0,0-512)[0 means all of core]: 
XP M.CORE,0

;;	# K total system core(128-4096)[ONCE-only reports if
;;	less core at startup]: 512
XP M.NKC,1000

;;	Clock ticks per second(60,50)[Power line frequency]: 
XP M.TPS,74

;;	# Real-time devices(0,0-77)[Max. # which can be put
;;	on PI channels simultaneously]: 
XP M.RTD,0

;;	Allow jobs to be locked in core(Y,N): 
XP M.LOK,1

;;	# Pages min guaranteed among jobs not locked in core(0,0-512)[
;;	minimum free core pool for unlocked jobs, 0 assumes all of core]: 50
XP M.MGC,62

;;	# High priority queues(0,0-15): 5
XP M.HPQ,5

;;	Meter(Y,N)[Performance analysis metering(METER UUO)]: 
XP M.METR,1

;;	SYSCHK(Y,N)[Initial hardware integrity check at ONCE-only time]: 
XP M.SYSC,1

;;	KASER(Y,N)[Include support for simulation of KA10
;;	long floating point instructions]: 
XP M.FPS,1

;;	MSGSER(Y,N)[Support for device MPX. (more than one device
;;	on an I/O channel). This feature is required for MCS-10].: 
XP M.MSG,1

;;	PSISER(Y,N)[Advanced programmed software interrupt service -
;;	Support for the PISYS. UUO. This provides an easy
;;	and powerful interrupt method for program to trap asynchronous
;;	events. Required by MCS-10]: 
XP M.PSI,1

;;	IPCF(Y,N)[Inter process communication facility]: 
XP M.IPCF,1

;;	ENQ/DEQ(Y,N)[Sychronization primitives to allow
;;	simultaneous file update by multiple co-operating processes]: 
XP M.EQDQ,1

;;	Monitor resident BOOTS(Y,N)[Core resident BOOTS
;;	allowing fast dump/reload, and continuable STOPCD dump, etc.]: 
XP M.MBTS,1

;;	# CDRs(1,0-2)[Card reader on the I/O Bus]: 0
XP M0CDR,0
XP MD.C10,0
XP MD0C10,0

;;	CDP(Y,N)[Card punch]: N
XP M0CDP,0
XP M.VP10,0
XP M0VP10,0
XP M.340,0
XP M0340,0
XP M.VBXC,0
XP M0VBXC,0
XP M.DIS,0
XP M0DIS,0

;;	# TD10s(1,0-2)[DECtape controls]: 0
XP M0TD10,0

;;	LPTs(1,0-3)[Line printers on the I/O Buss]: 0
XP M0LPT,0
XP MD.MOV,0

;;	PLTS(0,0-2)[Plotters]: 
XP M0PLT,0

;;	PTP(Y,N)[Paper tape punch]: N
XP M0PTP,0

;;	PTR(Y,N)[Paper tape reader]: N
XP M0PTR,0
XP M.XTC,0
XP M0XTC,0
XP M0XTL,0

;;	# DN60'S(0,0-11)[IBM BSC INTERFACES]: 
XP M0DN60,0
XP M.DN60,0
XP M00D60,0
XP M01D60,0
XP M02D60,0
XP M03D60,0
XP M04D60,0
XP M05D60,0
XP M06D60,0
XP M07D60,0
XP M08D60,0
XP M09D60,0
XP M0AD60,0
XP M0BD60,0
XP M0D60L,0
XP M.0D60,0
XP M.1D60,0
XP M.2D60,0
XP M.3D60,0
XP M.4D60,0
XP M.5D60,0
XP M.6D60,0
XP M.7D60,0
XP M.8D60,0
XP M.9D60,0
XP M.AD60,0
XP M.BD60,0
XP M.D60L,0
XP M.CDR,0
XP M.CDP,0
XP M.TD10,0
XP M.LPT,0
XP M.PLT,0
XP M.PTP,0
XP M.PTR,0

;;	# PTYs(20,0-510)[Pseudo-terminals - each operator
;;	service program and Batch stream needs one]: 70
XP M.PTY,106

RADIX	10
;;	Decimal "symbol,value"[
;;	For any symbols to be defined.
;;	Type one per line, extra carriage return when through]
;;	
RADIX	8
;;	
;;	Octal "symbol,value"[
;;	For any symbol to be defined.
;;	Type one per line, extra carriage return when through]
;;	
;;	
;;	SIXBIT "symbol,value"[
;;	For any sixbit symbol to be defined.
;;	Type one per line, extra carriage return when through]
;;	

DEFINE	SPCINT<
;;	Type "device-mnemonic,PI-channel" for special devices[
;;	With neither channel AC save routine nor device data block,
;;	the "device-mnemonic" must be 3 characters or less.
;;	Type extra carriage return when through.]
;;	
>

DEFINE	SPCDDB<
;;	Type "device-mnemonic,PI-channel,no.-of-devices"[
;;	For special devices with device data blocks.
;;	the "device-mnemonic" must be 3 characters or less.
;;	Type extra carriage return when through.]
;;	
>

DEFINE	SPCSAV<
;;	Type "device-mnemonic,PI-channel,highest-ac-to-save"[
;;	For special devices with channel save routines to save acs up to
;;	the "highest-ac-to-save".  "Device" must be 3 char or less.
;;	Type extra carriage return when through.]
;;	
>

DEFINE	SPCEDN<
;;	Type "ersatz-device,P,Pn,search-list-type"[
;;	For customer defined ersatz devices.
;;	The "esratz-device" must be exactly 3 characters long.
;;	"P,Pn" is the Project/Programmer number associated.
;;	"search-list-type" is one of ALL,SYS,JOB.
;;	Type extra carriage return when through.]
;;	
>
;;	
;;	END OF HDWCNF.MAC