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decus/20-0078/maint/tdcont.mem
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SIMULA FOR DEC SYSTEM 10 TD, CONTENTS i
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C O N T E N T S
I SYSTEM DESCRIPTION
------------------
I.1 INTRODUCTION
I.1.1 Background
I.1.2 Brief system description
I.1.3 Principles and organization of the
technical documentation
I.1.4 Non-technical documentation
I.1.5 Reference documents
I.2 NARRATIVE DESCRIPTION
I.3 SYSTEM INTERFACE
I.3.1 Modifications to DEC system programs
I.3.2 Monitor commands
I.3.3 Object program input/output
I.3.4 LINK-10 interface
I.3.5 Swapping in the SIMULA compiler
I.3.6 Swapping in the SIMULA run-time system
I.3.7 Storage allocation
I.3.8 Test version for debugging
I.3.9 FORTRAN routines in SIMLIB
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I.4 CODE GENERATION
I.4.1 General
I.4.2 Block structure
I.4.3 Procedure, class and function calls
I.4.4 Activation statement
I.4.5 GOTO statements, IF ... THEN GOTO ...
I.4.6 Structured statements
I.4.7 Assignments and expressions
I.4.8 Connection
I.5 DATA STRUCTURES
I.5.1 Static records
I.5.2 Dynamic records
I.5.3 Simulation and Simset data areas
I.6 COMMON MACRO PARAMETER FILE
I.7 KA-10 CONSIDERATIONS
I.8 DOCUMENTATION STANDARD
I.8.1 Introduction
I.8.2 Page headings
I.8.3 Section numbers and headings
I.8.4 Page numbering
I.8.5 Revisions
I.8.6 Updating the index to the technical
documentation
I.8.7 Version numbers
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I.9 Programming standard
I.9.1 Introduction
I.9.2 Module structure
I.9.3 Program layout
I.9.4 Naming conventions
I.9.4 Coding conventions
I.9.4 Comment conventions
I.10 TEST STANDARD
I.10.1 Introduction
I.1.2 Compiler testing
I.1.3 RTS testing
I.1.4 SIMDDT testing
I.1.5 Utility programs
I.10.6 Test batch
I.10.7 How to trace the SIMULA system
I.11 SAMPLE PROGRAM
II THE COMPILER
------------
II.1 GENERAL COMPILER DESCRIPTION
II.2 SYSTEM DECOMPOSITION
II.3 LOW SEGMENT ORGANIZATION
II.3.1 I/O buffer organization
II.3.2 The push-down stack
II.3.3 The diagnostic messages buffer
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II.4 FILE DESCRIPTIONS
II.4.1 SIM command file
II.4.2 Source code file
II.4.3 Attribute file
II.4.4 LS1 list control file
II.4.5 IC1 intermediate code from pass 1
II.4.6 DF1 declaration file
II.4.7 ZSE Symbol table
II.4.8 REL relocatable binary object code
II.4.9 ATR intermediate attribute file
II.4.10 XRF cross reference data file
II.4.11 IC2 intermediate code from pass 2
II.4.12 LS3 list file
II.4.13 SIMERR error handling tables
II.4.14 DEB debug files
II.5 DIAGNOSTIC HANDLING
II.5.1 Introduction
II.5.2 Output of diagnostics
II.5.3 Format of an error message
II.5.4 Number and types of messages
II.5.5 Insertion of an error message
II.5.6 Error messages in RUNOFF source file
II.5.7 Format of error message lines
II.5.8 Creation of SIMERR.ERR
II.6 DECLARATION STRUCTURES
II.6.1 ZQU record
II.6.2 ZHE record
II.6.3 ZHB record
II.6.4 ZQQ record
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II.A PASS 1
II.A.1 Pass description
II.A.2 Pass decomposition
II.A.3 Low segment organization
II.A.4 Pass interface
II.A.5 Common macro file
II.A.6 Testing
II.B PASS 2
II.B.1 General pass 2 description
II.B.2 Pass decomposition
II.B.3 Low segment organization in pass 2
II.B.4 Pass 2 interface
II.B.5 Common MACRO-10 universal files
II.B.6 Pass 2 testing
II.C PASS 3
II.C.1 Pass description
II.C.2 Pass decomposition
II.C.3 Low segment organization
II.C.4 Pass interface
II.C.5 Common parameter file
II.C.6 Testing
II.D DETAILS OF THE HIDDEN/PROTECTED IMPLEMENTATION
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III THE RUN-TIME SYSTEM
-------------------
III.1 RTS DESCRIPTION
III.1.1 Introduction
III.1.2 RTS design goals and principles
III.1.3 RTS functions
III.1.4 RTS coding and naming conventions
III.1.5 RTS storage allocation
III.1.6 Execution control
III.1.7 I/O handling
III.1.8 Text handling
III.1.9 Parameter handling
III.1.10 SIMSET and SIMULATION
III.1.11 Standard procedures and functions
III.2 RTS DECOMPOSITION
III.2.1 SIMLIB components
III.2.2 SIMRTS components
III.3 LOW SEGMENT ORGANIZATION
III.3.1 Low segment layout
III.4 RTS INTERFACE
III.4.1 RTS interface with the user
III.4.2 RTS interface with monitor and file system
III.4.3 RTS interface with compiled program and
internally
III.5 COMMON MACRO PARAMETER FILES
III.5.1 Universal SIMMCR
III.5.2 Universal SIMRPA
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III.6 TESTING
III.6.1 Debugging with DDT
III.6.2 Testing facilities in the garbage collector
III.7 SAMPLE PROGRAM
IV THE DEBUG SYSTEM
----------------
IV.1 SIMDDT DESCRIPTION
IV.2 SIMDDT DECOMPOSITION
IV.2.1 Main flow
IV.2.2 Module contents
IV.3 LOW SEGMENT ORGANIZATION
IV.3.1 Static low segment area
IV.3.2 SIMDDn.ABS
IV.3.3 ZAR records, ZDSTXT and ZDSREF
IV.4 FILE DESCRIPTIONS
IV.4.1 SIMDDT input file
IV.4.2 SIMDDT output files
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IV.5 DIAGNOSTIC HANDLING
IV.5.1 Introduction
IV.5.2 SIMDDT invoked from RTS routine OCUU
IV.5.3 Main flow of DSINE routine
IV.5.4 SIMDDT internal errors
IV.5.5 Addition of new error messages to SIMDDT or
SIMRTS
IV.6 SIMDDT INTERFACE
IV.6.1 Monitor interface
IV.6.2 Generated code interface
IV.6.3 SIMRTS interface
IV.6.4 Global variables
IV.7 COMMON MACRO PARAMETER FILES
IV.8 TESTING
IV.8.1 Compiler switches
IV.8.2 Testing with DDT
IV.9 SAMPLE PROGRAM
V UTILITY PROGRAMS
----------------
V.1 SUTABS
V.2 SUTANA
V.3 SUTATR
V.4 SUTEDB
V.5 SUTEDS
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V.6 SUTERR
V.7 SUTGCA
V.8 SUTLOD
V.9 SUTLS1
V.10 SUTMAP
V.11 SUTTRC
V.12 SIMDIR
V.13 MACMOD
V.14 SUTIND
VI MODULE DOCUMENTATIONS
---------------------
VI.1 PASS 1 MODULES
VI.2 PASS 2 MODULES
VI.3 PASS 3 MODULES
VI.4 RTS MODULES
VI.5 SIMDDT MODULES
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VII INDEX
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VIII SOURCE CODE LISTINGS
--------------------
VIII.1 COMMON SOURCE FILES
VIII.2 COMPILER SOURCES
VIII.2.1 Pass 1 sources
VIII.2.2 Pass 2 sources
VIII.2.3 Pass 3 sources
VIII.3 RTS SOURCES
VIII.4 SIMLIB SOURCES
VIII.5 SIMDDT SOURCES
VIII.6 UTILITY PROGRAM SOURCES
VIII.7 SAMPLE DEBUG OUTPUT