Revision 3577d0b1de1ac147c1710524517c563b2bfe231c authored by Ronald Burkey on 30 May 2021, 19:14:00 UTC, committed by GitHub on 30 May 2021, 19:14:00 UTC
Issue 1143: Fix various symbol name and other minor typos
Sample-CharlieLeist.obc
# The contents of this file have been placed into the Public Domain and may
# be reused in any way whatever.
#
# Filename: Sample-CharlieLeist.obc
# Purpose: This is sample Gemini OBC code, written by
# original OBC programmer Charlie Leist in 2011 "in
# "the style of the original code", for the use of
# the Gemini subset of the Virtual AGC project. It
# is intendend to partially fill the gap created by
# the situation that although we have documentation
# of the OBC instruction set, architecture,
# peripherals, etc., that (at least in 2011) there
# is no known surviving OBC source code contemporary
# to the Gemini Project. also, it serves as test
# code for the Virtual AGC project's recreation of
# the Gemini OBC assembler, yaASM.
# Website: http://www.ibiblo.org/apollo/Gemini.html
# Mod history: 2011-09-28 AWM Charlies's code created, and edited
# subsequently by Gene Mertz.
# 2011-12-13 RSB Adapted for use with yaASM and
# added to Virtual AGC code base.
#
# Below this point, all comments are Charlie's except where explicitly
# noted with notations like [RSB: this is an editor's comment].
# GEMINI COMPUTER VARIABLES ALLOCATED TO SECTOR 03
# [RSB: The variables are allocated simply by having the line-labels
# (what the OBC programmers called "left-hand symbols") without any
# instruction code or pseudo-op. The bracketed numerical values that
# follow the variable names are simply comments, and are ignored by
# the assembler. They give the word-addresses within memory sector
# 03 at which the variables are referenced.]
# OBC Time determined by Clock Subroutine (DTC, T, TDAS)
TIME [001, 004, 007, 010, 013, 016, 019, 022, 025, 028, 031, 034, 037]
VRRI [041, 051, 070, 097, 04,111,114, 119, 122]
VRPRI [043, 053, 072, 099, 116]
VSINAPI [045, 055, 063, 074, 084, 089, 106, 125]
VSINRPI [048, 057, 065, 076, 086, 091, 108, 127]
VRLO [061,068]
VDELTAZT [079, 082, 01]
VWRTPR [095]
VPB [129]
VTB [131]
VTBC [132]
VYB [134]
VYBC [135]
VDPSC [130]
VDTSC [133]
VDYSC [136]
# GEMINI PROGRAM CONSTANTS IN MEMORY FOR SECTOR 03
# [RSB: Since these are constants, I think they would normally
# have values assigned at assembly-time, via pseudo-ops like
# OCT or DEC. In this case, Charlie hasn't assigned any
# initial values, so the "constants" are really just the
# same as "variables".
KZERO [067]
K350 [002]
K050 [Not referenced]
K650 [005]
K706 [008]
K800 [011]
K1200 [014]
K1550 [017]
K1600 [020]
K2410 [023]
K2490 [026]
K2600 [029]
K3100 [032]
K3600 [035]
K4100 [038]
KR1 [050]
KRP1 [052]
MK9999 [060]
K0P25 [078]
K150 [094]
KRCL [103]
K1P0 [081], [100]
KR3 [110], [096]
KR4 [121], [113]
KRP4 [126], [115]
KRL [118]
KR5 [040]
KRP5 [042]
KAP1 [054]
KRP1 [056], [052]
KAPL [062], [083]
KRPL [064]
KR2 [069]
KRP2 [071], [075]
KAPL [083]
KRP2 [085]
KAP2 [088], [073]
KRPL [090]
KAP3 [105]
KRP3 [107]
KAP4 [124]
KRP4 [126]
KAP5 [044]
KRP5A [047]
# 39 BIT GEMINI WORD FORMAT
# Bits 01 through 13 Syllable 2
# Bits 14 through 26 Syllable 1
# Bits 27 through 39 Syllable 0
# Bits 01 through 09 Memory Address (A1 through A9 - A9 has a special meaning)
# Bits 10 through 13 Op Code (OP1 to OP4)
# Bit 14 S
# Bits 15 through 39 Data Word (25 bits)
#
# The following Binary Data represents the first three Program Instructions below
# [RSB: Instructions in syllable 2 only! Syllables 0,1 are for data words]:
#
# 0 0 0 0 0 0 0 0 0|1 1 1 1 1|1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3
# 1 2 3 4 5 6 7 8 9|0 1 2 3 4|5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9
# Syllable2 Syllable1 Syllable0
# ------------------------- ------------------------- -------------------------
# 0 0 0 0 0 0 0 1 0|0 1 1 0 0|0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
# 0 0 0 0 0 0 1 0 0|0 1 0 1 0|0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 1 0 1 1 1 1 0
# 0 0 0 0 0 0 1 1 0|1 0 1 1 0|0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 0 0 1 0
# Memory Address | OpCode S|M25 <------------- Through ---------------> M1
# <-------------------- Data Word ------------------->
# The programmers, for ease of determining decimal values, interpreted these 26 bits as:
# S,M25,M24,M23,M22,M21,M20,M19,M18,M17,M16,M15,M14,M13,M12,M11,M10,M9,M8,M7,M6,M5,M4,M3,M2,M1
# Where:
# M1 decimal 1 (2 to zero power), M2 decimal 2 (2 to 1 power), ,etc., to M25 (2 to power 25)
# [RSB: The numerical expressions at the ends of the lines are just comments, and
# are ignored completely by the assembler. In this sample code, they happen to
# be line numbers, along with additional comments Charlie added in some cases.]
CURZ1 CLA TIME 001
SUB K350 002
TMI CURZ2 003
CLA TIME 004
SUB K650 005 (650 sec)
TMI CURZ3 006
CLA TIME 007
SUB K706 008 (706 sec)
TMI CURZ4 009
CLA TIME 010
SUB K800 011(800 sec)
TMI CURZ5 012
CLA TIME 013
SUB K1200 014 (1200 sec)
TMI CURZ6 015
CLA TIME 016
SUB K1550 017 (1550 sec)
TMI CURZ7 018
CLA TIME 019
SUB K1600 020 (1600 sec)
TMI CURZ8 021
CLA TIME 022
SUB K2410 023 (2410 sec)
TMI CURZ9 024
CLA TIME 025
SUB K2490 026 (2490 sec)
TMI CURZ10 027
CLA TIME 028
SUB K2600 029 (2600 sec)
TMI CURZ11 030
CLA TIME 031
SUB K3100 032 (3100 sec)
TMI CURZ12 033
CLA TIME 034
SUB 3600 035 (3600 sec)
TMI CURZ13 036
CLA TIME 037
SUB K4100 038 (4100 sec)
TMI CURZ14 039
CLA KR5 040
STO VRRI 041
CLA KRP5 042
STO VRPRI 043
CLA KAP5 044
STO VSINAPI 045
CLA KRP5A 047
STO VSINRPI 048
TRA CURZ18 049
CURZ2 CLA KR1 050
STO VRRI 051
CLA KRP1 052
STO VRPRI 053
CLA KAP1 054
STO VSINAPI 055
CLA KRP1 056
STO VSINRPI 057
TRA CURZ18 058
CURZ3 CLA MK9999 060
STO VRLO 061
CLA KAPL 062
STO VSINAPI 063
CLA KRPL 064
STO VSINRPI 065
TRA CURZ18 066
CURZ4 CLA KZERO 067
STO VRLO 068
CLA KR2 069
STO VRRI 070
CLA KRP2 071
STO VRPRI 072
CLA KAP2 073
STO VSINAPI 074
CLA KRP2 075
STO VSINRPI 076
TRA CURZ18 077
CURZ5 CLA K0P25 078
STO VDELTAZT 079
TRA CURZ4 080
CURZ6 CLA K1P0 081
STO VDELTAZT 082
CLA KAPL 083
STO VSINAPI 084
CLA KRP2 085
STO VSINRPI 086
TRA CURZ18 087
CURZ7 CLA KAP2 088
STO VSINAPI 089
CLA KRPL 090
STO VSINRPI 091
TRA CURZ18 092
CURZ8 TRA CURZ5 093
CURZ9 CLA K150 094
STO VWRTPR 095
CLA KR3 096
STO VRRI 097
CLA KRP3 098
STO VPRPRI 099
CLA K1P0 100
STO VDELTAZT 101
TRA CURZ10A 102
CURZ10 CLA KRCL 103
STO VRRI 104
CURZ10A CLA KAP3 105
STO VSINAPI 106
CLA KRP3 107
STO VSINRPI 108
TRA CURZ18 109
CURZ11 CLA KR3 110
STO VRRI 111
TRA CURZ10A 112
CURZ12 CLA KR4 113
STO VRRI 114
CLA KRP4 115
STO VRPRI 116
TRA CURZ13A 117
CURZ13 CLA KRL 118
STO VRRI 119
TRA CURZ13A 120
CURZ14 CLA KR4 121
STO VRRI 122
TRA CURZ13A 123
CURZ13A CLA KAP4 124
STO VSINAPI 125
CLA KRP4 126
STO VSINRPI 127
TRA CURZ18 128
CURZ18 CLA VPB 129
STO VDPSC 130
CLA VTB 131
SUB VTBC 132
STO VDTSC 133
CLA VYB 134
SUB VYBC 135
STO VDYSC 136
HOP I/O 137
TRA RZ126 138
# LEFT HAND SYMBOLS USED IN THE PROGRAM AND MEMORY ADDRESSES
# [RSB: The following is just a helpful cross-reference added
# by Charlie. I *assume* that the assembler itself would have
# produced such a table, and that this is not input data for
# the assembler. At any rate, the recreation of the assembler
# doesn't need it, so I have commented it all out.]
#CURZ1 [001]
#CURZ2 [050]
#CURZ3 [060]
#CURZ4 [067]
#CURZ5 [078]
#CURZ6 [081]
#CURZ7 [088]
#CURZ8 [093]
#CURZ9 [094]
#CURZ10 [103]
#CURZ10A [105]
#CURZ11 [110]
#CURZ12 [113]
#CURZ13 [118]
#CURZ13A [124]
#CURZ14 [121]
#CURZ18 [129]
Computing file changes ...
