Add the NOP Zero Page undocumented opcode.
This seems to be one of the preferred undocced ops in the Atari 2600 VCS development community.
This commit is contained in:
Michael C. Martin
parent
196cb47f05
commit
af50326e39
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@ -7,6 +7,10 @@
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# You may use, modify, and distribute this file under the MIT
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# license: See README for details.
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# DO NOT EDIT THIS FILE DIRECTLY.
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# This file was automatically generated by gensets.py based on the
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# the tables in tools/opcodes. Edit those tables, not these.
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# Names of addressing modes
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modes = ["Implied", # 0
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"Immediate", # 1
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@ -96,6 +100,7 @@ undocops = {
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'las': [None, None, None, None, None, None, None, 0xBB, None, None, None, None, None, None, None],
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'lax': [None, None, 0xA7, None, 0xB7, 0xAF, None, 0xBF, None, None, None, None, 0xA3, 0xB3, None],
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'lxa': [None, 0xAB, None, None, None, None, None, None, None, None, None, None, None, None, None],
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'nop': [0xEA, None, 0x04, None, None, None, None, None, None, None, None, None, None, None, None],
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'rla': [None, None, 0x27, 0x37, None, 0x2F, 0x3F, 0x3B, None, None, None, None, 0x23, 0x33, None],
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'rra': [None, None, 0x67, 0x77, None, 0x6F, 0x7F, 0x7B, None, None, None, None, 0x63, 0x73, None],
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'sax': [None, None, 0x87, None, 0x97, 0x8F, None, None, None, None, None, None, 0x83, None, None],
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@ -1 +1 @@
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##''///3377;;;???CCGGKKOOOSSWW[[[___ccggkkooossww{{{儍噰媼弿彄摋棝洓灋灍煙＃Ё<EFBC83><D081><EFBFBD>撤坊换靠棵们撬讼舷佑鬃圹圻哌沣珑镲矬篦鼷<E7AFA6><E9BCB7><EFBFBD><EFBFBD>
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##''///3377;;;???CCGGKKOOOSSWW[[[___ccggkkooossww{{{儍噰媼弿彄摋棝洓灋灍煙＃Ё<EFBC83><D081><EFBFBD>撤坊换靠棵们撬讼舷佑鬃圹圻哌沣珑镲矬篦鼷<E7AFA6><E9BCB7><EFBFBD><EFBFBD>
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@ -1,78 +1,79 @@
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; Test file for base 6510 undocumented opcode compliance
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; This odd little source file uses every addressing mode
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; of every opcode, and uses the opcode itself as the argument
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; to each instruction that takes one. The resulting binary's
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; bytes are thus in strictly increasing numerical order.
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; Many mnemonics have multiple opcodes with identical
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; effects; Ophis chooses one of them and the arguments
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; herein assume that any assembler will choose as Ophis
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; does.
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; This file also doesn't include the 6502's *documented*
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; opcodes - see testbase.oph for those.
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SLO ($03, X)
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SLO $07
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ANC #$0B
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SLO $0F0F
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SLO ($13), Y
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SLO $17, X
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SLO $1B1B, Y
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SLO $1F1F, X
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RLA ($23, X)
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RLA $27
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RLA $2F2F
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RLA ($33), Y
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RLA $37, X
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RLA $3B3B, Y
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RLA $3F3F, X
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SRE ($43, X)
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SRE $47
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ASR #$4B
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SRE $4F4F
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SRE ($53), Y
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SRE $57, X
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SRE $5B5B, Y
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SRE $5F5F, X
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RRA ($63, X)
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RRA $67
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ARR #$6B
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RRA $6F6F
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RRA ($73), Y
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RRA $77, X
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RRA $7B7B, Y
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RRA $7F7F, X
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SAX ($83, X)
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SAX $87
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ANE #$8B
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SAX $8F8F
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SHA ($93), Y
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SAX $97, Y
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SHS $9B9B, Y
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SHX $9E9E, Y
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SHA $9F9F, Y
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LAX ($A3, X)
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LAX $A7
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LXA #$AB
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LAX $AFAF
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LAX ($B3), Y
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LAX $B7, Y
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LAS $BBBB, Y
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LAX $BFBF, Y
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DCP ($C3, X)
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DCP $C7
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SBX #$CB
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DCP $CFCF
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DCP ($D3), Y
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DCP $D7, X
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DCP $DBDB, Y
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DCP $DFDF, X
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ISB ($E3, X)
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ISB $E7
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ISB $EFEF
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ISB ($F3), Y
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ISB $F7, X
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ISB $FBFB, Y
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ISB $FFFF, X
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; Test file for base 6510 undocumented opcode compliance
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; This odd little source file uses every addressing mode
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; of every opcode, and uses the opcode itself as the argument
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; to each instruction that takes one. The resulting binary's
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; bytes are thus in strictly increasing numerical order.
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; Many mnemonics have multiple opcodes with identical
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; effects; Ophis chooses one of them and the arguments
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; herein assume that any assembler will choose as Ophis
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; does.
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; This file also doesn't include the 6502's *documented*
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; opcodes - see testbase.oph for those.
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SLO ($03, X)
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NOP $04
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SLO $07
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ANC #$0B
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SLO $0F0F
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SLO ($13), Y
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SLO $17, X
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SLO $1B1B, Y
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SLO $1F1F, X
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RLA ($23, X)
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RLA $27
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RLA $2F2F
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RLA ($33), Y
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RLA $37, X
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RLA $3B3B, Y
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RLA $3F3F, X
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SRE ($43, X)
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SRE $47
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ASR #$4B
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SRE $4F4F
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SRE ($53), Y
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SRE $57, X
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SRE $5B5B, Y
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SRE $5F5F, X
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RRA ($63, X)
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RRA $67
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ARR #$6B
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RRA $6F6F
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RRA ($73), Y
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RRA $77, X
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RRA $7B7B, Y
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RRA $7F7F, X
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SAX ($83, X)
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SAX $87
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ANE #$8B
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SAX $8F8F
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SHA ($93), Y
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SAX $97, Y
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SHS $9B9B, Y
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SHX $9E9E, Y
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SHA $9F9F, Y
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LAX ($A3, X)
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LAX $A7
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LXA #$AB
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LAX $AFAF
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LAX ($B3), Y
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LAX $B7, Y
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LAS $BBBB, Y
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LAX $BFBF, Y
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DCP ($C3, X)
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DCP $C7
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SBX #$CB
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DCP $CFCF
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DCP ($D3), Y
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DCP $D7, X
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DCP $DBDB, Y
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DCP $DFDF, X
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ISB ($E3, X)
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ISB $E7
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ISB $EFEF
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ISB ($F3), Y
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ISB $F7, X
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ISB $FBFB, Y
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ISB $FFFF, X
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@ -3,31 +3,35 @@ import sys
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verbose = 0
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prologue = '"""' + """Opcodes file.
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prologue = '"""' +"""Opcodes file.
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Tables for the assembly of 6502-family instructions, mapping
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opcodes and addressing modes to binary instructions.""" + '"""' + """
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Tables for the assembly of 6502-family instructions, mapping
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opcodes and addressing modes to binary instructions.""" + '"""' + """
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# Copyright 2002 Michael C. Martin.
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# You may use, modify, and distribute this file under the BSD
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# license: See LICENSE.txt for details.
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# Copyright 2002-2012 Michael C. Martin and additional contributors.
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# You may use, modify, and distribute this file under the MIT
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# license: See README for details.
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# DO NOT EDIT THIS FILE DIRECTLY.
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# This file was automatically generated by gensets.py based on the
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# the tables in tools/opcodes. Edit those tables, not these.
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# Names of addressing modes
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modes = ["Implied", # 0
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"Immediate", # 1
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"Zero Page", # 2
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"Zero Page, X", # 3
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"Zero Page, Y", # 4
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"Absolute", # 5
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"Absolute, X", # 6
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"Absolute, Y", # 7
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"(Absolute)", # 8
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"Immediate", # 1
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"Zero Page", # 2
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"Zero Page, X", # 3
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"Zero Page, Y", # 4
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"Absolute", # 5
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"Absolute, X", # 6
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"Absolute, Y", # 7
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"(Absolute)", # 8
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"(Absolute, X)", # 9
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"(Absolute), Y", # 10
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"(Zero Page)", # 11
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"(Zero Page, X)", # 12
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"(Zero Page), Y", # 13
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"Relative"] # 14
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"(Zero Page, X)", # 12
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"(Zero Page), Y", # 13
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"Relative"] # 14
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# Lengths of the argument
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lengths = [0, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1]
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@ -35,20 +39,20 @@ lengths = [0, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1]
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# These values should match the ones in the prologue string.
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modes = ["Implied", # 0
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"Immediate", # 1
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"Zero Page", # 2
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"Zero Page, X", # 3
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"Zero Page, Y", # 4
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"Absolute", # 5
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"Absolute, X", # 6
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"Absolute, Y", # 7
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"(Absolute)", # 8
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"Immediate", # 1
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"Zero Page", # 2
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"Zero Page, X", # 3
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"Zero Page, Y", # 4
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"Absolute", # 5
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"Absolute, X", # 6
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"Absolute, Y", # 7
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"(Absolute)", # 8
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"(Absolute, X)", # 9
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"(Absolute), Y", # 10
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"(Zero Page)", # 11
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"(Zero Page, X)", # 12
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"(Zero Page), Y", # 13
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"Relative"] # 14
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"(Zero Page, X)", # 12
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"(Zero Page), Y", # 13
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"Relative"] # 14
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flatmodes = [x.lower() for x in modes]
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@ -150,4 +154,3 @@ if __name__=='__main__':
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dump_map (instruction_map, ' ' * (len(field) + 4))
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print "%s}" % (' ' * (len(field) + 3))
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print ""
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@ -1,256 +1,256 @@
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00: BRK - Implied
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01: ORA - (Zero Page, X)
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02:
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03: SLO - (Zero Page, X)
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04:
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05: ORA - Zero Page
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06: ASL - Zero Page
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07: SLO - Zero Page
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08: PHP - Implied
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09: ORA - Immediate
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0A: ASL - Implied
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0B: ANC - Immediate
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0C:
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0D: ORA - Absolute
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0E: ASL - Absolute
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0F: SLO - Absolute
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10: BPL - Relative
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11: ORA - (Zero Page), Y
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12:
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13: SLO - (Zero Page), Y
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14:
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15: ORA - Zero Page, X
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16: ASL - Zero Page, X
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17: SLO - Zero Page, X
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18: CLC - Implied
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19: ORA - Absolute, Y
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1A:
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1B: SLO - Absolute, Y
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1C:
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1D: ORA - Absolute, X
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1E: ASL - Absolute, X
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1F: SLO - Absolute, X
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20: JSR - Absolute
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21: AND - (Zero Page, X)
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22:
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23: RLA - (Zero Page, X)
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24: BIT - Zero Page
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25: AND - Zero Page
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26: ROL - Zero Page
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27: RLA - Zero Page
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28: PLP - Implied
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29: AND - Immediate
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2A: ROL - Implied
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2B:
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2C: BIT - Absolute
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2D: AND - Absolute
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2E: ROL - Absolute
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2F: RLA - Absolute
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30: BMI - Relative
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31: AND - (Zero Page), Y
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32:
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33: RLA - (Zero Page), Y
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34:
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35: AND - Zero Page, X
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36: ROL - Zero Page, X
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37: RLA - Zero Page, X
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38: SEC - Implied
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39: AND - Absolute, Y
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3A:
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3B: RLA - Absolute, Y
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3C:
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3D: AND - Absolute, X
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3E: ROL - Absolute, X
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3F: RLA - Absolute, X
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40: RTI - Implied
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41: EOR - (Zero Page, X)
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42:
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43: SRE - (Zero Page, X)
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44:
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45: EOR - Zero Page
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46: LSR - Zero Page
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47: SRE - Zero Page
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48: PHA - Implied
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49: EOR - Immediate
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4A: LSR - Implied
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4B: ASR - Immediate
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4C: JMP - Absolute
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4D: EOR - Absolute
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4E: LSR - Absolute
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4F: SRE - Absolute
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50: BVC - Relative
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51: EOR - (Zero Page), Y
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52:
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53: SRE - (Zero Page), Y
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54:
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55: EOR - Zero Page, X
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56: LSR - Zero Page, X
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57: SRE - Zero Page, X
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58: CLI - Implied
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59: EOR - Absolute, Y
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5A:
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5B: SRE - Absolute, Y
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5C:
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5D: EOR - Absolute, X
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5E: LSR - Absolute, X
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5F: SRE - Absolute, X
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60: RTS - Implied
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61: ADC - (Zero Page, X)
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62:
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63: RRA - (Zero Page, X)
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64:
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65: ADC - Zero Page
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66: ROR - Zero Page
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67: RRA - Zero Page
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68: PLA - Implied
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69: ADC - Immediate
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6A: ROR - Implied
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6B: ARR - Immediate
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6C: JMP - (Absolute)
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6D: ADC - Absolute
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6E: ROR - Absolute
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6F: RRA - Absolute
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70: BVS - Relative
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71: ADC - (Zero Page), Y
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72:
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73: RRA - (Zero Page), Y
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74:
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75: ADC - Zero Page, X
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76: ROR - Zero Page, X
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77: RRA - Zero Page, X
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78: SEI - Implied
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79: ADC - Absolute, Y
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7A:
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7B: RRA - Absolute, Y
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7C:
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7D: ADC - Absolute, X
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7E: ROR - Absolute, X
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7F: RRA - Absolute, X
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80:
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81: STA - (Zero Page, X)
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82:
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83: SAX - (Zero Page, X)
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84: STY - Zero Page
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85: STA - Zero Page
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86: STX - Zero Page
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87: SAX - Zero Page
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88: DEY - Implied
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89:
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8A: TXA - Implied
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8B: ANE - Immediate
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8C: STY - Absolute
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8D: STA - Absolute
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8E: STX - Absolute
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8F: SAX - Absolute
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90: BCC - Relative
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91: STA - (Zero Page), Y
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92:
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93: SHA - (Zero Page), Y
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94: STY - Zero Page, X
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95: STA - Zero Page, X
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96: STX - Zero Page, Y
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97: SAX - Zero Page, Y
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98: TYA - Implied
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99: STA - Absolute, Y
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9A: TXS - Implied
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9B: SHS - Absolute, Y
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9C:
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9D: STA - Absolute, X
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9E: SHX - Absolute, Y
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9F: SHA - Absolute, Y
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A0: LDY - Immediate
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A1: LDA - (Zero Page, X)
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A2: LDX - Immediate
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A3: LAX - (Zero Page, X)
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A4: LDY - Zero Page
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A5: LDA - Zero Page
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A6: LDX - Zero Page
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A7: LAX - Zero Page
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A8: TAY - Implied
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A9: LDA - Immediate
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AA: TAX - Implied
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AB: LXA - Immediate
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AC: LDY - Absolute
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AD: LDA - Absolute
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AE: LDX - Absolute
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AF: LAX - Absolute
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B0: BCS - Relative
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B1: LDA - (Zero Page), Y
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B2:
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B3: LAX - (Zero Page), Y
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B4: LDY - Zero Page, X
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B5: LDA - Zero Page, X
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B6: LDX - Zero Page, Y
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B7: LAX - Zero Page, Y
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B8: CLV - Implied
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B9: LDA - Absolute, Y
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BA: TSX - Implied
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BB: LAS - Absolute, Y
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BC: LDY - Absolute, X
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BD: LDA - Absolute, X
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BE: LDX - Absolute, Y
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BF: LAX - Absolute, Y
|
||||
C0: CPY - Immediate
|
||||
C1: CMP - (Zero Page, X)
|
||||
C2:
|
||||
C3: DCP - (Zero Page, X)
|
||||
C4: CPY - Zero Page
|
||||
C5: CMP - Zero Page
|
||||
C6: DEC - Zero Page
|
||||
C7: DCP - Zero Page
|
||||
C8: INY - Implied
|
||||
C9: CMP - Immediate
|
||||
CA: DEX - Implied
|
||||
CB: SBX - Immediate
|
||||
CC: CPY - Absolute
|
||||
CD: CMP - Absolute
|
||||
CE: DEC - Absolute
|
||||
CF: DCP - Absolute
|
||||
D0: BNE - Relative
|
||||
D1: CMP - (Zero Page), Y
|
||||
D2:
|
||||
D3: DCP - (Zero Page), Y
|
||||
D4:
|
||||
D5: CMP - Zero Page, X
|
||||
D6: DEC - Zero Page, X
|
||||
D7: DCP - Zero Page, X
|
||||
D8: CLD - Implied
|
||||
D9: CMP - Absolute, Y
|
||||
DA:
|
||||
DB: DCP - Absolute, Y
|
||||
DC:
|
||||
DD: CMP - Absolute, X
|
||||
DE: DEC - Absolute, X
|
||||
DF: DCP - Absolute, X
|
||||
E0: CPX - Immediate
|
||||
E1: SBC - (Zero Page, X)
|
||||
E2:
|
||||
E3: ISB - (Zero Page, X)
|
||||
E4: CPX - Zero Page
|
||||
E5: SBC - Zero Page
|
||||
E6: INC - Zero Page
|
||||
E7: ISB - Zero Page
|
||||
E8: INX - Implied
|
||||
E9: SBC - Immediate
|
||||
EA: NOP - Implied
|
||||
EB:
|
||||
EC: CPX - Absolute
|
||||
ED: SBC - Absolute
|
||||
EE: INC - Absolute
|
||||
EF: ISB - Absolute
|
||||
F0: BEQ - Relative
|
||||
F1: SBC - (Zero Page), Y
|
||||
F2:
|
||||
F3: ISB - (Zero Page), Y
|
||||
F4:
|
||||
F5: SBC - Zero Page, X
|
||||
F6: INC - Zero Page, X
|
||||
F7: ISB - Zero Page, X
|
||||
F8: SED - Implied
|
||||
F9: SBC - Absolute, Y
|
||||
FA:
|
||||
FB: ISB - Absolute, Y
|
||||
FC:
|
||||
FD: SBC - Absolute, X
|
||||
FE: INC - Absolute, X
|
||||
FF: ISB - Absolute, X
|
||||
00: BRK - Implied
|
||||
01: ORA - (Zero Page, X)
|
||||
02:
|
||||
03: SLO - (Zero Page, X)
|
||||
04: NOP - Zero Page
|
||||
05: ORA - Zero Page
|
||||
06: ASL - Zero Page
|
||||
07: SLO - Zero Page
|
||||
08: PHP - Implied
|
||||
09: ORA - Immediate
|
||||
0A: ASL - Implied
|
||||
0B: ANC - Immediate
|
||||
0C:
|
||||
0D: ORA - Absolute
|
||||
0E: ASL - Absolute
|
||||
0F: SLO - Absolute
|
||||
10: BPL - Relative
|
||||
11: ORA - (Zero Page), Y
|
||||
12:
|
||||
13: SLO - (Zero Page), Y
|
||||
14:
|
||||
15: ORA - Zero Page, X
|
||||
16: ASL - Zero Page, X
|
||||
17: SLO - Zero Page, X
|
||||
18: CLC - Implied
|
||||
19: ORA - Absolute, Y
|
||||
1A:
|
||||
1B: SLO - Absolute, Y
|
||||
1C:
|
||||
1D: ORA - Absolute, X
|
||||
1E: ASL - Absolute, X
|
||||
1F: SLO - Absolute, X
|
||||
20: JSR - Absolute
|
||||
21: AND - (Zero Page, X)
|
||||
22:
|
||||
23: RLA - (Zero Page, X)
|
||||
24: BIT - Zero Page
|
||||
25: AND - Zero Page
|
||||
26: ROL - Zero Page
|
||||
27: RLA - Zero Page
|
||||
28: PLP - Implied
|
||||
29: AND - Immediate
|
||||
2A: ROL - Implied
|
||||
2B:
|
||||
2C: BIT - Absolute
|
||||
2D: AND - Absolute
|
||||
2E: ROL - Absolute
|
||||
2F: RLA - Absolute
|
||||
30: BMI - Relative
|
||||
31: AND - (Zero Page), Y
|
||||
32:
|
||||
33: RLA - (Zero Page), Y
|
||||
34:
|
||||
35: AND - Zero Page, X
|
||||
36: ROL - Zero Page, X
|
||||
37: RLA - Zero Page, X
|
||||
38: SEC - Implied
|
||||
39: AND - Absolute, Y
|
||||
3A:
|
||||
3B: RLA - Absolute, Y
|
||||
3C:
|
||||
3D: AND - Absolute, X
|
||||
3E: ROL - Absolute, X
|
||||
3F: RLA - Absolute, X
|
||||
40: RTI - Implied
|
||||
41: EOR - (Zero Page, X)
|
||||
42:
|
||||
43: SRE - (Zero Page, X)
|
||||
44:
|
||||
45: EOR - Zero Page
|
||||
46: LSR - Zero Page
|
||||
47: SRE - Zero Page
|
||||
48: PHA - Implied
|
||||
49: EOR - Immediate
|
||||
4A: LSR - Implied
|
||||
4B: ASR - Immediate
|
||||
4C: JMP - Absolute
|
||||
4D: EOR - Absolute
|
||||
4E: LSR - Absolute
|
||||
4F: SRE - Absolute
|
||||
50: BVC - Relative
|
||||
51: EOR - (Zero Page), Y
|
||||
52:
|
||||
53: SRE - (Zero Page), Y
|
||||
54:
|
||||
55: EOR - Zero Page, X
|
||||
56: LSR - Zero Page, X
|
||||
57: SRE - Zero Page, X
|
||||
58: CLI - Implied
|
||||
59: EOR - Absolute, Y
|
||||
5A:
|
||||
5B: SRE - Absolute, Y
|
||||
5C:
|
||||
5D: EOR - Absolute, X
|
||||
5E: LSR - Absolute, X
|
||||
5F: SRE - Absolute, X
|
||||
60: RTS - Implied
|
||||
61: ADC - (Zero Page, X)
|
||||
62:
|
||||
63: RRA - (Zero Page, X)
|
||||
64:
|
||||
65: ADC - Zero Page
|
||||
66: ROR - Zero Page
|
||||
67: RRA - Zero Page
|
||||
68: PLA - Implied
|
||||
69: ADC - Immediate
|
||||
6A: ROR - Implied
|
||||
6B: ARR - Immediate
|
||||
6C: JMP - (Absolute)
|
||||
6D: ADC - Absolute
|
||||
6E: ROR - Absolute
|
||||
6F: RRA - Absolute
|
||||
70: BVS - Relative
|
||||
71: ADC - (Zero Page), Y
|
||||
72:
|
||||
73: RRA - (Zero Page), Y
|
||||
74:
|
||||
75: ADC - Zero Page, X
|
||||
76: ROR - Zero Page, X
|
||||
77: RRA - Zero Page, X
|
||||
78: SEI - Implied
|
||||
79: ADC - Absolute, Y
|
||||
7A:
|
||||
7B: RRA - Absolute, Y
|
||||
7C:
|
||||
7D: ADC - Absolute, X
|
||||
7E: ROR - Absolute, X
|
||||
7F: RRA - Absolute, X
|
||||
80:
|
||||
81: STA - (Zero Page, X)
|
||||
82:
|
||||
83: SAX - (Zero Page, X)
|
||||
84: STY - Zero Page
|
||||
85: STA - Zero Page
|
||||
86: STX - Zero Page
|
||||
87: SAX - Zero Page
|
||||
88: DEY - Implied
|
||||
89:
|
||||
8A: TXA - Implied
|
||||
8B: ANE - Immediate
|
||||
8C: STY - Absolute
|
||||
8D: STA - Absolute
|
||||
8E: STX - Absolute
|
||||
8F: SAX - Absolute
|
||||
90: BCC - Relative
|
||||
91: STA - (Zero Page), Y
|
||||
92:
|
||||
93: SHA - (Zero Page), Y
|
||||
94: STY - Zero Page, X
|
||||
95: STA - Zero Page, X
|
||||
96: STX - Zero Page, Y
|
||||
97: SAX - Zero Page, Y
|
||||
98: TYA - Implied
|
||||
99: STA - Absolute, Y
|
||||
9A: TXS - Implied
|
||||
9B: SHS - Absolute, Y
|
||||
9C:
|
||||
9D: STA - Absolute, X
|
||||
9E: SHX - Absolute, Y
|
||||
9F: SHA - Absolute, Y
|
||||
A0: LDY - Immediate
|
||||
A1: LDA - (Zero Page, X)
|
||||
A2: LDX - Immediate
|
||||
A3: LAX - (Zero Page, X)
|
||||
A4: LDY - Zero Page
|
||||
A5: LDA - Zero Page
|
||||
A6: LDX - Zero Page
|
||||
A7: LAX - Zero Page
|
||||
A8: TAY - Implied
|
||||
A9: LDA - Immediate
|
||||
AA: TAX - Implied
|
||||
AB: LXA - Immediate
|
||||
AC: LDY - Absolute
|
||||
AD: LDA - Absolute
|
||||
AE: LDX - Absolute
|
||||
AF: LAX - Absolute
|
||||
B0: BCS - Relative
|
||||
B1: LDA - (Zero Page), Y
|
||||
B2:
|
||||
B3: LAX - (Zero Page), Y
|
||||
B4: LDY - Zero Page, X
|
||||
B5: LDA - Zero Page, X
|
||||
B6: LDX - Zero Page, Y
|
||||
B7: LAX - Zero Page, Y
|
||||
B8: CLV - Implied
|
||||
B9: LDA - Absolute, Y
|
||||
BA: TSX - Implied
|
||||
BB: LAS - Absolute, Y
|
||||
BC: LDY - Absolute, X
|
||||
BD: LDA - Absolute, X
|
||||
BE: LDX - Absolute, Y
|
||||
BF: LAX - Absolute, Y
|
||||
C0: CPY - Immediate
|
||||
C1: CMP - (Zero Page, X)
|
||||
C2:
|
||||
C3: DCP - (Zero Page, X)
|
||||
C4: CPY - Zero Page
|
||||
C5: CMP - Zero Page
|
||||
C6: DEC - Zero Page
|
||||
C7: DCP - Zero Page
|
||||
C8: INY - Implied
|
||||
C9: CMP - Immediate
|
||||
CA: DEX - Implied
|
||||
CB: SBX - Immediate
|
||||
CC: CPY - Absolute
|
||||
CD: CMP - Absolute
|
||||
CE: DEC - Absolute
|
||||
CF: DCP - Absolute
|
||||
D0: BNE - Relative
|
||||
D1: CMP - (Zero Page), Y
|
||||
D2:
|
||||
D3: DCP - (Zero Page), Y
|
||||
D4:
|
||||
D5: CMP - Zero Page, X
|
||||
D6: DEC - Zero Page, X
|
||||
D7: DCP - Zero Page, X
|
||||
D8: CLD - Implied
|
||||
D9: CMP - Absolute, Y
|
||||
DA:
|
||||
DB: DCP - Absolute, Y
|
||||
DC:
|
||||
DD: CMP - Absolute, X
|
||||
DE: DEC - Absolute, X
|
||||
DF: DCP - Absolute, X
|
||||
E0: CPX - Immediate
|
||||
E1: SBC - (Zero Page, X)
|
||||
E2:
|
||||
E3: ISB - (Zero Page, X)
|
||||
E4: CPX - Zero Page
|
||||
E5: SBC - Zero Page
|
||||
E6: INC - Zero Page
|
||||
E7: ISB - Zero Page
|
||||
E8: INX - Implied
|
||||
E9: SBC - Immediate
|
||||
EA: NOP - Implied
|
||||
EB:
|
||||
EC: CPX - Absolute
|
||||
ED: SBC - Absolute
|
||||
EE: INC - Absolute
|
||||
EF: ISB - Absolute
|
||||
F0: BEQ - Relative
|
||||
F1: SBC - (Zero Page), Y
|
||||
F2:
|
||||
F3: ISB - (Zero Page), Y
|
||||
F4:
|
||||
F5: SBC - Zero Page, X
|
||||
F6: INC - Zero Page, X
|
||||
F7: ISB - Zero Page, X
|
||||
F8: SED - Implied
|
||||
F9: SBC - Absolute, Y
|
||||
FA:
|
||||
FB: ISB - Absolute, Y
|
||||
FC:
|
||||
FD: SBC - Absolute, X
|
||||
FE: INC - Absolute, X
|
||||
FF: ISB - Absolute, X
|
||||
|
|
|
|||
Loading…
Reference in New Issue