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DEBUG.PAS
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{ @author: Sylvain Maltais (support@gladir.com)
@created: 2022
@website(https://www.gladir.com/msdos0)
@abstract(Target: Turbo Pascal, Free Pascal)
}
Program DEBUG;
Uses Crt,DOS;
Const
CommandList:Array[0..36]of String[4]=(
'A','C','DB','DD','DI','DL','DM','DW','DX','E','EXIT',
'F','G','H','ID','IW','L','M','MC','MD','N',
'OD','OW','P','PR','Q','QUIT','R',
'RM','RN','RNR','S','T','TM','U','W','D'
);
CommandName:Array[0..36]of String[35]=(
'Assembler',
'Comparer',
'Sortir un octet',
'Sortir un double mot',
'Sortir un interruption',
'Sortir le LDT',
'Sortir une chaine MCB',
'Sortir un mot',
'Sortir la memoire etendu',
'Entrer',
'Sortir',
'Remplir',
'Aller a',
'Hexadecimal',
'Entree de port d''un double mot',
'Entree de port d''un mot',
'Charge un fichier',
'Deplacer',
'Fixe le mode FPU',
'Deplacer',
'Nom',
'Sortie de port d''un double mot',
'Sortie de port d''un mot',
'Traitement',
'Retourne le traitement',
'Sortir',
'Sortir',
'Registre',
'Registre MMX',
'Registre FPU',
'Registre FPU',
'Recherche',
'Trace',
'Mode tracage',
'Dessembler',
'Ecrire le fichier',
'Sortir'
);
CommandSyntax:Array[0..36]of String[50]=(
'A [adresse]',
'C intervalle adresse',
'DB intervalle',
'DD intervalle',
'DI interruption [compteur]',
'DL selecteur [compteur]',
'DM',
'DW intervalle',
'DX [adresse_physique]',
'E adresse [liste]',
'EXIT',
'F intervalle liste',
'G [=adresse] [point_d_arret]',
'H valeur1 valeur2',
'ID port',
'IW port',
'L [adresse]',
'M intervalle adresse',
'MC [2:N] (2=287, N=Pas de FPU)',
'MD',
'N [[unite:][chemin]nomfichier [listeparametre]]',
'OD port valeur',
'OW port valeur',
'P [=adresse] [compteur]',
'PR',
'Q',
'QUIT',
'R [registre [valeur]]',
'RM',
'RN',
'RNR',
'S intervalle liste',
'T [=adresse] [compteur]',
'TM [0|1]',
'U [intervalle]',
'W [adresse]',
'D [intervalle]'
);
Type
Instr80x86Rec=Record
BaseSize:Byte;
AsmName:String[10];
AsmName66h:String[10];
AsmName0Fh:String[10];
Param:Boolean;
End;
Const
{Adresse d'assembleur pour le micro-processeur Intel (Cpu Intel)}
ciBXnSI=$00;{©[BX+SI]î,88+}
ciBXnDI=$01;{©[BX+DI]î,88+}
ciBPnSI=$02;{©[BP+SI]î,88+}
ciBPnDI=$03;{©[BP+DI]î,88+}
ciSI=$04;{©[SI]î,88+}
ciDI=$05;{©[DI]î,88+}
ciBP=$06;{©[BP]î,88+}
ciBX=$07;{©[BX]î,88+}
{Instruction d'assembleur pour le micro-processeur Intel (Cpu Intel)}
ciAAA=$37;{©AAAî,88+}
ciAAD_=$D5;{©AADî,88+}
ciAAM_=$D4;{©AAMî,88+}
ciAAS=$3F;{©AASî,88+}
ciAdcAL_=$14;{©ADC AL,??hî,286+}
ciAdcAX_=$15;{©ADC AX,????hî,286+}
ciAddAL_=$04;{©ADD AL,??hî,286+}
ciAddAX_=$05;{©ADD AX,????hî,286+}
ciAndAL_=$24;{©AND AL,??hî,286+}
ciAndAX_=$25;{©AND AX,????hî,286+}
ciCallFarAbs=$9A;{©CALL FAR ????h:????hî,88+}
ciCBW=$98;{©CBWî,88+}
ciCC=$CC;{©INT 03hî(Code Sp'cial CCh),88+}
ciCLC=$F8;{©CLCî,88+}
ciCLD=$FC;{©CLDî,88+}
ciCLI=$FA;{©CLIî,88+}
ciCMC=$F5;{©CMCî,88+}
ciCmpAL_=$3C;{©CMP AL,??hî,286+}
ciCmpAX_=$3D;{©CMP AX,????hî,286+}
ciCmpSB=$A6;{©CMPSBî,88+}
ciCmpSW=$A7;{©CMPSWî,88+}
ciCS=$2E;{©CSî,88+}
ciCWD=$99;{©CWDî,88+}
ciDAA=$27;{©DAAî,88+}
ciDAS=$2F;{©DASî,88+}
ciDecAX=$48;{©DEC AXî,88+}
ciDecBP=$4D;{©DEC BPî,88+}
ciDecBX=$4B;{©DEC BXî,88+}
ciDecCX=$49;{©DEC CXî,88+}
ciDecDI=$4F;{©DEC DIî,88+}
ciDecDX=$4A;{©DEC DXî,88+}
ciDecSI=$4E;{©DEC SIî,88+}
ciDecSP=$4C;{©DEC SPî,88+}
ciDS=$3E;{©DSî,88+}
ciES=$26;{©ESî,88+}
ciFS=$64;{©FSî,386+}
ciGS=$65;{©GSî,386+}
ciHLT=$F4;{©HLTî,88+}
ciIncAX=$40;{©INC AXî,88+}
ciIncBP=$45;{©INC BPî,88+}
ciIncBX=$43;{©INC BXî,88+}
ciIncCX=$41;{©INC CXî,88+}
ciIncDI=$47;{©INC DIî,88+}
ciIncDX=$42;{©INC DXî,88+}
ciIncSI=$46;{©INC SIî,88+}
ciIncSP=$44;{©INC SPî,88+}
ciInsB=$6C;{©INSBî,88+}
ciInsW=$6D;{©INSWî,88+}
ciInt=$CD;{©INT ??hî,88+}
ciIntO=$CE;{©INTOî,88+}
ciIRet=$CF;{©IRETî,88+}
ciJBE=$76;{©JBE ?î,88+}
ciJC=$72;{©JC ?î,88+}
ciJG=$7E;{©JG ?î,88+}
ciJL=$7C;{©JL ?î,88+}
ciJMP_Word=$E9;{©JMP ????î,88+}
ciJNBE=$77;{©JNBE ?î,88+}
ciJNC=$73;{©JNC ?î,88+}
ciJNG=$7F;{©JNG ?î,88+}
ciJNL=$7D;{©JNL ?î,88+}
ciJNO=$71;{©JNO ?î,88+}
ciJNP=$7B;{©JNP ?î,88+}
ciJNS=$79;{©JNS ?î,88+}
ciJNZ=$75;{©JNZ ?î,88+}
ciJO=$70;{©JO ?î,88+}
ciJP=$7A;{©JP ?î,88+}
ciJS=$78;{©JS ?î,88+}
ciJZ=$74;{©JZ ?î,88+}
ciLAHF=$9F;{©LAHFî,88+}
ciLAR=$020F;{©LARî,386+}
ciLeave=$C9;{©LEAVEî,286+}
ciLDS=$C5;{©LDS reg,memî,88+}
ciLES=$C4;{©LES reg,memî,88+}
ciLFS=$B40F;{©LFS reg,memî,386+}
ciLGS=$B50F;{©LGS reg,memî,386+}
ciLock=$F0;{©LOCK ?î,88+}
ciLODSB=$AC;{©LODSBî,88+}
ciLODSD=$AD66;{©LODSDî,386+}
ciLODSW=$AD;{©LODSWî,88+}
ciLSL=$030F;{©LSL ?î,386+}
ciLSS=$B20F;{©LSS reg,memî,386+}
ciMovAL_=$A0;{©MOV AL,[addr]î,286+}
ciMovAL_Byte=$B0;{©MOV AL,??î,88+}
ciMovAX_=$A1;{©MOV AX,[addr]î,286+}
ciMovAX_Word=$B8;{©MOV AX,????î, 88+}
ciMovAH_AL=$E08A;{©MOV AH,ALî,88+}
ciMovBP_SP=$EC8B;{©MOV BP,SPî,88+}
ciMovBX_CX=$D98B;{©MOV BX,CXî,88+}
ciMovCX_BX=$CB8B;{©MOV CX,BXî,88+}
ciMovDX_Word=$BA;{©MOV DX,????î,88+}
ciMovEAX_ES_DI=$058B6626;{©MOV EAX,ES:[DI]î,386+}
ciMovES_DI_EAX=$05896626;{©MOV ES:[DI],EAXî,386+}
ciMovSB=$A4;{©MOVSBî,88+}
ciMovSD=$A566;{©MOVSDî,386+}
ciMovSW=$A5;{©MOVSWî,88+}
ciNOP=$90;{©NOPî,88+}
ciOutDX_AL=$EE;{©OUT DX,ALî,88+}
ciOutDX_AX=$EF;{©OUT DX,AXî,88+}
ciOutSB=$6E;{©OUTSBî,286+}
ciOutSD=$6F66;{©OUTSDî,386+}
ciOutSW=$6F;{©OUTSWî,286+}
ciPopAX=$58;{©POP AXî,88+}
ciPopBP=$5D;{©POP BPî,88+}
ciPopBX=$5B;{©POP BXî,88+}
ciPopCX=$59;{©POP CXî,88+}
ciPopDX=$5A;{©POP DXî,88+}
ciPopDI=$5F;{©POP DIî,88+}
ciPopDS=
9E7A
$1F;{©POP DSî,88+}
ciPopEAX=$5866;{©POP EAXî,386+}
ciPopEBX=$5B66;{©POP EBXî,386+}
ciPopECX=$5966;{©POP ECXî,386+}
ciPopEDI=$66+(ciPopDI shl 8);{©PUSH EDIî,386+}
ciPopEDX=$5A66;{©POP EDXî,386+}
ciPopFS=$A10F;{©PUSH FSî,386+}
ciPopGS=$A90F;{©PUSH GSî,386+}
ciPopES=$07;{©POP ESî,88+}
ciPopSI=$5E;{©POP SIî,88+}
ciPopSP=$5C;{©POP SPî,88+}
ciPopSS=$17;{©POP SSî,88+}
ciPopA=$61;{©POPAî,286+}
ciPopF=$9D;{©POPFî,88+}
ciPushA=$60;{©PUSHAî,286+}
ciPushAX=$50;{©PUSH AXî,88+}
ciPushBP=$55;{©PUSH BPî,88+}
ciPushBX=$53;{©PUSH BXî,88+}
ciPushCS=$0E;{©PUSH CSî,88+}
ciPushCX=$51;{©PUSH CXî,88+}
ciPushDI=$57;{©PUSH DIî,88+}
ciPushDS=$1E;{©PUSH DSî,88+}
ciPushDX=$52;{©PUSH DXî,88+}
ciPushEAX=$5066;{©PUSH EAXî,386+}
ciPushEBX=$5366;{©PUSH EBXî,386+}
ciPushECX=$5166;{©PUSH ECXî,386+}
ciPushEDX=$5266;{©PUSH EDXî,386+}
ciPushEDI=$66+(ciPushDI shl 8);{©PUSH EDIî,386+}
ciPushES=$06;{©PUSH ESî,88+}
ciPushFS=$A00F;{©PUSH FSî,386+}
ciPushGS=$A80F;{©PUSH GSî, 386+}
ciPushMemB=$6A;{©PUSH ??î, 286+}
ciPushSI=$56;{©PUSH SIî,88+}
ciPushSP=$54;{©PUSH SPî,88+}
ciPushSS=$16;{©PUSH SSî,88+}
ciPushF=$9C;{©PUSHFî,88+}
ciRepNZ=$F2;{©REPNZ ?î,88+}
ciRep=$F3;{©REP ?î,88+}
ciRetF=$CB;{©RETFî,88+}
ciRetN=$C3;{©RETNî,88+}
ciRet=ciRetN;{©RETNîou©RETFî,88+}
ciSAHF=$9E;{©SAHFî,88+}
ciSbbAL_=$1C;{©SBB AL,??hî,286+}
ciSbbAX_=$1D;{©SBB AX,????hî,286+}
ciSCASB=$AE;{©SCASBî,88+}
ciSCASD=$AF66;{©SCASSî,386+}
ciSCASW=$AF;{©SCASWî,88+}
ciSHR_AX_=$E8C1;{©SHR AX,?î,88+}
ciSHR_CX_=$E9C1;{©SHR CX,?î,88+}
ciSubAL_=$2C;{ ©SUB AL,??hî,286+}
ciSubAX_=$2D;{©SUB AX,????hî,286+}
ciSS=$36;{©SSî,88+}
ciSTC=$F9;{©STCî,88+}
ciSTD=$FD;{©STDî,88+}
ciSTI=$FB;{©STIî,88+}
ciSTOSB=$AA;{©STOSBî,88+}
ciSTOSD=$AB66;{©STOSDî,386+}
ciSTOSW=$AB;{©STOSWî,88+}
ciXchgAXnBP=$95;{©XCHG AX,BPî,88+}
ciXchgAXnBX=$93;{©XCHG AX,BXî,88+}
ciXchgAXnCX=$91;{©XCHG AX,CXî,88+}
ciXchgAXnDI=$97;{©XCHG AX,DIî,88+}
ciXchgAXnDX=$92;{©XCHG AX,DXî,88+}
ciXchgAXnSI=$96;{©XCHG AX,SIî,88+}
ciXchgAXnSP=$94;{©XCHG AX,SPî,88+}
ciXchgEAX_DS_SI=$048B663E;{©XCHG EAX,DS:[SI]î,386+}
ciXlat=$D7;{©XLATî,88+}
ciXOR_=$81;{©XOR ?,?î,88+}
ciXOR_AL_=$34;{©XOR AL,??hî,286+}
ciXOR_AX_=$35;{©XOR AX,????hî,286+}
Const
RegWord:Array[0..7]of String[2]=('AX','CX','DX','BX','SP','BP','SI','DI');
RegByte:Array[0..7]of String[2]=('AL','CL','DL','BL','AH','CH','DH','BH');
RegS:Array[0..3]of String[2]=('ES','CS','SS','DS');
BasS:Array[0..7]of String[3]=('ADD','OR', 'ADC','SBB','AND','SUB','XOR','CMP');
RotS:Array[0..7]of String[3]=('ROL','ROR','RCL','RCR','SHL','SHR','SAR','SAL');
SmpS:Array[2..7]of String[4]=('NOT','NEG','MUL','IMUL','DIV','IDIV');
PtrS:Array[0..1]of String[9]=('Byte Ptr ','Word Ptr ');
PrcS:Array[0..1]of String[9]=('Near Ptr ','Far Ptr ');
FlgS:Array[0..$F]of String[2]=(
{0} 'O ',
{1} 'NO',
{2} 'C ',
{3} 'NC',
{4} 'Z ',
{5} 'NZ',
{6} 'BE',
{7} 'A ',
{8} 'S ',
{9} 'NS',
{A} 'P ',
{B} 'NP',
{C} 'L ',
{D} 'NL',
{E} 'G ',
{F} 'NG');
Instr80x86:Array[0..$FF]of Instr80x86Rec=(
(BaseSize:$02;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [00h] ADD mem/reg,regbyte }
(BaseSize:$02;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [01h] ADD }
(BaseSize:$02;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [02h] ADD }
(BaseSize:$02;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [03h] ADD }
(BaseSize:$02;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [04h] ADD AL,kk }
(BaseSize:$03;AsmName:'ADD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [05h] ADD AX,jjkk }
(BaseSize:$01;AsmName:'PUSH ES'; AsmName66h:''; AsmName0Fh:'CLTS';Param:False), { [06h] PUSH ES }
(BaseSize:$01;AsmName:'POP ES'; AsmName66h:''; AsmName0Fh:'LOADALL';Param:False), { [07h] POP ES }
(BaseSize:$02;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'WBINVD';Param:True), { [08h] OR }
(BaseSize:$02;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'INVD';Param:True), { [09h] OR }
(BaseSize:$02;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [0Ah] OR }
(BaseSize:$02;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [0Bh] OR }
(BaseSize:$02;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [0Ch] OR AL,kk }
(BaseSize:$03;AsmName:'OR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [0Dh] OR AX,jjkk }
(BaseSize:$01;AsmName:'PUSH CS'; AsmName66h:''; AsmName0Fh:'';Param:False), { [0Eh] PUSH CS }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [0Fh] Inutilise }
(BaseSize:$02;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [10h] ADC }
(BaseSize:$02;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [11h] ADC }
(BaseSize:$02;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [12h] ADC }
(BaseSize:$02;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [13h] ADC }
(BaseSize:$02;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [14h] ADC AL,kk }
(BaseSize:$03;AsmName:'ADC'; AsmName66h:''; AsmName0Fh:'';Param:True), { [15h] ADC AX,jjkk }
(BaseSize:$01;AsmName:'PUSH SS'; AsmName66h:''; AsmName0Fh:'';Param:False), { [16h] PUSH SS }
(BaseSize:$01;AsmName:'POP SS'; AsmName66h:''; AsmName0Fh:'';Param:False), { [17h] POP SS }
(BaseSize:$02;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [18h] SBB }
(BaseSize:$02;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [19h] SBB }
(BaseSize:$02;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Ah] SBB }
(BaseSize:$02;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Bh] SBB }
(BaseSize:$02;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Ch] SBB AL,kk }
(BaseSize:$03;AsmName:'SBB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Dh] SBB AX,jjkk }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Eh] PUSH DS }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [1Fh] POP DS }
(BaseSize:$02;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [20h] AND }
(BaseSize:$02;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [21h] AND }
(BaseSize:$02;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [22h] AND }
(BaseSize:$02;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [23h] AND }
(BaseSize:$02;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [24h] AND AL,kk }
(BaseSize:$03;AsmName:'AND'; AsmName66h:''; AsmName0Fh:'';Param:True), { [25h] AND AX,jjkk }
(BaseSize:$01;AsmName:'ES:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [26h] ES: }
(BaseSize:$01;AsmName:'DAA'; AsmName66h:''; AsmName0Fh:'';Param:True), { [27h] DAA }
(BaseSize:$02;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True),
F438
{ [28h] SUB }
(BaseSize:$02;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [29h] SUB }
(BaseSize:$02;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [2Ah] SUB }
(BaseSize:$02;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [2Bh] SUB }
(BaseSize:$02;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [2Ch] SUB AL,kk }
(BaseSize:$03;AsmName:'SUB'; AsmName66h:''; AsmName0Fh:'';Param:True), { [2Dh] SUB AX,jjkk }
(BaseSize:$01;AsmName:'CS:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [2Eh] CS: }
(BaseSize:$01;AsmName:'DAS'; AsmName66h:''; AsmName0Fh:'';Param:False), { [2Fh] DAS }
(BaseSize:$02;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'WRMSR';Param:True), { [30h] XOR }
(BaseSize:$02;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'RDTSC';Param:True), { [31h] XOR }
(BaseSize:$02;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'RDMSR';Param:True), { [32h] XOR }
(BaseSize:$02;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'RDPMC';Param:True), { [33h] XOR }
(BaseSize:$02;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [34h] XOR AL,kk }
(BaseSize:$03;AsmName:'XOR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [35h] XOR AX,jjkk }
(BaseSize:$01;AsmName:'SS:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [36h] SS: }
(BaseSize:$01;AsmName:'AAA'; AsmName66h:''; AsmName0Fh:'';Param:False), { [37h] AAA }
(BaseSize:$02;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [38h] CMP }
(BaseSize:$02;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [39h] CMP }
(BaseSize:$02;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [3Ah] CMP }
(BaseSize:$02;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [3Bh] CMP }
(BaseSize:$02;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [3Ch] CMP AL,kk }
(BaseSize:$03;AsmName:'CMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [3Dh] CMP AX,jjkk }
(BaseSize:$01;AsmName:'DS:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [3Eh] DS: }
(BaseSize:$01;AsmName:'AAS'; AsmName66h:''; AsmName0Fh:'';Param:False), { [3Fh] AAS }
(BaseSize:$01;AsmName:'INC AX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [40h] INC AX }
(BaseSize:$01;AsmName:'INC CX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [41h] INC CX }
(BaseSize:$01;AsmName:'INC DX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [42h] INC DX }
(BaseSize:$01;AsmName:'INC BX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [43h] INC BX }
(BaseSize:$01;AsmName:'INC SP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [44h] INC SP }
(BaseSize:$01;AsmName:'INC BP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [45h] INC BP }
(BaseSize:$01;AsmName:'INC SI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [46h] INC SI }
(BaseSize:$01;AsmName:'INC DI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [47h] INC DI }
(BaseSize:$01;AsmName:'DEC AX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [48h] DEC AX }
(BaseSize:$01;AsmName:'DEC CX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [49h] DEC CX }
(BaseSize:$01;AsmName:'DEC DX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Ah] DEC DX }
(BaseSize:$01;AsmName:'DEC BX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Bh] DEC BX }
(BaseSize:$01;AsmName:'DEC SP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Ch] DEC SP }
(BaseSize:$01;AsmName:'DEC BP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Dh] DEC BP }
(BaseSize:$01;AsmName:'DEC SI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Eh] DEC SI }
(BaseSize:$01;AsmName:'DEC DI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [4Fh] DEC DI }
(BaseSize:$01;AsmName:'PUSH AX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [50h] PUSH AX }
(BaseSize:$01;AsmName:'PUSH CX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [51h] PUSH CX }
(BaseSize:$01;AsmName:'PUSH DX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [52h] PUSH DX }
(BaseSize:$01;AsmName:'PUSH BX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [53h] PUSH BX }
(BaseSize:$01;AsmName:'PUSH SP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [54h] PUSH SP }
(BaseSize:$01;AsmName:'PUSH BP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [55h] PUSH BP }
(BaseSize:$01;AsmName:'PUSH SI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [56h] PUSH SI }
(BaseSize:$01;AsmName:'PUSH DI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [57h] PUSH DI }
(BaseSize:$01;AsmName:'POP AX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [58h] POP AX }
(BaseSize:$01;AsmName:'POP CX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [59h] POP CX }
(BaseSize:$01;AsmName:'POP DX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Ah] POP DX }
(BaseSize:$01;AsmName:'POP BX'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Bh] POP BX }
(BaseSize:$01;AsmName:'POP SP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Ch] POP SP }
(BaseSize:$01;AsmName:'POP BP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Dh] POP BP }
(BaseSize:$01;AsmName:'POP SI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Eh] POP SI }
(BaseSize:$01;AsmName:'POP DI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [5Fh] POP DI }
(BaseSize:$01;AsmName:'PUSHA'; AsmName66h:'PUSHAD'; AsmName0Fh:'';Param:False), { [60h] PUSHA }
(BaseSize:$01;AsmName:'POPA'; AsmName66h:'POPAD'; AsmName0Fh:'';Param:False), { [61h] POPA }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [62h] BOUND }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [63h] ARPL }
(BaseSize:$01;AsmName:'FS:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [64h] FS: }
(BaseSize:$01;AsmName:'GS:'; AsmName66h:''; AsmName0Fh:'';Param:False), { [65h] GS: }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [66h] 386... }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [67h] 386... }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [68h] PUSH Immediat Word }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [69h] IMUL }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [6Ah] PUSH Immediat Byte }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [6Bh] IMUL }
(BaseSize:$01;AsmName:'INSB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [6Ch] INSB }
(BaseSize:$01;AsmName:'INSW'; AsmName66h:'INSD'; AsmName0Fh:'';Param:False), { [6Dh] INSW }
(BaseSize:$01;AsmName:'OUTSB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [6Eh] OUTSB }
(BaseSize:$01;AsmName:'OUTSW'; AsmName66h:'OUTSD'; AsmName0Fh:'';Param:False), { [6Fh] OUTSW }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [70h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [71h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [72h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [73h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [74h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [75h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [76h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'EMMS';Param:True), { [77h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [78h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [79h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Ah] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Bh] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Ch] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Dh] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Eh] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [7Fh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [80h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [81h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [82h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [83h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [84h] TEST }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [85h] TEST }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [86h] XCHG }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [87h] XCHG }
(BaseSize:$02;AsmName:'MOV'; AsmName66h:''; AsmName0Fh:'';Param:True), { [88h] MOV }
(BaseSize:$02;AsmName:'MOV'; AsmName66h:''; AsmName0Fh:'';Param:True), { [89h] MOV }
(BaseSize:$02;AsmName:'MOV'; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Ah] MOV }
(BaseSize:$02;AsmName:'MOV'; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Bh] MOV }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Ch] MOV [],ES }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Dh] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Eh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [8Fh] }
(BaseSize:$01;AsmName:'NOP'; AsmName66h:''; AsmName0Fh:'';Param:False), { [90h] NOP }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [91h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [92h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [93h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [94h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [95h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [96h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [97h] }
(BaseSize:$01;AsmName:'CBW'; AsmName66h:'CDWE'; AsmName0Fh:'';Param:True), { [98h] }
(BaseSize:$01;AsmName:'CWD'; AsmName66h:'CDQ'; AsmName0Fh:'';Param:True), { [99h] }
(BaseSize:$05;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [9Ah] CALL FAR iijj:kkll }
(BaseSize:$01;AsmName:'WAIT'; AsmName66h:''; AsmName0Fh:'';Param:True), { [9Bh] }
(BaseSize:$01;AsmName:'PUSHF'; AsmName66h:'PUSHFD'; AsmName0Fh:'';Param:True), { [9Ch] }
(BaseSize:$01;AsmName:'POPF'; AsmName66h:'POPFD'; AsmName0Fh:'';Param:True), { [9Dh] }
(BaseSize:$01;AsmName:'SAHF'; AsmName66h:''; AsmName0Fh:'';Param:True), { [9Eh] }
(BaseSize:$01;AsmName:'LAHF'; AsmName66h:''; AsmName0Fh:'';Param:True), { [9Fh] }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'PUSH FS';Param:True), { [A0h] }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'POP FS';Param:True), { [A1h] }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'CPUID';Param:True), { [A2h] MOV [iijj],AL }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [A3h] }
(BaseSize:$01;AsmName:'MOVSB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [A4h] MOVSB }
(BaseSize:$01;AsmName:'MOVSW'; AsmName66h:'MOVSD'; AsmName0Fh:'';Param:False), { [A5h] MOVSW }
(BaseSize:$01;AsmName:'CMPSB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [A6h] CMPSB }
(BaseSize:$01;AsmName:'CMPSD'; AsmName66h:'CMPSD'; AsmName0Fh:'';Param:False), { [A7h] CMPSW }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'PUSH GS';Param:True), { [A8h] TEST AL,ii }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'POP GS';Param:True), { [A9h] TEST AX,iijj }
(BaseSize:$01;AsmName:'STOSB'; AsmName66h:''; AsmName0Fh:'RSM';Param:False), { [AAh] STOSB }
(BaseSize:$01;AsmName:'STOSW'; AsmName66h:'STOSD'; AsmName0Fh:'';Param:False), { [ABh] STOSW }
(BaseSize:$01;AsmName:'LODSB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [ACh] LODSB }
(BaseSize:$01;AsmName:'LODSW'; AsmName66h:'LODSD'; AsmName0Fh:'';Param:False), { [ADh] LODSW }
(BaseSize:$01;AsmName:'SCASB'; AsmName66h:''; AsmName0Fh:'';Param:False), { [AEh] SCASB }
(BaseSize:$01;AsmName:'SCASW'; AsmName66h:'SCASD'; AsmName0Fh:'';Param:False), { [AFh] SCASW }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B0h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B1h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B2h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B3h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B4h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B5h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B6h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B7h] }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B8h] MOV AX,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [B9h] MOV CX,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BAh] MOV DX,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BBh] MOV BX,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BCh] MOV SP,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BDh] MOV BP,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BEh] MOV SI,jjkk }
(BaseSize:$03;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [BFh] MOV DI,jjkk }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C0h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C1h] }
(BaseSize:$03;AsmName:'RETN '; AsmName66h:''; AsmName0Fh:'';Param:True), { [C2h] RETN iijj }
(BaseSize:$01;AsmName:'RETN'; AsmName66h:''; AsmName0Fh:'';Param:False), { [C3h] RETN }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C4h] LES }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C5h] LDS }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C6h] MOV }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [C7h] MOV }
(BaseSize:$04;AsmName:'ENTER '; AsmName66h:''; AsmName0Fh:'';Param:True), { [C8h] ENTER }
(BaseSize:$01;AsmName:'LEAVE'; AsmName66h:''; AsmName0Fh:'';Param:True), { [C9h] }
(BaseSize:$03;AsmName:'RETF '; AsmName66h:''; AsmName0Fh:'';Param:True), { [CAh] }
(BaseSize:$01;AsmName:'RETF'; AsmName66h:''; AsmName0Fh:'';Param:True), { [CBh] }
(BaseSize:$01;AsmName:'INT 03h'; AsmName66h:''; AsmName0Fh:'';Param:True), { [CCh] }
(BaseSize:$02;AsmName:'INT '; AsmName66h:''; AsmName0Fh:'';Param:True), { [CDh] }
(BaseSize:$01;AsmName:'INTO'; AsmName66h:''; AsmName0Fh:'';Param:True), { [CEh] }
(BaseSize:$01;AsmName:'IRET'; AsmName66h:'IRETD'; AsmName0Fh:'';Param:True), { [CFh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D0h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D1h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D2h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D3h] }
(BaseSize:$02;AsmName:'AAM'; AsmName66h:''; AsmName0Fh:'';Param:True), { [D4h] }
(BaseSize:$02;AsmName:'AAD'; AsmName66h:''; AsmName0Fh:'';Param:True), { [D5h] AAD,... }
(BaseSize:$01;AsmName:'SETALC'; AsmName66h:'';
10000
AsmName0Fh:'';Param:True), { [D6h] }
(BaseSize:$01;AsmName:'XLAT'; AsmName66h:''; AsmName0Fh:'';Param:True), { [D7h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D8h] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [D9h] Float... }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DAh] }
(BaseSize:$02;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DBh] Float... }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DCh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DDh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DEh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [DFh] }
(BaseSize:$02;AsmName:'LOOPNZ'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E0h] LOOPNZ ii }
(BaseSize:$02;AsmName:'LOOPZ'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E1h] LOOPZ ii }
(BaseSize:$02;AsmName:'LOOP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E2h] LOOP ii }
(BaseSize:$02;AsmName:'JCXZ'; AsmName66h:'JECXZ'; AsmName0Fh:'';Param:True), { [E3h] JCXZ ii }
(BaseSize:$02;AsmName:'IN'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E4h] IN AL,ii }
(BaseSize:$02;AsmName:'IN'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E5h] IN AX,ii }
(BaseSize:$02;AsmName:'OUT'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E6h] OUT AL,ii }
(BaseSize:$02;AsmName:'OUT'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E7h] OUT AX,ii }
(BaseSize:$03;AsmName:'CALL '; AsmName66h:''; AsmName0Fh:'';Param:True), { [E8h] CALL $+jjkk }
(BaseSize:$03;AsmName:'JMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [E9h] JMP $+jjkk }
(BaseSize:$05;AsmName:'JMP FAR'; AsmName66h:''; AsmName0Fh:'';Param:True), { [EAh] JMP FAR iijj:kkll }
(BaseSize:$02;AsmName:'JMP'; AsmName66h:''; AsmName0Fh:'';Param:True), { [EBh] JMP ii }
(BaseSize:$01;AsmName:'IN AL,DX'; AsmName66h:''; AsmName0Fh:'';Param:True), { [ECh] }
(BaseSize:$01;AsmName:'IN AX,DX'; AsmName66h:'IN EAX,DX';AsmName0Fh:'';Param:True), { [EDh] }
(BaseSize:$01;AsmName:'OUT DX,AL';AsmName66h:''; AsmName0Fh:'';Param:True), { [EEh] }
(BaseSize:$01;AsmName:'OUT DX,'; AsmName66h:''; AsmName0Fh:'';Param:True), { [EFh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F0h] LOCK ? }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F1h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F2h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F3h] }
(BaseSize:$01;AsmName:'HLT'; AsmName66h:''; AsmName0Fh:'';Param:False), { [F4h] HLT }
(BaseSize:$01;AsmName:'CMC'; AsmName66h:''; AsmName0Fh:'';Param:False), { [F5h] CMC }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F6h] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [F7h] }
(BaseSize:$01;AsmName:'CLC'; AsmName66h:''; AsmName0Fh:'';Param:False), { [F8h] CLC }
(BaseSize:$01;AsmName:'STC'; AsmName66h:''; AsmName0Fh:'';Param:False), { [F9h] STC }
(BaseSize:$01;AsmName:'CLI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [FAh] CLI }
(BaseSize:$01;AsmName:'STI'; AsmName66h:''; AsmName0Fh:'';Param:False), { [FBh] STI }
(BaseSize:$01;AsmName:'CLD'; AsmName66h:''; AsmName0Fh:'';Param:False), { [FCh] CLD }
(BaseSize:$01;AsmName:'STD'; AsmName66h:''; AsmName0Fh:'';Param:False), { [FDh] STD }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True), { [FEh] }
(BaseSize:$01;AsmName:''; AsmName66h:''; AsmName0Fh:'';Param:True) { [FFh] }
);
Type
TByte=Array[0..65519]of Byte;
Var
Language:(_French,_English,_Germany,_Italian,_Spain);
TmpLanguage:String;
CommandFound,Terminated:Boolean;
CurrProgName:String;
CmdStr:String;
CurrCommand,ParamList:String;
I,J:Byte;
StartPointer:Word;
Sector:^TByte;
SizeSector:Word;
Function PadRight(S:String;Space:Byte):String;
Var
I:Byte;
Begin
If Length(S)<Space Then For I:=Length(S)+1 to Space do S:=S+' ';
PadRight:=S;
End;
Function TrimL(S:String):String;
Var
I:Byte;
Begin
For I:=1to Length(S)do Begin
If S[I]<>' 'Then Begin
TrimL:=Copy(S,I,255);
Exit;
End;
End;
TrimL:=S;
End;
Function StrToUpper(S:String):String;
Var
I:Byte;
Begin
For I:=1 to Length(S)do Begin
If S[I] in['a'..'z']Then S[I]:=Chr(Ord(S[I])-32);
End;
StrToUpper:=S;
End;
Function GetHex(S:String;Var Result:Word):Boolean;
Var
i,j,k:Integer;
Begin
GetHex:=False;j:=0;Result:=0;
For i:=1to Length(S)do Begin
If S[i]>' 'Then begin
If Not(S[I]in['0'..'9','A'..'F'])Then Exit;
If S[i]>'9'Then S[i]:=Char(Byte(S[i])-7);
Result:=(Result shl 4)+(Byte(S[i])and $f);
Inc(j);
End;
End;
If j>0Then GetHex:=True;
End;
Procedure ExtractCommand;
Var
I:Byte;
Begin
For I:=1 to Length(CmdStr)do Begin
If Not(CmdStr[I]in['A'..'Z','a'..'z','_','-','0'..'9'])Then Begin
CurrCommand:=StrToUpper(Copy(CmdStr,1,I-1));
ParamList:=TrimL(Copy(CmdStr,I,255));
Exit;
End;
End;
CurrCommand:=StrToUpper(CmdStr);
ParamList:='';
End;
Function ExtractParam(Index:Byte):String;
Var
Count:Word;
LocalIndex:Word;
l:Byte;
Temp:String;
Begin
Temp:='';Count:=1;LocalIndex:=1;l:=0;
While Count<=Length(ParamList)do Begin
If Not(ParamList[Count] in [' ',#9])then Begin
If LocalIndex=Index Then Begin
While (Count<=Length(ParamList)) and (Not(ParamList[count] in[' ',#9])) and (l < 256) do Begin
Temp:=Temp+ParamList[count];
Inc(l);
Inc(Count);
end;
Temp[0]:=Char(l);
ExtractParam:=Temp;
Exit;
End;
While (Count<=Length(ParamList)) and (Not(ParamList[count] in [' ',#9])) do Inc(Count);
Inc(LocalIndex);
End;
If Count>=Length(ParamList)Then Break;
Inc(Count);
End;
ExtractParam:=Temp;
End;
Function ByteHex2Str(value:Byte):String;
Const
matrix:Array[0..15]of Char = ('0','1','2','3','4','5','6','7','8','9','A','B','C','D','E','F');
Begin
ByteHex2Str:=matrix[(value shr 4) and $0F]+matrix[value and $F];
End;
Function HexWord2Str(value:Word):String;Begin
HexWord2Str:=ByteHex2Str(Hi(value))+ByteHex2Str(Lo(value));
End;
Function HexByte(X:Byte):String;Begin
HexByte:=ByteHex2Str(X)+'h';
End;
Function HexWord(X:Word):String;Begin
HexWord:=HexWord2Str(X)+'h';
End;
Function HalfWord(I:Byte):String;Near;
Var
W:Word;
Begin
If I<$80Then W:=0
Else W:=$FF00;
W:=W or I;
HalfWord:=HexWord(W);
End;
Function Decode(Var Buf;Var I:Word):String;
Label
ReStart,Rep,99,_999,Xit;
Var
T:Array[0..65520] of Byte Absolute Buf;
CurrCode,X2,X3:Byte;
S:String;
XSeg,Prefix:Byte;
X386,Wd:Boolean;
PS,OldPS:^String;
Procedure DB;Begin
If Chr(CurrCode)in[' ','A'..'z']Then S:='DB '''+Chr(CurrCode)+''''
Else
Begin
S:='DB '+HexByte(CurrCode);
End;
End;
Function TWd(X:Word):Word;Begin
TWd:=T[X]+T[X+1]*256;
End;
Function SegS:String;Begin
Case(XSeg)of
ciCS:SegS:='CS:';
ciDS:SegS:='DS:';
ciES:SegS:='ES:';
ciFS:SegS:='FS:';
ciGS:SegS:='GS:';
ciSS:SegS:='SS:';
Else SegS:='';
End;
End;
Function JmpAddr:String;Begin
If T[I+1]>$7FThen JmpAddr:=HexWord(I-($100-2-T[I+1]))
Else JmpAddr:=HexWord(I+2+T[I+1]);
End;
Function OfsByte:String;Begin
If T[I]>=$7FThen OfsByte:='-'+HexByte($100-T[I])
Else OfsByte:='+'+HexByte(T[I]);
End;
Function OfsWord:String;Begin
If T[I]>$7FFFThen OfsWord:='-'+HexWord($10000-TWd(I))
Else OfsWord:='+'+HexWord(TWd(I));
End;
Function RegxWord(I:Byte):String;Begin
If(X386)Then RegxWord:='E'+RegWord[I]
Else RegxWord:=RegWord[I];
End;
Function D:String;Begin
If(X386)Then D:='D'
Else D:=''
End;
Function LoadAddr:String;
Const
SAddr:Array[0..7]of String[7]=(
'[BX+SI]',
'[BX+DI]',
'[BP+SI]',
'[BP+DI]',
'[SI]',
'[DI]',
'[BP]',
'[BX]'
);
Var
S:String;
X2:Byte;
Begin
S:=SegS+SAddr[T[I+1]and$7];
X2:=(T[I+1]shr 3)and 7;
If(CurrCode>=$FE)and(X2 in[2..5])Then LoadAddr:=PrcS[X2 and 1]+S
Else
Begin
S:=PtrS[CurrCode and 1]+S;
If Boolean(CurrCode and 1)Then S:=D+S;
LoadAddr:=S;
End;
End;
Function WordAddr:String;Begin
WordAddr:=SegS+'['+HexWord(TWd(I+1))+']'
End;
Function XtrkAddr:String;
Var
S:String;
Begin
S:=LoadAddr;
Case T[I+1]of
0..$3F:Inc(I);
$40..$7F:Begin
S:=Copy(S,1,Length(S)-1);
Inc(I,2);
S:=S+OfsByte+']';
End;
Else Begin { 80h . BFh }
S:=Copy(S,1,Length(S)-1);
Inc(I,2);
S:=S+OfsWord;
Inc(I);
S:=S+']';
End;
End;
XtrkAddr:=S;
End;
Var First:Boolean;
Function Register:String;
Label 1;
Var
T2:Byte;
Begin
T2:=T[I+1];
If CurrCode=$8EThen Begin
If(First)Then Begin
Register:=RegS[(T2 and$3F)shr 3];
First:=False;
Exit;
End;
Goto 1;
End
Else
If CurrCode=$8CThen Begin
If Not(First)Then Begin
Register:=RegS[(T2 and$3F)shr 3];
First:=True;
Exit;
End;
1:Register:=RegxWord(T2 and 7)
End
Else
Begin
If CurrCode in[$E4..$E7]Then T2:=0;
Case(T2)of
$40..$7F:T2:=(T2 and$3F)shr 3;
$C0..$FF:Begin
If(First=True)Then T2:=T2 and 7
Else T2:=(T2 and$3F)shr 3;
First:=False;
End;
Else T2:=(T2 shr 3)and 7;
End;
If CurrCode and 1=1Then Register:=RegxWord(T2)
Else Register:=RegByte[T2];
End;
End;
Function XtrkStandard:String;
Label Swp;
Var
R,S:String;
Wd:Boolean;
Reg:Byte;
Begin
Wd:=Boolean(CurrCode and 1);
Case T[I+1]of
$06:Reg:=0;
$0E:Reg:=1;
$16:Reg:=2;
$1E:Reg:=3;
$26:Reg:=4;
$2E:Reg:=5;
$36:Reg:=6;
$3E:Reg:=7;
$40..$7F:Begin
S:=XtrkAddr;
Dec(I,2);
R:=Register;
Inc(I);
Goto Swp;
End;
$C0..$FF:Begin
XtrkStandard:=Register+','+Register;
Exit;
End;
Else Begin
R:=Register;
S:=LoadAddr;
Goto Swp;
End;
End;
If T[I+1]in[$06,$0E,$16,$1E,$26,$2E,$36,$3E]Then Begin
If CurrCode in[$8C,$8E]Then Begin
R:=RegS[Reg and 3];
Wd:=True;
End
Else
If(Wd)Then R:=RegxWord(Reg)
Else R:=RegByte[Reg];
Inc(I,2);
S:=PtrS[Byte(Wd)]+SegS+'[';
S:=S+HexWord(TWd(I))+']';
Swp:If CurrCode and 2=0Then XtrkStandard:=S+','+R
Else XtrkStandard:=R+','+S;
End;
End;
Function _286A:String;Begin
If T[I]and 1=1Then _286A:=RegxWord(0)+','+HexWord(TWd(I+1))
Else _286A:='AL,'+HexByte(T[I+1])
End;
Procedure UpDateBasHome(CurrCode:Byte);Begin
If CurrCode>=$88Then S:='MOV'
Else S:=BasS[CurrCode];
S:=S+' ';
End;
Begin
First:=True;Prefix:=0;XSeg:=0;X386:=False;
ReStart:
CurrCode:=T[I];
PS:=@Instr80x86[CurrCode].AsmName;
OldPS:=PS;
If(X386)Then Begin
PS:=@Instr80x86[CurrCode].AsmName66h;
If PS^=''Then PS:=@Instr80x86[CurrCode].AsmName;
End;
S:=PS^;
Case(CurrCode)of
$00,$01,$02,$03,$04,$05,$08,$09,$0A,$0B,$0C,$0D,
$10,$11,$12,$13,$14,$15,$18,$19,$1A,$1B,$1C,$1D,
$20,$21,$22,$23,$24,$25,$28,$29,$2A,$2B,$2C,$2D,
$30,$31,$32,$33,$34,$35,$38,$39,$3A,$3B,$3C,$3D,
$88,$89,$8A,$8B:Begin
If CurrCode>=$88Then UpDateBasHome(CurrCode)
Else UpDateBasHome(CurrCode shr 3);
If CurrCode and 7>3Then S:=S+_286A
Else S:=S+XtrkStandard;
Goto Xit;
End;
$06,$07,$0E,$16,$1E,$1F:Begin
S:=RegS[CurrCode shr 3];
Case CurrCode and$7of
6:S:='PUSH '+S;
7:S:='POP '+S;
End;
Goto Xit;
End;
$0F,$17:Begin
PS:=@Instr80x86[CurrCode].AsmName0Fh;
If PS^=''Then DB
Else S:=PS^;
S:=RegxWord(CurrCode and 7);
If CurrCode and 8=8Then S:='DEC '+S
Else S:='INC '+S;
Goto Xit;
End;
$26:Goto _999;
$27:Goto Xit;
$2E:Goto _999;
$2F:Goto Xit;
$36:Goto _999;
$37:Goto Xit;
$3E:Goto _999;
$3F:Goto Xit;
$40,$41,$42,$43,$44,$45,$46,$47,$48,$49,$4A,$4B,$4C,$4D,$4E,$4F:Begin
S:=RegxWord(CurrCode and 7);
If CurrCode and 8=8Then S:='DEC '+S
Else S:='INC '+S;
Goto Xit;
End;
$50,$51,$52,$53,$54,$55,$56,$57:Begin
S:='PUSH '+RegxWord(CurrCode and 7);
Goto Xit;
End;
$58,$59,$5A,$5B,$5C,$5D,$5E,$5F:Begin
S:='POP '+RegxWord(CurrCode and 7);
Goto Xit;
End;
$60:Goto Xit;
$61:Goto Xit;