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dbg8080.js
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dbg8080.js
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/**
* @fileoverview Debugger for the 8080 CPU
* @author <a href="mailto:[email protected]">Jeff Parsons</a>
* @copyright © 2012-2020 Jeff Parsons
* @license MIT
*
* This file is part of PCjs, a computer emulation software project at <https://www.pcjs.org>.
*/
"use strict";
/**
* Debugger for the 8080 CPU
*
* @class {Dbg8080}
* @unrestricted
*/
class Dbg8080 extends Debugger {
/**
* Dbg8080(idMachine, idDevice, config)
*
* @this {Dbg8080}
* @param {string} idMachine
* @param {string} idDevice
* @param {Config} [config]
*/
constructor(idMachine, idDevice, config)
{
super(idMachine, idDevice, config);
this.styles = [Dbg8080.STYLE_8080, Dbg8080.STYLE_8086];
this.style = Dbg8080.STYLE_8086;
this.maxOpcodeLength = 3;
}
/**
* unassemble(address, opcodes, annotation)
*
* Overrides Debugger's default unassemble() function with one that understands 8080 instructions.
*
* @this {Dbg8080}
* @param {Address} address (advanced by the number of processed opcodes)
* @param {Array.<number>} opcodes (each processed opcode is shifted out, reducing the size of the array)
* @param {string} [annotation] (optional string to append to the final result)
* @returns {string}
*/
unassemble(address, opcodes, annotation)
{
let sAddr = this.dumpAddress(address), sBytes = "";
let sLabel = this.getSymbolName(address, Debugger.SYMBOL.LABEL);
let sComment = this.getSymbolName(address, Debugger.SYMBOL.COMMENT);
/**
* getNextByte()
*
* @returns {number}
*/
let getNextByte = () => {
let byte = opcodes.shift();
sBytes += this.toBase(byte, 16, 8, "");
this.addAddress(address, 1);
return byte;
};
/**
* getNextWord()
*
* @returns {number}
*/
let getNextWord = () => getNextByte() | (getNextByte() << 8);
/**
* getImmOperand(type)
*
* @param {number} type
* @returns {string} operand
*/
let getImmOperand = (type) => {
let sOperand = ' ';
let typeSize = type & Dbg8080.TYPE_SIZE;
switch (typeSize) {
case Dbg8080.TYPE_BYTE:
sOperand = this.toBase(getNextByte(), 16, 8, "");
break;
case Dbg8080.TYPE_SBYTE:
sOperand = this.toBase((getNextWord() << 24) >> 24, 16, 16, "");
break;
case Dbg8080.TYPE_WORD:
sOperand = this.toBase(getNextWord(), 16, 16, "");
break;
default:
return "imm(" + this.toBase(type, 16, 16, "") + ')';
}
if (this.style == Dbg8080.STYLE_8086 && (type & Dbg8080.TYPE_MEM)) {
sOperand = '[' + sOperand + ']';
} else if (!(type & Dbg8080.TYPE_REG)) {
sOperand = (this.style == Dbg8080.STYLE_8080? '$' : "0x") + sOperand;
}
return sOperand;
};
/**
* getRegOperand(iReg, type)
*
* @param {number} iReg
* @param {number} type
* @returns {string} operand
*/
let getRegOperand = (iReg, type) => {
/*
* Although this breaks with 8080 assembler conventions, I'm going to experiment with some different
* mnemonics; specifically, "[HL]" instead of "M". This is also more in keeping with how getImmOperand()
* displays memory references (ie, by enclosing them in brackets).
*/
let sOperand = Dbg8080.REGS[iReg];
if (this.style == Dbg8080.STYLE_8086 && (type & Dbg8080.TYPE_MEM)) {
if (iReg == Dbg8080.REG_M) {
sOperand = "HL";
}
sOperand = '[' + sOperand + ']';
}
return sOperand;
};
let opcode = getNextByte();
let asOpcodes = this.style != Dbg8080.STYLE_8086? Dbg8080.INS_NAMES : Dbg8080.INS_NAMES_8086;
let aOpDesc = Dbg8080.aaOpDescs[opcode];
let opNum = aOpDesc[0];
let sOperands = "";
let sOpcode = asOpcodes[opNum];
let cOperands = aOpDesc.length - 1;
let typeSizeDefault = Dbg8080.TYPE_NONE, type;
for (let iOperand = 1; iOperand <= cOperands; iOperand++) {
let sOperand = "";
type = aOpDesc[iOperand];
if (type === undefined) continue;
if ((type & Dbg8080.TYPE_OPT) && this.style == Dbg8080.STYLE_8080) continue;
let typeMode = type & Dbg8080.TYPE_MODE;
if (!typeMode) continue;
let typeSize = type & Dbg8080.TYPE_SIZE;
if (!typeSize) {
type |= typeSizeDefault;
} else {
typeSizeDefault = typeSize;
}
let typeOther = type & Dbg8080.TYPE_OTHER;
if (!typeOther) {
type |= (iOperand == 1? Dbg8080.TYPE_OUT : Dbg8080.TYPE_IN);
}
if (typeMode & Dbg8080.TYPE_IMM) {
sOperand = getImmOperand(type);
}
else if (typeMode & Dbg8080.TYPE_REG) {
sOperand = getRegOperand((type & Dbg8080.TYPE_IREG) >> 8, type);
}
else if (typeMode & Dbg8080.TYPE_INT) {
sOperand = ((opcode >> 3) & 0x7).toString();
}
if (!sOperand || !sOperand.length) {
sOperands = "INVALID";
break;
}
if (sOperands.length > 0) sOperands += ',';
sOperands += (sOperand || "???");
}
let result = this.sprintf("%s %-7s%s %-7s %s", sAddr, sBytes, (type & Dbg8080.TYPE_UNDOC)? '*' : ' ', sOpcode, sOperands);
if (!annotation) {
if (sComment) annotation = sComment;
} else {
if (sComment) annotation += " " + sComment;
}
if (annotation) result = this.sprintf("%-32s; %s", result, annotation);
if (sLabel) result = sLabel + ":\n" + result;
return result + "\n";
}
}
Dbg8080.STYLE_8080 = "8080";
Dbg8080.STYLE_8086 = "8086";
/*
* CPU instruction ordinals
*/
Dbg8080.INS = {
NONE: 0, ACI: 1, ADC: 2, ADD: 3, ADI: 4, ANA: 5, ANI: 6, CALL: 7,
CC: 8, CM: 9, CNC: 10, CNZ: 11, CP: 12, CPE: 13, CPO: 14, CZ: 15,
CMA: 16, CMC: 17, CMP: 18, CPI: 19, DAA: 20, DAD: 21, DCR: 22, DCX: 23,
DI: 24, EI: 25, HLT: 26, IN: 27, INR: 28, INX: 29, JMP: 30, JC: 31,
JM: 32, JNC: 33, JNZ: 34, JP: 35, JPE: 36, JPO: 37, JZ: 38, LDA: 39,
LDAX: 40, LHLD: 41, LXI: 42, MOV: 43, MVI: 44, NOP: 45, ORA: 46, ORI: 47,
OUT: 48, PCHL: 49, POP: 50, PUSH: 51, RAL: 52, RAR: 53, RET: 54, RC: 55,
RM: 56, RNC: 57, RNZ: 58, RP: 59, RPE: 60, RPO: 61, RZ: 62, RLC: 63,
RRC: 64, RST: 65, SBB: 66, SBI: 67, SHLD: 68, SPHL: 69, STA: 70, STAX: 71,
STC: 72, SUB: 73, SUI: 74, XCHG: 75, XRA: 76, XRI: 77, XTHL: 78
};
/*
* CPU instruction names (mnemonics), indexed by CPU instruction ordinal (above)
*
* If you change the default style, using the "s" command (eg, "s 8086"), then the 8086 table
* will be used instead. TODO: Add a "s z80" command for Z80-style mnemonics.
*/
Dbg8080.INS_NAMES = [
"NONE", "ACI", "ADC", "ADD", "ADI", "ANA", "ANI", "CALL",
"CC", "CM", "CNC", "CNZ", "CP", "CPE", "CPO", "CZ",
"CMA", "CMC", "CMP", "CPI", "DAA", "DAD", "DCR", "DCX",
"DI", "EI", "HLT", "IN", "INR", "INX", "JMP", "JC",
"JM", "JNC", "JNZ", "JP", "JPE", "JPO", "JZ", "LDA",
"LDAX", "LHLD", "LXI", "MOV", "MVI", "NOP", "ORA", "ORI",
"OUT", "PCHL", "POP", "PUSH", "RAL", "RAR", "RET", "RC",
"RM", "RNC", "RNZ", "RP", "RPE", "RPO", "RZ", "RLC",
"RRC", "RST", "SBB", "SBI", "SHLD", "SPHL", "STA", "STAX",
"STC", "SUB", "SUI", "XCHG", "XRA", "XRI", "XTHL"
];
Dbg8080.INS_NAMES_8086 = [
"NONE", "ADC", "ADC", "ADD", "ADD", "AND", "AND", "CALL",
"CALLC", "CALLS", "CALLNC", "CALLNZ", "CALLNS", "CALLP", "CALLNP", "CALLZ",
"NOT", "CMC", "CMP", "CMP", "DAA", "ADD", "DEC", "DEC",
"CLI", "STI", "HLT", "IN", "INC", "INC", "JMP", "JC",
"JS", "JNC", "JNZ", "JNS", "JP", "JNP", "JZ", "MOV",
"MOV", "MOV", "MOV", "MOV", "MOV", "NOP", "OR", "OR",
"OUT", "JMP", "POP", "PUSH", "RCL", "RCR", "RET", "RETC",
"RETS", "RETNC", "RETNZ", "RETNS", "RETP", "RETNP", "RETZ", "ROL",
"ROR", "RST", "SBB", "SBB", "MOV", "MOV", "MOV", "MOV",
"STC", "SUB", "SUB", "XCHG", "XOR", "XOR", "XCHG"
];
Dbg8080.REG_B = 0x00;
Dbg8080.REG_C = 0x01;
Dbg8080.REG_D = 0x02;
Dbg8080.REG_E = 0x03;
Dbg8080.REG_H = 0x04;
Dbg8080.REG_L = 0x05;
Dbg8080.REG_M = 0x06;
Dbg8080.REG_A = 0x07;
Dbg8080.REG_BC = 0x08;
Dbg8080.REG_DE = 0x09;
Dbg8080.REG_HL = 0x0A;
Dbg8080.REG_SP = 0x0B;
Dbg8080.REG_PC = 0x0C;
Dbg8080.REG_PS = 0x0D;
Dbg8080.REG_PSW = 0x0E; // aka AF if Z80-style mnemonics
/*
* NOTE: "PS" is the complete processor status, which includes bits like the Interrupt flag (IF),
* which is NOT the same as "PSW", which is the low 8 bits of "PS" combined with "A" in the high byte.
*/
Dbg8080.REGS = [
"B", "C", "D", "E", "H", "L", "M", "A", "BC", "DE", "HL", "SP", "PC", "PS", "PSW"
];
/*
* Operand type descriptor masks and definitions
*/
Dbg8080.TYPE_SIZE = 0x000F; // size field
Dbg8080.TYPE_MODE = 0x00F0; // mode field
Dbg8080.TYPE_IREG = 0x0F00; // implied register field
Dbg8080.TYPE_OTHER = 0xF000; // "other" field
/*
* TYPE_SIZE values
*/
Dbg8080.TYPE_NONE = 0x0000; // (all other TYPE fields ignored)
Dbg8080.TYPE_BYTE = 0x0001; // byte, regardless of operand size
Dbg8080.TYPE_SBYTE = 0x0002; // byte sign-extended to word
Dbg8080.TYPE_WORD = 0x0003; // word (16-bit value)
/*
* TYPE_MODE values
*/
Dbg8080.TYPE_REG = 0x0010; // register
Dbg8080.TYPE_IMM = 0x0020; // immediate data
Dbg8080.TYPE_ADDR = 0x0033; // immediate (word) address
Dbg8080.TYPE_MEM = 0x0040; // memory reference
Dbg8080.TYPE_INT = 0x0080; // interrupt level encoded in instruction (bits 3-5)
/*
* TYPE_IREG values, based on the REG_* constants.
*
* Note that TYPE_M isn't really a register, just an alternative form of TYPE_HL | TYPE_MEM.
*/
Dbg8080.TYPE_A = (Dbg8080.REG_A << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_B = (Dbg8080.REG_B << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_C = (Dbg8080.REG_C << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_D = (Dbg8080.REG_D << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_E = (Dbg8080.REG_E << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_H = (Dbg8080.REG_H << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_L = (Dbg8080.REG_L << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE);
Dbg8080.TYPE_M = (Dbg8080.REG_M << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_BYTE | Dbg8080.TYPE_MEM);
Dbg8080.TYPE_BC = (Dbg8080.REG_BC << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
Dbg8080.TYPE_DE = (Dbg8080.REG_DE << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
Dbg8080.TYPE_HL = (Dbg8080.REG_HL << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
Dbg8080.TYPE_SP = (Dbg8080.REG_SP << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
Dbg8080.TYPE_PC = (Dbg8080.REG_PC << 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
Dbg8080.TYPE_PSW = (Dbg8080.REG_PSW<< 8 | Dbg8080.TYPE_REG | Dbg8080.TYPE_WORD);
/*
* TYPE_OTHER bit definitions
*/
Dbg8080.TYPE_IN = 0x1000; // operand is input
Dbg8080.TYPE_OUT = 0x2000; // operand is output
Dbg8080.TYPE_BOTH = (Dbg8080.TYPE_IN | Dbg8080.TYPE_OUT);
Dbg8080.TYPE_OPT = 0x4000; // optional operand (ie, normally omitted in 8080 assembly language)
Dbg8080.TYPE_UNDOC = 0x8000; // opcode is an undocumented alternative encoding
/*
* The aaOpDescs array is indexed by opcode, and each element is a sub-array (aOpDesc) that describes
* the corresponding opcode. The sub-elements are as follows:
*
* [0]: {number} of the opcode name (see INS.*)
* [1]: {number} containing the destination operand descriptor bit(s), if any
* [2]: {number} containing the source operand descriptor bit(s), if any
* [3]: {number} containing the occasional third operand descriptor bit(s), if any
*
* These sub-elements are all optional. If [0] is not present, the opcode is undefined; if [1] is not
* present (or contains zero), the opcode has no (or only implied) operands; if [2] is not present, the
* opcode has only a single operand. And so on.
*
* Additional default rules:
*
* 1) If no TYPE_OTHER bits are specified for the first (destination) operand, TYPE_OUT is assumed;
* 2) If no TYPE_OTHER bits are specified for the second (source) operand, TYPE_IN is assumed;
* 3) If no size is specified for the second operand, the size is assumed to match the first operand.
*/
Dbg8080.aaOpDescs = [
/* 0x00 */ [Dbg8080.INS.NOP],
/* 0x01 */ [Dbg8080.INS.LXI, Dbg8080.TYPE_BC, Dbg8080.TYPE_IMM],
/* 0x02 */ [Dbg8080.INS.STAX, Dbg8080.TYPE_BC | Dbg8080.TYPE_MEM, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT],
/* 0x03 */ [Dbg8080.INS.INX, Dbg8080.TYPE_BC],
/* 0x04 */ [Dbg8080.INS.INR, Dbg8080.TYPE_B],
/* 0x05 */ [Dbg8080.INS.DCR, Dbg8080.TYPE_B],
/* 0x06 */ [Dbg8080.INS.MVI, Dbg8080.TYPE_B, Dbg8080.TYPE_IMM],
/* 0x07 */ [Dbg8080.INS.RLC],
/* 0x08 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x09 */ [Dbg8080.INS.DAD, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_BC],
/* 0x0A */ [Dbg8080.INS.LDAX, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_BC | Dbg8080.TYPE_MEM],
/* 0x0B */ [Dbg8080.INS.DCX, Dbg8080.TYPE_BC],
/* 0x0C */ [Dbg8080.INS.INR, Dbg8080.TYPE_C],
/* 0x0D */ [Dbg8080.INS.DCR, Dbg8080.TYPE_C],
/* 0x0E */ [Dbg8080.INS.MVI, Dbg8080.TYPE_C, Dbg8080.TYPE_IMM],
/* 0x0F */ [Dbg8080.INS.RRC],
/* 0x10 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x11 */ [Dbg8080.INS.LXI, Dbg8080.TYPE_DE, Dbg8080.TYPE_IMM],
/* 0x12 */ [Dbg8080.INS.STAX, Dbg8080.TYPE_DE | Dbg8080.TYPE_MEM, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT],
/* 0x13 */ [Dbg8080.INS.INX, Dbg8080.TYPE_DE],
/* 0x14 */ [Dbg8080.INS.INR, Dbg8080.TYPE_D],
/* 0x15 */ [Dbg8080.INS.DCR, Dbg8080.TYPE_D],
/* 0x16 */ [Dbg8080.INS.MVI, Dbg8080.TYPE_D, Dbg8080.TYPE_IMM],
/* 0x17 */ [Dbg8080.INS.RAL],
/* 0x18 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x19 */ [Dbg8080.INS.DAD, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_DE],
/* 0x1A */ [Dbg8080.INS.LDAX, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_DE | Dbg8080.TYPE_MEM],
/* 0x1B */ [Dbg8080.INS.DCX, Dbg8080.TYPE_DE],
/* 0x1C */ [Dbg8080.INS.INR, Dbg8080.TYPE_E],
/* 0x1D */ [Dbg8080.INS.DCR, Dbg8080.TYPE_E],
/* 0x1E */ [Dbg8080.INS.MVI, Dbg8080.TYPE_E, Dbg8080.TYPE_IMM],
/* 0x1F */ [Dbg8080.INS.RAR],
/* 0x20 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x21 */ [Dbg8080.INS.LXI, Dbg8080.TYPE_HL, Dbg8080.TYPE_IMM],
/* 0x22 */ [Dbg8080.INS.SHLD, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_MEM, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT],
/* 0x23 */ [Dbg8080.INS.INX, Dbg8080.TYPE_HL],
/* 0x24 */ [Dbg8080.INS.INR, Dbg8080.TYPE_H],
/* 0x25 */ [Dbg8080.INS.DCR, Dbg8080.TYPE_H],
/* 0x26 */ [Dbg8080.INS.MVI, Dbg8080.TYPE_H, Dbg8080.TYPE_IMM],
/* 0x27 */ [Dbg8080.INS.DAA],
/* 0x28 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x29 */ [Dbg8080.INS.DAD, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_HL],
/* 0x2A */ [Dbg8080.INS.LHLD, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_MEM],
/* 0x2B */ [Dbg8080.INS.DCX, Dbg8080.TYPE_HL],
/* 0x2C */ [Dbg8080.INS.INR, Dbg8080.TYPE_L],
/* 0x2D */ [Dbg8080.INS.DCR, Dbg8080.TYPE_L],
/* 0x2E */ [Dbg8080.INS.MVI, Dbg8080.TYPE_L, Dbg8080.TYPE_IMM],
/* 0x2F */ [Dbg8080.INS.CMA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT],
/* 0x30 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x31 */ [Dbg8080.INS.LXI, Dbg8080.TYPE_SP, Dbg8080.TYPE_IMM],
/* 0x32 */ [Dbg8080.INS.STA, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_MEM, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT],
/* 0x33 */ [Dbg8080.INS.INX, Dbg8080.TYPE_SP],
/* 0x34 */ [Dbg8080.INS.INR, Dbg8080.TYPE_M],
/* 0x35 */ [Dbg8080.INS.DCR, Dbg8080.TYPE_M],
/* 0x36 */ [Dbg8080.INS.MVI, Dbg8080.TYPE_M, Dbg8080.TYPE_IMM],
/* 0x37 */ [Dbg8080.INS.STC],
/* 0x38 */ [Dbg8080.INS.NOP, Dbg8080.TYPE_UNDOC],
/* 0x39 */ [Dbg8080.INS.DAD, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_SP],
/* 0x3A */ [Dbg8080.INS.LDA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_MEM],
/* 0x3B */ [Dbg8080.INS.DCX, Dbg8080.TYPE_SP],
/* 0x3C */ [Dbg8080.INS.INR, Dbg8080.TYPE_A],
/* 0x3D */ [Dbg8080.INS.DCR, Dbg8080.TYPE_A],
/* 0x3E */ [Dbg8080.INS.MVI, Dbg8080.TYPE_A, Dbg8080.TYPE_IMM],
/* 0x3F */ [Dbg8080.INS.CMC],
/* 0x40 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_B],
/* 0x41 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_C],
/* 0x42 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_D],
/* 0x43 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_E],
/* 0x44 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_H],
/* 0x45 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_L],
/* 0x46 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_M],
/* 0x47 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_B, Dbg8080.TYPE_A],
/* 0x48 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_B],
/* 0x49 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_C],
/* 0x4A */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_D],
/* 0x4B */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_E],
/* 0x4C */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_H],
/* 0x4D */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_L],
/* 0x4E */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_M],
/* 0x4F */ [Dbg8080.INS.MOV, Dbg8080.TYPE_C, Dbg8080.TYPE_A],
/* 0x50 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_B],
/* 0x51 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_C],
/* 0x52 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_D],
/* 0x53 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_E],
/* 0x54 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_H],
/* 0x55 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_L],
/* 0x56 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_M],
/* 0x57 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_D, Dbg8080.TYPE_A],
/* 0x58 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_B],
/* 0x59 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_C],
/* 0x5A */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_D],
/* 0x5B */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_E],
/* 0x5C */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_H],
/* 0x5D */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_L],
/* 0x5E */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_M],
/* 0x5F */ [Dbg8080.INS.MOV, Dbg8080.TYPE_E, Dbg8080.TYPE_A],
/* 0x60 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_B],
/* 0x61 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_C],
/* 0x62 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_D],
/* 0x63 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_E],
/* 0x64 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_H],
/* 0x65 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_L],
/* 0x66 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_M],
/* 0x67 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_H, Dbg8080.TYPE_A],
/* 0x68 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_B],
/* 0x69 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_C],
/* 0x6A */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_D],
/* 0x6B */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_E],
/* 0x6C */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_H],
/* 0x6D */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_L],
/* 0x6E */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_M],
/* 0x6F */ [Dbg8080.INS.MOV, Dbg8080.TYPE_L, Dbg8080.TYPE_A],
/* 0x70 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_B],
/* 0x71 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_C],
/* 0x72 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_D],
/* 0x73 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_E],
/* 0x74 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_H],
/* 0x75 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_L],
/* 0x76 */ [Dbg8080.INS.HLT],
/* 0x77 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_M, Dbg8080.TYPE_A],
/* 0x78 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_B],
/* 0x79 */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_C],
/* 0x7A */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_D],
/* 0x7B */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_E],
/* 0x7C */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_H],
/* 0x7D */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_L],
/* 0x7E */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_M],
/* 0x7F */ [Dbg8080.INS.MOV, Dbg8080.TYPE_A, Dbg8080.TYPE_A],
/* 0x80 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0x81 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0x82 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0x83 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0x84 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0x85 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0x86 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0x87 */ [Dbg8080.INS.ADD, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0x88 */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0x89 */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0x8A */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0x8B */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0x8C */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0x8D */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0x8E */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0x8F */ [Dbg8080.INS.ADC, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0x90 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0x91 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0x92 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0x93 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0x94 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0x95 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0x96 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0x97 */ [Dbg8080.INS.SUB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0x98 */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0x99 */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0x9A */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0x9B */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0x9C */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0x9D */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0x9E */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0x9F */ [Dbg8080.INS.SBB, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0xA0 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0xA1 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0xA2 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0xA3 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0xA4 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0xA5 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0xA6 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0xA7 */ [Dbg8080.INS.ANA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0xA8 */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0xA9 */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0xAA */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0xAB */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0xAC */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0xAD */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0xAE */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0xAF */ [Dbg8080.INS.XRA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0xB0 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0xB1 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0xB2 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0xB3 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0xB4 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0xB5 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0xB6 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0xB7 */ [Dbg8080.INS.ORA, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0xB8 */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_B],
/* 0xB9 */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_C],
/* 0xBA */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_D],
/* 0xBB */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_E],
/* 0xBC */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_H],
/* 0xBD */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_L],
/* 0xBE */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_M],
/* 0xBF */ [Dbg8080.INS.CMP, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_A],
/* 0xC0 */ [Dbg8080.INS.RNZ],
/* 0xC1 */ [Dbg8080.INS.POP, Dbg8080.TYPE_BC],
/* 0xC2 */ [Dbg8080.INS.JNZ, Dbg8080.TYPE_ADDR],
/* 0xC3 */ [Dbg8080.INS.JMP, Dbg8080.TYPE_ADDR],
/* 0xC4 */ [Dbg8080.INS.CNZ, Dbg8080.TYPE_ADDR],
/* 0xC5 */ [Dbg8080.INS.PUSH, Dbg8080.TYPE_BC],
/* 0xC6 */ [Dbg8080.INS.ADI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xC7 */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xC8 */ [Dbg8080.INS.RZ],
/* 0xC9 */ [Dbg8080.INS.RET],
/* 0xCA */ [Dbg8080.INS.JZ, Dbg8080.TYPE_ADDR],
/* 0xCB */ [Dbg8080.INS.JMP, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_UNDOC],
/* 0xCC */ [Dbg8080.INS.CZ, Dbg8080.TYPE_ADDR],
/* 0xCD */ [Dbg8080.INS.CALL, Dbg8080.TYPE_ADDR],
/* 0xCE */ [Dbg8080.INS.ACI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xCF */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xD0 */ [Dbg8080.INS.RNC],
/* 0xD1 */ [Dbg8080.INS.POP, Dbg8080.TYPE_DE],
/* 0xD2 */ [Dbg8080.INS.JNC, Dbg8080.TYPE_ADDR],
/* 0xD3 */ [Dbg8080.INS.OUT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE,Dbg8080.TYPE_A | Dbg8080.TYPE_OPT],
/* 0xD4 */ [Dbg8080.INS.CNC, Dbg8080.TYPE_ADDR],
/* 0xD5 */ [Dbg8080.INS.PUSH, Dbg8080.TYPE_DE],
/* 0xD6 */ [Dbg8080.INS.SUI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xD7 */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xD8 */ [Dbg8080.INS.RC],
/* 0xD9 */ [Dbg8080.INS.RET, Dbg8080.TYPE_UNDOC],
/* 0xDA */ [Dbg8080.INS.JC, Dbg8080.TYPE_ADDR],
/* 0xDB */ [Dbg8080.INS.IN, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xDC */ [Dbg8080.INS.CC, Dbg8080.TYPE_ADDR],
/* 0xDD */ [Dbg8080.INS.CALL, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_UNDOC],
/* 0xDE */ [Dbg8080.INS.SBI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xDF */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xE0 */ [Dbg8080.INS.RPO],
/* 0xE1 */ [Dbg8080.INS.POP, Dbg8080.TYPE_HL],
/* 0xE2 */ [Dbg8080.INS.JPO, Dbg8080.TYPE_ADDR],
/* 0xE3 */ [Dbg8080.INS.XTHL, Dbg8080.TYPE_SP | Dbg8080.TYPE_MEM| Dbg8080.TYPE_OPT, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT],
/* 0xE4 */ [Dbg8080.INS.CPO, Dbg8080.TYPE_ADDR],
/* 0xE5 */ [Dbg8080.INS.PUSH, Dbg8080.TYPE_HL],
/* 0xE6 */ [Dbg8080.INS.ANI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xE7 */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xE8 */ [Dbg8080.INS.RPE],
/* 0xE9 */ [Dbg8080.INS.PCHL, Dbg8080.TYPE_HL],
/* 0xEA */ [Dbg8080.INS.JPE, Dbg8080.TYPE_ADDR],
/* 0xEB */ [Dbg8080.INS.XCHG, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT, Dbg8080.TYPE_DE | Dbg8080.TYPE_OPT],
/* 0xEC */ [Dbg8080.INS.CPE, Dbg8080.TYPE_ADDR],
/* 0xED */ [Dbg8080.INS.CALL, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_UNDOC],
/* 0xEE */ [Dbg8080.INS.XRI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xEF */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xF0 */ [Dbg8080.INS.RP],
/* 0xF1 */ [Dbg8080.INS.POP, Dbg8080.TYPE_PSW],
/* 0xF2 */ [Dbg8080.INS.JP, Dbg8080.TYPE_ADDR],
/* 0xF3 */ [Dbg8080.INS.DI],
/* 0xF4 */ [Dbg8080.INS.CP, Dbg8080.TYPE_ADDR],
/* 0xF5 */ [Dbg8080.INS.PUSH, Dbg8080.TYPE_PSW],
/* 0xF6 */ [Dbg8080.INS.ORI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xF7 */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT],
/* 0xF8 */ [Dbg8080.INS.RM],
/* 0xF9 */ [Dbg8080.INS.SPHL, Dbg8080.TYPE_SP | Dbg8080.TYPE_OPT, Dbg8080.TYPE_HL | Dbg8080.TYPE_OPT],
/* 0xFA */ [Dbg8080.INS.JM, Dbg8080.TYPE_ADDR],
/* 0xFB */ [Dbg8080.INS.EI],
/* 0xFC */ [Dbg8080.INS.CM, Dbg8080.TYPE_ADDR],
/* 0xFD */ [Dbg8080.INS.CALL, Dbg8080.TYPE_ADDR | Dbg8080.TYPE_UNDOC],
/* 0xFE */ [Dbg8080.INS.CPI, Dbg8080.TYPE_A | Dbg8080.TYPE_OPT, Dbg8080.TYPE_IMM | Dbg8080.TYPE_BYTE],
/* 0xFF */ [Dbg8080.INS.RST, Dbg8080.TYPE_INT]
];
Defs.CLASSES["Dbg8080"] = Dbg8080;