Datasets:

andstor

/

methods2test_raw

like 0

{ "fields": [], "file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java", "identifier": "Z80Test", "interfaces": "", "superclass": "extends AbstractZ80Test" }

{ "body": "@Test\n public void testCommand_DJNZ_false() {\n final Z80State state = new Z80State();\n\n state.B = 5;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, false, 0x10, 0x03);\n\n assertEquals(0x0005, cpu.getLeft().getRegister(Z80.REG_PC));\n assertEquals(4, cpu.getLeft().getRegister(Z80.REG_B));\n assertFlagsNotChanged(state, cpu.getLeft());\n\n assertEquals(13, cpu.getRight().intValue());\n }", "class_method_signature": "Z80Test.testCommand_DJNZ_false()", "constructor": false, "full_signature": "@Test public void testCommand_DJNZ_false()", "identifier": "testCommand_DJNZ_false", "invocations": [ "executeCommand", "assertEquals", "getRegister", "getLeft", "assertEquals", "getRegister", "getLeft", "assertFlagsNotChanged", "getLeft", "assertEquals", "intValue", "getRight" ], "modifiers": "@Test public", "parameters": "()", "return": "void", "signature": "void testCommand_DJNZ_false()", "testcase": true }

{ "fields": [ { "declarator": "REG_A = 0", "modifier": "public static final", "original_string": "public static final int REG_A = 0;", "type": "int", "var_name": "REG_A" }, { "declarator": "REG_F = 1", "modifier": "public static final", "original_string": "public static final int REG_F = 1;", "type": "int", "var_name": "REG_F" }, { "declarator": "REG_B = 2", "modifier": "public static final", "original_string": "public static final int REG_B = 2;", "type": "int", "var_name": "REG_B" }, { "declarator": "REG_C = 3", "modifier": "public static final", "original_string": "public static final int REG_C = 3;", "type": "int", "var_name": "REG_C" }, { "declarator": "REG_D = 4", "modifier": "public static final", "original_string": "public static final int REG_D = 4;", "type": "int", "var_name": "REG_D" }, { "declarator": "REG_E = 5", "modifier": "public static final", "original_string": "public static final int REG_E = 5;", "type": "int", "var_name": "REG_E" }, { "declarator": "REG_H = 6", "modifier": "public static final", "original_string": "public static final int REG_H = 6;", "type": "int", "var_name": "REG_H" }, { "declarator": "REG_L = 7", "modifier": "public static final", "original_string": "public static final int REG_L = 7;", "type": "int", "var_name": "REG_L" }, { "declarator": "REG_IX = 8", "modifier": "public static final", "original_string": "public static final int REG_IX = 8;", "type": "int", "var_name": "REG_IX" }, { "declarator": "REG_IY = 9", "modifier": "public static final", "original_string": "public static final int REG_IY = 9;", "type": "int", "var_name": "REG_IY" }, { "declarator": "REG_SP = 10", "modifier": "public static final", "original_string": "public static final int REG_SP = 10;", "type": "int", "var_name": "REG_SP" }, { "declarator": "REG_PC = 11", "modifier": "public static final", "original_string": "public static final int REG_PC = 11;", "type": "int", "var_name": "REG_PC" }, { "declarator": "REG_I = 12", "modifier": "public static final", "original_string": "public static final int REG_I = 12;", "type": "int", "var_name": "REG_I" }, { "declarator": "REG_R = 13", "modifier": "public static final", "original_string": "public static final int REG_R = 13;", "type": "int", "var_name": "REG_R" }, { "declarator": "REGPAIR_AF = REG_A", "modifier": "public static final", "original_string": "public static final int REGPAIR_AF = REG_A;", "type": "int", "var_name": "REGPAIR_AF" }, { "declarator": "REGPAIR_BC = REG_B", "modifier": "public static final", "original_string": "public static final int REGPAIR_BC = REG_B;", "type": "int", "var_name": "REGPAIR_BC" }, { "declarator": "REGPAIR_DE = REG_D", "modifier": "public static final", "original_string": "public static final int REGPAIR_DE = REG_D;", "type": "int", "var_name": "REGPAIR_DE" }, { "declarator": "REGPAIR_HL = REG_H", "modifier": "public static final", "original_string": "public static final int REGPAIR_HL = REG_H;", "type": "int", "var_name": "REGPAIR_HL" }, { "declarator": "SIGNAL_IN_nINT = 1", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nINT = 1;", "type": "int", "var_name": "SIGNAL_IN_nINT" }, { "declarator": "SIGNAL_IN_nNMI = 2", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nNMI = 2;", "type": "int", "var_name": "SIGNAL_IN_nNMI" }, { "declarator": "SIGNAL_IN_nRESET = 4", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nRESET = 4;", "type": "int", "var_name": "SIGNAL_IN_nRESET" }, { "declarator": "SIGNAL_IN_nWAIT = 8", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nWAIT = 8;", "type": "int", "var_name": "SIGNAL_IN_nWAIT" }, { "declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;", "type": "int", "var_name": "SIGNAL_IN_ALL_INACTIVE" }, { "declarator": "SIGNAL_OUT_nM1 = 1", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_nM1 = 1;", "type": "int", "var_name": "SIGNAL_OUT_nM1" }, { "declarator": "SIGNAL_OUT_nHALT = 2", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_nHALT = 2;", "type": "int", "var_name": "SIGNAL_OUT_nHALT" }, { "declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;", "type": "int", "var_name": "SIGNAL_OUT_ALL_INACTIVE" }, { "declarator": "FTABLE_SZYX", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_SZYX;", "type": "byte[]", "var_name": "FTABLE_SZYX" }, { "declarator": "FTABLE_SZYXP", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_SZYXP;", "type": "byte[]", "var_name": "FTABLE_SZYXP" }, { "declarator": "FLAG_S_SHIFT = 7", "modifier": "private static final", "original_string": "private static final int FLAG_S_SHIFT = 7;", "type": "int", "var_name": "FLAG_S_SHIFT" }, { "declarator": "FLAG_S = 1 << FLAG_S_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;", "type": "int", "var_name": "FLAG_S" }, { "declarator": "FLAG_Z_SHIFT = 6", "modifier": "private static final", "original_string": "private static final int FLAG_Z_SHIFT = 6;", "type": "int", "var_name": "FLAG_Z_SHIFT" }, { "declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;", "type": "int", "var_name": "FLAG_Z" }, { "declarator": "FLAG_Y_SHIFT = 5", "modifier": "private static final", "original_string": "private static final int FLAG_Y_SHIFT = 5;", "type": "int", "var_name": "FLAG_Y_SHIFT" }, { "declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;", "type": "int", "var_name": "FLAG_Y" }, { "declarator": "FLAG_H_SHIFT = 4", "modifier": "private static final", "original_string": "private static final int FLAG_H_SHIFT = 4;", "type": "int", "var_name": "FLAG_H_SHIFT" }, { "declarator": "FLAG_H = 1 << FLAG_H_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;", "type": "int", "var_name": "FLAG_H" }, { "declarator": "FLAG_X_SHIFT = 3", "modifier": "private static final", "original_string": "private static final int FLAG_X_SHIFT = 3;", "type": "int", "var_name": "FLAG_X_SHIFT" }, { "declarator": "FLAG_X = 1 << FLAG_X_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;", "type": "int", "var_name": "FLAG_X" }, { "declarator": "FLAG_PV_SHIFT = 2", "modifier": "private static final", "original_string": "private static final int FLAG_PV_SHIFT = 2;", "type": "int", "var_name": "FLAG_PV_SHIFT" }, { "declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;", "type": "int", "var_name": "FLAG_PV" }, { "declarator": "FLAG_N_SHIFT = 1", "modifier": "private static final", "original_string": "private static final int FLAG_N_SHIFT = 1;", "type": "int", "var_name": "FLAG_N_SHIFT" }, { "declarator": "FLAG_N = 1 << FLAG_N_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;", "type": "int", "var_name": "FLAG_N" }, { "declarator": "FLAG_C_SHIFT = 0", "modifier": "private static final", "original_string": "private static final int FLAG_C_SHIFT = 0;", "type": "int", "var_name": "FLAG_C_SHIFT" }, { "declarator": "FLAG_C = 1 << FLAG_C_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;", "type": "int", "var_name": "FLAG_C" }, { "declarator": "FLAG_XY = FLAG_X | FLAG_Y", "modifier": "private static final", "original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;", "type": "int", "var_name": "FLAG_XY" }, { "declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV", "modifier": "private static final", "original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;", "type": "int", "var_name": "FLAG_SZPV" }, { "declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y", "modifier": "private static final", "original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;", "type": "int", "var_name": "FLAG_SYX" }, { "declarator": "FLAG_SZ = FLAG_S | FLAG_Z", "modifier": "private static final", "original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;", "type": "int", "var_name": "FLAG_SZ" }, { "declarator": "FLAG_SZC = FLAG_SZ | FLAG_C", "modifier": "private static final", "original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;", "type": "int", "var_name": "FLAG_SZC" }, { "declarator": "FLAG_HC = FLAG_H | FLAG_C", "modifier": "private static final", "original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;", "type": "int", "var_name": "FLAG_HC" }, { "declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };", "type": "byte[]", "var_name": "FTABLE_OVERFLOW" }, { "declarator": "lastReadReg8MemPtr", "modifier": "private", "original_string": "private int lastReadReg8MemPtr;", "type": "int", "var_name": "lastReadReg8MemPtr" }, { "declarator": "bus", "modifier": "private final", "original_string": "private final Z80CPUBus bus;", "type": "Z80CPUBus", "var_name": "bus" }, { "declarator": "regSet = new byte[8]", "modifier": "private final", "original_string": "private final byte[] regSet = new byte[8];", "type": "byte[]", "var_name": "regSet" }, { "declarator": "altRegSet = new byte[8]", "modifier": "private final", "original_string": "private final byte[] altRegSet = new byte[8];", "type": "byte[]", "var_name": "altRegSet" }, { "declarator": "iff1", "modifier": "private", "original_string": "private boolean iff1;", "type": "boolean", "var_name": "iff1" }, { "declarator": "iff2", "modifier": "private", "original_string": "private boolean iff2;", "type": "boolean", "var_name": "iff2" }, { "declarator": "im", "modifier": "private", "original_string": "private int im;", "type": "int", "var_name": "im" }, { "declarator": "regIX", "modifier": "private", "original_string": "private int regIX;", "type": "int", "var_name": "regIX" }, { "declarator": "regIY", "modifier": "private", "original_string": "private int regIY;", "type": "int", "var_name": "regIY" }, { "declarator": "regSP", "modifier": "private", "original_string": "private int regSP;", "type": "int", "var_name": "regSP" }, { "declarator": "regPC", "modifier": "private", "original_string": "private int regPC;", "type": "int", "var_name": "regPC" }, { "declarator": "regI", "modifier": "private", "original_string": "private int regI;", "type": "int", "var_name": "regI" }, { "declarator": "regR", "modifier": "private", "original_string": "private int regR;", "type": "int", "var_name": "regR" }, { "declarator": "tstates", "modifier": "private", "original_string": "private int tstates;", "type": "int", "var_name": "tstates" }, { "declarator": "lastM1InstructionByte = -1", "modifier": "private", "original_string": "private int lastM1InstructionByte = -1;", "type": "int", "var_name": "lastM1InstructionByte" }, { "declarator": "lastInstructionByte = -1", "modifier": "private", "original_string": "private int lastInstructionByte = -1;", "type": "int", "var_name": "lastInstructionByte" }, { "declarator": "cbDisplacementByte = -1", "modifier": "private", "original_string": "private int cbDisplacementByte = -1;", "type": "int", "var_name": "cbDisplacementByte" }, { "declarator": "prefix", "modifier": "private", "original_string": "private int prefix;", "type": "int", "var_name": "prefix" }, { "declarator": "outSignals = 0xFFFFFFFF", "modifier": "private", "original_string": "private int outSignals = 0xFFFFFFFF;", "type": "int", "var_name": "outSignals" }, { "declarator": "prevINSignals = 0xFFFFFFFF", "modifier": "private", "original_string": "private int prevINSignals = 0xFFFFFFFF;", "type": "int", "var_name": "prevINSignals" }, { "declarator": "interruptAllowedForStep", "modifier": "private", "original_string": "private boolean interruptAllowedForStep;", "type": "boolean", "var_name": "interruptAllowedForStep" }, { "declarator": "detectedNMI", "modifier": "private", "original_string": "private boolean detectedNMI;", "type": "boolean", "var_name": "detectedNMI" }, { "declarator": "detectedINT", "modifier": "private", "original_string": "private boolean detectedINT;", "type": "boolean", "var_name": "detectedINT" }, { "declarator": "insideBlockInstructionPrev", "modifier": "private", "original_string": "private boolean insideBlockInstructionPrev;", "type": "boolean", "var_name": "insideBlockInstructionPrev" }, { "declarator": "insideBlockInstruction", "modifier": "private", "original_string": "private boolean insideBlockInstruction;", "type": "boolean", "var_name": "insideBlockInstruction" }, { "declarator": "resetCycle = 0", "modifier": "private", "original_string": "private int resetCycle = 0;", "type": "int", "var_name": "resetCycle" }, { "declarator": "q", "modifier": "private", "original_string": "private int q;", "type": "int", "var_name": "q" }, { "declarator": "lastQ", "modifier": "private", "original_string": "private int lastQ;", "type": "int", "var_name": "lastQ" } ], "file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java", "identifier": "Z80", "interfaces": "", "methods": [ { "class_method_signature": "Z80.Z80(final Z80CPUBus bus)", "constructor": true, "full_signature": "public Z80(final Z80CPUBus bus)", "identifier": "Z80", "modifiers": "public", "parameters": "(final Z80CPUBus bus)", "return": "", "signature": " Z80(final Z80CPUBus bus)", "testcase": false }, { "class_method_signature": "Z80.Z80(final Z80 cpu)", "constructor": true, "full_signature": "public Z80(final Z80 cpu)", "identifier": "Z80", "modifiers": "public", "parameters": "(final Z80 cpu)", "return": "", "signature": " Z80(final Z80 cpu)", "testcase": false }, { "class_method_signature": "Z80.extractX(final int cmndByte)", "constructor": false, "full_signature": "private static int extractX(final int cmndByte)", "identifier": "extractX", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractX(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractY(final int cmndByte)", "constructor": false, "full_signature": "private static int extractY(final int cmndByte)", "identifier": "extractY", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractY(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractZ(final int cmndByte)", "constructor": false, "full_signature": "private static int extractZ(final int cmndByte)", "identifier": "extractZ", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractZ(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractP(final int cmndByte)", "constructor": false, "full_signature": "private static int extractP(final int cmndByte)", "identifier": "extractP", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractP(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractQ(final int cmndByte)", "constructor": false, "full_signature": "private static int extractQ(final int cmndByte)", "identifier": "extractQ", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractQ(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)", "constructor": false, "full_signature": "public static int parseAndPackRegAlignValue(final String regs)", "identifier": "parseAndPackRegAlignValue", "modifiers": "public static", "parameters": "(final String regs)", "return": "int", "signature": "int parseAndPackRegAlignValue(final String regs)", "testcase": false }, { "class_method_signature": "Z80.fillByState(final Z80 src)", "constructor": false, "full_signature": "public Z80 fillByState(final Z80 src)", "identifier": "fillByState", "modifiers": "public", "parameters": "(final Z80 src)", "return": "Z80", "signature": "Z80 fillByState(final Z80 src)", "testcase": false }, { "class_method_signature": "Z80.getIM()", "constructor": false, "full_signature": "public int getIM()", "identifier": "getIM", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getIM()", "testcase": false }, { "class_method_signature": "Z80.setIM(final int im)", "constructor": false, "full_signature": "public void setIM(final int im)", "identifier": "setIM", "modifiers": "public", "parameters": "(final int im)", "return": "void", "signature": "void setIM(final int im)", "testcase": false }, { "class_method_signature": "Z80.isIFF1()", "constructor": false, "full_signature": "public boolean isIFF1()", "identifier": "isIFF1", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isIFF1()", "testcase": false }, { "class_method_signature": "Z80.isIFF2()", "constructor": false, "full_signature": "public boolean isIFF2()", "identifier": "isIFF2", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isIFF2()", "testcase": false }, { "class_method_signature": "Z80.getPrefixInProcessing()", "constructor": false, "full_signature": "public int getPrefixInProcessing()", "identifier": "getPrefixInProcessing", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPrefixInProcessing()", "testcase": false }, { "class_method_signature": "Z80.getPrevINSignals()", "constructor": false, "full_signature": "public int getPrevINSignals()", "identifier": "getPrevINSignals", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPrevINSignals()", "testcase": false }, { "class_method_signature": "Z80.getPC()", "constructor": false, "full_signature": "public int getPC()", "identifier": "getPC", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPC()", "testcase": false }, { "class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)", "constructor": false, "full_signature": "public void setIFF(final boolean iff1, final boolean iff2)", "identifier": "setIFF", "modifiers": "public", "parameters": "(final boolean iff1, final boolean iff2)", "return": "void", "signature": "void setIFF(final boolean iff1, final boolean iff2)", "testcase": false }, { "class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)", "constructor": false, "full_signature": "public void setRegisterPair(final int regPair, final int value)", "identifier": "setRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final int value)", "return": "void", "signature": "void setRegisterPair(final int regPair, final int value)", "testcase": false }, { "class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)", "constructor": false, "full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)", "identifier": "setRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final int value, final boolean alt)", "return": "void", "signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getRegisterPair(final int regPair)", "constructor": false, "full_signature": "public int getRegisterPair(final int regPair)", "identifier": "getRegisterPair", "modifiers": "public", "parameters": "(final int regPair)", "return": "int", "signature": "int getRegisterPair(final int regPair)", "testcase": false }, { "class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)", "constructor": false, "full_signature": "public int getRegisterPair(final int regPair, final boolean alt)", "identifier": "getRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final boolean alt)", "return": "int", "signature": "int getRegisterPair(final int regPair, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.setRegister(final int reg, final int value)", "constructor": false, "full_signature": "public void setRegister(final int reg, final int value)", "identifier": "setRegister", "modifiers": "public", "parameters": "(final int reg, final int value)", "return": "void", "signature": "void setRegister(final int reg, final int value)", "testcase": false }, { "class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)", "constructor": false, "full_signature": "public void setRegister(final int reg, final int value, final boolean alt)", "identifier": "setRegister", "modifiers": "public", "parameters": "(final int reg, final int value, final boolean alt)", "return": "void", "signature": "void setRegister(final int reg, final int value, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getRegister(final int reg)", "constructor": false, "full_signature": "public int getRegister(final int reg)", "identifier": "getRegister", "modifiers": "public", "parameters": "(final int reg)", "return": "int", "signature": "int getRegister(final int reg)", "testcase": false }, { "class_method_signature": "Z80.getRegister(final int reg, final boolean alt)", "constructor": false, "full_signature": "public int getRegister(final int reg, final boolean alt)", "identifier": "getRegister", "modifiers": "public", "parameters": "(final int reg, final boolean alt)", "return": "int", "signature": "int getRegister(final int reg, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getState()", "constructor": false, "full_signature": "public int getState()", "identifier": "getState", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getState()", "testcase": false }, { "class_method_signature": "Z80.getBus()", "constructor": false, "full_signature": "public Z80CPUBus getBus()", "identifier": "getBus", "modifiers": "public", "parameters": "()", "return": "Z80CPUBus", "signature": "Z80CPUBus getBus()", "testcase": false }, { "class_method_signature": "Z80.getStepTstates()", "constructor": false, "full_signature": "public int getStepTstates()", "identifier": "getStepTstates", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getStepTstates()", "testcase": false }, { "class_method_signature": "Z80.isInsideBlockLoop()", "constructor": false, "full_signature": "public boolean isInsideBlockLoop()", "identifier": "isInsideBlockLoop", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isInsideBlockLoop()", "testcase": false }, { "class_method_signature": "Z80._reset(final int cycle)", "constructor": false, "full_signature": "private void _reset(final int cycle)", "identifier": "_reset", "modifiers": "private", "parameters": "(final int cycle)", "return": "void", "signature": "void _reset(final int cycle)", "testcase": false }, { "class_method_signature": "Z80._resetHalt()", "constructor": false, "full_signature": "private void 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false, "full_signature": "private void _nmi(final int ctx)", "identifier": "_nmi", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void _nmi(final int ctx)", "testcase": false }, { "class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)", "constructor": false, "full_signature": "private void _writemem8(final int ctx, final int address, final byte value)", "identifier": "_writemem8", "modifiers": "private", "parameters": "(final int ctx, final int address, final byte value)", "return": "void", "signature": "void _writemem8(final int ctx, final int address, final byte value)", "testcase": false }, { "class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)", "constructor": false, "full_signature": "private int _readNextPcAddressedWord(final int ctx)", "identifier": "_readNextPcAddressedWord", "modifiers": "private", "parameters": "(final int ctx)", "return": "int", "signature": "int 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"constructor": false, "full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)", "identifier": "_readSpecRegValue", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "constructor": false, "full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "identifier": "_readSpecRegPairValue", "modifiers": "private", "parameters": "(final int ctx, final int regPair, final int origValue)", "return": "int", "signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)", "constructor": false, "full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)", "identifier": "_portAddrFromReg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._readport(final int ctx, final int port)", "constructor": false, "full_signature": "private int _readport(final int ctx, final int port)", "identifier": "_readport", "modifiers": "private", "parameters": "(final int ctx, final int port)", "return": "int", "signature": "int _readport(final int ctx, final int port)", "testcase": false }, { "class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)", "constructor": false, "full_signature": "private void _writeport(final int ctx, final int port, final int value)", "identifier": "_writeport", "modifiers": "private", "parameters": "(final int ctx, final int port, final int value)", "return": "void", "signature": "void _writeport(final int ctx, final int port, final int value)", "testcase": false }, { "class_method_signature": "Z80._readmem8(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem8(final int ctx, final int address)", "identifier": "_readmem8", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem8(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem8withM1(final int ctx, final int address)", "identifier": "_readmem8withM1", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem8withM1(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._readmem16(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem16(final int ctx, final int address)", "identifier": "_readmem16", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem16(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._read_ixiy_d(final int ctx)", "constructor": false, "full_signature": "private int _read_ixiy_d(final int ctx)", "identifier": "_read_ixiy_d", "modifiers": "private", "parameters": "(final int ctx)", "return": "int", "signature": "int _read_ixiy_d(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)", "constructor": false, "full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)", "identifier": "readInstrOrPrefix", "modifiers": "private", "parameters": "(final int ctx, final boolean 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"parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _readPtr(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "constructor": false, "full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "identifier": "alignRegisterValuesWith", "modifiers": "public", "parameters": "(final Z80 src, int packedRegisterFlags)", "return": "Z80", "signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "testcase": false }, { "class_method_signature": "Z80.readReg8(final int ctx, final int r)", "constructor": false, "full_signature": "private int readReg8(final int ctx, final int r)", "identifier": "readReg8", "modifiers": "private", "parameters": "(final int ctx, final int r)", "return": "int", "signature": "int readReg8(final int ctx, final int r)", "testcase": false 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"signature": "int readHlPtr(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.readReg16(final int p)", "constructor": false, "full_signature": "private int readReg16(final int p)", "identifier": "readReg16", "modifiers": "private", "parameters": "(final int p)", "return": "int", "signature": "int readReg16(final int p)", "testcase": false }, { "class_method_signature": "Z80.readReg16_2(final int p)", "constructor": false, "full_signature": "private int readReg16_2(final int p)", "identifier": "readReg16_2", "modifiers": "private", "parameters": "(final int p)", "return": "int", "signature": "int readReg16_2(final int p)", "testcase": false }, { "class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8(final int ctx, final int r, final int value)", "identifier": "writeReg8", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.getLastM1InstructionByte()", "constructor": false, "full_signature": "public int getLastM1InstructionByte()", "identifier": "getLastM1InstructionByte", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getLastM1InstructionByte()", "testcase": false }, { "class_method_signature": "Z80.getLastInstructionByte()", "constructor": false, "full_signature": "public int getLastInstructionByte()", "identifier": "getLastInstructionByte", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getLastInstructionByte()", "testcase": false }, { "class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)", "constructor": false, "full_signature": "private boolean isHiLoFront(final int signal, final int signals)", "identifier": "isHiLoFront", "modifiers": "private", "parameters": "(final int signal, final int signals)", "return": "boolean", "signature": "boolean isHiLoFront(final int signal, final int signals)", "testcase": false }, { "class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "constructor": false, "full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "identifier": "nextInstruction", "modifiers": "public", "parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "return": "int", "signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "testcase": false }, { "class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "constructor": false, "full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "identifier": "nextInstruction_SkipBlockInstructions", "modifiers": "public", "parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "return": "int", "signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "testcase": false }, { "class_method_signature": "Z80.step(final int ctx, final int incomingSignals)", "constructor": false, "full_signature": "public boolean step(final int ctx, final int incomingSignals)", "identifier": "step", "modifiers": "public", "parameters": "(final int ctx, final int incomingSignals)", "return": "boolean", "signature": "boolean step(final int ctx, final int incomingSignals)", "testcase": false }, { "class_method_signature": "Z80._step(final int ctx, final int 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"return": "void", "signature": "void doNOP()", "testcase": false }, { "class_method_signature": "Z80.doEX_AF_AF()", "constructor": false, "full_signature": "private void doEX_AF_AF()", "identifier": "doEX_AF_AF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEX_AF_AF()", "testcase": false }, { "class_method_signature": "Z80.doDJNZ(final int ctx)", "constructor": false, "full_signature": "private void doDJNZ(final int ctx)", "identifier": "doDJNZ", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doDJNZ(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doJR(final int ctx, final int cc)", "constructor": false, "full_signature": "private void doJR(final int ctx, final int cc)", "identifier": "doJR", "modifiers": "private", "parameters": "(final int ctx, final int cc)", "return": "void", "signature": "void doJR(final int ctx, final int cc)", "testcase": false }, { "class_method_signature": "Z80.doJR(final int ctx)", "constructor": false, "full_signature": "private void doJR(final int ctx)", "identifier": "doJR", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)", "constructor": false, "full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)", "identifier": "doLDRegPairByNextWord", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doLDRegPairByNextWord(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doADD_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doADD_HL_RegPair(final int p)", "identifier": "doADD_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doADD_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doADC_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doADC_HL_RegPair(final int p)", "identifier": "doADC_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doADC_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doSBC_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doSBC_HL_RegPair(final int p)", "identifier": "doSBC_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doSBC_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "identifier": "writeReg8_forLdReg8Instruction", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "identifier": "writeReg8_UseCachedInstructionByte", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_HL(final int ctx)", "constructor": false, "full_signature": "private void doLD_mNN_HL(final int ctx)", "identifier": "doLD_mNN_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mNN_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mNN_A(final int ctx)", "identifier": "doLD_mNN_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mNN_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mBC_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mBC_A(final int ctx)", "identifier": "doLD_mBC_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mBC_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mDE_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mDE_A(final int ctx)", "identifier": "doLD_mDE_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mDE_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_HL_mem(final int ctx)", "constructor": false, "full_signature": "private void doLD_HL_mem(final int ctx)", "identifier": "doLD_HL_mem", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_HL_mem(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mem(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mem(final int ctx)", "identifier": "doLD_A_mem", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mem(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doINCRegPair(final int p)", "constructor": false, "full_signature": "private void doINCRegPair(final int p)", "identifier": "doINCRegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doINCRegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doDECRegPair(final int p)", "constructor": false, "full_signature": "private void doDECRegPair(final int p)", "identifier": "doDECRegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doDECRegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doINCReg(final int ctx, final int y)", "constructor": false, "full_signature": "private void doINCReg(final int ctx, final int y)", "identifier": "doINCReg", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doINCReg(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doDECReg(final int ctx, final int y)", "constructor": false, "full_signature": "private void doDECReg(final int ctx, final int y)", "identifier": "doDECReg", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doDECReg(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)", "constructor": false, "full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)", "identifier": "doLD_Reg_ByValue", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doLD_Reg_ByValue(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doRLCA()", "constructor": false, "full_signature": "private void doRLCA()", "identifier": "doRLCA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRLCA()", "testcase": false }, { "class_method_signature": "Z80.doRRCA()", "constructor": false, "full_signature": "private void doRRCA()", "identifier": "doRRCA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRRCA()", "testcase": false }, { "class_method_signature": "Z80.doRLA()", "constructor": false, "full_signature": "private void doRLA()", "identifier": "doRLA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRLA()", "testcase": false }, { "class_method_signature": "Z80.doRRA()", "constructor": false, "full_signature": "private void doRRA()", "identifier": "doRRA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRRA()", "testcase": false }, { "class_method_signature": "Z80.doDAA()", "constructor": false, "full_signature": "private void doDAA()", "identifier": "doDAA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doDAA()", "testcase": false }, { "class_method_signature": "Z80.doCPL()", "constructor": false, "full_signature": "private void doCPL()", "identifier": "doCPL", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doCPL()", "testcase": false }, { "class_method_signature": "Z80.doSCF()", "constructor": false, "full_signature": "private void doSCF()", "identifier": "doSCF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doSCF()", "testcase": false }, { "class_method_signature": "Z80.doCCF()", "constructor": false, "full_signature": "private void doCCF()", "identifier": "doCCF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doCCF()", "testcase": false }, { "class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)", "constructor": false, "full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)", "identifier": "doLDRegByReg", "modifiers": "private", "parameters": "(final int ctx, final int y, final int z)", "return": "void", "signature": "void doLDRegByReg(final int ctx, final int y, final int z)", "testcase": false }, { "class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)", "constructor": false, "full_signature": "private void doRETByFlag(final int ctx, final int y)", "identifier": "doRETByFlag", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doRETByFlag(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doRET(final int ctx)", "constructor": false, "full_signature": "private void doRET(final int ctx)", "identifier": "doRET", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRET(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)", "constructor": false, "full_signature": "private void doPOPRegPair(final int ctx, final int p)", "identifier": "doPOPRegPair", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doPOPRegPair(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doEXX()", "constructor": false, "full_signature": "private void doEXX()", "identifier": "doEXX", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEXX()", "testcase": false }, { "class_method_signature": "Z80.doJP_HL(final int ctx)", "constructor": false, "full_signature": "private void doJP_HL(final int ctx)", "identifier": "doJP_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJP_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_SP_HL(final int ctx)", "constructor": false, "full_signature": "private void doLD_SP_HL(final int ctx)", "identifier": "doLD_SP_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_SP_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)", "constructor": false, "full_signature": "private void doJP_cc(final int ctx, final int cc)", "identifier": "doJP_cc", "modifiers": "private", "parameters": "(final int ctx, final int cc)", "return": "void", "signature": "void doJP_cc(final int ctx, final int cc)", "testcase": false }, { "class_method_signature": "Z80.doJP(final int ctx)", "constructor": false, "full_signature": "private void doJP(final int ctx)", "identifier": "doJP", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJP(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOUTnA(final int ctx)", "constructor": false, "full_signature": "private void doOUTnA(final int ctx)", "identifier": "doOUTnA", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doOUTnA(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doIN_A_n(final int ctx)", "constructor": false, "full_signature": "private void doIN_A_n(final int ctx)", "identifier": "doIN_A_n", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doIN_A_n(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doEX_mSP_HL(final int ctx)", "constructor": false, "full_signature": "private void doEX_mSP_HL(final int ctx)", "identifier": "doEX_mSP_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doEX_mSP_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doEX_DE_HL()", "constructor": false, "full_signature": "private void doEX_DE_HL()", "identifier": "doEX_DE_HL", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEX_DE_HL()", "testcase": false }, { "class_method_signature": "Z80.doDI()", "constructor": false, "full_signature": "private void doDI()", "identifier": "doDI", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doDI()", "testcase": false }, { "class_method_signature": "Z80.doEI()", "constructor": false, "full_signature": "private void doEI()", "identifier": "doEI", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEI()", "testcase": false }, { "class_method_signature": "Z80.doCALL(final int ctx, final int y)", "constructor": false, "full_signature": "private void doCALL(final int ctx, final int y)", "identifier": "doCALL", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doCALL(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doCALL(final int ctx)", "constructor": false, "full_signature": "private void doCALL(final int ctx)", "identifier": "doCALL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doCALL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doPUSH(final int ctx, final int p)", "constructor": false, "full_signature": "private void doPUSH(final int ctx, final int p)", "identifier": "doPUSH", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doPUSH(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)", "constructor": false, "full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)", "identifier": "doALU_A_Reg", "modifiers": "private", "parameters": "(final int ctx, final int op, final int reg)", "return": "void", "signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)", "constructor": false, "full_signature": "private void doALU_A_n(final int ctx, final int op)", "identifier": "doALU_A_n", "modifiers": "private", "parameters": "(final int ctx, final int op)", "return": "void", "signature": "void doALU_A_n(final int ctx, final int op)", "testcase": false }, { "class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)", "constructor": false, "full_signature": "private void _aluAccumulatorOp(final int op, final int value)", "identifier": "_aluAccumulatorOp", "modifiers": "private", "parameters": "(final int op, final int value)", "return": "void", "signature": "void _aluAccumulatorOp(final int op, final int value)", "testcase": false }, { "class_method_signature": "Z80.doRST(final int ctx, final int address)", "constructor": false, "full_signature": "private void doRST(final int ctx, final int address)", "identifier": "doRST", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "void", "signature": "void doRST(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)", "constructor": false, "full_signature": "private int doRollShift(final int ctx, final int op, final int reg)", "identifier": "doRollShift", "modifiers": "private", "parameters": "(final int ctx, final int op, final int reg)", "return": "int", "signature": "int doRollShift(final int ctx, final int op, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)", "constructor": false, "full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)", "identifier": "doROTmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int op)", "return": "void", "signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)", "testcase": false }, { "class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private void doBIT(final int ctx, final int bit, final int reg)", "identifier": "doBIT", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "void", "signature": "void doBIT(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private int doRES(final int ctx, final int bit, final int reg)", "identifier": "doRES", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "int", "signature": "int doRES(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private int doSET(final int ctx, final int bit, final int reg)", "identifier": "doSET", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "int", "signature": "int doSET(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)", "constructor": false, "full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)", "identifier": "doRESmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int bit)", "return": "void", "signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)", "testcase": false }, { "class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)", "constructor": false, "full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)", "identifier": "doSETmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int bit)", "return": "void", "signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)", "testcase": false }, { "class_method_signature": "Z80.doIN_C(final int ctx)", "constructor": false, "full_signature": "private void doIN_C(final int ctx)", "identifier": "doIN_C", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doIN_C(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doIN_C(final int ctx, final int y)", "constructor": false, "full_signature": "private void doIN_C(final int ctx, final int y)", "identifier": "doIN_C", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doIN_C(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doOUT_C(final int ctx)", "constructor": false, "full_signature": "private void doOUT_C(final int ctx)", "identifier": "doOUT_C", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doOUT_C(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOUT_C(final int ctx, final int y)", "constructor": false, "full_signature": "private void doOUT_C(final int ctx, final int y)", "identifier": "doOUT_C", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doOUT_C(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)", "constructor": false, "full_signature": "private void doLD_mNN_RegP(final int ctx, final int p)", "identifier": "doLD_mNN_RegP", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doLD_mNN_RegP(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doLD_RegP_mNN(final int ctx, final int p)", "constructor": false, "full_signature": "private void doLD_RegP_mNN(final int ctx, final int p)", "identifier": "doLD_RegP_mNN", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doLD_RegP_mNN(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doNEG()", "constructor": false, "full_signature": "private void doNEG()", "identifier": "doNEG", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doNEG()", "testcase": false }, { "class_method_signature": "Z80.doRETI(final int ctx)", "constructor": false, "full_signature": "private void doRETI(final int ctx)", "identifier": "doRETI", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRETI(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doRETN(final int ctx)", "constructor": false, "full_signature": "private void doRETN(final int ctx)", "identifier": "doRETN", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRETN(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doIM(final int y)", "constructor": false, "full_signature": "private void doIM(final int y)", "identifier": "doIM", "modifiers": "private", "parameters": "(final int y)", "return": "void", "signature": "void doIM(final int y)", "testcase": false }, { "class_method_signature": "Z80.doLD_I_A()", "constructor": false, "full_signature": "private void doLD_I_A()", "identifier": "doLD_I_A", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doLD_I_A()", "testcase": false }, { "class_method_signature": "Z80.doLD_R_A()", "constructor": false, "full_signature": "private void doLD_R_A()", "identifier": "doLD_R_A", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doLD_R_A()", "testcase": false }, { "class_method_signature": "Z80.doLD_A_I()", "constructor": false, "full_signature": "private void doLD_A_I()", "identifier": "doLD_A_I", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doLD_A_I()", "testcase": false }, { "class_method_signature": "Z80.doLD_A_R()", "constructor": false, "full_signature": "private void doLD_A_R()", "identifier": "doLD_A_R", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doLD_A_R()", "testcase": false }, { "class_method_signature": "Z80.doRRD(final int ctx)", "constructor": false, "full_signature": "private void doRRD(final int ctx)", "identifier": "doRRD", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRRD(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doRLD(final int ctx)", "constructor": false, "full_signature": "private void doRLD(final int ctx)", "identifier": "doRLD", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRLD(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)", "constructor": false, "full_signature": "private boolean doBLI(final int ctx, final int y, final int z)", "identifier": "doBLI", "modifiers": "private", "parameters": "(final int ctx, final int y, final int z)", "return": "boolean", "signature": "boolean doBLI(final int ctx, final int y, final int z)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mBC(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mBC(final int ctx)", "identifier": "doLD_A_mBC", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mBC(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDIR(final int ctx)", "constructor": false, "full_signature": "private boolean doLDIR(final int ctx)", "identifier": "doLDIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doLDIR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mDE(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mDE(final int ctx)", "identifier": "doLD_A_mDE", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mDE(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doCPIR(final int ctx)", "constructor": false, "full_signature": "private boolean doCPIR(final int ctx)", "identifier": "doCPIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doCPIR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doINI_IND(final int ctx, final boolean ini)", "constructor": false, "full_signature": "private void doINI_IND(final int ctx, final boolean ini)", "identifier": "doINI_IND", "modifiers": "private", "parameters": "(final int ctx, final boolean ini)", "return": "void", "signature": "void doINI_IND(final int ctx, final boolean ini)", "testcase": false }, { "class_method_signature": "Z80.doINIR(final int ctx)", "constructor": false, "full_signature": "private boolean doINIR(final int ctx)", "identifier": "doINIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doINIR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doINDR(final int ctx)", "constructor": false, "full_signature": "private boolean doINDR(final int ctx)", "identifier": "doINDR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doINDR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDI(final int ctx)", "constructor": false, "full_signature": "private void doLDI(final int ctx)", "identifier": "doLDI", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLDI(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOTIR(final int ctx)", "constructor": false, "full_signature": "private boolean doOTIR(final int ctx)", "identifier": "doOTIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doOTIR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doCPI(final int ctx)", "constructor": false, "full_signature": "private void doCPI(final int ctx)", "identifier": "doCPI", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doCPI(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOTDR(final int ctx)", "constructor": false, "full_signature": "private boolean doOTDR(final int ctx)", "identifier": "doOTDR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doOTDR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDDR(final int ctx)", "constructor": false, "full_signature": "private boolean doLDDR(final int ctx)", "identifier": "doLDDR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doLDDR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOUTI_OUTD(final int ctx, final boolean inc)", "constructor": false, "full_signature": "private void doOUTI_OUTD(final int ctx, final boolean inc)", "identifier": "doOUTI_OUTD", "modifiers": "private", "parameters": "(final int ctx, final boolean inc)", "return": "void", "signature": "void doOUTI_OUTD(final int ctx, final boolean inc)", "testcase": false }, { "class_method_signature": "Z80.doCPDR(final int ctx)", "constructor": false, "full_signature": "private boolean doCPDR(final int ctx)", "identifier": "doCPDR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doCPDR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.getStateAsString()", "constructor": false, "full_signature": "public String getStateAsString()", "identifier": "getStateAsString", "modifiers": "public", "parameters": "()", "return": "String", "signature": "String getStateAsString()", "testcase": false }, { "class_method_signature": "Z80.doReset()", "constructor": false, "full_signature": "public void doReset()", "identifier": "doReset", "modifiers": "public", "parameters": "()", "return": "void", "signature": "void doReset()", "testcase": false }, { "class_method_signature": "Z80.compareState(final Z80 other, final boolean compareExe)", "constructor": false, "full_signature": "public boolean compareState(final Z80 other, final boolean compareExe)", "identifier": "compareState", "modifiers": "public", "parameters": "(final Z80 other, final boolean compareExe)", "return": "boolean", "signature": "boolean compareState(final Z80 other, final boolean compareExe)", "testcase": false }, { "class_method_signature": "Z80.doLDD(final int ctx)", "constructor": false, "full_signature": "private void doLDD(final int ctx)", "identifier": "doLDD", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLDD(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doCPD(final int ctx)", "constructor": false, "full_signature": "private void doCPD(final int ctx)", "identifier": "doCPD", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doCPD(final int ctx)", "testcase": false } ], "superclass": "" }

{ "body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }", "class_method_signature": "Z80.getRegister(final int reg)", "constructor": false, "full_signature": "public int getRegister(final int reg)", "identifier": "getRegister", "invocations": [ "getRegister" ], "modifiers": "public", "parameters": "(final int reg)", "return": "int", "signature": "int getRegister(final int reg)", "testcase": false }

{ "created": null, "fork": null, "fork_count": 5, "is_fork": false, "language": "Java", "license": "licensed", "repo_id": 32104835, "size": 23159, "stargazer_count": 44, "stars": null, "updates": null, "url": "https://github.com/raydac/zxpoly" }

{ "fields": [], "file": "zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java", "identifier": "Z80Test", "interfaces": "", "superclass": "extends AbstractZ80Test" }

{ "body": "@Test\n public void testCommand_ADD_N_flagV() {\n final Z80State state = new Z80State();\n state.A = 0x44;\n\n state.F = 0xFF;\n\n final Pair<Z80, Integer> cpu = executeCommand(state, 0xC6, 0x7F);\n\n assertEquals(0xC3, cpu.getLeft().getRegister(Z80.REG_A));\n assertFlagsExcludeReserved(Z80.FLAG_PV | Z80.FLAG_S | Z80.FLAG_H,\n cpu.getLeft().getRegister(Z80.REG_F) & 0xFF);\n\n assertEquals(7, cpu.getRight().intValue());\n }", "class_method_signature": "Z80Test.testCommand_ADD_N_flagV()", "constructor": false, "full_signature": "@Test public void testCommand_ADD_N_flagV()", "identifier": "testCommand_ADD_N_flagV", "invocations": [ "executeCommand", "assertEquals", "getRegister", "getLeft", "assertFlagsExcludeReserved", "getRegister", "getLeft", "assertEquals", "intValue", "getRight" ], "modifiers": "@Test public", "parameters": "()", "return": "void", "signature": "void testCommand_ADD_N_flagV()", "testcase": true }

{ "fields": [ { "declarator": "REG_A = 0", "modifier": "public static final", "original_string": "public static final int REG_A = 0;", "type": "int", "var_name": "REG_A" }, { "declarator": "REG_F = 1", "modifier": "public static final", "original_string": "public static final int REG_F = 1;", "type": "int", "var_name": "REG_F" }, { "declarator": "REG_B = 2", "modifier": "public static final", "original_string": "public static final int REG_B = 2;", "type": "int", "var_name": "REG_B" }, { "declarator": "REG_C = 3", "modifier": "public static final", "original_string": "public static final int REG_C = 3;", "type": "int", "var_name": "REG_C" }, { "declarator": "REG_D = 4", "modifier": "public static final", "original_string": "public static final int REG_D = 4;", "type": "int", "var_name": "REG_D" }, { "declarator": "REG_E = 5", "modifier": "public static final", "original_string": "public static final int REG_E = 5;", "type": "int", "var_name": "REG_E" }, { "declarator": "REG_H = 6", "modifier": "public static final", "original_string": "public static final int REG_H = 6;", "type": "int", "var_name": "REG_H" }, { "declarator": "REG_L = 7", "modifier": "public static final", "original_string": "public static final int REG_L = 7;", "type": "int", "var_name": "REG_L" }, { "declarator": "REG_IX = 8", "modifier": "public static final", "original_string": "public static final int REG_IX = 8;", "type": "int", "var_name": "REG_IX" }, { "declarator": "REG_IY = 9", "modifier": "public static final", "original_string": "public static final int REG_IY = 9;", "type": "int", "var_name": "REG_IY" }, { "declarator": "REG_SP = 10", "modifier": "public static final", "original_string": "public static final int REG_SP = 10;", "type": "int", "var_name": "REG_SP" }, { "declarator": "REG_PC = 11", "modifier": "public static final", "original_string": "public static final int REG_PC = 11;", "type": "int", "var_name": "REG_PC" }, { "declarator": "REG_I = 12", "modifier": "public static final", "original_string": "public static final int REG_I = 12;", "type": "int", "var_name": "REG_I" }, { "declarator": "REG_R = 13", "modifier": "public static final", "original_string": "public static final int REG_R = 13;", "type": "int", "var_name": "REG_R" }, { "declarator": "REGPAIR_AF = REG_A", "modifier": "public static final", "original_string": "public static final int REGPAIR_AF = REG_A;", "type": "int", "var_name": "REGPAIR_AF" }, { "declarator": "REGPAIR_BC = REG_B", "modifier": "public static final", "original_string": "public static final int REGPAIR_BC = REG_B;", "type": "int", "var_name": "REGPAIR_BC" }, { "declarator": "REGPAIR_DE = REG_D", "modifier": "public static final", "original_string": "public static final int REGPAIR_DE = REG_D;", "type": "int", "var_name": "REGPAIR_DE" }, { "declarator": "REGPAIR_HL = REG_H", "modifier": "public static final", "original_string": "public static final int REGPAIR_HL = REG_H;", "type": "int", "var_name": "REGPAIR_HL" }, { "declarator": "SIGNAL_IN_nINT = 1", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nINT = 1;", "type": "int", "var_name": "SIGNAL_IN_nINT" }, { "declarator": "SIGNAL_IN_nNMI = 2", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nNMI = 2;", "type": "int", "var_name": "SIGNAL_IN_nNMI" }, { "declarator": "SIGNAL_IN_nRESET = 4", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nRESET = 4;", "type": "int", "var_name": "SIGNAL_IN_nRESET" }, { "declarator": "SIGNAL_IN_nWAIT = 8", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_nWAIT = 8;", "type": "int", "var_name": "SIGNAL_IN_nWAIT" }, { "declarator": "SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT", "modifier": "public static final", "original_string": "public static final int SIGNAL_IN_ALL_INACTIVE =\n SIGNAL_IN_nINT | SIGNAL_IN_nNMI | SIGNAL_IN_nRESET | SIGNAL_IN_nWAIT;", "type": "int", "var_name": "SIGNAL_IN_ALL_INACTIVE" }, { "declarator": "SIGNAL_OUT_nM1 = 1", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_nM1 = 1;", "type": "int", "var_name": "SIGNAL_OUT_nM1" }, { "declarator": "SIGNAL_OUT_nHALT = 2", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_nHALT = 2;", "type": "int", "var_name": "SIGNAL_OUT_nHALT" }, { "declarator": "SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1", "modifier": "public static final", "original_string": "public static final int SIGNAL_OUT_ALL_INACTIVE = SIGNAL_OUT_nHALT | SIGNAL_OUT_nM1;", "type": "int", "var_name": "SIGNAL_OUT_ALL_INACTIVE" }, { "declarator": "FTABLE_SZYX", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_SZYX;", "type": "byte[]", "var_name": "FTABLE_SZYX" }, { "declarator": "FTABLE_SZYXP", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_SZYXP;", "type": "byte[]", "var_name": "FTABLE_SZYXP" }, { "declarator": "FLAG_S_SHIFT = 7", "modifier": "private static final", "original_string": "private static final int FLAG_S_SHIFT = 7;", "type": "int", "var_name": "FLAG_S_SHIFT" }, { "declarator": "FLAG_S = 1 << FLAG_S_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_S = 1 << FLAG_S_SHIFT;", "type": "int", "var_name": "FLAG_S" }, { "declarator": "FLAG_Z_SHIFT = 6", "modifier": "private static final", "original_string": "private static final int FLAG_Z_SHIFT = 6;", "type": "int", "var_name": "FLAG_Z_SHIFT" }, { "declarator": "FLAG_Z = 1 << FLAG_Z_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_Z = 1 << FLAG_Z_SHIFT;", "type": "int", "var_name": "FLAG_Z" }, { "declarator": "FLAG_Y_SHIFT = 5", "modifier": "private static final", "original_string": "private static final int FLAG_Y_SHIFT = 5;", "type": "int", "var_name": "FLAG_Y_SHIFT" }, { "declarator": "FLAG_Y = 1 << FLAG_Y_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_Y = 1 << FLAG_Y_SHIFT;", "type": "int", "var_name": "FLAG_Y" }, { "declarator": "FLAG_H_SHIFT = 4", "modifier": "private static final", "original_string": "private static final int FLAG_H_SHIFT = 4;", "type": "int", "var_name": "FLAG_H_SHIFT" }, { "declarator": "FLAG_H = 1 << FLAG_H_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_H = 1 << FLAG_H_SHIFT;", "type": "int", "var_name": "FLAG_H" }, { "declarator": "FLAG_X_SHIFT = 3", "modifier": "private static final", "original_string": "private static final int FLAG_X_SHIFT = 3;", "type": "int", "var_name": "FLAG_X_SHIFT" }, { "declarator": "FLAG_X = 1 << FLAG_X_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_X = 1 << FLAG_X_SHIFT;", "type": "int", "var_name": "FLAG_X" }, { "declarator": "FLAG_PV_SHIFT = 2", "modifier": "private static final", "original_string": "private static final int FLAG_PV_SHIFT = 2;", "type": "int", "var_name": "FLAG_PV_SHIFT" }, { "declarator": "FLAG_PV = 1 << FLAG_PV_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_PV = 1 << FLAG_PV_SHIFT;", "type": "int", "var_name": "FLAG_PV" }, { "declarator": "FLAG_N_SHIFT = 1", "modifier": "private static final", "original_string": "private static final int FLAG_N_SHIFT = 1;", "type": "int", "var_name": "FLAG_N_SHIFT" }, { "declarator": "FLAG_N = 1 << FLAG_N_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_N = 1 << FLAG_N_SHIFT;", "type": "int", "var_name": "FLAG_N" }, { "declarator": "FLAG_C_SHIFT = 0", "modifier": "private static final", "original_string": "private static final int FLAG_C_SHIFT = 0;", "type": "int", "var_name": "FLAG_C_SHIFT" }, { "declarator": "FLAG_C = 1 << FLAG_C_SHIFT", "modifier": "public static final", "original_string": "public static final int FLAG_C = 1 << FLAG_C_SHIFT;", "type": "int", "var_name": "FLAG_C" }, { "declarator": "FLAG_XY = FLAG_X | FLAG_Y", "modifier": "private static final", "original_string": "private static final int FLAG_XY = FLAG_X | FLAG_Y;", "type": "int", "var_name": "FLAG_XY" }, { "declarator": "FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV", "modifier": "private static final", "original_string": "private static final int FLAG_SZPV = FLAG_S | FLAG_Z | FLAG_PV;", "type": "int", "var_name": "FLAG_SZPV" }, { "declarator": "FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y", "modifier": "private static final", "original_string": "private static final int FLAG_SYX = FLAG_S | FLAG_X | FLAG_Y;", "type": "int", "var_name": "FLAG_SYX" }, { "declarator": "FLAG_SZ = FLAG_S | FLAG_Z", "modifier": "private static final", "original_string": "private static final int FLAG_SZ = FLAG_S | FLAG_Z;", "type": "int", "var_name": "FLAG_SZ" }, { "declarator": "FLAG_SZC = FLAG_SZ | FLAG_C", "modifier": "private static final", "original_string": "private static final int FLAG_SZC = FLAG_SZ | FLAG_C;", "type": "int", "var_name": "FLAG_SZC" }, { "declarator": "FLAG_HC = FLAG_H | FLAG_C", "modifier": "private static final", "original_string": "private static final int FLAG_HC = FLAG_H | FLAG_C;", "type": "int", "var_name": "FLAG_HC" }, { "declarator": "FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n }", "modifier": "private static final", "original_string": "private static final byte[] FTABLE_OVERFLOW = new byte[] {\n 0, (byte) FLAG_PV, (byte) FLAG_PV, 0\n };", "type": "byte[]", "var_name": "FTABLE_OVERFLOW" }, { "declarator": "lastReadReg8MemPtr", "modifier": "private", "original_string": "private int lastReadReg8MemPtr;", "type": "int", "var_name": "lastReadReg8MemPtr" }, { "declarator": "bus", "modifier": "private final", "original_string": "private final Z80CPUBus bus;", "type": "Z80CPUBus", "var_name": "bus" }, { "declarator": "regSet = new byte[8]", "modifier": "private final", "original_string": "private final byte[] regSet = new byte[8];", "type": "byte[]", "var_name": "regSet" }, { "declarator": "altRegSet = new byte[8]", "modifier": "private final", "original_string": "private final byte[] altRegSet = new byte[8];", "type": "byte[]", "var_name": "altRegSet" }, { "declarator": "iff1", "modifier": "private", "original_string": "private boolean iff1;", "type": "boolean", "var_name": "iff1" }, { "declarator": "iff2", "modifier": "private", "original_string": "private boolean iff2;", "type": "boolean", "var_name": "iff2" }, { "declarator": "im", "modifier": "private", "original_string": "private int im;", "type": "int", "var_name": "im" }, { "declarator": "regIX", "modifier": "private", "original_string": "private int regIX;", "type": "int", "var_name": "regIX" }, { "declarator": "regIY", "modifier": "private", "original_string": "private int regIY;", "type": "int", "var_name": "regIY" }, { "declarator": "regSP", "modifier": "private", "original_string": "private int regSP;", "type": "int", "var_name": "regSP" }, { "declarator": "regPC", "modifier": "private", "original_string": "private int regPC;", "type": "int", "var_name": "regPC" }, { "declarator": "regI", "modifier": "private", "original_string": "private int regI;", "type": "int", "var_name": "regI" }, { "declarator": "regR", "modifier": "private", "original_string": "private int regR;", "type": "int", "var_name": "regR" }, { "declarator": "tstates", "modifier": "private", "original_string": "private int tstates;", "type": "int", "var_name": "tstates" }, { "declarator": "lastM1InstructionByte = -1", "modifier": "private", "original_string": "private int lastM1InstructionByte = -1;", "type": "int", "var_name": "lastM1InstructionByte" }, { "declarator": "lastInstructionByte = -1", "modifier": "private", "original_string": "private int lastInstructionByte = -1;", "type": "int", "var_name": "lastInstructionByte" }, { "declarator": "cbDisplacementByte = -1", "modifier": "private", "original_string": "private int cbDisplacementByte = -1;", "type": "int", "var_name": "cbDisplacementByte" }, { "declarator": "prefix", "modifier": "private", "original_string": "private int prefix;", "type": "int", "var_name": "prefix" }, { "declarator": "outSignals = 0xFFFFFFFF", "modifier": "private", "original_string": "private int outSignals = 0xFFFFFFFF;", "type": "int", "var_name": "outSignals" }, { "declarator": "prevINSignals = 0xFFFFFFFF", "modifier": "private", "original_string": "private int prevINSignals = 0xFFFFFFFF;", "type": "int", "var_name": "prevINSignals" }, { "declarator": "interruptAllowedForStep", "modifier": "private", "original_string": "private boolean interruptAllowedForStep;", "type": "boolean", "var_name": "interruptAllowedForStep" }, { "declarator": "detectedNMI", "modifier": "private", "original_string": "private boolean detectedNMI;", "type": "boolean", "var_name": "detectedNMI" }, { "declarator": "detectedINT", "modifier": "private", "original_string": "private boolean detectedINT;", "type": "boolean", "var_name": "detectedINT" }, { "declarator": "insideBlockInstructionPrev", "modifier": "private", "original_string": "private boolean insideBlockInstructionPrev;", "type": "boolean", "var_name": "insideBlockInstructionPrev" }, { "declarator": "insideBlockInstruction", "modifier": "private", "original_string": "private boolean insideBlockInstruction;", "type": "boolean", "var_name": "insideBlockInstruction" }, { "declarator": "resetCycle = 0", "modifier": "private", "original_string": "private int resetCycle = 0;", "type": "int", "var_name": "resetCycle" }, { "declarator": "q", "modifier": "private", "original_string": "private int q;", "type": "int", "var_name": "q" }, { "declarator": "lastQ", "modifier": "private", "original_string": "private int lastQ;", "type": "int", "var_name": "lastQ" } ], "file": "zxpoly-z80/src/main/java/com/igormaznitsa/z80/Z80.java", "identifier": "Z80", "interfaces": "", "methods": [ { "class_method_signature": "Z80.Z80(final Z80CPUBus bus)", "constructor": true, "full_signature": "public Z80(final Z80CPUBus bus)", "identifier": "Z80", "modifiers": "public", "parameters": "(final Z80CPUBus bus)", "return": "", "signature": " Z80(final Z80CPUBus bus)", "testcase": false }, { "class_method_signature": "Z80.Z80(final Z80 cpu)", "constructor": true, "full_signature": "public Z80(final Z80 cpu)", "identifier": "Z80", "modifiers": "public", "parameters": "(final Z80 cpu)", "return": "", "signature": " Z80(final Z80 cpu)", "testcase": false }, { "class_method_signature": "Z80.extractX(final int cmndByte)", "constructor": false, "full_signature": "private static int extractX(final int cmndByte)", "identifier": "extractX", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractX(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractY(final int cmndByte)", "constructor": false, "full_signature": "private static int extractY(final int cmndByte)", "identifier": "extractY", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractY(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractZ(final int cmndByte)", "constructor": false, "full_signature": "private static int extractZ(final int cmndByte)", "identifier": "extractZ", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractZ(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractP(final int cmndByte)", "constructor": false, "full_signature": "private static int extractP(final int cmndByte)", "identifier": "extractP", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractP(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.extractQ(final int cmndByte)", "constructor": false, "full_signature": "private static int extractQ(final int cmndByte)", "identifier": "extractQ", "modifiers": "private static", "parameters": "(final int cmndByte)", "return": "int", "signature": "int extractQ(final int cmndByte)", "testcase": false }, { "class_method_signature": "Z80.parseAndPackRegAlignValue(final String regs)", "constructor": false, "full_signature": "public static int parseAndPackRegAlignValue(final String regs)", "identifier": "parseAndPackRegAlignValue", "modifiers": "public static", "parameters": "(final String regs)", "return": "int", "signature": "int parseAndPackRegAlignValue(final String regs)", "testcase": false }, { "class_method_signature": "Z80.fillByState(final Z80 src)", "constructor": false, "full_signature": "public Z80 fillByState(final Z80 src)", "identifier": "fillByState", "modifiers": "public", "parameters": "(final Z80 src)", "return": "Z80", "signature": "Z80 fillByState(final Z80 src)", "testcase": false }, { "class_method_signature": "Z80.getIM()", "constructor": false, "full_signature": "public int getIM()", "identifier": "getIM", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getIM()", "testcase": false }, { "class_method_signature": "Z80.setIM(final int im)", "constructor": false, "full_signature": "public void setIM(final int im)", "identifier": "setIM", "modifiers": "public", "parameters": "(final int im)", "return": "void", "signature": "void setIM(final int im)", "testcase": false }, { "class_method_signature": "Z80.isIFF1()", "constructor": false, "full_signature": "public boolean isIFF1()", "identifier": "isIFF1", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isIFF1()", "testcase": false }, { "class_method_signature": "Z80.isIFF2()", "constructor": false, "full_signature": "public boolean isIFF2()", "identifier": "isIFF2", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isIFF2()", "testcase": false }, { "class_method_signature": "Z80.getPrefixInProcessing()", "constructor": false, "full_signature": "public int getPrefixInProcessing()", "identifier": "getPrefixInProcessing", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPrefixInProcessing()", "testcase": false }, { "class_method_signature": "Z80.getPrevINSignals()", "constructor": false, "full_signature": "public int getPrevINSignals()", "identifier": "getPrevINSignals", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPrevINSignals()", "testcase": false }, { "class_method_signature": "Z80.getPC()", "constructor": false, "full_signature": "public int getPC()", "identifier": "getPC", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getPC()", "testcase": false }, { "class_method_signature": "Z80.setIFF(final boolean iff1, final boolean iff2)", "constructor": false, "full_signature": "public void setIFF(final boolean iff1, final boolean iff2)", "identifier": "setIFF", "modifiers": "public", "parameters": "(final boolean iff1, final boolean iff2)", "return": "void", "signature": "void setIFF(final boolean iff1, final boolean iff2)", "testcase": false }, { "class_method_signature": "Z80.setRegisterPair(final int regPair, final int value)", "constructor": false, "full_signature": "public void setRegisterPair(final int regPair, final int value)", "identifier": "setRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final int value)", "return": "void", "signature": "void setRegisterPair(final int regPair, final int value)", "testcase": false }, { "class_method_signature": "Z80.setRegisterPair(final int regPair, final int value, final boolean alt)", "constructor": false, "full_signature": "public void setRegisterPair(final int regPair, final int value, final boolean alt)", "identifier": "setRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final int value, final boolean alt)", "return": "void", "signature": "void setRegisterPair(final int regPair, final int value, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getRegisterPair(final int regPair)", "constructor": false, "full_signature": "public int getRegisterPair(final int regPair)", "identifier": "getRegisterPair", "modifiers": "public", "parameters": "(final int regPair)", "return": "int", "signature": "int getRegisterPair(final int regPair)", "testcase": false }, { "class_method_signature": "Z80.getRegisterPair(final int regPair, final boolean alt)", "constructor": false, "full_signature": "public int getRegisterPair(final int regPair, final boolean alt)", "identifier": "getRegisterPair", "modifiers": "public", "parameters": "(final int regPair, final boolean alt)", "return": "int", "signature": "int getRegisterPair(final int regPair, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.setRegister(final int reg, final int value)", "constructor": false, "full_signature": "public void setRegister(final int reg, final int value)", "identifier": "setRegister", "modifiers": "public", "parameters": "(final int reg, final int value)", "return": "void", "signature": "void setRegister(final int reg, final int value)", "testcase": false }, { "class_method_signature": "Z80.setRegister(final int reg, final int value, final boolean alt)", "constructor": false, "full_signature": "public void setRegister(final int reg, final int value, final boolean alt)", "identifier": "setRegister", "modifiers": "public", "parameters": "(final int reg, final int value, final boolean alt)", "return": "void", "signature": "void setRegister(final int reg, final int value, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getRegister(final int reg)", "constructor": false, "full_signature": "public int getRegister(final int reg)", "identifier": "getRegister", "modifiers": "public", "parameters": "(final int reg)", "return": "int", "signature": "int getRegister(final int reg)", "testcase": false }, { "class_method_signature": "Z80.getRegister(final int reg, final boolean alt)", "constructor": false, "full_signature": "public int getRegister(final int reg, final boolean alt)", "identifier": "getRegister", "modifiers": "public", "parameters": "(final int reg, final boolean alt)", "return": "int", "signature": "int getRegister(final int reg, final boolean alt)", "testcase": false }, { "class_method_signature": "Z80.getState()", "constructor": false, "full_signature": "public int getState()", "identifier": "getState", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getState()", "testcase": false }, { "class_method_signature": "Z80.getBus()", "constructor": false, "full_signature": "public Z80CPUBus getBus()", "identifier": "getBus", "modifiers": "public", "parameters": "()", "return": "Z80CPUBus", "signature": "Z80CPUBus getBus()", "testcase": false }, { "class_method_signature": "Z80.getStepTstates()", "constructor": false, "full_signature": "public int getStepTstates()", "identifier": "getStepTstates", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getStepTstates()", "testcase": false }, { "class_method_signature": "Z80.isInsideBlockLoop()", "constructor": false, "full_signature": "public boolean isInsideBlockLoop()", "identifier": "isInsideBlockLoop", "modifiers": "public", "parameters": "()", "return": "boolean", "signature": "boolean isInsideBlockLoop()", "testcase": false }, { "class_method_signature": "Z80._reset(final int cycle)", "constructor": false, "full_signature": "private void _reset(final int cycle)", "identifier": "_reset", "modifiers": "private", "parameters": "(final int cycle)", "return": "void", "signature": "void _reset(final int cycle)", "testcase": false }, { "class_method_signature": "Z80._resetHalt()", "constructor": false, "full_signature": "private void 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false, "full_signature": "private void _nmi(final int ctx)", "identifier": "_nmi", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void _nmi(final int ctx)", "testcase": false }, { "class_method_signature": "Z80._writemem8(final int ctx, final int address, final byte value)", "constructor": false, "full_signature": "private void _writemem8(final int ctx, final int address, final byte value)", "identifier": "_writemem8", "modifiers": "private", "parameters": "(final int ctx, final int address, final byte value)", "return": "void", "signature": "void _writemem8(final int ctx, final int address, final byte value)", "testcase": false }, { "class_method_signature": "Z80._readNextPcAddressedWord(final int ctx)", "constructor": false, "full_signature": "private int _readNextPcAddressedWord(final int ctx)", "identifier": "_readNextPcAddressedWord", "modifiers": "private", "parameters": "(final int ctx)", "return": "int", "signature": "int 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"constructor": false, "full_signature": "private int _readSpecRegValue(final int ctx, final int reg, final int origValue)", "identifier": "_readSpecRegValue", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _readSpecRegValue(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "constructor": false, "full_signature": "private int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "identifier": "_readSpecRegPairValue", "modifiers": "private", "parameters": "(final int ctx, final int regPair, final int origValue)", "return": "int", "signature": "int _readSpecRegPairValue(final int ctx, final int regPair, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._portAddrFromReg(final int ctx, final int reg, final int origValue)", "constructor": false, "full_signature": "private int _portAddrFromReg(final int ctx, final int reg, final int origValue)", "identifier": "_portAddrFromReg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _portAddrFromReg(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80._readport(final int ctx, final int port)", "constructor": false, "full_signature": "private int _readport(final int ctx, final int port)", "identifier": "_readport", "modifiers": "private", "parameters": "(final int ctx, final int port)", "return": "int", "signature": "int _readport(final int ctx, final int port)", "testcase": false }, { "class_method_signature": "Z80._writeport(final int ctx, final int port, final int value)", "constructor": false, "full_signature": "private void _writeport(final int ctx, final int port, final int value)", "identifier": "_writeport", "modifiers": "private", "parameters": "(final int ctx, final int port, final int value)", "return": "void", "signature": "void _writeport(final int ctx, final int port, final int value)", "testcase": false }, { "class_method_signature": "Z80._readmem8(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem8(final int ctx, final int address)", "identifier": "_readmem8", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem8(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._readmem8withM1(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem8withM1(final int ctx, final int address)", "identifier": "_readmem8withM1", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem8withM1(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._readmem16(final int ctx, final int address)", "constructor": false, "full_signature": "private int _readmem16(final int ctx, final int address)", "identifier": "_readmem16", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "int", "signature": "int _readmem16(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80._read_ixiy_d(final int ctx)", "constructor": false, "full_signature": "private int _read_ixiy_d(final int ctx)", "identifier": "_read_ixiy_d", "modifiers": "private", "parameters": "(final int ctx)", "return": "int", "signature": "int _read_ixiy_d(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.readInstrOrPrefix(final int ctx, final boolean m1)", "constructor": false, "full_signature": "private int readInstrOrPrefix(final int ctx, final boolean m1)", "identifier": "readInstrOrPrefix", "modifiers": "private", "parameters": "(final int ctx, final boolean 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"parameters": "(final int ctx, final int reg, final int origValue)", "return": "int", "signature": "int _readPtr(final int ctx, final int reg, final int origValue)", "testcase": false }, { "class_method_signature": "Z80.alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "constructor": false, "full_signature": "public Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "identifier": "alignRegisterValuesWith", "modifiers": "public", "parameters": "(final Z80 src, int packedRegisterFlags)", "return": "Z80", "signature": "Z80 alignRegisterValuesWith(final Z80 src, int packedRegisterFlags)", "testcase": false }, { "class_method_signature": "Z80.readReg8(final int ctx, final int r)", "constructor": false, "full_signature": "private int readReg8(final int ctx, final int r)", "identifier": "readReg8", "modifiers": "private", "parameters": "(final int ctx, final int r)", "return": "int", "signature": "int readReg8(final int ctx, final int r)", "testcase": false 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"signature": "int readHlPtr(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.readReg16(final int p)", "constructor": false, "full_signature": "private int readReg16(final int p)", "identifier": "readReg16", "modifiers": "private", "parameters": "(final int p)", "return": "int", "signature": "int readReg16(final int p)", "testcase": false }, { "class_method_signature": "Z80.readReg16_2(final int p)", "constructor": false, "full_signature": "private int readReg16_2(final int p)", "identifier": "readReg16_2", "modifiers": "private", "parameters": "(final int p)", "return": "int", "signature": "int readReg16_2(final int p)", "testcase": false }, { "class_method_signature": "Z80.writeReg8(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8(final int ctx, final int r, final int value)", "identifier": "writeReg8", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.getLastM1InstructionByte()", "constructor": false, "full_signature": "public int getLastM1InstructionByte()", "identifier": "getLastM1InstructionByte", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getLastM1InstructionByte()", "testcase": false }, { "class_method_signature": "Z80.getLastInstructionByte()", "constructor": false, "full_signature": "public int getLastInstructionByte()", "identifier": "getLastInstructionByte", "modifiers": "public", "parameters": "()", "return": "int", "signature": "int getLastInstructionByte()", "testcase": false }, { "class_method_signature": "Z80.isHiLoFront(final int signal, final int signals)", "constructor": false, "full_signature": "private boolean isHiLoFront(final int signal, final int signals)", "identifier": "isHiLoFront", "modifiers": "private", "parameters": "(final int signal, final int signals)", "return": "boolean", "signature": "boolean isHiLoFront(final int signal, final int signals)", "testcase": false }, { "class_method_signature": "Z80.nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "constructor": false, "full_signature": "public int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "identifier": "nextInstruction", "modifiers": "public", "parameters": "(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "return": "int", "signature": "int nextInstruction(final int ctx, final boolean signalRESET, final boolean signalNMI,\n final boolean signalNT)", "testcase": false }, { "class_method_signature": "Z80.nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "constructor": false, "full_signature": "public int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "identifier": "nextInstruction_SkipBlockInstructions", "modifiers": "public", "parameters": "(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "return": "int", "signature": "int nextInstruction_SkipBlockInstructions(final int ctx, final boolean signalRESET,\n final boolean signalNMI,\n final boolean signalNT)", "testcase": false }, { "class_method_signature": "Z80.step(final int ctx, final int incomingSignals)", "constructor": false, "full_signature": "public boolean step(final int ctx, final int incomingSignals)", "identifier": "step", "modifiers": "public", "parameters": "(final int ctx, final int incomingSignals)", "return": "boolean", "signature": "boolean step(final int ctx, final int incomingSignals)", "testcase": false }, { "class_method_signature": "Z80._step(final int ctx, final int 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"return": "void", "signature": "void doNOP()", "testcase": false }, { "class_method_signature": "Z80.doEX_AF_AF()", "constructor": false, "full_signature": "private void doEX_AF_AF()", "identifier": "doEX_AF_AF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEX_AF_AF()", "testcase": false }, { "class_method_signature": "Z80.doDJNZ(final int ctx)", "constructor": false, "full_signature": "private void doDJNZ(final int ctx)", "identifier": "doDJNZ", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doDJNZ(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doJR(final int ctx, final int cc)", "constructor": false, "full_signature": "private void doJR(final int ctx, final int cc)", "identifier": "doJR", "modifiers": "private", "parameters": "(final int ctx, final int cc)", "return": "void", "signature": "void doJR(final int ctx, final int cc)", "testcase": false }, { "class_method_signature": "Z80.doJR(final int ctx)", "constructor": false, "full_signature": "private void doJR(final int ctx)", "identifier": "doJR", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDRegPairByNextWord(final int ctx, final int p)", "constructor": false, "full_signature": "private void doLDRegPairByNextWord(final int ctx, final int p)", "identifier": "doLDRegPairByNextWord", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doLDRegPairByNextWord(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doADD_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doADD_HL_RegPair(final int p)", "identifier": "doADD_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doADD_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doADC_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doADC_HL_RegPair(final int p)", "identifier": "doADC_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doADC_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doSBC_HL_RegPair(final int p)", "constructor": false, "full_signature": "private void doSBC_HL_RegPair(final int p)", "identifier": "doSBC_HL_RegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doSBC_HL_RegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "identifier": "writeReg8_forLdReg8Instruction", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8_forLdReg8Instruction(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "constructor": false, "full_signature": "private void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "identifier": "writeReg8_UseCachedInstructionByte", "modifiers": "private", "parameters": "(final int ctx, final int r, final int value)", "return": "void", "signature": "void writeReg8_UseCachedInstructionByte(final int ctx, final int r, final int value)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_HL(final int ctx)", "constructor": false, "full_signature": "private void doLD_mNN_HL(final int ctx)", "identifier": "doLD_mNN_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mNN_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mNN_A(final int ctx)", "identifier": "doLD_mNN_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mNN_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mBC_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mBC_A(final int ctx)", "identifier": "doLD_mBC_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mBC_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_mDE_A(final int ctx)", "constructor": false, "full_signature": "private void doLD_mDE_A(final int ctx)", "identifier": "doLD_mDE_A", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_mDE_A(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_HL_mem(final int ctx)", "constructor": false, "full_signature": "private void doLD_HL_mem(final int ctx)", "identifier": "doLD_HL_mem", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_HL_mem(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mem(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mem(final int ctx)", "identifier": "doLD_A_mem", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mem(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doINCRegPair(final int p)", "constructor": false, "full_signature": "private void doINCRegPair(final int p)", "identifier": "doINCRegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doINCRegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doDECRegPair(final int p)", "constructor": false, "full_signature": "private void doDECRegPair(final int p)", "identifier": "doDECRegPair", "modifiers": "private", "parameters": "(final int p)", "return": "void", "signature": "void doDECRegPair(final int p)", "testcase": false }, { "class_method_signature": "Z80.doINCReg(final int ctx, final int y)", "constructor": false, "full_signature": "private void doINCReg(final int ctx, final int y)", "identifier": "doINCReg", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doINCReg(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doDECReg(final int ctx, final int y)", "constructor": false, "full_signature": "private void doDECReg(final int ctx, final int y)", "identifier": "doDECReg", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doDECReg(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doLD_Reg_ByValue(final int ctx, final int y)", "constructor": false, "full_signature": "private void doLD_Reg_ByValue(final int ctx, final int y)", "identifier": "doLD_Reg_ByValue", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doLD_Reg_ByValue(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doRLCA()", "constructor": false, "full_signature": "private void doRLCA()", "identifier": "doRLCA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRLCA()", "testcase": false }, { "class_method_signature": "Z80.doRRCA()", "constructor": false, "full_signature": "private void doRRCA()", "identifier": "doRRCA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRRCA()", "testcase": false }, { "class_method_signature": "Z80.doRLA()", "constructor": false, "full_signature": "private void doRLA()", "identifier": "doRLA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRLA()", "testcase": false }, { "class_method_signature": "Z80.doRRA()", "constructor": false, "full_signature": "private void doRRA()", "identifier": "doRRA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doRRA()", "testcase": false }, { "class_method_signature": "Z80.doDAA()", "constructor": false, "full_signature": "private void doDAA()", "identifier": "doDAA", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doDAA()", "testcase": false }, { "class_method_signature": "Z80.doCPL()", "constructor": false, "full_signature": "private void doCPL()", "identifier": "doCPL", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doCPL()", "testcase": false }, { "class_method_signature": "Z80.doSCF()", "constructor": false, "full_signature": "private void doSCF()", "identifier": "doSCF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doSCF()", "testcase": false }, { "class_method_signature": "Z80.doCCF()", "constructor": false, "full_signature": "private void doCCF()", "identifier": "doCCF", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doCCF()", "testcase": false }, { "class_method_signature": "Z80.doLDRegByReg(final int ctx, final int y, final int z)", "constructor": false, "full_signature": "private void doLDRegByReg(final int ctx, final int y, final int z)", "identifier": "doLDRegByReg", "modifiers": "private", "parameters": "(final int ctx, final int y, final int z)", "return": "void", "signature": "void doLDRegByReg(final int ctx, final int y, final int z)", "testcase": false }, { "class_method_signature": "Z80.doRETByFlag(final int ctx, final int y)", "constructor": false, "full_signature": "private void doRETByFlag(final int ctx, final int y)", "identifier": "doRETByFlag", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doRETByFlag(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doRET(final int ctx)", "constructor": false, "full_signature": "private void doRET(final int ctx)", "identifier": "doRET", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRET(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doPOPRegPair(final int ctx, final int p)", "constructor": false, "full_signature": "private void doPOPRegPair(final int ctx, final int p)", "identifier": "doPOPRegPair", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doPOPRegPair(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doEXX()", "constructor": false, "full_signature": "private void doEXX()", "identifier": "doEXX", "modifiers": "private", "parameters": "()", "return": "void", "signature": "void doEXX()", "testcase": false }, { "class_method_signature": "Z80.doJP_HL(final int ctx)", "constructor": false, "full_signature": "private void doJP_HL(final int ctx)", "identifier": "doJP_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJP_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_SP_HL(final int ctx)", "constructor": false, "full_signature": "private void doLD_SP_HL(final int ctx)", "identifier": "doLD_SP_HL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_SP_HL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doJP_cc(final int ctx, final int cc)", "constructor": false, "full_signature": "private void doJP_cc(final int ctx, final int cc)", "identifier": "doJP_cc", "modifiers": "private", "parameters": "(final int ctx, final int cc)", "return": "void", "signature": "void doJP_cc(final int ctx, final int cc)", "testcase": false }, { "class_method_signature": "Z80.doJP(final int ctx)", "constructor": false, "full_signature": "private void doJP(final int ctx)", "identifier": "doJP", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doJP(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOUTnA(final int ctx)", "constructor": false, "full_signature": "private void doOUTnA(final int ctx)", "identifier": "doOUTnA", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doOUTnA(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doIN_A_n(final int ctx)", "constructor": false, "full_signature": "private void doIN_A_n(final int ctx)", "identifier": "doIN_A_n", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doIN_A_n(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doEX_mSP_HL(final int 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{ "class_method_signature": "Z80.doCALL(final int ctx, final int y)", "constructor": false, "full_signature": "private void doCALL(final int ctx, final int y)", "identifier": "doCALL", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doCALL(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doCALL(final int ctx)", "constructor": false, "full_signature": "private void doCALL(final int ctx)", "identifier": "doCALL", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doCALL(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doPUSH(final int ctx, final int p)", "constructor": false, "full_signature": "private void doPUSH(final int ctx, final int p)", "identifier": "doPUSH", "modifiers": "private", "parameters": "(final int ctx, final int p)", "return": "void", "signature": "void doPUSH(final int ctx, final int p)", "testcase": false }, { "class_method_signature": "Z80.doALU_A_Reg(final int ctx, final int op, final int reg)", "constructor": false, "full_signature": "private void doALU_A_Reg(final int ctx, final int op, final int reg)", "identifier": "doALU_A_Reg", "modifiers": "private", "parameters": "(final int ctx, final int op, final int reg)", "return": "void", "signature": "void doALU_A_Reg(final int ctx, final int op, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doALU_A_n(final int ctx, final int op)", "constructor": false, "full_signature": "private void doALU_A_n(final int ctx, final int op)", "identifier": "doALU_A_n", "modifiers": "private", "parameters": "(final int ctx, final int op)", "return": "void", "signature": "void doALU_A_n(final int ctx, final int op)", "testcase": false }, { "class_method_signature": "Z80._aluAccumulatorOp(final int op, final int value)", "constructor": false, "full_signature": "private void _aluAccumulatorOp(final int op, final int value)", "identifier": "_aluAccumulatorOp", "modifiers": "private", "parameters": "(final int op, final int value)", "return": "void", "signature": "void _aluAccumulatorOp(final int op, final int value)", "testcase": false }, { "class_method_signature": "Z80.doRST(final int ctx, final int address)", "constructor": false, "full_signature": "private void doRST(final int ctx, final int address)", "identifier": "doRST", "modifiers": "private", "parameters": "(final int ctx, final int address)", "return": "void", "signature": "void doRST(final int ctx, final int address)", "testcase": false }, { "class_method_signature": "Z80.doRollShift(final int ctx, final int op, final int reg)", "constructor": false, "full_signature": "private int doRollShift(final int ctx, final int op, final int reg)", "identifier": "doRollShift", "modifiers": "private", "parameters": "(final int ctx, final int op, final int reg)", "return": "int", "signature": "int doRollShift(final int ctx, final int op, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doROTmem_LDreg(final int ctx, final int reg, final int op)", "constructor": false, "full_signature": "private void doROTmem_LDreg(final int ctx, final int reg, final int op)", "identifier": "doROTmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int op)", "return": "void", "signature": "void doROTmem_LDreg(final int ctx, final int reg, final int op)", "testcase": false }, { "class_method_signature": "Z80.doBIT(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private void doBIT(final int ctx, final int bit, final int reg)", "identifier": "doBIT", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "void", "signature": "void doBIT(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doRES(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private int doRES(final int ctx, final int bit, final int reg)", "identifier": "doRES", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "int", "signature": "int doRES(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doSET(final int ctx, final int bit, final int reg)", "constructor": false, "full_signature": "private int doSET(final int ctx, final int bit, final int reg)", "identifier": "doSET", "modifiers": "private", "parameters": "(final int ctx, final int bit, final int reg)", "return": "int", "signature": "int doSET(final int ctx, final int bit, final int reg)", "testcase": false }, { "class_method_signature": "Z80.doRESmem_LDreg(final int ctx, final int reg, final int bit)", "constructor": false, "full_signature": "private void doRESmem_LDreg(final int ctx, final int reg, final int bit)", "identifier": "doRESmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int bit)", "return": "void", "signature": "void doRESmem_LDreg(final int ctx, final int reg, final int bit)", "testcase": false }, { "class_method_signature": "Z80.doSETmem_LDreg(final int ctx, final int reg, final int bit)", "constructor": false, "full_signature": "private void doSETmem_LDreg(final int ctx, final int reg, final int bit)", "identifier": "doSETmem_LDreg", "modifiers": "private", "parameters": "(final int ctx, final int reg, final int bit)", "return": "void", "signature": "void doSETmem_LDreg(final int ctx, final int reg, final int bit)", "testcase": false }, { "class_method_signature": "Z80.doIN_C(final int ctx)", "constructor": false, "full_signature": "private void doIN_C(final int ctx)", "identifier": "doIN_C", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doIN_C(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doIN_C(final int ctx, final int y)", "constructor": false, "full_signature": "private void doIN_C(final int ctx, final int y)", "identifier": "doIN_C", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doIN_C(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doOUT_C(final int ctx)", "constructor": false, "full_signature": "private void doOUT_C(final int ctx)", "identifier": "doOUT_C", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doOUT_C(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doOUT_C(final int ctx, final int y)", "constructor": false, "full_signature": "private void doOUT_C(final int ctx, final int y)", "identifier": "doOUT_C", "modifiers": "private", "parameters": "(final int ctx, final int y)", "return": "void", "signature": "void doOUT_C(final int ctx, final int y)", "testcase": false }, { "class_method_signature": "Z80.doLD_mNN_RegP(final int ctx, final int p)", "constructor": false, 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int ctx)", "return": "void", "signature": "void doRRD(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doRLD(final int ctx)", "constructor": false, "full_signature": "private void doRLD(final int ctx)", "identifier": "doRLD", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doRLD(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doBLI(final int ctx, final int y, final int z)", "constructor": false, "full_signature": "private boolean doBLI(final int ctx, final int y, final int z)", "identifier": "doBLI", "modifiers": "private", "parameters": "(final int ctx, final int y, final int z)", "return": "boolean", "signature": "boolean doBLI(final int ctx, final int y, final int z)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mBC(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mBC(final int ctx)", "identifier": "doLD_A_mBC", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mBC(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLDIR(final int ctx)", "constructor": false, "full_signature": "private boolean doLDIR(final int ctx)", "identifier": "doLDIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": "boolean doLDIR(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doLD_A_mDE(final int ctx)", "constructor": false, "full_signature": "private void doLD_A_mDE(final int ctx)", "identifier": "doLD_A_mDE", "modifiers": "private", "parameters": "(final int ctx)", "return": "void", "signature": "void doLD_A_mDE(final int ctx)", "testcase": false }, { "class_method_signature": "Z80.doCPIR(final int ctx)", "constructor": false, "full_signature": "private boolean doCPIR(final int ctx)", "identifier": "doCPIR", "modifiers": "private", "parameters": "(final int ctx)", "return": "boolean", "signature": 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{ "body": "public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }", "class_method_signature": "Z80.getRegister(final int reg)", "constructor": false, "full_signature": "public int getRegister(final int reg)", "identifier": "getRegister", "invocations": [ "getRegister" ], "modifiers": "public", "parameters": "(final int reg)", "return": "int", "signature": "int getRegister(final int reg)", "testcase": false }

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{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_IM1() {\n final Z80State state = new Z80State();\n f(...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getIM() {\n return this.im;\n }","class_method_signature":"Z80.getIM()","con(...TRUNCATED)

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{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_LD_A_mIYd() {\n final Z80State state = new Z80State();\(...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

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{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_JP_PO_nn_true() {\n final Z80State state = new Z80State(...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

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{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_LD_IY_mNN() {\n final Z80State state = new Z80State();\(...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

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{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_JR_Z_nn_true() {\n final Z80State state = new Z80State((...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

{"created":null,"fork":null,"fork_count":5,"is_fork":false,"language":"Java","license":"licensed","r(...TRUNCATED)

{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_SLA_mHL() {\n final Z80State state = new Z80State();\n (...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

{"created":null,"fork":null,"fork_count":5,"is_fork":false,"language":"Java","license":"licensed","r(...TRUNCATED)

{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_LD_IYh_nn() {\n final Z80State state = new Z80State();\(...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

{"created":null,"fork":null,"fork_count":5,"is_fork":false,"language":"Java","license":"licensed","r(...TRUNCATED)

{"fields":[],"file":"zxpoly-z80/src/test/java/com/igormaznitsa/z80/Z80Test.java","identifier":"Z80Te(...TRUNCATED)

{"body":"@Test\n public void testCommand_AND_N() {\n final Z80State state = new Z80State();\n (...TRUNCATED)

{"fields":[{"declarator":"REG_A = 0","modifier":"public static final","original_string":"public stat(...TRUNCATED)

{"body":"public int getRegister(final int reg) {\n return this.getRegister(reg, false);\n }","cl(...TRUNCATED)

{"created":null,"fork":null,"fork_count":5,"is_fork":false,"language":"Java","license":"licensed","r(...TRUNCATED)