public void ADC_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(0, 0x16);
target.Set(Flag.Carry);
target.Set16BitRegisters(2, 0x10);
target.ADC_HL(0);
Assert.IsTrue(target.Get16BitRegisters(2) == 0x27, "Error: ADC HL");
}
public void ADD_HL_ssTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x4242);
target.Set16BitRegisters(1, 0x1111);
target.ADD_HL_ss(1);
Assert.IsTrue(target.Get16BitRegisters(2) == 0x5353, "Error: ADD HL ss");
}
public void LDDTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x1111);
target.Memory[0x1111] = 0x88;
target.Set16BitRegisters(1, 0x2222);
target.Memory[0x2222] = 0x66;
target.Set16BitRegisters(0, 0x7);
target.LDD();
Assert.IsTrue(target.Get16BitRegisters(2) == 0x1110
&& target.Memory[0x1111] == 0x88
&& target.Get16BitRegisters(1) == 0x2221
&& target.Memory[0x2222] == 0x88
&& target.Get16BitRegisters(0) == 0x6, "Error: LDD");
}
public void JimmyTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(0, 0x0000);
target.DEC_ss(0);
Assert.IsTrue(target.Get16BitRegisters(0) == 0xffff);
target.A = 199;
target.CPL();
Assert.IsTrue(target.A == 56);
target.A = 100;
target.NEG();
Assert.IsTrue(target.A == 156);
target.A = 16;
target.B = 1;
target.SUB_r(0);
Assert.IsTrue(target.A == 15 && (target.F & Flag.HalfCarry) == Flag.HalfCarry);
}
public void EX_SP_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x7012);
target.SP = 0x8856;
target.Memory[0x8856] = 0x11;
target.Memory[0x8857] = 0x22;
target.EX_SP_HL();
Assert.IsTrue(target.Get16BitRegisters(2) == 0x2211
&& target.Memory[0x8856] == 0x12
&& target.Memory[0x8857] == 0x70
&& target.SP == 0x8856, "Error: EX (SP), HL");
}
public void CPITest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x1111);
target.Memory[0x1111] = 0x3b;
target.A = 0x3b;
target.Set16BitRegisters(0, 0x0001);
target.CPI();
Assert.IsTrue(target.Get16BitRegisters(0) == 0
&& target.Get16BitRegisters(2) == 0x1112
&& (target.F & Flag.Zero) == Flag.Zero
&& (target.F & Flag.ParityOverflow) != Flag.ParityOverflow
&& target.A == 0x3b
&& target.Memory[0x1111] == 0x3b, "Error: CPI");
}
public void EXXTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(0, 0x0988);
target.Set16BitRegisters(1, 0x9300);
target.Set16BitRegisters(2, 0x00e7);
target.EXX();
target.Set16BitRegisters(0, 0x445a);
target.Set16BitRegisters(1, 0x3da2);
target.Set16BitRegisters(2, 0x8859);
target.EXX();
Assert.IsTrue(target.Get16BitRegisters(0) == 0x0988
&& target.Get16BitRegisters(1) == 0x9300
&& target.Get16BitRegisters(2) == 0x00e7, "Error: EXX");
}
public void OUTITest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.C = 0x07;
target.B = 0x10;
target.Set16BitRegisters(2, 0x1000);
target.Memory[0x1000] = 0x59;
target.OUTI();
Assert.IsTrue(target.B == 0x0f && target.Get16BitRegisters(2) == 0x1001, "Error: OUTI");
}
public void RLCTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.Set16BitRegisters(2, 0x5828);
target.Memory[0x5828] = 0x88;
target.RLC(6);
Assert.IsTrue((target.F & Flag.Carry) == Flag.Carry && target.Memory[0x5828] == 0x11, "Error: RLC(HL)");
}
public void LD_SP_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x442e);
target.LD_SP_HL();
Assert.IsTrue(target.SP == 0x442e, "Error: LD SP, HL");
}
public void OTIRTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.C = 0x07;
target.B = 0x03;
target.Set16BitRegisters(2, 0x1000);
target.Memory[0x1000] = 0x51;
target.Memory[0x1001] = 0xa9;
target.Memory[0x1002] = 0x03;
// Simulate PC-=2 (repeat instruction)
target.OTIR();
target.OTIR();
target.OTIR();
Assert.IsTrue(target.Get16BitRegisters(2) == 0x1003 && target.B == 0, "Error: OTIR");
}
public void LD_r_rTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
// If the H register contains the number 8AH, and the E register contains 10H,
// the instruction LD H, E results in both registers containing 10H.
target.H = 0x8a;
target.E = 0x10;
target.LD_r_r(4, 3);
Assert.IsTrue(target.GetRegister(4) == 0x10 && target.GetRegister(3) == 0x10, "Error: LD r, r");
// If register pair HL contains the number 75A1H, and memory address
// 75A1H contains byte 58H, the execution of LD C, (HL) results in 58H in
// register C.
target.Reset();
target.Set16BitRegisters(2, 0x75a1);
target.Memory[0x75a1] = 0x58;
target.LD_r_r(1, 6);
Assert.IsTrue(target.GetRegister(1) == 0x58, "Error: LD r, (HL)");
// If the Index Register IX contains the number 25AFH, the instruction LD B,
// (IX+19H) causes the calculation of the sum 25AFH + 19H, which points
// to memory location 25C8H. If this address contains byte 39H, the
// instruction results in register B also containing 39H.
target.Reset();
target.prefix = 0xDD;
target.Set16BitRegisters(2, 0x25AF);
target.Memory[0] = 0x19;
target.Memory[0x25C8] = 0x39;
target.LD_r_r(0, 6);
Assert.IsTrue(target.GetRegister(0) == 0x39, "Error: LD r, (IX+d)");
// If the Index Register IY contains the number 25AFH, the instruction
// LD B, (IY+19H) causes the calculation of the sum 25AFH + 19H, which
// points to memory location 25C8H. If this address contains byte 39H, the
// instruction results in register B also containing 39H.
target.Reset();
target.prefix = 0xFD;
target.Set16BitRegisters(2, 0x25AF);
target.Memory[0] = 0x19;
target.Memory[0x25C8] = 0x39;
target.LD_r_r(0, 6);
Assert.IsTrue(target.GetRegister(0) == 0x39, "Error: LD r, (IY+d)");
// If the contents of register pair HL specifies memory location 2146H, and
// the B register contains byte 29H, at execution of LD (HL), B memory
// address 2146H also contains 29H.
target.Reset();
target.Set16BitRegisters(2, 0x2146);
target.B = 0x29;
target.LD_r_r(6, 0);
Assert.IsTrue(target.Memory[0x2146] == 0x29, "Error: LD (HL), r");
// If the C register contains byte 1CH, and the Index Register IX contains
// 3100H, then the instruction LID (IX+6H), C performs the sum 3100H+
// 6H and loads 1CH to memory location 3106H.
target.Reset();
target.prefix = 0xDD;
target.C = 0x1C;
target.Set16BitRegisters(2, 0x3100);
target.Memory[0] = 0x6;
target.LD_r_r(6, 1);
Assert.IsTrue(target.Memory[0x3106] == 0x1C, "Error: LD (IX+d), r");
// If the C register contains byte 48H, and the Index Register IY contains
// 2A11H, then the instruction LD (IY+4H), C performs the sum 2A11H+
// 4H, and loads 48Hto memory location 2A15.
target.Reset();
target.prefix = 0xFD;
target.C = 0x48;
target.Set16BitRegisters(2, 0x2A11);
target.Memory[0] = 0x4;
target.LD_r_r(6, 1);
Assert.IsTrue(target.Memory[0x2A15] == 0x48, "Error: LD (IY+d), r");
}
public void LD_r_nTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
// At execution of LD E, A5H the contents of register E are A5H.
target.Memory[0] = 0xa5;
target.LD_r_n(4);
Assert.IsTrue(target.GetRegister(4) == 0xa5, "Error: LD E, n");
// If the HL register pair contains 4444H, the instructionLD (HL), 28H
// results in the memory location 4444Hcontaining byte 28H.
target.Reset();
target.Set16BitRegisters(2, 0x4444);
target.Memory[0] = 0x28;
target.LD_r_n(6);
Assert.IsTrue(target.Memory[0x4444] == 0x28, "Error: LD (HL), n");
// If the Index Register IX contains the number 219AH, the instruction
// LD (IX+5H), 5AH results in byte 5AHin the memory address 219AH.
target.Reset();
target.prefix = 0xdd;
target.Set16BitRegisters(2, 0x219a);
target.Memory[0] = 0x5;
target.Memory[1] = 0x5a;
target.LD_r_n(6);
Assert.IsTrue(target.Memory[0x219a] != 0x5a, "Error: LD (IX+d), n");
// If the Index Register IY contains the number A940H, the instruction
// LD (IY+10H), 97H results in byte 97Hin memory location A940H.
target.Reset();
target.prefix = 0xfd;
target.Set16BitRegisters(2, 0xa940);
target.Memory[0] = 0x10;
target.Memory[1] = 0x97;
target.LD_r_n(6);
Assert.IsTrue(target.Memory[0xa940] != 0x97, "Error: LD (IY+d), n");
}
public void LD_nn_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x483a);
target.Memory[0] = 0x29;
target.Memory[1] = 0xb2;
target.LD_nn_HL();
Assert.IsTrue(target.Memory[0xb229] == 0x3a
&& target.Memory[0xb22a] == 0x48, "Error: LD (nn), HL");
}
public void ZeroTest()
{
// 8-bit Load group
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.I = 3;
target.LD_A_I();
Assert.IsTrue((target.F & Flag.Zero) != Flag.Zero);
target.I = 0;
target.LD_A_I();
Assert.IsTrue((target.F & Flag.Zero) == Flag.Zero);
target.R = 3;
target.LD_A_R();
Assert.IsTrue((target.F & Flag.Zero) != Flag.Zero);
target.R = 0;
target.LD_A_R();
Assert.IsTrue((target.F & Flag.Zero) == Flag.Zero);
// Search Group
target.A = 3;
target.Set16BitRegisters(2, 0x1000);
target.Memory[0x1000] = 3;
target.CPI();
Assert.IsTrue((target.F & Flag.Zero) == Flag.Zero);
target.A = 4;
target.CPI();
Assert.IsTrue((target.F & Flag.Zero) != Flag.Zero);
}
public void RLDTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.Set16BitRegisters(2, 0x5000);
target.A = 0x7a;
target.Memory[0x5000] = 0x31;
target.RLD();
Assert.IsTrue(target.A == 0x73 && target.Memory[0x5000] == 0x1a, "Error: RLD");
}
public void CPIRTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x1111);
target.A = 0xf3;
target.Set16BitRegisters(0, 0x0007);
target.Memory[0x1111] = 0x52;
target.Memory[0x1112] = 0x00;
target.Memory[0x1113] = 0xf3;
target.CPIR();
target.CPIR();
target.CPIR();
Assert.IsTrue(target.Get16BitRegisters(2) == 0x1114
&& target.Get16BitRegisters(0) == 0x0004
&& (target.F & Flag.ParityOverflow) == Flag.ParityOverflow
&& (target.F & Flag.Zero) == Flag.Zero, "Error: CPIR");
}
public void RRDTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.Set16BitRegisters(2, 0x5000);
target.A = 0x84;
target.Memory[0x5000] = 0x20;
target.RRD();
Assert.IsTrue(target.A == 128 && target.Memory[0x5000] == 0x42, "Error: RRD");
}
public void CP_rTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.A = 0x63;
target.Set16BitRegisters(2, 0x6000);
target.Memory[0x6000] = 0x60;
target.CP_r(6);
Assert.IsTrue((target.F & Flag.Zero) != Flag.Zero, "Error: CP r");
}
public void RRTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.Set16BitRegisters(2, 0x4343);
target.Memory[0x4343] = 0xdd;
target.Reset(Flag.Carry);
target.RR(6);
Assert.IsTrue(target.Memory[0x4343] == 0x6e && (target.F & Flag.Carry) == Flag.Carry, "Error: RR");
}
public void EX_DE_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(1, 0x2822);
target.Set16BitRegisters(2, 0x499a);
target.EX_DE_HL();
Assert.IsTrue(target.Get16BitRegisters(1) == 0x499a
&& target.Get16BitRegisters(2) == 0x2822, "Error: EX DE, HL");
}
public void SBC_A_rTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.A = 0x16;
target.Set(Flag.Carry);
target.Set16BitRegisters(2, 0x5433);
target.Memory[0x5433] = 0x05;
target.SBC_A_r(6);
Assert.IsTrue(target.A == 0x10, "Error: SBC A r");
}
public void INC_ssTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x1000);
target.INC_ss(2);
Assert.IsTrue(target.Get16BitRegisters(2) == 0x1001, "Error: INC ss");
}
public void SBC_HLTest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.Set16BitRegisters(2, 0x9999);
target.Set16BitRegisters(1, 0x1111);
target.Set(Flag.Carry);
target.SBC_HL(1);
Assert.IsTrue(target.Get16BitRegisters(2) == 0x8887, "Error: SBC HL, ss");
}
public void INITest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.C = 0x07;
target.B = 0x10;
target.Set16BitRegisters(2, 0x1000);
target.INI();
Assert.IsTrue(target.Memory[0x1000] == 0xc1
&& target.Get16BitRegisters(2) == 0x1001
&& target.B == 0x0f, "Error: INI");
}
public void SRATest()
{
PrivateObject z = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(z);
target.prefix = 0xdd;
target.Set16BitRegisters(2, 0x5000);
target.Memory[0x5003] = 0xb8;
target.displacement = 3;
target.SRA(6);
Assert.IsTrue(target.Memory[0x5003] == 0xdc && (target.F & Flag.Carry) != Flag.Carry, "Error: SRA");
}
public void JP_HLTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.PC = 0x1000;
target.Set16BitRegisters(2, 0x4800);
target.JP_HL();
Assert.IsTrue(target.PC == 0x4800, "Error: JP (HL)");
}
public void StackTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(0, 0x1234);
Assert.IsTrue(target.B == 0x12
&& target.C == 0x34);
target.SP = 0x504;
target.PUSH_qq(0);
Assert.IsTrue(target.Memory[0x503] == 0x12
&& target.Memory[0x502] == 0x34
&& target.SP == 0x502);
target.LD_dd_nn(0);
target.POP_qq(0);
Assert.IsTrue(target.B == 0x12
&& target.C == 0x34
&& target.SP == 0x504);
}
public void LDIRTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(2, 0x1111);
target.Set16BitRegisters(1, 0x2222);
target.Set16BitRegisters(0, 0x0003);
target.Memory[0x1111] = 0x88;
target.Memory[0x1112] = 0x36;
target.Memory[0x1113] = 0xa5;
target.Memory[0x2222] = 0x66;
target.Memory[0x2223] = 0x59;
target.Memory[0x2224] = 0xc5;
target.LDIR();
target.LDIR();
target.LDIR();
Assert.IsTrue(target.Get16BitRegisters(2) == 0x1114
&& target.Get16BitRegisters(1) == 0x2225
&& target.Get16BitRegisters(0) == 0x0000
&& target.Memory[0x1111] == 0x88
&& target.Memory[0x1112] == 0x36
&& target.Memory[0x1113] == 0xa5
&& target.Memory[0x2222] == 0x88
&& target.Memory[0x2223] == 0x36
&& target.Memory[0x2224] == 0xa5, "Error: LDIR");
}
public void LD_nn_ddTest()
{
PrivateObject param0 = new PrivateObject(new Z80(new Memory48K()));
Z80_Accessor target = new Z80_Accessor(param0);
target.Set16BitRegisters(0, 0x4644);
target.Memory[0] = 0x00;
target.Memory[1] = 0x10;
target.LD_nn_dd(0);
Assert.IsTrue(target.Memory[0x1000] == 0x44
&& target.Memory[0x1001] == 0x46, "Error: LD (nn), dd");
}
