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351 lines
6.9 KiB
351 lines
6.9 KiB
import pytest
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from tests.insn.helpers import *
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_add_a_r(r):
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cpu = CPU()
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cpu.set_reg8(r, 0x7F)
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ADD_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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cpu.set_reg8(r, 0x81)
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ADD_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x00
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 8
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@pytest.mark.parametrize("n", n8())
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def test_add_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x7F)
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ADD_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == (0x7F + n) & 0xFF
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assert cpu.state.carry == (1 if n >= 0x81 else 0)
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assert cpu.state.cycles == 8
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def test_add_a_hl():
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cpu = CPU()
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, 0x7F)
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ADD_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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cpu.set_mem8(0x1234, 0x81)
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ADD_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 16
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_adc_a_r(r):
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cpu = CPU()
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cpu.set_reg8(r, 0x7F)
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ADC_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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cpu.set_reg8(r, 0x81)
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ADC_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x00
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 8
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cpu.set_reg8(r, 0x00)
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ADC_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x01
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 12
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@pytest.mark.parametrize("n", n8())
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def test_adc_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x7F)
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ADC_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == (0x7F + n) & 0xFF
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assert cpu.state.carry == (1 if n >= 0x81 else 0)
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assert cpu.state.cycles == 8
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def test_adc_a_hl():
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cpu = CPU()
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.hl = 0x7F
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ADC_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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cpu.hl = 0x81
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ADC_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 16
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cpu.hl = 0x00
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ADC_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 1
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 24
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# TODO: SUB_A_R, SUB_A_N, SUB_A_HL, SBC_A_R, SBC_A_N, SBC_A_HL
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_and_a_r(r):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg8(r, 0x7F)
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AND_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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@pytest.mark.parametrize("n", n8())
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def test_and_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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AND_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12 & n
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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def test_and_a_hl():
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, 0x7F)
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AND_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_xor_a_r(r):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg8(r, 0x7F)
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XOR_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x6D
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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@pytest.mark.parametrize("n", n8())
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def test_xor_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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XOR_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12 ^ n
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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def test_xor_a_hl():
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, 0x7F)
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XOR_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x6D
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_or_a_r(r):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg8(r, 0x7F)
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OR_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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@pytest.mark.parametrize("n", n8())
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def test_or_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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OR_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12 | n
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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def test_or_a_hl():
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, 0x7F)
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OR_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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@pytest.mark.parametrize("r", set(R8) - {R8.A})
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def test_cp_a_r(r):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x7F)
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cpu.set_reg8(r, 0x12)
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CP_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 4
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cpu.set_reg8(r, 0x80)
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CP_A_R(r).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 8
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@pytest.mark.parametrize("n", n8())
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def test_cp_a_n(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x12)
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CP_A_N(n).exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x12
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assert cpu.state.carry == (1 if 0x12 < n else 0)
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assert cpu.state.cycles == 8
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def test_cp_a_hl():
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cpu = CPU()
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cpu.set_reg8(R8.A, 0x7F)
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, 0x12)
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CP_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 0
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assert cpu.state.cycles == 8
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cpu.set_mem8(0x1234, 0x80)
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CP_A_HL().exec(cpu)
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assert cpu.get_reg8(R8.A) == 0x7F
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assert cpu.state.carry == 1
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assert cpu.state.cycles == 16
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@pytest.mark.parametrize("r,n", [(r, n) for r in R8 for n in n8()])
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def test_inc_r(r, n):
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cpu = CPU()
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cpu.set_reg8(r, n)
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INC_R(r).exec(cpu)
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assert cpu.get_reg8(r) == (n + 1) & 0xFF
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assert cpu.state.cycles == 4
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@pytest.mark.parametrize("n", n8())
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def test_inc_hl(n):
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cpu = CPU()
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, n)
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INC_HL(n).exec(cpu)
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assert cpu.hl == (n + 1) & 0xFF
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assert cpu.state.cycles == 12
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@pytest.mark.parametrize("r,n", [(r, n) for r in R8 for n in n8()])
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def test_dec_r(r, n):
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cpu = CPU()
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cpu.set_reg8(r, n)
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DEC_R(r).exec(cpu)
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assert cpu.get_reg8(r) == (n - 1) & 0xFF
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assert cpu.state.cycles == 4
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@pytest.mark.parametrize("n", n8())
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def test_dec_hl(n):
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cpu = CPU()
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cpu.set_reg16(R16.HL, 0x1234)
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cpu.set_mem8(0x1234, n)
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DEC_HL(n).exec(cpu)
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assert cpu.hl == (n - 1) & 0xFF
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assert cpu.state.cycles == 12
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# TODO: Test DAA after implementing it
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@pytest.mark.parametrize("n", n8())
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def test_cpl(n):
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cpu = CPU()
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cpu.set_reg8(R8.A, n)
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CPL().exec(cpu)
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assert cpu.get_reg8(R8.A) == n ^ 0xFF
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assert cpu.state.cycles == 4
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