public BranchIfPositiveTests() => opCode = new BranchIfPositive(cpu, addressMode);
public SettingCarryFlagTests() => opCode = new SettingCarryFlag(cpu, addressMode);
public ClearInterruptFlagTests() => opCode = new ClearInterruptFlag(cpu, addressMode);
public BranchIfOverflowClearTests() => opCode = new BranchIfOverflowClear(cpu, addressMode);
public IllegalOpCodeTests() => opCode = new IllegalOpCode(cpu, addressMode);
public SettingInterruptFlagTests() => opCode = new SettingInterruptFlag(cpu, addressMode);
public BranchIfCarrySetTests() => opCode = new BranchIfCarry(cpu, addressMode);
public ClearOverflowFlagTests() => opCode = new ClearOverflowFlag(cpu, addressMode);
public ClearCarryFlagTests() => opCode = new ClearCarryFlag(cpu, addressMode);
public BranchIfOverFlowSetTests() => opCode = new BranchIfOverFlowSet(cpu, addressMode);
public ClearDecimalFlagTests() => opCode = new ClearDecimalFlag(cpu, addressMode);
public StoreAccumulatorAtAddressTests() => opCode = new StoreAccumulatorAtAddress(cpu, addressMode);
public SettingDecimalFlagTests() => opCode = new SettingDecimalFlag(cpu, addressMode);
public BranchIfNotEqualTests() => opCode = new BranchIfNotEqual(cpu, addressMode);
public AddWithCarryTests() => opCode = new AddWithCarry(cpu, addressMode);
public LoadYRegisterTests() => opCode = new LoadYRegister(cpu, addressMode);
public CompareAccumulatorTests() => opCode = new CompareAccumulator(cpu, addressMode);
public StoreYRegisterAtAddressTests() => opCode = new StoreYRegisterAtAddress(cpu, addressMode);
public SubtractWithCarryTests() => opCode = new SubtractWithCarry(cpu, addressMode);
public CompareXRegisterTests() => opCode = new CompareXRegister(cpu, addressMode);
public LoadAccumulatorTests() => opCode = new LoadAccumulator(cpu, addressMode);
