public void Um32_ReadRegister()
{
Um32 um32 = BuildUm32();
um32.AssignRegister(0, 23);
Assert.AreEqual(um32.ReadRegister(0), um32.Registers[0]);
um32.AssignRegister(5, 48);
Assert.AreEqual(um32.ReadRegister(5), um32.Registers[5]);
}
public void Um32_AssignRegister()
{
Um32 um32 = BuildUm32();
um32.AssignRegister(0, 23);
Assert.AreEqual((uint)23, um32.Registers[0]);
um32.AssignRegister(5, 48);
Assert.AreEqual((uint)48, um32.Registers[5]);
}
public void Um32_ReadRegister_OutOfRange()
{
Um32 um32 = BuildUm32();
um32.AssignRegister(0, 23);
Assert.AreEqual(um32.ReadRegister(8), um32.Registers[0]);
}
public void Um32_AssignRegister_OutOfRange()
{
Um32 um32 = BuildUm32();
um32.AssignRegister(8, 23);
Assert.AreEqual((uint)23, um32.Registers[0]);
}
public void Um32_Nand()
{
Um32 um32 = BuildUm32();
uint aIndex = 0;
uint bIndex = 1;
uint cIndex = 7;
um32.AssignRegister(aIndex, 0); // A
um32.AssignRegister(bIndex, 6); // B
um32.AssignRegister(cIndex, 5); // C
var platter = new Platter(0)
.SetOperation(OperatorConstants.NotAnd)
.SetRegisterA(aIndex)
.SetRegisterB(bIndex)
.SetRegisterC(cIndex);
um32.DischargeOperator(platter);
Assert.AreEqual((uint)7, um32.ReadRegister(aIndex));
}
public void Um32_ConditionalMove_False()
{
Um32 um32 = BuildUm32();
uint aIndex = 0;
uint bIndex = 1;
uint cIndex = 7;
um32.AssignRegister(aIndex, 0); // A
um32.AssignRegister(bIndex, 23); // B
um32.AssignRegister(cIndex, 0); // C
var platter = new Platter(0)
.SetOperation(OperatorConstants.ConditionalMove)
.SetRegisterA(aIndex)
.SetRegisterB(bIndex)
.SetRegisterC(cIndex);
um32.DischargeOperator(platter);
Assert.AreEqual((uint)0, um32.ReadRegister(aIndex));
}
