public void execute(PrimitiveInterpretationContext context, ImmutableNodeReferer node)
{
long registerIdxA = node.children[1].valueInt;
long registerIdxB = node.children[2].valueInt;
// fetch registers
long valueA = context.registers[registerIdxA].valueInt;
long valueB = context.registers[registerIdxB].valueInt;
switch (comparisionType)
{
case EnumComparisionType.NEQ_INT:
context.conditionFlag = valueA != valueB;
break;
case EnumComparisionType.EQ_INT:
context.conditionFlag = valueA == valueB;
break;
case EnumComparisionType.G_INT:
context.conditionFlag = valueA > valueB;
break;
case EnumComparisionType.GE_INT:
context.conditionFlag = valueA >= valueB;
break;
}
}
public void execute(PrimitiveInterpretationContext context, ImmutableNodeReferer node)
{
Ensure.ensure(node.children.Length >= 1 + 1); // arguments have to be at least op + target
int numberOfArgs = node.children.Length - 1 - 1;
long accumulator = 1;
for (int argIdx = 0; argIdx < numberOfArgs; argIdx++)
{
long registerIdxIteration = node.children[1 + argIdx].valueInt;
accumulator *= context.registers[registerIdxIteration].valueInt;
}
long registerIdxDest = node.children[node.children.Length - 1].valueInt;
context.registers[registerIdxDest].valueInt = accumulator;
context.ip++;
}
public void execute(PrimitiveInterpretationContext context, ImmutableNodeReferer node)
{
Ensure.ensure(node.children[1].valueInt >= 0);// TODO< ensure >
context.ip = (int)node.children[1].valueInt;
}
