public override HeronValue InvokeBinaryOperator(VM vm, OpCode opcode, HeronValue val)
{
float x = GetValue();
float y = val.ToFloat();
switch (opcode)
{
case OpCode.opAdd: return(vm.MakeTemporary(x + y));
case OpCode.opSub: return(vm.MakeTemporary(x - y));
case OpCode.opMul: return(vm.MakeTemporary(x * y));
case OpCode.opDiv: return(vm.MakeTemporary(x / y));
case OpCode.opMod: return(vm.MakeTemporary(x % y));
case OpCode.opGtEq: return(vm.MakeTemporary(x >= y));
case OpCode.opLtEq: return(vm.MakeTemporary(x <= y));
case OpCode.opGt: return(vm.MakeTemporary(x > y));
case OpCode.opLt: return(vm.MakeTemporary(x < y));
default: return(base.InvokeBinaryOperator(vm, opcode, val));
}
}
public override HeronValue InvokeUnaryOperator(VM vm, string s)
{
switch (s)
{
case "-": return(vm.MakeTemporary(-GetValue()));
case "~": return(vm.MakeTemporary(~GetValue()));
default:
throw new Exception("Unary operation: '" + s + "' not supported by integers");
}
}
public override HeronValue InvokeBinaryOperator(VM vm, OpCode opcode, HeronValue val)
{
bool x = GetValue();
bool y = val.ToBool();
switch (opcode)
{
case OpCode.opAnd: return(vm.MakeTemporary(x && y));
case OpCode.opOr: return(vm.MakeTemporary(x || y));
case OpCode.opXOr: return(vm.MakeTemporary(x ^ y));
default: return(base.InvokeBinaryOperator(vm, opcode, val));
}
}
public override HeronValue InvokeBinaryOperator(VM vm, OpCode opcode, HeronValue val)
{
if (opcode == OpCode.opAdd)
{
return(vm.MakeTemporary(GetValue() + val.ToString()));
}
else
{
return(base.InvokeBinaryOperator(vm, opcode, val));
}
}
public override HeronValue InvokeBinaryOperator(VM vm, OpCode opcode, HeronValue val)
{
int x = GetValue();
int y = val.ToInt();
switch (opcode)
{
case OpCode.opAdd: return(vm.MakeTemporary(x + y));
case OpCode.opSub: return(vm.MakeTemporary(x - y));
case OpCode.opMul: return(vm.MakeTemporary(x * y));
case OpCode.opDiv: return(vm.MakeTemporary(x / y));
case OpCode.opMod: return(vm.MakeTemporary(x % y));
case OpCode.opShr: return(vm.MakeTemporary(x >> y));
case OpCode.opShl: return(vm.MakeTemporary(x << y));
case OpCode.opGtEq: return(vm.MakeTemporary(x >= y));
case OpCode.opLtEq: return(vm.MakeTemporary(x <= y));
case OpCode.opGt: return(vm.MakeTemporary(x > y));
case OpCode.opLt: return(vm.MakeTemporary(x < y));
case OpCode.opRange: return(new RangeEnumerator(this as IntValue, val as IntValue));
default: return(base.InvokeBinaryOperator(vm, opcode, val));
}
}
