public Number Mult(Number n)
{
var opKind = OperationKind(this.Kind, n.Kind);
if (this.HasErrors || n.HasErrors)
{
return(new Number(this.State | n.State, opKind));
}
if (opKind.IsInteger())
{
var result = LLVM.ConstMul(this.Value, n.Value);
var state = CheckForOpOverflow(opKind, result);
if (state != NumberState.Ok)
{
return(new Number(state | this.State | n.State, opKind));
}
else
{
return new Number(dummy: string.Empty)
{
Value = result,
State = this.State | n.State,
Kind = opKind
}
};
}
else
{
var op1 = this.Convert(opKind);
var op2 = n.Convert(opKind);
if (op1 == this)
{
op1 = op1.Duplicate();
}
op1.State |= (NumberState)LLVMExt.APFloatMult(op1.APFloat, op2.APFloat, RoundingMode);
return(op1);
}
}
public Number Neg()
{
var opKind = OperationKind(this.Kind, NumberKind.UInt8);
if (this.HasErrors)
{
return(new Number(this.State, opKind));
}
if (opKind.IsInteger())
{
var result = LLVM.ConstNeg(this.Value);
var undef = result.IsUndef();
return(new Number(dummy: string.Empty)
{
Value = result,
State = this.State | (undef ? NumberState.Invalid : NumberState.Ok),
Kind = opKind
});
}
else
{
var dup = this.Duplicate();
var minusOne = new Number(-1.0, this.Kind);
var state = (NumberState)LLVMExt.APFloatMult(dup.APFloat, minusOne.APFloat, RoundingMode);
var result = dup.APFloat;
dup.APFloat = new LLVMAPFloatRef(IntPtr.Zero);
return(new Number(dummy: string.Empty)
{
APFloat = result,
State = this.State | state,
Kind = opKind
});
}
}