public override void Resolve(MmlResolveContext ctx, MmlDataType type)
{
// multiplication cannot be straightforward. Number * Length must be Length,
// but the number must not be converted to a length e.g. "1" must not be
// interpreted as %{$__base_count}. Actually Length * Length must be invalid.
Left.Resolve (ctx, MmlDataType.Number);
Right.Resolve (ctx, type);
if (type == MmlDataType.Length)
ResolvedValue = new MmlLength ((int) (Left.DoubleValue * Right.DoubleValue)) { IsValueByStep = true };
else
ResolvedValue = Left.DoubleValue * Right.DoubleValue;
}
public override void Resolve(MmlResolveContext ctx, MmlDataType type)
{
Left.Resolve (ctx, type);
Right.Resolve (ctx, type);
if (type == MmlDataType.Length)
ResolvedValue = new MmlLength ((int) (Left.DoubleValue + Right.DoubleValue)) { IsValueByStep = true };
else
ResolvedValue = Left.DoubleValue + Right.DoubleValue;
}
void case_45()
#line 358 "src/mml_parser.jay"
{
var n = (MmlToken) yyVals[0+yyTop];
var l = new MmlLength (-1 * (int) (double) MmlValueExpr.GetTypedValue (n.Value, MmlDataType.Number)) { IsValueByStep = true };
yyVal = new MmlConstantExpr (MmlDataType.Length, l);
}
