public void PrintQuals(OutputStream sb)
{
if (quals.HasFlag(Qualifiers.Const))
{
sb.Append(" const");
}
if (quals.HasFlag(Qualifiers.Volatile))
{
sb.Append(" volatile");
}
if (quals.HasFlag(Qualifiers.Restrict))
{
sb.Append(" restrict");
}
}
public override void PrintRight(OutputStream sb)
{
sb.Append('(');
fparams.PrintWithComma(sb);
sb.Append(')');
ret.PrintRight(sb);
if (cvQuals.HasFlag(Qualifiers.Const))
{
sb.Append(" const");
}
if (cvQuals.HasFlag(Qualifiers.Volatile))
{
sb.Append(" volatile");
}
if (cvQuals.HasFlag(Qualifiers.Restrict))
{
sb.Append(" restrict");
}
switch (refQual)
{
case FunctionRefQual.LValue:
sb.Append(" &");
break;
case FunctionRefQual.RValue:
sb.Append(" &&");
break;
}
if (exceptionSpec != null)
{
sb.Append(' ');
exceptionSpec.Print(sb);
}
}
public override void PrintRight(OutputStream sb)
{
sb.Append('(');
Params.PrintWithComma(sb);
sb.Append(')');
if (ReturnType != null)
{
ReturnType.PrintRight(sb);
}
if (CVQuals.HasFlag(Qualifiers.Const))
{
sb.Append(" const");
}
if (CVQuals.HasFlag(Qualifiers.Volatile))
{
sb.Append(" volatile");
}
if (CVQuals.HasFlag(Qualifiers.Restrict))
{
sb.Append(" restrict");
}
if (RefQual.HasFlag(FunctionRefQual.LValue))
{
sb.Append(" &");
}
else if (RefQual.HasFlag(FunctionRefQual.RValue))
{
sb.Append(" &&");
}
if (attrs != null)
{
attrs.Print(sb);
}
}
public bool OutputQualifierIfPresent(OutputStream os, Qualifiers Q, Qualifiers Mask, bool needSpace)
{
if (!(Q.HasFlag(Mask)))
{
return(needSpace);
}
if (needSpace)
{
os.Append(' ');
}
OutputSingleQualifier(os, Mask);
return(true);
}
