public override void OutputPre(OutputStream os, OutputFlags flags)
{
if (Pointee.Kind == NodeKind.FunctionSignature)
{
FunctionSignatureNode sig = (FunctionSignatureNode)Pointee;
sig.OutputPre(os, OutputFlags.NoCallingConvention);
}
else
{
Pointee.OutputPre(os, flags);
}
OutputSpaceIfNecessary(os);
if (Quals.HasFlag(Qualifiers.Unaligned))
{
os.Append("__unaligned ");
}
if (Pointee.Kind == NodeKind.ArrayType)
{
os.Append('(');
}
else if (Pointee.Kind == NodeKind.FunctionSignature)
{
os.Append('(');
FunctionSignatureNode sig = (FunctionSignatureNode)Pointee;
OutputCallingConvention(os, sig.CallConvention);
os.Append(' ');
}
if (ClassParent != null)
{
ClassParent.Output(os, flags);
os.Append("::");
}
switch (Affinity)
{
case PointerAffinity.Pointer:
os.Append('*');
break;
case PointerAffinity.Reference:
os.Append('&');
break;
case PointerAffinity.RValueReference:
os.Append("&&");
break;
default:
Assert.True(false);
break;
}
OutputQualifiers(os, Quals, false, false);
}
public override void OutputPost(OutputStream os, OutputFlags flags)
{
if (!FunctionClass.HasFlag(FuncClass.NoParameterList))
{
os.Append('(');
if (Params != null)
{
Params.Output(os, flags);
}
else
{
os.Append("void");
}
os.Append(')');
}
if (Quals.HasFlag(Qualifiers.Const))
{
os.Append(" const");
}
if (Quals.HasFlag(Qualifiers.Volatile))
{
os.Append(" volatile");
}
if (Quals.HasFlag(Qualifiers.Restrict))
{
os.Append(" __restrict");
}
if (Quals.HasFlag(Qualifiers.Unaligned))
{
os.Append(" __unaligned");
}
if (RefQualifier == FunctionRefQualifier.Reference)
{
os.Append(" &");
}
else if (RefQualifier == FunctionRefQualifier.RValueReference)
{
os.Append(" &&");
}
if (ReturnType != null)
{
ReturnType.OutputPost(os, flags);
}
}