void FunctionType::accept0 (TypeVisitor *v) const
{
TYPE_D(FunctionType);
if (v->visit (this))
{
acceptType (d->m_returnType.abstractType(), v);
for (unsigned int i = 0; i < d->m_argumentsSize (); ++i)
acceptType (d->m_arguments()[i].abstractType(), v);
}
v->endVisit (this);
}
QString FunctionType::partToString( SignaturePart sigPart ) const {
QString args;
TYPE_D(FunctionType);
if( sigPart == SignatureArguments || sigPart == SignatureWhole )
{
args += '(';
bool first = true;
FOREACH_FUNCTION(const IndexedType& type, d->m_arguments) {
if (first)
first = false;
else
args.append(", ");
args.append(type ? type.abstractType()->toString() : QString("<notype>"));
}
args += ')';
}
QString IntegralType::toString() const
{
TYPE_D(IntegralType);
QString name;
switch (d->m_dataType) {
case TypeChar:
name = QStringLiteral("char");
break;
case TypeChar16_t:
name = QStringLiteral("char16_t");
break;
case TypeChar32_t:
name = QStringLiteral("char32_t");
break;
case TypeWchar_t:
name = QStringLiteral("wchar_t");
break;
case TypeBoolean:
name = QStringLiteral("bool");
break;
case TypeInt:
name = QStringLiteral("int");
break;
case TypeFloat:
name = QStringLiteral("float");
break;
case TypeDouble:
name = QStringLiteral("double");
break;
case TypeVoid:
name = QStringLiteral("void");
break;
case TypeMixed:
name = QStringLiteral("mixed");
break;
case TypeString:
name = QStringLiteral("string");
break;
case TypeArray:
name = QStringLiteral("array");
break;
case TypeNull:
name = QStringLiteral("null");
break;
default:
name = QStringLiteral("<unknown>");
break;
}
if (modifiers() & UnsignedModifier)
name.prepend("unsigned ");
else if (modifiers() & SignedModifier)
name.prepend("signed ");
if (modifiers() & ShortModifier)
name.prepend("short ");
else if (modifiers() & LongLongModifier)
name.prepend("long long ");
else if (modifiers() & LongModifier)
name.prepend("long ");
return AbstractType::toString() + name;
}
QString GoIntegralType::toString() const
{
TYPE_D(GoIntegralType);
QString name;
switch (d->m_dataType) {
case TypeUint8:
name="uint8";
break;
case TypeUint16:
name="uint16";
break;
case TypeUint32:
name="uint32";
break;
case TypeUint64:
name="uint64";
break;
case TypeInt8:
name="int8";
break;
case TypeInt16:
name="int16";
break;
case TypeInt32:
name="int32";
break;
case TypeInt64:
name="int64";
break;
case TypeFloat32:
name="float32";
break;
case TypeFloat64:
name="float64";
break;
case TypeComplex64:
name="complex64";
break;
case TypeComplex128:
name="complex128";
break;
case TypeRune:
name="rune";
break;
case TypeUint:
name="uint";
break;
case TypeInt:
name="int";
break;
case TypeUintptr:
name="uintptr";
break;
case TypeString:
name="string";
break;
case TypeBool:
name="bool";
break;
case TypeByte:
name="byte";
break;
}
return /*AbstractType::toString() + */name;
}