def __init__(self, cursor):
super(Type, self).__init__(cursor)
if self.cursor.displayname in ['%sint%d_t' % (s, i) for i in [8,16,32,64] for s in ['','u']]:
self.type = self.cursor.displayname.replace('_t', '')
elif self.cursor.kind.is_attribute():
if len(self.cursor.displayname) > 0:
self.type = '__attr_%s' % self.cursor.displayname
else:
self.type = '__attr_%s' % Sources.getchunk(self.extent).strip('_')
else:
self.type = Type.nameof(self.cursor.type)
self.typename = Type.typenameof(self.cursor.type)
self.name = self.cursor.displayname
def __init__(self, cursor): super(ReturnType, self).__init__(cursor) self.name = 'output' self.type = Type.nameof(self.cursor.type.get_result()) self.typename = Type.typenameof(self.cursor.type.get_result())
def nameof(ctype):
utype = ctype.get_canonical()
ukind = utype.kind
bits = int(Type.bits.replace('bit', ''))
qualifiers = []
if ctype.is_const_qualified():
qualifiers += ['const']
if ctype.is_volatile_qualified():
qualifiers += ['volatile']
if ctype.is_restrict_qualified():
qualifiers += ['restrict']
if len(qualifiers) > 0:
qualifier = ' ' + ' '.join(qualifiers)
else:
qualifier = ''
if ukind == TypeKind.INVALID:
return '__invalid' + qualifier
elif ukind == TypeKind.UNEXPOSED:
return '__unexposed' + qualifier
elif ukind == TypeKind.VOID:
return 'void' + qualifier
elif ukind == TypeKind.BOOL:
return 'bool' + qualifier
elif ukind == TypeKind.CHAR_U:
return 'uchar' + qualifier
elif ukind == TypeKind.UCHAR:
return 'uint8' + qualifier
elif ukind == TypeKind.CHAR16:
return 'char16' + qualifier
elif ukind == TypeKind.CHAR32:
return 'char32' + qualifier
elif ukind == TypeKind.USHORT:
return 'uint16' + qualifier
elif ukind == TypeKind.UINT:
return 'uint32' + qualifier
elif ukind == TypeKind.ULONG:
return 'uint%d' % (bits) + qualifier
elif ukind == TypeKind.ULONGLONG:
return 'uint64' + qualifier
elif ukind == TypeKind.UINT128:
return 'uint128' + qualifier
elif ukind == TypeKind.CHAR_S:
return 'char' + qualifier
elif ukind == TypeKind.SCHAR:
return 'int8' + qualifier
elif ukind == TypeKind.WCHAR:
return 'wchar' + qualifier
elif ukind == TypeKind.SHORT:
return 'int16' + qualifier
elif ukind == TypeKind.INT:
return 'int32' + qualifier
elif ukind == TypeKind.LONG:
return 'int%d' % (bits) + qualifier
elif ukind == TypeKind.LONGLONG:
return 'int64' + qualifier
elif ukind == TypeKind.INT128:
return 'int128' + qualifier
elif ukind == TypeKind.FLOAT:
return 'float32' + qualifier
elif ukind == TypeKind.DOUBLE:
return 'float64' + qualifier
elif ukind == TypeKind.LONGDOUBLE:
return 'float%d' % (bits + 64) + qualifier
elif ukind == TypeKind.NULLPTR:
return 'nullptr' + qualifier
elif ukind == TypeKind.OVERLOAD:
return '__overload' + qualifier
elif ukind == TypeKind.DEPENDENT:
return '__dependent' + qualifier
elif ukind == TypeKind.OBJCID:
return '__objcid' + qualifier
elif ukind == TypeKind.OBJCCLASS:
return '__objcclass' + qualifier
elif ukind == TypeKind.OBJCSEL:
return '__objcsel' + qualifier
elif ukind == TypeKind.COMPLEX:
return '__complex_%s' % Type.nameof(utype.element_type) + qualifier
elif ukind == TypeKind.POINTER:
return '%s*' % Type.nameof(ctype.get_pointee()) + qualifier
elif ukind == TypeKind.BLOCKPOINTER:
return '__blockpointer' + qualifier
elif ukind == TypeKind.LVALUEREFERENCE:
return '%s&' % Type.typenameof(ctype.get_pointee()) + qualifier
elif ukind == TypeKind.RVALUEREFERENCE:
return '%s&&' % Type.typenameof(ctype.get_pointee()) + qualifier
elif ukind == TypeKind.RECORD:
return utype.get_declaration().displayname + qualifier
elif ukind == TypeKind.ENUM:
return utype.get_declaration().displayname + qualifier
elif ukind == TypeKind.TYPEDEF:
return '_typedef' + qualifier
elif ukind == TypeKind.OBJCINTERFACE:
return '<objc-object-interface>' + qualifier
elif ukind == TypeKind.OBJCOBJECTPOINTER:
return '<objc-object-pointer>' + qualifier
elif ukind == TypeKind.FUNCTIONNOPROTO:
return '<function-no-proto>' + qualifier
elif ukind == TypeKind.FUNCTIONPROTO:
return '<function-proto>' + qualifier
elif ukind == TypeKind.CONSTANTARRAY:
return Type.nameof(utype.element_type) + '[%s]' % utype.element_count + qualifier
elif ukind == TypeKind.VECTOR:
return '__vector_%s' % Type.nameof(utype.element_type) + '[%s]' % utype.element_count + qualifier
else:
return '__unknown' + qualifier
