def start_type(self, name):
self._types.append(name)
_map = {"snake": snake(name), "name": name}
print " struct %s:" % ast_cython_c.struct_name(name)
print " pass"
print " ctypedef int (*visit_%(snake)s_func)(GraphQLAst%(name)s*, void*)" % _map
print " ctypedef void (*end_visit_%(snake)s_func)(GraphQLAst%(name)s*, void*)" % _map
def start_type(self, name):
self._types.append(name)
_map = {'snake': snake(name), 'name': name}
print ' struct %s:' % ast_cython_c.struct_name(name)
print ' pass'
print ' ctypedef int (*visit_%(snake)s_func)(GraphQLAst%(name)s*, void*)' % _map
print ' ctypedef void (*end_visit_%(snake)s_func)(GraphQLAst%(name)s*, void*)' % _map
def start_type(self, name):
st_name = ast_cython_c.struct_name(name)
print '''
cdef class %(name)s(GraphQLAst):
cdef %(cmodule)s.%(name)s* _wrapped
@staticmethod
cdef create(cGraphQLAst.%(name)s *thing)
''' % {'name': st_name, 'cmodule': ast_cython_c.CMODULE_NAME}
self._current_type = name
def field_prototype(owning_type, type, name, nullable, plural):
_map = {
'cmodule': ast_cython_c.CMODULE_NAME,
'owning_st': ast_cython_c.struct_name(owning_type),
'snake': snake(name),
'return_st': ast_cython_c.struct_name(type)
}
if plural:
return '''
def get_%(snake)s_size(self):
return int(%(cmodule)s.%(owning_st)s_get_%(snake)s_size(self._wrapped))
''' % _map
if type in SIMPLE_RETURN_CASTS:
# TODO: convert string to unicode
if owning_type in SOURCE_TYPE_CASTS:
_map['cast'] = SOURCE_TYPE_CASTS[owning_type]
else:
_map['cast'] = SIMPLE_RETURN_CASTS[type]
return '''
def get_%(snake)s(self):
val = %(cmodule)s.%(owning_st)s_get_%(snake)s(self._wrapped)
if val is None:
return None
return %(cast)s(val)
''' % _map
elif type in ['Type', 'Value']:
# XXX this types have no functions...
return '''
'''
else:
# python object return type
return '''
def get_%(snake)s(self):
cdef const %(cmodule)s.%(return_st)s *next
next = %(cmodule)s.%(owning_st)s_get_%(snake)s(self._wrapped)
if next is NULL:
return None
return %(return_st)s.create(next)
''' % _map
def field_prototype(owning_type, type, name, nullable, plural):
_map = {'cmodule': ast_cython_c.CMODULE_NAME,
'owning_st': ast_cython_c.struct_name(owning_type),
'snake': snake(name),
'return_st': ast_cython_c.struct_name(type)}
if plural:
return '''
def get_%(snake)s_size(self):
return int(%(cmodule)s.%(owning_st)s_get_%(snake)s_size(self._wrapped))
''' % _map
if type in SIMPLE_RETURN_CASTS:
# TODO: convert string to unicode
if owning_type in SOURCE_TYPE_CASTS:
_map['cast'] = SOURCE_TYPE_CASTS[owning_type]
else:
_map['cast'] = SIMPLE_RETURN_CASTS[type]
return '''
def get_%(snake)s(self):
val = %(cmodule)s.%(owning_st)s_get_%(snake)s(self._wrapped)
if val is None:
return None
return %(cast)s(val)
''' % _map
elif type in ['Type', 'Value']:
# XXX this types have no functions...
return '''
'''
else:
# python object return type
return '''
def get_%(snake)s(self):
cdef %(cmodule)s.%(return_st)s *next
next = %(cmodule)s.%(owning_st)s_get_%(snake)s(self._wrapped)
if next is NULL:
return None
return %(return_st)s.create(next)
''' % _map
def start_type(self, name):
st_name = ast_cython_c.struct_name(name)
print '''
cdef class %(name)s(GraphQLAst):
cdef %(cmodule)s.%(name)s* _wrapped
@staticmethod
cdef create(cGraphQLAst.%(name)s *thing)
''' % {
'name': st_name,
'cmodule': ast_cython_c.CMODULE_NAME
}
self._current_type = name
def start_type(self, name):
self._current_type = name
_map = {'snake': snake(name), 'name': name}
print '''
cdef class %(name)s(GraphQLAst):
@staticmethod
cdef create(%(cmodule)s.%(name)s *thing):
node = %(name)s()
node._wrapped = thing
return node
''' % {'name': ast_cython_c.struct_name(name),
'cmodule': ast_cython_c.CMODULE_NAME}
def start_type(self, name):
self._current_type = name
_map = {'snake': snake(name), 'name': name}
print '''
cdef class %(name)s(GraphQLAst):
@staticmethod
cdef create(const %(cmodule)s.%(name)s *thing):
node = %(name)s()
node._wrapped = thing
return node
''' % {
'name': ast_cython_c.struct_name(name),
'cmodule': ast_cython_c.CMODULE_NAME
}
