def add_relationships(model, objects):
for object_name, data_object in objects.iteritems():
for relationship in data_object.relationships:
first_entity = second_entity = None
for entity in model.iter("entity"):
if entity.get('name') == get_proper_object_name(object_name):
first_entity = entity
elif entity.get('name') == get_proper_object_name(relationship.related_object.name):
second_entity = entity
first_entity_name = first_entity.get('name').lower().replace("response", "")
if relationship.relationship_type == Relationship.ONE_TO_MANY:
add_O2M_relationships(first_entity, second_entity, first_entity_name, relationship.name)
elif relationship.relationship_type == Relationship.MANY_TO_MANY:
add_M2M_relationships(first_entity, second_entity, relationship.name,
get_word_plural(first_entity_name))
elif relationship.relationship_type == Relationship.ONE_TO_ONE:
add_O2O_relationships(first_entity, second_entity, get_proper_name(relationship.name),
first_entity_name)
elif relationship.relationship_type == Relationship.MANY_TO_ONE:
"""
If we have a entity which maps to another entity more than once, we can't use that entity's name
instead, let's use the key of the field.
For example, if we had a user who has followers and is also following other users, our user entity
would have two fields called "follow". This instead calls them followers and following.
"""
conflicting = conflicting_entity_name(data_object.relationships, relationship)
entity_label = relationship.name if conflicting else first_entity_name
add_M2O_relationship(first_entity, second_entity, get_word_plural(entity_label),
get_proper_name(relationship.name))
def attribute_mappings(fields):
attribute_mapping_string = ""
for index, field in enumerate(fields):
leading_comma = '' if index == 0 else ', '
swift_variable_name = get_proper_name(field.name)
attribute_mapping_string += '{}"{}": "{}"'.format(leading_comma, field.name, swift_variable_name)
return attribute_mapping_string
def attribute_mappings(fields):
attribute_mapping_string = ""
for index, field in enumerate(fields):
leading_comma = '' if index == 0 else ', '
swift_variable_name = get_proper_name(field.name)
attribute_mapping_string += '{}"{}": "{}"'.format(
leading_comma, field.name, swift_variable_name)
return attribute_mapping_string
def create_parameter_signature(parameters):
method_parts = []
for index, method_field in enumerate(parameters):
swift_variable_name = get_proper_name(method_field.name)
parameter_signature = "{}: {}".format(swift_variable_name, method_field.swift_type)
method_parts.append(parameter_signature)
return ", ".join(method_parts)
def create_parameter_signature(parameters):
method_parts = []
for index, method_field in enumerate(parameters):
swift_variable_name = get_proper_name(method_field.name)
parameter_signature = "{}: {}".format(swift_variable_name,
method_field.swift_type)
method_parts.append(parameter_signature)
return ", ".join(method_parts)
def create_parameter_signature(parameters):
method_parts = []
for index, method_field in enumerate(parameters):
objc_variable_name = get_proper_name(method_field.name)
parameter_signature = "({}){}".format(method_field.objc_type, objc_variable_name)
# If this isn't the first parameter, also include the variable name before the type
if index > 0:
parameter_signature = "{}:{}".format(objc_variable_name, parameter_signature)
method_parts.append(parameter_signature)
return " ".join(method_parts)
def add_relationships(model, objects):
for object_name, data_object in objects.iteritems():
for relationship in data_object.relationships:
first_entity = second_entity = None
for entity in model.iter("entity"):
if entity.get('name') == get_proper_object_name(object_name):
first_entity = entity
elif entity.get('name') == get_proper_object_name(
relationship.related_object.name):
second_entity = entity
first_entity_name = first_entity.get('name').lower().replace(
"response", "")
if relationship.relationship_type == Relationship.ONE_TO_MANY:
add_O2M_relationships(first_entity, second_entity,
first_entity_name, relationship.name)
elif relationship.relationship_type == Relationship.MANY_TO_MANY:
add_M2M_relationships(first_entity, second_entity,
relationship.name,
get_word_plural(first_entity_name))
elif relationship.relationship_type == Relationship.ONE_TO_ONE:
add_O2O_relationships(first_entity, second_entity,
get_proper_name(relationship.name),
first_entity_name)
elif relationship.relationship_type == Relationship.MANY_TO_ONE:
"""
If we have a entity which maps to another entity more than once, we can't use that entity's name
instead, let's use the key of the field.
For example, if we had a user who has followers and is also following other users, our user entity
would have two fields called "follow". This instead calls them followers and following.
"""
conflicting = conflicting_entity_name(
data_object.relationships, relationship)
entity_label = relationship.name if conflicting else first_entity_name
add_M2O_relationship(first_entity, second_entity,
get_word_plural(entity_label),
get_proper_name(relationship.name))
def create_parameter_signature(parameters):
method_parts = []
for index, method_field in enumerate(parameters):
objc_variable_name = get_proper_name(method_field.name)
parameter_signature = "({}){}".format(method_field.objc_type,
objc_variable_name)
# If this isn't the first parameter, also include the variable name before the type
if index > 0:
parameter_signature = "{}:{}".format(objc_variable_name,
parameter_signature)
method_parts.append(parameter_signature)
return " ".join(method_parts)
def method_name(api):
# First create camel cased name from snake case
method_name_string = ""
for part in re.split(r'[/_]+', api.url_path):
if part in [":id", "theID"]:
continue
else:
method_name_string += part.capitalize()
first_parameter_name = "Success"
request_object = iOSTemplateMethods.get_api_request_object(api)
if request_object and len(request_object.properties()) > 0:
first_field = request_object.properties()[0]
first_parameter_name = get_proper_name(first_field.name, capitalize_first=True)
elif ObjCParameter.create_id_parameter(api.url_path, request_object) is not None:
first_parameter_name = "TheID"
elif SwiftParameter.create_id_parameter(api.url_path, request_object) is not None:
first_parameter_name = "TheID"
return "{}With{}".format(method_name_string, first_parameter_name)
def method_name(api):
# First create camel cased name from snake case
method_name_string = ""
for part in re.split(r'[/_]+', api.url_path):
if part in [":id", "theID"]:
continue
else:
method_name_string += part.capitalize()
first_parameter_name = "Success"
request_object = iOSTemplateMethods.get_api_request_object(api)
if request_object and len(request_object.properties()) > 0:
first_field = request_object.properties()[0]
first_parameter_name = get_proper_name(first_field.name,
capitalize_first=True)
elif ObjCParameter.create_id_parameter(api.url_path,
request_object) is not None:
first_parameter_name = "TheID"
elif SwiftParameter.create_id_parameter(api.url_path,
request_object) is not None:
first_parameter_name = "TheID"
return "{}With{}".format(method_name_string, first_parameter_name)
def media_field_check(fields):
statements = ["{} != nil".format(get_proper_name(field.name)) for field in fields]
return " || ".join(statements)
def test_get_proper_name(self):
self.assertEqual(get_proper_name("unread_count"), "unreadCount")
self.assertEqual(
get_proper_name("unread_count", capitalize_first=True),
"UnreadCount")
self.assertEqual(get_proper_name("id"), "theID")
def media_field_check(fields):
statements = [
"{} != nil".format(get_proper_name(field.name)) for field in fields
]
return " || ".join(statements)
def test_get_proper_name(self):
self.assertEqual(get_proper_name("unread_count"), "unreadCount")
self.assertEqual(get_proper_name("unread_count", capitalize_first=True), "UnreadCount")
self.assertEqual(get_proper_name("id"), "theID")
