def object_from_json(self, object_type, object_json):
"""
Given a blob of JSON representing a Zenpy object, recursively deserialize it and
any nested objects it contains. This method also adds the deserialized object
to the relevant cache if applicable.
"""
if not isinstance(object_json, dict):
return object_json
ZenpyClass = self.class_for_type(object_type)
obj = ZenpyClass(api=self.api)
for key, value in object_json.items():
if isinstance(value, dict):
key = self.format_key(key, parent=obj)
if key in self.class_mapping:
value = self.object_from_json(key, value)
elif as_singular(key) in self.class_mapping:
value = self.object_from_json(as_singular(key), value)
elif isinstance(value, list) and self.format_key(as_singular(key), parent=obj) in self.class_mapping:
zenpy_objects = list()
for item in value:
zenpy_objects.append(self.object_from_json(self.format_key(as_singular(key), parent=obj), item))
value = zenpy_objects
setattr(obj, key, value)
add_to_cache(obj)
return obj
def object_from_json(self, object_type, object_json):
"""
Given a blob of JSON representing a Zenpy object, recursively deserialize it and
any nested objects it contains. This method also adds the deserialized object
to the relevant cache if applicable.
"""
if not isinstance(object_json, dict):
return object_json
ZenpyClass = self.class_for_type(object_type)
obj = ZenpyClass(api=self.api)
for key, value in object_json.items():
if isinstance(value, dict):
key = self.format_key(key, parent=obj)
if key in self.class_mapping:
value = self.object_from_json(key, value)
elif as_singular(key) in self.class_mapping:
value = self.object_from_json(as_singular(key), value)
elif isinstance(value, list) and self.format_key(as_singular(key), parent=obj) in self.class_mapping:
zenpy_objects = list()
for item in value:
zenpy_objects.append(self.object_from_json(self.format_key(as_singular(key), parent=obj), item))
value = zenpy_objects
setattr(obj, key, value)
add_to_cache(obj)
return obj
def _deserialize(self, key, obj, value):
if isinstance(value, dict):
key = self.format_key(key, parent=obj)
if key in self.class_mapping:
value = self.object_from_json(key, value, parent=obj)
elif as_singular(key) in self.class_mapping:
value = self.object_from_json(as_singular(key), value, parent=obj)
elif isinstance(value, list) and self.format_key(as_singular(key), parent=obj) in self.class_mapping:
zenpy_objects = list()
for item in value:
object_type = self.format_key(as_singular(key), parent=obj)
zenpy_objects.append(self.object_from_json(object_type, item, parent=obj))
value = zenpy_objects
return key, value
def deserialize(self, response_json):
"""
Locate and deserialize all objects in the returned JSON.
Return a dict keyed by object_type. If the key is plural, the value will be a list,
if it is singular, the value will be an object of that type.
:param response_json:
"""
response_objects = dict()
if all((t in response_json for t in ('ticket', 'audit'))):
response_objects[
"ticket_audit"] = self.object_mapping.object_from_json(
"ticket_audit", response_json)
# Locate and store the single objects.
for zenpy_object_name in self.object_mapping.class_mapping:
if zenpy_object_name in response_json:
zenpy_object = self.object_mapping.object_from_json(
zenpy_object_name, response_json[zenpy_object_name])
response_objects[zenpy_object_name] = zenpy_object
# Locate and store the collections of objects.
for key, value in response_json.items():
if isinstance(value, list):
zenpy_object_name = as_singular(key)
if zenpy_object_name in self.object_mapping.class_mapping:
response_objects[key] = []
for object_json in response_json[key]:
zenpy_object = self.object_mapping.object_from_json(
zenpy_object_name, object_json)
response_objects[key].append(zenpy_object)
return response_objects
