def to_native(self, obj):
model_name = obj.__class__.__name__.lower()
# Try to get pk field
# if not found, it's a child model
# dependent on parent keys
try:
pk_field = primary_key(obj.__class__)
pk_val = getattr(obj, pk_field, None)
return self.parent_path + model_name + 's/' + str(pk_val) + '/'
except KeyNotFoundException:
# Use actual model name
return self.parent_path + model_name + 's/'
def to_native(self, obj):
model_name = obj.__class__.__name__.lower()
# Try to get pk field
# if not found, it's a child model
# dependent on parent keys
try:
pk_field = primary_key(obj.__class__)
pk_val = getattr(obj, pk_field, None)
return self.parent_path + model_name + 's/' + str(pk_val) + '/'
except KeyNotFoundException:
# Use actual model name
return self.parent_path + model_name + 's/'
def to_representation(self, value):
model_name = value.__class__.__name__.lower()
# Try to get pk field
# if not found, it's a child model
# dependent on parent keys
try:
pk_field = primary_key(value.__class__)
pk_val = getattr(value, pk_field, None)
return ('{parent}{model}s/{pk}/'
''.format(parent=self.parent_path,
model=model_name, pk=pk_val))
except KeyNotFoundException:
# Use actual model name
return self.parent_path + model_name + 's/'
def to_representation(self, value):
model_name = value.__class__.__name__.lower()
# Try to get pk field
# if not found, it's a child model
# dependent on parent keys
try:
pk_field = primary_key(value.__class__)
pk_val = getattr(value, pk_field, None)
return ('{parent}{model}s/{pk}/'
''.format(parent=self.parent_path,
model=model_name,
pk=pk_val))
except KeyNotFoundException:
# Use actual model name
return self.parent_path + model_name + 's/'