def test_config_dict_value_from_default__value_key_added(self):
self.assertNotIn("value", self.config_dict['TEST_A'])
self.assertNotIn("value", self.config_dict['TEST_B'])
updated_config_dict = utils.config_dict_value_from_default(self.config_dict)
self.assertIn("value", updated_config_dict['TEST_A'])
self.assertIn("value", updated_config_dict['TEST_B'])
self.assertNotIn("value", self.config_dict['TEST_A'])
self.assertNotIn("value", self.config_dict['TEST_B'])
def test_config_dict_value_from_default__value_key_added(self):
self.assertNotIn("value", self.config_dict['TEST_A'])
self.assertNotIn("value", self.config_dict['TEST_B'])
updated_config_dict = utils.config_dict_value_from_default(self.config_dict)
self.assertIn("value", updated_config_dict['TEST_A'])
self.assertIn("value", updated_config_dict['TEST_B'])
self.assertNotIn("value", self.config_dict['TEST_A'])
self.assertNotIn("value", self.config_dict['TEST_B'])
def save_model(self, request, obj, form, change):
if obj.id is None:
config_lookup = registry.config_registry.get_config_class(
obj.application.short_name
)
default_config = config_lookup[1]().get_default_configs()
obj.set_config_options(utils.config_dict_value_from_default(default_config), save=False)
else:
obj.set_config_options(
form.cleaned_data.get('options', {}), save=False)
obj.save()
def save_model(self, request, obj, form, change):
if obj.id is None:
config_lookup = registry.config_registry.get_config_class(
obj.application.short_name)
default_config = config_lookup[1]().get_default_configs()
obj.set_config_options(
utils.config_dict_value_from_default(default_config),
save=False)
else:
obj.set_config_options(form.cleaned_data.get('options', {}),
save=False)
obj.save()
def mget(self, config_dict, application_short_name, website_short_name=None):
# Django 1.9+ registers apps; this import is needed here to avoid
# the AppRegistryNotReady exception
from . import models
# set a default 'value' in each nested config dict
config_dict = utils.config_dict_value_from_default(config_dict)
# lookup the site application
site_app_list = models.WebsiteApplication.objects.website_applications(
website_short_name=website_short_name,
application_short_name=application_short_name,
)
if site_app_list.count() == 1:
site_app = site_app_list[0]
config_dict = site_app.get_config_options(config_dict)
return config_dict
def clean_form(self):
cleaned_data = super(self.__class__, self).clean()
if instance and config_class:
if cleaned_data.get('reset_options'):
cleaned_data['options'] = utils.config_dict_value_from_default(
config_class.get_configs())
else:
cleaned_configs = {}
for k, v in cleaned_data.items():
if k in config_fields:
cleaned_configs.update(
{k: {'value': cleaned_data.pop(k)}}
)
cleaned_data['options'] = utils.update_config_dict(
config_class.get_configs(), cleaned_configs)
return cleaned_data
def mget(self,
config_dict,
application_short_name,
website_short_name=None):
# Django 1.9+ registers apps; this import is needed here to avoid
# the AppRegistryNotReady exception
from . import models
# set a default 'value' in each nested config dict
config_dict = utils.config_dict_value_from_default(config_dict)
# lookup the site application
site_app_list = models.WebsiteApplication.objects.filter(
website__short_name=website_short_name,
application__short_name=application_short_name,
)
if site_app_list.count() == 1:
site_app = site_app_list[0]
config_dict = site_app.get_config_options(config_dict)
return config_dict
def clean_form(self):
cleaned_data = super(self.__class__, self).clean()
if instance and config_class:
if cleaned_data.get('reset_options'):
cleaned_data['options'] = utils.config_dict_value_from_default(
config_class.get_configs())
else:
# The previous version of the line below would "pop()" the value from "cleaned_data"
# as it set that value into "cleaned_configs". This worked under Py2, but caused an
# error in Py3 as "cleaned_data" was being mutated during iteration. I fixed it as
# below but was it important to pop those values from cleaned_data before returning?
cleaned_configs = {
k: {
'value': v
}
for k, v in cleaned_data.items() if k in config_fields
}
cleaned_data['options'] = utils.update_config_dict(
config_class.get_configs(), cleaned_configs)
return cleaned_data
def test_config_dict_value_from_default__default_equals_value(self):
for k, v in utils.config_dict_value_from_default(self.config_dict).items():
self.assertEqual(v['default'], v['value'], )
def test_config_dict_value_from_default__default_equals_value(self):
for k, v in utils.config_dict_value_from_default(self.config_dict).items():
self.assertEqual(v['default'], v['value'], )