def test_model_field_checker(self):
new_res1 = Resource.objects.create(somekey1='someval1', somekey='someval')
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'type'))
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'parent'))
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'parent_id'))
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'id'))
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'is_free'))
def test_model_field_checker(self):
new_res1 = Resource.objects.create(somekey1='someval1',
somekey='someval')
self.assertTrue(
ModelFieldChecker.is_field_or_property(new_res1, 'type'))
self.assertTrue(
ModelFieldChecker.is_field_or_property(new_res1, 'parent'))
self.assertTrue(
ModelFieldChecker.is_field_or_property(new_res1, 'parent_id'))
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'id'))
self.assertTrue(
ModelFieldChecker.is_field_or_property(new_res1, 'is_free'))
def _handle_command_set(self, *args, **options):
res_id = options['resource-id']
resource = Resource.objects.get(pk=res_id)
update_query = self._parse_reminder_arguments(options['fields'])
for field_name in update_query:
field_value = update_query[field_name]
if field_name in ['parent', 'parent_id']:
field_name, field_value = self._normalize_parent_field(field_value)
if field_name == 'type':
requested_model = apps.get_model(field_value)
resource = resource.cast_type(requested_model)
elif ModelFieldChecker.is_field_or_property(resource, field_name):
setattr(resource, field_name, field_value)
resource.save()
else:
if field_value:
resource.set_option(name=field_name,
value=field_value,
format=options['format'] if options['format'] else ResourceOption.FORMAT_STRING)
elif resource.get_option_value(field_name, default=None):
resource.get_option(field_name).delete() # delete option
cascade = options['cascade']
if options['use']:
resource.use(cascade=cascade)
elif options['free']:
resource.free(cascade=cascade)
elif options['lock']:
resource.lock(cascade=cascade)
ConsoleResourceWriter.dump_item(resource)
def _handle_command_set(self, *args, **options):
res_id = options['resource-id']
resource = Resource.objects.get(pk=res_id)
update_query = self._parse_reminder_arguments(options['fields'])
for field_name in update_query:
field_value = update_query[field_name]
if field_name in ['parent', 'parent_id']:
field_name, field_value = self._normalize_parent_field(field_value)
if field_name == 'type':
requested_model = apps.get_model(field_value)
resource = resource.cast_type(requested_model)
elif ModelFieldChecker.is_field_or_property(resource, field_name):
setattr(resource, field_name, field_value)
resource.save()
else:
if field_value:
resource.set_option(name=field_name,
value=field_value,
format=options['format'] if options['format'] else ResourceOption.FORMAT_STRING)
elif resource.get_option_value(field_name, default=None):
resource.get_option(field_name).delete() # delete option
if options['use']:
resource.use()
elif options['free']:
resource.free()
elif options['lock']:
resource.lock()
ConsoleResourceWriter.dump_item(resource)
def test_change_asset_type(self):
new_res1 = Switch.objects.create(label="test switch")
self.assertTrue(
ModelFieldChecker.is_field_or_property(new_res1, 'type'))
self.assertEqual('assets.switch', new_res1.type)
self.assertEqual(Switch, new_res1.__class__)
# real change type
new_res1 = new_res1.cast_type(Server)
self.assertEqual('assets.server', new_res1.type)
self.assertEqual(Server, new_res1.__class__)
def _get_resource_data_row(resource, fields=None):
assert resource
assert fields
columns = []
for field in fields:
if field == 'parent_id':
field_value = resource.parent_id
elif field == 'self':
field_value = unicode(resource)
else:
field_value = ModelFieldChecker.get_field_value(resource, field, '%s?' % field)
columns.append(field_value)
return columns
def test_change_asset_type(self):
new_res1 = Switch.objects.create(label="test switch")
self.assertTrue(ModelFieldChecker.is_field_or_property(new_res1, 'type'))
setattr(new_res1, 'type', 'Server')
new_res1.save()
new_res1.refresh_from_db()
self.assertEqual('Switch', new_res1.type)
self.assertEqual(Switch, new_res1.__class__)
# real change type
new_res1 = new_res1.cast_type(Server)
self.assertEqual('Server', new_res1.type)
self.assertEqual(Server, new_res1.__class__)
def _handle_command_search(self, *args, **options):
query = self._parse_reminder_arguments(options['filter'])
if options['index']:
updated = 0
for resource in Resource.active.all():
resource.name = unicode(resource)
resource.save()
logger.debug("Updated resources: %s" % updated)
return
# apply status
if not options['status']:
resource_set = Resource.active.filter(**query)
else:
query['status__in'] = options['status'].split(',')
resource_set = Resource.objects.filter(**query)
# order by
table_sort_by_field = None
if options['order']:
fields = options['order'].split(',')
for field_name in fields:
if not ModelFieldChecker.is_model_field(Resource, field_name):
table_sort_by_field = field_name
break
if not table_sort_by_field:
resource_set = resource_set.order_by(*fields)
# apply limits
limit = options['limit']
offset = (options['page'] - 1) * limit
if limit > 0:
resource_set = resource_set[offset:limit]
# tabular output with column align
show_fields = options['show_fields'].split(',')
console_writer = ConsoleResourceWriter(resource_set)
console_writer.print_table(show_fields, sort_by=table_sort_by_field)
def _handle_command_search(self, *args, **options):
query = self._parse_reminder_arguments(options['filter'])
if options['index']:
updated = 0
for resource in Resource.active.all():
resource.name = unicode(resource)
resource.save()
logger.debug("Updated resources: %s" % updated)
return
# apply status
if not options['status']:
resource_set = Resource.active.filter(**query)
else:
query['status__in'] = options['status'].split(',')
resource_set = Resource.objects.filter(**query)
# order by
table_sort_by_field = None
if options['order']:
fields = options['order'].split(',')
for field_name in fields:
if not ModelFieldChecker.is_model_field(Resource, field_name):
table_sort_by_field = field_name
break
if not table_sort_by_field:
resource_set = resource_set.order_by(*fields)
# apply limits
limit = options['limit']
offset = (options['page'] - 1) * limit
if limit > 0:
resource_set = resource_set[offset:limit]
# tabular output with column align
show_fields = options['show_fields'].split(',')
console_writer = ConsoleResourceWriter(resource_set)
console_writer.print_table(show_fields, sort_by=table_sort_by_field)