def PUT(self, *args, **kwargs):
"""Replaces the given ticket with the incoming json blob.
Format of this call is:
PUT .../ticket_number
Caller must define a json blob to patch the ticket with.
Raises:
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, _ = common_util.parse_common_args(args, kwargs)
if not id:
server_errors.HTTPError(400, 'Missing id for operation')
data = common_util.parse_serialized_json()
# Handle claiming a ticket with an authorized request.
if data and data.get('userEmail') == 'me':
self._add_claim_data(data)
return self.resource.update_data_val(id,
api_key,
data_in=data,
update=False)
def testParseCommonArgs(self):
"""Tests various flavors of the parse common args method."""
id = 123456
key = 'boogity'
# Should parse all values.
id, api_key, op = common_util.parse_common_args(
(
id,
'boogity',
),
dict(key=key),
supported_operations=set(['boogity']))
self.assertEquals(id, id)
self.assertEquals(key, api_key)
self.assertEquals('boogity', op)
# Missing op.
id, api_key, op = common_util.parse_common_args((id, ), dict(key=key))
self.assertEquals(id, id)
self.assertEquals(key, api_key)
self.assertIsNone(op)
# Missing key.
id, api_key, op = common_util.parse_common_args((id, ), dict())
self.assertEquals(id, id)
self.assertIsNone(api_key)
self.assertIsNone(op)
# Missing all.
id, api_key, op = common_util.parse_common_args(tuple(), dict())
self.assertIsNone(id)
self.assertIsNone(api_key)
self.assertIsNone(op)
# Too many args.
self.assertRaises(server_errors.HTTPError,
common_util.parse_common_args, (
id,
'lame',
'stuff',
), dict())
# Operation when it's not expected.
self.assertRaises(server_errors.HTTPError,
common_util.parse_common_args, (id, 'boogity'),
dict())
def GET(self, *args, **kwargs):
"""GET .../ticket_number returns info about the ticket.
Raises:
server_errors.HTTPError if the ticket doesn't exist.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, _ = common_util.parse_common_args(args, kwargs)
return self.resource.get_data_val(id, api_key)
def DELETE(self, *args, **kwargs):
"""Deletes the given device.
Format of this call is:
DELETE .../device_id
Raises:
server_errors.HTTPError if the device doesn't exist.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, _ = common_util.parse_common_args(args, kwargs)
self.resource.del_data_val(id, api_key)
self.commands_instance.remove_device(id)
def PATCH(self, *args, **kwargs):
"""Updates the given resource with the incoming json blob.
Format of this call is:
PATCH .../resource_id
Caller must define a json blob to patch the resource with.
Raises:
server_errors.HTTPError if the resource doesn't exist.
"""
id, api_key, _ = common_util.parse_common_args(args, kwargs)
if not id:
server_errors.HTTPError(400, 'Missing id for operation')
data = common_util.parse_serialized_json()
return self.resource.update_data_val(id, api_key, data_in=data)
def POST(self, *args, **kwargs):
"""Either creates a ticket OR claim/finalizes a ticket.
This method implements the majority of the registration workflow.
More specifically:
POST ... creates a new ticket
POST .../ticket_number/claim claims a given ticket with a fake email.
POST .../ticket_number/finalize finalizes a ticket with a robot account.
Raises:
server_errors.HTTPError if the ticket should exist but doesn't
(claim/finalize) or if we can't parse all the args.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, operation = common_util.parse_common_args(
args, kwargs, supported_operations=set(['finalize']))
if operation:
ticket = self.resource.get_data_val(id, api_key)
if operation == 'finalize':
return self._finalize(id, api_key, ticket)
else:
raise server_errors.HTTPError(
400, 'Unsupported method call %s' % operation)
else:
data = common_util.parse_serialized_json()
if data is None or data.get('userEmail', None) != 'me':
raise server_errors.HTTPError(
400,
'Require userEmail=me to create ticket %s' % operation)
if [key for key in data.iterkeys() if key != 'userEmail']:
raise server_errors.HTTPError(
400, 'Extra data for ticket creation: %r.' % data)
if id:
raise server_errors.HTTPError(400,
'Should not specify ticket ID.')
self._add_claim_data(data)
# We have an insert operation so make sure we have all required
# fields.
data.update(self._default_registration_ticket())
logging.info('Ticket is being created.')
return self.resource.update_data_val(id, api_key, data_in=data)
def PATCH(self, *args, **kwargs):
"""Updates the given ticket with the incoming json blob.
Format of this call is:
PATCH .../ticket_number
Caller must define a json blob to patch the ticket with.
Raises:
server_errors.HTTPError if the ticket doesn't exist.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, _ = common_util.parse_common_args(args, kwargs)
if not id:
server_errors.HTTPError(400, 'Missing id for operation')
data = common_util.parse_serialized_json()
return self.resource.update_data_val(id, api_key, data_in=data)
def PUT(self, *args, **kwargs):
"""Update an existing device using the incoming json data.
On startup, devices make a request like:
PUT http://<server-host>/devices/<device-id>
{'channel': {'supportedType': 'xmpp'},
'commandDefs': {},
'description': 'test_description ',
'displayName': 'test_display_name ',
'id': '4471f7',
'location': 'test_location ',
'name': 'test_device_name',
'state': {'base': {'firmwareVersion': '6771.0.2015_02_09_1429',
'isProximityTokenRequired': False,
'localDiscoveryEnabled': False,
'manufacturer': '',
'model': '',
'serialNumber': '',
'supportUrl': '',
'updateUrl': ''}}}
This PUT has no API key, but comes with an OAUTH access token.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
device_id, _, _ = common_util.parse_common_args(args, kwargs)
access_token = common_util.get_access_token()
if not access_token:
raise server_errors.HTTPError(401, 'Access denied.')
api_key = self._oauth.get_api_key_from_access_token(access_token)
data = common_util.parse_serialized_json()
self._validate_device_resource(data)
logging.info('Updating device with id=%s and device_config=%r',
device_id, data)
new_device = self.resource.update_data_val(device_id, api_key,
data_in=data)
return data
def GET(self, *args, **kwargs):
"""GET .../(device_id) gets device info or lists all devices.
Supports both the GET / LIST commands for devices. List lists all
devices a user has access to, however, this implementation just returns
all devices.
Raises:
server_errors.HTTPError if the device doesn't exist.
"""
self._fail_control_handler.ensure_not_in_failure_mode()
id, api_key, _ = common_util.parse_common_args(args, kwargs)
if not api_key:
access_token = common_util.get_access_token()
api_key = self._oauth.get_api_key_from_access_token(access_token)
if id:
return self.resource.get_data_val(id, api_key)
else:
# Returns listing (ignores optional parameters).
listing = {'kind': 'clouddevices#devicesListResponse'}
listing['devices'] = self.resource.get_data_vals()
return listing
