How to use registered method in responses
Best Python code snippet using responses
test_dcc_utilities.py
Source:test_dcc_utilities.py 
1# -*- coding: utf-8 -*-2# ----------------------------------------------------------------------------#3# Copyright © 2015-2016 VMware, Inc. All Rights Reserved. #4# #5# Licensed under the BSD 2-Clause License (the âLicenseâ); you may not use #6# this file except in compliance with the License. #7# #8# The BSD 2-Clause License #9# #10# Redistribution and use in source and binary forms, with or without #11# modification, are permitted provided that the following conditions are met:#12# #13# - Redistributions of source code must retain the above copyright notice, #14# this list of conditions and the following disclaimer. #15# #16# - Redistributions in binary form must reproduce the above copyright #17# notice, this list of conditions and the following disclaimer in the #18# documentation and/or other materials provided with the distribution. #19# #20# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"#21# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE #22# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE #23# ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE #24# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR #25# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF #26# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS #27# INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN #28# CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) #29# ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF #30# THE POSSIBILITY OF SUCH DAMAGE. #31# ----------------------------------------------------------------------------#32import unittest33import mock34import pint35from liota.dccs.aws_iot import AWSIoT36from liota.entities.devices.simulated_device import SimulatedDevice37from liota.entities.edge_systems.dell5k_edge_system import Dell5KEdgeSystem38from liota.entities.metrics.metric import Metric39from liota.lib.utilities.dcc_utility import *40from liota.lib.utilities.si_unit import parse_unit, UnsupportedUnitError41from liota.lib.utilities.utility import getUTCmillis42# Sampling function43def sampling_function():44 pass45def raise_exception(*args, **kwargs):46 """47 Method to raise the UnsupportedUnitError48 :return: None 49 """50 raise UnsupportedUnitError("UnsupportedUnitError")51# Create a pint unit registry52ureg = pint.UnitRegistry()53def validate_json(obj):54 """55 Method to sort the provided json and returns back the sorted list representation of the json.56 :param obj: json object57 :return: sorted list of json58 """59 if isinstance(obj, dict):60 return sorted((k, validate_json(v)) for k, v in obj.items())61 if isinstance(obj, list):62 return sorted(validate_json(x) for x in obj)63 else:64 return obj65class DCCUtilityTest(unittest.TestCase):66 """67 Unit test cases for DCC Utility global functions68 """69 def setUp(self):70 """71 Setup all required parameters required during the tests72 :return: None73 """74 # EdgeSystem name75 self.edge_system = Dell5KEdgeSystem("TestEdgeSystem")76 # Mocking the DataCenterComponent init method77 with mock.patch("liota.dccs.aws_iot.DataCenterComponent.__init__") as mocked_dcc:78 self.aws = AWSIoT("Mocked DCC", enclose_metadata=True)79 def tearDown(self):80 """81 Clean up all parameters used in test cases82 :return: None83 """84 self.edge_system = Dell5KEdgeSystem("TestEdgeSystem")85 self.aws = None86 def test_implementation_get_formatted_data_no_data(self):87 """88 Test case to check the implementation of _format_data for empty metric data.89 :return: None90 """91 # Mocking the DataCenterComponent init method92 with mock.patch("liota.dccs.aws_iot.DataCenterComponent.__init__") as mocked_dcc:93 self.aws = AWSIoT("Mocked DCC", enclose_metadata=False)94 # Register the edge95 registered_entity = self.aws.register(self.edge_system)96 # Creating test Metric97 test_metric = Metric(98 name="Test_Metric",99 unit=None,100 interval=10,101 aggregation_size=2,102 sampling_function=sampling_function103 )104 registered_metric = self.aws.register(test_metric)105 # Creating the parent-child relationship106 self.aws.create_relationship(registered_entity, registered_metric)107 # Getting the parent child relationship array from registered metric108 # formatted_data = self.aws._format_data(registered_metric)109 formatted_data = get_formatted_data(registered_metric, False)110 # Check two dicts are equal or not111 self.assertEqual(None, formatted_data, "Check implementation of get_formatted_data")112 def test_implementation_get_formatted_data_with_enclose_metadata(self):113 """114 Test case to check the implementation of get_formatted_data method with enclose_metadata option of AWSIoT class.115 RegisteredEdgeSystem->RegisteredMetric116 :return: None117 """118 # Register the edge119 registered_entity = self.aws.register(self.edge_system)120 # Creating test Metric121 test_metric = Metric(122 name="Test_Metric",123 unit=None,124 interval=10,125 aggregation_size=2,126 sampling_function=sampling_function127 )128 registered_metric = self.aws.register(test_metric)129 # Creating the parent-child relationship130 self.aws.create_relationship(registered_entity, registered_metric)131 timestamp = getUTCmillis()132 registered_metric.values.put((timestamp, 10))133 expected_output = {134 "edge_system_name": registered_entity.ref_entity.name,135 "metric_name": registered_metric.ref_entity.name,136 "metric_data": [{137 "value": 10,138 "timestamp": timestamp139 }],140 "unit": "null"141 }142 # Getting the parent child relationship array from registered metric143 formatted_data = get_formatted_data(registered_metric, True)144 formatted_json_data = json.loads(formatted_data)145 # Check two dicts are equal or not146 self.assertEqual(validate_json(formatted_json_data) == validate_json(expected_output), True,147 "Check implementation of get_formatted_data")148 def test_implementation_get_formatted_data_without_enclose_metatadata(self):149 """150 Test case to check the output given by get_formatted_data method without enclosed meta_data option.151 RegisteredEdgeSystem->RegisteredMetric152 :return: None153 """154 # Mocking the DataCenterComponent init method155 with mock.patch("liota.dccs.aws_iot.DataCenterComponent.__init__") as mocked_dcc:156 self.aws = AWSIoT("Mocked DCC", enclose_metadata=False)157 # Register the edge158 registered_entity = self.aws.register(self.edge_system)159 # Creating test Metric160 test_metric = Metric(161 name="Test_Metric",162 unit=None,163 interval=10,164 aggregation_size=2,165 sampling_function=sampling_function166 )167 registered_metric = self.aws.register(test_metric)168 # Creating the parent-child relationship169 self.aws.create_relationship(registered_entity, registered_metric)170 # Get current timestamp171 timestamp = getUTCmillis()172 registered_metric.values.put((timestamp, 10))173 # Expected output without enclosed metadata174 expected_output = {175 "metric_name": registered_metric.ref_entity.name,176 "metric_data": [{177 "value": 10,178 "timestamp": timestamp179 }],180 "unit": "null"181 }182 # Getting the parent child relationship array from registered metric183 formatted_data = get_formatted_data(registered_metric, False)184 # Convert json string to dict for the comparision185 formatted_json_data = json.loads(formatted_data)186 # Check two dicts are equal or not187 self.assertEqual(validate_json(formatted_json_data) == validate_json(expected_output), True,188 "Check implementation of get_formatted_data")189 def test_implementation_get_formatted_data_with_enclose_metadata_device(self):190 """191 Test case to test the implementation of get_formatted_data method with enclose_metadata option.192 RegisteredEdgeSystem->RegisteredDevice->RegisteredMetric193 :return: None194 """195 # Register the edge196 registered_entity = self.aws.register(self.edge_system)197 # Creating Simulated Device198 test_sensor = SimulatedDevice("TestSensor")199 # Registering Device and creating Parent-Child relationship200 reg_test_sensor = self.aws.register(test_sensor)201 self.aws.create_relationship(registered_entity, reg_test_sensor)202 # Creating test Metric203 test_metric = Metric(204 name="Test_Metric",205 unit=ureg.degC,206 interval=10,207 aggregation_size=2,208 sampling_function=sampling_function209 )210 registered_metric = self.aws.register(test_metric)211 # Creating the parent-child relationship212 self.aws.create_relationship(reg_test_sensor, registered_metric)213 # Get current timestamp214 timestamp = getUTCmillis()215 registered_metric.values.put((timestamp, 10))216 # Expected output without enclosed metadata217 expected_output = {218 "edge_system_name": registered_entity.ref_entity.name,219 "metric_name": registered_metric.ref_entity.name,220 "device_name": reg_test_sensor.ref_entity.name,221 "metric_data": [{222 "value": 10,223 "timestamp": timestamp224 }],225 "unit": "null"226 }227 unit_tuple = parse_unit(ureg.degC)228 if unit_tuple[0] is None:229 # Base and Derived Units230 expected_output['unit'] = unit_tuple[1]231 else:232 # Prefixed or non-SI Units233 expected_output['unit'] = unit_tuple[0] + unit_tuple[1]234 # Getting the parent child relationship array from registered metric235 formatted_data = get_formatted_data(registered_metric, True)236 # Convert json string to dict for the comparision237 formatted_json_data = json.loads(formatted_data)238 # Check two dicts are equal or not239 self.assertEqual(validate_json(formatted_json_data) == validate_json(expected_output), True,240 "Check implementation of get_formatted_data")241 def test_implementation_get_formatted_data_with_enclose_metadata_device_exception_flow(self):242 """243 Test case to test the implementation of get_formatted_data method with enclose_metadata option.244 RegisteredEdgeSystem->RegisteredDevice->RegisteredMetric245 :return: None246 """247 # Mock the get_formatted_data248 with mock.patch("liota.lib.utilities.dcc_utility.parse_unit") as mocked_parse_unit:249 # Method to be invoked on calling the parse_unit function250 mocked_parse_unit.side_effect = raise_exception251 # Register the edge252 registered_entity = self.aws.register(self.edge_system)253 # Creating Simulated Device254 test_sensor = SimulatedDevice("TestSensor")255 # Registering Device and creating Parent-Child relationship256 reg_test_sensor = self.aws.register(test_sensor)257 self.aws.create_relationship(registered_entity, reg_test_sensor)258 # Creating test Metric259 test_metric = Metric(260 name="Test_Metric",261 unit=ureg.degC,262 interval=10,263 aggregation_size=2,264 sampling_function=sampling_function265 )266 registered_metric = self.aws.register(test_metric)267 # Creating the parent-child relationship268 self.aws.create_relationship(reg_test_sensor, registered_metric)269 # Get current timestamp270 timestamp = getUTCmillis()271 registered_metric.values.put((timestamp, 10))272 # Expected output without enclosed metadata273 expected_output = {274 "edge_system_name": registered_entity.ref_entity.name,275 "metric_name": registered_metric.ref_entity.name,276 "device_name": reg_test_sensor.ref_entity.name,277 "metric_data": [{278 "value": 10,279 "timestamp": timestamp280 }],281 "unit": "null"282 }283 # Getting the parent child relationship array from registered metric284 formatted_data = get_formatted_data(registered_metric, True)285 # Convert json string to dict for the comparision286 formatted_json_data = json.loads(formatted_data)287 # Check two dicts are equal or not288 self.assertEqual(validate_json(formatted_json_data) == validate_json(expected_output), True,289 "Check implementation of get_formatted_data")290 def test_validation_get_entity_hierarchy(self):291 """292 Test case to check the validation of _get_entity_hierarchy method for Metric object.293 :return: None294 """295 # Creating test Metric296 test_metric = Metric(297 name="Test_Metric",298 unit=None,299 interval=10,300 aggregation_size=2,301 sampling_function=sampling_function302 )303 # Checking whether implementation raising the TypeError for invalid input304 with self.assertRaises(TypeError):305 get_entity_hierarchy(test_metric)306 def test_implementation_get_entity_hierarchy(self):307 """308 Test case to check get_entity_entity_hierarchy() for RegisteredEdgeSystem->RegisteredMetric309 :return: None310 """311 # Register the edge312 registered_entity = self.aws.register(self.edge_system)313 # Creating test Metric314 test_metric = Metric(315 name="Test_Metric",316 unit=None,317 interval=10,318 aggregation_size=2,319 sampling_function=sampling_function320 )321 registered_metric = self.aws.register(test_metric)322 # Creating the parent-child relationship323 self.aws.create_relationship(registered_entity, registered_metric)324 # Getting the parent child relationship array from registered metric325 entity_hierarchy = get_entity_hierarchy(registered_metric)326 self.assertSequenceEqual([registered_entity.ref_entity.name, registered_metric.ref_entity.name],327 entity_hierarchy, "Check the implementation of _get_entity_hierarchy for "328 "RegisteredEdgeSystem->RegisteredMetric")329 def test_implementation_get_entity_hierarchy_device_metric(self):330 """331 Test case to check get_entity_entity_hierarchy() for RegisteredEdgeSystem->RegisteredDevice->RegisteredMetric332 :return: None333 """334 # Register the edge335 registered_entity = self.aws.register(self.edge_system)336 # Creating Simulated Device337 test_sensor = SimulatedDevice("TestSensor")338 # Registering Device and creating Parent-Child relationship339 reg_test_sensor = self.aws.register(test_sensor)340 self.aws.create_relationship(registered_entity, reg_test_sensor)341 # Creating test Metric342 test_metric = Metric(343 name="Test_Metric",344 unit=ureg.degC,345 interval=10,346 aggregation_size=2,347 sampling_function=sampling_function348 )349 registered_metric = self.aws.register(test_metric)350 # Creating the parent-child relationship351 self.aws.create_relationship(reg_test_sensor, registered_metric)352 # Getting the parent child relationship array from registered metric353 entity_hierarchy = get_entity_hierarchy(registered_metric)354 self.assertSequenceEqual([registered_entity.ref_entity.name, reg_test_sensor.ref_entity.name,355 registered_metric.ref_entity.name], entity_hierarchy,356 "Check the implementation of _get_entity_hierarchy for "357 "RegisteredEdgeSystem->RegisteredDevice->RegisteredMetric")358if __name__ == '__main__':...
map_plots_top_left_v1.py
Source:map_plots_top_left_v1.py
1from calc_coords import *2plot_data = {"row1_plots": [3 {"plotNumber": 100002, "height": feet_inch_to_m(4 5, 9), "registeredName": "Kidd"},5 {"plotNumber": 100003, "height": feet_inch_to_m(6 12, 10), "registeredName": "Whisker"},7 {"plotNumber": 100004, "height": feet_inch_to_m(8 6, 3), "registeredName": "Stanley"},9 {"plotNumber": 100005, "height": feet_inch_to_m(10 5), "registeredName": "Wilson"},11 {"plotNumber": 100006, "height": feet_inch_to_m(12 7), "registeredName": "Allom"},13 {"plotNumber": 100007, "height": feet_inch_to_m(14 3), "registeredName": "Wills"},15 {"plotNumber": 100008, "height": feet_inch_to_m(16 8, 9), "registeredName": "Clayton"},17 {"plotNumber": 100009, "height": feet_inch_to_m(18 9), "registeredName": "Jones"},19 {"plotNumber": 100010, "height": feet_inch_to_m(20 7, 6), "registeredName": "Shipherd"},21 {"plotNumber": 100011, "height": feet_inch_to_m(22 6, 6), "registeredName": "Phillipson"},23 # height on map is ambiguous ^ ð¤¨24 {"plotNumber": 100012, "height": feet_inch_to_m(25 4, 6), "registeredName": "Cook"},26 {"plotNumber": 100013, "height": feet_inch_to_m(27 9), "registeredName": "McQuillen"},28 # padding between two plots (i.e. empty space) ð29 {"height": feet_inch_to_m(3)},30 {"plotNumber": 100014, "height": feet_inch_to_m(31 7), "registeredName": "Palmer"},32 {"plotNumber": 100015, "height": feet_inch_to_m(33 4), "registeredName": "Bassett"},34 {"plotNumber": 100016, "height": feet_inch_to_m(35 12), "registeredName": "Banks"},36 {"plotNumber": 100017, "height": feet_inch_to_m(37 3), "registeredName": "G.U."},38 # ambiguous name ^39 {"plotNumber": 100018, "height": feet_inch_to_m(40 4), "registeredName": "Burnette"},41 {"height": feet_inch_to_m(3, 9)},42 {"plotNumber": 100019, "height": feet_inch_to_m(43 4), "registeredName": "Cromby"},44 {"plotNumber": 100020, "height": feet_inch_to_m(45 8), "registeredName": "Heywood"},46 {"plotNumber": 100021, "height": feet_inch_to_m(47 8), "registeredName": "Buchanan"},48 {"plotNumber": 100022, "height": feet_inch_to_m(49 8, 6), "registeredName": "Harrop"},50 {"plotNumber": 100023, "height": feet_inch_to_m(51 9, 9), "registeredName": "Hesketh"},52 {"plotNumber": 100024, "height": feet_inch_to_m(53 5), "registeredName": "Coster"},54 {"plotNumber": 100025, "height": feet_inch_to_m(55 9), "registeredName": "Serle"},56 {"height": feet_inch_to_m(9/10)},57 {"plotNumber": 100026, "height": feet_inch_to_m(58 9), "registeredName": "W.Horn"},59],60 "row2_plots": [61 {"plotNumber": 100027, "height": feet_inch_to_m(62 7), "registeredName": "Mucklestone"},63 {"plotNumber": 100028, "height": feet_inch_to_m(64 9), "registeredName": "Crisp"},65 {"plotNumber": 100029, "height": feet_inch_to_m(66 9), "registeredName": "Railey"},67 {"plotNumber": 100030, "height": feet_inch_to_m(68 7), "registeredName": "Alderton"},69 {"plotNumber": 100031, "height": feet_inch_to_m(70 9), "registeredName": "Holmes"},71 {"plotNumber": 100032, "height": feet_inch_to_m(72 9), "registeredName": "Barnett"},73 {"plotNumber": 100033, "height": feet_inch_to_m(74 4, 6), "registeredName": "Charles"},75 {"height": feet_inch_to_m(2, 5)},76 {"plotNumber": 100034, "height": feet_inch_to_m(77 8), "registeredName": "Osborne"},78 {"plotNumber": 100035, "height": feet_inch_to_m(79 9), "registeredName": "Clark"},80 {"plotNumber": 100036, "height": feet_inch_to_m(81 8, 9), "registeredName": "Archer"},82 {"plotNumber": 100037, "height": feet_inch_to_m(83 4, 6), "registeredName": "Richardson"},84 {"plotNumber": 100038, "height": feet_inch_to_m(85 4, 6), "registeredName": "Heard"},86 {"plotNumber": 100039, "height": feet_inch_to_m(87 9), "registeredName": "Edwards"},88 {"plotNumber": 100040, "height": feet_inch_to_m(89 9), "registeredName": "Garland"},90 {"plotNumber": 100041, "height": feet_inch_to_m(91 9), "registeredName": "Jones"},92 {"plotNumber": 100042, "height": feet_inch_to_m(93 11), "registeredName": "McGuire"},94 {"plotNumber": 100043, "height": feet_inch_to_m(95 11), "registeredName": "Aickin"},96 {"plotNumber": 100044, "height": feet_inch_to_m(97 6), "registeredName": "Yonge"},98 {"plotNumber": 100045, "height": feet_inch_to_m(99 13), "registeredName": "S. Hesketh"},100],101 "row3_plots": [102 {"plotNumber": 100046, "height": feet_inch_to_m(103 8, 3), "registeredName": "Margan"},104 {"plotNumber": 100047, "height": feet_inch_to_m(105 13, 3), "registeredName": "Edgerley"},106 {"plotNumber": 100048, "height": feet_inch_to_m(107 9, 6), "registeredName": "Roberts"},108 {"plotNumber": 100049, "height": feet_inch_to_m(109 9, 9), "registeredName": "Maxwell"},110 {"plotNumber": 100050, "height": feet_inch_to_m(111 9), "registeredName": "Whisker"},112 {"plotNumber": 100051, "height": feet_inch_to_m(113 9), "registeredName": "Lennard"},114 {"plotNumber": 100052, "height": feet_inch_to_m(115 6), "registeredName": "Bassett"},116 {"plotNumber": 100053, "height": feet_inch_to_m(117 4, 6), "registeredName": "Price"},118 {"plotNumber": 100054, "height": feet_inch_to_m(119 10), "registeredName": "Knight"},120 {"plotNumber": 100055, "height": feet_inch_to_m(121 9), "registeredName": "Bruce"},122 {"plotNumber": 100056, "height": feet_inch_to_m(123 9), "registeredName": "J.Smith"},124 {"plotNumber": 100057, "height": feet_inch_to_m(125 6, 3), "registeredName": "Cook"},126 {"plotNumber": 100058, "height": feet_inch_to_m(127 9), "registeredName": "Worden"},128 {"plotNumber": 100059, "height": feet_inch_to_m(129 8), "registeredName": "Barnsley"},130 {"plotNumber": 100060, "height": feet_inch_to_m(131 6, 3), "registeredName": "Crowhurst"},132 {"plotNumber": 100061, "height": feet_inch_to_m(133 6, 3), "registeredName": "G.S. Wood"},134 {"plotNumber": 100062, "height": feet_inch_to_m(135 5), "registeredName": "Carson"},136],137 "row4_plots": [138 {"plotNumber": 100063, "height": feet_inch_to_m(139 4, 6), "registeredName": "Redmand"},140 {"plotNumber": 100064, "height": feet_inch_to_m(141 7, 9), "registeredName": "J. Williams"},142 {"plotNumber": 100065, "height": feet_inch_to_m(143 8, 3), "registeredName": "Prill"}, # ambiguous width144 {"plotNumber": 100066, "height": feet_inch_to_m(145 9), "registeredName": "Pickmere"},146 {"plotNumber": 100067, "height": feet_inch_to_m(147 4, 6), "registeredName": "King"},148 {"plotNumber": 100068, "height": feet_inch_to_m(149 4, 6), "registeredName": "Lord"},150 {"plotNumber": 100069, "height": feet_inch_to_m(151 9, 9), "registeredName": "Graham"},152 {"plotNumber": 100070, "height": feet_inch_to_m(153 9, 6), "registeredName": "Patterson"},154 {"height": 0.3},155 {"plotNumber": 100071, "height": feet_inch_to_m(156 8), "registeredName": "Russell"},157 {"plotNumber": 100072, "height": feet_inch_to_m(158 10), "registeredName": "Larkins"},159 {"plotNumber": 100073, "height": feet_inch_to_m(160 9, 6), "registeredName": "Browning"},161 {"plotNumber": 100074, "height": feet_inch_to_m(162 9), "registeredName": "Reach"},163 {"plotNumber": 100075, "height": feet_inch_to_m(164 4, 6), "registeredName": "Potter"},165],166 "row5_plots": [167 {"plotNumber": 100076, "height": feet_inch_to_m(168 9), "registeredName": "Hamlin"},169 {"plotNumber": 100077, "height": feet_inch_to_m(170 9), "registeredName": "Tye"},171 {"plotNumber": 100078, "height": feet_inch_to_m(172 9), "registeredName": "Bishop"},173 {"height": 0.26},174 {"plotNumber": 100079, "height": feet_inch_to_m(175 9), "registeredName": "Austin"},176 {"plotNumber": 100080, "height": feet_inch_to_m(177 10), "registeredName": "Reeves"},178 {"plotNumber": 100081, "height": feet_inch_to_m(179 7), "registeredName": "Kinder"}, # ambiguous width180 {"plotNumber": 100082, "height": feet_inch_to_m(181 6, 6), "registeredName": "Box"}, # ambiguous width and height182]...
models.py
Source:models.py
1from utils import *2from google.appengine.ext import webapp, db3REQUEST_CODE_USEREVENT = 04REQUEST_STATUS_USEREVENT = 15REGISTER_USEREVENT = 26CODEFAILED_USEREVENT = 37DOWNLOAD_USEREVENT = 48class UserEvent(db.Expando):9 date = db.DateTimeProperty(auto_now_add=True)10 ev_type = db.IntegerProperty(required=True, indexed=True)11 requester = db.StringProperty(required=True, indexed=True)12def spawn_event(hdlr, ev_type, **kwargs):13 return UserEvent(ev_type=ev_type, requester=hdlr.request.remote_addr, **kwargs)14# define state machine constants15NOTHING_REGISTERED_STATE = 016DEVICE_REGISTERED_STATE = 117SERVER_REGISTERED_STATE = 218BOTH_REGISTERED_STATE = 319DEVICE_REGISTERED_EVENT = 020SERVER_REGISTERED_EVENT = 121class DeviceRegistration(db.Model):22 code = db.StringProperty()23 state = db.IntegerProperty(default = NOTHING_REGISTERED_STATE)24 date = db.DateTimeProperty(auto_now_add=True)25 server = db.StringProperty(default = "UNKNOWN")26 @classmethod27 def for_code(klass, code_str):28 codes = DeviceRegistration.gql("WHERE code = :1", code_str)29 if(codes.count() != 1):30 raise HTTPException(404)31 return codes[0]32 def update_state(self, new_event):33 table = {34 NOTHING_REGISTERED_STATE: {35 DEVICE_REGISTERED_EVENT: DEVICE_REGISTERED_STATE,36 SERVER_REGISTERED_EVENT: BOTH_REGISTERED_STATE },37 DEVICE_REGISTERED_STATE: {38 DEVICE_REGISTERED_EVENT: DEVICE_REGISTERED_STATE,39 SERVER_REGISTERED_EVENT: BOTH_REGISTERED_STATE },40 SERVER_REGISTERED_STATE: {41 DEVICE_REGISTERED_EVENT: BOTH_REGISTERED_STATE,42 SERVER_REGISTERED_EVENT: SERVER_REGISTERED_STATE },43 BOTH_REGISTERED_STATE: {44 DEVICE_REGISTERED_EVENT: BOTH_REGISTERED_STATE,45 SERVER_REGISTERED_EVENT: BOTH_REGISTERED_STATE } }46 47 self.state = table[self.state][new_event]48 return self.state49 50 def state_str(self):51 if(self.state == NOTHING_REGISTERED_STATE):52 return "NOTHING_REGISTERED"53 elif(self.state == DEVICE_REGISTERED_STATE):54 return "DEVICE_REGISTERED"55 elif(self.state == SERVER_REGISTERED_STATE):56 return "SERVER_REGISTERED"57 elif(self.state == BOTH_REGISTERED_STATE):58 return "BOTH_REGISTERED"59 60class RegistrationStats(db.Model):61 date = db.DateTimeProperty(auto_now_add=True, indexed=True)62 finished_count = db.IntegerProperty(indexed=False)63 device_count = db.IntegerProperty(indexed=False)64 created_count = db.IntegerProperty(indexed=False)...
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