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How to use _get_state method in localstack
Best Python code snippet using localstack_python
test_process.py
Source:test_process.py 
...38 self.assertIsInstance(p1.id, Id)39 self.assertTrue(p1.receiver)40 self.assertFalse(p1.receiver.consumer)41 self.assertEquals(p1.receiver.consumer, None)42 self.assertEquals(p1._get_state(), "INIT")43 self.assertEquals(p1.spawn_args, {})44 self.assertTrue(p1.proc_init_time)45 self.assertTrue(p1.proc_name)46 self.assertTrue(p1.sys_name)47 self.assertTrue(p1.proc_group)48 self.assertTrue(p1.backend_id)49 self.assertTrue(p1.backend_receiver)50 self.assertEquals(len(p1.receivers), 2)51 self.assertEquals(p1.conversations, {})52 self.assertEquals(p1.child_procs, [])53 pid1 = yield p1.spawn()54 self.assertEquals(pid1, p1.id)55 self.assertEquals(p1._get_state(), "ACTIVE")56 procid = Id('local','container')57 args = {'proc-id':procid.full}58 p2 = Process(spawnargs=args)59 self.assertEquals(p2.id, procid)60 yield p2.initialize()61 self.assertEquals(p2._get_state(), "READY")62 yield p2.activate()63 self.assertEquals(p2._get_state(), "ACTIVE")64 args = {'arg1':'value1','arg2':{}}65 p3 = Process(None, args)66 self.assertEquals(p3.spawn_args, args)67 @defer.inlineCallbacks68 def test_process(self):69 # Also test the ReceiverProcess helper class70 log.debug('Spawning p1')71 p1 = ReceiverProcess(spawnargs={'proc-name':'p1'})72 pid1 = yield p1.spawn()73 log.debug('Spawning other processes')74 processes = [75 {'name':'echo','module':'ion.core.process.test.test_process','class':'EchoProcess'},76 ]77 sup = yield self._spawn_processes(processes, sup=p1)78 assert sup == p179 pid2 = p1.get_child_id('echo')80 proc2 = self._get_procinstance(pid2)81 yield p1.send(pid2, 'echo','content123')82 log.info('Sent echo message')83 msg = yield p1.await_message()84 log.info('Received echo message')85 self.assertEquals(msg.payload['op'], 'result')86 #self.assertEquals(msg.payload['content']['value'], 'content123')87 self.assertEquals(msg.payload['content'], 'content123')88 yield sup.terminate()89 self.assertEquals(sup._get_state(), "TERMINATED")90 self.assertEquals(proc2._get_state(), "TERMINATED")91 @defer.inlineCallbacks92 def test_child_processes(self):93 p1 = Process()94 pid1 = yield p1.spawn()95 child = ProcessDesc(name='echo', module='ion.core.process.test.test_process')96 pid2 = yield p1.spawn_child(child)97 (cont,hdrs,msg) = yield p1.rpc_send(pid2,'echo','content123')98 #self.assertEquals(cont['value'], 'content123')99 self.assertEqual(hdrs.get(p1.MSG_STATUS),'OK')100 self.assertEquals(cont, 'content123')101 yield p1.terminate()102 self.assertEquals(p1._get_state(), "TERMINATED")103 @defer.inlineCallbacks104 def test_spawn_child(self):105 child1 = ProcessDesc(name='echo', module='ion.core.process.test.test_process')106 self.assertEquals(child1._get_state(),'INIT')107 pid1 = yield self.test_sup.spawn_child(child1)108 self.assertEquals(child1._get_state(),'ACTIVE')109 proc = self._get_procinstance(pid1)110 self.assertEquals(str(proc.__class__),"<class 'ion.core.process.test.test_process.EchoProcess'>")111 self.assertEquals(pid1, proc.id)112 log.info('Process 1 spawned and initd correctly')113 (cont,hdrs,msg) = yield self.test_sup.rpc_send(pid1,'echo','content123')114 #self.assertEquals(cont['value'], 'content123')115 self.assertEquals(cont, 'content123')116 log.info('Process 1 responsive correctly')117 # The following tests the process attaching a second receiver118 msgName = pu.create_guid()119 extraRec = WorkerReceiver(label=proc.proc_name, name=msgName, handler=proc.receive)120 extraid = yield extraRec.attach()121 log.info('Created new receiver %s' % (msgName))122 (cont,hdrs,msg) = yield self.test_sup.rpc_send(msgName,'echo','content456')123 #self.assertEquals(cont['value'], 'content456')124 self.assertEquals(cont, 'content456')125 log.info('Process 1 responsive correctly on second receiver')126 @defer.inlineCallbacks127 def test_message_before_activate(self):128 p1 = ReceiverProcess(spawnargs={'proc-name':'p1'})129 pid1 = yield p1.spawn()130 proc1 = self._get_procinstance(pid1)131 child2 = ProcessDesc(name='echo', module='ion.core.process.test.test_process')132 pid2 = yield self.test_sup.spawn_child(child2, activate=False)133 self.assertEquals(child2._get_state(), 'READY')134 proc2 = self._get_procinstance(pid2)135 self.assertEquals(proc2._get_state(), 'READY')136 # The following tests that a message to a not yet activated process137 # is queued and not lost, but not delivered138 yield proc1.send(pid2,'echo','content123')139 self.assertEquals(proc1.inbox_count, 0)140 yield pu.asleep(1)141 self.assertEquals(proc1.inbox_count, 0)142 yield child2.activate()143 yield pu.asleep(1)144 self.assertEquals(child2._get_state(), 'ACTIVE')145 self.assertEquals(proc1.inbox_count, 1)146 (cont,hdrs,msg) = yield self.test_sup.rpc_send(pid2,'echo','content123')147 #self.assertEquals(cont['value'], 'content123')148 self.assertEquals(cont, 'content123')149 log.info('Process 1 responsive correctly after init')150 @defer.inlineCallbacks151 def test_error_in_op(self):152 child1 = ProcessDesc(name='echo', module='ion.core.process.test.test_process')153 pid1 = yield self.test_sup.spawn_child(child1)154 try:155 (cont,hdrs,msg) = yield self.test_sup.rpc_send(pid1,'echo_exception','content123')156 self.fail("ReceivedError expected")157 except ReceivedError, re:158 log.info('Process 1 responded to error correctly')159 @defer.inlineCallbacks160 def test_send_byte_string(self):161 """162 @brief Test that any arbitrary byte string can be sent through the163 ion CC stack. Use a 20 byte sha1 digest as test string.164 """165 p1 = ReceiverProcess()166 pid1 = yield p1.spawn()167 processes = [168 {'name':'echo','module':'ion.core.process.test.test_process','class':'EchoProcess'},169 ]170 sup = yield self._spawn_processes(processes, sup=p1)171 pid2 = p1.get_child_id('echo')172 173 byte_string = hashlib.sha1('test').digest()174 yield p1.send(pid2, 'echo', byte_string)175 log.info('Sent byte-string')176 msg = yield p1.await_message()177 log.info('Received byte-string')178 #self.assertEquals(msg.payload['content']['value'], byte_string)179 self.assertEquals(msg.payload['content'], byte_string)180 yield sup.shutdown()181 @defer.inlineCallbacks182 def test_shutdown(self):183 processes = [184 {'name':'echo1','module':'ion.core.process.test.test_process','class':'EchoProcess'},185 {'name':'echo2','module':'ion.core.process.test.test_process','class':'EchoProcess'},186 {'name':'echo3','module':'ion.core.process.test.test_process','class':'EchoProcess'},187 ]188 sup = yield self._spawn_processes(processes)189 yield self._shutdown_processes()190 @defer.inlineCallbacks191 def test_rpc_timeout(self):192 sup = self.test_sup193 try:194 yield sup.rpc_send('big_void', 'noop', 'arbitrary', timeout=1)195 self.fail("TimeoutError expected")196 except defer.TimeoutError, te:197 log.info('Timeout received')198 @defer.inlineCallbacks199 def test_register_lco(self):200 """201 Test the registration of life cycle objects owned by a process202 Do not spawn the process - want to manually move it through the FSM!203 """204 # Create a process which has an lco object in its init205 lco1 = life_cycle_process.LifeCycleObject()206 lcop = life_cycle_process.LCOProcess(lco1, spawnargs={'proc-name':'p1'}) 207 self.assertEquals(lcop._get_state(), state_object.BasicStates.S_INIT)208 self.assertEquals(lco1._get_state(), state_object.BasicStates.S_INIT)209 210 lco2 = life_cycle_process.LifeCycleObject()211 yield lcop.register_life_cycle_object(lco2)212 self.assertEquals(lco2._get_state(), state_object.BasicStates.S_INIT)213 214 # Initialize the process and its objects215 yield lcop.initialize()216 self.assertEquals(lcop._get_state(), state_object.BasicStates.S_READY)217 self.assertEquals(lco1._get_state(), state_object.BasicStates.S_READY)218 self.assertEquals(lco2._get_state(), state_object.BasicStates.S_READY)219 220 lco3 = life_cycle_process.LifeCycleObject()221 yield lcop.register_life_cycle_object(lco3)222 self.assertEquals(lco3._get_state(), state_object.BasicStates.S_READY)223 224 # Check that using add after init causes an error225 lcoa = life_cycle_process.LifeCycleObject()226 self.assertRaises(ProcessError,lcop.add_life_cycle_object,lcoa)227 228 # Activate the process and its objects229 yield lcop.activate()230 231 self.assertEquals(lcop._get_state(), state_object.BasicStates.S_ACTIVE)232 self.assertEquals(lco1._get_state(), state_object.BasicStates.S_ACTIVE)233 self.assertEquals(lco2._get_state(), state_object.BasicStates.S_ACTIVE)234 self.assertEquals(lco3._get_state(), state_object.BasicStates.S_ACTIVE)235 236 lco4 = life_cycle_process.LifeCycleObject()237 yield lcop.register_life_cycle_object(lco4)238 self.assertEquals(lco4._get_state(), state_object.BasicStates.S_ACTIVE)239 # Process does not currently implement for deactivate!240 241 # Terminate the process and its objects242 yield lcop.terminate()243 self.assertEquals(lcop._get_state(), state_object.BasicStates.S_TERMINATED)244 self.assertEquals(lco1._get_state(), state_object.BasicStates.S_TERMINATED)245 self.assertEquals(lco2._get_state(), state_object.BasicStates.S_TERMINATED)246 self.assertEquals(lco3._get_state(), state_object.BasicStates.S_TERMINATED)247 self.assertEquals(lco4._get_state(), state_object.BasicStates.S_TERMINATED)248 249 # Can't seem to assert raises - not sure why not?250 #lco5 = life_cycle_process.LifeCycleObject()251 #self.assertRaises(ProcessError,lcop.register_life_cycle_object,lco5)252 #yield lcop.register_life_cycle_object(lco5)253 254class EchoProcess(Process):255 256 @defer.inlineCallbacks257 def op_echo(self, content, headers, msg):258 log.info("Message received: "+str(content))259 yield self.reply(msg, content=content)260 @defer.inlineCallbacks261 def op_echo_fail(self, content, headers, msg):...
apa102_api.py
Source:apa102_api.py
...45class StateControl(Resource):46 """47 Flask-RESTFul Resource defining APA102 state API.48 """49 def _get_state(self):50 """51 Helper method to return current APA102 state.52 """53 return {54 "contrast": apa102.contrast,55 "speed": apa102.animation_speed,56 "colors" : list(filter(None, apa102.color_buffer)), # Just colours. Empty color elements not returned.57 "animation": mode_to_text[apa102.mode]58 }59 def get(self):60 """61 GET Request returns current APA102 state.62 """63 return {64 "success": True,65 "state": self._get_state()66 }67class ColorControl(Resource):68 """69 Flask-RESTFul Resource defining APA102 color control API.70 """71 def __init__(self):72 """73 Constructor - Setup allowed arguments.74 """75 self.args_parser = reqparse.RequestParser(trim=True)76 self.args_parser.add_argument(name='colors', type=str, required=True, store_missing=False, help='Comma separated list of colors')77 self.args_parser.add_argument(name='pattern', type=str, required=False, default="n", choices=("y", "n", "yes", "no"), case_sensitive=False, store_missing=True, help='Apply colors as a repeating pattern')78 def _get_state(self):79 """80 Helper method to return current APA102 color buffer.81 """82 return {83 "colors" : list(filter(None, apa102.color_buffer)), # Just colours. Empty color elements not returned.84 }85 def get(self):86 """87 GET Request returns current APA102 color buffer.88 """89 return {90 "success": True,91 "state": self._get_state()92 }93 def post(self):94 """95 POST Request to set/update APA102 color buffer.96 """97 args = self.args_parser.parse_args()98 pattern = args['pattern'][0] == "y"99 colors = args['colors'].split(",")100 if pattern:101 apa102.set_pattern(colors)102 else:103 for color in colors:104 apa102.push_color(color)105 return {106 "success": True,107 "state": self._get_state()108 }109class ContrastControl(Resource):110 """111 Flask-RESTFul Resource defining APA102 contrast control API.112 """113 def __init__(self):114 """115 Constructor - Setup argument parser116 """117 self.args_parser = reqparse.RequestParser(trim=True)118 self.args_parser.add_argument(name='level', type=inputs.int_range(0, 255), required=False)119 def _get_state(self):120 """121 Helper method to return current APA102 contrast level.122 """123 return {124 "contrast": apa102.contrast125 }126 def get(self):127 """128 GET Request returns current APA102 contrast level.129 """130 return {131 "success": True,132 "state": self._get_state()133 }134 def post(self):135 """136 POST Request to set APA102 contrast level.137 """138 args = self.args_parser.parse_args()139 if 'level' in args and args['level'] is not None:140 level = int(args['level'])141 apa102.set_contrast(level)142 return {143 "success": True,144 "state": self._get_state()145 }146class AnimationControl(Resource):147 """148 Flask-RESTFul Resource defining APA102 LED animation control API.149 """150 def __init__(self):151 """152 Constructor - Setup argument parser153 """154 self.args_parser = reqparse.RequestParser(trim=True)155 self.args_parser.add_argument(name='mode', type=str, required=False, choices=("stop", "blink", "left", "right", "rainbow"), case_sensitive=False, help='Mode')156 self.args_parser.add_argument(name='speed', type=inputs.int_range(1, 10), required=False)157 def _get_state(self):158 """159 Helper method to return current APA102 contrast level.160 """161 return {162 "speed": apa102.animation_speed,163 "animation": mode_to_text[apa102.mode]164 }165 def get(self):166 """167 GET Request returns current APA102 animation mode.168 """169 return {170 "success": True,171 "state": self._get_state()172 }173 def post(self):174 """175 POST Request sets APA102 animation mode.176 """177 args = self.args_parser.parse_args()178 if 'mode' in args:179 mode = args['mode']180 self._set_mode(mode)181 if 'speed' in args and args['speed'] is not None:182 speed = int(args['speed'])183 apa102.set_animation_speed(speed)184 return {185 "success": True,186 "state": self._get_state()187 }188 def _set_mode(self, mode):189 """190 Helper method to set animation mode.191 """192 if mode == "stop":193 apa102.stop_animation()194 elif mode == "blink":195 apa102.blink()196 elif mode == "left":197 apa102.rotate_left()198 elif mode == "right":199 apa102.rotate_right()200 elif mode == "rainbow":...
buildbot_state_test.py
Source:buildbot_state_test.py
...38 'desired_state': self.desired_buildbot_state,39 'transition_time_utc': self.desired_transition_time,40 }41 return evidence42 def _get_state(self):43 return self.matcher.get_state(self._get_evidence())44 def _get_execution_list(self):45 return self.matcher.execution_list(self._get_evidence())46 def testPatternMatcherIsSane(self):47 self.assertTrue(self.matcher.is_correct)48 #### Tests.49 def testBuildbotIsOffline(self):50 self.buildbot_is_running = False51 state = self._get_state()['buildbot']52 self.assertEqual(state, 'offline')53 def testBuildbotIsStarting(self):54 self.utcnow = self.last_boot + 4 * 6055 self.accepting_builds = None56 state = self._get_state()['buildbot']57 self.assertEqual(state, 'starting')58 def testBuildbotIsRunning(self):59 state = self._get_state()['buildbot']60 self.assertEqual(state, 'running')61 def testBuildbotIsDraining(self):62 self.accepting_builds = False63 self.utcnow = self.last_no_new_builds + 4 * 6064 state = self._get_state()['buildbot']65 self.assertEqual(state, 'draining')66 def testBuildbotIsDrainedNoBuilds(self):67 self.accepting_builds = False68 self.current_running_builds = 069 self.utcnow = self.last_no_new_builds + 4 * 6070 state = self._get_state()['buildbot']71 self.assertEqual(state, 'drained')72 def testBuildbotIsDrainedTimeout(self):73 self.accepting_builds = False74 state = self._get_state()['buildbot']75 self.assertEqual(state, 'drained')76 def testBuildbotIsCrashing(self):77 self.accepting_builds = None78 state = self._get_state()['buildbot']79 self.assertEqual(state, 'crashed')80 def testDesiredOffline(self):81 self.desired_buildbot_state = 'offline'82 state = self._get_state()['desired_buildbot_state']83 self.assertEqual(state, 'offline')84 def testDesiredInvalid(self):85 self.desired_buildbot_state = 'delicious'86 with self.assertRaises(ValueError):87 _ = self._get_state()88 def testDesiredUpToDate(self):89 state = self._get_state()['desired_transition_time']90 self.assertEqual(state, 'hold_steady')91 def testDesiredFuture(self):92 self.desired_transition_time = 300093 with self.assertRaises(ValueError):94 _ = self._get_state()95 def testDesiredReboot(self):96 self.desired_transition_time = 110097 state = self._get_state()['desired_transition_time']98 self.assertEqual(state, 'ready_to_fire')99 def testNoLastBoot(self):100 self.last_boot = None101 state = self._get_state()['desired_transition_time']102 self.assertEqual(state, 'ready_to_fire')103 def testOfflineStaysOffline(self):104 self.desired_buildbot_state = 'offline'105 self.buildbot_is_running = False106 _, _, execution_list = self._get_execution_list()107 self.assertEqual(execution_list, [])108 def testRestartKickedOff(self):109 self.desired_transition_time = 1100110 _, _, execution_list = self._get_execution_list()111 self.assertEqual(execution_list, [master.MakeNoNewBuilds])112 def testTurnDown(self):113 self.desired_buildbot_state = 'offline'114 self.accepting_builds = False115 _, _, execution_list = self._get_execution_list()...
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