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How to use delete_queue method in localstack

Best Python code snippet using localstack_python

rabbit_test.py

Source:rabbit_test.py

...179        monkeypatch.setattr("beer_garden.queue.rabbit.SchemaParser", parser_mock)180        client.clear_queue("queue")181        assert pyrabbit_client.get_messages.called is True182        assert parser_mock.parse_request.called is False183    def test_delete_queue(self, client, pyrabbit_client):184        client.delete_queue("queue")185        assert pyrabbit_client.delete_queue.called is True186    def test_destroy_queue_all_exceptions(self, client):187        disconnect_consumers_mock = Mock(side_effect=ValueError)188        clear_queue_mock = Mock(side_effect=ValueError)189        delete_queue = Mock(side_effect=ValueError)190        client.disconnect_consumers = disconnect_consumers_mock191        client.clear_queue = clear_queue_mock192        client.delete_queue = delete_queue193        client.destroy_queue("queue_name", True)194        assert disconnect_consumers_mock.called is True195        assert clear_queue_mock.called is True196        assert delete_queue.called is True197    def test_destroy_queue_with_http_errors(self, client):198        disconnect_consumers_mock = Mock(side_effect=HTTPError({}, status=500))...

origin_server_0.py

Source:origin_server_0.py

1from _thread import *2import socket3import sys4sys.path.insert(0, "../../")5import os 6import time7import sched8from termcolor import colored9from threading import Timer, Thread10import selectors11import constants12import copy13from Messages.Messages import *14DELETE_QUEUE = []15DELETE_QUEUE_CLOCK = 016SERVER_INDEX = 017IP, STORE_PORT = constants.ORIGIN_SERVERS_STORE_CREDENTIALS[SERVER_INDEX]18IP, REQUEST_PORT = constants.ORIGIN_SERVERS_REQUEST_CREDENTIALS[SERVER_INDEX]19IP, DELETE_PORT = constants.ORIGIN_SERVERS_DELETE_CREDENTIALS[SERVER_INDEX]20while(True):21	try:22		store_s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) 23		store_s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)24		store_s.bind(('', STORE_PORT)) 25		store_s.listen(0)26    27		request_s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) 28		request_s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)29		request_s.bind(('', REQUEST_PORT)) 30		request_s.listen(0)31		delete_s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) 32		delete_s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)33		delete_s.bind(('', DELETE_PORT)) 34		delete_s.listen(0)35		print(colored(f"ORIGIN SERVER {SERVER_INDEX} INITIALISED SUCCESSFULLY", constants.SUCCESS))36		break37	except:38		print(colored(f"COULD NOT INITIALISE SERVER {SERVER_INDEX}. RETRYING..", constants.FAILURE))39		40def synchronise():41	global DELETE_QUEUE_CLOCK42	global DELETE_QUEUE43	while(True):44		IP, PORT = "localhost", constants.SYNC_PORT_245		try:46			sync_s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)47			sync_s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)48			sync_s.settimeout(constants.TIMEOUT_PERIOD)49			sync_s.connect((IP, PORT))50			print(colored(f"SYNCING CAPABILITIES WITH {IP} AT {PORT} INITIALISED", constants.SUCCESS))51			while(True):52				dqm_self = DeleteQueueMessage(DELETE_QUEUE, DELETE_QUEUE_CLOCK)53				dqm_self.send_q(sync_s)54				dqm_other = DeleteQueueMessage()55				dqm_other.receive_q(sync_s)56				if(dqm_other.DQ_CLOCK > dqm_self.DQ_CLOCK):57					DELETE_QUEUE = copy.deepcopy(dqm_other.DQ)58				59				time.sleep(1)60				curr_files = os.listdir()61				my_files = []62				for file in curr_files:63					if not file.endswith(".py") and file not in DELETE_QUEUE:64						my_files.append(file)65				print(my_files)66				n_1 = len(my_files)67				sync_s.send(str(n_1).encode())68				n_2 = int(sync_s.recv(1024).decode())69				for filename in my_files:70					fcm = FileContentMessage(filename)71					fcm.send_name(sync_s)72					status = fcm.receive_status(sync_s)73					if(status):74						pass75					else:76						fcm.send_file(sync_s)77					time.sleep(1)78				for i in range(n_2):79					fcm = FileContentMessage()80					fcm.receive_name(sync_s)81					if(fcm.checkExists()):82						fcm.send_status(sync_s)83					else:84						fcm.send_status(sync_s)85						fcm.receive_file(sync_s)86					time.sleep(1)87				print(colored(f"SYNCED SUCCESSFULLY!", constants.SUCCESS))88				time.sleep(constants.SYNCING_PERIOD)89			sync_s.close()90		except Exception as e:91			print(e)92			print(colored(f"UNABLE TO SYNC WITH {IP} AT {PORT}. RETRYING..", constants.FAILURE))93			try:94				sync_s.close()95			except:96				pass97			time.sleep(constants.SYNCING_PERIOD/8)98	    99def store_content():100	global DELETE_QUEUE_CLOCK101	global DELETE_QUEUE102	fcm = FileContentMessage()103	while(True):104		try:105			store_c, store_addr = store_s.accept()106			fcm.receive_name(store_c)107			while(fcm.filename in DELETE_QUEUE):108				DELETE_QUEUE.remove(fcm.filename)109				DELETE_QUEUE_CLOCK = DELETE_QUEUE_CLOCK + 1110			fcm.receive_file(store_c)111			store_c.close()112			print(f"DATA STORED SUCCESSFULLY!")113		except Exception as e:114			print(e)115			print(colored(f"DATA COULD NOT BE STORED", constants.FAILURE))116def content_requests_handler():117	global DELETE_QUEUE_CLOCK118	global DELETE_QUEUE119	fcm = FileContentMessage()120	while(True):121		try:122			request_c, request_addr = request_s.accept()123			#print(colored(f"ACCEPTED REQUEST FOR DATA FROM {request_addr}", constants.SUCCESS))124			fcm.receive_name(request_c)125			print(colored(f"NAME OF FILE REQUESTED {fcm.filename}", constants.DEBUG))126			if(fcm.checkExists(DELETE_QUEUE) ):127				fcm.send_status(request_c)128				fcm.send_file(request_c)129				print(colored(f"REQUESTED FILE DELIVERED SUCCESSFULLY", constants.SUCCESS))130			else:131				fcm.send_status(request_c)132				print(colored(f"REQUESTED FILE NOT FOUND", constants.FAILURE))133			request_c.close()134		except:135			print(colored(f"CONNECTION ERROR. PLEASE TRY AGAIN..", constants.FAILURE))136def delete():137	global DELETE_QUEUE_CLOCK138	global DELETE_QUEUE139	fcm = FileContentMessage()140	while(True):141		try:142			delete_c, delete_addr = delete_s.accept()143			fcm.receive_name(delete_c)144			print(colored(f"NAME OF FILE DELETED: {fcm.filename}", constants.SUCCESS))145			DELETE_QUEUE.append(fcm.filename)146			DELETE_QUEUE_CLOCK = DELETE_QUEUE_CLOCK + 1147		except Exception as e:148			print(e)149			print(colored(f"FILE COULD NOT BE DELETED", constants.FAILURE))150def cleaner():151	global DELETE_QUEUE152	files = os.listdir()153	for file in DELETE_QUEUE:154		if file in files:155			os.remove(file)156	time.sleep(constants.TIMEOUT_PERIOD)157if __name__ == '__main__':158	159	threads = []160	161	t1 = Thread(target = store_content)162	threads.append(t1)163	t1.start()164	165	t2 = Thread(target = content_requests_handler)166	threads.append(t2)167	t2.start()168	t3 = Thread(target = synchronise)169	threads.append(t3)170	t3.start()171	t4 = Thread(target = delete)172	threads.append(t4)173	t4.start()174	t5 = Thread(target = cleaner)175	threads.append(t5)176	t5.start()177	for t in threads:...

lunchtime_2.py

Source:lunchtime_2.py

1# lunchtime_2.py2# Samsung SW Expert Academy3# https://swexpertacademy.com/main/code/problem/problemDetail.do?contestProbId=AV5-BEE6AK0DFAVl4def calc(stair_list, stair):5    count, d_count = 0, 06    delete_queue = []7    while stair_list or delete_queue or d_count:8        while d_count:9            if len(delete_queue) == 3:10                break11            delete_queue.append(stair[2])12            d_count -= 113 14        for i in range(len(delete_queue)-1, -1, -1):15            delete_queue[i] -= 116            if delete_queue[i] <= 0:17                delete_queue.pop(i)18        19        for i in range(len(stair_list)-1, -1, -1):20            stair_list[i] -= 121            if stair_list[i] <= 0:22                stair_list.pop(i)23                d_count += 124        count+=125    return count26def dfs(idx):27    if idx == Num:28        global min_count29        stair_list1, stair_list2 = [], []30        for i in range(Num):31            if check[i]:32                stair_list1.append(Peoples[i][0])33            else:34                stair_list2.append(Peoples[i][1])35        count = max(calc(sorted(stair_list1), Stairs[0]), calc(sorted(stair_list2), Stairs[1]))36        min_count = min(count, min_count)37        return38    check[idx] = False39    dfs(idx+1)40    check[idx] = True41    dfs(idx+1)42    43 44T = int(input())45for t in range(1, T+1):46    N = int(input())47    map_list = [list(map(int, input().split())) for _ in range(N)]48    Peoples, Stairs = [], []49    Num, min_count = 0, 98765432150    for i in range(N):51        for j in range(N):52            temp_num = map_list[i][j]53            if temp_num:54                if temp_num == 1:55                    Num += 156                    Peoples.append([i, j])57                else:58                    Stairs.append([i, j, temp_num])59    for i in range(len(Peoples)):60        distance1 = abs(Peoples[i][0] - Stairs[0][0]) + abs(Peoples[i][1] - Stairs[0][1])61        distance2 = abs(Peoples[i][0] - Stairs[1][0]) + abs(Peoples[i][1] - Stairs[1][1])62        Peoples[i][0] = distance163        Peoples[i][1] = distance264    check = [False for _ in range(Num)]65    dfs(0)...

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