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How to use create_queue method in localstack
Best Python code snippet using localstack_python
test_db_benchmark.py
Source:test_db_benchmark.py 
1import sys2import json3import time4from queue import Full, Empty5import requests6import multiprocessing7from collections import namedtuple8from cryptoconditions import crypto9from bigchaindb.common.transaction import Transaction, Asset, Fulfillment10from bigchaindb.common.util import gen_timestamp11from bigchaindb import Bigchain12CryptoKeypair = namedtuple('CryptoKeypair', ('private_key', 'public_key'))13host = "localhost"14port = "9984"15db_port = "28015"16num_clients = 5617count = 1000018create_queue = multiprocessing.Queue(maxsize=count)19transfer_queue = multiprocessing.Queue(maxsize=count)20b = Bigchain()21def generate_keypair():22 return CryptoKeypair(23 *(k.decode() for k in crypto.ed25519_generate_key_pair()))24def create_transfer(p_num):25 print(p_num, ":create_transfer start")26 while True:27 alice, bob = generate_keypair(), generate_keypair()28 asset = Asset(data={'money': 'RMB'}, data_id='20170628150000', divisible=True)29 metadata = {'planet': 'earth'}30 tx_create = Transaction.create([alice.public_key], [([alice.public_key], 1)], metadata=metadata, asset=asset)31 tx_create = tx_create.sign([alice.private_key])32 try:33 create_queue.put(tx_create, False)34 except Full:35 print(p_num, ":create_queue full", create_queue.qsize())36 break37 cid = 038 condition = tx_create.to_dict()['transaction']['conditions'][cid]39 inputs = Fulfillment.from_dict({40 'fulfillment': condition['condition']['details'],41 'input': {42 'cid': cid,43 'txid': tx_create.to_dict()['id'],44 },45 'owners_before': condition['owners_after'],46 })47 asset = Asset.from_dict(tx_create.to_dict()['transaction']['asset'])48 tx_transfer = Transaction.transfer([inputs], [([bob.public_key], 1)], asset)49 tx_transfer = tx_transfer.sign([alice.private_key])50 try:51 transfer_queue.put(tx_transfer, False)52 except Full:53 print(p_num, ":transfer_queue full")54 break55def post_create(p_num):56 while True:57 headers = {'content-type': 'application/json'}58 url = 'http://{}:{}/uniledger/v1/transaction/fastCreateOrTransferTx'.format(host, port)59 try:60 value = create_queue.get(False)61 except Empty:62 if create_queue.qsize() > 0:63 # print(p_num, ":create_queue not actually empty", create_queue.qsize())64 continue65 print(p_num, ":create_queue empty", create_queue.qsize())66 break67 b.write_transaction(value)68 # value = json.dumps(value.to_dict())69 # requests.post(url, data=value, headers=headers)70def post_transfer(p_num):71 while True:72 headers = {'content-type': 'application/json'}73 url = 'http://{}:{}/uniledger/v1/transaction/fastCreateOrTransferTx'.format(host, port)74 try:75 value = transfer_queue.get(False)76 except Empty:77 if transfer_queue.qsize() > 0:78 # print(p_num, ":transfer_queue not actually empty", transfer_queue.qsize())79 continue80 print(p_num, ":transfer_queue empty", transfer_queue.qsize())81 break82 b.write_transaction(value)83 # value = json.dumps(value.to_dict())84 # requests.post(url, data=value, headers=headers)85if __name__ == '__main__':86 if len(sys.argv) > 1:87 count = int(sys.argv[1])88 create_queue = multiprocessing.Queue(maxsize=count)89 transfer_queue = multiprocessing.Queue(maxsize=count)90 # create_queue and transfer_queue91 print("step 1 :generate keypair, create tx(create_queue), transfer(transfer_queue)")92 for x in range(num_clients):93 p = multiprocessing.Process(target=create_transfer, args=(x,))94 p.start()95 # wait for 'Full'96 while True:97 if transfer_queue.full():98 break99 time.sleep(1)100 print("m :transfer qsize:", transfer_queue.qsize())101 input("Press enter key to continue...")102 # post create103 print("step 2 :post create tx ,please wait for all create tx valid")104 transfer_start = gen_timestamp()105 for x in range(num_clients):106 p = multiprocessing.Process(target=post_create, args=(x,))107 p.start()108 # wait for post create109 while True:110 if create_queue.empty():111 break112 time.sleep(1)113 print("m :create qsize:", create_queue.qsize())114 transfer_end = gen_timestamp()115 transfer_cost = (int(transfer_end) - int(transfer_start)) / 1000116 print("m :transfer_start:", transfer_start)117 print("m :transfer_end:", transfer_end)118 print("m :transfer_cost:", transfer_cost)119 #120 input("Press enter key to continue...")121 BANNER = """122 *******************123 * ready, go! *124 *******************125 """126 print(BANNER)127 # post transfer128 print("step 3 :post transfer tx ,please wait for all transfer tx valid")129 transfer_start = gen_timestamp()130 for x in range(num_clients):131 p = multiprocessing.Process(target=post_transfer, args=(x,))132 p.start()133 # wait for post transfer134 while True:135 if transfer_queue.empty():136 break137 time.sleep(1)138 print("m :transfer qsize:", transfer_queue.qsize())139 transfer_end = gen_timestamp()140 transfer_cost = (int(transfer_end) - int(transfer_start)) / 1000141 print("m :transfer_start:", transfer_start)142 print("m :transfer_end:", transfer_end)...
test_transfer_benchmark.py
Source:test_transfer_benchmark.py
1import sys2import json3import time4from queue import Full, Empty5import requests6import multiprocessing7from collections import namedtuple8from cryptoconditions import crypto9from bigchaindb.common.transaction import Transaction, Asset, Fulfillment10from bigchaindb.common.util import gen_timestamp11CryptoKeypair = namedtuple('CryptoKeypair', ('private_key', 'public_key'))12host = "localhost"13port = "9984"14db_port = "28015"15num_clients = 5616count = 1000017create_queue = multiprocessing.Queue(maxsize=count)18transfer_queue = multiprocessing.Queue(maxsize=count)19def generate_keypair():20 return CryptoKeypair(21 *(k.decode() for k in crypto.ed25519_generate_key_pair()))22def create_transfer(p_num):23 print(p_num, ":create_transfer start")24 while True:25 alice, bob = generate_keypair(), generate_keypair()26 asset = Asset(data={'money': 'RMB'}, data_id='20170628150000', divisible=True)27 metadata = {'planet': 'earth'}28 tx_create = Transaction.create([alice.public_key], [([alice.public_key], 1)], metadata=metadata, asset=asset)29 tx_create = tx_create.sign([alice.private_key])30 try:31 create_queue.put(tx_create, False)32 except Full:33 print(p_num, ":create_queue full", create_queue.qsize())34 break35 cid = 036 condition = tx_create.to_dict()['transaction']['conditions'][cid]37 inputs = Fulfillment.from_dict({38 'fulfillment': condition['condition']['details'],39 'input': {40 'cid': cid,41 'txid': tx_create.to_dict()['id'],42 },43 'owners_before': condition['owners_after'],44 })45 asset = Asset.from_dict(tx_create.to_dict()['transaction']['asset'])46 tx_transfer = Transaction.transfer([inputs], [([bob.public_key], 1)], asset)47 tx_transfer = tx_transfer.sign([alice.private_key])48 try:49 transfer_queue.put(tx_transfer, False)50 except Full:51 print(p_num, ":transfer_queue full")52 break53def post_create(p_num):54 while True:55 headers = {'content-type': 'application/json'}56 url = 'http://{}:{}/uniledger/v1/transaction/fastCreateOrTransferTx'.format(host, port)57 try:58 value = create_queue.get(False)59 except Empty:60 if create_queue.qsize() > 0:61 # print(p_num, ":create_queue not actually empty", create_queue.qsize())62 continue63 print(p_num, ":create_queue empty", create_queue.qsize())64 break65 value = json.dumps(value.to_dict())66 requests.post(url, data=value, headers=headers)67def post_transfer(p_num):68 while True:69 headers = {'content-type': 'application/json'}70 url = 'http://{}:{}/uniledger/v1/transaction/fastCreateOrTransferTx'.format(host, port)71 try:72 value = transfer_queue.get(False)73 except Empty:74 if transfer_queue.qsize() > 0:75 # print(p_num, ":transfer_queue not actually empty", transfer_queue.qsize())76 continue77 print(p_num, ":transfer_queue empty", transfer_queue.qsize())78 break79 value = json.dumps(value.to_dict())80 requests.post(url, data=value, headers=headers)81if __name__ == '__main__':82 if len(sys.argv) > 1:83 count = int(sys.argv[1])84 create_queue = multiprocessing.Queue(maxsize=count)85 transfer_queue = multiprocessing.Queue(maxsize=count)86 # create_queue and transfer_queue87 print("step 1 :generate keypair, create tx(create_queue), transfer(transfer_queue)")88 for x in range(num_clients):89 p = multiprocessing.Process(target=create_transfer, args=(x,))90 p.start()91 # wait for 'Full'92 while True:93 if transfer_queue.full():94 break95 time.sleep(1)96 print("m :transfer qsize:", transfer_queue.qsize())97 input("Press enter key to continue...")98 # post create99 print("step 2 :post create tx ,please wait for all create tx valid")100 for x in range(num_clients):101 p = multiprocessing.Process(target=post_create, args=(x,))102 p.start()103 # wait for post create104 while True:105 if create_queue.empty():106 break107 time.sleep(1)108 print("m :create qsize:", create_queue.qsize())109 #110 input("Press enter key to continue...")111 BANNER = """112 *******************113 * ready, go! *114 *******************115 """116 print(BANNER)117 # post transfer118 print("step 3 :post transfer tx ,please wait for all transfer tx valid")119 transfer_start = gen_timestamp()120 for x in range(num_clients):121 p = multiprocessing.Process(target=post_transfer, args=(x,))122 p.start()123 # wait for post transfer124 while True:125 if transfer_queue.empty():126 break127 time.sleep(1)128 print("m :transfer qsize:", transfer_queue.qsize())129 transfer_end = gen_timestamp()130 transfer_cost = (int(transfer_end) - int(transfer_start)) / 1000131 print("m :transfer_start:", transfer_start)132 print("m :transfer_end:", transfer_end)...
create_fcb01_jms.py
Source:create_fcb01_jms.py
...16create_qcf(mq,'FCBSITOltpQM1','jms/FCBSITOltpQM1','FCBSITOltpQM1','10.23.110.93','4361')17create_qcf(mq,'FCBSITOltpQM2','jms/FCBSITOltpQM2','FCBSITOltpQM2','10.23.110.93','4362')18create_qcf(mq,'FCBSITReportQM1','jms/FCBSITReportQM1','FCBSITReportQM1','10.23.110.93','4381')19create_qcf(mq,'FCBSITReportQM2','jms/FCBSITReportQM2','FCBSITReportQM2','10.23.110.93','4382')20def create_queue(provider,name,jndiName,qm,qn,host,port):21 global AdminConfig22 nameAttr = ['name', name]23 jndiAttr = ['jndiName', jndiName]24 qnAttr = ['baseQueueName', qn]25 qmAttr = ['baseQueueManagerName',qm]26 hostAttr = ['queueManagerHost',host]27 portAttr = ['queueManagerPort',port]28 attrs = [nameAttr, jndiAttr, qnAttr, qmAttr, hostAttr, portAttr]29 queue = AdminConfig.create('MQQueue', provider, attrs)30print "--- create queue"31create_queue(mq,'FCBSITBatchRequestQ1','jms/FCBSITBatchRequestQ1','FCBSITBatchQM1','FCBSITBatchRequestQ','10.23.110.93',4364)32create_queue(mq,'FCBSITBatchRequestQ2','jms/FCBSITBatchRequestQ2','FCBSITBatchQM2','FCBSITBatchRequestQ','10.23.110.93',4368)33create_queue(mq,'FCBSITBatchShellQ1','jms/FCBSITBatchShellQ1','FCBSITBatchQM1','FCBSITBatchShellQ','10.23.110.93',4364) 34create_queue(mq,'FCBSITBatchShellQ2','jms/FCBSITBatchShellQ2','FCBSITBatchQM2','FCBSITBatchShellQ','10.23.110.93',4368) 35create_queue(mq,'FCBSITBatchResponseQ','jms/FCBSITBatchResponseQ','','FCBSITBatchResponseQ','10.23.110.93',0) # strange config, ask why 36create_queue(mq,'FCBSITOltpRequestQ1','jms/FCBSITOltpRequestQ1','FCBSITOltpQM1','FCBSITOltpRequestQ','10.23.110.93',4361)37create_queue(mq,'FCBSITOltpRequestQ2','jms/FCBSITOltpRequestQ2','FCBSITOltpQM2','FCBSITOltpRequestQ','10.23.110.93',4362)38create_queue(mq,'FCBSITOltpResponseQ','jms/FCBSITOltpResponseQ','','FCBSITOltpResponseQ','10.23.110.93',0)39create_queue(mq,'FCBSITReportRequestQ1','jms/FCBSITReportRequestQ1','FCBSITReportQM1','FCBSITReportRequestQ','10.23.110.93',4381)40create_queue(mq,'FCBSITReportRequestQ2','jms/FCBSITReportRequestQ2','FCBSITReportQM2','FCBSITReportRequestQ','10.23.110.93',4382)41create_queue(mq,'FCBSITReportResponseQ','jms/FCBSITReportResponseQ','','FCBSITReportResponseQ','10.23.110.93',0)...
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