Best Python code snippet using localstack_python
import_eips_test.py
Source: import_eips_test.py
...63 instance0 = reservation['Instances'][0]64 instance1 = reservation['Instances'][1]65 instance2 = reservation['Instances'][2]66 # EIPs to be associated with ec2 instances67 eip0 = self.client.allocate_address(Domain='vpc')68 eip1 = self.client.allocate_address(Domain='vpc')69 eip2 = self.client.allocate_address(Domain='vpc')70 # An EIP not to e assocaited with an ec2 instance71 eip3 = self.client.allocate_address(Domain='vpc')72 self.client.associate_address(InstanceId=instance0['InstanceId'],73 AllocationId=eip0['AllocationId'])74 self.client.associate_address(InstanceId=instance1['InstanceId'],75 AllocationId=eip1['AllocationId'])76 self.client.associate_address(InstanceId=instance2['InstanceId'],77 AllocationId=eip2['AllocationId'])78 public_ip_0 = eip0['PublicIp']79 public_ip_1 = eip1['PublicIp']80 public_ip_2 = eip2['PublicIp']81 public_ip_3 = eip3['PublicIp']82 invoke_payload = (83 json.JSONEncoder().encode(84 {85 "account": 12345678919,...
network_unittest.py
Source: network_unittest.py
...32 net2 = network.Network.from_json(net_json)33 self.assertEqual(net_json, str(net2))34 self.assertTrue(IP(address) in net2.network)35 36 def test_allocate_deallocate_address(self):37 (address, net_name) = self.network.allocate_address("user0", "01:24:55:36:f2:a0")38 logging.debug("Was allocated %s" % (address))39 self.assertEqual(True, address in self._get_user_addresses("user0"))40 rv = self.network.deallocate_address(address)41 self.assertEqual(False, address in self._get_user_addresses("user0"))42 def test_range_allocation(self):43 (address, net_name) = self.network.allocate_address("user0", "01:24:55:36:f2:a0")44 (secondaddress, net_name) = self.network.allocate_address("user1", "01:24:55:36:f2:a0")45 self.assertEqual(True, address in self._get_user_addresses("user0"))46 self.assertEqual(True, secondaddress in self._get_user_addresses("user1"))47 self.assertEqual(False, address in self._get_user_addresses("user1"))48 rv = self.network.deallocate_address(address)49 self.assertEqual(False, address in self._get_user_addresses("user0"))50 rv = self.network.deallocate_address(secondaddress)51 self.assertEqual(False, secondaddress in self._get_user_addresses("user1"))52 53 54 def test_subnet_edge(self):55 (secondaddress, net_name) = self.network.allocate_address("user0")56 for user in range(1,5):57 user_id = "user%s" % (user)58 (address, net_name) = self.network.allocate_address(user_id, "01:24:55:36:f2:a0")59 (address2, net_name) = self.network.allocate_address(user_id, "01:24:55:36:f2:a0")60 (address3, net_name) = self.network.allocate_address(user_id, "01:24:55:36:f2:a0")61 self.assertEqual(False, address in self._get_user_addresses("user0"))62 self.assertEqual(False, address2 in self._get_user_addresses("user0"))63 self.assertEqual(False, address3 in self._get_user_addresses("user0"))64 rv = self.network.deallocate_address(address)65 rv = self.network.deallocate_address(address2)66 rv = self.network.deallocate_address(address3)67 rv = self.network.deallocate_address(secondaddress)68 def test_too_many_users(self):69 for i in range(0, 30):70 name = 'toomany-user%s' % i71 self.manager.create_user(name, name, name)72 (address, net_name) = self.network.allocate_address(name, "01:24:55:36:f2:a0")73 self.manager.delete_user(name)74 75 76 def test_associate_deassociate_address(self):77 #raise NotImplementedError78 pass79 def _get_user_addresses(self, user_id):80 rv = self.network.describe_addresses()81 user_addresses = []82 for item in rv:83 if item['user_id'] == user_id:84 user_addresses.append(item['address'])...
Memory_Leak_Check.py
Source: Memory_Leak_Check.py
1#!/usr/bin/env python2def main():3 # Read in the allocation records:4 allocate_file = open("/tmp/memory_allocate.log", "r")5 allocate_lines = allocate_file.readlines()6 allocate_file.close()7 # Read in the free records:8 free_file = open("/tmp/memory_free.log", "r")9 free_lines = free_file.readlines()10 free_file.close()11 free_table = {}12 for free_line in free_lines:13 free_fields = free_line.split()14 free_address = free_fields[0]15 #print("free_fields={0}".format(free_fields))16 free_table[free_address] = None17 leaks = []18 for allocate_line in allocate_lines:19 allocate_fields = allocate_line.split()20 allocate_address = allocate_fields[0]21 allocate_from = allocate_fields[1]22 leak = (allocate_address, allocate_from)23 if not allocate_address in free_table:24 leaks.append(leak)25 leaks.sort()26 for leak in leaks:27 print("{0}: {1}".format(leak[0], leak[1]))...
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