def test_execute_together(self, execute_async, client, policy, logger):
stderr = [' ', '0', '1', ' ']
stdout = [' ', '2', '3', ' ']
exit_code = 0
chan = mock.Mock()
recv_exit_status = mock.Mock(return_value=exit_code)
chan.attach_mock(recv_exit_status, 'recv_exit_status')
execute_async.return_value = chan, '', stderr, stdout
host2 = '127.0.0.2'
ssh = SSHClient(host=host,
port=port,
username=username,
password=password,
private_keys=private_keys)
ssh2 = SSHClient(host=host2,
port=port,
username=username,
password=password,
private_keys=private_keys)
remotes = ssh, ssh2
SSHClient.execute_together(remotes=remotes, command=command)
self.assertEqual(execute_async.call_count, len(remotes))
chan.assert_has_calls(
(mock.call.recv_exit_status(), mock.call.close(),
mock.call.recv_exit_status(), mock.call.close()))
def test_execute_together(self, execute_async, client, policy, logger):
stderr = [' ', '0', '1', ' ']
stdout = [' ', '2', '3', ' ']
exit_code = 0
chan = mock.Mock()
recv_exit_status = mock.Mock(return_value=exit_code)
chan.attach_mock(recv_exit_status, 'recv_exit_status')
execute_async.return_value = chan, '', stderr, stdout
host2 = '127.0.0.2'
ssh = SSHClient(
host=host,
port=port,
username=username,
password=password,
private_keys=private_keys)
ssh2 = SSHClient(
host=host2,
port=port,
username=username,
password=password,
private_keys=private_keys)
remotes = ssh, ssh2
SSHClient.execute_together(
remotes=remotes, command=command)
self.assertEqual(execute_async.call_count, len(remotes))
chan.assert_has_calls((
mock.call.recv_exit_status(),
mock.call.close(),
mock.call.recv_exit_status(),
mock.call.close()
))
def one():
environment = Environment.create('cdrom')
internal_pool = Network.create_network_pool(
networks=[IPNetwork('10.108.0.0/16')], prefix=24)
private_pool = Network.create_network_pool(
networks=[IPNetwork('10.108.0.0/16')], prefix=24)
external_pool = Network.create_network_pool(
networks=[IPNetwork('172.18.95.0/24')], prefix=27)
internal = Network.network_create(environment=environment,
name='internal',
pool=internal_pool)
external = Network.network_create(environment=environment,
name='external',
pool=external_pool,
forward='nat')
private = Network.network_create(environment=environment,
name='private',
pool=private_pool)
for i in range(1, 2):
node = Node.node_create(name='test_node' + str(i),
environment=environment)
Interface.interface_create(node=node, network=internal)
Interface.interface_create(node=node, network=external)
Interface.interface_create(node=node, network=private)
volume = Volume.volume_get_predefined(
'/var/lib/libvirt/images/centos63-cobbler-base.qcow2')
v3 = Volume.volume_create_child('test_vp895' + str(i),
backing_store=volume,
environment=environment)
v4 = Volume.volume_create_child('test_vp896' + str(i),
backing_store=volume,
environment=environment)
DiskDevice.node_attach_volume(node=node, volume=v3)
DiskDevice.node_attach_volume(node, v4)
DiskDevice.node_attach_volume(
node,
Volume.volume_get_predefined(
'/var/lib/libvirt/images/fuel-centos-6.3-x86_64.iso'),
device='cdrom',
bus='sata')
environment.define()
environment.start()
remotes = []
for node in environment.get_nodes():
node. await ('internal')
node.remote('internal', 'root', 'r00tme').check_stderr('ls -la',
verbose=True)
remotes.append(node.remote('internal', 'root', 'r00tme'))
SSHClient.execute_together(remotes, 'ls -la')
def one():
environment = Environment.create('cdrom')
internal_pool = Network.create_network_pool(
networks=[IPNetwork('10.108.0.0/16')], prefix=24
)
private_pool = Network.create_network_pool(
networks=[IPNetwork('10.108.0.0/16')], prefix=24
)
external_pool = Network.create_network_pool(
networks=[IPNetwork('172.18.95.0/24')], prefix=27
)
internal = Network.network_create(
environment=environment, name='internal', pool=internal_pool)
external = Network.network_create(
environment=environment, name='external', pool=external_pool,
forward='nat')
private = Network.network_create(
environment=environment, name='private', pool=private_pool)
for i in range(1, 2):
node = Node.node_create(
name='test_node' + str(i), environment=environment)
Interface.interface_create(node=node, network=internal)
Interface.interface_create(node=node, network=external)
Interface.interface_create(node=node, network=private)
volume = Volume.volume_get_predefined(
'/var/lib/libvirt/images/centos63-cobbler-base.qcow2')
v3 = Volume.volume_create_child(
'test_vp895' + str(i), backing_store=volume,
environment=environment)
v4 = Volume.volume_create_child(
'test_vp896' + str(i), backing_store=volume,
environment=environment)
DiskDevice.node_attach_volume(node=node, volume=v3)
DiskDevice.node_attach_volume(node, v4)
DiskDevice.node_attach_volume(
node,
Volume.volume_get_predefined(
'/var/lib/libvirt/images/fuel-centos-6.3-x86_64.iso'),
device='cdrom', bus='sata')
environment.define()
environment.start()
remotes = []
for node in environment.get_nodes():
node.await('internal')
node.remote('internal', 'root', 'r00tme').check_stderr(
'ls -la', verbose=True)
remotes.append(node.remote('internal', 'root', 'r00tme'))
SSHClient.execute_together(remotes, 'ls -la')
def test_execute_together(self, execute_async, client, policy, logger):
chan, _stdin, stderr, stdout = self.get_patched_execute_async_retval()
execute_async.return_value = chan, _stdin, stderr, stdout
host2 = '127.0.0.2'
ssh = self.get_ssh()
ssh2 = SSHClient(
host=host2,
port=port,
auth=SSHAuth(
username=username,
password=password
))
remotes = [ssh, ssh2]
SSHClient.execute_together(
remotes=remotes, command=command)
self.assertEqual(execute_async.call_count, len(remotes))
chan.assert_has_calls((
mock.call.recv_exit_status(),
mock.call.close(),
mock.call.recv_exit_status(),
mock.call.close()
))
SSHClient.execute_together(
remotes=remotes, command=command, expected=[1], raise_on_err=False)
with self.assertRaises(DevopsCalledProcessError):
SSHClient.execute_together(
remotes=remotes, command=command, expected=[1])
