def create_temporary_folder(app_connector):
client = ssh_connect.start()
ssh_connect.execute_command(client,
'rm -r "{}"'.format(folder_path),
ignore_error=True)
ssh_connect.execute_command(client, 'mkdir {}'.format(folder_path))
yield client
ssh_connect.execute_command(client,
'rm -r "{}"'.format(folder_path),
ignore_error=True)
def test_stop_media_server():
attach_to_application()
client = ssh_connect.start()
ssh_connect.execute_command(client, STOP_MEDIASERVER, passwd_required=True)
with pytest.raises(VideoStreamingError):
waitForObject('Settings')
ssh_connect.execute_command(client,
START_MEDIASERVER,
passwd_required=True)
time.sleep(10)
waitForObject('Settings')
def get_current_sync_build_version(app_connector):
# get version sync from config file
client = ssh_connect.start()
stdin, stdout, stderr = client.exec_command(CURRENT_SYNC_VERSION)
sync = stdout.read()[:-1]
stdin, stdout, stderr = client.exec_command(CURRENT_BUILD_VERSION)
build = stdout.read()[:-1]
yield sync, build
ssh_connect.execute_command(client,
cmd.VDP_ATE_SERVER_RESTART,
passwd_required=True)
def client(attach_to_app):
client = start()
execute_command(
client, 'cd {}; sudo rm -r "{}"'.format(default_folder, folder_name),
True, True)
execute_command(client, 'cd {}; mkdir {}'.format(default_folder,
folder_name), True)
yield client
execute_command(client,
'cd {}; sudo rm -r {}'.format(default_folder,
folder_name), True, True)
def __init__(self, dir_name):
self.ssh_client = start()
self.dir_name = dir_name
self.path_dir = r"{}/{}".format(DIR_PREFIX, self.dir_name)
self.result_of_capture_frames = None
self.left_point = None
self.right_point = None
self.expected_resolution = None
self.interval = None
self.duration = None
def test_port_busy_another_process():
client = ssh_connect.start()
ssh_connect.execute_command(client, STOP, passwd_required=True)
output = ssh_connect.execute_command(client, CURRENT_DATE)
curr_time = output.read()[:-2]
client.exec_command(START_TCP, get_pty=False)
ssh_connect.execute_command(client, START, passwd_required=True)
time.sleep(SLEEP)
logs = ssh_connect.execute_command(client, RETRIEVE_LOG)
process_time = logs.read().split('\n')[-2][0:12]
find_process_on_port_and_kill(client)
time.sleep(SLEEP)
ssh_connect.execute_command(client, START, passwd_required=True)
attach_to_application()
assert curr_time == process_time
def __init__(self, config):
if type(config) is not dict:
raise TypeError('Wrong type, should be dict with parameters')
self.client = start()
self.config = config
self.sync_v = config.get(_attr_name_sync_v, None)
self.build = config.get(_attr_name_build, None)
self.collection_mode = config.get(_attr_name_collection_mode, None)
self.width = config.get(_attr_name_width)
self.height = config.get(_attr_name_height)
self.diagonal = config.get(_attr_name_diagonal, None)
self.display_type_id = SyncResolution.get_type_for_resolution(
self.sync_v, self.width, self.height, self.diagonal)
self._init_config = self.get_ate_server_ini()
self._init_resolution = None
self._config_for_cmd = config.copy()
self._config_for_cmd.pop(_attr_name_diagonal)
def __change_resolution_sync3(self):
client = start()
command = cmd.SYNC3_SH.format(self.display_type_id)
with client.invoke_shell() as ssh:
ssh.send(command)
client.close()
def prep_for_neg_test(attach_to_app):
ssh_client = start()
yield ssh_client
ssh_client.close()
def client_setup():
client = start()
return client
def test_recovery():
client = ssh_connect.start()
ssh_connect.execute_command(client, KILLALL, passwd_required=True)
attach_to_application()
def test_check_exception_after_stop_vhat():
client = ssh_connect.start()
ssh_connect.execute_command(client, STOP, passwd_required=True)
with pytest.raises(RuntimeError):
attach_to_application()
ssh_connect.execute_command(client, START, passwd_required=True)
def __init__(self, ssh_connection=None):
self._ssh = ssh_connection if ssh_connection else start()
self._sftp = SCPClient(self._ssh.get_transport())
