def put_inode_object(p, remove):
mode = os.stat(p)
socket_file = DmServer.get_socket_file()
client = Client(socket_file)
code, result = client.request({
"op": "put",
"inode": mode.st_ino,
"remove": remove
})
def _client(self):
with Tempdir(prefix="Test_", remove=REMOVE_TEMP) as td:
app = ServerApp(MyServer, work_dir=td)
status_1 = app.status()
self.assertEqual(status_1.status, "NOT RUNNING")
app.start()
client = Client(app.socket_file)
self.assertEqual(client.request('msg'), (OK, '1 msg'))
self.assertEqual(client.request('msg'), (OK, '2 msg'))
self.assertEqual(client.request('msg'), (OK, '3 msg'))
status_2 = app.status()
self.assertEqual(status_2.status, "RUNNING")
app.stop()
status_3 = app.status()
self.assertEqual(status_3.status, "NOT RUNNING")
def get_inode_object(path):
mode = os.stat(path)
socket_file = DmServer.get_socket_file()
client = Client(socket_file)
code, result = client.request({"op": "get", "inode": mode.st_ino})
if code == ReturnCode.OK:
return json.loads(result)
else:
print(result)
raise ValueError("failed: %s" % ReturnCode.to_string(code))
def wait_for_states(paths, states):
inodes = [os.stat(p).st_ino for p in paths]
socket_file = DmServer.get_socket_file()
client = Client(socket_file)
while True:
code, result = client.request({
"op": "is_in_state",
"inodes": inodes,
"states": states
})
if json.loads(result).get('is_in_state'):
break
time.sleep(1)
def do_get(argv=sys.argv[1:]):
parser = ArgumentParser(description='Get a value')
parser.add_argument("key", type=str, help="key")
parser.add_argument("-v", "--verbose", action='store_true',
help="verbose logging")
args = parser.parse_args()
app = ServerApp(ExampleServer, verbose=args.verbose)
app.start()
client = Client(app.socket_file)
req = {"op": "get",
"key": args.key}
code, result = client.request(json.dumps(req))
if code == ReturnCode.OK:
print(result)
else:
print(result)
raise ValueError("failed: %s" %
ReturnCode.to_string(code))