def disconnect_device(): global connected, processes data = 'CONNECTED' errors = '' try: if not connected: raise Exception('You are not connected.') client_socket = sockets[0] client_socket.send("X") time.sleep(5) client_socket.shutdown(socket.SHUT_RDWR) while 1: try: byte = client_socket.recv(1) if "" == byte: break except: break for subprocess in processes: if subprocess.poll() is None: subprocess.kill() del processes[:] client_socket.close() del sockets[:] connected = False data = "DISCONNECTED" except Exception as f: errors = str(f) output = OrderedDict([('command', 'disconnect'), ('data', data), ('errors', errors)]) return json.dumps(output)
def tearDown(self): for proxy_admin_port in self.proxy_admin_ports: try: r = redis.Redis(port=proxy_admin_port) r.shutdown() except: pass for subprocess in self.subprocesses: try: subprocess.kill() except OSError: pass
def end_process(self, subprocess, signal=signal.SIGINT): print('ending process pid', subprocess.pid) ppid = subprocess.pid try: process = psutil.Process(ppid) except psutil.NoSuchProcess: return pids = process.children(recursive=True) for pid in pids: os.kill(pid.pid, signal) subprocess.terminate() try: subprocess.wait() except: subprocess.kill()
def main(): config = HarnessConfiguration.instance().read() if len(config.testables) != 1: config.errors.append( "Fatal Error: Exactly one testable may be passed.") return 1 def id_generator(zsize, zchars): return "".join(random.choice(chars) for x in xrange(zsize)) # Generate the words we will send to the testable words = [ id_generator(8, string.ascii_lowercase) + "%0.2d" % i for i in range(0, 100) ] # Execute the testable subprocess.Popen([config.testables[0]], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.STDOUT) subprocess.stdin.write(words.join(" ")) subprocess.stdin.close() # Grab all the output output = subprocess.stdout.readlines().join("\n") # Kill the process if it's still running if subprocess.poll() == None: subprocess.kill() testResults = [] if "WordsExist" in config.tests: testResults.append(testWordsExist(output, words)) if "LineLengths" in config.tests: testResults.append(testLineLengths(output)) if "Paragraphs" in config.tests: testResults.append(testLineLengths(output)) json.dump(testResults, sys.stdout) sys.stderr.write("\n") return 0
def main(): config = HarnessConfiguration.instance().read() if len(config.testables) != 1: config.errors.append("Fatal Error: Exactly one testable may be passed.") return 1 def id_generator(zsize, zchars): return "".join(random.choice(chars) for x in xrange(zsize)) # Generate the words we will send to the testable words = [id_generator(8, string.ascii_lowercase) + "%0.2d" % i for i in range(0, 100)] # Execute the testable subprocess.Popen([config.testables[0]], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.STDOUT) subprocess.stdin.write(words.join(" ")) subprocess.stdin.close() # Grab all the output output = subprocess.stdout.readlines().join("\n") # Kill the process if it's still running if subprocess.poll() == None: subprocess.kill() testResults = [] if "WordsExist" in config.tests: testResults.append(testWordsExist(output, words)) if "LineLengths" in config.tests: testResults.append(testLineLengths(output)) if "Paragraphs" in config.tests: testResults.append(testLineLengths(output)) json.dump(testResults, sys.stdout) sys.stderr.write("\n") return 0
while (True): print 'Input choice' inp = raw_input(u"enter choice or \'Stop\' to exit: ") if inp.lower() == 'stop': exit() elif inp == '9' or inp == '16': fistYay(inp) elif inp == '0': gesture.faceForward() elif inp == '1': hello(inp) elif inp == '2' or inp == '8' or inp == '5' or inp == '17' or inp == '20' or inp == '21': oneHandUp(inp) elif inp == '3' or inp == '4' or inp == '6' or inp == '18' or inp == '19': nod(inp) elif inp == '12' or inp == '14': shrug(inp) elif inp == '11' or inp == '15': shrugAndShakeHead(inp) elif inp == '7' or inp == '13': shakeHead(inp) elif inp == '10': peace(inp) else: other(inp) '''if inp is not None: speak(inp)''' #comment this back out when done (below) Thread(target=func2).start() subprocess.kill()
def finish(self): for subprocess in self.subprocesses: subprocess.kill();
def tearDownClass(cls): for subprocess in cls.subprocesses: subprocess.kill() cls.subprocesses = []