class IUTCtl:
'''IUT Control Class'''
def __init__(self, btpclient_path):
"""Constructor."""
log("%s.%s btpclient_path=%s", self.__class__, self.__init__.__name__,
btpclient_path)
self.btpclient_path = btpclient_path
self.btp_socket = None
self.iut_process = None
def start(self):
"""Starts the IUT"""
log("%s.%s", self.__class__, self.start.__name__)
self.btp_socket = BTPWorker()
self.btp_socket.open()
iut_cmd = get_iut_cmd(self.btpclient_path)
log("Starting IUT process: %s", iut_cmd)
self.iut_process = subprocess.Popen(shlex.split(iut_cmd),
shell=False,
stdout=IUT_LOG_FO,
stderr=IUT_LOG_FO)
try:
self.btp_socket.accept()
except socket.timeout:
log("IUT didn't connect!")
self.stop()
# self.wait_iut_ready_event()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE
or tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
def reset(self):
"""Reset IUT like removing all paired devices"""
def stop(self):
"""Powers off the IUT"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.iut_process and self.iut_process.poll() is None:
self.iut_process.terminate()
self.iut_process.wait() # do not let zombies take over
self.iut_process = None
class MynewtCtl:
"""Mynewt OS Control Class"""
def __init__(self, tty_file, board_name, use_rtt2pty=None):
"""Constructor."""
log("%s.%s tty_file=%s board_name=%s",
self.__class__, self.__init__.__name__, tty_file,
board_name)
assert tty_file and board_name
self.tty_file = tty_file
self.board = Board(board_name, self)
self.socat_process = None
self.btp_socket = None
self.test_case = None
self.rtt2pty_process = None
self.iut_log_file = None
if use_rtt2pty:
self.rtt2pty = RTT2PTY()
else:
self.rtt2pty = None
def start(self, test_case):
"""Starts the Mynewt OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.test_case = test_case
self.iut_log_file = open(os.path.join(test_case.log_dir, "autopts-iutctl-mynewt.log"), "a")
self.flush_serial()
self.btp_socket = BTPWorker()
self.btp_socket.open()
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, BTP_ADDRESS))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
self.btp_socket.accept()
def flush_serial(self):
log("%s.%s", self.__class__, self.flush_serial.__name__)
# Try to read data or timeout
ser = serial.Serial(port=self.tty_file,
baudrate=SERIAL_BAUDRATE, timeout=1)
ser.read(99999)
ser.close()
def rtt2pty_start(self):
if self.rtt2pty:
self.rtt2pty.start(os.path.join(self.test_case.log_dir, 'iut-mynewt.log'))
def rtt2pty_stop(self):
if self.rtt2pty:
self.rtt2pty.stop()
def reset(self):
"""Restart IUT related processes and reset the IUT"""
log("%s.%s", self.__class__, self.reset.__name__)
self.stop()
self.start(self.test_case)
self.flush_serial()
self.rtt2pty_stop()
self.board.reset()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
self.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE or
tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
raise err
else:
log("IUT ready event received OK")
self.rtt2pty_start()
def stop(self):
"""Powers off the Mynewt OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.socat_process and self.socat_process.poll() is None:
self.socat_process.terminate()
self.socat_process.wait()
if self.iut_log_file:
self.iut_log_file.close()
self.iut_log_file = None
if self.rtt2pty:
self.rtt2pty.stop()
if self.socat_process:
self.socat_process.terminate()
self.socat_process.wait()
self.socat_process = None
class ZephyrCtl:
'''Zephyr OS Control Class'''
def __init__(self,
kernel_image,
tty_file,
board_name=None,
use_rtt2pty=None):
"""Constructor."""
log("%s.%s kernel_image=%s tty_file=%s board_name=%s", self.__class__,
self.__init__.__name__, kernel_image, tty_file, board_name)
self.debugger_snr = None
self.kernel_image = kernel_image
self.tty_file = tty_file
if self.tty_file and board_name: # DUT is a hardware board, not QEMU
self.get_debugger_snr()
self.board = Board(board_name, kernel_image, self)
else: # DUT is QEMU or a board that won't be reset
self.board = None
self.qemu_process = None
self.socat_process = None
self.btp_socket = None
self.test_case = None
self.rtt2pty_process = None
self.iut_log_file = None
self.btp_address = BTP_ADDRESS + self.debugger_snr
if use_rtt2pty:
self.rtt2pty = RTT2PTY()
self.btmon = BTMON()
else:
self.rtt2pty = None
self.btmon = None
def get_debugger_snr(self):
debuggers = subprocess.Popen(
'nrfjprog --com', shell=True,
stdout=subprocess.PIPE).stdout.read().decode()
if sys.platform == "win32":
COM = "COM" + str(int(self.tty_file["/dev/ttyS".__len__():]) + 1)
reg = "[0-9]+(?=\s+" + COM + ".+)"
else:
reg = "[0-9]+(?=\s+" + self.tty_file + ".+)"
try:
self.debugger_snr = re.findall(reg, debuggers)[0]
except:
sys.exit("No debuggers associated with the device found")
def start(self, test_case):
"""Starts the Zephyr OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.test_case = test_case
self.iut_log_file = open(
os.path.join(test_case.log_dir, "autopts-iutctl-zephyr.log"), "a")
self.flush_serial()
self.btp_socket = BTPWorker()
self.btp_socket.open(self.btp_address)
if self.tty_file:
if sys.platform == "win32":
# On windows socat.exe does not support setting serial baud rate.
# Set it with 'mode' from cmd.exe
COM = "COM" + str(
int(self.tty_file["/dev/ttyS".__len__():]) + 1)
mode_cmd = (">nul 2>nul cmd.exe /c \"mode " + COM +
"BAUD=115200 PARITY=n DATA=8 STOP=1\"")
os.system(mode_cmd)
socat_cmd = (
"socat.exe -x -v tcp:" +
socket.gethostbyname(socket.gethostname()) +
":%s,retry=100,interval=1 %s,raw,b115200" %
(self.btp_socket.sock.getsockname()[1], self.tty_file))
else:
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, self.btp_address))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
else:
qemu_cmd = get_qemu_cmd(self.kernel_image)
log("Starting QEMU zephyr process: %s", qemu_cmd)
# TODO check if zephyr process has started correctly
self.qemu_process = subprocess.Popen(shlex.split(qemu_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
self.btp_socket.accept()
def flush_serial(self):
log("%s.%s", self.__class__, self.flush_serial.__name__)
# Try to read data or timeout
try:
ser = serial.Serial(port=self.tty_file,
baudrate=SERIAL_BAUDRATE,
timeout=1)
ser.read(99999)
ser.close()
except serial.SerialException:
pass
def rtt2pty_start(self):
if self.rtt2pty:
self.rtt2pty.start(
os.path.join(self.test_case.log_dir, 'iut-zephyr.log'),
self.debugger_snr)
def rtt2pty_stop(self):
if self.rtt2pty:
self.rtt2pty.stop()
def btmon_start(self):
if self.btmon:
log_file = os.path.join(
self.test_case.log_dir,
self.test_case.name.replace('/', '_') + '_btmon.log')
self.btmon.start(log_file, self.debugger_snr)
def btmon_stop(self):
if self.btmon:
self.btmon.stop()
def reset(self):
"""Restart IUT related processes and reset the IUT"""
log("%s.%s", self.__class__, self.reset.__name__)
self.stop()
self.start(self.test_case)
self.flush_serial()
if not self.board:
return
self.btmon_stop()
self.rtt2pty_stop()
self.board.reset()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
self.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE
or tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
self.rtt2pty_start()
self.btmon_start()
def stop(self):
"""Powers off the Zephyr OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.qemu_process and self.qemu_process.poll() is None:
self.qemu_process.terminate()
self.qemu_process.wait() # do not let zombies take over
self.qemu_process = None
if self.iut_log_file:
self.iut_log_file.close()
self.iut_log_file = None
if self.rtt2pty:
self.rtt2pty.stop()
class MynewtCtl:
'''Mynewt OS Control Class'''
def __init__(self, kernel_image, tty_file, board_name=None):
"""Constructor."""
log("%s.%s kernel_image=%s tty_file=%s board_name=%s",
self.__class__, self.__init__.__name__, kernel_image, tty_file,
board_name)
self.kernel_image = kernel_image
self.tty_file = tty_file
if self.tty_file and board_name: # DUT is a hardware board, not QEMU
self.board = Board(board_name, kernel_image, tty_file)
else: # DUT is QEMU or a board that won't be reset
self.board = None
self.qemu_process = None
self.socat_process = None
self.btp_socket = None
def start(self):
"""Starts the Mynewt OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.flush_serial()
self.btp_socket = BTPWorker()
self.btp_socket.open()
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, BTP_ADDRESS))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=IUT_LOG_FO,
stderr=IUT_LOG_FO)
self.btp_socket.accept()
def flush_serial(self):
log("%s.%s", self.__class__, self.flush_serial.__name__)
# Try to read data or timeout
ser = serial.Serial(port=self.tty_file,
baudrate=SERIAL_BAUDRATE, timeout=1)
ser.read(99999)
ser.close()
def reset(self):
"""Restart IUT related processes and reset the IUT"""
log("%s.%s", self.__class__, self.reset.__name__)
self.stop()
self.start()
self.flush_serial()
if not self.board:
return
self.board.reset()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
self.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE or
tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
def stop(self):
"""Powers off the Mynewt OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.socat_process and self.socat_process.poll() is None:
self.socat_process.terminate()
self.socat_process.wait()
class ZephyrCtl:
'''Zephyr OS Control Class'''
def __init__(self, kernel_image, tty_file, board_name=None):
"""Constructor."""
log("%s.%s kernel_image=%s tty_file=%s board_name=%s", self.__class__,
self.__init__.__name__, kernel_image, tty_file, board_name)
self.kernel_image = kernel_image
self.tty_file = tty_file
if self.tty_file and board_name: # DUT is a hardware board, not QEMU
self.board = Board(board_name, kernel_image, tty_file)
else: # DUT is QEMU or a board that won't be reset
self.board = None
self.qemu_process = None
self.socat_process = None
self.btp_socket = None
def start(self):
"""Starts the Zephyr OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.btp_socket = BTPWorker()
self.btp_socket.open()
if self.tty_file:
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, BTP_ADDRESS))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=IUT_LOG_FO,
stderr=IUT_LOG_FO)
else:
qemu_cmd = get_qemu_cmd(self.kernel_image)
log("Starting QEMU zephyr process: %s", qemu_cmd)
# TODO check if zephyr process has started correctly
self.qemu_process = subprocess.Popen(shlex.split(qemu_cmd),
shell=False,
stdout=IUT_LOG_FO,
stderr=IUT_LOG_FO)
self.btp_socket.accept()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
if self.board:
self.board.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE
or tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
def stop(self):
"""Powers off the Zephyr OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.qemu_process and self.qemu_process.poll() is None:
self.qemu_process.terminate()
self.qemu_process.wait() # do not let zombies take over
self.qemu_process = None
class ZephyrCtl:
'''Zephyr OS Control Class'''
def __init__(self,
kernel_image,
tty_file,
board_name=None,
use_rtt2pty=None):
"""Constructor."""
log("%s.%s kernel_image=%s tty_file=%s board_name=%s", self.__class__,
self.__init__.__name__, kernel_image, tty_file, board_name)
self.kernel_image = kernel_image
self.tty_file = tty_file
if self.tty_file and board_name: # DUT is a hardware board, not QEMU
self.board = Board(board_name, kernel_image, self)
else: # DUT is QEMU or a board that won't be reset
self.board = None
self.qemu_process = None
self.socat_process = None
self.btp_socket = None
self.test_case = None
self.rtt2pty_process = None
self.iut_log_file = None
if use_rtt2pty:
self.rtt2pty = RTT2PTY()
else:
self.rtt2pty = None
def start(self, test_case):
"""Starts the Zephyr OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.test_case = test_case
self.iut_log_file = open(
os.path.join(test_case.log_dir, "autopts-iutctl-zephyr.log"), "a")
self.flush_serial()
self.btp_socket = BTPWorker()
self.btp_socket.open()
if self.tty_file:
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, BTP_ADDRESS))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
else:
qemu_cmd = get_qemu_cmd(self.kernel_image)
log("Starting QEMU zephyr process: %s", qemu_cmd)
# TODO check if zephyr process has started correctly
self.qemu_process = subprocess.Popen(shlex.split(qemu_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
self.btp_socket.accept()
def flush_serial(self):
log("%s.%s", self.__class__, self.flush_serial.__name__)
# Try to read data or timeout
try:
ser = serial.Serial(port=self.tty_file,
baudrate=SERIAL_BAUDRATE,
timeout=1)
ser.read(99999)
ser.close()
except serial.SerialException:
pass
def rtt2pty_start(self):
if self.rtt2pty:
self.rtt2pty.start(
os.path.join(self.test_case.log_dir, 'iut-zephyr.log'))
def rtt2pty_stop(self):
if self.rtt2pty:
self.rtt2pty.stop()
def reset(self):
"""Restart IUT related processes and reset the IUT"""
log("%s.%s", self.__class__, self.reset.__name__)
self.stop()
self.start(self.test_case)
self.flush_serial()
if not self.board:
return
self.rtt2pty_stop()
self.board.reset()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
self.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE
or tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
self.rtt2pty_start()
def stop(self):
"""Powers off the Zephyr OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.qemu_process and self.qemu_process.poll() is None:
self.qemu_process.terminate()
self.qemu_process.wait() # do not let zombies take over
self.qemu_process = None
if self.iut_log_file:
self.iut_log_file.close()
self.iut_log_file = None
if self.rtt2pty:
self.rtt2pty.stop()
class ZephyrCtl:
"""Zephyr OS Control Class"""
def __init__(self, args):
"""Constructor."""
log("%s.%s kernel_image=%s tty_file=%s board_name=%s", self.__class__,
self.__init__.__name__, args.kernel_image, args.tty_file,
args.board_name)
self.debugger_snr = args.debugger_snr
self.kernel_image = args.kernel_image
self.tty_file = args.tty_file
self.hci = args.hci
self.native = None
if self.tty_file and args.board_name: # DUT is a hardware board, not QEMU
if self.debugger_snr is None:
self.debugger_snr = get_debugger_snr(self.tty_file)
self.board = Board(args.board_name, self)
else: # DUT is QEMU or a board that won't be reset
self.board = None
self.qemu_process = None
self.native_process = None
self.socat_process = None
self.btp_socket = None
self.test_case = None
self.iut_log_file = None
self.rtt_logger = None
self.btmon = None
if self.debugger_snr:
self.btp_address = BTP_ADDRESS + self.debugger_snr
self.rtt_logger = RTT() if args.rtt_log else None
self.btmon = BTMON() if args.btmon else None
else:
self.btp_address = BTP_ADDRESS
def start(self, test_case):
"""Starts the Zephyr OS"""
log("%s.%s", self.__class__, self.start.__name__)
self.test_case = test_case
self.iut_log_file = open(
os.path.join(test_case.log_dir, "autopts-iutctl-zephyr.log"), "a")
self.flush_serial()
self.btp_socket = BTPWorker()
self.btp_socket.open(self.btp_address)
if self.tty_file:
if sys.platform == "win32":
# On windows socat.exe does not support setting serial baud rate.
# Set it with 'mode' from cmd.exe
com = tty_to_com(self.tty_file)
mode_cmd = (">nul 2>nul cmd.exe /c \"mode " + com +
"BAUD=115200 PARITY=n DATA=8 STOP=1\"")
os.system(mode_cmd)
socat_cmd = (
"socat.exe -x -v tcp:" +
socket.gethostbyname(socket.gethostname()) +
":%s,retry=100,interval=1 %s,raw,b115200" %
(self.btp_socket.sock.getsockname()[1], self.tty_file))
else:
socat_cmd = ("socat -x -v %s,rawer,b115200 UNIX-CONNECT:%s" %
(self.tty_file, self.btp_address))
log("Starting socat process: %s", socat_cmd)
# socat dies after socket is closed, so no need to kill it
self.socat_process = subprocess.Popen(shlex.split(socat_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
elif self.hci is not None:
socat_cmd = ("socat -x -v %%s,rawer,b115200 UNIX-CONNECT:%s &" %
self.btp_address)
native_cmd = ("%s --bt-dev=hci%d --attach_uart_cmd=\"%s\"" %
(self.kernel_image, self.hci, socat_cmd))
log("Starting native zephyr process: %s", native_cmd)
# TODO check if zephyr process has started correctly
self.native_process = subprocess.Popen(shlex.split(native_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
else:
qemu_cmd = get_qemu_cmd(self.kernel_image)
log("Starting QEMU zephyr process: %s", qemu_cmd)
# TODO check if zephyr process has started correctly
self.qemu_process = subprocess.Popen(shlex.split(qemu_cmd),
shell=False,
stdout=self.iut_log_file,
stderr=self.iut_log_file)
self.btp_socket.accept()
def flush_serial(self):
log("%s.%s", self.__class__, self.flush_serial.__name__)
# Try to read data or timeout
try:
if sys.platform == 'win32':
tty = tty_to_com(self.tty_file)
else:
tty = self.tty_file
ser = serial.Serial(port=tty, baudrate=SERIAL_BAUDRATE, timeout=1)
ser.read(99999)
ser.close()
except serial.SerialException:
pass
def btmon_start(self):
if self.btmon:
log_file = os.path.join(
self.test_case.log_dir,
self.test_case.name.replace('/', '_') + '_btmon.log')
self.btmon.start(log_file, self.debugger_snr)
def btmon_stop(self):
if self.btmon:
self.btmon.stop()
def rtt_logger_start(self):
if self.rtt_logger:
log_file = os.path.join(
self.test_case.log_dir,
self.test_case.name.replace('/', '_') + '_iutctl.log')
self.rtt_logger.start('Logger', log_file, self.debugger_snr)
def rtt_logger_stop(self):
if self.rtt_logger:
self.rtt_logger.stop()
def reset(self):
"""Restart IUT related processes and reset the IUT"""
log("%s.%s", self.__class__, self.reset.__name__)
self.stop()
self.start(self.test_case)
self.flush_serial()
if not self.board:
return
self.rtt_logger_stop()
self.btmon_stop()
self.board.reset()
def wait_iut_ready_event(self):
"""Wait until IUT sends ready event after power up"""
self.reset()
tuple_hdr, tuple_data = self.btp_socket.read()
try:
if (tuple_hdr.svc_id != defs.BTP_SERVICE_ID_CORE
or tuple_hdr.op != defs.CORE_EV_IUT_READY):
raise BTPError("Failed to get ready event")
except BTPError as err:
log("Unexpected event received (%s), expected IUT ready!", err)
self.stop()
else:
log("IUT ready event received OK")
self.rtt_logger_start()
self.btmon_start()
def stop(self):
"""Powers off the Zephyr OS"""
log("%s.%s", self.__class__, self.stop.__name__)
if self.btp_socket:
self.btp_socket.close()
self.btp_socket = None
if self.native_process and self.native_process.poll() is None:
self.native_process.terminate()
self.native_process.wait() # do not let zombies take over
self.native_process = None
if self.qemu_process and self.qemu_process.poll() is None:
time.sleep(1)
self.qemu_process.terminate()
self.qemu_process.wait() # do not let zombies take over
self.qemu_process = None
if self.iut_log_file:
self.iut_log_file.close()
self.iut_log_file = None
self.rtt_logger_stop()
self.btmon_stop()
if self.socat_process:
self.socat_process.terminate()
self.socat_process.wait()
self.socat_process = None