def main(self):
"""Main."""
# Workaround for logging error: "UnicodeEncodeError: 'charmap' codec can't
# encode character '\xe6' in position 138: character maps to <undefined>",
# which occurs under Windows with default encoding other than cp1252
# each time log() is called.
_locale._getdefaultlocale = (lambda *args: ['en_US', 'utf8'])
args = self.parse_args()
# root privileges only needed for native mode.
if args.hci is not None:
if not have_admin_rights():
sys.exit("Please run this program as root.")
elif have_admin_rights():
sys.exit("Please do not run this program as root.")
if args.store:
tc_db_table_name = self.store_tag + str(args.board)
else:
tc_db_table_name = None
ptses = init_pts(args, tc_db_table_name)
btp.init(self.get_iut)
self.init_iutctl(args)
stack.init_stack()
stack_inst = stack.get_stack()
stack_inst.synch_init([pts.callback_thread for pts in ptses])
self.setup_project_pixits(ptses)
self.setup_test_cases(ptses)
run_test_cases(ptses, self.test_cases, args)
self.cleanup()
print("\nBye!")
sys.stdout.flush()
for pts in ptses:
pts.unregister_xmlrpc_ptscallback()
# not the cleanest but the easiest way to exit the server thread
os._exit(0)
def main():
"""Main."""
# Workaround for logging error: "UnicodeEncodeError: 'charmap' codec can't
# encode character '\xe6' in position 138: character maps to <undefined>",
# which occurs under Windows with default encoding other than cp1252
# each time log() is called.
_locale._getdefaultlocale = (lambda *args: ['en_US', 'utf8'])
if have_admin_rights(): # root privileges are not needed
sys.exit("Please do not run this program as root.")
args = parse_args()
if args.store:
tc_db_table_name = "zephyr_" + str(args.board)
else:
tc_db_table_name = None
ptses = autoptsclient.init_pts(args, tc_db_table_name)
btp.init(get_iut)
autoprojects.iutctl.init(args.kernel_image, args.tty_file, args.board, args.rtt2pty)
stack.init_stack()
stack_inst = stack.get_stack()
stack_inst.synch_init([pts.callback_thread for pts in ptses])
# Setup project PIXITS
autoprojects.gap.set_pixits(ptses[0])
autoprojects.dis.set_pixits(ptses[0])
autoprojects.sm.set_pixits(ptses[0])
autoprojects.l2cap.set_pixits(ptses[0])
autoprojects.gatt.set_pixits(ptses)
autoprojects.mesh.set_pixits(ptses)
test_cases = autoprojects.gap.test_cases(ptses[0])
test_cases += autoprojects.dis.test_cases(ptses)
test_cases += autoprojects.gatt.test_cases(ptses)
test_cases += autoprojects.sm.test_cases(ptses[0])
test_cases += autoprojects.l2cap.test_cases(ptses[0])
test_cases += autoprojects.mesh.test_cases(ptses)
autoptsclient.run_test_cases(ptses, test_cases, args)
autoprojects.iutctl.cleanup()
print("\nBye!")
sys.stdout.flush()
for pts in ptses:
pts.unregister_xmlrpc_ptscallback()
# not the cleanest but the easiest way to exit the server thread
os._exit(0)
if __name__ == '__main__':
def sigint_handler(sig, frame):
set_end()
if sys.platform != 'win32':
signal.signal(signal.SIGINT, prev_sigint_handler)
threading.Thread(target=signal.raise_signal(signal.SIGINT)).start()
else:
kill_processes('python.exe')
kill_processes('PTS.exe')
kill_processes('Fts.exe')
print('Cron started')
if have_admin_rights(): # root privileges are not needed
print('Please do not run this program as root.')
sys.exit(1)
for cron in cron_config.github_crons:
for tag in cron.tags:
cfg = cron.tags[tag].cfg
if not os.path.exists(os.path.join(AUTOPTS_REPO, 'bot/{}.py'.format(cfg))):
raise Exception('{} config does not exists!'.format(cfg))
for job in cron_config.cyclical_jobs:
cfg = job.cfg
if not os.path.exists(os.path.join(AUTOPTS_REPO, 'bot/{}.py'.format(cfg))):
raise Exception('{} config does not exists!'.format(cfg))
prev_sigint_handler = signal.getsignal(signal.SIGINT)