def test_post_start(self):
""" test start command """
resp = requests.post(self.test_url + '/start')
self.assertEqual(resp.status_code, 200)
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
vvpmng = VideoProcessMng(cfg.video)
self.assertEqual(resp.text, vvpmng.process_cmd.cmd())
sleep(5)
def __run():
""" test function """
from raspiserver.utils import ConfigReader
from raspiserver.recordmng import RecordMng
from raspiserver.processmng import VideoProcessMng
config_parser = ConfigReader('./config/raspicam.cfg')
cfg = config_parser.parser()
recmng = RecordMng(cfg.record)
vvpmng = VideoProcessMng(cfg.video)
httpserve(cfg, recmng, vvpmng)
def setup_class(self):
""" real setup """
TestCase.setUp(self)
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
# test in local(Rpi)
recmng = RecordMng(cfg.record)
vvpmng = VideoProcessMng(cfg.video)
self.testthr = threading.Thread(target=httpserve, \
args=(cfg, recmng, vvpmng))
self.testthr.setDaemon(True)
self.testthr.start()
def main():
""" serve for all """
config_path = '/home/pi/server/config/raspicam.cfg'
cfg_parser = ConfigReader(config_path)
cfg = cfg_parser.parser()
recmng = RecordMng(cfg.record)
vvpmng = VideoProcessMng(cfg.video)
global PROCESSMNG
PROCESSMNG = vvpmng
hyserve = HybirdServer()
# you can start tcp server or http server
try:
hyserve.setservices('httpserver', httpserve, (cfg, recmng, vvpmng))
hyserve.setservices('tcpserver', tcpserve, (cfg, recmng, vvpmng))
hyserve.setservices('vodserver', vodserve, (cfg, ))
hyserve.serve()
except AppException as ex:
APPLOGGER.error(ex)
def __get_process_cmd(cls):
""" get process_cmd """
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
vvpmng = VideoProcessMng(cfg.video)
return vvpmng.process_cmd.cmd()
def setUp(self):
""" setup """
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
self.procssmng = VideoProcessMng(cfg.video)
class ProcessMngTest(TestCase):
""" test process manager """
def setUp(self):
""" setup """
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
self.procssmng = VideoProcessMng(cfg.video)
def tearDown(self):
""" tear down """
pass
def test_process_start_stop(self):
""" start process test """
self.procssmng.getlock()
try:
self.procssmng.start()
sleep(2)
self.assertTrue(self.procssmng.isrun(), True)
finally:
self.procssmng.releaselock()
self.procssmng.getlock()
try:
self.procssmng.stop()
sleep(2)
finally:
self.procssmng.releaselock()
def setUp(self):
""" setup """
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
self.procssmng = VideoProcessMng(cfg.video)
class ProcessMngTest(TestCase):
""" test process manager """
def setUp(self):
""" setup """
config_parser = ConfigReader('/home/pi/server/config/raspicam.cfg')
cfg = config_parser.parser()
self.procssmng = VideoProcessMng(cfg.video)
def tearDown(self):
""" tear down """
pass
def test_process_start_stop(self):
""" start process test """
self.procssmng.getlock()
try:
self.procssmng.start()
sleep(2)
self.assertTrue(self.procssmng.isrun(), True)
finally:
self.procssmng.releaselock()
self.procssmng.getlock()
try:
self.procssmng.stop()
sleep(2)
finally:
self.procssmng.releaselock()
