def start():
logger.info("starting manager[pid=%s]" % common.PID)
storage.setup()
config = common.load_config()
output = config["output"]
for camera in config["cameras"].keys():
logger.info("found camera %s" % camera)
PROCESSES.append(camera)
MODULES[camera] = "runtime.recorder"
segment_dir = "%s/%s" % (output, camera)
if not exists(segment_dir):
makedirs(segment_dir)
logger.info("directory %s created" % segment_dir)
del config, output
with storage.get_connection() as conn:
for name in PROCESSES:
metric = "%sStatus" % name
storage.put(conn, metric, "Launching")
running[name] = start_process(name)
storage.put(conn, metric, "Launched")
try:
loop(conn)
finally:
logger.info("manager[pid=%s] is stopping" % common.PID)
def test_send(self):
config = common.load_config()
with storage.get_connection() as conn:
storage.put(conn, "reporterStatus", "Running")
reporter.running = True
client = reporter.connect(config["mqtt.broker"],
config["mqtt.port"], config["mqtt.user"],
config["mqtt.pass"])
reporter.send_report(client, conn)
def test_update(self):
with storage.get_connection() as conn:
storage.put(conn, "a", "a")
self.assertEqual(storage.get(conn, "a"), "a")
with storage.get_connection() as conn:
storage.put(conn, "a", "b")
with storage.get_connection() as conn:
self.assertEqual(storage.get(conn, "a"), "b")
def test_put_float(self):
with storage.get_connection() as conn:
storage.put(conn, "a", 1.1)
self.assertEqual(storage.get_float(conn, "a"), 1.1)
with storage.get_connection() as conn:
storage.put(conn, "b", 1.1)
with storage.get_connection() as conn:
self.assertEqual(storage.get_float(conn, "b"), 1.1)
def start():
logger.info("starting reported[pid=%s]" % common.PID)
config = common.load_config()
broker = config["mqtt.broker"]
port = config["mqtt.port"]
user = config.get("mqtt.user")
pwd = config.get("mqtt.pass")
del config
with storage.get_connection() as conn:
storage.put(conn, REPORTER_STATUS, "Running")
try:
loop(conn, broker, port, user, pwd)
finally:
storage.put(conn, REPORTER_STATUS, "Not Running")
logger.info("stopping watcher[pid=%s]" % common.PID)
def start():
logger.info("starting cleaner[pid=%s]" % common.PID)
config = common.load_config()
output = config["output"]
cameras = config["cameras"]
loop_interval = 3600
for camera, config in cameras.items():
config["segment_dir"] = join(output, camera)
loop_interval = min(loop_interval, int(config["keep"]))
del config, output
with storage.get_connection() as conn:
storage.put(conn, CLEANER_STATUS, "Running")
try:
loop(conn, cameras, loop_interval)
finally:
storage.put(conn, CLEANER_STATUS, "Not Running")
logger.info("stopping cleaner[pid=%s]" % common.PID)
def start():
logger.info("starting watcher[pid=%s]" % common.PID)
config = common.load_config()
output = config["output"]
threshold = config["filesystem.threshold"]
loop_interval = 10
segment_dirs = []
for camera, config in config["cameras"].items():
segment_dirs.append(join(output, camera))
loop_interval = min(loop_interval, int(config["duration"]))
del config
with storage.get_connection() as conn:
storage.put(conn, WATCHER_STATUS, "Running")
try:
loop(conn, segment_dirs, loop_interval, output, threshold)
finally:
storage.put(conn, WATCHER_STATUS, "Not Running")
logger.info("stopping watcher[pid=%s]" % common.PID)
def test_get_all(self):
with storage.get_connection() as conn:
storage.put(conn, "a", "a")
storage.put(conn, "b", "b")
self.assertEqual(storage.get_all(conn), [("a", "a"), ("b", "b")])
def test_get_keys(self):
with storage.get_connection() as conn:
storage.put(conn, "a", "a")
storage.put(conn, "b", "b")
self.assertEqual(list(storage.get_keys(conn)), ["a", "b"])