def main():
usage="""
Userspace hello example
""" + fuse.Fuse.fusage
stick = DuofernStickThreaded(serial_port="/dev/duofernstick", config_file_json="./pyduofern-config.json")
stick._initialize()
stick.start()
server = DuofernFs(
ShutterStickWrapper(stick),
version="%prog " + fuse.__version__,
usage=usage,
dash_s_do='setsingle'
)
server.parse(errex=1)
server.main()
class DuofernCLI(Cmd):
def __init__(self,
serial_port=None,
system_code=None,
config_file=None,
*args,
**kwargs):
super().__init__(*args, **kwargs)
self.stick = DuofernStickThreaded(serial_port=args.device,
system_code=args.code,
config_file_json=args.configfile)
self.stick._initialize()
self.stick.start()
self.prompt = "duofern> "
def emptyline(self):
pass
def do_pair(self, args):
"""
Usage:
pair <TIMEOUT>
Start pairing mode. Pass a timeout in seconds as <TIMEOUT>.
Will return after the timeout if no devices start pairing within the given timeout.
Example:
duofern> pair 10
"""
timeout = 10
if len(args) != 0:
try:
timeout = int(args[0])
except:
print(
"Please use an integer number to indicate TIMEOUT in seconds"
)
print("Starting pairing mode... waiting {} seconds".format(
int(timeout)))
self.stick.pair(timeout=timeout)
time.sleep(args.pairtime + 0.5)
self.stick.sync_devices()
print("Pairing done, Config file updated.")
def do_unpair(self, args):
"""
Usage:
unpair <TIMEOUT>
Start pairing mode. Pass a timeout in seconds as <TIMEOUT>.
Will return after the timeout if no devices start pairing within the given timeout.
Example:
duofern> unpair 10
"""
timeout = 10
if len(args) != 0:
try:
timeout = int(args[0])
except:
print(
"Please use an integer number to indicate TIMEOUT in seconds"
)
print("Starting pairing mode... waiting {} seconds".format(
int(timeout)))
self.stick.unpair(timeout=timeout)
time.sleep(args.pairtime + 0.5)
self.stick.sync_devices()
print("Pairing done, Config file updated.")
def do_remote(self, args):
code = args[0][0:6]
timeout = int(args[1])
self.stick.remote(code, timeout)
time.sleep(args.pairtime + 0.5)
self.stick.sync_devices()
print("Pairing done, Config file updated.")
@splitargs
@ids_for_names
def do_up(self, blinds):
"""
Usage:
up <SHUTTER> [<SHUTTER> <SHUTTER>]
Lift one or several shutters. Accepts a list of shutter names sepatated by space.
Example:
duofern> up Livingroom
duofern> up Livingroom Kitchen
"""
for blind_id in blinds:
print("lifting {}".format(blinds[blind_id]))
self.stick.command(blind_id, "up")
@splitargs
@ids_for_names
def do_down(self, blinds):
"""
Usage:
up <SHUTTER> [<SHUTTER> <SHUTTER>...]
Lower one or several shutters. Accepts a list of shutter names sepatated by space.
Example:
duofern> up Livingroom
duofern> up Livingroom Kitchen
"""
for blind_id in blinds:
print("lowering {}".format(blinds[blind_id]))
self.stick.command(blind_id, "down")
@splitargs
def do_rename(self, args):
"""
Usage:
rename <NAME> <NEW_NAME>
Rename an actor. Write changes to config file when done.
Example:
duofern> rename 13f897 kitchen_west
"""
id = [
device['id'] for device in self.stick.config['devices']
if device['name'] == args[0]
]
if len(id) == 0:
print("Please enter a valid device name for renaming.")
self.stick.set_name(id[0], args[1])
print("Set name for {} to {}".format(id[0], args[0]))
def refresh(self, args):
"""
Usage:
refresh
Refresh config file with current changes.
example:
duofern> refresh
"""
self.stick.sync_devices()
@splitargs
@ids_for_names
def do_on(self, blinds):
"""
Usage:
off <SWITCH1> [<SWITCH2> <SWITCH3>]
Switch on one or several switch actors. Accepts a list of actor names.
Example:
duofern> off Livingroom
duofern> off Livingroom Kitchen
"""
for blind_id in blinds:
print("lifting {}".format(blinds[blind_id]))
self.stick.command(blind_id, "up")
@splitargs
@ids_for_names
def do_off(self, blinds):
"""
Usage:
off <SWITCH1> [<SWITCH2> <SWITCH3>]
Switch off one or several switch actors. Accepts a list of actor names.
Example:
duofern> off Livingroom
duofern> off Livingroom Kitchen
"""
for blind_id in blinds:
print("lifting {}".format(blinds[blind_id]))
self.stick.command(blind_id, "up")
if args.set_name is not None:
assert len(args.set_name[0]) == 6 and re.match("^[0-9a-f]+$", args.set_name[0], re.IGNORECASE), \
"id for renaming must be a valid 6 digit hex ID not {}".format(args.set_name[0])
stick.set_name(args.set_name[0], args.set_name[1])
stick.sync_devices()
print("\nThe following devices are configured:\n")
print("\n".join([
"id: {:6} name: {}".format(device['id'], device['name'])
for device in stick.config['devices']
]))
print("\n")
if args.pair:
print("entering pairing mode")
stick._initialize()
stick.start()
stick.pair(timeout=args.pairtime)
time.sleep(args.pairtime + 0.5)
stick.sync_devices()
print("""""")
if args.unpair:
print("entering pairing mode")
stick._initialize()
stick.start()
stick.unpair(timeout=args.pairtime)
time.sleep(args.pairtime + 0.5)
stick.sync_devices()
print("""""")