def rents():
devices = device.get_devices()
all_customers = customers.get_customers()
all_rents = rent.get_rents()
return render_template("/rents.html",
devices=devices,
customers=all_customers,
rents=all_rents)
def __init__(self):
threading.Thread.__init__(self)
self.devices = get_devices()
self.keyfile = ".keymap" # Arquivo padrão para o mapa de caracteres
self.keymap = KeyMap(self.devices)
self.listener = Listener(self.devices)
self.history = History()
self.lock = False
self.listen()
self.copy = False
def adbc(host):
if host is None:
host = input('please input android device ip or host name: ')
if host == '':
print('ERROR: empty ip or host name!')
exit()
dev_list = device.get_devices()
target = ''
serial = ''
for dev in dev_list:
if dev.find_host(host):
target = str(dev.device)
# print(target)
serial = '-s ' + target + ' '
break
if target:
# disconnect
os.system(ADB + ' disconnect' + ' ' + target)
# connect
os.system('sleep 1')
os.system(ADB + ' connect ' + host)
# root
os.system('sleep 1')
os.system(ADB + ' ' + serial + 'root')
# reconnect
os.system('sleep 1')
os.system(ADB + ' connect ' + host)
# remount
os.system('sleep 1')
os.system(ADB + ' ' + serial + 'remount')
# remount /tvservice
os.system('sleep 1')
cmd = ADB + ' ' + serial + 'shell mount -o rw,remount' + ' /tvservice'
print(cmd)
os.system(cmd)
# remount /tvconfig
os.system('sleep 1')
cmd = ADB + ' ' + serial + 'shell mount -o rw,remount' + ' /tvconfig'
print(cmd)
os.system(cmd)
pass
def client_closed(self, client):
"""
Callback when a client disconnects.
"""
log.info('Client disconnected: %s', client)
if client in self._clients:
self._clients.remove(client)
else:
for device in get_devices():
if device.client == client:
remove_device(device)
break
else:
log.error('unable to find device %s' % client)
def resolve(recordings, schedule):
"""
Scan the schedule for conflicts. A conflict is a list of recordings
with overlapping times.
"""
log.info('start conflict resolving')
devices = [ DeviceSchedule() ]
for p in get_devices():
devices.append(DeviceSchedule(p))
devices.sort(lambda l, o: cmp(o.rating,l.rating))
# Sort by start time
recordings = recordings[:]
recordings.sort(
lambda l, o: cmp(l.start - l.start_padding, o.start - o.start_padding))
# all conflicts found
conflicts = []
# recordings already scanned
scanned = []
# Check all recordings in the list for conflicts
for r in recordings:
if r in scanned:
# Already marked as conflict
continue
current = []
# Set stop time for the conflict area to current stop time. The
# start time doesn't matter since the recordings are sorted by
# start time and this is the first
stop = r.stop + r.stop_padding
while True:
for c in recordings[recordings.index(r)+1:]:
# Check all recordings after the current 'r' if the
# conflict
if c in scanned:
# Already marked as conflict
continue
if c.start - c.stop_padding < stop:
# Found a conflict here. Mark the item as conflict and
# add to the current conflict list
current.append(c)
scanned.append(c)
# Get new stop time and repeat the scanning with it
# starting from 'r' + 1
stop = max(stop, c.stop + c.stop_padding)
break
else:
# No new conflicts found, the while True is done
break
if current:
# Conflict found. Mark the current 'r' as conflict and
# add it to the conflict list. 'current' will be reset to
# [] for the next scanning to get groups of conflicts
conflicts.append([ r ] + current)
# resolve conflicts
while conflicts:
conflict = conflicts.pop(0)
# some ugly debug
log.debug('found conflict:\n %s', '\n '.join([ str(x) for x in conflict ] ))
# check all possible solutions for this conflict
check_recursive(devices, [], conflict, 0, schedule)
yield kaa.NotFinished
# done, run callback
log.info('finished conflict resolving')
yield schedule
def resolve(recordings, schedule):
"""
Scan the schedule for conflicts. A conflict is a list of recordings
with overlapping times.
"""
log.info('start conflict resolving')
devices = [DeviceSchedule()]
for p in get_devices():
devices.append(DeviceSchedule(p))
devices.sort(lambda l, o: cmp(o.rating, l.rating))
# Sort by start time
recordings = recordings[:]
recordings.sort(
lambda l, o: cmp(l.start - l.start_padding, o.start - o.start_padding))
# all conflicts found
conflicts = []
# recordings already scanned
scanned = []
# Check all recordings in the list for conflicts
for r in recordings:
if r in scanned:
# Already marked as conflict
continue
current = []
# Set stop time for the conflict area to current stop time. The
# start time doesn't matter since the recordings are sorted by
# start time and this is the first
stop = r.stop + r.stop_padding
while True:
for c in recordings[recordings.index(r) + 1:]:
# Check all recordings after the current 'r' if the
# conflict
if c in scanned:
# Already marked as conflict
continue
if c.start - c.stop_padding < stop:
# Found a conflict here. Mark the item as conflict and
# add to the current conflict list
current.append(c)
scanned.append(c)
# Get new stop time and repeat the scanning with it
# starting from 'r' + 1
stop = max(stop, c.stop + c.stop_padding)
break
else:
# No new conflicts found, the while True is done
break
if current:
# Conflict found. Mark the current 'r' as conflict and
# add it to the conflict list. 'current' will be reset to
# [] for the next scanning to get groups of conflicts
conflicts.append([r] + current)
# resolve conflicts
while conflicts:
conflict = conflicts.pop(0)
# some ugly debug
log.debug('found conflict:\n %s',
'\n '.join([str(x) for x in conflict]))
# check all possible solutions for this conflict
check_recursive(devices, [], conflict, 0, schedule)
yield kaa.NotFinished
# done, run callback
log.info('finished conflict resolving')
yield schedule
def devices():
all_devices = device.get_devices()
return render_template("devices.html", devices=all_devices)
def services():
devices = device.get_devices()
services = service.get_services()
return render_template("/add_service.html",
devices=devices,
services=services)
