def ls():
u, a = auth._auth()
if not u: return a
rq = web.input()
path = rq['path']
h = False
if rq.has_key('showhidden'):
h = rq['showhidden']
if h == 'false': h = False
else: h = True
if path.startswith('trash:///'): return _lstrash(u, h)
if path.startswith('root:///'): return _lsroot(u)
if path.startswith('file:///C:/') and not a: return 403
p = _get_path(path, u)
if not os.path.exists(p) or os.path.isfile(p): return 404
rw, _r = _get_rw(u, a, p)
if not rw and path != 'file:///': return 403
if path in [
'home:///', 'desktop:///', 'public:///', 'file:///', 'share:///'
]:
_r[8] = path
R = {'prop': _r}
r = []
l = os.listdir(p)
l.sort() #key=unicode.lower
for f in l:
if f.startswith('.'):
if not h: continue
fp = '%s/%s' % (p, f)
if not os.path.exists(fp): continue
_r = _fileinfo(fp)
if path == 'file:///' and not _r[7]: continue
if _r: r.append(_r)
R['children'] = r
return R
def craid():
u, a = auth._auth()
if not a: return 403
rq = web.input()
p1 = rq['path1']
p2 = rq['path2']
return _craid(p1, p2)
def restart():
u, a = auth._auth()
if not u: return a
rq = web.input()
n = rq['name']
_systemctl('restart', n)
return 200
def stop():
u, a = auth._auth()
if not u: return a
rq = web.input()
n = rq['name']
_systemctl('stop', n)
return 200
def enable():
u, a = auth._auth()
if not u: return a
rq = web.input()
n = rq['name']
e = rq['enabled']
return _enable(e, n)
def getbluetooth():
u, a = auth._auth()
if not a: return 403
rq = web.input()
from service import _service_status
if not _service_status('bluetooth'):
os.system('sudo systemctl restart bluetooth.service')
if not _service_status('bluealsa'):
os.system('sudo systemctl restart bluealsa.service')
os.system('sudo killall bt-adapter')
c = 'sudo bt-adapter -d > /dev/null 2>&1 &'
r = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE)
pid = r.pid
if not rq.has_key('pid') or (
rq.has_key('pid') and
(rq['pid'] == ''
or subprocess.Popen('ps aux|grep bt-adapter |grep %s' % rq['pid'],
shell=True,
stdout=subprocess.PIPE).stdout.read() == '')):
time.sleep(10)
c = 'sudo bt-device -l'
r = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE)
l = r.stdout.readlines()
_r = []
for i in l:
if i.startswith('Added devices:') or i.startswith('No devices found'):
continue
x = i.rindex('(')
m = i[x:].strip('()\n')
__r = _get_bt_info(m)
if not __r: continue
_r.append(__r)
return {'pid': pid, 'dev': _r}
def remove():
u, a = auth._auth()
if not a: return 403
rq = web.input()
n = rq['name']
os.system('sudo zerotier-cli leave %s' % n)
return 200
def rmraid():
u, a = auth._auth()
if not a: return 403
rq = web.input()
p = rq['path']
d = rq['dev']
return _rmraid(p, d)
def status():
u, a = auth._auth()
if not a: return 403
c = 'ps aux|grep kodi_v7.bin'
r = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE).stdout.read()
if '--lircdev' in r: return {'running': True}
return {'running': False}
def add():
u, a = auth._auth()
if not a: return 403
rq = web.input()
n = rq['name']
os.system('sudo zerotier-cli join %s' % n)
return 200
def stop(): u,a=auth._auth() if not u:return 403 rq=web.input() p=rq['pid'] r=rq['rid'] return _stop(p,r)
def rmpart():
u, a = auth._auth()
if not a: return 403
rq = web.input()
p = rq['path']
n = rq['number']
return _rmpart(p, n)
def gettemp():
u, a = auth._auth()
if not u: return 403
c = 'sudo cat /sys/class/thermal/thermal_zone0/temp'
r = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE).stdout.read()
t = round(float(r) / 1000, 1)
return {'temp': '%s°C\n' % t}
def unzip():
u, a = auth._auth()
if not u: return a
rq = web.input()
p = rq['path']
p = _get_path(p, u)
return _unzip(p)
def disconnectbluetooth():
u, a = auth._auth()
if not a: return 403
rq = web.input()
m = rq['dev']
os.system('echo "disconnect %s\n" |sudo bluetoothctl' % m)
return 200
def stoprecord(): u,a=auth._auth() if not u:return 403 rq=web.input() d=rq['pid'] d=int(d) os.kill(d,3) return 200
def set():
u, a = auth._auth()
if not u: return a
rq = web.input()
o = rq['option']
n = rq['name']
_systemctl(o, n)
return 200
def screen():
u,a=auth._auth()
if not u:return 403
rq=web.input()
d=rq['dev']
p=8000+int(d)
_play('http://127.0.0.1:%s/?action=stream'%p,'')
return 200
def unpairbluetooth():
u, a = auth._auth()
if not a: return 403
rq = web.input()
m = rq['dev']
os.system('sudo bt-device --set %s Trusted false' % m)
os.system('sudo bt-device -r %s' % m)
return 200
def getconf():
u, a = auth._auth()
if not a: return 403
rq = web.input()
p = rq['path']
c = _getconf(p, u)
c['to'] = _get_uipath(c['to'], u)
return c
def setworkgroup():
u, a = auth._auth()
if not u or not a: return 403
rq = web.input()
n = rq['name']
n = n.replace(' ', '')
_set_name_value('/box/etc/workgroup.conf', {'workgroup': n})
os.system('sudo systemctl restart smbd.service')
return 200
def find():
u, a = auth._auth()
if not u: return a
rq = web.input()
p = rq['path']
f = rq['file']
if f.strip() == '' or p == 'trash:///' or p == 'root:///': return ls()
p = _get_path(p, u)
return _find(p, f)
def pairbluetooth():
u, a = auth._auth()
if not a: return 403
rq = web.input()
m = rq['dev']
os.system('sudo bt-device --set %s Trusted true' % m)
os.system('echo "yes"|sudo bt-device -c %s' % m)
_set_asound(m)
return 200
def set():
u, a = auth._auth()
if not a: return 403
rq = web.input()
e = rq['enable']
o = rq['option']
service._enable(e, NAME)
service._systemctl(o, NAME)
return 200
def get():
u, a = auth._auth()
if not a: return 403
p = {'directories': ''}
info._get_name_value(CONF, p, equal='=')
p['directories'] = files._get_uipath(p['directories'].strip(' {"}'), u)
p['active'] = service._service_status(NAME)
p['enabled'] = service._service_enabled(NAME)
return p
def get():
u, a = auth._auth()
if not a: return 403
p = {'media_dir': ''}
info._get_name_value(CONF, p)
p['media_dir'] = files._get_uipath(p['media_dir'], u)
p['active'] = service._service_status(NAME)
p['enabled'] = service._service_enabled(NAME)
return p
def mkpart():
u, a = auth._auth()
if not a: return 403
rq = web.input()
p = rq['path']
t = rq['type']
s = rq['start']
e = rq['end']
return _mkpart(p, t, s, e)
def zip():
u, a = auth._auth()
if not u: return a
rq = web.input()
f = rq['file']
f = json.loads(f)
_f = []
for i in f:
_f.append(_get_path(i, u))
return _zip(_f)
def mkdir():
u, a = auth._auth()
if not u: return a
rq = web.input()
pt = rq['path']
p = _get_path(pt, u)
if not p: return 400
os.mkdir(p)
_set_rw(u, p)
return 200
def top():
u, a = auth._auth()
if not u or not a: return 403
c = 'sudo cat /sys/class/thermal/thermal_zone0/temp'
r0 = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE).stdout.read()
c = 'sudo top -bn 2 -i -c'
r1 = subprocess.Popen(c, shell=True, stdout=subprocess.PIPE).stdout.read()
t = round(float(r0) / 1000, 1)
r1 = r1.replace('top - ', 'uptime: ')
return {'message': 'temperature: %s°C\n%s' % (t, r1)}