def wifiConnect(interface):
dialog = xbmcgui.Dialog()
progress = xbmcgui.DialogProgress()
progress.create('Scanning','Scanning for wlan on %s'%interface)
#progress.update(0) #should hide progress bar, don't work
networklist = xbianConfig('network','scan',interface)
networks = []
for network in networklist :
tmp = network.split(',')
tmp[SSID] = tmp[SSID].replace('"','')
networks.append(tmp)
canceled = False
while not canceled :
if progress.iscanceled():
canceled = True
else :
progress.close()
displaylist = []
for network in networks :
name = '%s [COLOR blue](%s)[/COLOR]'%(network[SSID],network[SECURITYTYPE])
displaylist.append(name)
selectedNetwork = dialog.select('Select Network',displaylist)
if selectedNetwork == -1 :
canceled = True
else :
if networks[selectedNetwork][SECURITY] == 'on' :
key = getText('%s : Security Key'%networks[selectedNetwork][SSID])
if not key :
continue
else :
key = ""
progress.create('Scanning','Connecting %s to %s'%(interface,networks[selectedNetwork][SSID]))
rc = xbianConfig('network','credentials',interface,networks[selectedNetwork][SECURITYTYPE],networks[selectedNetwork][SSID],key)
if rc and rc[0] == '1' :
rc = xbianConfig('network','restart',interface)
rc = '2'
while rc == '2' :
rc = xbianConfig('network','progress',interface)[0]
time.sleep(0.5)
if rc == '1' :
progress.close()
return True
else :
progress.close()
dialog.ok("Wireless",'%s : cannot connect to %s (%s)'%(interface,networks[selectedNetwork][SSID],rc))
return False
def wifiConnect(interface):
dialog = xbmcgui.Dialog()
progress = dialogWait('Scanning','Scanning for wlan on %s'%interface)
progress.show()
networklist = xbianConfig('network','scan',interface)
networks = []
for network in networklist :
tmp = network.split(',')
tmp[SSID] = tmp[SSID].replace('"','')
networks.append(tmp)
progress.close()
canceled = False
while not canceled :
displaylist = []
for network in networks :
signalI = int(network[SIGNAL])
if 0 <= signalI < 20 :
signal = '[[COLOR red]*[/COLOR]****]'
elif 20 <= signalI < 40 :
signal = '[[COLOR orange]**[/COLOR]***]'
elif 40 <= signalI < 60 :
signal = '[[COLOR orange]***[/COLOR]**]'
elif 60 <= signalI < 80 :
signal = '[[COLOR green]****[/COLOR]*]'
else :
signal = '[[COLOR green]*****[/COLOR]]'
name = '%s %s'%(signal,network[SSID])
displaylist.append(name)
selectedNetwork = dialog.select('Select Network',displaylist)
if selectedNetwork == -1 :
canceled = True
else :
if networks[selectedNetwork][SECURITY] == 'on' :
key = getText('%s : Security Key'%networks[selectedNetwork][SSID])
if not key :
continue
else :
key = ""
progress = dialogWait('Connecting','Connecting %s to %s'%(interface,networks[selectedNetwork][SSID]))
progress.show()
retry = 2
current_try = 1
connected = False
while not connected and current_try <= retry :
rc = xbianConfig('network','credentials',interface,networks[selectedNetwork][SECURITYTYPE],networks[selectedNetwork][SSID],key)
if rc and rc[0] == '1' :
restart = xbianConfig('network','restart',interface)
if restart and restart[0] == '1' :
rc = '2'
while rc == '2' or rc == '-12' :
tmp = xbianConfig('network','progress',interface)
if tmp :
rc = tmp[0]
time.sleep(1)
if rc == '1' :
progress.close()
return True
else :
current_try += 1
else :
progress.close()
dialog.ok("Wireless Error",'Cannot restart %s'%interface)
return False
else :
progress.close()
dialog.ok("Wireless",'%s : cannot connect to %s (%s)'%(interface,networks[selectedNetwork][SSID],rc))
return False
progress.close()
dialog.ok("Wireless",'%s : cannot connect to %s (%s)'%(interface,networks[selectedNetwork][SSID],rc))
return False
#!/usr/bin/env python
from xbianconfig import xbianConfig
import os, sys
version = sys.argv[1]
lockfile = "/var/lock/XBianUpdating"
resultFile = "/tmp/resultCode"
# create the update status file
open(lockfile, "w").close()
rc = xbianConfig("updates", "update", version)
update = open(resultFile, "w")
update.writelines(rc)
update.close()
os.remove(lockfile)
def wifiConnect(interface):
dialog = xbmcgui.Dialog()
progress = dialogWait(_('xbian-config.network.label.scan'),_('xbian-config.network.scanning'))
progress.show()
networklist = xbianConfig('network','scan',interface)
networks = []
for network in networklist :
tmp = network.split(',')
tmp[SSID] = tmp[SSID].replace('"','')
networks.append(tmp)
progress.close()
canceled = False
while not canceled :
displaylist = []
for network in networks :
signalI = int(network[SIGNAL])
if 0 <= signalI < 20 :
signal = '[[COLOR red]*[/COLOR]****]'
elif 20 <= signalI < 40 :
signal = '[[COLOR orange]**[/COLOR]***]'
elif 40 <= signalI < 60 :
signal = '[[COLOR orange]***[/COLOR]**]'
elif 60 <= signalI < 80 :
signal = '[[COLOR green]****[/COLOR]*]'
else :
signal = '[[COLOR green]*****[/COLOR]]'
name = '%s %s'%(signal,network[SSID])
displaylist.append(name)
selectedNetwork = dialog.select(_('xbian-config.network.label.ssid'),displaylist)
if selectedNetwork == -1 :
canceled = True
else :
if networks[selectedNetwork][SECURITY] == 'on' :
key = getText('%s : %s'%(_(xbian-config.network.credentials.enter),networks[selectedNetwork][SSID]))
if not key :
continue
else :
key = ""
progress = dialogWait(interface,_('xbian-config.network.connection.updating'%(networks[selectedNetwork][SSID])))
progress.show()
retry = 2
current_try = 1
connected = False
while not connected and current_try <= retry :
rc = xbianConfig('network','credentials',interface,networks[selectedNetwork][SECURITYTYPE],base64.b64encode(networks[selectedNetwork][SSID]),base64.b64encode(key))
if rc and rc[0] == '1' :
restart = xbianConfig('network','restart',interface)
if restart and restart[0] == '1' :
rc = '2'
while rc == '2' or rc == '-12' :
tmp = xbianConfig('network','progress',interface)
if tmp :
rc = tmp[0]
time.sleep(1)
if rc == '1' :
progress.close()
return True
else :
current_try += 1
else :
progress.close()
#dialog.ok("Wireless Error",'Cannot restart %s'%interface)
return False
else :
progress.close()
dialog.ok(interface,_('xbian-config.network.connection.failed'%(networks[selectedNetwork][SSID],rc)))
return False
return False
def wifiConnect(interface):
dialog = xbmcgui.Dialog()
progress = dialogWait(_('Scan'), _('Scanning for available networks...'))
progress.show()
networklist = xbianConfig('network', 'scan', interface)
networks = []
for network in networklist:
tmp = network.split(',')
tmp[SSID] = tmp[SSID].replace('"', '')
networks.append(tmp)
progress.close()
canceled = False
while not canceled:
displaylist = []
for network in networks:
signalI = int(network[SIGNAL])
if 0 <= signalI < 20:
signal = '[[COLOR red]*[/COLOR]****]'
elif 20 <= signalI < 40:
signal = '[[COLOR orange]**[/COLOR]***]'
elif 40 <= signalI < 60:
signal = '[[COLOR orange]***[/COLOR]**]'
elif 60 <= signalI < 80:
signal = '[[COLOR green]****[/COLOR]*]'
else:
signal = '[[COLOR green]*****[/COLOR]]'
name = '%s %s' % (signal, network[SSID])
displaylist.append(name)
selectedNetwork = dialog.select(_('SSID'), displaylist)
if selectedNetwork == -1:
canceled = True
else:
if networks[selectedNetwork][SECURITY] == 'on':
rc = xbianConfig('network', 'credentials', interface, networks[selectedNetwork][SECURITYTYPE], base64.b64encode(networks[selectedNetwork][SSID]))
if rc:
key = base64.b64decode(rc[0])[:-1]
else:
key = ''
key = getText('%s: %s (%s)' % (_('Enter credentials for selected interface'), networks[selectedNetwork][SSID], networks[selectedNetwork][SECURITYTYPE]), key)
if not key:
continue
else:
key = ""
progress = dialogWait(
interface,
_('Please wait. Trying to connect to %s') % (
networks[selectedNetwork][SSID], ))
progress.show()
retry = 2
current_try = 1
connected = False
while not connected and current_try <= retry:
rc = xbianConfig('network', 'credentials', interface, networks[selectedNetwork][
SECURITYTYPE], base64.b64encode(networks[selectedNetwork][SSID]), base64.b64encode(key))
if rc and rc[0] == '1':
restart = xbianConfig('network', 'restart', interface)
if restart and restart[0] == '1':
rc = '2'
lc = 0
while (rc == '2' or rc == '-12') and lc < 60:
tmp = xbianConfig('network', 'progress', interface)
if tmp:
rc = tmp[0]
time.sleep(1)
lc += 1
if rc == '1':
progress.close()
return True
else:
current_try += 1
else:
progress.close()
# dialog.ok("Wireless Error",'Cannot restart %s'%interface)
return False
else:
progress.close()
dialog.ok(interface, _('Failed to connect to %s') % (
networks[selectedNetwork][SSID], rc, ))
return False
return False
def wifiConnect(interface):
dialog = xbmcgui.Dialog()
progress = dialogWait('Scanning', 'Scanning for wlan on %s' % interface)
progress.show()
networklist = xbianConfig('network', 'scan', interface)
networks = []
for network in networklist:
tmp = network.split(',')
tmp[SSID] = tmp[SSID].replace('"', '')
networks.append(tmp)
progress.close()
canceled = False
while not canceled:
displaylist = []
for network in networks:
signalI = int(network[SIGNAL])
if 0 <= signalI < 20:
signal = '[[COLOR red]*[/COLOR]****]'
elif 20 <= signalI < 40:
signal = '[[COLOR orange]**[/COLOR]***]'
elif 40 <= signalI < 60:
signal = '[[COLOR orange]***[/COLOR]**]'
elif 60 <= signalI < 80:
signal = '[[COLOR green]****[/COLOR]*]'
else:
signal = '[[COLOR green]*****[/COLOR]]'
name = '%s %s' % (signal, network[SSID])
displaylist.append(name)
selectedNetwork = dialog.select('Select Network', displaylist)
if selectedNetwork == -1:
canceled = True
else:
if networks[selectedNetwork][SECURITY] == 'on':
key = getText('%s : Security Key' %
networks[selectedNetwork][SSID])
if not key:
continue
else:
key = ""
progress = dialogWait(
'Connecting', 'Connecting %s to %s' %
(interface, networks[selectedNetwork][SSID]))
progress.show()
retry = 2
current_try = 1
connected = False
while not connected and current_try <= retry:
rc = xbianConfig('network', 'credentials', interface,
networks[selectedNetwork][SECURITYTYPE],
networks[selectedNetwork][SSID], key)
if rc and rc[0] == '1':
restart = xbianConfig('network', 'restart', interface)
if restart and restart[0] == '1':
rc = '2'
while rc == '2' or rc == '-12':
tmp = xbianConfig('network', 'progress', interface)
if tmp:
rc = tmp[0]
time.sleep(1)
if rc == '1':
progress.close()
return True
else:
current_try += 1
else:
progress.close()
dialog.ok("Wireless Error",
'Cannot restart %s' % interface)
return False
else:
progress.close()
dialog.ok(
"Wireless", '%s : cannot connect to %s (%s)' %
(interface, networks[selectedNetwork][SSID], rc))
return False
progress.close()
dialog.ok(
"Wireless", '%s : cannot connect to %s (%s)' %
(interface, networks[selectedNetwork][SSID], rc))
return False