def getDhcpInfo():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getDhcpInfo, data, reply, 0)
reply.readExceptionCode()
result = reply.readInt32()
def get_readable_address(addr):
return "%d:%d:%d:%d" % (addr & 0xff, (addr >> 8) & 0xff,
(addr >> 16) & 0xff, (addr >> 24) & 0xff)
if not result:
return None
ipAddress = get_readable_address(reply.readInt32())
gateway = get_readable_address(reply.readInt32())
netmask = get_readable_address(reply.readInt32())
dns1 = get_readable_address(reply.readInt32())
dns2 = get_readable_address(reply.readInt32())
serverAddress = get_readable_address(reply.readInt32())
leaseDuration = get_readable_address(reply.readInt32())
info = (ipAddress, gateway, netmask, dns1, dns2, serverAddress,
leaseDuration)
print "ipAddress %s,\ngateway %s,\nnetmask %s,\ndns1 %s,\ndns2 %s,\nserverAddress %s,\nleaseDuration %s" % info
return info
def isEthConfigured():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_isEthConfigured, data,reply,0)
reply.readExceptionCode()
return 0 != reply.readInt32()
def getEthState():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getEthState, data,reply,0)
reply.readExceptionCode()
return reply.readInt32()
def pingSupplicant():
_data = Parcel()
_reply = Parcel()
_data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_pingSupplicant, _data, _reply, 0)
_reply.readExceptionCode()
return _reply.readInt32() != 0
def getEthState():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getEthState, data, reply, 0)
reply.readExceptionCode()
return reply.readInt32()
def isEthDeviceAdded():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_isEthDeviceAdded, data, reply, 0)
reply.readExceptionCode()
return 0 != reply.readInt32()
def disableNetwork(netId):
_data = Parcel()
_reply = Parcel()
_data.writeInterfaceToken(DESCRIPTOR)
_data.writeInt32(netId)
mRemote.transact(TRANSACTION_disableNetwork, _data, _reply, 0)
_reply.readExceptionCode()
return _reply.readInt32() != 0
def getDeviceNameList():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getDeviceNameList, data,reply,0)
reply.readExceptionCode()
result = reply.readInt32()
arr = []
for i in range(result):
arr.append(reply.readString16())
return arr
def getDeviceNameList():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getDeviceNameList, data, reply, 0)
reply.readExceptionCode()
result = reply.readInt32()
arr = []
for i in range(result):
arr.append(reply.readString16())
return arr
def setWifiEnabled(enable):
_data = Parcel()
_reply = Parcel()
_data.writeInterfaceToken(DESCRIPTOR)
if enable:
_data.writeInt32(1)
else:
_data.writeInt32(0)
mRemote.transact(TRANSACTION_setWifiEnabled, _data,_reply,0)
_reply.readExceptionCode()
_result = (0!=_reply.readInt32())
return _result;
def getDhcpInfo():
data = Parcel()
reply = Parcel()
data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getDhcpInfo, data,reply,0)
reply.readExceptionCode()
result = reply.readInt32()
def get_readable_address(addr):
return "%d:%d:%d:%d"%(addr&0xff,(addr>>8)&0xff,(addr>>16)&0xff,(addr>>24)&0xff)
if not result:
return None
ipAddress = get_readable_address(reply.readInt32())
gateway = get_readable_address(reply.readInt32())
netmask = get_readable_address(reply.readInt32())
dns1 = get_readable_address(reply.readInt32())
dns2 = get_readable_address(reply.readInt32())
serverAddress = get_readable_address(reply.readInt32())
leaseDuration = get_readable_address(reply.readInt32())
info = (ipAddress,gateway,netmask,dns1,dns2,serverAddress,leaseDuration)
print "ipAddress %s,\ngateway %s,\nnetmask %s,\ndns1 %s,\ndns2 %s,\nserverAddress %s,\nleaseDuration %s"%info
return info
def setFrequencyBand(band, persist):
_data = Parcel()
_reply = Parcel()
_data.writeInterfaceToken(DESCRIPTOR)
if isinstance(country,str):
country = unicode(contry)
_data.writeInt32(band)
if persist:
_data.writeInt32(1)
else:
_data.writeInt32(0)
mRemote.transact(TRANSACTION_setFrequencyBand, _data,_reply,0)
_reply.readExceptionCode()
_result = (0!=_reply.readInt32())
return _result;
def getDhcpInfo():
_data = Parcel()
_reply = Parcel()
_data.writeInterfaceToken(DESCRIPTOR)
mRemote.transact(TRANSACTION_getDhcpInfo, _data,_reply,0)
_reply.readExceptionCode()
if 0 == _reply.readInt32():
return None
ipAddress = get_readable_address(reply.readInt32());
gateway = get_readable_address(reply.readInt32());
netmask = get_readable_address(reply.readInt32());
dns1 = get_readable_address(reply.readInt32());
dns2 = get_readable_address(reply.readInt32());
serverAddress = get_readable_address(reply.readInt32());
leaseDuration = get_readable_address(reply.readInt32());
info = (ipAddress,gateway,netmask,dns1,dns2,serverAddress,leaseDuration)
print "ipAddress %s,\ngateway %s,\nnetmask %s,\ndns1 %s,\ndns2 %s,\nserverAddress %s,\nleaseDuration %s"%info
return info
