def kernelEvent(data):
type, dir = data.split("@", 1)
if not dir.startswith("/class/net/"):
return
devname = dir[11:]
flag = 1
if type == "add":
ifc = network.IF(devname)
if ifc.isWireless():
return
devuid = ifc.deviceUID()
notify("Net.Link.deviceChanged", "added net %s %s" % (devuid, network.deviceName(devuid)))
conns = instances("name")
for conn in conns:
dev = Dev(conn)
if dev.ifc and dev.ifc.name == devname:
if dev.state == "up":
dev.up()
return
flag = 0
if flag:
notify("Net.Link.deviceChanged", "new net %s %s" % (devuid, network.deviceName(devuid)))
elif type == "remove":
conns = instances("name")
for conn in conns:
dev = Dev(conn)
# FIXME: dev.ifc is not enough :(
if dev.ifc and dev.ifc.name == devname:
if dev.state == "up":
notify("Net.Link.stateChanged", dev.name + "\ninaccessible " + "Device removed")
notify("Net.Link.deviceChanged", "removed net %s" % devname)
def kernelEvent(data):
type, dir = data.split("@", 1)
if not dir.startswith("/class/net/"):
return
devname = dir[11:]
flag = 1
ifc = network.IF(devname)
if type == "add":
if not ifc.isWireless():
return
devuid = ifc.deviceUID()
notify("Net.Link.deviceChanged", "added wifi %s %s" % (devuid, network.deviceName(devuid)))
conns = instances("name")
for conn in conns:
dev = Dev(conn)
if dev.ifc and dev.ifc.name == devname:
if dev.state == "up":
dev.up()
return
flag = 0
if flag:
notify("Net.Link.deviceChanged", "new wifi %s %s" % (devuid, network.deviceName(devuid)))
elif type == "remove":
conns = instances("name")
for conn in conns:
dev = Dev(conn)
# FIXME: ifc is not enough here :(
if dev.ifc and dev.ifc.name == devname:
if dev.state == "up":
notify("Net.Link.stateChanged", dev.name + "\ninaccessible " + "Device removed")
notify("Net.Link.deviceChanged", "removed wifi %s" % devname)
def connectionInfo(name=None):
dev = Dev(name, True)
s = "name=%s" % name
if dev.uid:
s += "\ndevice_id=%s\ndevice_name=%s" % (dev.uid,
network.deviceName(dev.uid))
s += "\nnet_mode=%s" % dev.mode
if dev.address:
s += "\nnet_address=%s" % dev.address
if dev.mask:
s += "\nnet_mask=%s" % dev.mask
if dev.gateway:
s += "\nnet_gateway=%s" % dev.gateway
s += "\nnamemode=%s" % dev.namemode
if dev.nameserver:
s += "\nnameserver=%s" % dev.nameserver
if dev.state == "up":
if dev.ifc:
if dev.mode == "auto":
if dev.ifc.isAuto() and dev.ifc.isUp():
state = "up " + dev.ifc.getAddress()[0]
else:
state = "inaccessible " + _(dhcp_fail_msg)
else:
if dev.ifc.isUp():
state = "up " + dev.ifc.getAddress()[0]
else:
state = "inaccessible " + _(no_device_msg)
else:
if dev.ifc:
state = "down"
else:
state = "unavailable"
s += "\nstate=%s" % state
return s
def connectionInfo(name=None):
dev = Dev(name, True)
s = "name=%s" % name
if dev.uid:
s += "\ndevice_id=%s\ndevice_name=%s" % (dev.uid, network.deviceName(dev.uid))
s += "\nnet_mode=%s" % dev.mode
if dev.address:
s += "\nnet_address=%s" % dev.address
if dev.mask:
s += "\nnet_mask=%s" % dev.mask
if dev.gateway:
s += "\nnet_gateway=%s" % dev.gateway
s += "\nnamemode=%s" % dev.namemode
if dev.nameserver:
s += "\nnameserver=%s" % dev.nameserver
if dev.state == "up":
if dev.ifc:
if dev.mode == "auto":
if dev.ifc.isAuto() and dev.ifc.isUp():
state = "up " + dev.ifc.getAddress()[0]
else:
state = "inaccessible " + _(dhcp_fail_msg)
else:
if dev.ifc.isUp():
state = "up " + dev.ifc.getAddress()[0]
else:
state = "inaccessible " + _(no_device_msg)
else:
if dev.ifc:
state = "down"
else:
state = "unavailable"
s += "\nstate=%s" % state
return s
def deviceList():
iflist = []
for ifc in network.interfaces():
if ifc.isEthernet() and not ifc.isWireless():
uid = ifc.deviceUID()
info = network.deviceName(uid)
iflist.append("%s %s" % (uid, info))
return "\n".join(iflist)
def deviceList():
iflist = []
for ifc in network.interfaces():
if ifc.isEthernet() and not ifc.isWireless():
uid = ifc.deviceUID()
info = network.deviceName(uid)
iflist.append("%s %s" % (uid, info))
return "\n".join(iflist)