func (m *EntryProxyerManager) registerEntry(name string) {
if !isEntryNameValid(name) {
return
}
logger.Debugf("register entry: %s", name)
entryId, ok := getEntryId(name)
if !ok {
return
}
logger.Debugf("register entry id: %s", entryId)
entry, err := NewEntryProxyer(entryId)
if err != nil {
logger.Warningf("register entry failed: %v", err)
return
}
err = dbus.InstallOnSession(entry)
if err != nil {
logger.Warningf("register entry failed: %v", err)
return
}
m.Entries = append(m.Entries, entry)
dbus.Emit(m, "Added", dbus.ObjectPath(entry.GetDBusInfo().ObjectPath))
logger.Infof("register entry success: %s", name)
}
func nmActivateConnection(cpath, devPath dbus.ObjectPath) (apath dbus.ObjectPath, err error) {
spath := dbus.ObjectPath("/")
apath, err = nmManager.ActivateConnection(cpath, devPath, spath)
if err != nil {
if data, err := nmGetConnectionData(cpath); err == nil {
nmHandleActivatingError(data, devPath)
}
logger.Error(err)
return
}
return
}
func doNewConnectionSession(devPath dbus.ObjectPath, uuid string) (s *ConnectionSession) {
s = &ConnectionSession{}
s.sessionPath = dbus.ObjectPath(fmt.Sprintf("/com/deepin/daemon/ConnectionSession/%s", utils.RandString(8)))
s.devPath = devPath
s.Uuid = uuid
s.data = make(connectionData)
s.AvailableVirtualSections = make([]string, 0)
s.AvailableKeys = make(map[string][]string)
s.Errors = make(sessionErrors)
s.settingKeyErrors = make(sessionErrors)
return s
}
func nmAddAndActivateConnection(data connectionData, devPath dbus.ObjectPath) (cpath, apath dbus.ObjectPath, err error) {
if len(devPath) == 0 {
devPath = "/"
}
spath := dbus.ObjectPath("/")
cpath, apath, err = nmManager.AddAndActivateConnection(data, devPath, spath)
if err != nil {
nmHandleActivatingError(data, devPath)
logger.Error(err, "devPath:", devPath)
return
}
return
}
func nmGeneralGetDeviveSysPath(devPath dbus.ObjectPath) (sysPath string, err error) {
dev, err := nmNewDevice(devPath)
if err != nil {
return
}
switch dev.DeviceType.Get() {
case NM_DEVICE_TYPE_MODEM:
sysPath, _ = mmGetModemDeviceSysPath(dbus.ObjectPath(dev.Udi.Get()))
default:
sysPath = dev.Udi.Get()
}
return
}
func (m *Manager) FeedSecret(path string, name, key string, autoConnect bool) {
logger.Debug("FeedSecret:", path, name, "xxxx")
opath := dbus.ObjectPath(path)
m.agent.feedSecret(opath, name, key)
// FIXME: update secret data in connection settings manually to fix
// password popup issue when editing such connections
data, err := nmGetConnectionData(opath)
if err != nil {
return
}
generalSetSettingAutoconnect(data, autoConnect)
doFillSecret(data, data, name, key)
nmUpdateConnectionData(opath, data)
}
func getDiskCap() (uint64, error) {
udisk, err := udisks2.NewObjectManager(
"org.freedesktop.UDisks2",
"/org/freedesktop/UDisks2")
if err != nil {
return 0, err
}
var (
diskCap uint64
driList []dbus.ObjectPath
)
managers, _ := udisk.GetManagedObjects()
for _, value := range managers {
if _, ok := value["org.freedesktop.UDisks2.Block"]; ok {
v := value["org.freedesktop.UDisks2.Block"]["Drive"]
path := v.Value().(dbus.ObjectPath)
if path != dbus.ObjectPath("/") {
flag := false
l := len(driList)
for i := 0; i < l; i++ {
if driList[i] == path {
flag = true
break
}
}
if !flag {
driList = append(driList, path)
}
}
}
}
for _, driver := range driList {
_, driExist := managers[driver]
rm, _ := managers[driver]["org.freedesktop.UDisks2.Drive"]["Removable"]
if driExist && !(rm.Value().(bool)) {
size := managers[driver]["org.freedesktop.UDisks2.Drive"]["Size"]
diskCap += size.Value().(uint64)
}
}
udisks2.DestroyObjectManager(udisk)
return diskCap, nil
}
func nmGeneralGetDeviceIdentifier(devPath dbus.ObjectPath) (devId string, err error) {
// get device unique identifier, use hardware address if exists
dev, err := nmNewDevice(devPath)
if err != nil {
return
}
devType := dev.DeviceType.Get()
switch devType {
case NM_DEVICE_TYPE_MODEM:
modemPath := dev.Udi.Get()
devId, err = mmGetModemDeviceIdentifier(dbus.ObjectPath(modemPath))
case NM_DEVICE_TYPE_ADSL:
err = fmt.Errorf("could not get adsl device identifier now")
logger.Error(err)
default:
devId, err = nmGeneralGetDeviceHwAddr(devPath)
}
return
}
func (batGroup *batteryGroup) AddBatteryDevice(path dbus.ObjectPath) {
batGroup.changeLock.Lock()
defer batGroup.changeLock.Unlock()
if batGroup.isBatteryPathExist(path) {
return
}
dev, err := libupower.NewDevice(UPOWER_BUS_NAME, dbus.ObjectPath(path))
if err != nil {
logger.Warning("New Device Failed:", err)
return
}
if dev.Type.Get() != DeviceTypeBattery {
return
}
batGroup.BatList = append(batGroup.BatList,
newBatteryDevice(dev, batGroup.propChangedHandler))
}
func NewEntryProxyer(entryId string) (*EntryProxyer, error) {
if core, err := NewRemoteEntry(entryDestPrefix+entryId, dbus.ObjectPath(entryPathPrefix+entryId)); err != nil {
return nil, err
} else {
remoteEntryId := core.Id.Get()
if "" == remoteEntryId {
return nil, errors.New("Empty remote entry id")
}
e := &EntryProxyer{
core: core,
entryId: entryId,
Id: remoteEntryId,
Type: core.Type.Get(),
Data: core.Data.Get(),
}
e.core.ConnectDataChanged(func(key, value string) {
if e.Data != nil {
e.Data[key] = value
dbus.Emit(e, "DataChanged", key, value)
}
})
return e, nil
}
}
func (m *Manager) CancelSecret(path string, name string) {
logger.Debug("CancelSecret:", path, name)
m.agent.CancelGetSecrets(dbus.ObjectPath(path), name)
}
func (m *Manager) doGetActiveConnectionInfo(apath, devPath dbus.ObjectPath) (acinfo activeConnectionInfo, err error) {
var connType, connName, mobileNetworkType, security, devType, devIfc, hwAddress, speed string
var ip4Address, ip4Mask string
var ip4Gateways, ip4Dnses []string
var ip6Address, ip6Prefix string
var ip6Gateways, ip6Dnses []string
var ip4Info ip4ConnectionInfo
var ip6Info ip6ConnectionInfo
// active connection
nmAConn, err := nmNewActiveConnection(apath)
if err != nil {
return
}
nmConn, err := nmNewSettingsConnection(nmAConn.Connection.Get())
if err != nil {
return
}
// device
nmDev, err := nmNewDevice(devPath)
if err != nil {
return
}
devType = getCustomDeviceType(nmDev.DeviceType.Get())
devIfc = nmDev.Interface.Get()
if devType == deviceModem {
mobileNetworkType = mmGetModemMobileNetworkType(dbus.ObjectPath(nmDev.Udi.Get()))
}
// connection data
hwAddress, err = nmGeneralGetDeviceHwAddr(devPath)
if err != nil {
hwAddress = ""
}
speed = nmGeneralGetDeviceSpeed(devPath)
cdata, err := nmConn.GetSettings()
if err != nil {
return
}
connName = getSettingConnectionId(cdata)
connType = getCustomConnectionType(cdata)
// security
use8021xSecurity := false
switch getSettingConnectionType(cdata) {
case NM_SETTING_WIRED_SETTING_NAME:
if getSettingVk8021xEnable(cdata) {
use8021xSecurity = true
} else {
security = Tr("None")
}
case NM_SETTING_WIRELESS_SETTING_NAME:
switch getSettingVkWirelessSecurityKeyMgmt(cdata) {
case "none":
security = Tr("None")
case "wep":
security = Tr("WEP 40/128-bit Key")
case "wpa-psk":
security = Tr("WPA/WPA2 Personal")
case "wpa-eap":
use8021xSecurity = true
}
}
if use8021xSecurity {
switch getSettingVk8021xEap(cdata) {
case "tls":
security = "EAP/" + Tr("TLS")
case "md5":
security = "EAP/" + Tr("MD5")
case "leap":
security = "EAP/" + Tr("LEAP")
case "fast":
security = "EAP/" + Tr("FAST")
case "ttls":
security = "EAP/" + Tr("Tunneled TLS")
case "peap":
security = "EAP/" + Tr("Protected EAP")
}
}
// ipv4
if ip4Path := nmDev.Ip4Config.Get(); isNmObjectPathValid(ip4Path) {
ip4Address, ip4Mask, ip4Gateways, ip4Dnses = nmGetIp4ConfigInfo(ip4Path)
}
ip4Info = ip4ConnectionInfo{
Address: ip4Address,
Mask: ip4Mask,
Gateways: ip4Gateways,
Dnses: ip4Dnses,
}
// ipv6
if ip6Path := nmDev.Ip6Config.Get(); isNmObjectPathValid(ip6Path) {
ip6Address, ip6Prefix, ip6Gateways, ip6Dnses = nmGetIp6ConfigInfo(ip6Path)
}
ip6Info = ip6ConnectionInfo{
Address: ip6Address,
Prefix: ip6Prefix,
Gateways: ip6Gateways,
Dnses: ip6Dnses,
}
acinfo = activeConnectionInfo{
IsPrimaryConnection: nmGetPrimaryConnection() == apath,
ConnectionType: connType,
ConnectionName: connName,
MobileNetworkType: mobileNetworkType,
Security: security,
DeviceType: devType,
DeviceInterface: devIfc,
HwAddress: hwAddress,
Speed: speed,
Ip4: ip4Info,
Ip6: ip6Info,
}
return
}
func (sh *stateHandler) watch(path dbus.ObjectPath) {
defer func() {
if err := recover(); err != nil {
sh.locker.Lock()
defer sh.locker.Unlock()
delete(sh.devices, path)
logger.Error(err)
}
}()
if dev, err := nmNewDevice(path); err == nil {
sh.locker.Lock()
defer sh.locker.Unlock()
sh.devices[path] = &deviceStateInfo{nmDev: dev}
sh.devices[path].devType = dev.DeviceType.Get()
sh.devices[path].devUdi = dev.Udi.Get()
if data, err := nmGetDeviceActiveConnectionData(path); err == nil {
// remember active connection id if exists
sh.devices[path].aconnId = getSettingConnectionId(data)
}
// connect signals
dev.ConnectStateChanged(func(newState, oldState, reason uint32) {
sh.locker.Lock()
defer sh.locker.Unlock()
dsi, ok := sh.devices[path]
if !ok {
// the device already been removed
return
}
switch newState {
case NM_DEVICE_STATE_PREPARE:
if data, err := nmGetDeviceActiveConnectionData(path); err == nil {
dsi.aconnId = getSettingConnectionId(data)
}
case NM_DEVICE_STATE_ACTIVATED:
icon := generalGetNotifyConnectedIcon(dsi.devType, path)
msg := dsi.aconnId
notify(icon, Tr("Connected"), msg)
case NM_DEVICE_STATE_FAILED, NM_DEVICE_STATE_DISCONNECTED,
NM_DEVICE_STATE_UNMANAGED, NM_DEVICE_STATE_UNAVAILABLE:
logger.Infof("device disconnected, type %s, %d => %d, reason[%d] %s", getCustomDeviceType(dsi.devType), oldState, newState, reason, deviceErrorTable[reason])
// ignore device removed signals for that could not
// query related information correct
if reason == NM_DEVICE_STATE_REASON_REMOVED {
return
}
// notify only when network enabled and the device activated before
if !nmGetNetworkEnabled() || !isDeviceStateInActivating(oldState) {
return
}
// fix reasons
switch dsi.devType {
case NM_DEVICE_TYPE_ETHERNET:
if reason == NM_DEVICE_STATE_REASON_CARRIER {
reason = GUESS_NM_DEVICE_STATE_REASON_CABLE_UNPLUGGED
}
case NM_DEVICE_TYPE_MODEM:
if isDeviceStateReasonInvalid(reason) {
// mobile device is specially, fix its reasons here
signalQuality, _ := mmGetModemDeviceSignalQuality(dbus.ObjectPath(dsi.devUdi))
if signalQuality == 0 {
reason = GUESS_NM_DEVICE_STATE_REASON_MODEM_NO_SIGNAL
} else {
reason = GUESS_NM_DEVICE_STATE_REASON_MODEM_WRONG_PLAN
}
}
}
// ignore invalid reasons
if isDeviceStateReasonInvalid(reason) {
return
}
var icon, msg string
icon = generalGetNotifyDisconnectedIcon(dsi.devType, path)
if len(msg) == 0 {
if newState == NM_DEVICE_STATE_DISCONNECTED && reason == NM_DEVICE_STATE_REASON_USER_REQUESTED {
msg = dsi.aconnId
} else {
msg = deviceErrorTable[reason]
}
}
notify(icon, Tr("Disconnected"), msg)
}
})
}
}
func (m *Manager) newDevice(devPath dbus.ObjectPath) (dev *device, err error) {
nmDev, err := nmNewDevice(devPath)
if err != nil {
return
}
dev = &device{
nmDev: nmDev,
nmDevType: nmDev.DeviceType.Get(),
Path: nmDev.Path,
State: nmDev.State.Get(),
}
dev.Managed = nmGeneralIsDeviceManaged(devPath)
dev.Vendor = nmGeneralGetDeviceVendor(devPath)
dev.UsbDevice = nmGeneralIsUsbDevice(devPath)
dev.id, _ = nmGeneralGetDeviceIdentifier(devPath)
dev.udi = dev.nmDev.Udi.Get()
dev.UniqueUuid = nmGeneralGetDeviceUniqueUuid(devPath)
// dispatch for different device types
switch dev.nmDevType {
case NM_DEVICE_TYPE_ETHERNET:
if nmDevWired, err := nmNewDeviceWired(dev.Path); err == nil {
dev.HwAddress = nmDevWired.HwAddress.Get()
}
m.ensureWiredConnectionExists(dev.Path, true)
case NM_DEVICE_TYPE_WIFI:
if nmDevWireless, err := nmNewDeviceWireless(dev.Path); err == nil {
dev.HwAddress = nmDevWireless.HwAddress.Get()
dev.nmDevWireless = nmDevWireless
// connect property, about wireless active access point
dev.nmDevWireless.ActiveAccessPoint.ConnectChanged(func() {
if !m.isDeviceExists(devPath) {
return
}
m.devicesLock.Lock()
defer m.devicesLock.Unlock()
dev.ActiveAp = nmDevWireless.ActiveAccessPoint.Get()
m.setPropDevices()
})
dev.ActiveAp = nmDevWireless.ActiveAccessPoint.Get()
// connect signal AccessPointAdded() and AccessPointRemoved()
dev.nmDevWireless.ConnectAccessPointAdded(func(apPath dbus.ObjectPath) {
m.addAccessPoint(dev.Path, apPath)
})
dev.nmDevWireless.ConnectAccessPointRemoved(func(apPath dbus.ObjectPath) {
m.removeAccessPoint(dev.Path, apPath)
})
for _, apPath := range nmGetAccessPoints(dev.Path) {
m.addAccessPoint(dev.Path, apPath)
}
}
case NM_DEVICE_TYPE_MODEM:
if len(dev.id) == 0 {
// some times, modem device will not be identified
// successful for battery issue, so check and ignore it
// here
err = fmt.Errorf("modem device is not properly identified, please re-plugin it")
return
}
m.ensureMobileConnectionExists(dev.Path, false)
go func() {
// disable autoconnect property for mobile devices
// notice: sleep is necessary seconds before setting dbus values
// FIXME: seems network-manager will restore Autoconnect's value some times
time.Sleep(3 * time.Second)
nmSetDeviceAutoconnect(dev.Path, false)
}()
if mmDevModem, err := mmNewModem(dbus.ObjectPath(dev.udi)); err == nil {
dev.mmDevModem = mmDevModem
// connect properties
dev.mmDevModem.AccessTechnologies.ConnectChanged(func() {
if !m.isDeviceExists(devPath) {
return
}
m.devicesLock.Lock()
defer m.devicesLock.Unlock()
dev.MobileNetworkType = mmDoGetModemMobileNetworkType(mmDevModem.AccessTechnologies.Get())
m.setPropDevices()
})
dev.MobileNetworkType = mmDoGetModemMobileNetworkType(mmDevModem.AccessTechnologies.Get())
dev.mmDevModem.SignalQuality.ConnectChanged(func() {
if !m.isDeviceExists(devPath) {
return
}
m.devicesLock.Lock()
defer m.devicesLock.Unlock()
dev.MobileSignalQuality = mmDoGetModemDeviceSignalQuality(mmDevModem.SignalQuality.Get())
m.setPropDevices()
})
dev.MobileSignalQuality = mmDoGetModemDeviceSignalQuality(mmDevModem.SignalQuality.Get())
}
}
// connect signal
dev.nmDev.ConnectStateChanged(func(newState, oldState, reason uint32) {
logger.Infof("device state changed, %d => %d, reason[%d] %s", oldState, newState, reason, deviceErrorTable[reason])
if !m.isDeviceExists(devPath) {
return
}
m.devicesLock.Lock()
defer m.devicesLock.Unlock()
if reason == NM_DEVICE_STATE_REASON_REMOVED {
return
}
dev.State = newState
dev.Managed = nmGeneralIsDeviceManaged(dev.Path)
m.setPropDevices()
m.config.updateDeviceConfig(dev.Path)
m.config.syncDeviceState(dev.Path)
})
dev.State = dev.nmDev.State.Get()
m.config.addDeviceConfig(devPath)
m.switchHandler.initDeviceState(devPath)
return
}
