public static void Init ()
{
try {
// Init System DBus
NDesk.DBus.BusG.Init (NDesk.DBus.Bus.System);
} catch (Exception e) {
// Lack of specific exception
Log.Error (e, "Failed to access dbus session bus. Battery monitoring will be disabled.");
return;
}
try {
Manager manager = new Manager (new Context ());
foreach (Device device in manager.FindDeviceByCapability ("ac_adapter")) {
Log.Debug ("Found HAL device AC adapter for battery monitoring.");
device.PropertyModified += OnPropertyModified;
adapter = device;
prev_on_battery = ! device.GetPropertyBoolean ("ac_adapter.present");
break;
}
} catch (Exception e) {
Log.Error (e, "Failed to acquire a HAL device for battery monitoring");
}
}
public ICollection<Device> FindDeviceStringMatch (string key, string value)
{
List<Device> devices = new List<Device> ();
foreach (ObjectPath opath in manager.FindDeviceStringMatch (key, value)) {
Device device = new Device (context, opath);
devices.Add (device);
}
return devices;
}
public ICollection<Device> FindDeviceByCapability (string capability)
{
List<Device> devices = new List<Device> ();
foreach (ObjectPath opath in manager.FindDeviceByCapability (capability)) {
Device device = new Device (context, opath);
devices.Add (device);
}
return devices;
}
public ICollection<Device> GetAllDevices ()
{
List<Device> devices = new List<Device> ();
foreach (ObjectPath opath in manager.GetAllDevices ()) {
Device device = new Device (context, opath);
devices.Add (device);
}
return devices;
}
private bool IsMounted(Hal.Device device)
{
try {
if (!device.PropertyExists("volume.mount_point"))
{
return(false);
}
} catch {
return(false);
}
string mountPoint = device.GetPropertyString("volume.mount_point");
return(mountPoint != null && mountPoint != String.Empty);
}
public void ImportUdi (string udi)
{
/* probably a camera we need to contruct on of our gphoto2 uris */
Hal.Device dev = new Hal.Device (Core.HalContext, udi);
string mount_point = dev.GetPropertyString ("volume.mount_point");
int bus = dev.GetPropertyInt ("usb.bus_number");
int device = dev.GetPropertyInt ("usb.linux.device_number");
System.Console.WriteLine ("dev = {1} exists = {2} mount_point = {0} {3},{4}", mount_point, dev, dev.Exists, bus, device);
if (! dev.Exists || mount_point != null) {
ImportFile (mount_point);
} else {
string gphoto_uri = String.Format ("gphoto2:usb:{0},{1}", bus.ToString ("d3") , device.ToString ("d3"));
System.Console.WriteLine ("gphoto_uri = {0}", gphoto_uri);
ImportCamera (gphoto_uri);
}
}
public AccessControl (Context context, Device device)
: this (context, device.ObjectPath)
{
}
public static Device[] UdisToDevices(Context ctx, string [] udis)
{
if(ctx == null) {
return new Device[0];
}
Device [] devices = new Device[udis.Length];
for(int i = 0; i < udis.Length; i++) {
devices[i] = new Device(ctx, udis[i]);
}
return devices;
}
public Storage (Context context, Device device)
: this (context, device.ObjectPath)
{
}
public LaptopPanel (Context context, Device device)
: this (context, device.ObjectPath)
{
}
public SystemPowerManagement (Context context, Device device)
: this (context, device.ObjectPath)
{
}
public Device NewDevice ()
{
ObjectPath opath = manager.NewDevice ();
Device device = new Device (context, opath);
return device;
}
public bool DeviceExists (Device device)
{
return manager.DeviceExists (device.ObjectPath);
}
public KillSwitch (Context context, Device device)
: this (context, device.ObjectPath)
{
}
private bool IsIPod(Hal.Device device)
{
return(device.PropertyExists("org.podsleuth.version"));
}
public void Remove (Device udi)
{
manager.Remove (udi.ObjectPath);
}
public void CommitToGdl (Device tmp_udi, Device udi)
{
manager.CommitToGdl (tmp_udi.ObjectPath, udi.ObjectPath);
}
public Volume (Context context, Device device)
: this (context, device.ObjectPath)
{
}
public LightSensor (Context context, Device device)
: this (context, device.ObjectPath)
{
}
