/// <summary>
/// Stops this UPnP network tracker's activity, i.e. closes the UPnP network listener and clears all
/// <see cref="KnownRootDevices"/>.
/// </summary>
public void Close()
{
lock (_cpData.SyncObj)
{
if (!_active)
{
return;
}
_active = false;
foreach (RootEntry entry in _cpData.SSDPController.RootEntries)
{
RootDescriptor rd = GetRootDescriptor(entry);
if (rd == null)
{
continue;
}
InvalidateDescriptor(rd);
}
SSDPClientController ssdpController = _cpData.SSDPController;
ssdpController.Close();
ssdpController.RootDeviceAdded -= OnSSDPRootDeviceAdded;
ssdpController.RootDeviceRemoved -= OnSSDPRootDeviceRemoved;
ssdpController.DeviceRebooted -= OnSSDPDeviceRebooted;
ssdpController.DeviceConfigurationChanged -= OnSSDPDeviceConfigurationChanged;
_cpData.SSDPController = null;
foreach (DescriptionRequestState state in _pendingRequests)
{
state.Request.Abort();
}
_pendingRequests.Clear();
}
}
private void OnServiceDescriptionReceived(IAsyncResult asyncResult)
{
DescriptionRequestState state = (DescriptionRequestState)asyncResult.AsyncState;
RootDescriptor rd = state.RootDescriptor;
HttpWebRequest request = state.Request;
try
{
using (WebResponse response = request.EndGetResponse(asyncResult))
{
using (_cpData.Lock.EnterRead())
if (rd.State != RootDescriptorState.AwaitingServiceDescriptions)
{
return;
}
try
{
using (Stream body = CompressionHelper.Decompress(response))
{
XPathDocument xmlServiceDescription = new XPathDocument(body);
state.CurrentServiceDescriptor.ServiceDescription = xmlServiceDescription;
state.CurrentServiceDescriptor.State = ServiceDescriptorState.Ready;
}
}
catch (Exception) // Don't log exceptions at this low protocol level
{
using (_cpData.Lock.EnterWrite())
{
state.CurrentServiceDescriptor.State = ServiceDescriptorState.Erroneous;
rd.State = RootDescriptorState.Erroneous;
}
}
finally
{
response.Close();
}
}
}
catch (WebException e)
{
state.CurrentServiceDescriptor.State = ServiceDescriptorState.Erroneous;
using (_cpData.Lock.EnterWrite())
rd.State = RootDescriptorState.Erroneous;
if (e.Response != null)
{
e.Response.Close();
}
}
// Don't hold the lock while calling ContinueGetServiceDescription - that method is calling event handlers
try
{
ContinueGetServiceDescription(state);
}
catch (Exception) // Don't log exceptions at this low protocol level
{
using (_cpData.Lock.EnterWrite())
rd.State = RootDescriptorState.Erroneous;
}
}
protected void InitializeRootDescriptor(RootEntry rootEntry)
{
RootDescriptor rd = new RootDescriptor(rootEntry)
{
State = RootDescriptorState.AwaitingDeviceDescription
};
lock (_cpData.SyncObj)
SetRootDescriptor(rootEntry, rd);
try
{
LinkData preferredLink = rootEntry.PreferredLink;
HttpWebRequest request = CreateHttpGetRequest(new Uri(preferredLink.DescriptionLocation), preferredLink.Endpoint.EndPointIPAddress);
DescriptionRequestState state = new DescriptionRequestState(rd, request);
lock (_cpData.SyncObj)
_pendingRequests.Add(state);
IAsyncResult result = request.BeginGetResponse(OnDeviceDescriptionReceived, state);
NetworkHelper.AddTimeout(request, result, PENDING_REQUEST_TIMEOUT * 1000);
}
catch (Exception) // Don't log messages at this low protocol level
{
lock (_cpData.SyncObj)
rd.State = RootDescriptorState.Erroneous;
}
}
private void HandleDeviceConfigurationChanged(RootDescriptor rootDescriptor)
{
// Configuration changes cannot be given to our clients because they need a re-initialization of the
// device and all service description documents. So configuration changes will be handled by invocing a
// root device remove/add event combination. The add event will be fired when the initialization of the root descriptor has finished.
InvokeRootDeviceRemoved(rootDescriptor);
InitializeRootDescriptor(rootDescriptor.SSDPRootEntry);
}
protected DeviceConnection DoConnect(RootDescriptor descriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver, bool useHttpKeepAlive = true)
{
lock (_cpData.SyncObj)
{
DeviceConnection connection = new DeviceConnection(this, descriptor, deviceUuid, _cpData, dataTypeResolver, useHttpKeepAlive);
_connectedDevices.Add(deviceUuid, connection);
return(connection);
}
}
public static ServerDescriptor GetMPBackendServerDescriptor(RootDescriptor uPnPRootDescriptor)
{
DeviceDescriptor rootDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(uPnPRootDescriptor);
if (rootDescriptor == null)
return null;
DeviceDescriptor serverDeviceDescriptor = rootDescriptor.FindFirstDevice(
UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
return serverDeviceDescriptor == null ? null : new ServerDescriptor(serverDeviceDescriptor);
}
private void OnSSDPDeviceConfigurationChanged(RootEntry rootEntry)
{
RootDescriptor rd = GetRootDescriptor(rootEntry);
if (rd == null)
{
return;
}
HandleDeviceConfigurationChanged(rd);
}
private void OnDeviceRebooted(RootDescriptor rootdescriptor)
{
foreach (DeviceConnection connection in _connectedDevices.Values)
{
if (connection.RootDescriptor == rootdescriptor)
{
connection.OnDeviceRebooted();
}
}
}
protected void InvalidateDescriptor(RootDescriptor rd)
{
rd.State = RootDescriptorState.Invalid;
foreach (IDictionary <string, ServiceDescriptor> sdDict in rd.ServiceDescriptors.Values)
{
foreach (ServiceDescriptor sd in sdDict.Values)
{
sd.State = ServiceDescriptorState.Invalid;
}
}
}
/// <summary>
/// Creates a new <see cref="DeviceConnection"/> to the UPnP device contained in the given
/// <paramref name="rootDescriptor"/> with the given <paramref name="deviceUuid"/>.
/// </summary>
/// <param name="controlPoint">Control point hosting the new device connection instance.</param>
/// <param name="rootDescriptor">Root descriptor containing the description of the UPnP device to connect.</param>
/// <param name="deviceUuid">UUID of the UPnP device to connect.</param>
/// <param name="cpData">Shared control point data structure.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
public DeviceConnection(UPnPControlPoint controlPoint, RootDescriptor rootDescriptor, string deviceUuid,
CPData cpData, DataTypeResolverDlgt dataTypeResolver)
{
_controlPoint = controlPoint;
_cpData = cpData;
_rootDescriptor = rootDescriptor;
_deviceUUID = deviceUuid;
_genaClientController = new GENAClientController(_cpData, this, rootDescriptor.SSDPRootEntry.PreferredLink.Endpoint, rootDescriptor.SSDPRootEntry.UPnPVersion);
BuildDeviceProxy(rootDescriptor, deviceUuid, dataTypeResolver);
_genaClientController.Start();
}
/// <summary>
/// Establishes the actual device connection by building the control point's proxy device tree corresponding to the
/// device contained in the given <paramref name="rootDescriptor"/> specified by its <paramref name="deviceUUID"/>.
/// </summary>
/// <param name="rootDescriptor">Root descriptor which contains the device to build.</param>
/// <param name="deviceUUID">UUID of the device to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
private void BuildDeviceProxy(RootDescriptor rootDescriptor, string deviceUUID, DataTypeResolverDlgt dataTypeResolver)
{
if (rootDescriptor.State != RootDescriptorState.Ready)
{
throw new ArgumentException("Root descriptor is not ready - cannot connect");
}
DeviceDescriptor rootDeviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
DeviceDescriptor deviceDescriptor = rootDeviceDescriptor.FindDevice(deviceUUID);
_device = CpDevice.ConnectDevice(this, deviceDescriptor, dataTypeResolver);
}
private void OnSSDPRootDeviceRemoved(RootEntry rootEntry)
{
RootDescriptor rd = GetRootDescriptor(rootEntry);
if (rd == null)
{
return;
}
lock (_cpData.SyncObj)
InvalidateDescriptor(rd);
InvokeRootDeviceRemoved(rd);
}
private void OnSSDPRootDeviceRemoved(RootEntry rootEntry)
{
RootDescriptor rd = GetRootDescriptor(rootEntry);
if (rd == null)
{
return;
}
using (_cpData.Lock.EnterWrite())
InvalidateDescriptor(rd);
InvokeRootDeviceRemoved(rd);
}
private void OnDeviceDescriptionReceived(IAsyncResult asyncResult)
{
DescriptionRequestState state = (DescriptionRequestState)asyncResult.AsyncState;
RootDescriptor rd = state.RootDescriptor;
HttpWebRequest request = state.Request;
try
{
WebResponse response = request.EndGetResponse(asyncResult);
if (rd.State != RootDescriptorState.AwaitingDeviceDescription)
{
return;
}
try
{
using (Stream body = CompressionHelper.Decompress(response))
{
XPathDocument xmlDeviceDescription = new XPathDocument(body);
lock (_cpData.SyncObj)
{
rd.DeviceDescription = xmlDeviceDescription;
DeviceDescriptor rootDeviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rd);
if (rootDeviceDescriptor == null)
{ // No root device description available
rd.State = RootDescriptorState.Erroneous;
return;
}
ExtractServiceDescriptorsRecursive(rootDeviceDescriptor, rd.ServiceDescriptors, state.PendingServiceDescriptions);
rd.State = RootDescriptorState.AwaitingServiceDescriptions;
}
}
ContinueGetServiceDescription(state);
}
catch (Exception) // Don't log exceptions at this low protocol level
{
rd.State = RootDescriptorState.Erroneous;
}
finally
{
response.Close();
}
}
catch (WebException e)
{
rd.State = RootDescriptorState.Erroneous;
if (e.Response != null)
{
e.Response.Close();
}
}
}
protected void InvokeDeviceRebooted(RootDescriptor rd)
{
try
{
DeviceRebootedDlgt dlgt = DeviceRebooted;
if (dlgt != null)
{
dlgt(rd);
}
}
catch (Exception e)
{
UPnPConfiguration.LOGGER.Warn("UPnPNetworkTracker: Error invoking DeviceRebooted delegate", e);
}
}
private void ContinueGetServiceDescription(DescriptionRequestState state)
{
RootDescriptor rootDescriptor = state.RootDescriptor;
IEnumerator <ServiceDescriptor> enumer = state.PendingServiceDescriptions.GetEnumerator();
if (!enumer.MoveNext())
{
using (_cpData.Lock.EnterWrite())
{
if (rootDescriptor.State != RootDescriptorState.AwaitingServiceDescriptions)
{
return;
}
_pendingRequests.Remove(state);
rootDescriptor.State = RootDescriptorState.Ready;
}
// This event is needed for two cases: 1) "Normal" first device advertisement, 2) configuration change event (see comment in method HandleDeviceConfigurationChanged)
InvokeRootDeviceAdded(rootDescriptor);
}
else
{
using (_cpData.Lock.EnterRead())
if (rootDescriptor.State != RootDescriptorState.AwaitingServiceDescriptions)
{
return;
}
state.CurrentServiceDescriptor = enumer.Current;
string url = state.CurrentServiceDescriptor.DescriptionURL;
state.PendingServiceDescriptions.Remove(state.CurrentServiceDescriptor);
state.CurrentServiceDescriptor.State = ServiceDescriptorState.AwaitingDescription;
try
{
LinkData preferredLink = rootDescriptor.SSDPRootEntry.PreferredLink;
HttpWebRequest request = CreateHttpGetRequest(new Uri(new Uri(preferredLink.DescriptionLocation), url),
preferredLink.Endpoint.EndPointIPAddress);
state.Request = request;
IAsyncResult result = request.BeginGetResponse(OnServiceDescriptionReceived, state);
NetworkHelper.AddTimeout(request, result, PENDING_REQUEST_TIMEOUT * 1000);
}
catch (Exception) // Don't log exceptions at this low protocol level
{
using (_cpData.Lock.EnterWrite())
state.CurrentServiceDescriptor.State = ServiceDescriptorState.Erroneous;
}
}
}
void OnUPnPRootDeviceAdded(RootDescriptor rootDescriptor)
{
ICollection<ServerDescriptor> availableServers;
lock (_networkTracker.SharedControlPointData.SyncObj)
{
ServerDescriptor serverDescriptor = ServerDescriptor.GetMPBackendServerDescriptor(rootDescriptor);
if (serverDescriptor == null || _availableServers.Contains(serverDescriptor))
return;
SystemName preferredLink = serverDescriptor.GetPreferredLink();
ServiceRegistration.Get<ILogger>().Debug("UPnPServerWatcher: Found MediaPortal 2 BackendServer '{0}' at host '{1}' (IP address: '{2}')",
serverDescriptor.ServerName, preferredLink.HostName, preferredLink.Address);
_availableServers.Add(serverDescriptor);
availableServers = _availableServers;
}
InvokeAvailableBackendServersChanged(availableServers, true);
}
private void OnSSDPDeviceRebooted(RootEntry rootEntry, bool configurationChanged)
{
RootDescriptor rd = GetRootDescriptor(rootEntry);
if (rd == null)
{
return;
}
if (configurationChanged)
{
HandleDeviceConfigurationChanged(rd);
}
else
{
InvokeDeviceRebooted(rd);
}
}
protected IResourceInformationService TryGetResourceInformationService(RootDescriptor rootDescriptor)
{
DeviceConnection connection;
lock (_networkTracker.SharedControlPointData.SyncObj)
{
object service;
if (rootDescriptor.SSDPRootEntry.ClientProperties.TryGetValue(KEY_RESOURCE_INFORMATION_SERVICE, out service))
return service as IResourceInformationService;
}
DeviceDescriptor rootDevice = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
DeviceDescriptor frontendServerDevice = rootDevice.FindFirstDevice(
UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION) ??
rootDevice.FindFirstDevice(UPnPTypesAndIds.FRONTEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.FRONTEND_SERVER_DEVICE_TYPE_VERSION);
if (frontendServerDevice == null)
return null;
string deviceUuid = frontendServerDevice.DeviceUUID;
try
{
connection = _controlPoint.Connect(rootDescriptor, deviceUuid, UPnPExtendedDataTypes.ResolveDataType);
}
catch (Exception e)
{
ServiceRegistration.Get<ILogger>().Warn("Error connecting to UPnP MP2 device '{0}'", e, deviceUuid);
return null;
}
try
{
CpService rasStub = connection.Device.FindServiceByServiceId(UPnPTypesAndIds.RESOURCE_INFORMATION_SERVICE_ID);
if (rasStub == null)
throw new InvalidDataException("ResourceAccess service not found in device '{0}'", deviceUuid);
IResourceInformationService ris = new UPnPResourceInformationServiceProxy(rasStub);
lock (_networkTracker.SharedControlPointData.SyncObj)
rootDescriptor.SSDPRootEntry.ClientProperties[KEY_RESOURCE_INFORMATION_SERVICE] = ris;
return ris;
}
catch (Exception e)
{
ServiceRegistration.Get<ILogger>().Warn("Error connecting to services of UPnP MP2 device '{0}'", e, deviceUuid);
_controlPoint.Disconnect(deviceUuid);
return null;
}
}
/// <summary>
/// Connects to the device of the given <paramref name="deviceUuid"/> specified in the <paramref name="rootDescriptor"/>.
/// </summary>
/// <param name="rootDescriptor">UPnP root descriptor to connect.</param>
/// <param name="deviceUuid">UUID of the device in the root descriptor which is the node to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
/// <param name="useHttpKeepAlive"><c>True</c> to set the HTTP keep-alive header in action requests sent over the connection, otherwise <c>false</c>.</param>
/// <exception cref="ArgumentException">
/// <list type="bullet">
/// <item>If the device with the specified <paramref name="deviceUuid"/> isn't present
/// in the given <paramref name="rootDescriptor"/></item>
/// <item>If the given <paramref name="rootDescriptor"/> has is in an erroneous state
/// (<c><see cref="RootDescriptor.State"/> == <see cref="RootDescriptorState.Erroneous"/></c>)</item>
/// <item>If the given <paramref name="rootDescriptor"/> contains erroneous data, e.g. erroneous device or
/// service descriptions</item>
/// </list>
/// </exception>
public DeviceConnection Connect(RootDescriptor rootDescriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver, bool useHttpKeepAlive = true)
{
return DoConnect(rootDescriptor, deviceUuid, dataTypeResolver, useHttpKeepAlive);
}
protected DeviceConnection DoConnect(RootDescriptor descriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver, bool useHttpKeepAlive = true)
{
lock (_cpData.SyncObj)
{
DeviceConnection connection = new DeviceConnection(this, descriptor, deviceUuid, _cpData, dataTypeResolver, useHttpKeepAlive);
_connectedDevices.Add(deviceUuid, connection);
return connection;
}
}
private void OnDeviceRebooted(RootDescriptor rootdescriptor)
{
foreach (DeviceConnection connection in _connectedDevices.Values)
if (connection.RootDescriptor == rootdescriptor)
connection.OnDeviceRebooted();
}
private void OnRootDeviceRemoved(RootDescriptor rootdescriptor)
{
DoDisconnect(rootdescriptor.SSDPRootEntry.RootDeviceUUID, false);
}
void OnUPnPRootDeviceRemoved(RootDescriptor rootDescriptor)
{
ClientDescriptor clientDescriptor;
lock (_networkTracker.SharedControlPointData.SyncObj)
{
clientDescriptor = ClientDescriptor.GetMPFrontendServerDescriptor(rootDescriptor);
if (clientDescriptor == null || !_availableClients.Contains(clientDescriptor))
return;
ServiceRegistration.Get<ILogger>().Debug("UPnPServerControlPoint: MP2 client '{0}' (system ID '{1}') at host '{2}' was removed from the network",
clientDescriptor.ClientName, clientDescriptor.MPFrontendServerUUID, clientDescriptor.System.HostName);
_availableClients.Remove(clientDescriptor);
}
InvokeClientUnavailable(clientDescriptor);
// The client connection has its own event handler for disconnects - it will trigger method OnClientDisconnected
// as result of disconnection, this will remove the client connection from the _clientConnections collection
}
private void OnUpnpRootDeviceRemoved(RootDescriptor rootDescriptor)
{
if (rootDescriptor == null)
{
return;
}
_knownUpnpDevices.Remove(rootDescriptor.SSDPRootEntry.RootDeviceUUID);
DeviceDescriptor deviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
IEnumerator<DeviceEntry> childDeviceEn = rootDescriptor.SSDPRootEntry.Devices.Values.GetEnumerator();
bool isFirst = true;
while (childDeviceEn.MoveNext())
{
foreach (string serviceUrn in childDeviceEn.Current.Services)
{
if (serviceUrn.Equals("urn:schemas-opencable-com:service:Tuner:1"))
{
if (isFirst)
{
isFirst = false;
Log.Log.Info("UPnP device {0} removed", deviceDescriptor.FriendlyName);
}
IEnumerator<DeviceDescriptor> childDeviceDescriptorEn = deviceDescriptor.ChildDevices.GetEnumerator();
while (childDeviceDescriptorEn.MoveNext())
{
if (childDeviceDescriptorEn.Current.DeviceUUID == childDeviceEn.Current.UUID)
{
break;
}
}
Log.Log.Info(" remove {0} {1}", childDeviceDescriptorEn.Current.FriendlyName, childDeviceDescriptorEn.Current.DeviceUDN);
_deviceEventListener.OnDeviceRemoved(childDeviceDescriptorEn.Current.DeviceUDN);
break;
}
}
}
}
private void networkTracker_RootDeviceRemoved(RootDescriptor rootdescriptor)
{
ExecuteInUIThread(UpdateTreeView);
}
private void OnRootDeviceRemoved(RootDescriptor rootdescriptor)
{
DoDisconnect(rootdescriptor.SSDPRootEntry.RootDeviceUUID, false);
}
/// <summary>
/// Creates a new <see cref="DeviceConnection"/> to the UPnP device contained in the given
/// <paramref name="rootDescriptor"/> with the given <paramref name="deviceUuid"/>.
/// </summary>
/// <param name="controlPoint">Control point hosting the new device connection instance.</param>
/// <param name="rootDescriptor">Root descriptor containing the description of the UPnP device to connect.</param>
/// <param name="deviceUuid">UUID of the UPnP device to connect.</param>
/// <param name="cpData">Shared control point data structure.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
/// <param name="useHttpKeepAlive"><c>True</c> to set the HTTP keep-alive header in action requests sent over the connection, otherwise <c>false</c>.</param>
public DeviceConnection(UPnPControlPoint controlPoint, RootDescriptor rootDescriptor, string deviceUuid,
CPData cpData, DataTypeResolverDlgt dataTypeResolver, bool useHttpKeepAlive = true)
{
_controlPoint = controlPoint;
_cpData = cpData;
_rootDescriptor = rootDescriptor;
_deviceUUID = deviceUuid;
_useHttpKeepAlive = useHttpKeepAlive;
_genaClientController = new GENAClientController(_cpData, this, rootDescriptor.SSDPRootEntry.PreferredLink.Endpoint, rootDescriptor.SSDPRootEntry.UPnPVersion);
BuildDeviceProxy(rootDescriptor, deviceUuid, dataTypeResolver);
_genaClientController.Start();
}
void OnUPnPRootDeviceAdded(RootDescriptor rootDescriptor)
{
TryConnect(rootDescriptor);
}
protected void SetRootDescriptor(RootEntry rootEntry, RootDescriptor rootDescriptor)
{
rootEntry.ClientProperties[KEY_ROOT_DESCRIPTOR] = rootDescriptor;
}
/// <summary>
/// Connects to the device of the given <paramref name="deviceUuid"/> specified in the <paramref name="rootDescriptor"/>.
/// </summary>
/// <param name="rootDescriptor">UPnP root descriptor to connect.</param>
/// <param name="deviceUuid">UUID of the device in the root descriptor which is the node to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
/// <param name="useHttpKeepAlive"><c>True</c> to set the HTTP keep-alive header in action requests sent over the connection, otherwise <c>false</c>.</param>
/// <exception cref="ArgumentException">
/// <list type="bullet">
/// <item>If the device with the specified <paramref name="deviceUuid"/> isn't present
/// in the given <paramref name="rootDescriptor"/></item>
/// <item>If the given <paramref name="rootDescriptor"/> has is in an erroneous state
/// (<c><see cref="RootDescriptor.State"/> == <see cref="RootDescriptorState.Erroneous"/></c>)</item>
/// <item>If the given <paramref name="rootDescriptor"/> contains erroneous data, e.g. erroneous device or
/// service descriptions</item>
/// </list>
/// </exception>
public DeviceConnection Connect(RootDescriptor rootDescriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver, bool useHttpKeepAlive = true)
{
return(DoConnect(rootDescriptor, deviceUuid, dataTypeResolver, useHttpKeepAlive));
}
public DescriptionRequestState(RootDescriptor rootDescriptor, HttpWebRequest httpWebRequest)
{
_rootDescriptor = rootDescriptor;
_httpWebRequest = httpWebRequest;
}
private void OnUpnpRootDeviceAdded(RootDescriptor rootDescriptor)
{
if (rootDescriptor == null || rootDescriptor.State != RootDescriptorState.Ready || _knownUpnpDevices.Contains(rootDescriptor.SSDPRootEntry.RootDeviceUUID))
{
return;
}
_knownUpnpDevices.Add(rootDescriptor.SSDPRootEntry.RootDeviceUUID);
DeviceDescriptor deviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
IEnumerator<DeviceEntry> childDeviceEn = rootDescriptor.SSDPRootEntry.Devices.Values.GetEnumerator();
bool isFirst = true;
while (childDeviceEn.MoveNext())
{
foreach (string serviceUrn in childDeviceEn.Current.Services)
{
// Supported device?
if (serviceUrn.Equals("urn:schemas-opencable-com:service:Tuner:1"))
{
if (isFirst)
{
isFirst = false;
Log.Log.Info("Detected new OCUR/DRI device {0}", deviceDescriptor.FriendlyName);
}
// Find the corresponding DeviceDescriptor.
IEnumerator<DeviceDescriptor> childDeviceDescriptorEn = deviceDescriptor.ChildDevices.GetEnumerator();
while (childDeviceDescriptorEn.MoveNext())
{
if (childDeviceDescriptorEn.Current.DeviceUUID == childDeviceEn.Current.UUID)
{
break;
}
}
Log.Log.Info(" add {0} {1}", childDeviceDescriptorEn.Current.FriendlyName, childDeviceDescriptorEn.Current.DeviceUDN);
_deviceEventListener.OnDeviceAdded(new TunerDri(childDeviceDescriptorEn.Current, _upnpControlPoint));
break;
}
}
}
}
/// <summary>
/// Connects to the device of the given <paramref name="deviceUuid"/> specified in the <paramref name="rootDescriptor"/>.
/// </summary>
/// <param name="rootDescriptor">UPnP root descriptor to connect.</param>
/// <param name="deviceUuid">UUID of the device in the root descriptor which is the node to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
/// <exception cref="ArgumentException">
/// <list type="bullet">
/// <item>If the device with the specified <paramref name="deviceUuid"/> isn't present
/// in the given <paramref name="rootDescriptor"/></item>
/// <item>If the given <paramref name="rootDescriptor"/> has is in an erroneous state
/// (<c><see cref="RootDescriptor.State"/> == <see cref="RootDescriptorState.Erroneous"/></c>)</item>
/// <item>If the given <paramref name="rootDescriptor"/> contains erroneous data, e.g. erroneous device or
/// service descriptions</item>
/// </list>
/// </exception>
public DeviceConnection Connect(RootDescriptor rootDescriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver)
{
return(DoConnect(rootDescriptor, deviceUuid, dataTypeResolver));
}
/// <summary>
/// Establishes the actual device connection by building the control point's proxy device tree corresponding to the
/// device contained in the given <paramref name="rootDescriptor"/> specified by its <paramref name="deviceUUID"/>.
/// </summary>
/// <param name="rootDescriptor">Root descriptor which contains the device to build.</param>
/// <param name="deviceUUID">UUID of the device to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
private void BuildDeviceProxy(RootDescriptor rootDescriptor, string deviceUUID, DataTypeResolverDlgt dataTypeResolver)
{
if (rootDescriptor.State != RootDescriptorState.Ready)
throw new ArgumentException("Root descriptor is not ready - cannot connect");
DeviceDescriptor rootDeviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
DeviceDescriptor deviceDescriptor = rootDeviceDescriptor.FindDevice(deviceUUID);
_device = CpDevice.ConnectDevice(this, deviceDescriptor, dataTypeResolver);
}
protected void InvalidateDescriptor(RootDescriptor rd)
{
rd.State = RootDescriptorState.Invalid;
foreach (IDictionary<string, ServiceDescriptor> sdDict in rd.ServiceDescriptors.Values)
foreach (ServiceDescriptor sd in sdDict.Values)
sd.State = ServiceDescriptorState.Invalid;
}
protected void TryConnect(RootDescriptor rootDescriptor)
{
DeviceConnection connection;
string deviceUuid;
lock (_networkTracker.SharedControlPointData.SyncObj)
{
if (_connection != null)
return;
DeviceDescriptor rootDeviceDescriptor = DeviceDescriptor.CreateRootDeviceDescriptor(rootDescriptor);
DeviceDescriptor backendServerDescriptor = rootDeviceDescriptor.FindFirstDevice(
UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
if (backendServerDescriptor == null)
return;
deviceUuid = backendServerDescriptor.DeviceUUID;
string friendlyName = backendServerDescriptor.FriendlyName;
SystemName system = new SystemName(new Uri(rootDescriptor.SSDPRootEntry.PreferredLink.DescriptionLocation).Host);
if (deviceUuid == _homeServerSystemId)
ServiceRegistration.Get<ILogger>().Debug("UPnPClientControlPoint: Found MP2 home server '{0}' (system ID '{1}') at host '{2}' (IP address: '{3}')",
friendlyName, deviceUuid, system.HostName, system.Address);
else
{
ServiceRegistration.Get<ILogger>().Debug("UPnPClientControlPoint: Found foreign MP2 server '{0}' (system ID '{1}') at host '{2}' (IP address: '{3}')",
friendlyName, deviceUuid, system.HostName, system.Address);
return;
}
try
{
connection = _connection = _controlPoint.Connect(rootDescriptor, deviceUuid, UPnPExtendedDataTypes.ResolveDataType);
}
catch (Exception e)
{
ServiceRegistration.Get<ILogger>().Warn("UPnPClientControlPoint: Error connecting to UPnP MP2 backend server '{0}'", e, deviceUuid);
return;
}
}
connection.DeviceDisconnected += OnUPnPDeviceDisconnected;
try
{
CpService cdsStub = connection.Device.FindServiceByServiceId(UPnPTypesAndIds.CONTENT_DIRECTORY_SERVICE_ID);
if (cdsStub == null)
throw new InvalidDataException("ContentDirectory service not found in device '{0}' of type '{1}:{2}'",
deviceUuid, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
CpService risStub = connection.Device.FindServiceByServiceId(UPnPTypesAndIds.RESOURCE_INFORMATION_SERVICE_ID);
if (risStub == null)
throw new InvalidDataException("ResourceAccess service not found in device '{0}' of type '{1}:{2}'",
deviceUuid, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
CpService scsStub = connection.Device.FindServiceByServiceId(UPnPTypesAndIds.SERVER_CONTROLLER_SERVICE_ID);
if (scsStub == null)
throw new InvalidDataException("ServerController service not found in device '{0}' of type '{1}:{2}'",
deviceUuid, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
CpService updmStub = connection.Device.FindServiceByServiceId(UPnPTypesAndIds.USER_PROFILE_DATA_MANAGEMENT_SERVICE_ID);
if (updmStub == null)
throw new InvalidDataException("UserProfileDataManagement service not found in device '{0}' of type '{1}:{2}'",
deviceUuid, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE, UPnPTypesAndIds.BACKEND_SERVER_DEVICE_TYPE_VERSION);
lock (_networkTracker.SharedControlPointData.SyncObj)
{
_contentDirectoryService = new UPnPContentDirectoryServiceProxy(cdsStub);
_resourceInformationService = new UPnPResourceInformationServiceProxy(risStub);
_serverControllerService = new UPnPServerControllerServiceProxy(scsStub);
_userProfileDataManagementService = new UPnPUserProfileDataManagementServiceProxy(updmStub);
}
ICollection<UPnPServiceProxyBase> additionalServices = new List<UPnPServiceProxyBase>();
foreach (AdditionalServiceRegisterDlgt additionalServiceRegistration in _additionalServiceRegistrations)
{
try
{
additionalServices.Add(additionalServiceRegistration(connection));
}
catch (Exception e)
{
ServiceRegistration.Get<ILogger>().Warn("UPnPClientControlPoint: Error registering user service for UPnP MP2 backend server '{0}'", e, deviceUuid);
}
}
lock (_networkTracker.SharedControlPointData.SyncObj)
_additionalServices = additionalServices;
}
catch (Exception e)
{
ServiceRegistration.Get<ILogger>().Warn("UPnPClientControlPoint: Error connecting to services of UPnP MP2 backend server '{0}'", e, deviceUuid);
connection.DeviceDisconnected -= OnUPnPDeviceDisconnected;
_controlPoint.Disconnect(deviceUuid);
return;
}
InvokeBackendServerDeviceConnected(connection);
}
private void HandleDeviceConfigurationChanged(RootDescriptor rootDescriptor)
{
// Configuration changes cannot be given to our clients because they need a re-initialization of the
// device and all service description documents. So configuration changes will be handled by invocing a
// root device remove/add event combination. The add event will be fired when the initialization of the root descriptor has finished.
InvokeRootDeviceRemoved(rootDescriptor);
InitializeRootDescriptor(rootDescriptor.SSDPRootEntry);
}
protected void InvokeDeviceRebooted(RootDescriptor rd)
{
try
{
DeviceRebootedDlgt dlgt = DeviceRebooted;
if (dlgt != null)
dlgt(rd);
}
catch (Exception e)
{
UPnPConfiguration.LOGGER.Warn("UPnPNetworkTracker: Error invoking DeviceRebooted delegate", e);
}
}
protected void InitializeRootDescriptor(RootEntry rootEntry)
{
RootDescriptor rd = new RootDescriptor(rootEntry)
{
State = RootDescriptorState.AwaitingDeviceDescription
};
lock (_cpData.SyncObj)
SetRootDescriptor(rootEntry, rd);
try
{
LinkData preferredLink = rootEntry.PreferredLink;
HttpWebRequest request = CreateHttpGetRequest(new Uri(preferredLink.DescriptionLocation), preferredLink.Endpoint.EndPointIPAddress);
DescriptionRequestState state = new DescriptionRequestState(rd, request);
lock (_cpData.SyncObj)
_pendingRequests.Add(state);
IAsyncResult result = request.BeginGetResponse(OnDeviceDescriptionReceived, state);
NetworkHelper.AddTimeout(request, result, PENDING_REQUEST_TIMEOUT * 1000);
}
catch (Exception) // Don't log messages at this low protocol level
{
lock (_cpData.SyncObj)
rd.State = RootDescriptorState.Erroneous;
}
}
void OnUPnPRootDeviceAdded(RootDescriptor rootDescriptor)
{
ClientDescriptor clientDescriptor;
lock (_networkTracker.SharedControlPointData.SyncObj)
{
clientDescriptor = ClientDescriptor.GetMPFrontendServerDescriptor(rootDescriptor);
if (clientDescriptor == null || _availableClients.Contains(clientDescriptor))
return;
ServiceRegistration.Get<ILogger>().Debug("UPnPServerControlPoint: Found MP2 client '{0}' (system ID '{1}') at host '{2}' ({3})",
clientDescriptor.ClientName, clientDescriptor.MPFrontendServerUUID, clientDescriptor.System.HostName,
_attachedClientSystemIds.Contains(clientDescriptor.MPFrontendServerUUID) ? "attached" : "not attached");
_availableClients.Add(clientDescriptor);
}
InvokeClientAvailable(clientDescriptor);
CheckConnect(clientDescriptor);
}
protected void SetRootDescriptor(RootEntry rootEntry, RootDescriptor rootDescriptor)
{
rootEntry.ClientProperties[KEY_ROOT_DESCRIPTOR] = rootDescriptor;
}
/// <summary>
/// Connects to the device of the given <paramref name="deviceUuid"/> specified in the <paramref name="rootDescriptor"/>.
/// </summary>
/// <param name="rootDescriptor">UPnP root descriptor to connect.</param>
/// <param name="deviceUuid">UUID of the device in the root descriptor which is the node to connect.</param>
/// <param name="dataTypeResolver">Delegate method to resolve extended datatypes.</param>
/// <exception cref="ArgumentException">
/// <list type="bullet">
/// <item>If the device with the specified <paramref name="deviceUuid"/> isn't present
/// in the given <paramref name="rootDescriptor"/></item>
/// <item>If the given <paramref name="rootDescriptor"/> has is in an erroneous state
/// (<c><see cref="RootDescriptor.State"/> == <see cref="RootDescriptorState.Erroneous"/></c>)</item>
/// <item>If the given <paramref name="rootDescriptor"/> contains erroneous data, e.g. erroneous device or
/// service descriptions</item>
/// </list>
/// </exception>
public DeviceConnection Connect(RootDescriptor rootDescriptor, string deviceUuid, DataTypeResolverDlgt dataTypeResolver)
{
return DoConnect(rootDescriptor, deviceUuid, dataTypeResolver);
}
public DescriptionRequestState(RootDescriptor rootDescriptor, HttpWebRequest httpWebRequest)
{
_rootDescriptor = rootDescriptor;
_httpWebRequest = httpWebRequest;
}
