/// <summary>
/// Opens the microwave control service
/// </summary>
/// <param name="sourceName">source name to open</param>
public void Open(ClientConnectRequest request)
{
try
{
this.clientRequest = request;
AppLogger.Message(request.UserName + " MicrowaveControlService.Open " + request.SourceName);
if (!ResourceManager.Acquire <ResourceManager.MutexRule>(request.SourceName,
typeof(MicrowaveControlService),
request.UserName))
{
string owner = ResourceManager.GetOwner(request.SourceName, typeof(MicrowaveControlService));
throw new SourceHasMaxClientsException("The microwave receiver is in use by " + ((owner == null) ? "<unknown>" : owner) + ".");
}
resourceAcquired = true;
StreamSourceInfo sourceConfig = StreamSources.LoadFromFile().FindSource(request.SourceName);
if (sourceConfig.MicrowaveControl == null)
{
throw new SourceConfigException("Source does not have MicrowaveControl section defined!");
}
microwaveConfig = sourceConfig.MicrowaveControl;
//get client callback
clientCallback = OperationContext.Current.GetCallbackChannel <IMicrowaveControl2Callback>();
//create microwave receiver instance
microwaveReceiver = MicrowaveControlService2.CreateInstance(microwaveConfig);
if (!microwaveReceiver.Connected)
{
throw new SourceConfigException("Communication with the microwave receiver could not be established.");
}
microwaveReceiver.ReceiverTuningChange += new EventHandler <MicrowaveReceiver.ReceiverEventArgs>(microwaveReceiver_ReceiverTuningChange);
microwaveReceiver.ReceiverLinkQualityChange += new EventHandler <MicrowaveReceiver.ReceiverEventArgs>(microwaveReceiver_ReceiverLinkQualityChange);
microwaveReceiver.ReceiverConnectionChange += new EventHandler(microwaveReceiver_ReceiverConnectionChange);
scanner = new PeakScan(microwaveReceiver);
scanner.ScanCompleted += new EventHandler <ScanCompleteEvent>(scanner_ScanCompleted);
//load cached presets
LoadSavedPresets();
microwaveReceiver.StartPollingLinkQuality();
}
catch (Exception exc)
{
AppLogger.Dump(exc);
throw;
}
}
public void Open(ClientConnectRequest request)
{
try
{
clientRequest = request;
AppLogger.Message(request.UserName + " CameraControlService.Open " + request.SourceName);
StreamSourceInfo sourceConfig = StreamSources.LoadFromFile().FindSource(request.SourceName);
if (sourceConfig.CameraControl == null)
{
throw new SourceConfigException("Source does not have CameraControl defined!");
}
//lock against the camera control address -- this allows multiple sources to share the same camera.
// if the particular camera control does not require an address, then lock against the source name
this.ResourceID = string.IsNullOrEmpty(sourceConfig.CameraControl.Address) ?
request.SourceName :
sourceConfig.CameraControl.Address;
if (!ResourceManager.Acquire <ResourceManager.MutexRule>(this.ResourceID,
typeof(CameraControlService),
request.UserName))
{
string owner = ResourceManager.GetOwner(this.ResourceID, typeof(CameraControlService));
throw new SourceHasMaxClientsException("The camera control is in use by " +
(string.IsNullOrEmpty(owner) ? "<unknown>" : owner) + ".");
}
resourceAcquired = true;
CameraControl = sourceConfig.CameraControl;
Plugin = CameraControls.PluginFactory.Create(CameraControl, this);
LoadSavedPositions();
}
catch (Exception exc)
{
AppLogger.Dump(exc);
//throw new Exception("Unable to open camera control for " + sourceName, exc);
throw;
}
}
AsyncOperationHandle PreloadAssets()
{
// Check the metadata to see if we should preload. First we check the table preload data, if one does not exist then check the key database(global).
var preload = GetMetadata <PreloadAssetTableMetadata>() ?? SharedData.Metadata.GetMetadata <PreloadAssetTableMetadata>();
// If no preload metadata was found then we will preload all assets by default.
if (preload?.Behaviour != PreloadAssetTableMetadata.PreloadBehaviour.NoPreload)
{
var handleList = ListPool <AsyncOperationHandle> .Get();
// Preload all
foreach (var entry in Values)
{
if (!entry.IsEmpty && !entry.AsyncOperation.HasValue)
{
// We have to preload the asset as an array so that we get all sub objects. The reason for this is that some assets,
// such as Sprite can contain multiple sub objects and if we load it as Object then we may get the wrong one.
// For example, if we load a Sprite as an Object and it has the same name as its Texture asset then it will load as a Texture,
// not Sprite. So if we load as an array we get both, we can then pick the one we need later based on the type passed into GetAssetAsync. (LOC-143)
entry.AsyncOperation = AddressablesInterface.LoadAssetFromGUID <Object[]>(entry.Guid);
ResourceManager.Acquire(entry.AsyncOperation.Value);
handleList.Add(entry.AsyncOperation.Value);
}
}
if (handleList.Count > 0)
{
return(ResourceManager.CreateGenericGroupOperation(handleList));
}
else
{
ListPool <AsyncOperationHandle> .Release(handleList);
}
}
// Nothing to preload, we are done
return(ResourceManager.CreateCompletedOperation(this, null));
}
