public void InitializeDataSource() { var assembly = Assembly.GetCallingAssembly(); string key; using (Stream stream = assembly.GetManifestResourceStream("TrignoEmg.PublicKey.lic")) { StreamReader sr = new StreamReader(stream); key = sr.ReadLine(); } string license; using (Stream stream = assembly.GetManifestResourceStream("TrignoEmg.OpenFeasyo.lic")) { StreamReader sr = new StreamReader(stream); license = sr.ReadToEnd(); } #if ANDROID var deviceSourceCreator = new DelsysAPI.Android.DeviceSourcePortable(key, license); #else var deviceSourceCreator = new DelsysAPI.NET.DeviceSourcePortable(key, license); #endif deviceSourceCreator.SetDebugOutputStream(Console.WriteLine); DeviceSource = deviceSourceCreator.GetDataSource(SourceType.TRIGNO_BT); DeviceSource.Key = key; DeviceSource.License = license; LoadDataSource(DeviceSource); }
public void InitializeDataSource() { // Load your key & license either through reflection as shown in the User Guide, or by hardcoding it to these strings. // Load your license and key files // This tutorial assumes you have them contained in embedded resources named PublicKey.lic and License.lic, as part of // a solution with an output executable called BasicExample. var assembly = Assembly.GetExecutingAssembly(); string key; using (Stream stream = assembly.GetManifestResourceStream("Basic_Streaming.NET.APIKey.lic")) // Change the name of the .lic file accordingly { StreamReader sr = new StreamReader(stream); key = sr.ReadLine(); } string lic; using (Stream stream = assembly.GetManifestResourceStream("Basic_Streaming.NET.License.lic")) // Change the name of the .lic file accordingly { StreamReader sr = new StreamReader(stream); lic = sr.ReadToEnd(); } // The API uses a factory method to create the data source of your application. // This creates the factory method, which will then give the data source for your platform. // In this case the platform is BT. var deviceSourceCreator = new DelsysAPI.NET.DeviceSourcePortable(key, lic); // Sets the output stream for debugging information from the API. This could be a file stream, // but in this example we simply use the Console.WriteLine output stream. deviceSourceCreator.SetDebugOutputStream(Console.WriteLine); // Here is where we tell the factory method what type of data source we want to receive, // which we then set a reference to for future use. DeviceSource = deviceSourceCreator.GetDataSource(SourceType.TRIGNO_BT); // Here we use the key and license we previously loaded. DeviceSource.Key = key; DeviceSource.License = lic; // Load source LoadDataSource(DeviceSource); // Create a reference to the first Pipeline (which was generated by the factory method above) // for easier access to various objects within the API. BTPipeline = PipelineController.Instance.PipelineIds[0]; TransformManager = PipelineController.Instance.PipelineIds[0].TransformManager; // Just setting up some of the necessary callbacks from the API. BTPipeline.CollectionStarted += CollectionStarted; BTPipeline.CollectionDataReady += CollectionDataReady; BTPipeline.CollectionComplete += CollectionComplete; BTPipeline.TrignoBtManager.ComponentAdded += ComponentAdded; BTPipeline.TrignoBtManager.ComponentLost += ComponentLost; BTPipeline.TrignoBtManager.ComponentRemoved += ComponentRemoved; BTPipeline.TrignoBtManager.ComponentScanComplete += ComponentScanComplete; // The component manager is how you reference specific / individual sensors so creating // a reference to it will shorten a lot of calls. var ComponentManager = PipelineController.Instance.PipelineIds[0].TrignoBtManager; }
public void InitializeDataSource() { // Load your key & license either through reflection as shown in the User Guide, or by hardcoding it to these strings. string key = ""; string license = ""; var deviceSourceCreator = new DelsysAPI.NET.DeviceSourcePortable(key, license); deviceSourceCreator.SetDebugOutputStream(Console.WriteLine); DeviceSource = deviceSourceCreator.GetDataSource(SourceType.TRIGNO_BT); DeviceSource.Key = key; DeviceSource.License = license; LoadDataSource(DeviceSource); }