// Start is called before the first frame update void Start() { bool couldReadHeader = DataHeader.TryReadHeader("Configuration.json", out DataHeader header); IDataSource dataSource = null; if (!couldReadHeader) { File.Create("Configuration.json"); header = new DataHeader(); header.Delimeter = ";"; header.DeltaTime = .1f; header.DataPoints = new DataPointDefinition[2]; for (int i = 0; i < header.DataPoints.Length; i++) { header.DataPoints[i] = new DataPointDefinition(); header.DataPoints[i].X = i; } dataSource = new NetworkDataSource(3015, header); } else { switch (header.SourceType) { case DataSourceType.FILE: dataSource = new FakeDataSource(header.SourceLocation); break; case DataSourceType.NETWORK: dataSource = new NetworkDataSource(3015, header); break; case DataSourceType.SERIAL: dataSource = new SerialDataSource(string.IsNullOrEmpty(header.SourceLocation) ? "Com3" : header.SourceLocation); break; } } //Sets up both the fake data source and the real data from the ardiuno //fakeSource = new FakeDataSource("CLT Composite Beams Board1 2by10 Panel 1.ASC", 200); //serialDataSource = new SerialDataSource("Com3", new string[] { //"DASYLab - V 11.00.00", //"Worksheet name: 6by10beamlayout", //"Recording date: 7 / 1 / 2016, 4:52:39 PM", //"Block length: 2", //"Delta: 1.0 sec.", //"Number of channels: 3", //"Date;Measurement time[hh:mm:ss];voltage [V];voltage2 [V]; volage3 [V];"}); MainCollection = new Parser(dataSource); MainCollection.start(); }
public CloudRepository(NetworkDataSource source) { this.source = source; }
public LoginRepository(NetworkDataSource networkDataSource, Database database) { this.networkDataSource = networkDataSource; this.database = database; }