public override void Execute(BTConnection conn, BTDriver driver) { conn.Connected = false; conn.IsMaster = false; conn.ConnectedToAddr = null; if (null != this.Address) { this.Success = driver.PageScanForAddress(this.Address, Timeout); } else { this.Success = driver.InquiryAndPageScans(Timeout); if (this.Success) { try { this.Address = driver.GetLastConnectedAddress(); } catch { this.Address = null; } } } conn.Connected = this.Success; conn.ConnectedToAddr = this.Address; }
private bool m_disposed; // Whether or not this manager has been disposed //--// /// <summary> /// Creates and initializes a new BTManager /// </summary> protected BTManager(BTDriver driver, IPowerPolicy pp) { m_driver = null; try { m_driver = driver; m_pp = (null == pp) ? new DefaultPowerPolicy() : pp; m_outstandingConnections = new ArrayList(); m_connectionsToBeProcessed = new ArrayList(); m_newCommand = new AutoResetEvent(false); m_scheduler = new Thread(new ThreadStart(AggregateAndDispatch)); m_scheduler.Start(); m_disposed = false; } catch { m_disposed = true; throw; } // Now apply policy for no pending commands m_pp.ApplyPolicy(m_driver, null, null); }
public override void Execute(BTConnection conn, BTDriver driver) { Devices = driver.Inquiry(); if (null != Devices) { Success = true; } }
public override void Execute(BTConnection conn, BTDriver driver) { NumReceived = driver.Receive(ref Data, Timeout); Success = (0 <= NumReceived); // Check for disconnect if (!Success) { conn.Connected = false; } }
public override void Execute(BTConnection conn, BTDriver driver) { if (null != Data) { NumSent = driver.Send(Data); Success = (0 <= NumSent); // Check for disconnect if (!Success) { conn.Connected = false; } } }
public override void Execute(BTConnection conn, BTDriver driver) { conn.Connected = false; conn.IsMaster = true; conn.ConnectedToAddr = null; if (null != Address) { Success = driver.PageAddress(Address, Timeout); conn.Connected = this.Success; conn.IsMaster = true; conn.ConnectedToAddr = this.Address; } }
/// <summary> /// Creates a new instance of BTManager. Locks the BTManager type so that only one /// manager can be created. /// </summary> /// <param name="driver"> /// The BTDriver to be used to communicate with the underlying Bluetooth chip. /// </param> /// <param name="pp"> /// The power policy to be used while managing connections. /// </param> /// <returns> /// The singleton instance of BTManager /// </returns> public static BTManager GetManager(BTDriver driver, IPowerPolicy pp) { if (null == s_manager) { lock (typeof(BTManager)) { if (null == s_manager) { s_manager = new BTManager(driver, pp); } } } return(s_manager); }
public override void Execute(BTConnection conn, BTDriver driver) { Success = driver.InquiryScan(Timeout); }
public override void Execute(BTConnection conn, BTDriver driver) { Success = driver.CheckDevicePresent(); }
public override void Execute(BTConnection conn, BTDriver driver) { Devices = driver.Inquiry(); if (null != Devices) Success = true; }
public override void Execute(BTConnection conn, BTDriver driver) { Success = driver.SetPassKey(PassKey); }
public abstract void Execute(BTConnection conn, BTDriver driver);
public override void Execute(BTConnection conn, BTDriver driver) { Success = driver.SetFriendlyDeviceName(Name); }
public override void Execute(BTConnection conn, BTDriver driver) { this.Success = driver.Disconnect(); conn.Connected = !this.Success; }
public override void Execute(BTConnection conn, BTDriver driver) { NumReceived = driver.Receive(ref Data, Timeout); Success = (0 <= NumReceived); // Check for disconnect if (!Success) conn.Connected = false; }
/// <summary> /// Creates a new instance of BTManager. Locks the BTManager type so that only one /// manager can be created. /// </summary> /// <param name="driver"> /// The BTDriver to be used to communicate with the underlying Bluetooth chip. /// </param> /// <param name="pp"> /// The power policy to be used while managing connections. /// </param> /// <returns> /// The singleton instance of BTManager /// </returns> public static BTManager GetManager(BTDriver driver, IPowerPolicy pp) { if (null == s_manager) { lock (typeof(BTManager)) { if (null == s_manager) { s_manager = new BTManager(driver, pp); } } } return s_manager; }
public override void Execute(BTConnection conn, BTDriver driver) { if (null != Data) { NumSent = driver.Send(Data); Success = (0 <= NumSent); // Check for disconnect if (!Success) conn.Connected = false; } }