public override monotooth.Connections.RFCommConnection CreateRFCommConnection(monotooth.BluetoothAddress from, monotooth.BluetoothAddress to)
{
LinuxRFCommConnection conn = new LinuxRFCommConnection();
conn.from = from;
conn.to = to;
return conn;
}
/// <summary>Returns an address as string. </summary>
/// <returns>A string from the address.</returns>
public static string AddressAsString(monotooth.BluetoothAddress ba)
{
if(ba == null) throw new ArgumentException("ba","May not be null!");
if(ba.Array.Length == 0) throw new ArgumentException("ba","May not be empty!");
if(ba.Array.Length != 6) throw new ArgumentException("ba","Too short for address format!");
string ret = "";
foreach (byte b in ba.b)
{
if (b < 16)
{
ret+="0"+Convert.ToString(b,16)+":";
} else {
ret+=Convert.ToString(b,16)+":";
}
}
ret = ret.Remove(ret.Length-1,1);
ret = ret.ToUpper();
return ret;
}
private static extern int ba2str(monotooth.BluetoothAddress ba, System.Text.StringBuilder bld);
/// <summary>Removes a service from the pool. </summary>
/// <param name="ser">A service to be removed from the pool. </param>
public virtual void Remove(monotooth.Service.Service ser)
{
this.List.Remove(ser);
}
/// <summary>Add a service to this pool.</summary>
/// <param name="ser">A service to be added to the pool. </param>
public virtual void Add(monotooth.Service.Service ser)
{
this.List.Add(ser);
}
public WindowsRemoteDevice(monotooth.BluetoothAddress ba, String name)
{
this.address = ba;
this.name = name;
}
public override monotooth.Connections.ServiceConnection CreateServiceConnection(monotooth.Connections.RFCommConnection conn)
{
return new LinuxServiceConnection(conn);
}
/// <summary>The default constructor.</summary>
/// <param name="conn">The used connection that this stream will use. </param>
public BluetoothStream(monotooth.Connections.RFCommConnection conn)
{
this.sock = conn;
}
public LinuxServiceConnection(monotooth.Connections.RFCommConnection conn)
{
this.usedconn = conn;
}
/// An abstract method to create service connections /// <returns>OS-specific service connection</returns> public abstract monotooth.Connections.ServiceConnection CreateServiceConnection(monotooth.Connections.RFCommConnection conn);
/// An abstract method that is used to create RFCOMM connections public abstract monotooth.Connections.RFCommConnection CreateRFCommConnection(monotooth.BluetoothAddress from, monotooth.BluetoothAddress to);
private static extern int rfcomm_listen(monotooth.BluetoothAddress from, int channel, int backlog);
private static extern int rfcomm_connect(monotooth.BluetoothAddress from, monotooth.BluetoothAddress to, int channel);
private static extern void baswap(monotooth.BluetoothAddress ba, monotooth.BluetoothAddress ba2);
private static extern IntPtr search_services_from_with_uuid(monotooth.BluetoothAddress ba, uint uuid);
private static extern int hci_read_remote_name(int dd, monotooth.BluetoothAddress ba, int len, System.Text.StringBuilder b, int timeout);
public LinuxRemoteDevice(monotooth.BluetoothAddress ba, string name)
{
this.address = ba;
this.name = name;
}
public override monotooth.Connections.RFCommConnection CreateRFCommConnection(monotooth.BluetoothAddress from, monotooth.BluetoothAddress to)
{
return new WindowsRFCommConnection();
}
private static extern int l2cap_connect(monotooth.BluetoothAddress to, ushort psm);
