/** Terminates the manager */
public void terminate() {
terminateThread = true;
while (!terminated) {
ThreadHelper.sleep(10);
}
socketStructureManagement.terminate();
}
/**
* Creates a new instance of BinaryDeviceMessageManagement.
*
* @param binaryDevice
*/
public BinaryDeviceMessageManagement(BinaryDevice binaryDevice) {
super("BinaryDevice.MessageManagement");
this.binaryDevice = binaryDevice;
socketStructureManagement = new BinaryDeviceSocketStructureManagement(null, null);
socketStructureManagement.initHostAddressSocketStructures();
start();
}
/** Reads messages */
public void run() {
while (!terminateThread) {
for (int i = 0; i < socketStructureManagement.getSocketStructureCount(); i++) {
BinaryDeviceHostAddressSocketStructure currentSocketStructure =
(BinaryDeviceHostAddressSocketStructure)
socketStructureManagement.getSocketStructure(i);
BinaryMessageObject message = null;
// read search messages
do {
message =
SocketHelper.readBinaryMessage(null, currentSocketStructure.getDiscoverySocket(), 10);
if (message != null) {
// Portable.println("Discovery: Received multicast discovery message");
binaryDevice.processDiscoveryMessage(message, currentSocketStructure);
}
} while (message != null);
// read search reply messages
do {
message =
SocketHelper.readBinaryMessage(
null, currentSocketStructure.getDescriptionSocket(), 10);
if (message != null) {
Portable.println(
"Description: Received description request from "
+ IPHelper.toString(message.getSourceAddress())
+ " with "
+ BinaryUPnPConstants.toDebugString(message.getBody()));
binaryDevice.processDescriptionMessage(message, currentSocketStructure);
}
} while (message != null);
do {
// read control messages
message =
SocketHelper.readBinaryMessage(null, currentSocketStructure.getControlSocket(), 10);
if (message != null) {
binaryDevice.processControlMessage(message, currentSocketStructure);
}
} while (message != null);
}
ThreadHelper.sleep(50);
}
terminated = true;
}
