nethandler.cpp

It s a tool designed to extract as much information as possible from Bluetooth devices without the r

/* -*- c++ -*- ---------------------------------------------------------------
   Copyright (C) 2005, SWECO, All Rights Reserved.

   Implementation of NetHandler class

   Author: Zsolt Molnar ([e-mail])
   ---------------------------------------------------------------------------*/

#include <sstream>
#include "AppFactory.hh"
#include "IRFCommHandler.hh"
#include "NetHandler.hh"

#include <iostream>

namespace { 
	const char rcs_id[] = "$Id$"; 
}

bool 
NetHandler::connect(const Device& aDevice)
{
	lock();
	_toConnect.push_back(aDevice);
	unlock();
	return true;
}
	

void 
NetHandler::unconnect(const Device& aDevice)
{
	lock();
	// Check if it is connected.
	_tToConenct::iterator pos = find(_toConnect.begin(), 
									 _toConnect.end(), aDevice);
	
	if (pos != _toConnect.end()) {
		_toConnect.erase(pos);
	}
	unlock();
}


void 
NetHandler::commit()
{
	lock();
	// Go through the connection database.
	for (_tToConenct::iterator pos = _toConnect.begin(); 
		 pos != _toConnect.end(); ++pos) 
	{
		AppFactory::getRFCommHandler().serial_connect(*pos);
	}	
	_toConnect.resize(0);
	unlock();
}

#ifdef __TEST__
#include <assert.h>
#include <iostream>

bool
NetHandler::test()
{
	Device dev_1("00:0E:6D:32:0D:FF", Device::NOKIA6600);
	Device dev_2("00:60:57:A3:DF:28", Device::NOKIA6600);
	Device dev_3("11:11:11:11:11:11", Device::NOKIA6600);

	// Check the bindings - must be 0
	cout << endl << "Check the bindings: no bindings. Press enter if OK." 
		 << endl;
	system("rfcomm -a");
	getchar();

	// Connect 1 device
	assert(connect(dev_1));
	commit();
	// Check the bindings
	cout << endl << "Check the bindings: " << dev_1.devID 
		 << " must be bound. Press enter if OK." << endl;
	system("rfcomm -a");
	getchar();	

	// Connect 1 more device
	assert(connect(dev_2));
	commit();
	// check the binding
	cout << endl << "Check the bindings: " << dev_1.devID 
		 << " and " << dev_2.devID << " must be bound. Press enter if OK." 
		 << endl;
	system("rfcomm -a");
	getchar();	

	// unconnect the last device
	unconnect(dev_2);
	commit();
	cout << endl << "Check the bindings: " << dev_1.devID 
		 << " and " << dev_2.devID << " must be bound. Press enter if OK." 
		 << endl;
	system("rfcomm -a");
	getchar();


	// reconenct a device
	assert(connect(dev_1));
	commit();
	// Check the bindings
	cout << endl << "Check the bindings: " << dev_1.devID 
		 << " and " << dev_2.devID << " must be bound. Press enter if OK." 
		 << endl;
	system("rfcomm -a");
	getchar();	
	
	cout << "NetHandler test passed" << endl;
	return true;
}
#endif // #ifdef __TEST__