public Leds()
{
ledRed = new Led(CC2420Pins.GPIO_PORT_LED_RED);
ledGreen = new Led(CC2420Pins.GPIO_PORT_LED_GREEN);
ledBlue = new Led(CC2420Pins.GPIO_PORT_LED_BLUE);
}
public void Run(AutoResetEvent stopEvent)
{
UInt64 extAddr;
_net.GetDeviceAddress(out extAddr);
_monitor.Print("Device address is 0x" + HexConverter.ConvertUint64ToHex(extAddr, 16));
_monitor.Print("Frame structure: mtu=" + _mtu +
", head=" + _head +
", tail=" + _tail);
UInt16 panId = 0x6366;
AutoResetEvent callback = new AutoResetEvent(false);
bool started = false;
UInt16 shortAddr = 0;
Byte logicalChannel = 0;
Byte channelPage = 0;
#if MICROFRAMEWORK
Led led = new Led((Cpu.Pin)47); // VK_MENU - pin = MC9328MXL_GPIO::c_Port_B_15;
led.enabled = true;
#endif
#if MICROFRAMEWORK
_coordinator = false;
#else
_coordinator = true;
#endif
_monitor.Print("attempting to start network layer");
while (!started)
{
if (_coordinator)
{
_monitor.Print("StartRequest for PanId=0x" + HexConverter.ConvertUint64ToHex(panId, 4));
_net.StartRequest(panId, delegate(
object sender,
Status status,
UInt16 _shortAddr,
Byte _logicalChannel,
Byte _channelPage)
{
_monitor.Print("StartConfirm: " + status.ToString());
if (status == Status.Success)
{
shortAddr = _shortAddr;
logicalChannel = _logicalChannel;
channelPage = _channelPage;
started = true;
}
callback.Set();
});
}
else
{
_monitor.Print("JoinRequest for PanId=0x" + HexConverter.ConvertUint64ToHex(panId, 4));
_net.JoinRequest(panId, delegate(
object sender,
Status status,
UInt16 _shortAddr,
Byte _logicalChannel,
Byte _channelPage)
{
_monitor.Print("JoinConfirm: " + status.ToString());
if (status == Status.Success)
{
shortAddr = _shortAddr;
logicalChannel = _logicalChannel;
channelPage = _channelPage;
started = true;
}
callback.Set();
});
}
callback.WaitOne();
}
_monitor.Print("network is running, logicalChannel=" + logicalChannel +
", channelPage=" + channelPage +
", shortAddr=0x" + HexConverter.ConvertUintToHex(shortAddr, 4));
#if MICROFRAMEWORK
led.enabled = false;
#endif
_testMode = true;
StartSink();
if (_coordinator)
StartSource();
if (stopEvent != null)
{
stopEvent.WaitOne();
}
else
{
for (; ; )
{
Thread.Sleep(60 * 1000);
}
}
StopSource();
StopSink();
}
public Leds()
{
ledRed = new Led(CC2420Pins.GPIO_PORT_LED_RED);
ledGreen = new Led(CC2420Pins.GPIO_PORT_LED_GREEN);
ledBlue = new Led(CC2420Pins.GPIO_PORT_LED_BLUE);
}