private void startScanBtn_Click(object sender, EventArgs e)
{
foundDevicesListView.Items.Clear();
ushort responseTime = 0;
try
{
responseTime = Convert.ToUInt16(responseTimeTb.Text);
}
catch (Exception eee)
{
MessageBox.Show("Yanıt süresinin değerini kontrol ediniz..");
return;
}
RadioMessageType messageType = RadioMessageType.DISCOVER_NEIGHBOUR_REQUEST;
RadioServiceType serviceType = RadioServiceType.BROADCAST_SERVICE;
byte[] messagePayload = new byte[10];
DateTime dateTime = DateTime.Now;
if (syncClocksCb.Checked)
{
messagePayload[0] = 0x01; // sync clock
}
else
{
messagePayload[0] = 0x00; // dont sync clock
}
messagePayload[1] = 12; // DeviceType -> GATEWAY
messagePayload[2] = (byte)(responseTime >> 8);
messagePayload[3] = (byte)(responseTime & 0xFF);
messagePayload[4] = (byte)dateTime.Hour; /* Cihaz Saati */ //kaanbak : burada gateway'in saatini de kontrol etmemiz gerekiyor..
messagePayload[5] = (byte)dateTime.Minute;
messagePayload[6] = (byte)dateTime.Second;
messagePayload[7] = (byte)dateTime.Day;
messagePayload[8] = (byte)dateTime.Month;
messagePayload[9] = (byte)(dateTime.Year - 2000);
LoRaManager.Instance.SendLoRaPackageToRemoteDevice(255, messageType, serviceType, messagePayload, 10, responseTime, 0);
try
{
ProgressBarTimerTickCount = (ushort)(responseTime / progressBarTimer.Interval);
CurrentProgressBarTimerTickCount = ProgressBarTimerTickCount;
scanningProgresBar.Maximum = responseTime;
scanningProgresBar.Minimum = 0;
scanningProgresBar.Value = 0;
progressBarTimer.Start();
startScanBtn.Enabled = false;
label2.Text = "Tarama Devam ediyor..";
}
catch (Exception ee)
{
MessageBox.Show(ee.Message);
}
}
public void SendLoRaMessageToPage(byte sourceUnit, RadioMessageType messageType, byte[] data, int rssi)
{
switch (messageType)
{
case RadioMessageType.DATA_CHANNEL_RESPONSE:
parseDataChannelResponse(data, rssi);
break;
default:
break;
}
}
public void SendLoRaPackageToRemoteDevice(byte destinationIdParam, RadioMessageType messageTypeParam, RadioServiceType serviceTypeParam, byte[] dataParam, UInt16 lengthParam, ushort timeoutParam, byte retryCountParam)
{
byte[] packageData = new byte[lengthParam + 7];
packageData[0] = (byte)(destinationIdParam);
packageData[1] = (byte)messageTypeParam;
packageData[2] = (byte)serviceTypeParam;
packageData[3] = (byte)(timeoutParam >> 8);
packageData[4] = (byte)(timeoutParam & 0xFF);
packageData[5] = retryCountParam;
packageData[6] = (byte)lengthParam;
Array.Copy(dataParam, 0, packageData, 7, lengthParam);
EthernetManager.Instance.SendRemoteDeviceCmd(Ethernet_MessageIDs_t.INCOMING_CMD_LORA_SEND_PACKAGE_REQUEST, (ushort)(lengthParam + 7), packageData);
}
//
public void SendLoRaMessageToPage(byte sourceUnit, RadioMessageType messageType, byte[] data, int rssi)
{
switch (messageType)
{
case RadioMessageType.DISCOVER_NEIGHBOUR_RESPONSE:
Parse_DiscoverNeighbourResponse(sourceUnit, data, rssi);
break;
default:
// independent with current page..
break;
}
}
public void SendLoRaPackageToResponsiblePage(byte[] data, UInt16 length)
{
RadioMessageType messageIdTemp = (RadioMessageType)((data[5] & 0xF8) >> 3);
RadioRoutingHeaderType routingHeaderTypeTemp = (RadioRoutingHeaderType)(data[5] & 0x03);
byte sourceUnit = 0;
byte routingHeaderLength = 0;
Int16 signalRssiValue = 0;
signalRssiValue = (Int16)((data[length - 5] << 8) | (data[length - 4]));
//kaanbak burada generic parsing yapilmali... sonra interface'e param olarak verilmeli
if (routingHeaderTypeTemp == RadioRoutingHeaderType.UNICAST_DIRECT_HEADER)
{
sourceUnit = data[6];
routingHeaderLength = 3; /* 1 byte main + 2 byte routing header */
}
else if (routingHeaderTypeTemp == RadioRoutingHeaderType.UNICAST_ROUTED_HEADER)
{
sourceUnit = data[6];
routingHeaderLength = 6; /* 1 byte main + 5 byte routing header */
}
else
{
// not implemented yet...
return;
}
byte[] loraMessageData = new byte[length - 5 - routingHeaderLength];
Array.Copy(data, (5 + routingHeaderLength), loraMessageData, 0, length - 5 - routingHeaderLength);
switch (messageIdTemp)
{
case RadioMessageType.DATA_CHANNEL_REQUEST:
break;
case RadioMessageType.DATA_CHANNEL_RESPONSE:
veriKanaliOkumaPageInterface.SendLoRaMessageToPage(sourceUnit, messageIdTemp, loraMessageData, signalRssiValue);
break;
case RadioMessageType.DEVICE_INFORMATION_REQUEST:
break;
case RadioMessageType.DEVICE_INFORMATION_RESPONSE:
break;
case RadioMessageType.DISCOVER_NEIGHBOUR_REQUEST:
break;
case RadioMessageType.DISCOVER_NEIGHBOUR_RESPONSE:
cihazTaramaPageInterface.SendLoRaMessageToPage(sourceUnit, messageIdTemp, loraMessageData, signalRssiValue);
break;
case RadioMessageType.ECHO_MESSAGE_REQUEST:
break;
case RadioMessageType.ECHO_MESSAGE_RESPONSE:
break;
case RadioMessageType.OPERATIONAL_REQUEST:
break;
case RadioMessageType.OPERATIONAL_RESPONSE:
cihazConfigPageInterface.SendLoRaMessageToPage(sourceUnit, messageIdTemp, loraMessageData, signalRssiValue);
break;
case RadioMessageType.PING_MESSAGE:
break;
case RadioMessageType.PONG_MESSAGE:
break;
case RadioMessageType.UNCATEGORIZED_REL_MSG_REQUEST:
break;
case RadioMessageType.UNCATEGORIZED_REL_MSG_RESPONSE:
break;
case RadioMessageType.FILE_OPERATIONS_REQUEST:
break;
case RadioMessageType.FILE_OPERATIONS_RESPONSE:
dosyaIslemleriPageInterface.SendLoRaMessageToPage(sourceUnit, messageIdTemp, loraMessageData, signalRssiValue);
break;
}
}
public void SendLoRaPackageToResponsiblePage(byte[] data, UInt16 length)
{
RadioMessageType messageIdTemp = (RadioMessageType)((data[5] & 0xF8) >> 3);
RadioRoutingHeaderType routingHeaderTypeTemp = (RadioRoutingHeaderType)(data[5] & 0x03);
byte routingHeaderLength = 0;
Int16 signalRssiValue = 0;
signalRssiValue = (Int16)((data[length - 5] << 8) | (data[length - 4]));
if (routingHeaderTypeTemp == RadioRoutingHeaderType.UNICAST_DIRECT_HEADER)
{
routingHeaderLength = 3; /* 1 byte main + 2 byte routing header */
}
else if (routingHeaderTypeTemp == RadioRoutingHeaderType.UNICAST_ROUTED_HEADER)
{
routingHeaderLength = 6; /* 1 byte main + 5 byte routing header */
}
else
{
// not implemented yet...
return;
}
byte[] loraMessageData = new byte[length - 5 - routingHeaderLength];
Array.Copy(data, (5 + routingHeaderLength), loraMessageData, 0, length - 5 - routingHeaderLength);
switch (messageIdTemp)
{
case RadioMessageType.DATA_CHANNEL_REQUEST:
break;
case RadioMessageType.DATA_CHANNEL_RESPONSE:
//veriKanaliOkumaPageInterface.SendLoRaMessageToPage(messageIdTemp, loraMessageData, signalRssiValue);
break;
case RadioMessageType.DEVICE_INFORMATION_REQUEST:
break;
case RadioMessageType.DEVICE_INFORMATION_RESPONSE:
break;
case RadioMessageType.DISCOVER_NEIGHBOUR_REQUEST:
break;
case RadioMessageType.DISCOVER_NEIGHBOUR_RESPONSE:
break;
case RadioMessageType.ECHO_MESSAGE_REQUEST:
break;
case RadioMessageType.ECHO_MESSAGE_RESPONSE:
break;
case RadioMessageType.OPERATIONAL_REQUEST:
break;
case RadioMessageType.OPERATIONAL_RESPONSE:
break;
case RadioMessageType.PING_MESSAGE:
break;
case RadioMessageType.PONG_MESSAGE:
break;
case RadioMessageType.UNCATEGORIZED_REL_MSG_REQUEST:
break;
case RadioMessageType.UNCATEGORIZED_REL_MSG_RESPONSE:
break;
}
}
