protected void onChannelResponse(ANT_Response response)
{
try
{
if (response.isExtended()) // Check if we are dealing with an extended message
{
ANT_ChannelID chID = response.getDeviceIDfromExt(); // Channel ID of the device we just received a message from
DeviceNumber = (ushort)chID.deviceNumber;
}
Parse(response.getDataPayload());
}
catch
{
}
}
protected override void handleNonRxFailChannelResponse(ANT_Managed_Library.ANT_Response response)
{
if (response.responseID == (byte)ANT_Managed_Library.ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E)
{
switch (response.messageContents[1])
{
case 16: //Page 16 - General Page
{
//Get new values
byte curElapsedTimeAcc = response.messageContents[3];
byte curDistAcc = response.messageContents[4];
ushort curInstSpeed = (ushort)(response.messageContents[5] + ((ushort)response.messageContents[6] << 8));
//heartRate = response.messageContents[7],
//If we aren't initialized we can't do the calculations yet and we just save the values below
if (isInitialized)
{
//Get the distance increase out of the accumulated field
int distIncrease = curDistAcc - lastDistAcc;
if (distIncrease < 0)
{
distIncrease = 255 + distIncrease;
}
if (distIncrease == 0) //Some devices like the rower don't reset the speed value when the rowing stops
{
if (++idleCount >= MAX_NO_EVENT_STOP_COUNT) //depending on page setup of machine, this is at least 1.5s, max 3s
{
curInstSpeed = 0;
idleCount = MAX_NO_EVENT_STOP_COUNT; //Always set, so we don't rollover
}
}
else
{
idleCount = 0;
}
//System.Console.Out.WriteLine(feDataSource.type + ", " + curData.distAcc + ", " + distIncrease);
//TODO: qc Keep checking if this is the same device as original connection?
//if((FitEquipType)(response.messageContents[2] & 0x1F) != feDataSource.type)
if (curInstSpeed == 0xFFFF) //If instantaneous speed is invalid, we have to manually calculate it
{
//Average speed over last 16 msgs
//System.Console.Write(String.Format("Pre Speed = {0}, ", calcSpeed));
double calcTimeDiff = curElapsedTimeAcc - lastElapsedTimeAcc;
if (calcTimeDiff > 0) //If there is no time diff, it is probably because the broadcast data wasn't updated, so don't try and predict speed from it
{
calcSpeed = (calcSpeed * 7 / 8);
calcSpeed += (((double)distIncrease * 4) / calcTimeDiff) / 8; //Add the fractional contributed by this msg. Time is in 0.25s units, so multiply dist by 4
}
incrementDistanceAndUpdate(distIncrease, calcSpeed, lastInstCadence, powerW: lastInstPower);
}
else
{
incrementDistanceAndUpdate(distIncrease, ((double)curInstSpeed) / 1000, lastInstCadence, powerW: lastInstPower);
}
}
else //When we are initializing we determine the sport type
{
switch (response.messageContents[2] & 0x1F)
{
case 19: //Treadmill
sportType = racerSportType.Running;
break;
case 22: //Rower
sportType = racerSportType.Rowing;
break;
case 21: //Biking
sportType = racerSportType.Biking;
break;
case 20: //Elliptical
sportType = racerSportType.Running;
break;
case 23: //Climber
sportType = racerSportType.Running;
break;
case 24: //Nordic Ski machine
sportType = racerSportType.Skiing;
break;
default:
sportType = racerSportType.Unknown;
break;
}
isInitialized = true;
}
//Save for next time
lastElapsedTimeAcc = curElapsedTimeAcc;
lastDistAcc = curDistAcc;
}
break;
//case 17: //general settings Page, not on bike, shows on rower, but not very useful
// {
// System.Console.Out.WriteLine("Cycle Length:" + response.messageContents[4] + ",Incline:" + (response.messageContents[5] + (response.messageContents[5] << 8)) + ",Resist:" + response.messageContents[7]);
// }
// break;
//case 18: //metabolic data, doesn't show on rower or bike
// {
// System.Console.Out.WriteLine("BurnRate:" + (response.messageContents[5] + (response.messageContents[6] << 8)) + ",Cal:" + response.messageContents[7]);
// }
// break;
case 19: //treadmill data
{
lastInstCadence = response.messageContents[5];
}
break;
case 21: //bike data
case 22: //Row data, same format as bike for cad and power
case 20: //Elliptical, same format as bike for cad and power
case 24: //Nordic Skier, same format as bike for cad and power
{
lastInstCadence = response.messageContents[5];
lastInstPower = (ushort)(response.messageContents[6] + (response.messageContents[7] << 8));
//System.Console.Out.WriteLine("Cadence:" + response.messageContents[5] + ",Power:" + (response.messageContents[6] + (response.messageContents[7] << 8)));
//System.Console.Out.WriteLine("SPM:"+response.messageContents[5]+"Power:"+(response.messageContents[6] + (response.messageContents[7] << 8)));
}
break;
}
}
}
////////////////////////////////////////////////////////////////////////////////
// DeviceResponse
//
// Called whenever a message is received from ANT unless that message is a
// channel event message.
//
// response: ANT message
////////////////////////////////////////////////////////////////////////////////
protected void DeviceResponse(ANT_Response response)
{
switch ((ANT_ReferenceLibrary.ANTMessageID) response.responseID)
{
case ANT_ReferenceLibrary.ANTMessageID.STARTUP_MESG_0x6F:
{
Console.Write("RESET Complete, reason: ");
byte ucReason = response.messageContents[0];
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_POR_0x00)
Console.WriteLine("RESET_POR");
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_RST_0x01)
Console.WriteLine("RESET_RST");
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_WDT_0x02)
Console.WriteLine("RESET_WDT");
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_CMD_0x20)
Console.WriteLine("RESET_CMD");
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_SYNC_0x40)
Console.WriteLine("RESET_SYNC");
if(ucReason == (byte) ANT_ReferenceLibrary.StartupMessage.RESET_SUSPEND_0x80)
Console.WriteLine("RESET_SUSPEND");
break;
}
case ANT_ReferenceLibrary.ANTMessageID.VERSION_0x3E:
{
Console.WriteLine("VERSION: " + new ASCIIEncoding().GetString(response.messageContents));
break;
}
case ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40:
{
switch (response.getMessageID())
{
case ANT_ReferenceLibrary.ANTMessageID.CLOSE_CHANNEL_0x4C:
{
if (response.getChannelEventCode() == ANT_ReferenceLibrary.ANTEventID.CHANNEL_IN_WRONG_STATE_0x15)
{
foreach (SensorProcessor s in _SensorProcessors)
{
s.UnassignChannel();
}
}
break;
}
case ANT_ReferenceLibrary.ANTMessageID.NETWORK_KEY_0x46:
case ANT_ReferenceLibrary.ANTMessageID.ASSIGN_CHANNEL_0x42:
case ANT_ReferenceLibrary.ANTMessageID.CHANNEL_ID_0x51:
case ANT_ReferenceLibrary.ANTMessageID.CHANNEL_RADIO_FREQ_0x45:
case ANT_ReferenceLibrary.ANTMessageID.OPEN_CHANNEL_0x4B:
case ANT_ReferenceLibrary.ANTMessageID.UNASSIGN_CHANNEL_0x41:
{
if (response.getChannelEventCode() != ANT_ReferenceLibrary.ANTEventID.RESPONSE_NO_ERROR_0x00)
{
Console.WriteLine(String.Format("Error {0} configuring {1}", response.getChannelEventCode(), response.getMessageID()));
}
break;
}
case ANT_ReferenceLibrary.ANTMessageID.RX_EXT_MESGS_ENABLE_0x66:
{
if (response.getChannelEventCode() == ANT_ReferenceLibrary.ANTEventID.INVALID_MESSAGE_0x28)
{
Console.WriteLine("Extended messages not supported in this ANT product");
break;
}
else if(response.getChannelEventCode() != ANT_ReferenceLibrary.ANTEventID.RESPONSE_NO_ERROR_0x00)
{
Console.WriteLine(String.Format("Error {0} configuring {1}", response.getChannelEventCode(), response.getMessageID()));
break;
}
Console.WriteLine("Extended messages enabled");
break;
}
case ANT_ReferenceLibrary.ANTMessageID.REQUEST_0x4D:
{
if (response.getChannelEventCode() == ANT_ReferenceLibrary.ANTEventID.INVALID_MESSAGE_0x28)
{
Console.WriteLine("Requested message not supported in this ANT product");
break;
}
break;
}
default:
{
Console.WriteLine("Unhandled response " + response.getChannelEventCode() + " to message " + response.getMessageID()); break;
}
}
break;
}
}
}
/// <overloads>Requests a message from the device and returns the response</overloads>
/// <summary>
/// Request a message from device and returns the response.
/// Throws exception on timeout.
/// </summary>
/// <param name="channelNum">Channel to send request on</param>
/// <param name="messageID">Request to send</param>
/// <param name="responseWaitTime">Time to wait for device success response</param>
public ANT_Response requestMessageAndResponse(byte channelNum, ANT_ReferenceLibrary.RequestMessageID messageID, UInt32 responseWaitTime)
{
if (!initializedUSB)
throw new ObjectDisposedException("ANTDevice object has been disposed");
ANTMessageItem response = new ANTMessageItem();
if (ANT_RequestMessage(unmanagedANTFramerPtr, channelNum, (byte)messageID, ref response, responseWaitTime) == 0)
throw new ANT_Exception("Timed out waiting for requested message");
ANT_Response retVal = new ANT_Response(this, channelNum, DateTime.Now, response.antMsgData.msgID, response.antMsgData.ucharBuf.Take(response.dataSize).ToArray());
return retVal;
}
private void responsePollFunc()
{
ushort messageSize = 0;
byte channelNum;
bool isMsgForChannel;
pollingOn = true; //Set to false on shutdown to terminate the thread
#if (ANTFS_DEBUGGING)
ANT_Common.initDebugLogThread("Device" + USBDeviceNum + "_ANTReceive"); // We still need this for ANT-FS! Will not be created if debug disabled
#endif
while (initializedUSB && pollingOn) //check continuously; this thread is terminated on destruction of the class
{
// We only wait in the unmanged code for 100 ms because we want this thread to be responsive on our side.
// It does mean that we are running through a lot more cycles than we need to
messageSize = ANT_WaitForMessage(unmanagedANTFramerPtr, 100);
if (messageSize == (ushort)0xFFFE) //DSI_FRAMER_TIMEDOUT
continue; //Expected, just keep looping
ANTMessage newMessage = new ANTMessage();
messageSize = ANT_GetMessage(unmanagedANTFramerPtr, ref newMessage);
if (messageSize == (ushort)0xFFFF) // DSI_FRAMER_ERROR - in current library could be from CRC error, Write error, Read error, or DeviceGone
{
serialErrorCode error;
bool isCritical = false;
switch(newMessage.msgID)
{
case 0x02: //DSI_FRAMER_ANT_ESERIAL
switch(newMessage.ucharBuf[0])
{
case 0x04: //ESERIAL -> DSI_FRAMER_ANT_CRC_ERROR
error = serialErrorCode.MessageLost_CrcError;
break;
case 0x02: //ESERIAL -> DSI_SERIAL_EWRITE
error = serialErrorCode.SerialWriteError;
break;
case 0x03: //ESERIAL -> DSI_SERIAL_EREAD
error = serialErrorCode.SerialReadError;
isCritical = true;
break;
case 0x01: //ESERIAL -> DSI_SERIAL_DEVICE_GONE
error = serialErrorCode.DeviceConnectionLost;
isCritical = true;
break;
default:
error = serialErrorCode.Unknown;
System.Diagnostics.Debug.Fail("Unknown serial failure, why isn't this known?");
break;
}
break;
case 0x01: //DSI_FRAMER_ANT_EQUEUE_OVERFLOW
error = serialErrorCode.MessageLost_QueueOverflow;
break;
case 0x03: //DSI_FRAMER_ANT_EINVALID_SIZE
error = serialErrorCode.MessageLost_TooLarge;
break;
default:
error = serialErrorCode.Unknown;
System.Diagnostics.Debug.Fail("Unknown serial failure, why isn't this known?");
break;
}
if(isCritical)
{
//System.Threading.ThreadPool.QueueUserWorkItem(new System.Threading.WaitCallback(x => shutdown())); //Clean up all resources on another thread to allow this one to close cleanly
pollingOn = false; //Just stop polling, since we will never get new messages now. Allow the user to dispose of the device.
}
//If application has subscribed to the event we can inform them
if (serialError != null)
serialError(this, error, isCritical);
else //Debug.Fail is a no-op in release mode, so we will only see this in debugging, in release mode we don't want to do anything intrusive (ie:message box, exception)
System.Diagnostics.Debug.Fail("Device Serial Communication Failure, HandleSerialError not handled by application");
if (isCritical)
break; //If the device is dead, exit the polling loop
else
continue;
}
isMsgForChannel = false;
channelNum = Byte.MaxValue;
switch (newMessage.msgID) //Check if we send to channel or protocol response func
{
// Send on Channel event
case (byte)ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40:
if (newMessage.ucharBuf[1] == (byte)ANT_ReferenceLibrary.ANTMessageID.EVENT_0x01)
isMsgForChannel = true;
break;
// or any of the transmission events
case (byte)ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E:
case (byte)ANT_ReferenceLibrary.ANTMessageID.ACKNOWLEDGED_DATA_0x4F:
case (byte)ANT_ReferenceLibrary.ANTMessageID.EXT_BROADCAST_DATA_0x5D:
case (byte)ANT_ReferenceLibrary.ANTMessageID.EXT_ACKNOWLEDGED_DATA_0x5E:
case (byte)ANT_ReferenceLibrary.ANTMessageID.BURST_DATA_0x50:
case (byte)ANT_ReferenceLibrary.ANTMessageID.EXT_BURST_DATA_0x5F:
#if (!REFERENCE_DESIGN)
case (byte)ANT_ReferenceLibrary.ANTMessageID.ADV_BURST_DATA_0x72:
#endif
case (byte)ANT_ReferenceLibrary.ANTMessageID.RSSI_BROADCAST_DATA_0xC1:
case (byte)ANT_ReferenceLibrary.ANTMessageID.RSSI_ACKNOWLEDGED_DATA_0xC2:
case (byte)ANT_ReferenceLibrary.ANTMessageID.RSSI_BURST_DATA_0xC3:
isMsgForChannel = true;
break;
}
ANT_Response newResponse;
//Now dispatch to appropriate event
//The messages are buffered in the ant library so we just dispatch with current thread
//then no matter how long the event call takes we still won't miss messages
if (isMsgForChannel)
{
channelNum = (byte)(newMessage.ucharBuf[0] & 0x1F); //Mask out what channel this is for. [We can eventually switch to use the c++ code to determine the channel, but we should do it all together with getMessage to avoid extra marshalling and copying and remove the processing in C# above]
if (antChannels != null && channelNum < antChannels.Length)
{
if (antChannels[channelNum] != null)
antChannels[channelNum].MessageReceived(newMessage, messageSize);
}
else
{
if (serialError != null)
serialError(this, serialErrorCode.MessageLost_InvalidChannel, false);
}
}
else
{
newResponse = new ANT_Response(this, newMessage.ucharBuf[0], DateTime.Now, newMessage.msgID, newMessage.ucharBuf.Take(messageSize).ToArray());
if (deviceResponse != null) //Ensure events are assigned before we call the event
deviceResponse(newResponse);
}
}
}
////////////////////////////////////////////////////////////////////////////////
// ChannelResponse
//
// Called whenever a channel event is recieved.
//
// response: ANT message
////////////////////////////////////////////////////////////////////////////////
private void ChannelResponse(ANT_Response response)
{
try
{
switch ((ANT_ReferenceLibrary.ANTMessageID)response.responseID)
{
case ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40:
{
switch (response.getChannelEventCode())
{
// This event indicates that a message has just been
// sent over the air.
case ANT_ReferenceLibrary.ANTEventID.EVENT_TX_0x03:
{
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_SEARCH_TIMEOUT_0x01:
{
Console.WriteLine("Search timeout");
Status = SensorStatus.Disconnected;
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_0x02:
{
Console.WriteLine("Rx Fail");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_RX_FAILED_0x04:
{
Console.WriteLine("Burst receive has failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_COMPLETED_0x05:
{
Console.WriteLine("Transfer Completed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_FAILED_0x06:
{
Console.WriteLine("Transfer Failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_CLOSED_0x07:
{
// This event should be used to determine that the channel is closed.
Console.WriteLine("Channel Closed");
Console.WriteLine("Unassigning Channel...");
if (_Channel.unassignChannel(500))
{
Console.WriteLine("Unassigned Channel");
Status = SensorStatus.Disconnected;
}
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_GO_TO_SEARCH_0x08:
{
Console.WriteLine("Go to Search");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_COLLISION_0x09:
{
Console.WriteLine("Channel Collision");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_START_0x0A:
{
Console.WriteLine("Burst Started");
break;
}
default:
{
Console.WriteLine("Unhandled Channel Event " + response.getChannelEventCode());
break;
}
}
break;
}
case ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E:
case ANT_ReferenceLibrary.ANTMessageID.ACKNOWLEDGED_DATA_0x4F:
case ANT_ReferenceLibrary.ANTMessageID.BURST_DATA_0x50:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BROADCAST_DATA_0x5D:
case ANT_ReferenceLibrary.ANTMessageID.EXT_ACKNOWLEDGED_DATA_0x5E:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BURST_DATA_0x5F:
{
Status = SensorStatus.Connected;
if (DeviceNumber == 0)
{
ANT_ChannelID chId = _Channel.requestID(500);
if (chId.deviceNumber > 0)
{
Console.WriteLine("Setting device number and transmission type...");
DeviceNumber = chId.deviceNumber;
TransmissionType = chId.transmissionTypeID;
}
}
Console.WriteLine("decoding payload....");
_Sensor.Decode(response.getDataPayload());
break;
}
default:
{
Console.WriteLine("Unknown Message " + response.responseID);
break;
}
}
}
catch (Exception ex)
{
Console.WriteLine("Channel response processing failed with exception: " + ex.Message);
}
}
/// <summary>
/// Callback used by the .NET DLL for the Garmin device (USB1/2)
/// </summary>
/// <param name="response"></param>
void DeviceResponse(ANT_Response response)
{
byte[] message_bytes = new byte[response.messageContents.Length + 3];
//Add header bytes as expected by the ProcessMessage function
message_bytes[2] = response.responseID;
response.messageContents.CopyTo(message_bytes, 3);
BeginInvoke(new EventHandler(delegate { ProcessMessage(message_bytes); }));
}
private void DeviceResponse(ANT_Response response)
{
// Debug.Log("[AntStick] " + decodeDeviceFeedback(response));
}
/// <summary>
/// This function decodes the message code into human readable form and shows the error
/// value on failures for device response events.
/// </summary>
/// <param name="response">The ANT Response received from the device.</param>
/// <returns>A nicely formatted string</returns>
private string decodeDeviceFeedback(ANT_Response response)
{
string toDisplay = "Device: ";
// The ANTReferenceLibrary contains all the message and event codes in user-friendly
// enums. This allows for more readable code and easy conversion to human readable
// strings for display.
// So, for the device response we first check if it is an event, then we check if it
// failed, and display the failure if that is the case. "Events" use message code 0x40.
if (response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40)
{
// We cast the byte to its messageID string and add the channel number byte.
// associated with the message
toDisplay += (ANT_ReferenceLibrary.ANTMessageID)response.messageContents[1] + ", Ch:" + response.messageContents[0];
// Check if the eventID shows an error, if it does, show the error message.
if ((ANT_ReferenceLibrary.ANTEventID)response.messageContents[2] != ANT_ReferenceLibrary.ANTEventID.RESPONSE_NO_ERROR_0x00)
toDisplay += Environment.NewLine + ((ANT_ReferenceLibrary.ANTEventID)response.messageContents[2]).ToString();
}
else // If the message is not an event, we just show the messageID.
toDisplay += ((ANT_ReferenceLibrary.ANTMessageID)response.responseID).ToString();
// Finally we display the raw byte contents of the response, converting it to hex.
toDisplay += Environment.NewLine + "::" + Convert.ToString(response.responseID, 16)
+ ", " + BitConverter.ToString(response.messageContents) + Environment.NewLine;
return toDisplay;
}
/// <summary>
/// This function decodes the message code into human readable form and shows the error
/// value on failures for channel response events.
/// </summary>
/// <param name="response">The ANT Response received from the channel.</param>
/// <returns>A nicely formatted string.</returns>
String decodeChannelFeedback(ANT_Response response)
{
// We use a stringbuilder for speed and better memory usage.
StringBuilder stringToPrint;
stringToPrint = new StringBuilder("Channel: ", 100);
// In the channel feedback we will get either RESPONSE_EVENTs or receive events. If it
// is a response event we display what the event was and the error code if it failed.
// Mostly, these response_events will all be broadcast events from a Master channel.
if (response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40)
stringToPrint.AppendLine(((ANT_ReferenceLibrary.ANTEventID)response.messageContents[2]).ToString());
else // This is a receive event, so display the ID
stringToPrint.AppendLine("Received " + ((ANT_ReferenceLibrary.ANTMessageID)response.responseID).ToString());
// Always print the raw contents in hex, with leading '::' for easy visibility/parsing.
// If this is a receive event it will contain the payload of the message.
stringToPrint.Append(" :: ");
stringToPrint.Append(Convert.ToString(response.responseID, 16));
stringToPrint.Append(", ");
stringToPrint.Append(BitConverter.ToString(response.messageContents) + Environment.NewLine);
return stringToPrint.ToString();
}
private void ChannelResponse(ANT_Response response)
{
// Debug.Log("[AntStick] " + decodeChannelFeedback(response));
if (response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40)
{
if (response.messageContents[2] == (byte)ANT_ReferenceLibrary.ANTEventID.EVENT_RX_SEARCH_TIMEOUT_0x01)
{
Debug.LogWarning("[AntStick] Failed to connect to any device.");
Debug.LogWarning("[AntStick] <b>WARNING --- UNITY MAY CRASH!</b> Try lowering AntStick.CONNECT_TIMEOUT value.");
UpdateState(AntState.ConnectFail);
Stop();
}
if (response.messageContents[2] == (byte)ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_0x02)
{
Stats.IncrementRxFailCount();
}
if (response.messageContents[2] == (byte)ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_GO_TO_SEARCH_0x08)
{
UpdateState(AntState.ReConnecting);
StartConnectTimeout();
}
}
else
{
if (state == AntState.Starting || state == AntState.ReConnecting)
{
Debug.Log("[AntStick] Successfully began receiving data.");
UpdateState(AntState.Connected);
}
DataPage dataPage = DataPage.BuildDataPageFromReceivedData(response.messageContents);
Stats.IncrementPageCount(dataPage.DataPageNumber);
dataPage.FireReceived();
}
}
void OnChannelResponseRecieved(ANT_Response response)
{
lock (locker)
{
messageSubject.OnNext(new AntMessage(response.responseID, response.messageContents));
}
}
////////////////////////////////////////////////////////////////////////////////
// ChannelResponse
//
// Called whenever a channel event is recieved.
//
// response: ANT message
////////////////////////////////////////////////////////////////////////////////
public void ChannelResponse(ANT_Response response)
{
try
{
switch ((ANT_ReferenceLibrary.ANTMessageID)response.responseID)
{
case ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40:
{
switch (response.getChannelEventCode())
{
// This event indicates that a message has just been
// sent over the air. We take advantage of this event to set
// up the data for the next message period.
case ANT_ReferenceLibrary.ANTEventID.EVENT_TX_0x03:
{
txBuffer[0]++; // Increment the first byte of the buffer
// Broadcast data will be sent over the air on
// the next message period
if (bBroadcasting)
{
channel0.sendBroadcastData(txBuffer);
if (bDisplay)
{
// Echo what the data will be over the air on the next message period
Console.WriteLine("Tx: (" + response.antChannel.ToString() + ")" + BitConverter.ToString(txBuffer));
}
}
else
{
string[] ac = { "|", "/", "_", "\\" };
Console.Write("Tx: " + ac[iIndex++] + "\r");
iIndex &= 3;
}
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_SEARCH_TIMEOUT_0x01:
{
Console.WriteLine("Search Timeout");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_0x02:
{
Console.WriteLine("Rx Fail");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_RX_FAILED_0x04:
{
Console.WriteLine("Burst receive has failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_COMPLETED_0x05:
{
Console.WriteLine("Transfer Completed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_FAILED_0x06:
{
Console.WriteLine("Transfer Failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_CLOSED_0x07:
{
// This event should be used to determine that the channel is closed.
Console.WriteLine("Channel Closed");
Console.WriteLine("Unassigning Channel...");
if (channel0.unassignChannel(500))
{
Console.WriteLine("Unassigned Channel");
Console.WriteLine("Press enter to exit");
bDone = true;
}
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_GO_TO_SEARCH_0x08:
{
Console.WriteLine("Go to Search");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_COLLISION_0x09:
{
Console.WriteLine("Channel Collision");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_START_0x0A:
{
Console.WriteLine("Burst Started");
break;
}
default:
{
Console.WriteLine("Unhandled Channel Event " + response.getChannelEventCode());
break;
}
}
break;
}
case ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E:
case ANT_ReferenceLibrary.ANTMessageID.ACKNOWLEDGED_DATA_0x4F:
case ANT_ReferenceLibrary.ANTMessageID.BURST_DATA_0x50:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BROADCAST_DATA_0x5D:
case ANT_ReferenceLibrary.ANTMessageID.EXT_ACKNOWLEDGED_DATA_0x5E:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BURST_DATA_0x5F:
{
if (bDisplay)
{
if (response.isExtended()) // Check if we are dealing with an extended message
{
ANT_ChannelID chID = response.getDeviceIDfromExt(); // Channel ID of the device we just received a message from
if (chID.deviceTypeID == 120) this.Heartrate = System.Convert.ToString(response.getDataPayload()[7]); // Device type for HR monitor is 120
else if (chID.deviceTypeID == 11)
{
if (response.getDataPayload()[0] == 10)
{
this.pwr = response.getDataPayload()[7];
this.cadence = response.getDataPayload()[4];
}
}
if (chID.deviceTypeID == 120) this.Heartrate = System.Convert.ToString(response.getDataPayload()[7]);
Console.Write("Chan ID(" + chID.deviceNumber.ToString() + "," + chID.deviceTypeID.ToString() + "," + chID.transmissionTypeID.ToString() + ") - ");
}
if (response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E
|| response.responseID == (byte) ANT_ReferenceLibrary.ANTMessageID.EXT_BROADCAST_DATA_0x5D)
Console.Write("Rx:(" + response.antChannel.ToString() + "): ");
else if (response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.ACKNOWLEDGED_DATA_0x4F
|| response.responseID == (byte)ANT_ReferenceLibrary.ANTMessageID.EXT_ACKNOWLEDGED_DATA_0x5E)
Console.Write("Acked Rx:(" + response.antChannel.ToString() + "): ");
else
Console.Write("Burst(" + response.getBurstSequenceNumber().ToString("X2") + ") Rx:(" + response.antChannel.ToString() + "): ");
//Console.Write(BitConverter.ToString(response.getDataPayload()) + Environment.NewLine); // Display data payload
Console.Write(" Heart Rate is: " + this.Heartrate + Environment.NewLine);
}
else
{
string[] ac = { "|", "/", "_", "\\" };
Console.Write("Rx: " + ac[iIndex++] + "\r");
iIndex &= 3;
}
break;
}
default:
{
Console.WriteLine("Unknown Message " + response.responseID);
break;
}
}
}
catch (Exception ex)
{
Console.WriteLine("Channel response processing failed with exception: " + ex.Message);
}
}
////////////////////////////////////////////////////////////////////////////////
// ChannelResponse
//
// Called whenever a channel event is recieved.
//
// response: ANT message
////////////////////////////////////////////////////////////////////////////////
private void ChannelResponse(ANT_Response response)
{
bool bDisplay = true;
bool bDone = false;
try
{
switch ((ANT_ReferenceLibrary.ANTMessageID)response.responseID)
{
case ANT_ReferenceLibrary.ANTMessageID.RESPONSE_EVENT_0x40:
{
switch (response.getChannelEventCode())
{
// This event indicates that a message has just been
// sent over the air. We take advantage of this event to set
// up the data for the next message period.
case ANT_ReferenceLibrary.ANTEventID.EVENT_TX_0x03:
{
//txBuffer[0]++; // Increment the first byte of the buffer
//// Broadcast data will be sent over the air on
//// the next message period
//if (bBroadcasting)
//{
// channel0.sendBroadcastData(txBuffer);
// if (bDisplay)
// {
// // Echo what the data will be over the air on the next message period
// Console.WriteLine("Tx: (" + response.antChannel.ToString() + ")" + BitConverter.ToString(txBuffer));
// }
//}
//else
//{
// string[] ac = { "|", "/", "_", "\\" };
// Console.Write("Tx: " + ac[iIndex++] + "\r");
// iIndex &= 3;
//}
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_SEARCH_TIMEOUT_0x01:
{
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_0x02:
{
Console.WriteLine("Rx Fail");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_RX_FAILED_0x04:
{
Console.WriteLine("Burst receive has failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_COMPLETED_0x05:
{
Console.WriteLine("Transfer Completed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_FAILED_0x06:
{
Console.WriteLine("Transfer Failed");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_CLOSED_0x07:
{
// This event should be used to determine that the channel is closed.
Console.WriteLine("Channel Closed");
Console.WriteLine("Unassigning Channel...");
if (_Channel.unassignChannel(500))
{
Console.WriteLine("Unassigned Channel");
Console.WriteLine("Press enter to exit");
bDone = true;
}
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_RX_FAIL_GO_TO_SEARCH_0x08:
{
Console.WriteLine("Go to Search");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_CHANNEL_COLLISION_0x09:
{
Console.WriteLine("Channel Collision");
break;
}
case ANT_ReferenceLibrary.ANTEventID.EVENT_TRANSFER_TX_START_0x0A:
{
Console.WriteLine("Burst Started");
break;
}
default:
{
Console.WriteLine("Unhandled Channel Event " + response.getChannelEventCode());
break;
}
}
break;
}
case ANT_ReferenceLibrary.ANTMessageID.BROADCAST_DATA_0x4E:
case ANT_ReferenceLibrary.ANTMessageID.ACKNOWLEDGED_DATA_0x4F:
case ANT_ReferenceLibrary.ANTMessageID.BURST_DATA_0x50:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BROADCAST_DATA_0x5D:
case ANT_ReferenceLibrary.ANTMessageID.EXT_ACKNOWLEDGED_DATA_0x5E:
case ANT_ReferenceLibrary.ANTMessageID.EXT_BURST_DATA_0x5F:
{
Console.WriteLine("decoding payload....");
_Sensor.Decode(response.getDataPayload());
break;
}
default:
{
Console.WriteLine("Unknown Message " + response.responseID);
break;
}
}
}
catch (Exception ex)
{
Console.WriteLine("Channel response processing failed with exception: " + ex.Message);
}
}
/// <overloads>Requests a message from the device and returns the response</overloads>
/// <summary>
/// Read User Nvm by sending Request Mesg capturing the response.
/// Throws exception on timeout.
/// </summary>
/// <param name="address">NVM Address to read from</param>
/// <param name="size">Number of bytes to read</param>
/// <param name="responseWaitTime">Time to wait for device success response</param>
public ANT_Response readUserNvm(UInt16 address, byte size, UInt32 responseWaitTime)
{
if (!initializedUSB)
throw new ObjectDisposedException("ANTDevice object has been disposed");
ANTMessageItem response = new ANTMessageItem();
if (ANT_RequestUserNvmMessage(unmanagedANTFramerPtr, 0, (byte)ANT_ReferenceLibrary.RequestMessageID.USER_NVM_0x7C, ref response, address, size, responseWaitTime) == 0)
throw new ANT_Exception("Timed out waiting for requested message");
ANT_Response retVal = new ANT_Response(this, 0, DateTime.Now, response.antMsgData.msgID, response.antMsgData.ucharBuf.Take(response.dataSize).ToArray());
return retVal;
}