/// <summary>
/// Execute HVC functions<br>
/// [Description]<br>
/// Execute each HVC function. Store results in HVC_BLE.Result<br> </summary>
/// <param name="inExec"> execution flag<br> </param>
/// <param name="outStatus"> HVC execution result status<br> </param>
/// <returns> int execution result error code <br> </returns>
public async override Task <int> Execute(int inExec, HVC_RES res)
{
if (BtDevice == null)
{
Debug.WriteLine(TAG, "execute() : HVC_ERROR_NODEVICES");
return(HVC_ERROR_NODEVICES);
}
if (Service == null || Service.GetmConnectionState() != BleDeviceService.STATE_CONNECTED)
{
Debug.WriteLine(TAG, "execute() : HVC_ERROR_DISCONNECTED");
return(HVC_ERROR_DISCONNECTED);
}
if (Status > STATE_CONNECTED)
{
Debug.WriteLine(TAG, "execute() : HVC_ERROR_BUSY");
return(HVC_ERROR_BUSY);
}
Status = STATE_BUSY;
await Task.Run(() =>
{
int nRet = HVC_NORMAL;
byte[] outStatus = new byte[1];
nRet = Execute(30000, inExec, outStatus, res);
if (Callback != null)
{
Callback.OnPostExecute(nRet, outStatus[0]);
}
if (Status == STATE_BUSY)
{
Status = STATE_CONNECTED;
}
});
//Thread t = new Thread(new ThreadStart(() => {
// int nRet = HVC_NORMAL;
// byte[] outStatus = new byte[1];
// nRet = Execute(10000, inExec, outStatus, res);
// if (mCallback != null)
// {
// mCallback.onPostExecute(nRet, outStatus[0]);
// }
// if (mStatus == STATE_BUSY)
// {
// mStatus = STATE_CONNECTED;
// }
//}));
//t.Start();
Debug.WriteLine(TAG, "execute() : HVC_NORMAL");
return(HVC_NORMAL);
}
