public static async Task StartRunning(long numLoops, long period, byte sensorCntr)
{
await CC2650SensorTag.PrependTextStatic("cls");
LogMsg = "";
SensorCntr = sensorCntr;
if (SensorIsOn == null)
{
SensorIsOn = new Dictionary <CC2650SensorTag.SensorServicesCls.SensorIndexes, bool>();
for (CC2650SensorTag.SensorServicesCls.SensorIndexes sensor = CC2650SensorTag.SensorServicesCls.SensorIndexes.IR_SENSOR; sensor < (CC2650SensorTag.SensorServicesCls.SensorIndexes.NOTFOUND); sensor++)
{
SensorIsOn.Add(sensor, false);
}
}
PeriodCounter = 0;
LastEventCount = 0;
SensorPeriod = numLoops;
UpdatePeriod = 1000 * period;
CC2650SensorTag.TagSensorEvents.CallMeBack = UpdateSensorData;
CC2650SensorTag.TagSensorEvents.doCallback = true;
//StorageFolder storageFolder = KnownFolders.DocumentsLibrary; ;
//var sampleFile = await storageFolder.CreateFileAsync("sensors.log",
// CreationCollisionOption.ReplaceExisting);
await EnableDisableSensors();
System.Threading.Interlocked.Exchange(ref EventCount, 0);
ContinueRunning();
}
private static async Task EnableDisableSensors()
{
//sensorCntr++;
//Skip any cntr which would have IO on.
//while (GetBit(sensorCntr, (int)CC2650SensorTag.SensorServicesCls.SensorIndexes.IO_SENSOR))
// sensorCntr++;
string listActiveSensors = "";
for (CC2650SensorTag.SensorServicesCls.SensorIndexes sensor = CC2650SensorTag.SensorServicesCls.SensorIndexes.IR_SENSOR; sensor < (CC2650SensorTag.SensorServicesCls.SensorIndexes.REGISTERS); sensor++)
{
//IO is an actuator (LEDs and Buzzer) not sensor
if (sensor == CC2650SensorTag.SensorServicesCls.SensorIndexes.IO_SENSOR)
{
continue;
}
//Skip IO
if (!SensorIsOn.Keys.Contains(sensor))
{
SensorIsOn.Add(sensor, false);
}
//else if (sensor == SensorUUIDs.SensorIndexes.KEYS)
// sen++;
bool isToBeOn = GetBit(SensorCntr, (int)sensor); //Yes sensor here IS correct as its the sequential counter
if (isToBeOn != SensorIsOn[sensor])
{
if (SensorIsOn[sensor])
{
if (CC2650SensorTag.TagSensorServices.Sensors.Keys.Contains(sensor))
{
if (CC2650SensorTag.TagSensorServices.Sensors[sensor] != null)
{
await CC2650SensorTag.TagSensorServices.TurnOffSensor(CC2650SensorTag.TagSensorServices.Sensors[sensor]);
}
}
}
else
{
if (CC2650SensorTag.TagSensorServices.Sensors.Keys.Contains(sensor))
{
if (CC2650SensorTag.TagSensorServices.Sensors[sensor] != null)
{
await CC2650SensorTag.TagSensorServices.TurnOnSensor(CC2650SensorTag.TagSensorServices.Sensors[sensor]);
}
}
}
SensorIsOn[sensor] = isToBeOn;
}
if (SensorIsOn[sensor])
{
if (listActiveSensors == "")
{
listActiveSensors = sensor.ToString();
}
else
{
listActiveSensors = sensor.ToString() + "," + listActiveSensors;
}
}
//else
// maxSensor = " " + maxSensor;
}
//StorageFolder storageFolder = KnownFolders.DocumentsLibrary; ;
//var sampleFile = await storageFolder.GetFileAsync("sensors.log");
//string hdr = string.Format("{0} {1}\r\n", sensorCntr, listActiveSensors);
//Debug.WriteLine("{0} {1}\r\n", sensorCntr, hdr);
//await Windows.Storage.FileIO.AppendTextAsync(sampleFile, hdr);
//await CC2650SensorTag.PrependTextStatic(hdr);
}
public SensorCharacteristics(CC2650SensorTag.SensorServicesCls.SensorIndexes sensor)
{
Sensor = sensor;
Charcteristics = new Dictionary <CC2650SensorTag.SensorServicesCls.SensorIndexes, GattCharacteristic>();
}
public SensorChars(CC2650SensorTag.SensorServicesCls.SensorIndexes Sensor)
{
Sensor_Index = Sensor;
Type = CharacteristicsTypes.sensor;
Charcteristics = new Dictionary <CC2650SensorTag.SensorServicesCls.CharacteristicTypes, GattCharacteristic>();
}
