/*
* OnResume - Override for onResume to store in the database when the applications resumes.
*/
protected override void OnResume()
{
base.OnResume();
info = database.getRunningInfo(1);
info.background = false;
database.UpdateRunningInfo(info);
}
/*
* preventMovement - View session live for more details.
*/
private async void askLocation()
{
await Task.Delay(100).ContinueWith(async(arg) => {
Task.Delay(GlobalUtilities.locationTime).Wait();
while (getlocation)
{
gettingLocation = true;
var change = GetLocation();
change.Wait();
bool realChange = change.Result;
if (!realChange)
{
getlocation = false;
interrupt = new Interrupts();
interrupt.reason = "Change location";
DateTime toBeClonedDateTime = DateTime.Now;
interrupt.start = toBeClonedDateTime;
var answer = Task.FromResult(false);
bool realAnwser = false;
RunningInfo info = database.getRunningInfo(1);
if (info.background)
{
info.notificationNeeded = true;
database.UpdateRunningInfo(info);
}
Device.BeginInvokeOnMainThread(
async() =>
{
realAnwser = await DisplayAlert("Location Change", "Hey there your location change, are you still working?", "Yes.", "No, pause.");
if (!realAnwser)
{
interrupt.Id = database.SaveInterrupt(interrupt);
getlocation = false;
}
else
{
getlocation = true;
}
gettingLocation = false;
});
}
else
{
gettingLocation = false;
}
while (gettingLocation)
{
;
}
Task.Delay(GlobalUtilities.locationTime).Wait();
}
});
}
/*
* Accelerometer_ReadingAvailable - View session live for more details.
*/
private async void Accelerometer_ReadingAvailable(object sender, XLabs.EventArgs <XLabs.Vector3> e)
{
await Task.Delay(100).ContinueWith(async(arg) =>
{
if (!gettingLocation)
{
if (onlyOne == false)
{
onlyOne = true;
semaphoreObject.WaitOne();
GlobalUtilities.accelerometer.ReadingAvailable -= Accelerometer_ReadingAvailable;
XLabs.Vector3 Currentreading = e.Value;
if (GlobalUtilities.LastMovement is null)
{
GlobalUtilities.LastMovement = Currentreading;
}
else
{
if (Math.Round(Currentreading.X, 1) != Math.Round(GlobalUtilities.LastMovement.X, 1) || Math.Round(Currentreading.Y, 1) != Math.Round(GlobalUtilities.LastMovement.Y, 1) || Math.Round(Currentreading.Z, 1) != Math.Round(GlobalUtilities.LastMovement.Z, 1))
{
GlobalUtilities.moving += 1;
if (GlobalUtilities.moving > GlobalUtilities.MovementTicks)
{
accelworking = true;
getlocation = false;
GlobalUtilities.moving = 0;
GlobalUtilities.still = 0;
movement = true;
interrupt = new Interrupts();
interrupt.reason = "Movement detected.";
DateTime toBeClonedDateTime = DateTime.Now;
interrupt.start = toBeClonedDateTime;
bool realAnwser = false;
RunningInfo info = database.getRunningInfo(1);
if (info.background)
{
info.notificationNeeded = true;
database.UpdateRunningInfo(info);
}
Device.BeginInvokeOnMainThread(
async() =>
{
realAnwser = await DisplayAlert("Movement detected", "Are you still working?", "Yes.", "No, pause.");
if (!realAnwser)
{
interrupt.sessionId = live.Id;
interrupt.Id = database.SaveInterrupt(interrupt);
getlocation = false;
accelometeractive = false;
}
else
{
getlocation = true;
accelometeractive = true;
}
movement = false;
});
accelworking = true;
}
}
else
{
GlobalUtilities.still += 1;
if (GlobalUtilities.still > GlobalUtilities.StillTicks)
{
GlobalUtilities.moving = 0;
GlobalUtilities.still = 0;
}
}
}
while (movement)
{
;
}
GlobalUtilities.LastMovement = Currentreading;
Thread.Sleep(GlobalUtilities.aceelTime);
if (accelometeractive)
{
GlobalUtilities.accelerometer.ReadingAvailable += Accelerometer_ReadingAvailable;
}
semaphoreObject.Release();
onlyOne = false;
accelworking = false;
}
}
});
}
