private void CatcherHelper_NotificationPosted(object sender, NotificationPostedEventArgs e)
{
//if the incoming notification updates a previous notification, then verify if the current notification SHOWING is the same as the one
//we are trying to update, because if this check is not done, the updated notification will show even if the user is seeing another notification.
//the other case is simply when the notification is a new one.
if (e.UpdatesPreviousNotification && e.OpenNotification.GetCustomId() == _openNotification?.GetCustomId() ||
e.UpdatesPreviousNotification == false)
{
ShowNotification(e.OpenNotification);
}
if (e.ShouldCauseWakeUp && configurationManager.RetrieveAValue(ConfigurationParameters.TurnOnNewNotification))
{
AwakeHelper.TurnOnScreen();
}
if (configurationManager.RetrieveAValue(ConfigurationParameters.MusicWidgetMethod, "0") == "1") //1:"Use a notification to spawn the Music Widget"
{
if (e.OpenNotification.RepresentsMediaPlaying())
{
MusicController.StartPlayback(e.OpenNotification.GetMediaSessionToken(), e.OpenNotification.GetCustomId());
maincontainer.Visibility = ViewStates.Invisible;
WidgetStatusPublisher.RequestShow(new WidgetStatusEventArgs {
Show = false, WidgetName = "NotificationFragment"
});
//Also start the Widget to control the playback.
WidgetStatusPublisher.RequestShow(new WidgetStatusEventArgs {
Show = true, WidgetName = "MusicFragment", Active = true
});
return;
}
}
}
private void CatcherHelper_NotificationPosted(object sender, NotificationPostedEventArgs e)
{
openNotification = e.OpenNotification;
if (e.ShouldCauseWakeUp)
{
AwakeHelper.TurnOnScreen();
}
//if the current floating notification widget does not have a tag, let's set it.
if (floatingNotificationView.GetTag(Resource.String.defaulttag) == null)
{
floatingNotificationView.SetTag(Resource.String.defaulttag, openNotification.GetCustomId());
}
if (configurationManager.RetrieveAValue(ConfigurationParameters.TestEnabled))
{
Toast.MakeText(floatingNotificationView.Context, "Progress Indeterminate?: " + openNotification.IsProgressIndeterminate().ToString() + "\n"
+ "Current Progress: " + openNotification.GetProgress().ToString() + "\n"
+ "Max Progress: " + openNotification.GetProgressMax().ToString() + "\n"
+ openNotification.GetGroupInfo()
, ToastLength.Short).Show();
}
if (e.UpdatesPreviousNotification)
{
if ((string)floatingNotificationView.GetTag(Resource.String.defaulttag) == openNotification.GetCustomId())
{
floatingNotificationView.SetTag(Resource.String.defaulttag, openNotification.GetCustomId());
}
}
else
{
//Is a new notification, so set a new tag.
floatingNotificationView.SetTag(Resource.String.defaulttag, openNotification.GetCustomId());
if (floatingNotificationView.Visibility != ViewStates.Visible)
{
if (currentActivityState == ActivityStates.Resumed) //most of the times it won't work, when the Screen turns on then it gets here too quickly
//before the lockscreen is in a Resumed state, causing the floating notification not being showed when the screen turns on, TODO.
{
floatingNotificationView.Visibility = ViewStates.Visible;
}
}
}
}
public void OnSensorChanged(SensorEvent e)
{
switch (e.Sensor.Type)
{
case SensorType.Accelerometer:
//Detect phone on plain surface:
//Z axis must have the following value:
//>10 m/s2;
//Y axis must be less than 3m/s2 so, the device can be slightly tilted and still being
//in a Plain surface.
if (e.Values[2] > 9 && e.Values[1] < 3)
{
if (layDownTime == 0)
{
layDownTime = e.Timestamp;
}
if (e.Timestamp > (sleepTime + layDownTime))
{
isLaidDown = true;
Log.Info("SENSOR", "Is Laid down");
if (isSensorBlocked)
{
isInPocket = true;
Log.Info("SENSOR", "Is in Pocket (horizontal)");
}
else
{
Log.Info("SENSOR", "Is not in Pocket (horizontal)");
isInPocket = false;
}
}
phoneInVerticalTime = 0;
}
if (e.Values[1] > 3 && isInPocket == false)
{
if (isLaidDown == true)
{
if (phoneInVerticalTime == 0)
{
phoneInVerticalTime = e.Timestamp;
}
if (e.Timestamp > (wakeUpWaitTime + phoneInVerticalTime))
{
if (ScreenOnOffReceiver.IsScreenOn == false)
{
Log.Info("SENSOR", "Should turn on screen");
if (configurationManager.RetrieveAValue(ConfigurationParameters.TurnOnUserMovement))
{
AwakeHelper.TurnOnScreen();
}
}
isLaidDown = false;
layDownTime = 0;
}
}
else if (isLaidDown == false && e.Timestamp > (phoneInVerticalTime + sleepTime) && isSensorBlocked)
{
isInPocket = true;
Log.Info("SENSOR", "Is In Pocket (vertical) I guess");
}
}
//The less Z axis m/s2 value is, and the more Y axis m/s2 value is, the phone more vertically is.
//Notes:
//X axis is not necessary as I don't need to know if the phone is being moved Horizontally.
break;
case SensorType.Proximity:
Log.Info("Livedisplay", "value 1 " + e.Values[0]);
if (e.Values[0] == 0)
{
proxSensorBlockedTime = e.Timestamp;
isSensorBlocked = true;
}
else
{
proxSensorBlockedTime = 0;
isSensorBlocked = false;
}
break;
default:
break;
}
//Kind of works. :/
//If you turn off the screen when the phone is vertical then okay, the screen won't turn on, but if you lay down your phone
//and get it back up it won't turn on the screen again.
//Because the code doesn't recognize that I wan't to turn on the screen and that the phone is no longer vertical.
//if I remove the third argument then when I turn off the Screen it will immediately turn on the screen
//because it recognizes is vertical and also it isn't inside a pocket
//TODO: Fix this behavior
//if (isInPocket == false && isLaidDown == false && ScreenOnOffReceiver.ScreenTurnedOffWhileInVertical==false)
//{
// if (configurationManager.RetrieveAValue(ConfigurationParameters.TurnOnUserMovement) == true)
// {
// AwakeHelper.TurnOnScreen();
// }
//}
}