public void TestTimeCalculations()
{
var totalDays = 3;
var periodicKeys =
_periodicNotificationHolder.CalculateNotificationTimes(0, _periodicNotification, totalDays);
foreach (var kvp in periodicKeys)
{
Debug.WriteLine($"Periodic ---> key - {kvp.Key} Time {kvp.Value:yy/MM/dd @ hh:mm tt}");
}
var regularKeys = _notificationHolder.CalculateNotificationTimes(300, _notification, totalDays);
foreach (var kvp in regularKeys)
{
Debug.WriteLine($"Non Periodic ---> key - {kvp.Key} Time {kvp.Value:yy/MM/dd @ hh:mm tt}");
}
}
public void AddOrUpdateNotification(NotificationModel model)
{
if (model.ID == 0)
{
// if theres nothing in the dictionary just set first key to 100
int newKey = _notifications.Count > 0 ? _notifications.Keys.Max() + HolderGap : 100;
model.ID = newKey;
NotificationHolder holder = new NotificationHolder();
var keys = holder.CalculateNotificationTimes(newKey, model, DaysToGenerate);
_notifications.Add(newKey, holder);
foreach (KeyValuePair <int, DateTime> timeSets in keys)
{
//Todo: create your own implementation of this.
//CrossLocalNotifications.Current.Show($"Time to log your {model.LogType}!", model.Message,
// timeSets.Key, timeSets.Value);
}
}
else
{
NotificationHolder holder = _notifications[model.ID];
foreach (int key in holder.SystemKeys.Keys)
{
//Todo: create your own implementation of this.
//CrossLocalNotifications.Current.Cancel(key);
}
foreach (KeyValuePair <int, DateTime> timeSets in holder.SystemKeys)
{
//Todo: create your own implementation of this.
//CrossLocalNotifications.Current.Show($"Time to log your {model.LogType}!",
// model.Message, timeSets.Key, timeSets.Value);
}
}
Save();
}
