public void FireEvent(Event e)
{
lock (this)
{
// Transaction events need their names prefixed with platform and app name
if (e.IsTransaction)
{
e.SetNamePrefix(platformName, appName);
}
// Add global event params if they have not yet been added
// Notify the event that we are going to fire it so it can record the time and bake its post data
e.Prepare(config.GlobalEventParams);
if (e.OneTimeOnly)
{
if (firedEvents.Contains(e.Name))
{
Logging.Log(LogLevel.INFO, "Tapstream ignoring event named \"{0}\" because it is a one-time-only event that has already been fired", e.Name);
listener.ReportOperation("event-ignored-already-fired", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
return;
}
else if (firingEvents.Contains(e.Name))
{
Logging.Log(LogLevel.INFO, "Tapstream ignoring event named \"{0}\" because it is a one-time-only event that is already in progress", e.Name);
listener.ReportOperation("event-ignored-already-in-progress", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
return;
}
firingEvents.Add(e.Name);
}
Core self = this;
string url = String.Format(EVENT_URL_TEMPLATE, accountName, e.EncodedName);
string data = postData.ToString() + e.PostData;
// Always ask the delegate what the delay should be, regardless of what our delay member says.
// The delegate may wish to override it if this is a testing scenario.
int actualDelay = del.GetDelay();
#if WINDOWS_PHONE
scheduler.Schedule(new Action(() =>
{
#else
Task.Delay(TimeSpan.FromSeconds(actualDelay)).ContinueWith((prevResult) =>
{
#endif
Response response = platform.Request(url, data, "POST");
bool failed = response.Status < 200 || response.Status >= 300;
bool shouldRetry = response.Status < 0 || (response.Status >= 500 && response.Status < 600);
lock (self)
{
if (e.OneTimeOnly)
{
self.firingEvents.Remove(e.Name);
}
if (failed)
{
// Only increase delays if we actually intend to retry the event
if (shouldRetry)
{
// Not every job that fails will increase the retry delay. It will be the responsibility of
// the first failed job to increase the delay after every failure.
if (delay == 0)
{
// This is the first job to fail, it must be the one to manage delay timing
failingEventId = e.Uid;
IncreaseDelay();
}
else if (failingEventId == e.Uid)
{
// This job is failing for a subsequent time
IncreaseDelay();
}
}
}
else
{
if (e.OneTimeOnly)
{
self.firedEvents.Add(e.Name);
platform.SaveFiredEvents(self.firedEvents);
listener.ReportOperation("fired-list-saved", e.EncodedName);
}
// Success of any event resets the delay
delay = 0;
}
}
if (failed)
{
if (response.Status < 0)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, error={0}", response.Message);
}
else if (response.Status == 404)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}\nDoes your event name contain characters that are not url safe? This event will not be retried.", response.Status);
}
else if (response.Status == 403)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}\nAre your account name and application secret correct? This event will not be retried.", response.Status);
}
else
{
string retryMsg = "";
if (!shouldRetry)
{
retryMsg = " This event will not be retried.";
}
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}.{1}", response.Status, retryMsg);
}
listener.ReportOperation("event-failed", e.EncodedName);
if (shouldRetry)
{
listener.ReportOperation("retry", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
if (del.IsRetryAllowed())
{
FireEvent(e);
}
return;
}
}
else
{
Logging.Log(LogLevel.INFO, "Tapstream fired event named \"{0}\"", e.Name);
listener.ReportOperation("event-succeeded", e.EncodedName);
}
listener.ReportOperation("job-ended", e.EncodedName);
#if WINDOWS_PHONE
}), TimeSpan.FromSeconds(actualDelay));
#else
});
#endif
}
}
public void prepareEvent(Tapstream ts, Event e)
{
e.Prepare(ts.config.GlobalEventParams);
}
public void prepareEvent(Tapstream ts, Event e)
{
e.Prepare(ts.config.GlobalEventParams);
}
public void FireEvent(Event e)
{
lock (this)
{
// Transaction events need their names prefixed with platform and app name
if(e.IsTransaction) {
e.SetNamePrefix(platformName, appName);
}
// Add global event params if they have not yet been added
// Notify the event that we are going to fire it so it can record the time and bake its post data
e.Prepare(config.GlobalEventParams);
if (e.OneTimeOnly)
{
if (firedEvents.Contains(e.Name))
{
Logging.Log(LogLevel.INFO, "Tapstream ignoring event named \"{0}\" because it is a one-time-only event that has already been fired", e.Name);
listener.ReportOperation("event-ignored-already-fired", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
return;
}
else if (firingEvents.Contains(e.Name))
{
Logging.Log(LogLevel.INFO, "Tapstream ignoring event named \"{0}\" because it is a one-time-only event that is already in progress", e.Name);
listener.ReportOperation("event-ignored-already-in-progress", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
return;
}
firingEvents.Add(e.Name);
}
Core self = this;
string url = String.Format(EVENT_URL_TEMPLATE, accountName, e.EncodedName);
string data = postData.ToString() + e.PostData;
// Always ask the delegate what the delay should be, regardless of what our delay member says.
// The delegate may wish to override it if this is a testing scenario.
int actualDelay = del.GetDelay();
#if WINDOWS_PHONE
scheduler.Schedule(new Action(() =>
{
#else
Task.Delay(TimeSpan.FromSeconds(actualDelay)).ContinueWith((prevResult) =>
{
#endif
Response response = platform.Request(url, data, "POST");
bool failed = response.Status < 200 || response.Status >= 300;
bool shouldRetry = response.Status < 0 || (response.Status >= 500 && response.Status < 600);
lock(self)
{
if(e.OneTimeOnly)
{
self.firingEvents.Remove(e.Name);
}
if(failed)
{
// Only increase delays if we actually intend to retry the event
if(shouldRetry)
{
// Not every job that fails will increase the retry delay. It will be the responsibility of
// the first failed job to increase the delay after every failure.
if(delay == 0)
{
// This is the first job to fail, it must be the one to manage delay timing
failingEventId = e.Uid;
IncreaseDelay();
}
else if(failingEventId == e.Uid)
{
// This job is failing for a subsequent time
IncreaseDelay();
}
}
}
else
{
if(e.OneTimeOnly)
{
self.firedEvents.Add(e.Name);
platform.SaveFiredEvents(self.firedEvents);
listener.ReportOperation("fired-list-saved", e.EncodedName);
}
// Success of any event resets the delay
delay = 0;
}
}
if(failed)
{
if(response.Status < 0)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, error={0}", response.Message);
}
else if(response.Status == 404)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}\nDoes your event name contain characters that are not url safe? This event will not be retried.", response.Status);
}
else if(response.Status == 403)
{
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}\nAre your account name and application secret correct? This event will not be retried.", response.Status);
}
else
{
string retryMsg = "";
if(!shouldRetry)
{
retryMsg = " This event will not be retried.";
}
Logging.Log(LogLevel.ERROR, "Tapstream Error: Failed to fire event, http code {0}.{1}", response.Status, retryMsg);
}
listener.ReportOperation("event-failed", e.EncodedName);
if(shouldRetry)
{
listener.ReportOperation("retry", e.EncodedName);
listener.ReportOperation("job-ended", e.EncodedName);
if(del.IsRetryAllowed())
{
FireEvent(e);
}
return;
}
}
else
{
Logging.Log(LogLevel.INFO, "Tapstream fired event named \"{0}\"", e.Name);
listener.ReportOperation("event-succeeded", e.EncodedName);
}
listener.ReportOperation("job-ended", e.EncodedName);
#if WINDOWS_PHONE
}), TimeSpan.FromSeconds(actualDelay));
#else
});
#endif
}
}
