public void Close() { log("", "Close"); try { m_Fleet.remove(m_Class, m_Enforcer); StateTracker.getInstance().removeFleetIfEmpty(m_FleetID, m_OwnerType); } catch (NullReferenceException e) { log("Error: " + e, "Close", Logger.severity.ERROR); } m_Fleet = null; m_Enforcer = null; m_Logger = null; }
private void timerExpired() { if (m_Timer == null) { return; } log("Dereliction timer has expired", "timerExpired"); StateTracker.getInstance().removeDerelictTimer(m_TimerInfo.GridID); m_Timer.Dispose(); m_Timer = null; CompletedPhase = m_TimerInfo.Phase; m_TimerInfo = null; TimerExpired = true; }
/// <summary> /// Cancels the dereliction timer /// </summary> /// <returns>False if there was no timer to cancel</returns> public bool cancel() { if (m_Timer == null) { return(false); } StateTracker.getInstance().removeDerelictTimer(m_TimerInfo.GridID); m_Timer.Dispose(); m_Timer = null; m_TimerInfo = null; TimerExpired = false; log("Timer cancelled", "cancel"); return(true); }
/// <summary> /// Starts or resumes the derelict timer /// </summary> /// <returns>Returns false if dereliction is disabled</returns> public bool start() { int seconds = ConquestSettings.getInstance().CleanupPeriod; int settingsTimerLength = seconds * 1000; log("Starting timer with settings start value of " + seconds + " seconds.", "start", Logger.severity.TRACE); if (seconds < 0) { log("Dereliction timers disabled. No timer started.", "start"); return(false); } // Check if there is a timer to resume for this entity DT_INFO existing = StateTracker.getInstance().findActiveDerelictTimer(m_Grid.EntityId); if (existing != null) { // Resuming an existing timer log("Resuming existing timer", "start"); m_TimerInfo = existing; // If the settings Timer Length has changed, update this timer accordingly if (m_TimerInfo.TimerLength != settingsTimerLength) { log("Timer length has changed from " + m_TimerInfo.TimerLength + "ms to " + settingsTimerLength + "ms", "start"); int savedMillis = m_TimerInfo.MillisRemaining; decimal lengthRatio = (decimal)settingsTimerLength / (decimal)m_TimerInfo.TimerLength; int correctedMillis = (int)(savedMillis * lengthRatio); log("Changing this timer from " + savedMillis + "ms to " + correctedMillis + "ms using ratio " + lengthRatio, "start"); m_TimerInfo.MillisRemaining = correctedMillis; m_TimerInfo.TimerLength = settingsTimerLength; } m_Timer = new MyTimer(m_TimerInfo.MillisRemaining, timerExpired); m_Timer.Start(); log("Timer resumed with " + m_TimerInfo.MillisRemaining + "ms", "start"); } else { // Starting a new timer log("Starting new timer", "start"); m_TimerInfo = new DT_INFO(); m_TimerInfo.GridID = m_Grid.EntityId; m_TimerInfo.Phase = DT_INFO.PHASE.INITIAL; m_TimerInfo.TimerLength = seconds * 1000; m_TimerInfo.MillisRemaining = m_TimerInfo.TimerLength; m_TimerInfo.LastUpdated = DateTime.UtcNow; m_Timer = new MyTimer(m_TimerInfo.MillisRemaining, timerExpired); m_Timer.Start(); log("Timer started with " + m_TimerInfo.MillisRemaining + "ms", "start"); StateTracker.getInstance().addNewDerelictTimer(m_TimerInfo); } return(true); }