public void TestCleanup() { ICallContext context = CallContextManagerInstance.CallContextOverride; ICallContext existingContext = context.ExistingCallContext(); Correlation.CorrelationEnd(); context.EndCallContext(); }
/// <summary> /// End a request /// </summary> private void EndRequest() { ICallContext context = CallContextManagerInstance.CallContextOverride; ICallContext existingContext = context.ExistingCallContext(); Correlation.CorrelationEnd(); context.EndCallContext(); }
/// <summary> /// Get the existing call context if there is one /// </summary> /// <param name="threadId">id of the thread from which to take the context</param> /// <returns>the call context that is being used</returns> public ICallContext ExistingCallContext(int?threadId = null) { HttpContext current = HttpContextWrapper.Current; if (current != null) { if (current.Items.ContainsKey(UseBackupKey)) { return(m_backupCallContext.ExistingCallContext(threadId)); } if (current.Items.ContainsKey(DictionaryKey)) { return(this); } return(null); } return(m_backupCallContext.ExistingCallContext(threadId)); }
/// <summary> /// Get the existing call context if there is one /// </summary> /// <param name="threadId">id of the thread from which to take the context</param> /// <returns>the call context that is being used</returns> public ICallContext ExistingCallContext(int? threadId = null) { OperationContext context = OperationContext.Current; if (context != null) { Stack<Dictionary<string, object>> dataStack; if (s_contextData.TryGetValue(context, out dataStack) && dataStack.Count > 0) { return this; } return null; } return m_backupCallContext.ExistingCallContext(threadId); }