private List<HttpApplication.IExecutionStep> GetStepArray(RequestNotification notification, bool isPostEvent) {
#if DBG
Debug.Trace("PipelineRuntime",
"GetStepArray for " + DebugModuleName + " for " + notification.ToString() +
" and " + isPostEvent + "\r\n");
#endif
List<HttpApplication.IExecutionStep>[] steps = _moduleSteps;
if (isPostEvent) {
steps = _modulePostSteps;
}
Debug.Assert(null != steps, "null != steps");
int index = EventToIndex(notification);
Debug.Assert(index != -1, "index != -1");
Debug.Trace("PipelineRuntime",
"GetStepArray: " + notification.ToString() + " mapped to index " + index.ToString(CultureInfo.InvariantCulture) + "\r\n");
List<HttpApplication.IExecutionStep> stepArray = steps[index];
// we shouldn't be asking for events that aren't mapped to this
// module at all
Debug.Assert(null != stepArray, "null != stepArray");
return stepArray;
}
internal void RemoveEvent(RequestNotification notification, bool isPostEvent, Delegate handler)
{
List <HttpApplication.IExecutionStep>[] listArray = this._moduleSteps;
if (isPostEvent)
{
listArray = this._modulePostSteps;
}
if (listArray != null)
{
int index = EventToIndex(notification);
List <HttpApplication.IExecutionStep> list = listArray[index];
if (list != null)
{
int num2 = -1;
for (int i = 0; i < list.Count; i++)
{
HttpApplication.SyncEventExecutionStep step = list[i] as HttpApplication.SyncEventExecutionStep;
if ((step != null) && (step.Handler == ((EventHandler)handler)))
{
num2 = i;
break;
}
}
if (num2 != -1)
{
list.RemoveAt(num2);
}
}
}
}
internal void AddEvent(RequestNotification notification, bool isPostEvent, HttpApplication.IExecutionStep step)
{
int index = EventToIndex(notification);
List<HttpApplication.IExecutionStep>[] listArray = null;
if (isPostEvent)
{
if (this._modulePostSteps == null)
{
this._modulePostSteps = new List<HttpApplication.IExecutionStep>[0x20];
}
listArray = this._modulePostSteps;
}
else
{
if (this._moduleSteps == null)
{
this._moduleSteps = new List<HttpApplication.IExecutionStep>[0x20];
}
listArray = this._moduleSteps;
}
List<HttpApplication.IExecutionStep> list = listArray[index];
if (list == null)
{
list = new List<HttpApplication.IExecutionStep>();
listArray[index] = list;
}
list.Add(step);
}
public World(int currentLevel)
{
_currentLevel = currentLevel;
Map = new Map(ContentChest.Maps[_currentLevel]);
WorldObjects = Map.WorldObjects;
WorldItems = Map.WorldItems;
InputManager.OnDownHeld = () => Player.Move(0, 1);
InputManager.OnUpHeld = () => Player.Move(0, -1);
InputManager.OnLeftHeld = () => Player.Move(-1, 0);
InputManager.OnRightHeld = () => Player.Move(1, 0);
InputManager.OnDownPressed = () => Player.Look(0, 1);
InputManager.OnUpPressed = () => Player.Look(0, -1);
InputManager.OnLeftPressed = () => Player.Look(-1, 0);
InputManager.OnRightPressed = () => Player.Look(1, 0);
InputManager.OnNextSlotPressed = () => UIManager.NextSlot();
InputManager.OnLastSlotPressed = () => UIManager.LastSlot();
InputManager.OnInteractPressed = UseItem;
InputManager.OnPickupPressed = PickupWorldObject;
InputManager.OnBackPressed = ResetWorld;
Map.RequestNotification = s => RequestNotification?.Invoke(s);
UIManager = new UIManager();
SetupPlayer();
SetupCamera();
ProgressTimer = new Timer();
ProgressTimer.Elapsed += (e, b) => Progress();
ProgressTimer.Start();
}
private List <HttpApplication.IExecutionStep> GetStepArray(RequestNotification notification, bool isPostEvent)
{
#if DBG
Debug.Trace("PipelineRuntime",
"GetStepArray for " + DebugModuleName + " for " + notification.ToString() +
" and " + isPostEvent + "\r\n");
#endif
List <HttpApplication.IExecutionStep>[] steps = _moduleSteps;
if (isPostEvent)
{
steps = _modulePostSteps;
}
Debug.Assert(null != steps, "null != steps");
int index = EventToIndex(notification);
Debug.Assert(index != -1, "index != -1");
Debug.Trace("PipelineRuntime",
"GetStepArray: " + notification.ToString() + " mapped to index " + index.ToString(CultureInfo.InvariantCulture) + "\r\n");
List <HttpApplication.IExecutionStep> stepArray = steps[index];
// we shouldn't be asking for events that aren't mapped to this
// module at all
Debug.Assert(null != stepArray, "null != stepArray");
return(stepArray);
}
internal void AddEvent(RequestNotification notification, bool isPostEvent, HttpApplication.IExecutionStep step)
{
int index = EventToIndex(notification);
List <HttpApplication.IExecutionStep>[] listArray = null;
if (isPostEvent)
{
if (this._modulePostSteps == null)
{
this._modulePostSteps = new List <HttpApplication.IExecutionStep> [0x20];
}
listArray = this._modulePostSteps;
}
else
{
if (this._moduleSteps == null)
{
this._moduleSteps = new List <HttpApplication.IExecutionStep> [0x20];
}
listArray = this._moduleSteps;
}
List <HttpApplication.IExecutionStep> list = listArray[index];
if (list == null)
{
list = new List <HttpApplication.IExecutionStep>();
listArray[index] = list;
}
list.Add(step);
}
private void validateStage(IOwinContext context, RequestNotification expectedStageName, int middlewareId)
{
var calledAtStage = context.Get<System.Web.HttpContextWrapper>("System.Web.HttpContextBase").CurrentNotification;
if (calledAtStage != expectedStageName)
{
throw new Exception(string.Format(Error_UnexpectedMiddleware, expectedStageName, calledAtStage, middlewareId));
}
}
private void validateStage(IOwinContext context, RequestNotification expectedStageName, int middlewareId)
{
var calledAtStage = context.Get <System.Web.HttpContextWrapper>("System.Web.HttpContextBase").CurrentNotification;
if (calledAtStage != expectedStageName)
{
throw new Exception(string.Format(Error_UnexpectedMiddleware, expectedStageName, calledAtStage, middlewareId));
}
}
public static async Task RunOrchestrator(
[OrchestrationTrigger] DurableOrchestrationContext ctx)
{
var data = ctx.GetInput <EnrollmentHttpRequest>();
var notificationRequest = new RequestNotification(ctx.InstanceId, data.MobileNumber, data.Email, data.FirstName, data.LastName);
var customerInfoRequest = new CustomerInfoRequest(data.MobileNumber, ctx.InstanceId, data.Id);
await ctx.CallActivityAsync(Activities.StoreCustomerInformation, customerInfoRequest);
if (data.Channel == ChannelType.Email)
{
await ctx.CallActivityAsync(Activities.Email.EnrollmentRequestNotification, notificationRequest);
}
else
{
await ctx.CallActivityAsync(Activities.Sms.EnrollmentRequestNotification, notificationRequest);
}
using (var timeoutCts = new CancellationTokenSource())
{
Task <EnrollmentStatusEnum> approvalEvent = ctx.WaitForExternalEvent <EnrollmentStatusEnum>(Events.ApprovalEvent);
DateTime reminderDueTime = ctx.CurrentUtcDateTime.AddMinutes(3);
Task reminderTimeout = ctx.CreateTimer(reminderDueTime, timeoutCts.Token);
if (approvalEvent == await Task.WhenAny(approvalEvent, reminderTimeout))
{
var dataStatus = new UpdateStatus(data.Id, data.MobileNumber, approvalEvent.Result, data.Email);
await ctx.CallActivityAsync(Activities.UpdateEnrollmentStatus, dataStatus);
if (data.Channel == ChannelType.Email)
{
await ctx.CallActivityAsync(Activities.Email.SendEnrollmentFinishedNotification, dataStatus);
}
else
{
await ctx.CallActivityAsync(Activities.Sms.SendEnrollmentFinishedNotification, dataStatus);
}
timeoutCts.Cancel();
}
else
{
if (data.Channel == ChannelType.Email)
{
await ctx.CallActivityAsync(Activities.Email.SendReminderEnrollmentNotification, data.Email);
}
else
{
await ctx.CallActivityAsync(Activities.Sms.SendReminderEnrollmentNotification, data.MobileNumber);
}
}
await ctx.CallActivityAsync(Activities.CleanCustomerInfoTable, data.MobileNumber);
}
}
internal HttpApplication.IExecutionStep GetNextEvent(RequestNotification notification, bool isPostEvent, int eventIndex)
{
List <HttpApplication.IExecutionStep> stepArray = GetStepArray(notification, isPostEvent);
Debug.Assert(eventIndex >= 0, "eventIndex >= 0");
Debug.Assert(eventIndex < stepArray.Count, "eventIndex < stepArray.Count");
return(stepArray[eventIndex]);
}
internal int GetEventCount(RequestNotification notification, bool isPostEvent)
{
List <HttpApplication.IExecutionStep> stepArray = this.GetStepArray(notification, isPostEvent);
if (stepArray == null)
{
return(0);
}
return(stepArray.Count);
}
private void AddEventMapping(string moduleName, RequestNotification requestNotification, bool isPostNotification, IExecutionStep step)
{
ThrowIfEventBindingDisallowed();
//if (IsContainerInitalizationAllowed)
//{
// var moduleContainer = GetModuleContainer(moduleName);
// if (moduleContainer != null)
// moduleContainer.AddEvent(requestNotification, isPostNotification, step);
//}
}
internal void RemoveSyncEventHookup(object key, Delegate handler, RequestNotification notification, bool isPostNotification)
{
ThrowIfEventBindingDisallowed();
Events.RemoveHandler(key, handler);
//if (IsContainerInitalizationAllowed)
//{
// var moduleContainer = GetModuleContainer(CurrentModuleCollectionKey);
// if (moduleContainer != null)
// moduleContainer.RemoveEvent(notification, isPostNotification, handler);
//}
}
private List <HttpApplication.IExecutionStep> GetStepArray(RequestNotification notification, bool isPostEvent)
{
List <HttpApplication.IExecutionStep>[] listArray = this._moduleSteps;
if (isPostEvent)
{
listArray = this._modulePostSteps;
}
int index = EventToIndex(notification);
return(listArray[index]);
}
internal static extern int MgdRegisterEventSubscription(
IntPtr pAppContext,
string pszModuleName,
[MarshalAs(UnmanagedType.U4)]
RequestNotification requestNotifications,
[MarshalAs(UnmanagedType.U4)]
RequestNotification postRequestNotifications,
string pszModuleType,
string pszModulePrecondition,
IntPtr moduleSpecificData,
bool useHighPriority);
private void AddSyncEventHookup(object key, Delegate handler, RequestNotification notification, bool isPostNotification)
{
ThrowIfEventBindingDisallowed();
Events.AddHandler(key, handler);
//if (IsContainerInitalizationAllowed)
//{
// var moduleContainer = GetModuleContainer(CurrentModuleCollectionKey);
// if (moduleContainer != null)
// {
// var step = new SyncEventExecutionStep(this, (EventHandler)handler);
// moduleContainer.AddEvent(notification, isPostNotification, step);
// }
//}
}
public static void LevelUp(this ILevelUpEvent self)
{
var gameSystem = GameSystem.Instance;
var levelUpCostRecord = gameSystem.MasterData.LevelUpCost.Records.Get(self.Id, self.Level);
levelUpCostRecord.Cost.Consume(gameSystem.User, gameSystem.MasterData.Item);
self.Level++;
var record = gameSystem.MasterData.CellEvent.Records.Get(self.Id);
gameSystem.User.History.GenerateCellEvent.Add(self.Id, self.Level - 1);
// FIXME: 不要になったら削除する
Broker.Global.Publish(RequestNotification.Get($"レベルアップ！ {self.Level - 1} -> {self.Level}", NotificationUIElement.MessageType.Information));
}
public static PerformanceDataProvider GetStepData(RequestNotification notification)
{
if (AspPerformanceData.stepData == null)
{
AspPerformanceData.stepData = new Dictionary <RequestNotification, PerformanceDataProvider>(13);
}
PerformanceDataProvider performanceDataProvider;
if (!AspPerformanceData.stepData.TryGetValue(notification, out performanceDataProvider))
{
performanceDataProvider = new PerformanceDataProvider(notification.ToString());
AspPerformanceData.stepData[notification] = performanceDataProvider;
}
return(performanceDataProvider);
}
internal void RemoveEvent(RequestNotification notification, bool isPostEvent, Delegate handler)
{
// if module instances unregister multiple times, this can fail on subsequent attempts
// so don't use GetStepArray which does extra checked verification
List <HttpApplication.IExecutionStep>[] steps = _moduleSteps;
if (isPostEvent)
{
steps = _modulePostSteps;
}
if (steps == null)
{
return;
}
int index = EventToIndex(notification);
List <HttpApplication.IExecutionStep> stepArray = steps[index];
if (null == stepArray)
{
return;
}
int toRemove = -1;
HttpApplication.SyncEventExecutionStep syncStep;
for (int i = 0; i < stepArray.Count; i++)
{
// we don't support removing async event handlers
// but the event syntax forces us to handle sync events
syncStep = stepArray[i] as HttpApplication.SyncEventExecutionStep;
if (null != syncStep)
{
if (syncStep.Handler == (EventHandler)handler)
{
toRemove = i;
break;
}
}
}
if (toRemove != -1)
{
stepArray.RemoveAt(toRemove);
}
}
internal void AddEvent(RequestNotification notification, bool isPostEvent, HttpApplication.IExecutionStep step)
{
int index = EventToIndex(notification);
#if DBG
Debug.Trace("PipelineRuntime", "Adding event: " + DebugModuleName + " " + notification.ToString() + " " +
isPostEvent.ToString() + "@ index " + index.ToString(CultureInfo.InvariantCulture) + "\r\n");
#endif
Debug.Assert(index != -1, "index != -1");
List <HttpApplication.IExecutionStep>[] steps = null;
if (isPostEvent)
{
if (null == _modulePostSteps)
{
_modulePostSteps = new List <HttpApplication.IExecutionStep> [32];
}
steps = _modulePostSteps;
}
else
{
if (null == _moduleSteps)
{
_moduleSteps = new List <HttpApplication.IExecutionStep> [32];
}
steps = _moduleSteps;
}
Debug.Assert(steps != null, "steps != null");
// retrieve the steps for this event (typically none at this point)
// allocate a new container as necessary and add this step
// in the event that a single module has registered more than once
// for a given event, we'll have multiple steps here
List <HttpApplication.IExecutionStep> stepArray = steps[index];
if (null == stepArray)
{
// first touch, instantiate and save it
stepArray = new List <HttpApplication.IExecutionStep>();
steps[index] = stepArray;
}
stepArray.Add(step);
}
public static void RunSendNotificationEmail([ActivityTrigger] RequestNotification notificationRequest,
ILogger log,
[SendGrid(ApiKey = "SendGridApiKey")] out SendGridMessage message)
{
log.LogInformation($"Sending notification to mobile number {notificationRequest.Email}.");
var enrollmentAFUrl = Environment.GetEnvironmentVariable("EnrollmentAFUrl");
var subsKey = Environment.GetEnvironmentVariable("APIM_SubsKey");
var from = Environment.GetEnvironmentVariable("SendGrid_From");
message = new SendGridMessage();
message.SetFrom(new EmailAddress(from));
message.AddTo(notificationRequest.Email, notificationRequest.FullName);
message.SetSubject("[no-reply] Welcome to Tailwind Traders Rewards Program");
message.AddContent("text/plain", $"Welcome to the Tailwind Traders Rewards Program! " +
$"Please click one of the following links to ACCEPT or CANCEL your enrollment. " +
$"Click ACCEPT {enrollmentAFUrl}?action=accepted&id={notificationRequest.InstanceId}&Subscription-Key={subsKey} Or " +
$"Click CANCEL {enrollmentAFUrl}?action=rejected&id={notificationRequest.InstanceId}&Subscription-Key={subsKey}");
}
public GameScreen(int level = 1)
{
if (!LevelExists(level))
{
RequestScreenChange?.Invoke(new GameScreen(level - 1));
return;
}
_world = new World(level)
{
RequestNotification = s => RequestNotification?.Invoke(s),
RequestTransitionReset = ResetTransition,
RequestScreenChange = (screen) => RequestScreenChange?.Invoke(screen)
};
Transition.OnTransitionOutEnded = _world.Progress;
UIManager = _world.UIManager;
}
/// <summary>
/// レベルアップ可能か返す
/// </summary>
public static bool CanLevelUp(this ILevelUpEvent self)
{
var gameSystem = GameSystem.Instance;
var levelUpCostRecord = gameSystem.MasterData.LevelUpCost.Records.Get(self.Id, self.Level);
if (levelUpCostRecord == null)
{
// FIXME: 不要になったら削除する
Broker.Global.Publish(RequestNotification.Get($"最大レベルです！", NotificationUIElement.MessageType.Error));
return(false);
}
if (!levelUpCostRecord.Cost.IsEnough(gameSystem.User, gameSystem.MasterData.Item))
{
// FIXME: 不要になったら削除する
Broker.Global.Publish(RequestNotification.Get($"素材が足りません！", NotificationUIElement.MessageType.Error));
return(false);
}
return(true);
}
private void HandleEvent(object sender, EventArgs e) // Явный, недекларативный вариант обработки событий
{
string eventName = "<Unknown>";
RequestNotification requestNotification = Context.CurrentNotification;
switch (requestNotification)
{
case RequestNotification.BeginRequest:
EventCollection.Add(EventSource.Application, "BeginRequest");
CreateTimeStamp();
HttpRequest request = Context.Request;
if (request.RawUrl == "/Time")
{
Response.Write(Context.Timestamp.ToLongTimeString());
CompleteRequest(); // Завершение запроса с записью в журнал сервера
}
// Не отправляем содержимое клиенту, если браузер не Google Chrome
string agent = request.UserAgent;
if (agent != null && agent.ToLower().IndexOf("chrome", StringComparison.Ordinal) == -1)
{
Response.SuppressContent = true;
}
break;
default:
eventName = Context.CurrentNotification.ToString();
break;
//case RequestNotification.EndRequest:
// eventName = requestNotification.ToString();
// break;
//case RequestNotification.AcquireRequestState:
// eventName = Context.IsPostNotification ? "PostAcquireRequestState" : "AcquireRequestState";
// break;
}
EventCollection.Add(EventSource.Application, eventName);
}
public static void RunSendNotification([ActivityTrigger] RequestNotification notificationRequest,
ILogger log,
[TwilioSms(AccountSidSetting = "TwilioAccountSid", AuthTokenSetting = "TwilioAuthToken", From = "%TwilioPhoneNumber%")] out CreateMessageOptions message)
{
log.LogInformation($"Sending notification to mobile number {notificationRequest.MobileNumber}.");
var useSMSReply = Environment.GetEnvironmentVariable("UseSMSReply");
var enrollmentAFUrl = Environment.GetEnvironmentVariable("EnrollmentAFUrl");
var subsKey = Environment.GetEnvironmentVariable("APIM_SubsKey");
if (Convert.ToBoolean(useSMSReply))
{
message = new CreateMessageOptions(new PhoneNumber(notificationRequest.MobileNumber));
message.Body = $"Welcome to the Tailwind Traders Rewards Program! Please reply to the message with YES/ACCEPTED or NO/CANCELLED for customer enrollment";
}
else
{
message = new CreateMessageOptions(new PhoneNumber(notificationRequest.MobileNumber));
message.Body = $"Welcome to the Tailwind Traders Rewards Program! " +
$"Please click one of the following links to ACCEPT or CANCEL your enrollment. " +
$"Click ACCEPT {enrollmentAFUrl}?action=accepted&id={notificationRequest.InstanceId}&Subscription-Key={subsKey} Or " +
$"Click CANCEL {enrollmentAFUrl}?action=rejected&id={notificationRequest.InstanceId}&Subscription-Key={subsKey}";
}
}
internal void AddHandler(Object eventId, BeginEventHandler beginHandler,
EndEventHandler endHandler, Object state,
RequestNotification requestNotification,
bool isPost, HttpApplication app) {
if (_table == null)
_table = new Hashtable();
AsyncAppEventHandler asyncHandler = (AsyncAppEventHandler)_table[eventId];
if (asyncHandler == null) {
asyncHandler = new AsyncAppEventHandler();
_table[eventId] = asyncHandler;
}
asyncHandler.Add(beginHandler, endHandler, state);
if (HttpRuntime.UseIntegratedPipeline) {
AsyncEventExecutionStep step =
new AsyncEventExecutionStep(app,
beginHandler,
endHandler,
state);
app.AddEventMapping(app.CurrentModuleCollectionKey, requestNotification, isPost, step);
}
}
private void ProcessEventSubscriptions(out RequestNotification requestNotifications,
out RequestNotification postRequestNotifications) {
requestNotifications = 0;
postRequestNotifications = 0;
// Begin
if(HasEventSubscription(EventBeginRequest)) {
requestNotifications |= RequestNotification.BeginRequest;
}
// Authenticate
if(HasEventSubscription(EventAuthenticateRequest)) {
requestNotifications |= RequestNotification.AuthenticateRequest;
}
if(HasEventSubscription(EventPostAuthenticateRequest)) {
postRequestNotifications |= RequestNotification.AuthenticateRequest;
}
// Authorize
if(HasEventSubscription(EventAuthorizeRequest)) {
requestNotifications |= RequestNotification.AuthorizeRequest;
}
if(HasEventSubscription(EventPostAuthorizeRequest)) {
postRequestNotifications |= RequestNotification.AuthorizeRequest;
}
// ResolveRequestCache
if(HasEventSubscription(EventResolveRequestCache)) {
requestNotifications |= RequestNotification.ResolveRequestCache;
}
if(HasEventSubscription(EventPostResolveRequestCache)) {
postRequestNotifications |= RequestNotification.ResolveRequestCache;
}
// MapRequestHandler
if(HasEventSubscription(EventMapRequestHandler)) {
requestNotifications |= RequestNotification.MapRequestHandler;
}
if(HasEventSubscription(EventPostMapRequestHandler)) {
postRequestNotifications |= RequestNotification.MapRequestHandler;
}
// AcquireRequestState
if(HasEventSubscription(EventAcquireRequestState)) {
requestNotifications |= RequestNotification.AcquireRequestState;
}
if(HasEventSubscription(EventPostAcquireRequestState)) {
postRequestNotifications |= RequestNotification.AcquireRequestState;
}
// PreExecuteRequestHandler
if(HasEventSubscription(EventPreRequestHandlerExecute)) {
requestNotifications |= RequestNotification.PreExecuteRequestHandler;
}
// PostRequestHandlerExecute
if (HasEventSubscription(EventPostRequestHandlerExecute)) {
postRequestNotifications |= RequestNotification.ExecuteRequestHandler;
}
// ReleaseRequestState
if(HasEventSubscription(EventReleaseRequestState)) {
requestNotifications |= RequestNotification.ReleaseRequestState;
}
if(HasEventSubscription(EventPostReleaseRequestState)) {
postRequestNotifications |= RequestNotification.ReleaseRequestState;
}
// UpdateRequestCache
if(HasEventSubscription(EventUpdateRequestCache)) {
requestNotifications |= RequestNotification.UpdateRequestCache;
}
if(HasEventSubscription(EventPostUpdateRequestCache)) {
postRequestNotifications |= RequestNotification.UpdateRequestCache;
}
// LogRequest
if(HasEventSubscription(EventLogRequest)) {
requestNotifications |= RequestNotification.LogRequest;
}
if(HasEventSubscription(EventPostLogRequest)) {
postRequestNotifications |= RequestNotification.LogRequest;
}
// EndRequest
if(HasEventSubscription(EventEndRequest)) {
requestNotifications |= RequestNotification.EndRequest;
}
// PreSendRequestHeaders
if(HasEventSubscription(EventPreSendRequestHeaders)) {
requestNotifications |= RequestNotification.SendResponse;
}
// PreSendRequestContent
if(HasEventSubscription(EventPreSendRequestContent)) {
requestNotifications |= RequestNotification.SendResponse;
}
}
private void RegisterIntegratedEvent(IntPtr appContext,
string moduleName,
RequestNotification requestNotifications,
RequestNotification postRequestNotifications,
string moduleType,
string modulePrecondition,
bool useHighPriority) {
// lookup the modules event index, if it already exists
// use it, otherwise, bump the global count
// the module is used for event dispatch
int moduleIndex;
if (_moduleIndexMap.ContainsKey(moduleName)) {
moduleIndex = (int) _moduleIndexMap[moduleName];
}
else {
moduleIndex = _moduleIndexMap.Count;
_moduleIndexMap[moduleName] = moduleIndex;
}
#if DBG
Debug.Assert(moduleIndex >= 0, "moduleIndex >= 0");
Debug.Trace("PipelineRuntime", "RegisterIntegratedEvent:"
+ " module=" + moduleName
+ ", index=" + moduleIndex.ToString(CultureInfo.InvariantCulture)
+ ", rq_notify=" + requestNotifications
+ ", post_rq_notify=" + postRequestNotifications
+ ", preconditon=" + modulePrecondition + "\r\n");
#endif
int result = UnsafeIISMethods.MgdRegisterEventSubscription(appContext,
moduleName,
requestNotifications,
postRequestNotifications,
moduleType,
modulePrecondition,
new IntPtr(moduleIndex),
useHighPriority);
if(result < 0) {
throw new HttpException(SR.GetString(SR.Failed_Pipeline_Subscription, moduleName));
}
}
internal HttpApplication.IExecutionStep GetNextEvent(RequestNotification notification, bool isPostEvent, int eventIndex) {
List<HttpApplication.IExecutionStep> stepArray = GetStepArray(notification, isPostEvent);
Debug.Assert(eventIndex >= 0, "eventIndex >= 0");
Debug.Assert(eventIndex < stepArray.Count, "eventIndex < stepArray.Count");
return stepArray[eventIndex];
}
public void SetCurrentNotification(RequestNotification val)
{
}
internal void DisableNotifications(RequestNotification notifications, RequestNotification postNotifications)
{
IIS7WorkerRequest request = this._wr as IIS7WorkerRequest;
if (request != null)
{
request.DisableNotifications(notifications, postNotifications);
}
}
public IntegratedPipelineMiddleware(OwinMiddleware next, RequestNotification expectedStageName, int middlewareId)
: base(next)
{
this.expectedStageName = expectedStageName;
this.middlewareId = middlewareId;
}
/// <summary>
/// Initializes a new instance of the <see cref="FakeHttpContext"/> class.
/// </summary>
/// <param name="request">The request.</param>
/// <param name="response">The response.</param>
/// <param name="session">The session.</param>
public FakeHttpContext(FakeHttpRequest request, FakeHttpResponse response, FakeHttpSessionState session)
{
if (request == null)
{
throw new ArgumentNullException(nameof(request));
}
if (response == null)
{
throw new ArgumentNullException(nameof(response));
}
if (session == null)
{
throw new ArgumentNullException(nameof(session));
}
this.request = request;
this.response = response;
this.session = session;
this.request.Context = this;
this.response.Context = this;
this.applicationState = new FakeHttpApplicationState();
this.currentNotification = RequestNotification.BeginRequest;
this.errors = new List<Exception>();
this.handlerStack = new Stack<IHttpHandler>();
this.items = new Hashtable();
this.pageInstrumentation = new PageInstrumentationService();
this.server = new FakeHttpServerUtility(this);
this.timestampUtc = DateTime.UtcNow;
this.ThreadAbortOnTimeout = true;
}
internal void RemoveSyncEventHookup(object key, Delegate handler, RequestNotification notification) {
RemoveSyncEventHookup(key, handler, notification, false);
}
internal void AddEvent(RequestNotification notification, bool isPostEvent, HttpApplication.IExecutionStep step) {
int index = EventToIndex(notification);
#if DBG
Debug.Trace("PipelineRuntime", "Adding event: " + DebugModuleName + " " + notification.ToString() + " " +
isPostEvent.ToString() + "@ index " + index.ToString(CultureInfo.InvariantCulture) + "\r\n");
#endif
Debug.Assert(index != -1, "index != -1");
List<HttpApplication.IExecutionStep>[] steps = null;
if (isPostEvent) {
if (null == _modulePostSteps) {
_modulePostSteps = new List<HttpApplication.IExecutionStep>[ 32 ];
}
steps = _modulePostSteps;
}
else {
if (null == _moduleSteps) {
_moduleSteps = new List<HttpApplication.IExecutionStep>[ 32 ];
}
steps = _moduleSteps;
}
Debug.Assert(steps != null, "steps != null");
// retrieve the steps for this event (typically none at this point)
// allocate a new container as necessary and add this step
// in the event that a single module has registered more than once
// for a given event, we'll have multiple steps here
List<HttpApplication.IExecutionStep> stepArray = steps[index];
if (null == stepArray) {
// first touch, instantiate and save it
stepArray = new List<HttpApplication.IExecutionStep>();
steps[index] = stepArray;
}
stepArray.Add(step);
}
// we have tried various techniques here for converting a request notification
// into an index but a simple switch statement has so far performed the best
// basically, the problem is converting a single on bit to its position
// so 0x00000001 == 0, 0x00000002 == 1, etc.
// Managed code doesn't support all the request flags so we only translate
// the ones we deal with to keep the switch table as simple as possible
private static int EventToIndex(RequestNotification notification) {
int index = -1;
switch (notification) {
// 0x00000001
case RequestNotification.BeginRequest:
return 0;
// 0x00000002
case RequestNotification.AuthenticateRequest:
return 1;
// 0x00000004
case RequestNotification.AuthorizeRequest:
return 2;
// 0x00000008
case RequestNotification.ResolveRequestCache:
return 3;
// 0x00000010
case RequestNotification.MapRequestHandler:
return 4;
// 0x00000020
case RequestNotification.AcquireRequestState:
return 5;
// 0x00000040
case RequestNotification.PreExecuteRequestHandler:
return 6;
// 0x00000080
case RequestNotification.ExecuteRequestHandler:
return 7;
// 0x00000100
case RequestNotification.ReleaseRequestState:
return 8;
// 0x00000200
case RequestNotification.UpdateRequestCache:
return 9;
// 0x00000400
case RequestNotification.LogRequest:
return 10;
// 0x00000800
case RequestNotification.EndRequest:
return 11;
// 0x20000000
case RequestNotification.SendResponse :
return 12;
default:
Debug.Assert(index != -1, "invalid request notification--need to update switch table?");
return index;
}
}
internal void DisableNotifications(
RequestNotification notifications,
RequestNotification postNotifications) {
IIS.MgdDisableNotifications(_context, notifications, postNotifications);
}
private void ProcessEventSubscriptions(out RequestNotification requestNotifications, out RequestNotification postRequestNotifications)
{
requestNotifications = 0;
postRequestNotifications = 0;
if (HasEventSubscription(EventBeginRequest))
{
requestNotifications |= RequestNotification.BeginRequest;
}
if (HasEventSubscription(EventAuthenticateRequest))
{
requestNotifications |= RequestNotification.AuthenticateRequest;
}
if (HasEventSubscription(EventPostAuthenticateRequest))
{
postRequestNotifications |= RequestNotification.AuthenticateRequest;
}
if (HasEventSubscription(EventAuthorizeRequest))
{
requestNotifications |= RequestNotification.AuthorizeRequest;
}
if (HasEventSubscription(EventPostAuthorizeRequest))
{
postRequestNotifications |= RequestNotification.AuthorizeRequest;
}
if (HasEventSubscription(EventResolveRequestCache))
{
requestNotifications |= RequestNotification.ResolveRequestCache;
}
if (HasEventSubscription(EventPostResolveRequestCache))
{
postRequestNotifications |= RequestNotification.ResolveRequestCache;
}
if (HasEventSubscription(EventMapRequestHandler))
{
requestNotifications |= RequestNotification.MapRequestHandler;
}
if (HasEventSubscription(EventPostMapRequestHandler))
{
postRequestNotifications |= RequestNotification.MapRequestHandler;
}
if (HasEventSubscription(EventAcquireRequestState))
{
requestNotifications |= RequestNotification.AcquireRequestState;
}
if (HasEventSubscription(EventPostAcquireRequestState))
{
postRequestNotifications |= RequestNotification.AcquireRequestState;
}
if (HasEventSubscription(EventPreRequestHandlerExecute))
{
requestNotifications |= RequestNotification.PreExecuteRequestHandler;
}
if (HasEventSubscription(EventPostRequestHandlerExecute))
{
postRequestNotifications |= RequestNotification.ExecuteRequestHandler;
}
if (HasEventSubscription(EventReleaseRequestState))
{
requestNotifications |= RequestNotification.ReleaseRequestState;
}
if (HasEventSubscription(EventPostReleaseRequestState))
{
postRequestNotifications |= RequestNotification.ReleaseRequestState;
}
if (HasEventSubscription(EventUpdateRequestCache))
{
requestNotifications |= RequestNotification.UpdateRequestCache;
}
if (HasEventSubscription(EventPostUpdateRequestCache))
{
postRequestNotifications |= RequestNotification.UpdateRequestCache;
}
if (HasEventSubscription(EventLogRequest))
{
requestNotifications |= RequestNotification.LogRequest;
}
if (HasEventSubscription(EventPostLogRequest))
{
postRequestNotifications |= RequestNotification.LogRequest;
}
if (HasEventSubscription(EventEndRequest))
{
requestNotifications |= RequestNotification.EndRequest;
}
if (HasEventSubscription(EventPreSendRequestHeaders))
{
requestNotifications |= RequestNotification.SendResponse;
}
if (HasEventSubscription(EventPreSendRequestContent))
{
requestNotifications |= RequestNotification.SendResponse;
}
}
internal void DisableNotifications(RequestNotification notifications, RequestNotification postNotifications)
{
UnsafeIISMethods.MgdDisableNotifications(this._context, notifications, postNotifications);
}
public IntegratedPipelineMiddleware(OwinMiddleware next, RequestNotification expectedStageName, int middlewareId)
: base(next)
{
this.expectedStageName = expectedStageName;
this.middlewareId = middlewareId;
}
internal void DisableNotifications(RequestNotification notifications, RequestNotification postNotifications);
internal int GetEventCount(RequestNotification notification, bool isPostEvent)
{
List<HttpApplication.IExecutionStep> stepArray = this.GetStepArray(notification, isPostEvent);
if (stepArray == null)
{
return 0;
}
return stepArray.Count;
}
internal static extern void MgdDisableNotifications(
IntPtr pRequestContext,
[MarshalAs(UnmanagedType.U4)]
RequestNotification notifications,
[MarshalAs(UnmanagedType.U4)]
RequestNotification postNotifications);
internal HttpApplication.IExecutionStep GetNextEvent(RequestNotification notification, bool isPostEvent, int eventIndex)
{
return this.GetStepArray(notification, isPostEvent)[eventIndex];
}
internal void DisableNotifications(RequestNotification notifications, RequestNotification postNotifications) {
IIS7WorkerRequest wr = _wr as IIS7WorkerRequest;
if (null != wr) {
wr.DisableNotifications(notifications, postNotifications);
}
}
private List<HttpApplication.IExecutionStep> GetStepArray(RequestNotification notification, bool isPostEvent)
{
List<HttpApplication.IExecutionStep>[] listArray = this._moduleSteps;
if (isPostEvent)
{
listArray = this._modulePostSteps;
}
int index = EventToIndex(notification);
return listArray[index];
}
internal void RemoveEvent(RequestNotification notification, bool isPostEvent, Delegate handler)
{
List<HttpApplication.IExecutionStep>[] listArray = this._moduleSteps;
if (isPostEvent)
{
listArray = this._modulePostSteps;
}
if (listArray != null)
{
int index = EventToIndex(notification);
List<HttpApplication.IExecutionStep> list = listArray[index];
if (list != null)
{
int num2 = -1;
for (int i = 0; i < list.Count; i++)
{
HttpApplication.SyncEventExecutionStep step = list[i] as HttpApplication.SyncEventExecutionStep;
if ((step != null) && (step.Handler == ((EventHandler) handler)))
{
num2 = i;
break;
}
}
if (num2 != -1)
{
list.RemoveAt(num2);
}
}
}
}
internal void RemoveEvent(RequestNotification notification, bool isPostEvent, Delegate handler) {
// if module instances unregister multiple times, this can fail on subsequent attempts
// so don't use GetStepArray which does extra checked verification
List<HttpApplication.IExecutionStep>[] steps = _moduleSteps;
if (isPostEvent) {
steps = _modulePostSteps;
}
if (steps == null) {
return;
}
int index = EventToIndex(notification);
List<HttpApplication.IExecutionStep> stepArray = steps[index];
if (null == stepArray) {
return;
}
int toRemove = -1;
HttpApplication.SyncEventExecutionStep syncStep;
for (int i = 0; i < stepArray.Count; i++ ) {
// we don't support removing async event handlers
// but the event syntax forces us to handle [....] events
syncStep = stepArray[i] as HttpApplication.SyncEventExecutionStep;
if (null != syncStep) {
if (syncStep.Handler == (EventHandler)handler) {
toRemove = i;
break;
}
}
}
if (toRemove != -1) {
stepArray.RemoveAt(toRemove);
}
}
private void HookupEventHandlersForApplicationAndModules(MethodInfo[] handlers) {
_currentModuleCollectionKey = HttpApplicationFactory.applicationFileName;
if(null == _pipelineEventMasks) {
Dictionary<string, RequestNotification> dict = new Dictionary<string, RequestNotification>();
BuildEventMaskDictionary(dict);
if(null == _pipelineEventMasks) {
_pipelineEventMasks = dict;
}
}
for (int i = 0; i < handlers.Length; i++) {
MethodInfo appMethod = handlers[i];
String appMethodName = appMethod.Name;
int namePosIndex = appMethodName.IndexOf('_');
String targetName = appMethodName.Substring(0, namePosIndex);
// Find target for method
Object target = null;
if (StringUtil.EqualsIgnoreCase(targetName, "Application"))
target = this;
else if (_moduleCollection != null)
target = _moduleCollection[targetName];
if (target == null)
continue;
// Find event on the module type
Type targetType = target.GetType();
EventDescriptorCollection events = TypeDescriptor.GetEvents(targetType);
string eventName = appMethodName.Substring(namePosIndex+1);
EventDescriptor foundEvent = events.Find(eventName, true);
if (foundEvent == null
&& StringUtil.EqualsIgnoreCase(eventName.Substring(0, 2), "on")) {
eventName = eventName.Substring(2);
foundEvent = events.Find(eventName, true);
}
MethodInfo addMethod = null;
if (foundEvent != null) {
EventInfo reflectionEvent = targetType.GetEvent(foundEvent.Name);
Debug.Assert(reflectionEvent != null);
if (reflectionEvent != null) {
addMethod = reflectionEvent.GetAddMethod();
}
}
if (addMethod == null)
continue;
ParameterInfo[] addMethodParams = addMethod.GetParameters();
if (addMethodParams.Length != 1)
continue;
// Create the delegate from app method to pass to AddXXX(handler) method
Delegate handlerDelegate = null;
ParameterInfo[] appMethodParams = appMethod.GetParameters();
if (appMethodParams.Length == 0) {
// If the app method doesn't have arguments --
// -- hookup via intermidiate handler
// only can do it for EventHandler, not strongly typed
if (addMethodParams[0].ParameterType != typeof(System.EventHandler))
continue;
ArglessEventHandlerProxy proxy = new ArglessEventHandlerProxy(this, appMethod);
handlerDelegate = proxy.Handler;
}
else {
// Hookup directly to the app methods hoping all types match
try {
handlerDelegate = Delegate.CreateDelegate(addMethodParams[0].ParameterType, this, appMethodName);
}
catch {
// some type mismatch
continue;
}
}
// Call the AddXXX() to hook up the delegate
try {
addMethod.Invoke(target, new Object[1]{handlerDelegate});
}
catch {
if (HttpRuntime.UseIntegratedPipeline) {
throw;
}
}
if (eventName != null) {
if (_pipelineEventMasks.ContainsKey(eventName)) {
if (!StringUtil.StringStartsWith(eventName, "Post")) {
_appRequestNotifications |= _pipelineEventMasks[eventName];
}
else {
_appPostNotifications |= _pipelineEventMasks[eventName];
}
}
}
}
}
private static int EventToIndex(RequestNotification notification)
{
int num = -1;
RequestNotification notification2 = notification;
if (notification2 <= RequestNotification.PreExecuteRequestHandler)
{
if (notification2 <= RequestNotification.ResolveRequestCache)
{
switch (notification2)
{
case RequestNotification.BeginRequest:
return 0;
case RequestNotification.AuthenticateRequest:
return 1;
case (RequestNotification.AuthenticateRequest | RequestNotification.BeginRequest):
return num;
case RequestNotification.AuthorizeRequest:
return 2;
case RequestNotification.ResolveRequestCache:
return 3;
}
return num;
}
switch (notification2)
{
case RequestNotification.MapRequestHandler:
return 4;
case RequestNotification.AcquireRequestState:
return 5;
case RequestNotification.PreExecuteRequestHandler:
return 6;
}
return num;
}
if (notification2 <= RequestNotification.UpdateRequestCache)
{
switch (notification2)
{
case RequestNotification.ExecuteRequestHandler:
return 7;
case RequestNotification.ReleaseRequestState:
return 8;
case RequestNotification.UpdateRequestCache:
return 9;
}
return num;
}
switch (notification2)
{
case RequestNotification.LogRequest:
return 10;
case RequestNotification.EndRequest:
return 11;
case RequestNotification.SendResponse:
return 12;
}
return num;
}
private void RegisterEventSubscriptionsWithIIS(IntPtr appContext, HttpContext context, MethodInfo[] handlers) {
RequestNotification requestNotifications;
RequestNotification postRequestNotifications;
// register an implicit filter module
RegisterIntegratedEvent(appContext,
IMPLICIT_FILTER_MODULE,
RequestNotification.UpdateRequestCache| RequestNotification.LogRequest /*requestNotifications*/,
0 /*postRequestNotifications*/,
String.Empty /*type*/,
String.Empty /*precondition*/,
true /*useHighPriority*/);
// integrated pipeline will always use serverModules instead of <httpModules>
_moduleCollection = GetModuleCollection(appContext);
if (handlers != null) {
HookupEventHandlersForApplicationAndModules(handlers);
}
// 1643363: Breaking Change: ASP.Net v2.0: Application_OnStart is called after Module.Init (Integarted mode)
HttpApplicationFactory.EnsureAppStartCalledForIntegratedMode(context, this);
// Call Init on HttpApplication derived class ("global.asax")
// and process event subscriptions before processing other modules.
// Doing this now prevents clearing any events that may
// have been added to event handlers during instantiation of this instance.
// NOTE: If "global.asax" has a constructor which hooks up event handlers,
// then they were added to the event handler lists but have not been registered with IIS yet,
// so we MUST call ProcessEventSubscriptions on it first, before the other modules.
_currentModuleCollectionKey = HttpApplicationFactory.applicationFileName;
try {
_hideRequestResponse = true;
context.HideRequestResponse = true;
_context = context;
Init();
}
catch (Exception e) {
RecordError(e);
Exception error = context.Error;
if (error != null) {
throw error;
}
}
finally {
_context = null;
context.HideRequestResponse = false;
_hideRequestResponse = false;
}
ProcessEventSubscriptions(out requestNotifications, out postRequestNotifications);
// Save the notification subscriptions so we can register them with IIS later, after
// we call HookupEventHandlersForApplicationAndModules and process global.asax event handlers.
_appRequestNotifications |= requestNotifications;
_appPostNotifications |= postRequestNotifications;
for (int i = 0; i < _moduleCollection.Count; i++) {
_currentModuleCollectionKey = _moduleCollection.GetKey(i);
IHttpModule httpModule = _moduleCollection.Get(i);
ModuleConfigurationInfo moduleInfo = _moduleConfigInfo[i];
#if DBG
Debug.Trace("PipelineRuntime", "RegisterEventSubscriptionsWithIIS: name=" + CurrentModuleCollectionKey
+ ", type=" + httpModule.GetType().FullName + "\n");
// make sure collections are in [....]
Debug.Assert(moduleInfo.Name == _currentModuleCollectionKey, "moduleInfo.Name == _currentModuleCollectionKey");
#endif
httpModule.Init(this);
ProcessEventSubscriptions(out requestNotifications, out postRequestNotifications);
// are any events wired up?
if (requestNotifications != 0 || postRequestNotifications != 0) {
RegisterIntegratedEvent(appContext,
moduleInfo.Name,
requestNotifications,
postRequestNotifications,
moduleInfo.Type,
moduleInfo.Precondition,
false /*useHighPriority*/);
}
}
// WOS 1728067: RewritePath does not remap the handler when rewriting from a non-ASP.NET request
// register a default implicit handler
RegisterIntegratedEvent(appContext,
IMPLICIT_HANDLER,
RequestNotification.ExecuteRequestHandler | RequestNotification.MapRequestHandler /*requestNotifications*/,
RequestNotification.EndRequest /*postRequestNotifications*/,
String.Empty /*type*/,
String.Empty /*precondition*/,
false /*useHighPriority*/);
}
internal void AddHandler(object eventId, BeginEventHandler beginHandler, EndEventHandler endHandler, object state, RequestNotification requestNotification, bool isPost, NetHttpApplication app)
{
if (_table == null)
{
_table = new Hashtable();
}
var handler = (AsyncAppEventHandler)_table[eventId];
if (handler == null)
{
handler = new AsyncAppEventHandler();
_table[eventId] = handler;
}
handler.Add(beginHandler, endHandler, state);
//if (HttpRuntime.UseIntegratedPipeline)
//{
// var step = new AsyncEventExecutionStep(app, beginHandler, endHandler, state);
// app.AddEventMapping(app.CurrentModuleCollectionKey, requestNotification, isPost, step);
//}
}
private void AddEventMapping(string moduleName,
RequestNotification requestNotification,
bool isPostNotification,
IExecutionStep step) {
ThrowIfEventBindingDisallowed();
// Add events to the IExecutionStep containers only if
// InitSpecial has completed and InitInternal has not completed.
if (!IsContainerInitalizationAllowed) {
return;
}
Debug.Assert(!String.IsNullOrEmpty(moduleName), "!String.IsNullOrEmpty(moduleName)");
Debug.Trace("PipelineRuntime", "AddEventMapping: for " + moduleName +
" for " + requestNotification + "\r\n" );
PipelineModuleStepContainer container = GetModuleContainer(moduleName);
//WOS 1985878: HttpModule unsubscribing an event handler causes AV in Integrated Mode
if (container != null) {
#if DBG
container.DebugModuleName = moduleName;
#endif
container.AddEvent(requestNotification, isPostNotification, step);
}
}
public void onRequest(object sender, RequestNotification req)
{
}
private void AddSyncEventHookup(object key, Delegate handler, RequestNotification notification, bool isPostNotification) {
ThrowIfEventBindingDisallowed();
// add the event to the delegate invocation list
// this keeps non-pipeline ASP.NET hosts working
Events.AddHandler(key, handler);
// For integrated pipeline mode, add events to the IExecutionStep containers only if
// InitSpecial has completed and InitInternal has not completed.
if (IsContainerInitalizationAllowed) {
// lookup the module index and add this notification
PipelineModuleStepContainer container = GetModuleContainer(CurrentModuleCollectionKey);
//WOS 1985878: HttpModule unsubscribing an event handler causes AV in Integrated Mode
if (container != null) {
#if DBG
container.DebugModuleName = CurrentModuleCollectionKey;
#endif
SyncEventExecutionStep step = new SyncEventExecutionStep(this, (EventHandler)handler);
container.AddEvent(notification, isPostNotification, step);
}
}
}
internal void RemoveSyncEventHookup(object key, Delegate handler, RequestNotification notification)
{
RemoveSyncEventHookup(key, handler, notification, false);
}
internal void RemoveSyncEventHookup(object key, Delegate handler, RequestNotification notification, bool isPostNotification) {
ThrowIfEventBindingDisallowed();
Events.RemoveHandler(key, handler);
if (IsContainerInitalizationAllowed) {
PipelineModuleStepContainer container = GetModuleContainer(CurrentModuleCollectionKey);
//WOS 1985878: HttpModule unsubscribing an event handler causes AV in Integrated Mode
if (container != null) {
container.RemoveEvent(notification, isPostNotification, handler);
}
}
}
// we have tried various techniques here for converting a request notification
// into an index but a simple switch statement has so far performed the best
// basically, the problem is converting a single on bit to its position
// so 0x00000001 == 0, 0x00000002 == 1, etc.
// Managed code doesn't support all the request flags so we only translate
// the ones we deal with to keep the switch table as simple as possible
private static int EventToIndex(RequestNotification notification)
{
int index = -1;
switch (notification)
{
// 0x00000001
case RequestNotification.BeginRequest:
return(0);
// 0x00000002
case RequestNotification.AuthenticateRequest:
return(1);
// 0x00000004
case RequestNotification.AuthorizeRequest:
return(2);
// 0x00000008
case RequestNotification.ResolveRequestCache:
return(3);
// 0x00000010
case RequestNotification.MapRequestHandler:
return(4);
// 0x00000020
case RequestNotification.AcquireRequestState:
return(5);
// 0x00000040
case RequestNotification.PreExecuteRequestHandler:
return(6);
// 0x00000080
case RequestNotification.ExecuteRequestHandler:
return(7);
// 0x00000100
case RequestNotification.ReleaseRequestState:
return(8);
// 0x00000200
case RequestNotification.UpdateRequestCache:
return(9);
// 0x00000400
case RequestNotification.LogRequest:
return(10);
// 0x00000800
case RequestNotification.EndRequest:
return(11);
// 0x20000000
case RequestNotification.SendResponse:
return(12);
default:
Debug.Assert(index != -1, "invalid request notification--need to update switch table?");
return(index);
}
}
/// <summary>
/// Sets a <see cref="System.Web.RequestNotification" /> value that indicates
/// the <see cref="System.Web.HttpApplication" /> event that is currently processing.
/// </summary>
/// <param name="currentNotification">The current notification.</param>
public void SetCurrentNotification(RequestNotification currentNotification)
{
this.currentNotification = currentNotification;
}
private void AddSyncEventHookup(object key, Delegate handler, RequestNotification notification, bool isPostNotification)
{
this.ThrowIfEventBindingDisallowed();
this.Events.AddHandler(key, handler);
if (this.IsContainerInitalizationAllowed)
{
PipelineModuleStepContainer moduleContainer = this.GetModuleContainer(this.CurrentModuleCollectionKey);
if (moduleContainer != null)
{
SyncEventExecutionStep step = new SyncEventExecutionStep(this, (EventHandler) handler);
moduleContainer.AddEvent(notification, isPostNotification, step);
}
}
}