public static async Task EndHttpHandlerRequestAsync(this IResponse httpRes, bool skipHeaders = false, bool skipClose = false, Func <IResponse, Task> afterHeaders = null)
{
if (!skipHeaders)
{
httpRes.ApplyGlobalResponseHeaders();
}
if (afterHeaders != null)
{
try
{
await afterHeaders(httpRes).ConfigAwait();
}
catch (Exception e)
{
var log = LogManager.LogFactory.GetLogger(typeof(HttpExtensions));
log.Error("Error executing async afterHeaders: " + e.Message, e);
}
}
var req = httpRes.Request;
if (req != null && !req.Items.ContainsKey(Keywords.HasLogged))
{
HostContext.TryResolve <IRequestLogger>()?.Log(req, req.Dto, httpRes.Dto, TimeSpan.Zero);
}
if (!skipClose && !httpRes.IsClosed)
{
await httpRes.CloseAsync().ConfigAwait();
}
HostContext.CompleteRequest(req);
}
public static async Task EndHttpHandlerRequestAsync(this IResponse httpRes, bool skipHeaders = false, bool skipClose = false, Func <IResponse, Task> afterHeaders = null)
{
if (!skipHeaders)
{
httpRes.ApplyGlobalResponseHeaders();
}
if (afterHeaders != null)
{
await afterHeaders(httpRes);
}
var req = httpRes.Request;
if (req != null && !req.Items.ContainsKey(Keywords.HasLogged))
{
HostContext.TryResolve <IRequestLogger>()?.Log(req, req.Dto, httpRes.Dto, TimeSpan.Zero);
}
if (!skipClose && !httpRes.IsClosed)
{
await httpRes.CloseAsync();
}
HostContext.CompleteRequest(req);
}
