Task IRoutingProcessor.RouteRequest(IOwinContext context, Func <Task> next)
{
_segmentTestingFramework.SegmentRequest(context);
var runable = _requestRouter.Route(context, Trace);
if (runable == null)
{
return(next());
}
context.SetFeature(runable);
if (!string.IsNullOrEmpty(runable.RequiredPermission) &&
string.IsNullOrEmpty(runable.SecureResource))
{
Trace(context, () => GetType().Name + " runnable requires the user to have the " + runable.RequiredPermission + " permission");
var upstreamAuthorization = context.GetFeature <IUpstreamAuthorization>();
if (upstreamAuthorization != null)
{
upstreamAuthorization.AddRequiredPermission(runable.RequiredPermission);
}
}
if (runable.AllowAnonymous)
{
Trace(context, () => GetType().Name + " runnable allows anonymous requests");
}
else
{
Trace(context, () => GetType().Name + " runnable does not allow anonymous requests");
var upstreamIdentification = context.GetFeature <IUpstreamIdentification>();
if (upstreamIdentification != null)
{
upstreamIdentification.AllowAnonymous = false;
}
}
if (!string.IsNullOrEmpty(runable.CacheCategory))
{
Trace(context, () => GetType().Name + " runnable is in cache category " + runable.CacheCategory);
var upstreamOutputCache = context.GetFeature <IUpstreamOutputCache>();
if (upstreamOutputCache != null && upstreamOutputCache.CachedContentIsAvailable)
{
Trace(context, () => GetType().Name + " output cache has cached output");
var timeInCache = upstreamOutputCache.TimeInCache;
if (timeInCache.HasValue && timeInCache.Value > _maximumCacheTime)
{
Trace(context, () => GetType().Name + " cached output is too old, discarding");
upstreamOutputCache.UseCachedContent = false;
}
}
}
return(null);
}
Task IRoutingProcessor.RouteRequest(IOwinContext context, Func <Task> next)
{
var runable = _requestRouter.Route(context);
if (runable == null)
{
return(next());
}
context.SetFeature(runable);
if (!string.IsNullOrEmpty(runable.RequiredPermission))
{
var upstreamAuthorization = context.GetFeature <IUpstreamAuthorization>();
if (upstreamAuthorization != null)
{
upstreamAuthorization.AddRequiredPermission(runable.RequiredPermission);
}
}
if (!runable.AllowAnonymous)
{
var upstreamIdentification = context.GetFeature <IUpstreamIdentification>();
if (upstreamIdentification != null)
{
upstreamIdentification.AllowAnonymous = false;
}
}
if (!string.IsNullOrEmpty(runable.CacheCategory))
{
var upstreamOutputCache = context.GetFeature <IUpstreamOutputCache>();
if (upstreamOutputCache.CachedContentIsAvailable)
{
var timeInCache = upstreamOutputCache.TimeInCache;
if (timeInCache.HasValue && timeInCache.Value > _maximumCacheTime)
{
upstreamOutputCache.UseCachedContent = false;
}
}
}
return(null);
}
public Task Invoke(IOwinContext context, Func <Task> next)
{
var debug = context.Request.Query["debug"];
if (string.IsNullOrEmpty(debug))
{
return(next());
}
var runable = _requestRouter.Route(context, (c, t) => { });
if (runable == null)
{
context.Response.StatusCode = 404;
return(context.Response.WriteAsync("No routes match this request"));
}
var debugInfo = runable.GetDebugInfo(0, -1);
if (string.Equals("svg", debug))
{
var svg = new DebugSvgDrawing();
return(svg.Write(context, debugInfo));
}
if (string.Equals("html", debug))
{
var htmlPage = new DebugHtmlPage(_htmlWriterFactory, _renderContextFactory);
return(htmlPage.Write(context, debugInfo));
}
if (string.Equals("xml", debug))
{
return(WriteXml(context, debugInfo));
}
if (string.Equals("json", debug))
{
return(WriteJson(context, debugInfo));
}
var accept = context.Request.Accept;
if (!string.IsNullOrEmpty(accept))
{
if (accept.Contains("image/svg+xml"))
{
var svg = new DebugSvgDrawing();
return(svg.Write(context, debugInfo));
}
if (accept.Contains("text/html"))
{
var htmlPage = new DebugHtmlPage(_htmlWriterFactory, _renderContextFactory);
return(htmlPage.Write(context, debugInfo));
}
if (accept.Contains("application/xml"))
{
return(WriteXml(context, debugInfo));
}
}
return(WriteJson(context, debugInfo));
}