public Dispatcher(int threadCount, ThreadPriority priority, DispatcherOptions options, ApartmentState threadApartmentState, int maxThreadStackSize, string threadPoolName)
{
if (threadCount == 0)
{
threadCount = Math.Max(Dispatcher.NumberOfProcessorsInternal, 2) * Dispatcher.ThreadsPerCpu;
}
else if (threadCount < 0)
{
throw new ArgumentException("Cannot create a negative number of threads. Pass 0 to use default.", "threadCount");
}
if (threadPoolName == null)
{
_name = string.Empty;
}
else
{
_name = threadPoolName;
}
_options = options;
for (int i = 0; i < threadCount; i++)
{
AddWorker(priority, threadApartmentState, maxThreadStackSize);
}
StartWorkers();
}
public Dispatcher(DispatcherOptions options = null, Func <FetchTarget, Task <FetchTarget> > transform = null)
{
transform = transform ?? Dispatch;
_options = options;
_priority = new Queue <KeyValuePair <DateTimeOffset, Queue <FetchTarget> > >();
_hosts = new Dictionary <string, Queue <FetchTarget> >();
_inner = new TransformBlock <FetchTarget, FetchTarget>(transform, new ExecutionDataflowBlockOptions
{
MaxDegreeOfParallelism = 1
});
}
public void ConfigureDispatcher(DispatcherOptions options)
{
options.Matchers.Add(new TreeMatcher()
{
Endpoints =
{
new RoutePatternEndpoint("api/products", Products_Fallback),
new RoutePatternEndpoint("api/products", new { controller = "Products",action = "Get", }, "GET", Products_Get),
new RoutePatternEndpoint("api/products/{id}", new { controller = "Products",action = "Get", }, "GET", Products_GetWithId),
new RoutePatternEndpoint("api/products", new { controller = "Products",action = "Post", }, "POST", Products_Post),
new RoutePatternEndpoint("api/products/{id}", new { controller = "Products",action = "Put", }, "PUT", Products_Put),
},
Selectors =
{
new HttpMethodEndpointSelector(),
},
}, new RoutePatternEndpointHandlerFactory());
}
public Dispatcher(int threadCount, ThreadPriority priority, DispatcherOptions options, string threadPoolName)
{
maxThreads = threadCount;
this.priority = priority;
this.options = options;
Name = threadPoolName;
}
public Dispatcher(int threadCount, ThreadPriority priority, DispatcherOptions options, ApartmentState threadApartmentState, int maxThreadStackSize, string threadPoolName)
: this(threadCount, priority, options, threadApartmentState, threadPoolName)
{
this.maxThreadStackSize = maxThreadStackSize;
}
public Dispatcher( int threadCount, ThreadPriority priority, DispatcherOptions options, ApartmentState threadApartmentState, string threadPoolName)
: this(threadCount, priority, options, threadPoolName)
{
this.state = threadApartmentState;
}
public Dispatcher(int threadCount, ThreadPriority priority, DispatcherOptions options, ApartmentState threadApartmentState, string threadPoolName) : this(threadCount, priority, options, threadApartmentState, 0, threadPoolName)
{
}
