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A keyed data list is a special type of linked list that uses quarks for indexing. GData does not have any public members. Its private members include a quark, a data pointer, an optional destroy function to call when the node is removed, and a pointer to the next node. Data lists use the quark relationship to store another arbitrary data type, which can be retrieved by specifying either the string or the quark. Keyed data lists are initialized as an empty list with g_datalist_init(). This function will fail if the GData object is not NULL. void g_datalist_init (GData **datalist);

To see the route rules as they re matched at runtime, we can add a special query string parameter that we can tack onto the end of the URL. This will signify that instead of rendering the regular view, our custom route debugger should instead circumvent the request and provide a simple HTML view of the route information. The current route information is stored in an object called RouteData, available to us in the IRouteHandler interface. The route handler is also the first to get control of the request, so it s a great place to intercept and alter the behavior for any route, as shown in listing 24.6.

We will refer to the individual signature and certificate components of sig as sig.S and sig.C, respectively. The signature, sig, can be verified by any other party using Verify():

GLib provides a large number of functions for adding and removing elements from a data list, but most of them are simply defined as calls to g_datalist_id_set_data_full() If the key_id already exists within the data list, then the previous data will be removed and replaced by the new pointer void g_datalist_id_set_data_full (GData **datalist, GQuark key_id, gpointer data, GDestroyNotify destroy_func); This function also allows you to specify a GDestroyNotify callback function that will be called when the node is removed GDestroyNotify callback functions accept a pointer to the data member of the node You can also use g_datalist_id_set_data_full() to remove an element from the data list by specifying NULL to the data parameter A number of other functions are provided that wrap the functionality provided by g_datalist_id_set_data_full() with multiple different prototypes When you remove an item with g_datalist_id_set_data_full(), the destroy-notify callback will be run if it was set.

public class CustomRouteHandler : IRouteHandler { public IHttpHandler GetHttpHandler(RequestContext requestContext) { if(HasQueryStringKey("routeInfo", requestContext.HttpContext.Request)) { OutputRouteDiagnostics(requestContext.RouteData, requestContext.HttpContext); } var handler = new MvcHandler(requestContext); return handler; }

However, if you would like to prevent this, you can remove a node with g_datalist_id_remove_no_notify() This function will the node and return the data stored that was specified at that location gpointer g_datalist_id_remove_no_notify (GData **datalist, GQuark key_id); If you need to traverse through all of the nodes in a data list, you should use g_datalist_foreach() The GDataForeachFunc prototype accepts the quark and element data of one node along with the data pointer specified in g_datalist_foreach() void g_datalist_foreach (GData **datalist, GDataForeachFunc func, gpointer user_data); After you are finished with the keyed data list, you need to clear all of its elements with g_datalist_clear() This will make the list ready for the next use There is no need to call a destroy function on the data list itself, since it will now take up no memory.

private bool HasQueryStringKey(string keyToTest, HttpRequestBase request) { return Regex.IsMatch(request.Url.Query, string.Format(@"^\ {0}$", keyToTest, RegexOptions.IgnoreCase)); } }

In the preceding equation, we use the discrete logic operator to imply the logical AND operation. The conditions A and B must both hold true for A B to be true. The Verify() function checks that (1) the signature component (sig.S) successfully verifies against the message using the principal s public key, (2) the principal s certificate was signed by the CA, (3) the name of the principal matches the name in the signing certificate, and (4) the certificate has not expired. Should any of those checks fail, the entire verification fails. There have been vulnerabilities in which digital signature verifications have not been performed correctly. For instance, in June 2000, Microsoft fixed a vulnerability in which Internet Explorer web browsers did not correctly verify the expiration date or the domain name (principal) for requests from HTML frames or images (see www.ciac.org/ciac/ bulletins/k-049.shtml).

void g_datalist_clear (GData **datalist); When the elements are being removed, a destroy function will be called on the data parameter if it was specified..