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Of course, if the Layer 2 AII PW routing table at each T-PE and S-PE was configured manually, the solution would fail to address the two challenges The solution, therefore, also includes mechanisms for using multiprotocol BGP to advertise NLRIs for the Type 2 AIIs These NLRIs are advertised as 96-bit prefixes with a mask (in a similar manner to the way in which IPv4 addresses are advertised by routers as 32-bit prefixes with a mask) S-PEs may choose to advertise aggregated reachability for example, if a Global ID is assigned to a service provider, then that service provider may configure its border routers to advertise that Global ID with /32 mask to neighbouring border routers supporting MS-PWs indicating that all PW endpoints matching that Global ID can be reached through those border routers The dynamic MS-PW model also adds support for signalling the bandwidth required by a pseudowire In the SS-PW case, this is unnecessary because each PE can select an LSP with the required bandwidth to meet the requirements of the pseudowire and can adjust the available bandwidth of the LSP appropriately Likewise, in the statically configured MS-PW case, each S-PE can select the appropriate LSP for its attached pseudowire segments However, in the dynamic MS-PW case, it is useful to have a mechanism by which the source T-PE can indicate the bandwidth required to each S-PE in the path Consideration has also been given to enabling the source T-PE to select an explicit path to the target T-PE (ie, a set of S-PEs to traverse) The dynamic MS-PW architecture represents the final stage in the evolution of pseudowires from being simply an edge-to-edge multiplexing mechanism for carrying circuits over LSPs to being a fully dynamic system capable of scaling to the largest networks and supporting inter-provider operation This system consists of the set of interconnected T-PEs and S-PEs and uses Type 2 AIIs as its addressing mechanism, MP-BGP as its routing protocol (and, in fact, work has also commenced on using IGPs to flood Layer 2 reachability), and targeted LDP as its signalling protocol.

You can define more than one generic data type in the template statement, using a comma-separated list For example, this program creates a generic function that has two generic types:

Figure 20.4 Running with an embedded Windows Forms control. Notice that the DateTimePicker is using the classic Windows style, rather than the Vista style used by the TextBox.

#include <iostream> using namespace std; template <class type1, class type2> void myfunc(type1 x, type2 y) { cout << x << ' ' << y << endl; } int main() { myfunc(10, "hi"); myfunc(023, 10L); return 0; }

In this example, the placeholder types type1 and type2 are replaced by the compiler with the data types int and char * and double and long, respectively, when the compiler generates the specific instances of myfunc( ) within main( ) Remember: When you create a generic function, you are, in essence, allowing the compiler to generate as many different versions of that function as necessary to handle the various ways that your program calls that function

One major issue with VPLS is that it uses ingress replication to flood broadcast, multicast, and unknown traffic from the ingress PE to each egress PE Although this issue is ameliorated somewhat by H-VPLS (in that replication now occurs at the ingress and

do this because they re both .NET controls. If you want to do data binding, you have to use Windows Forms binding for the DateTimePicker and WPF binding for the TextBox, but you can still bind them to the same source. Figure 20.4 shows the application running, along with the message displayed after hitting the Accept button. There s one issue with what we ve done that you may have noticed. The Birthday control doesn t look right it s using the classic Windows look-and-feel, rather than picking up the XP or Vista style. In the next section, we ll rectify that.

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Even though a template function overloads itself as needed, you can explicitly overload one, too If you overload a generic function, then that overloaded function overrides (or hides ) the generic function relative to that specific version For example, consider this version of swapargs( ):

20.1.2 Enabling Windows themes for Windows Forms control The reason that the Windows Forms controls aren t properly themed for the operating system is that we haven t enabled theming. This is something done automatically when you create a Windows Forms application, but WPF applications don t bother because they don t use the operating system theme mechanism at all. But, to enable the theme is pretty easy. We want to enable visual styles at startup, so we add a handler to the Startup event in the application.

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// Overriding a template function #include <iostream> using namespace std; template <class X> void swapargs(X &a, X &b) { X temp; temp = a; a = b; b = temp; } // This overrides the generic version of swap() void swapargs(int &a, int &b) { int temp; temp = a; a = b; b = temp; cout << "Inside overloaded swapargs(int &, int &)\n"; } int main() { int i=10, j=20; float x=101, y=233; char a='x', b='z'; cout << "Original i, j: " << i << ' ' << j << endl; cout << "Original x, y: " << x << ' ' << y << endl; cout << "Original a, b: " << a << ' ' << b << endl; C++

swapargs(i, j); // this calls the explicitly overloaded swapargs() swapargs(x, y); // swap floats swapargs(a, b); // swap chars cout << "Swapped i, j: " << i << ' ' << j << endl; cout << "Swapped x, y: " << x << ' ' << y << endl; cout << "Swapped a, b: " << a << ' ' << b << endl; return 0; }

<Application x:Class="Interop3.App" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" StartupUri="Window1.xaml" Startup="Application_Startup">