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Table 3.1 The four primary services provided by the WPF Framework are the base, media, document, and user interface services. Area Base services Description The base services provide the infrastructure for the rest of the WPF Framework. These services include XAML, the property and eventing systems, and accessibility. Media integration finally brings true multimedia support to the entire application development space. These services include 2D and 3D rendering, special effects, professional typographical support, audio, video, animation, and the composition engine. The user interface services are roughly equivalent to Windows Forms. These services provide the controls, layouts and data binding, as well as nonvisible application services and application deployment support. Document services include packaging and layout. These services provide a subset of the full XAML specification tailored specifically to paginated documents.

string in the absence of any initializer It also declares two overloaded operators that perform concatenation and assignment Finally, it declares the function show_str( ), which outputs string to the screen The overloaded operator functions are shown here:

Some service providers have deployed MPLS as a means of keeping their core networks free from external routes Edge routers still use BGP to learn external routes; however, they reach each other using LSPs across an MPLS core Since the core routers now switch packets over LSPs, each core router only needs to know how to reach the edge routers This also enhances security since external customers are unable to communicate with the core routers Multiple sets of edge routers (eg, one for public Internet, one for IP-VPNs, one for Layer 2 VPNs, and one for Voice over IP services) may be independently interconnected over a common MPLS core

// Concatenate two strings str_type str_type::operator+(str_type str) { str_type temp; strcpy(tempstring, string); strcat(tempstring, strstring); return temp; } // Assign one string to another str_type str_type::operator=(str_type str) { strcpy(string, strstring); return *this; }

Base services Base services are the fundamental services that the rest of the WPF Framework is built upon. The WPF base services include XAML, the Dependency Property System, input and events, and accessibility.

Given these definitions, the following main( ) illustrates their use:

C++ int main() { str_type a("Hello "), b("There"), c; c = a + b; cshow_str(); return 0; }

Many service providers have deployed MPLS traffic engineering using RSVP-TE to enable them to optimise the efficiency of their networks and to specify explicit routes for traffic in cases where certain constraints must be met (for example, routing voice traffic over the shortest possible path and best-effort traffic over the cheapest possible path) Traffic engineering may be applied for some, or for all, traffic and may be applied either in an online mode where each MPLS LER calculates the optimal path

One of the more powerful aspects of web UI development is the declarative model with which it s designed. XAML brings the best of declarative user interface definitions from web development and combines it with an application rather than document focused architecture. XAML is nothing more than an XML representation of CLR types. Anything that can be done in XAML can be written using .NET code as well.3 As we discussed in

This program outputs Hello There on the screen It first concatenates a with b and then assigns this value to c Keep in mind that both the = and the + are defined only for objects of type str_type For example, this statement is invalid because it tries to assign object a a null-terminated string:

a = "this is currently wrong";

However, the str_type class can be enhanced to allow such a statement To expand the types of operations supported by the str_type class so that you can assign

Well, almost anything. The XAML compiler can convert some obscure things to code that you, as someone who isn t a framework developer, cannot.

for an LSP using CSPF or in an offline mode where the service provider calculates optimal paths for all required LSPs and then configures an explicit route for each LSP at its ingress LER A third mode where LSRs may request a path from a dedicated server is being standardised and is known as the Path Computation Element (PCE) A fourth application for MPLS is the establishment of Layer 2 VPNs either by using sets of point-to-point connections (known as pseudowires) or by emulating a switched Ethernet LAN (using a technology known as VPLS) These are discussed in the next two sections of this chapter Although service providers offering IP-VPN have generally used LDP-signalled LSPs, providers offering Layer 2 services more commonly use RSVP-TE in order to offer deterministic bandwidth and delay guarantees and rapid service restoration in the event of failures