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The main thing we re doing is checking the passed parameter and, if it isn t null, converting it to a string b. If it is null, we default to the IEC format. Otherwise, our switch statement checks the type and does the appropriate conversion. If some other value were passed, we d return a value indicating that the parameter wasn t legal c. This code could be significantly more elegant and could handle a bad parameter better, but you get the point. We can now specify the parameter to pass in our XAML.

Optical wireless mesh technology is, therefore, a perfect marriage of two emerging technologies: wireless optics and mesh networking Throughout the remainder of this chapter, we will discuss its applications, primarily in the context of Carrier Ethernet service delivery

#if (sizeof(char *) == 2) printf("Program compiled for small array"); #else printf("Program compiled for large array"); #endif

Another method of conditional compilation uses the directives #ifdef and #ifndef, which mean if defined and if not defined, respectively The general form of #ifdef is

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9:

In this section, we discuss how optical wireless mesh networking technology fares in terms of some of the key attributes required to deliver carrier-class Ethernet services FSO technology is a simple physical layer transport technology that can surpass all other wireless technologies in its ability to offer high-quality data transport service When deployed at short distances, it can offer immunity from all weather conditions It uses the same underlying technology as fiber-optic communications, and it can provide link-level performance comparable to that of fiber optics Due to its immunity from external RF interference, FSO can offer fiber-like performance with much more consistency than other wireless technologies that are susceptible to interference Therefore, FSO technology, when deployed properly, can provide the kind of failure resiliency required to offer Carrier Ethernet services No physical layer technology is 100 percent immune from failure due to external events and FSO is no exception The time-proven method of achieving resiliency in a network using any physical layer technology is by means of redundancy, and redundancy is one of the key attributes of a mesh network Therefore, with the redundancy of a mesh network and the self-healing mesh operating system, an optical wireless mesh network can provide the kind of resiliency expected from Carrier Ethernet

#ifdef macro-name statement sequence #endif If the macro-name has been previously defined in a #define statement, the statement sequence between the #ifdef and #endif is compiled The general form of #ifndef is #ifndef macro-name statement sequence #endif If macro-name is currently undefined by a #define statement, the block of code is compiled Both the #ifdef and #ifndef can use an #else or an #elif statement For example,

Or, we could use the following inline notation:

#include <stdioh> #define TED 10 int main(void) { #ifdef TED printf("Hi Ted\n"); #else printf("Hi anyone\n"); #endif #ifndef RALPH printf("RALPH not defined\n"); #endif return 0; }

prints Hi Ted and RALPH not defined However, if TED were not defined, Hi anyone would be displayed, followed by RALPH not defined You can nest #ifdefs and #ifndefs in the same way as #ifs

Failure Resiliency Scalability Optical wireless technology offers network bandwidth comparable to that of fiber-optic technology and not easily matched by RF wireless technology Systems commercially available today can operate between 100 Mbps and 1 Gbps, and the potential for higher data rates exists and will be available once industry demand makes them commercially viable Additionally, mesh networks also offer higher end-to-end and network capacity Therefore, optical wireless mesh technology can scale very well to meet future growing service demands Optical wireless mesh networks are also very scalable when it comes to network size First of all, increasing the size of a mesh network only strengthens it due to added redundancy rather than weakening it Additionally, as more nodes and links are added, the network s overall capacity grows rather than shrinks And finally, because it uses noninterfering and unlicensed spectrum, the size of the network can be increased with impunity without compromising network performance Therefore, optical wireless mesh is a very scalable technology Quality of Service

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