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The fact that you can only do a single comparison for a trigger may seem like a serious limitation, but it truly isn t much of one because the Value is provided via a binding, and bindings, as you ve seen, can use converters. For example, if we want to highlight rows that have a memory size greater than a certain size, we can create an IsLargeValueConverter that checks for a particular value and returns true if the size is reached. Listing 12.5 shows what such a converter might look like.

File Two:

This application is where all wireless technologies standout, but optical wireless technology shines Optical wireless mesh can be used during a disaster s aftermath to create a temporary network for search and rescue operations However, it is in rapid response to restoring services in urban environments following a disaster event that optical wireless can be an extremely invaluable technology

#include <stdioh> extern int count; void display(void) {

using System; using System.Windows.Data; namespace ProcessMonitor { public class IsLargeValueConverter : IValueConverter { public object Convert(object value, Type targetType, object parameter, System.Globalization.CultureInfo culture) { Int64 convertedValue = System.Convert.ToInt64(value); Value to Int64 threshold = 1000; if (parameter != null) threshold = System.Convert.ToInt64(parameter); return (convertedValue > threshold); } public object ConvertBack(object value, Type targetType, object parameter, System.Globalization.CultureInfo culture) { throw new NotImplementedException(); } } }

10:

9

printf("%d", count); }

This value converter takes the value passed in b and compares it against the value passed as a parameter c to see if it s big or not. This is one of those converters that goes well in a library because it can be used for lots of different situations. To use it, all we have to do is create an instance in resources.

In a similar fashion, the linker also tells File One where the function display( ) is located so that it can be called When the compiler generates the object code for File Two, it substitutes a placeholder for the address of count because it has no way of knowing where count will be located in memory The same sort of thing occurs when File One is compiled The address of display( ) is not known, so a placeholder is used This process forms the basis for relocatable code When the files are joined by the linker, the placeholders are replaced with relative addresses To better understand relocatable code, you must first understand absolute code Although it is seldom used today, in the early days of computers, it was not uncommon for a program to be compiled to run at a specific memory location When compiled in this way, all addresses are fixed at compile time Because the addresses are fixed, the program can only be loaded into and executed in exactly one region of memory: the one for which it was compiled Relocatable code, on the other hand, is compiled in such a way that the address information is not fixed When making a relocatable object file, the linker assigns each call, jump, or global variable an offset When the file is loaded into memory for execution, the loader automatically resolves the offsets into addresses that will work for the location in memory into which the program is being loaded This means that a relocatable program can be loaded into and run from many different memory locations