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// Implement the IComparable<T> interface public int CompareTo(Inventory other) { return stringCompare(name, othername, StringComparisonOrdinal); } } class GenericIComparableDemo { static void Main() { List<Inventory> inv = new List<Inventory>(); // Add elements to the list invAdd(new Inventory("Pliers", 595, 3)); invAdd(new Inventory("Wrenches", 829, 2)); invAdd(new Inventory("Hammers", 350, 4)); invAdd(new Inventory("Drills", 1988, 8)); ConsoleWriteLine("Inventory list before sorting:"); foreach(Inventory i in inv) { ConsoleWriteLine(" " + i); } ConsoleWriteLine(); // Sort the list invSort(); ConsoleWriteLine("Inventory list after sorting:"); foreach(Inventory i in inv) { ConsoleWriteLine(" " + i); } } }

Find the line perpendicular to y = 3x 6 that passes through the point ( 5, 4)

Although implementing IComparable for classes that you create is often the easiest way to allow objects of those classes to be sorted, you can approach the problem in a different way by using IComparer To use IComparer, first create a class that implements IComparer, and then specify an object of that class when comparisons are required

25:

There are two versions of IComparer: generic and non-generic Although the way each is used is similar, there are some small differences, and each approach is examined here

The non-generic IComparer defines only one method, Compare( ), which is shown here: int Compare(object x, object y) Compare( ) compares x to y To sort in ascending order, your implementation must return zero if the objects are equal, a positive value if x is greater than y, and a negative value if x is less than y You can sort in descending order by reversing the outcome of the comparison The method can throw an ArgumentException if the objects are not compatible for comparison An IComparer can be specified when constructing a SortedList, when calling ArrayListSort(IComparer), and at various other places throughout the collection classes The main advantage of using IComparer is that you can sort objects of classes that do not implement IComparable The following program reworks the non-generic inventory program so that it uses an IComparer to sort the inventory list It first creates a class called CompInv that implements IComparer and compares two Inventory objects An object of this class is then used in a call to Sort( ) to sort the inventory list

We know from the Math Note after Example 110 that the given line has slope 3 Thus the line we seek (the perpendicular line) has slope 1/3 Using the point-slope form of a line, we may immediately write the equation of the line with slope 1/3 and passing through ( 5, 4) as y 4= 1 ( x 5) 3

// Use IComparer using System; using SystemCollections; // Create an IComparer for Inventory objects class CompInv : IComparer { // Implement the IComparer interface public int Compare(object x, object y) { Inventory a, b; a = (Inventory) x; b = (Inventory) y; return stringCompare(aname, bname, StringComparisonOrdinal); } } class Inventory { public string name; double cost; int onhand; public Inventory(string n, double c, int h) { name = n; cost = c; onhand = h; } public override string ToString() { return StringFormat("{0,-10}Cost: {1,6:C} name, cost, onhand);

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On hand: {2}",

Part II:

In summary, we determine the equation of a line in the plane by finding two expressions for the slope and equating them If a line has slope m and passes through the point (x0 , y0 ) then it has equation y y0 = m(x x0 ) This is the point-slope form of a line

} } class IComparerDemo { static void Main() { CompInv comp = new CompInv(); ArrayList inv = new ArrayList(); // Add elements to the list invAdd(new Inventory("Pliers", 595, 3)); invAdd(new Inventory("Wrenches", 829, 2)); invAdd(new Inventory("Hammers", 350, 4)); invAdd(new Inventory("Drills", 1988, 8)); ConsoleWriteLine("Inventory list before sorting:"); foreach(Inventory i in inv) { ConsoleWriteLine(" " + i); } ConsoleWriteLine(); // Sort the list using an IComparer invSort(comp); ConsoleWriteLine("Inventory list after sorting:"); foreach(Inventory i in inv) { ConsoleWriteLine(" " + i); } } }