static void Main(string[] args)
{
IComparer revComparer = new ReverseStringComparer();
IComparer comparer = new StringComparer();
String[] words = { "The", "QUICK", "BROWN", "FOX", "jumps",
"over", "the", "lazy", "dog", "Hiearahy","Hiccap", "HILLS" };
// set basic culture to ru-RU
Thread.CurrentThread.CurrentCulture = new CultureInfo("ru-RU");
Array.Sort(words);
Console.WriteLine("After sorting the entire array by using the default comparer:");
DisplayValues(words);
Array.Sort(words, comparer);
Console.WriteLine("After sorting the entire array by using My string comparer:");
DisplayValues(words);
Array.Sort(words, revComparer);
Console.WriteLine("After sorting the entire array using the My String reverse comparer:");
DisplayValues(words);
// Change Culture
Thread.CurrentThread.CurrentCulture = new CultureInfo("tr-TR");
Console.WriteLine("In Turkey language");
//reset previous sorting
words = new String[] { "The", "QUICK", "BROWN", "FOX", "jumps",
"over", "the", "lazy", "dog", "Hiearahy", "Hiccap", "HILLS" };
Array.Sort(words);
Console.WriteLine("TR After sorting the entire array by using the default comparer:");
DisplayValues(words);
Array.Sort(words, comparer);
Console.WriteLine("TR After sorting the entire array by using My stringcomparer:");
DisplayValues(words);
Array.Sort(words, revComparer);
Console.WriteLine("TR After sorting the entire array using the My reverse string comparer:");
DisplayValues(words);
Console.ReadKey();
}
private static void quicksortDemo()
{
// item 62
Console.WriteLine("quick sort demo");
// item 58
Object[] unsorted = new Object[] { "the", "sooner", "we", "start", "this", "the", "better" };
Object[] sorted = new Object[] { "aa", "bb", "cc", "dd", "ee", "ff" };
Object[] reverse = new Object[] { "ff", "ee", "dd", "cc", "bb", "aa" };
Object[] empty = new Object[] {};
Object[] flat = new Object[] { "flat", "flat", "flat", "flat", "flat" };
// item 59
IComparer<Object> comparer = new ReverseStringComparer();
Sorter.quicksort(comparer, unsorted, 0, unsorted.Length);
Sorter.quicksort(comparer, sorted, 0, sorted.Length);
Sorter.quicksort(comparer, reverse, 0, reverse.Length);
Sorter.quicksort(comparer, empty, 0, empty.Length);
Sorter.quicksort(comparer, flat, 0, flat.Length);
// item 60
print(unsorted);
print(sorted);
print(reverse);
print(empty);
print(flat);
// item 61
stringsAreSorted(unsorted);
stringsAreSorted(sorted);
stringsAreSorted(reverse);
stringsAreSorted(empty);
stringsAreSorted(flat);
// item 65
Console.WriteLine();
}
private static void QuicksortDemo()
{
// item 62
Console.WriteLine("quick sort demo");
// item 58
var unsorted = new Object[] { "the", "sooner", "we", "start", "this", "the", "better" };
var sorted = new Object[] { "aa", "bb", "cc", "dd", "ee", "ff" };
var reverse = new Object[] { "ff", "ee", "dd", "cc", "bb", "aa" };
var empty = new Object[] {};
var flat = new Object[] { "flat", "flat", "flat", "flat", "flat" };
// item 59
IComparer<Object> comparer = new ReverseStringComparer();
// item 198
Sort(unsorted, comparer);
Sort(sorted, comparer);
Sort(reverse, comparer);
Sort(empty, comparer);
Sort(flat, comparer);
// item 60
Print(unsorted);
Print(sorted);
Print(reverse);
Print(empty);
Print(flat);
// item 61
StringsAreSorted(unsorted);
StringsAreSorted(sorted);
StringsAreSorted(reverse);
StringsAreSorted(empty);
StringsAreSorted(flat);
// item 65
Console.WriteLine();
}
