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// Demonstrate string comparisons using System; class CompareDemo { static void Main() { string str1 = "alpha"; string str2 = "Alpha"; string str3 = "Beta"; string str4 = "alpha"; string str5 = "alpha, beta"; int result; // First, demonstrate the differences between culture-sensitive // and ordinal comparison result = StringCompare(str1, str2, StringComparisonCurrentCulture); ConsoleWrite("Using a culture-sensitive comparison: "); if(result < 0) ConsoleWriteLine(str1 + " is less than " + str2); else if(result > 0) ConsoleWriteLine(str1 + " is greater than " + str2); else ConsoleWriteLine(str1 + " equals " + str2); result = StringCompare(str1, str2, StringComparisonOrdinal); ConsoleWrite("Using an ordinal comparison: "); if(result < 0) ConsoleWriteLine(str1 + " is less than " + str2); else if(result > 0) ConsoleWriteLine(str1 + " is greater than " + str2); else ConsoleWriteLine(str1 + " equals " + str4); // Use the CompareOrdinal() method result = StringCompareOrdinal(str1, str2); ConsoleWrite("Using CompareOrdinal(): "); if(result < 0) ConsoleWriteLine(str1 + " is less than " + str2); else if(result > 0) ConsoleWriteLine(str1 + " is greater than " + str2); else ConsoleWriteLine(str1 + " equals " + str4); ConsoleWriteLine(); // Use == to determine if two strings are equal // This comparison is ordinal if(str1 == str4) ConsoleWriteLine(str1 + " == " + str4); // Use != on strings if(str1 != str3) ConsoleWriteLine(str1 + " != " + str3); if(str1 != str2) ConsoleWriteLine(str1 + " != " + str2);

22:

for all positive x and y Then it must be that (1) = 0 and there is a constant C such that (x) = In other words (x) =

ConsoleWriteLine(); // Use Equals() to perform an ordinal, case-insensitive comparison if(StringEquals(str1, str2, StringComparisonOrdinalIgnoreCase)) ConsoleWriteLine("Using Equals() with OrdinalIgnoreCase, " + str1 + " equals " + str2); ConsoleWriteLine(); // Compare a portion of a string if(StringCompare(str2, 0, str5, 0, 3, StringComparisonCurrentCulture) > 0) { ConsoleWriteLine("Using the current culture, the first " + "3 characters of " + str2 + "\nare greater than the first " + "3 characters of " + str5); } } }

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The output is shown here:

Using a culture-sensitive comparison: alpha is less than Alpha Using an ordinal comparison: alpha is greater than Alpha Using CompareOrdinal(): alpha is greater than Alpha alpha == alpha alpha != Beta alpha != Alpha Using Equals() with OrdinalIgnoreCase, alpha equals Alpha Using the current culture, the first 3 characters of Alpha are greater than the first 3 characters of alpha, beta

There are two ways to concatenate (join together) two or more strings First, you can use the + operator, as demonstrated in 7 Second, you can use one of the various concatenation methods defined by String Although using + is the easiest approach in many cases, the concatenation methods give you an alternative The method that performs concatenation is called Concat( ) One of its simplest forms is shown here: public static string Concat(string str0, string str1) This method returns a string that contains str1 concatenated to the end of str0 Another form of Concat( ), shown here, concatenates three strings: public static string Concat(string str0, string str1, string str2) In this version, a string that contains the concatenation of str0, str1, and str2 is returned There is also a form that concatenates four strings: public static string Concat(string str0, string str1, string str2, string str3) This version returns the concatenation of all four strings

A function (x) that satisfies these properties is called a logarithm function The particular logarithm function which satisfies (1) = 1 is called the natural logarithm In other words, natural logarithm = ln x =

Part II:

The version of Concat( ) shown next concatenates an arbitrary number of strings: public static string Concat(params string[ ] values) Here, values refers to a variable number of arguments that are concatenated, and the result is returned Because this version of Concat( ) can be used to concatenate any number of strings, including two, three, or four strings, you might wonder why the other forms just shown exist The reason is efficiency; passing up to four arguments is more efficient than using a variable-length argument list The following program demonstrates the variable-length argument version of Concat( ):

// Demonstrate Concat() using System; class ConcatDemo { static void Main() { string result = StringConcat("This ", "is ", "a ", "test ", "of ", "the ", "String ", "class"); ConsoleWriteLine("result: " + result); } }

For 0 < x < 1, the value of ln x is the negative of the actual area between the graph and the x-axis This is so because the limits of integration, x and 1, x occur in reverse order: ln x = 1 (1/t) dt with x < 1

The output is shown here: