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class String { friend int operator==(const String&, const String&); friend int operator!=(const String&, const String&); friend int operator<(const String&, const String&); friend int operator<=(const String&, const String&); friend int operator>(const String&, const String&); friend int operator>=(const String&, const String&); friend ostream& operator<<(ostream&, const String&); friend istream& operator>>(istream&, String&); friend String operator+(const String&, const String&); publx: String(unsigned =O); // default constructor String(char, unsigned); // constructor String(const char*); // constructor String(const String&); // copy constructor -String(); // destructor // assignment operator String& operator=(const String&); // append operator String& operator+=(const String&); // conversion operator operator char*0 const; // subscript operator char& operator[] (unsigned) const; // access function unsigned length0 const; private: unsigned len; // the number of (non-NUL) characters stored char* buf; // the actual character string 1;

Note that this interface is very similar to that of the Vet t or class (Problem 9.14).

Here is the implementation of the default constructor:

A more thorough test criterion is every-branch testing, which is often called C1 test coverage. In this criterion, the goal is to go both ways out of every decision.

String: :String(unsigned n) : len(n) 1 buf = new char[len+l]; for (int i = 0; i < len; i++ ) buf[i] = ' '; buf[len] = '\O';

XML and related tools fall into a wide variety of categories. The major groupings are Editors. There are editors for DTDs, schemas, and entire XML documents. These range from so-called what-you-see-is-what-you-get (WYSWIG) suites, familiar to users of HTML creation packages, to simple text editors with limited syntax highlight and interfacing to a parser/validator. Many of these are based on Java; therefore, they are platform-independent and will work with applications speci c to Windows or other operating systems. Many of these tools are open source to encourage development by users and often are free to use.

YIt constructs a String object containing n blanks. If no parameter is passed, then n takes the default value 0 and the empty string is constructed.

CHAP. lo]

This test driver invokes the default constructor twice: once with no parameter and once passing 4:

If we model the program of Example 10.3 as a control flow graph (see 2), this coverage criterion requires covering every arc in the control flow diagram. See Fig. 10-1. Arcs ABC D ABC E

'5'tring.h"

String sl; tout << "sl = [" << sl << "1, String s2(4); tout cc " s 2 << s2 << "1,

= [

' -CC sl.length() ' -C-C s2.length()

3,4,5

-CC endl; -C-C endl;

The first object constructed, s 1, is the empty string. The second object, s 2, is a string of 4 blanks.

The second constructor creates a string of identical characters:

String: :String(char c, unsigned n) : -t buf = new char[len+l]; for (int i = 0; i < len; i++ ) buf [i] = c; buf[len] = '\O'; len(n)

3,5,3 *

First it uses an initialization list to assign n to the object s length field len. Then it uses the new operator to allocate n+l characters to the object s buffer array buf. The for loop assigns the same character c to each of the first n elements of the buf array. As always, the NUL character I\ o Iis assigned to the last element of the object s buffer.

This test driver invokes the constructor twice: once with one parameter and once with two:

#include main0 String sl('B',l); tout << "sl = [" << sl << "1, length = ' CC sl.length() String s2('B',4); tout << "~2 = [" << ~2 CC "1, length = ' -CC sLlength() 5'tring.h"

C-C endl; << endl;

0,1,0 *

First it constructs the string s 1 containing a single character I B I . Then it constructs the string s2 containing four IB ' s.

The third constructor converts a C-string into a string object:

String: :String(const char* s)