By Bruce Eckel, Chuck Allison

The lengthy awaited sequel to the hugely profitable considering in C++. extra insurance of complex themes specialist builders needs to master.

- Emphasis on complicated checking out strategies to provide optimized errors unfastened code.

- intensive assurance of STL with actual global reusable code examples.

- easy brief routines that simplify advanced programming routines.

- either authors are hugely revered and widely recognized.

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Extra resources for Thinking in C++, Volume 2: Practical Programming (2nd Edition)

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H // Stdio files wrapped #ifndef FILECLAS_H #define FILECLAS_H #include class FileClass { std::FILE* f; public: FileClass(const char* fname, const char* mode="r"); ~FileClass(); std::FILE* fp(); }; #endif // FILECLAS_H ///:~ 63 In C when you perform file I/O, you work with a naked pointer to a FILE struct, but this class wraps around the pointer and guarantees it is properly initialized and cleaned up using the constructor and destructor. ” To fetch the value of the pointer to use in the file I/O functions, you use the fp( ) access function.

Iterating in reverse Just as the standard C pointer gives us the increment (++) and decrement (--) operators to make pointer arithmetic a bit more convenient, C++ string iterators come in two basic Chapter 14: Templates & Container Classes 54 varieties. You’ve seen end( ) and begin( ), which are the tools for moving forward through a string one element at a time. The reverse iterators rend( ) and rbegin( ) allow you to step backwards through a string. cpp looks like this: 1 2 3 4 5 6 7 8 9 Reverse iterators act like pointers to elements of the string’s character array, except that when you apply the increment operator to them, they move backward rather than forward.

The main thing to notice about the two declarations above are that the string type is created when the basic_string template is instantiated with char. Inside the basic_string< > template declaration, the line class traits = char_traits, tells us that the behavior of the class made from the basic_string< > template is specified by a class based on the template char_traits< >. Thus, the basic_string< > template provides for cases where you need string oriented classes that manipulate types other than char (wide characters or unicode, for example).

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Thinking in C++, Volume 2: Practical Programming (2nd Edition) by Bruce Eckel, Chuck Allison


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