Standard C++ Iostreams and Locales: Advanced Programmer's Guide and Reference (Gebundene Ausgabe)

This book examines the inner workings of the entire stream class library in today's Standard C++. It succeeds in two ways. First, the authors explain the design principles and inner workings on these stream classes, whether for simple console or file I/O, or for more advanced topics like memory streams. There is coverage of I/O basics (with coverage of manipulators, stream flags and other built-in features) for everyday programming with streams. But besides the fundamentals, the authors excel at delving into the nitty-gritty details of these classes (which most of us know only on the surface). Examples here include a custom date class that will cooperate with existing stream libraries and creating new "facets"--output rules that customise data for particular languages or "locales".

Besides an in-depth guide to what streams do by default and some hints for adding your own classes to work with them, this text also contains over 200 pages of reference material on every C++ stream and locale class, organised by header files. (These sections will arguably be the most useful for the working C++ developer.)

Like the support for template classes, the Standard Library's support for streams is powerful but, until now anyway, not easily available to ordinary programmers. For anyone who already knows the fundamentals of streams and is seeking to do more, this title can definitely fill a useful niche with an authoritative and densely packed source of technical detail on these built-in C++ classes. --Richard Dragan, amazon.com

Topics covered: Standard C++ predefined streams, input and output operators, manipulators, locale basics, formatted input, stream state flags, file streams, in-memory I/O, stream positioning, synchronising streams, stream class architecture, stream buffer classes, character types, wide character support, stream and stream buffer iterators, custom stream classes for user-defined types, inserters and extractors, user-defined manipulators, customizing stream and stream buffer classes, internationalisation and localisation, standard facets, user-defined facets, stream and locale class reference.

This book effectively reveals the inner workings of the entire stream class library in today's Standard C++ in two ways: First, it explains the design principles and internal function of these stream classes, whether for simple console or file I/O or for more advanced topics like memory streams. There's coverage of I/O basics (manipulators, stream flags, and other built-in features) for everyday programming with streams. The book also does an excellent job of delving into the nitty-gritty details of these classes (which most of us know only on the surface). Examples include a custom date class that will cooperate with existing stream libraries and create new "facets"--output rules that customize data for particular languages or "locales."

Besides an in-depth guide to what streams do by default and some hints for adding your own classes to work with them, the text also contains over 200 pages of reference material on every C++ stream and locale class, organized by header files. (These sections will arguably be the most useful for the working C++ developer.)

Like the support for template classes, the Standard Library's support for streams is powerful but until now, anyway, not easily accessible to ordinary programmers. For anyone who already knows the fundamentals of streams and is seeking to do more, this title fills a useful niche. It is an authoritative and densely packed source of technical detail on built-in C++ classes. --Richard Dragan

Topics covered: Standard C++ predefined streams, input and output operators, manipulators, locale basics, formatted input, stream state flags, file streams, in-memory I/O, stream positioning, synchronizing streams, stream class architecture, stream buffer classes, character types, wide character support, stream and stream buffer iterators, custom stream classes for user-defined types, inserters and extractors, user-defined manipulators, customizing stream and stream buffer classes, internationalization and localization, standard facets, user-defined facets, stream and locale class reference.