Accelerated C++

About the book

Accelerated C++ begins with strings, vectors and algorithms, so a beginner has code that does something before meeting pointers or manual memory management. Koenig and Moo wrote for people who want competence quickly, and the pacing shows it.

The order carries an argument. Library facilities come first, which lets the authors discuss program design, abstraction and the separation of interface from implementation while the reader still has momentum. Classes, templates and resource management arrive once there is a reason to care about them. The book assumes a serious reader who can handle compressed explanations, though not prior C++ knowledge.

The text reflects the language as standardized in the late 1990s. C++ has changed substantially since, so the core material on the standard library, generic programming and resource management still holds while later language features and modern idioms fall outside its scope.

How to read it

Keep a compiler open. The examples reward typing out and changing rather than skimming, and a short program using each new library component will settle it better than a rereading. The authors build on earlier material, so skipping ahead tends to cost more than it saves.

Explanations are compact and assume attention. Some readers will want a second reference for topics that pass quickly. The exercises carry much of the learning and are worth treating as part of the text. The move from library use to user-defined types is deliberate, and following it in order preserves the argument.

Who it suits

This suits readers with programming experience in another language who want a structured, fast route into idiomatic C++ and will work through the examples. It also fits programmers who learned C-style C++ and want a better grasp of the standard library and abstraction. Complete beginners may find the pace demanding, and readers seeking coverage of modern C++ should pair it with current material.

Reading considerations

The book predates C++11 and later standards, so its treatment of the language stops at an earlier point. Corrections accumulated across printings, so check which one you have. Test its advice against a current compiler and a modern reference before relying on any specific technique in new code.