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Ksiazki - Informatyczne .pl » informatyka » informatyka C++ Common Knowledge
Opis C++ Common Knowledge: Most C++ programmers are not experts, and they often need preliminaryeducation in various C++ language features, coding techniques, and designpatterns before they can be fully productive. Programmers who need thiseducation include: (1) domain experts who are C programmers, but have onlybasic knowledge of C++; (2) new hires who may have an excellent appreciationof C++ from college courses, but have no practical experience; (3) expert Javaprogrammers who tend to program in C++ the way they do in Java; (4) C++programmers with years of experience maintaining programs, but noknowledge beyond the basics required for that task. What they're missing is thecommon knowledge among experienced C++ programmers, what it takes towrite production-quality programs. That common knowledge is the topic ofthis book. Distills, in one slim volume, what every intermediate-level C++ programmer needs to know in order to do professional, quality work. ° Addresses a common problem in the real world, where C++ programmers often have an insufficient grasp of essential C++ features, coding techniques, and design patterns to do production-quality work. ° The programmer's second book on C++, after Lippman's C++ Primer, but before Meyers' Effective C++. ° Rapidly takes the reader from C++ novice to competent C++ practitioner. Spis treści C++ Common Knowledge: Preface xi Acknowledgments xvii A Note on Typographical Conventions xix Item 1: Data Abstraction 1 Item 2: Polymorphism 3 Item 3: Design Patterns 7 Item 4: The Standard Template Library 11 Item 5: References Are Aliases, Not Pointers 13 Item 6: Array Formal Arguments 17 Item 7: Const Pointers and Pointers to Const 21 Item 8: Pointers to Pointers 25 Item 9: New Cast Operators 29 Item 10: Meaning of a Const Member Function 33 Item 11: The Compiler Puts Stuff in Classes 37 Item 12: Assignment and Initialization Are Different 41 Item 13: Copy Operations 45 Item 14: Function Pointers 49 Item 15: Pointers to Class Members Are Not Pointers 53 Item 16: Pointers to Member Functions Are Not Pointers 57 Item 17: Dealing with Function and Array Declarators 61 Item 18: Function Objects 63 Item 19: Commands and Hollywood 67 Item 20: STL Function Objects 71 Item 21: Overloading and Overriding Are Different 75 Item 22: Template Method 77 Item 23: Namespaces 81 Item 24: Member Function Lookup 87 Item 25: Argument Dependent Lookup 89 Item 26: Operator Function Lookup 91 Item 27: Capability Queries 93 Item 28: Meaning of Pointer Comparison 97 Item 29: Virtual Constructors and Prototype 99 Item 30: Factory Method 103 Item 31: Covariant Return Types 107 Item 32: Preventing Copying 111 Item 33: Manufacturing Abstract Bases 113 Item 34: Restricting Heap Allocation 117 Item 35: Placement New 119 Item 36: Class-Specific Memory Management 123 Item 37: Array Allocation 127 Item 38: Exception Safety Axioms 131 Item 39: Exception Safe Functions 135 Item 40: RAII 139 Item 41: New, Constructors, and Exceptions 143 Item 42: Smart Pointers 145 Item 43: auto_ptr Is Unusual 147 Item 44: Pointer Arithmetic 149 Item 45: Template Terminology 153 Item 46: Class Template Explicit Specialization 155 Item 47: Template Partial Specialization 161 Item 48: Class Template Member Specialization 165 Item 49: Disambiguating with Typename 169 Item 50: Member Templates 173 Item 51: Disambiguating with Template 179 Item 52: Specializing for Type Information 183 Item 53: Embedded Type Information 189 Item 54: Traits 193 Item 55: Template Template Parameters 199 Item 56: Policies 205 Item 57: Template Argument Deduction 209 Item 58: Overloading Function Templates 213 Item 59: SFINAE 217 Item 60: Generic Algorithms 221 Item 61: You Instantiate What You Use 225 Item 62: Include Guards 229 Item 63: Optional Keywords 231 Bibliography 235 Index 237 Index of Code Examples 245 0321321928T02022005 |
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