Learning C++ by Rip Tutorial

Learning C++ eBook (PDF) by Rip Tutorial free download and view online.

Book Information :::::…

• Book Name: Learning C++
• Book Author: Rip Tutorial
• Book Categories: Tutorial, Programming
• Book Language: English
• Total Pages: 891 Pages
• File Format: PDF
• File Size: 4.85 MB

Book Description :::::…

This Learning C++ E-book covers the following chapters: Chapter 1: Getting started with C++, Chapter 2: Alignment, Chapter 3: Argument Dependent Name Lookup, Chapter 4: Arithmitic Metaprogramming, Chapter 5: Arrays, Chapter 6: Atomic Types, Chapter 7: Attributes, Chapter 8: auto, Chapter 9: Basic input/output in c++, Chapter 10: Basic Type Keywords, Chapter 11: Bit fields, Chapter 12: Bit Manipulation, Chapter 13: Bit Operators, Chapter 14: Build Systems, Chapter 15: C incompatibilities, Chapter 16: C++ Containers, Chapter 17: C++ Debugging and Debug-prevention Tools & Techniques, Chapter 18: C++ function “call by value” vs. “call by reference”, Chapter 19: C++ Streams, Chapter 20: C++11 Memory Model, Chapter 21: Callable Objects, Chapter 22: Classes/Structures, Chapter 23: Client server examples, Chapter 24: Common compile/linker errors (GCC), Chapter 25: Compiling and Building, Chapter 26: Concurrency With OpenMP, Chapter 27: Const Correctness, Chapter 28: const keyword, Chapter 29: Constant class member functions, Chapter 30: constexpr, Chapter 31: Copy Elision, Chapter 32: Copying vs Assignment, Chapter 33: Curiously Recurring Template Pattern (CRTP), Chapter 34: Data Structures in C++, Chapter 35: Date and time using header, Chapter 36: decltype, Chapter 37: Design pattern implementation in C++, Chapter 38: Digit separators, Chapter 39: Enumeration, Chapter 40: Exceptions, Chapter 41: Explicit type conversions, Chapter 42: Expression templates, Chapter 43: File I/O, Chapter 44: Floating Point Arithmetic, Chapter 45: Flow Control, Chapter 46: Fold Expressions, Chapter 47: Friend keyword, Chapter 48: Function Overloading, Chapter 49: Function Template Overloading, Chapter 50: Futures and Promises, Chapter 51: Header Files, Chapter 52: Implementation-defined behavior, Chapter 53: Inline functions, Chapter 54: Inline variables, Chapter 55: Internationalization in C++, Chapter 56: Iteration, Chapter 57: Iterators, Chapter 58: Keywords, Chapter 59: Lambdas, Chapter 60: Layout of object types, Chapter 61: Linkage specifications, Chapter 62: Literals, Chapter 63: Loops, Chapter 64: Memory management, Chapter 65: Metaprogramming, Chapter 66: More undefined behaviors in C++, Chapter 67: Move Semantics, Chapter 68: mutable keyword, Chapter 69: Mutexes, Chapter 70: Namespaces, Chapter 71: Non-Static Member Functions, Chapter 72: One Definition Rule (ODR), Chapter 73: Operator Overloading, Chapter 74: operator precedence, Chapter 75: Optimization, Chapter 76: Optimization in C++, Chapter 77: Overload resolution, Chapter 78: Parameter packs, Chapter 79: Perfect Forwarding, Chapter 80: Pimpl Idiom, Chapter 81: Pointers, Chapter 82: Pointers to members, Chapter 83: Polymorphism, Chapter 84: Preprocessor, Chapter 85: Profiling, Chapter 86: RAII: Resource Acquisition Is Initialization, Chapter 87: Random number generation, Chapter 88: Recursion in C++, Chapter 89: Recursive Mutex, Chapter 90: Refactoring Techniques, Chapter 91: References, Chapter 92: Regular expressions, Chapter 93: Resource Management, Chapter 94: Return Type Covariance, Chapter 95: Returning several values from a function, Chapter 96: RTTI: Run-Time Type Information, Chapter 97: Scopes, Chapter 98: Semaphore, Chapter 99: SFINAE (Substitution Failure Is Not An Error), Chapter 100: Side by Side Comparisons of classic C++ examples solved via C++ vs C++11 vs C++14 vs C++17, Chapter 101: Singleton Design Pattern, Chapter 102: Smart Pointers, Chapter 103: Sorting, Chapter 104: Special Member Functions, Chapter 105: Standard Library Algorithms, Chapter 106: static_assert, Chapter 107: std::any, Chapter 108: std::array, Chapter 109: std::atomics, Chapter 110: std::forward_list, Chapter 111: std::function: To wrap any element that is callable, Chapter 112: std::integer_sequence, Chapter 113: std::iomanip, Chapter 114: std::map, Chapter 115: std::optional, Chapter 116: std::pair, Chapter 117: std::set and std::multiset, Chapter 118: std::string, Chapter 119: std::variant, Chapter 120: std::vector, Chapter 121: Storage class specifiers, Chapter 122: Stream manipulators, Chapter 123: Templates, Chapter 124: The ISO C++ Standard, Chapter 125: The Rule of Three, Five, And Zero, Chapter 126: The This Pointer, Chapter 127: Thread synchronization structures, Chapter 128: Threading, Chapter 129: Trailing return type, Chapter 130: type deduction, Chapter 131: Type Erasure, Chapter 132: Type Inference, Chapter 133: Type Keywords, Chapter 134: Type Traits, Chapter 135: Typedef and type aliases, Chapter 136: Undefined Behavior, Chapter 137: Unions, Chapter 138: Unit Testing in C++, Chapter 139: Unnamed types, Chapter 140: Unspecified behavior, Chapter 141: User-Defined Literals, Chapter 142: Using declaration, Chapter 143: Using std::unordered_map, Chapter 144: Value and Reference Semantics, Chapter 145: Value Categories, Chapter 146: Variable Declaration Keywords, Chapter 147: Virtual Member Functions, etc.

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