C++14 FAQs (Paperback)

This book contains selected questions related to C++14 with detailed solutions to all of these which will help the reader to hone her skills to solve a particular problem.

Primary sources of this collection are:

1. Advanced C++ FAQs: Volume 1 : Fundamentals
2. Advanced C++ FAQs: Volume 2 : Generic Programming
3. Advanced C++ FAQs: Volumes 1 & 2

This book is not an introduction to C++. It assumes that the reader is aware of the basics of C++98 and C++03 and wants to expand her horizon to latest and greatest in C++14(aka C++1y). The problems are marked on a scale of one(*)(simplest) to five stars(*****)(hardest). Forthcoming volumes will strengthen this particular approach spanning various areas of C++.
 

• variable templates
• Constexpr static data members of class templates
• constexpr function templates
• ....


• static data member template
• specialization of variable template
• default argument and specialization of variable template
• lambda and variable template
• variable templates variables vary
• auto variable templates
• valid specialization but error ?
• variable templates and lambda revisited
• Incremental improvement to integral constant
• is same musings
• auto variable template and generic lambda
• constexpr member functions and implicit const
• ....


• constexpr vs static vs uninitialized
• constexpr vs member function revisited
• deprecated attribute
• Member initializers and aggregate class
• ....


• Data Member initializers
• time duration literals
• ...


• Compile Time binary Literal Operator
• Square Literal Operator
• Type Transformation Aliases
• unique ptr vs make unique as function argument
• make unique as perfect forwarding guy
• make unique and new
• ....


• make unique and default initialization with T[]
• Extend make unique : Support list initialization T[]
• Extend make unique : Value Initialize T[]
• Extend make unique : T[N]
• allocate unique
• Compile-time integer sequences
• Simplified Creation of std::integer sequence
• std::index sequence
• Custom Sequence : Addition
• ....


• Custom Sequence : Split
• Extract from tuple
• convert std::array to std::tuple
• Piecewise construction of std::pair
• Compile Time Integer Sequence Simplified
• sfinae and represent type of function
• metafunction : check presence of type member
• std::common type and sfinae
• Contextual Conversion
• Single quotation mark as digit separator
• Binary Literals
• auto return type in function declaration
• return type deduction for function
• return type deduction for lambdas
• ....


• decltype(auto)
• return type deduction for function templates
• explicit instantiation and auto
• return type deduction and virtual
• deduce return type
• generalized lambda capture
• generic lambda and product vector
• generic lambda
• generic lambda definition
• conversion function of generic lambda
• generic lambda quiz
• Preventing Name Hijacking
• Find First Null Pointer in a Container
• Generic Operator Functors
• Exchange Utility
• Addressing Tuple By Type
• Quoted manipulators
• Null Iterator
• std::move is rvalue cast
• C++14 Compiler

這本書包含了與C++14相關的精選問題，並提供了詳細的解答，幫助讀者磨練解決特定問題的能力。

這個問題集的主要來源如下：
1. Advanced C++ FAQs: Volume 1 : Fundamentals
2. Advanced C++ FAQs: Volume 2 : Generic Programming
3. Advanced C++ FAQs: Volumes 1 & 2

這本書不是C++的入門書，假設讀者已經熟悉C++98和C++03的基礎知識，並希望擴展她在C++14（也稱為C++1y）中的知識。這些問題根據難度從一顆星（最簡單）到五顆星（最難）進行標記。未來的卷會加強這種特定的方法，涵蓋C++的各個領域。

以下是一些問題的主題：
- 變數模板
- 類模板的constexpr靜態數據成員
- constexpr函數模板
- ...
- 靜態數據成員模板
- 變數模板的特化
- 變數模板的默認參數和特化
- lambda和變數模板
- 變數模板的變化
- auto變數模板
- 合法的特化但出錯？
- 變數模板和lambda的再討論
- 對整數常量的增量改進
- is_same的思考
- auto變數模板和通用lambda
- constexpr成員函數和隱式const
- ...
- constexpr vs static vs uninitialized
- constexpr vs成員函數的再討論
- 廢棄屬性
- 成員初始化和聚合類
- ...
- 數據成員初始化
- 時間持續文字
- ...
- 編譯時二進制文字運算符
- 平方文字運算符
- 類型轉換別名
- unique_ptr vs make_unique作為函數參數
- make_unique作為完美轉發的方式
- make_unique和new
- ...
- make_unique和使用T[]進行默認初始化
- 擴展make_unique：支持使用T[]進行列表初始化
- 擴展make_unique：值初始化T[]
- 擴展make_unique：T[N]
- 分配unique
- 編譯時整數序列
- 簡化std::integer序列的創建
- std::index序列
- 自定義序列：加法
- ...
- 自定義序列：分割
- 從tuple中提取
- 將std::array轉換為std::tuple
- 構造std::pair的分段
- 編譯時整數序列簡化
- sfinae和表示函數的類型
- 元函數：檢查類型成員的存在
- std::common_type和sfinae
- 上下文轉換
- 單引號作為數字分隔符
- 二進制文字
- 函數聲明中的自動返回類型
- 函數的返回類型推斷
- lambda的返回類型推斷
- ...
- decltype(auto)
- 函數模板的返回類型推斷
- 明確實例化和auto
- 返回類型推斷和虛擬
- 推斷返回類型
- 通用lambda捕獲
- 通用lambda和向量乘法
- 通用lambda
- 通用lambda定義
- 通用lambda的轉換函數
- 通用lambda測驗
- 防止名稱劫持
- 在容器中找到第一個空指針
- 通用操作符函子
- 交換實用程序
- 按類型訪問tuple
- 引用操縱符
- 空迭代器
- std::move是右值轉換
- C++14編譯器