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+Concurrent C ++ Programming Guide
+The book is divided into 11 chapters plan, arrangements are as follows:
+
+The first chapter concurrent programming foundation
+
+1.1 What is a concurrent programming
+
+1.2 differences and connections of concurrency and parallelism
+
+1.3 Why concurrent programming
+
+1.4 concurrent programming scenarios and classic example
+
+1.5 Discussion C ++ concurrent programming
+
+1.6 Information exchange
+
+The second chapter several common multithreading library introduction
+
+2.1 Pthread Multithreaded Programming Guide
+
+2.2 Windows Multithreaded Programming Guide
+
+2.3 Several common multithreading library interface contrast
+
+2.4 Information exchange
+
+Chapter III threads explained
+
+3.1 <thread>header file summary
+
+3.2 std::threadDetailed
+
+3.3 std::this_threadnamespace related auxiliary function introduction
+
+3.4 std::threadComparison with Pthread thread
+
+3.5 Information exchange
+
+Chapter ## with a mutex lock ##
+
+4.1 <mutex>header file summary
+
+4.2 mutex Comments
+
+4.3 Lock Type In Depth
+
+4.4 Introduction Helper
+
+4.5 std::mutexComparison with Pthread mutex
+
+4.6 Information exchange
+
+## Chapter ## thread synchronization and condition variable
+
+5.1 <condition_variable>header file summary
+
+5.2 condition variable Explanation
+
+5.3 Helper introduction
+
+5.4 use condition variables (std :: condition_variable) thread synchronization
+
+5.5 std::condition_variableComparison with the condition variable Pthread
+
+5.6 Information exchange
+
+## Chapter VI Detailed asynchronous tasks ##
+
+6.1 <future>header file summary
+
+6.2 asynchronous task provider (Provider) Introduction
+
+6.3 asynchronous task provider (Provider) Introduction (Continued)
+
+6.4 asynchronous tasks Future Type In Depth
+
+6.5 associated with the introduction of asynchronous task type
+
+6.6 asynchronous tasks Helper std::asyncintroduction
+
+6.7 asynchronous and multi-threaded task instances
+
+6.8 Information exchange
+
+## ## Chapter VII atomic Type In Depth
+
+7.1 <atomic>header file summary
+
+7.2 std::atomic_flagDetailed
+
+7.3 Basic std::atomicType In Depth
+
+7.4 specialized std::atomictype Comments
+
+7.5 C atomic style
+
+On the memory model 7.6 C ++ 11
+
+7.7 How to use the atom type design concurrent data structure
+
+7.8 Information exchange
+
+## Chapter VIII C ++ 11 memory model ##
+
+8.1 C ++ memory model overview
+
+8.2 X86 CPU processor architecture and a common memory consistency model profile
+
+8.3 Sequence Memory (Memory Order) and synchronous operation
+
+Examples of the type of programming 8.4 atomic
+
+Lock-free programming 8.5 Discussion
+
+Information exchange
+
+## Chapter IX advanced thread management ##
+
+## Chapter X how to write correct concurrent data structures ##
+
+## Chapter XI concurrent programming application examples ##
+
+11.1 using the C ++ 11 concurrency facilities to solve the producer-consumer problem
+
+## Appendix C ++ 11 standard new overview ##
+
+1. the runtime performance of the core language of strengthening
+
+This section includes:
+
+Rvalue references and move semantics
+Generalized constant expressions constexpr
+Amendments to the POD type definition.
+2. When building the core performance enhanced language
+
+This section includes:
+
+External template.
+3. Availability strengthen the core language
+
+This section includes:
+
+Initialization list ( std::initializer_list)
+Unified initialized
+Type inference (auto and decltype keywords)
+Based on the range for loop
+lambda expressions
+An alternative function syntax
+Optimization of object creation
+Explicit virtual function overloading
+Null pointer constant (nullptr a)
+A strongly typed enumeration
+Right angle bracket (>)
+Explicit conversion operator
+Template Alias
+Unlimited union.
+4. enhance the core language features
+
+This section includes:
+
+Vararg template
+The new string literals
+User-defined literals
+Multithreading memory model
+Thread Local Storage
+Explicitly or disable some particular member function (constructor, a copy constructor, assignment operator, destructor, etc.)
+long long int类型
+Static assertions assertions
+Allow sizeof operator acting on the data member type, without explicit object
+Garbage collection
+Attributes
+5. C ++ Standard Library changes
+
+This section includes:
+
+Upgrading the standard library components
+Multi-threading support
+Tuple (tuple) Type
+Hash table (hash table)
+Regular Expressions
+General smart pointer
+Scalable random number function
+Packing quote
+Polymorphic function object wrappers
+Type attribute for meta-programming
+A method for calculating a unified type of function object returns