Merge pull request #356 from MicrosoftDocs/master

merge to live

Author: ghogen

docs/cpp/abort-function.md

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 ---
 # abort Function
 The **abort** function, also declared in the standard include file STDLIB.H, terminates a C++ program. The difference between **exit** and **abort** is that **exit** allows the C++ run-time termination processing to take place (global object destructors will be called), whereas **abort** terminates the program immediately. For more information, see [abort](../c-runtime-library/reference/abort.md) in the *Run-Time Library Reference*.  

docs/cpp/abstract-classes-cpp.md

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 ---
 # Abstract Classes (C++)
 Abstract classes act as expressions of general concepts from which more specific classes can be derived. You cannot create an object of an abstract class type; however, you can use pointers and references to abstract class types.  

docs/cpp/additional-startup-considerations.md

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 ---
 # Additional Startup Considerations
 In C++, object construction and destruction can involve executing user code. Therefore, it is important to understand which initializations happen before entry to **main** and which destructors are invoked after exit from **main**. (For detailed information about construction and destruction of objects, see [Constructors](../cpp/constructors-cpp.md) and [Destructors](../cpp/destructors-cpp.md).)  

docs/cpp/additional-termination-considerations.md

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 ---
 # Additional Termination Considerations
 You can terminate a C++ program by using **exit**, `return`, or **abort**. You can add exit processing using the `atexit` function. These are discussed in the following sections.  

docs/cpp/additive-operators-plus-and.md

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+  - "additive operators"
+  - "arithmetic operators [C++], additive operators"
+  - "- operator, additive operators in C++"
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 ---
 # Additive Operators: + and -
 ## Syntax  

docs/cpp/address-of-operator-amp.md

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 ---
 # Address-of Operator: &amp;
 ## Syntax  

docs/cpp/algorithms-modern-cpp.md

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 ---
 # Algorithms (Modern C++)
 For modern C++ programming, we recommend that you use the algorithms in the [C++ Standard Library](../standard-library/cpp-standard-library-reference.md). Here are some important examples:  

docs/cpp/aliases-and-typedefs-cpp.md

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 ---
 # Aliases and typedefs (C++)
 You can use an *alias declaration* to declare a name to use as a synonym for a previously declared type. (This mechanism is also referred to informally as a *type alias*). You can also use this mechanism to create an *alias template*, which can be particularly useful for custom allocators.  

docs/cpp/align-cpp.md

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 ---
 # align (C++)
 In Visual Studio 2015 and later, use the C++11 standard `alignas` specifier to control alignment. For more information, see [Alignment](../cpp/alignment-cpp-declarations.md).