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Michael Blome
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more formatting through p*
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‎docs/cpp/initializing-arrays.md‎

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Consider the `Point` class that defines two constructors:
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```
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```cpp
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// initializing_arrays1.cpp
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class Point
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{
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Static member arrays (whether **const** or not) can be initialized in their definitions (outside the class declaration). For example:
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```
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```cpp
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// initializing_arrays2.cpp
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class WindowColors
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{

‎docs/cpp/initializing-classes-and-structs-without-constructors-cpp.md‎

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# Initializing classes and structs without constructors (C++)
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It is not always necessary to define a constructor for a class, especially ones that are relatively simple. Users can initialize objects of a class or struct by using uniform initialization, as shown in the following example:
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```
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```cpp
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#include "stdafx.h"
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#include <Windows.h>
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‎docs/cpp/inline-functions-cpp.md‎

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## Example
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In the following class declaration, the `Account` constructor is an inline function. The member functions `GetBalance`, `Deposit`, and `Withdraw` are not specified as **inline** but can be implemented as inline functions.
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```
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```cpp
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// Inline_Member_Functions.cpp
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class Account
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{
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### Example 1
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```
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```cpp
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// inline_keyword1.cpp
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// compile with: /c
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inline int max( int a , int b ) {
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### Example 2
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```
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```cpp
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// inline_keyword2.cpp
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// compile with: /EHsc /c
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#include <iostream>
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A `Point` class can be defined as follows:
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```
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```cpp
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// when_to_use_inline_functions.cpp
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class Point
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{
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The following example shows a macro that converts lowercase letters to uppercase:
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```
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```cpp
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// inline_functions_macro.c
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#include <stdio.h>
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#include <conio.h>
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Inline functions remedy the problem previously described:
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```
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```cpp
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// inline_functions_inline.cpp
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#include <stdio.h>
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#include <conio.h>

‎docs/cpp/int8-int16-int32-int64.md‎

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The following example declares one variable for each of these types of sized integers:
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```
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```cpp
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__int8 nSmall; // Declares 8-bit integer
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__int16 nMedium; // Declares 16-bit integer
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__int32 nLarge; // Declares 32-bit integer
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## Example
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The following sample shows that an __int*xx* parameter will be promoted to `int`:
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```
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```cpp
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// sized_int_types.cpp
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#include <stdio.h>

‎docs/cpp/interface.md‎

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```
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modifier
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__interface interface-name {interface-definition};
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modifier __interface interface-name {interface-definition};
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```
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## Remarks
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A C++ [class](../cpp/class-cpp.md) or [struct](../cpp/struct-cpp.md) could be implemented with these rules, but `__interface` enforces them.
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For example, the following is a sample interface definition:
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```
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```cpp
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__interface IMyInterface {
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HRESULT CommitX();
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HRESULT get_X(BSTR* pbstrName);
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Notice that you do not have to explicitly indicate that the `CommitX` and `get_X` functions are pure virtual. An equivalent declaration for the first function would be:
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```
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```cpp
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virtual HRESULT CommitX() = 0;
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```
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## Example
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The following sample shows how to use properties declared in an interface.
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```
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```cpp
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// deriv_interface.cpp
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#define _ATL_ATTRIBUTES 1
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#include <atlbase.h>

‎docs/cpp/labeled-statements.md‎

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The label has function scope and cannot be redeclared within the function. However, the same name can be used as a label in different functions.
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```
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```cpp
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// labels_with_goto.cpp
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// compile with: /EHsc
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#include <iostream>
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Labels that appear after the **case** keyword cannot also appear outside a `switch` statement. (This restriction also applies to the **default** keyword.) The following code fragment shows the correct use of **case** labels:
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```
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```cpp
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// Sample Microsoft Windows message processing loop.
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switch( msg )
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## Labels in the case statement
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Labels that appear after the **case** keyword cannot also appear outside a `switch` statement. (This restriction also applies to the **default** keyword.) The following code fragment shows the correct use of **case** labels:
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```cpp
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// Sample Microsoft Windows message processing loop.
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switch( msg )
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{
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The label has function scope and cannot be redeclared within the function. However, the same name can be used as a label in different functions.
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```cpp
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// labels_with_goto.cpp
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// compile with: /EHsc
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#include <iostream>

‎docs/cpp/logical-and-operator-amp-amp.md‎

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```
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expression
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&&
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expression
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expression && expression
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```
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The second operand is evaluated only if the first operand evaluates to true (nonzero). This evaluation eliminates needless evaluation of the second operand when the logical AND expression is false. You can use this short-circuit evaluation to prevent null-pointer dereferencing, as shown in the following example:
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```cpp
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char *pch = 0;
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...
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(pch) && (*pch = 'a');
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## Example
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```
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```cpp
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// expre_Logical_AND_Operator.cpp
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// compile with: /EHsc
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// Demonstrate logical AND

‎docs/cpp/logical-negation-operator-exclpt.md‎

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## Example
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```
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```cpp
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// expre_Logical_NOT_Operator.cpp
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// compile with: /EHsc
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#include <iostream>

‎docs/cpp/logical-or-operator-pipe-pipe.md‎

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```
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logical-or-expression
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logical-and-expression
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logical-or-expression || logical-and-expression
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The second operand is evaluated only if the first operand evaluates to false (0). This eliminates needless evaluation of the second operand when the logical OR expression is true.
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```cpp
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printf( "%d" , (x == w || x == y || x == z) );
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```
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## Example
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```
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```cpp
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// expre_Logical_OR_Operator.cpp
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// compile with: /EHsc
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// Demonstrate logical OR

‎docs/cpp/lvalue-reference-declarator-amp.md‎

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## Example
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The following example demonstrates the reference declarator by declaring a `Person` object and a reference to that object. Because `rFriend` is a reference to `myFriend`, updating either variable changes the same object.
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```cpp
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// reference_declarator.cpp
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// compile with: /EHsc
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// Demonstrates the reference declarator.

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