format cleanup pr3

Author: mtx48109

docs/atl-mfc-shared/reference/ctime-class.md

@@ -269,7 +269,7 @@ bool GetAsSystemTime(SYSTEMTIME& st) const throw();
  A reference to a [SYSTEMTIME](http://msdn.microsoft.com/library/windows/desktop/ms724950) structure that will hold the converted date/time value of the `CTime` object.  
 
 ### Return Value  
- True if successful; otherwise false.  
+ TRUE if successful; otherwise FALSE.  
 
 ### Remarks  
  `GetAsSystemTime` stores the resulting time in the referenced *timeDest* structure. The `SYSTEMTIME` data structure initialized by this function will have its `wMilliseconds` member set to zero.  

docs/atl-mfc-shared/using-cstring.md

@@ -18,9 +18,9 @@ The topics in this section describe how to program with `CString`. For reference
 
  The `CString`, `CStringA`, and `CStringW` classes are specializations of a class template called [CStringT](../atl-mfc-shared/reference/cstringt-class.md) based on the type of character data they support.  
 
- A `CStringW` object contains the `wchar_t` type and supports Unicode strings. A `CStringA` object contains the **char** type, and supports single-byte and multi-byte (MBCS) strings. A `CString` object supports either the **char** type or the `wchar_t` type, depending on whether the MBCS symbol or the UNICODE symbol is defined at compile time.  
+ A `CStringW` object contains the **wchar_t** type and supports Unicode strings. A `CStringA` object contains the **char** type, and supports single-byte and multi-byte (MBCS) strings. A `CString` object supports either the **char** type or the `wchar_t` type, depending on whether the MBCS symbol or the UNICODE symbol is defined at compile time.  
 
- A `CString` object keeps character data in a `CStringData` object. `CString` accepts `null`-terminated C-style strings. `CString` tracks the string length for faster performance, but it also retains the **null** character in the stored character data to support conversion to LPCWSTR. `CString` includes the null terminator when it exports a C-style string. You can insert a **null** at other locations in a `CString`, but it may produce unexpected results.  
+ A `CString` object keeps character data in a `CStringData` object. `CString` accepts NULL-terminated C-style strings. `CString` tracks the string length for faster performance, but it also retains the NULL character in the stored character data to support conversion to LPCWSTR. `CString` includes the null terminator when it exports a C-style string. You can insert a NULL at other locations in a `CString`, but it may produce unexpected results.  
 
  The following set of string classes can be used without linking an MFC library, with or without CRT support: `CAtlString`, `CAtlStringA`, and `CAtlStringW`.  
 

docs/atl/atl-event-handling-summary.md

@@ -36,7 +36,8 @@ In general, handling COM events is a relatively simple process. There are three
  There are three main ways of advising and unadvising an event source using ATL.  
 
 |Advise function|Unadvise function|Most suitable for use with|Requires you to keep track of a cookie|Comments|  
-|---------------------|-----------------------|--------------------------------|---------------------------------------------|--------------|  
+|---------------------|-----------------------|--------------------------------|---------------------------------------------|--------------|
+| | | | | |  
 
 |[AtlAdvise](reference/connection-point-global-functions.md#atladvise), [CComPtrBase::Advise](../atl/reference/ccomptrbase-class.md#advise)|[AtlUnadvise](reference/connection-point-global-functions.md#atlunadvise)|Vtable or dual interfaces|Yes|`AtlAdvise` is a global ATL function. `CComPtrBase::Advise` is used by [CComPtr](../atl/reference/ccomptr-class.md) and [CComQIPtr](../atl/reference/ccomqiptr-class.md).|  
 

docs/atl/creating-the-project-atl-tutorial-part-1.md

@@ -39,17 +39,17 @@ This tutorial walks you step-by-step through a nonattributed ATL project that cr
 
  The ATL Project Wizard will create the project by generating several files. You can view these files in Solution Explorer by expanding the Polygon object. The files are listed below.  
 
-|File|Description|  
-|----------|-----------------|  
-|Polygon.cpp|Contains the implementation of `DllMain`, `DllCanUnloadNow`, `DllGetClassObject`, `DllRegisterServer`, and `DllUnregisterServer`. Also contains the object map, which is a list of the ATL objects in your project. This is initially blank.|  
-|Polygon.def|This module-definition file provides the linker with information about the exports required by your DLL.|  
-|Polygon.idl|The interface definition language file, which describes the interfaces specific to your objects.|  
-|Polygon.rgs|This registry script contains information for registering your program's DLL.|  
-|Polygon.rc|The resource file, which initially contains the version information and a string containing the project name.|  
-|Resource.h|The header file for the resource file.|  
-|Polygonps.def|This module definition file provides the linker with information about the exports required by the proxy and stub code that support calls across apartments.|  
-|stdafx.cpp|The file that will `#include` the ATL implementation files.|  
-|stdafx.h|The file that will `#include` the ATL header files.|  
+    |File|Description|  
+    |----------|-----------------|  
+    |Polygon.cpp|Contains the implementation of `DllMain`, `DllCanUnloadNow`, `DllGetClassObject`, `DllRegisterServer`, and `DllUnregisterServer`. Also contains the object map, which is a list of the ATL objects in your project. This is initially blank.|  
+    |Polygon.def|This module-definition file provides the linker with information about the exports required by your DLL.|  
+    |Polygon.idl|The interface definition language file, which describes the interfaces specific to your objects.|  
+    |Polygon.rgs|This registry script contains information for registering your program's DLL.|  
+    |Polygon.rc|The resource file, which initially contains the version information and a string containing the project name.|  
+    |Resource.h|The header file for the resource file.|  
+    |Polygonps.def|This module definition file provides the linker with information about the exports required by the proxy and stub code that support calls across apartments.|  
+    |stdafx.cpp|The file that will `#include` the ATL implementation files.|  
+    |stdafx.h|The file that will `#include` the ATL header files.|  
 
 1.  In Solution Explorer, right-click the `Polygon` project.  
 

docs/atl/hosting-activex-controls-using-atl-axhost.md

@@ -20,7 +20,7 @@ The sample in this topic shows how to create AXHost and how to host an ActiveX c
 
 -   For values of USE_METHOD between 1 and 4, access to the control and sinking of events are accomplished in the call that also creates the host. Values between 5 and 8 query the host for interfaces and hook the sink.  
 
- Here's a summary:  
+Here's a summary:  
 
 |USE_METHOD|Host|Control access and event sinking|Function demonstrated|  
 |-----------------|----------|--------------------------------------|---------------------------|  

docs/atl/reference/appearance-atl-control-wizard.md

@@ -21,71 +21,70 @@ Insert "Search Results" summary here.
  **View status**  
  Sets the appearance of the control within the container.  
 
--   **Opaque**: Sets the VIEWSTATUS_OPAQUE bit in the [VIEWSTATUS](http://msdn.microsoft.com/library/windows/desktop/ms687201) enumeration and draws the entire control rectangle passed to the [CComControlBase::OnDraw](../../atl/reference/ccomcontrolbase-class.md#ondraw) method. The control appears completely opaque, and none of the container shows behind the control boundaries.  
-  
-     This setting helps the container draw the control more quickly. If this option is not selected, the control can contain transparent parts.  
-  
-     Only an opaque control can have a solid background.  
-  
--   Sets the VIEWSTATUS_SOLIDBKGND bit in the VIEWSTATUS enumeration. The control's background appears as a solid color with no pattern.  
-  
-     This option is available only if the **Opaque** option is also selected.  
+    -   **Opaque**: Sets the VIEWSTATUS_OPAQUE bit in the [VIEWSTATUS](http://msdn.microsoft.com/library/windows/desktop/ms687201) enumeration and draws the entire control rectangle passed to the [CComControlBase::OnDraw](../../atl/reference/ccomcontrolbase-class.md#ondraw) method. The control appears completely opaque, and none of the container shows behind the control boundaries.      
+      
+         This setting helps the container draw the control more quickly. If this option is not selected, the control can contain transparent parts.  
+      
+         Only an opaque control can have a solid background.  
+      
+    -   Sets the VIEWSTATUS_SOLIDBKGND bit in the VIEWSTATUS enumeration. The control's background appears as a solid color with no pattern.  
+      
+         This option is available only if the **Opaque** option is also selected.  
 
  **Add control based on**  
  Sets the control to be based on a Windows control type by adding a [CContainedWindow](ccontainedwindowt-class.md) data member to the class implementing the control. It also adds a message map and message handler functions to handle Windows messages for the control. Choose from the list the type of Windows control you want to create, if any.  
 
-  
--   `Button`  
-  
--   `ListBox`  
-  
--   `SysAnimate32`  
-  
--   `SysListView32`  
-  
--   `ComboBox`  
-  
--   `RichEdit`  
-  
--   `SysDateTimePick32`  
-  
--   `SysMonthCal32`  
-  
--   `ComboBoxEx32`  
-  
--   `ScrollBar`  
-  
--   `SysHeader32`  
-  
--   `SysTabControl32`  
-  
--   `Edit`  
-  
--   `Static`  
-  
--   `SysIPAddress32`  
-  
--   `SysTreeView32`  
+    -   `Button`  
+      
+    -   `ListBox`  
+      
+    -   `SysAnimate32`  
+      
+    -   `SysListView32`  
+      
+    -   `ComboBox`  
+      
+    -   `RichEdit`  
+      
+    -   `SysDateTimePick32`  
+      
+    -   `SysMonthCal32`  
+      
+    -   `ComboBoxEx32`  
+      
+    -   `ScrollBar`  
+      
+    -   `SysHeader32`  
+      
+    -   `SysTabControl32`  
+      
+    -   `Edit`  
+      
+    -   `Static`  
+      
+    -   `SysIPAddress32`  
+      
+    -   `SysTreeView32`  
 
  **Misc status**  
  Sets additional appearance and behavior options for the control.  
 
--   **Invisible at run-time**: Sets the control to be invisible at run time. You can use invisible controls to perform operations in the background, such as firing events at timed intervals.  
-  
--   **Acts like button**: Sets the OLEMISC_ACTSLIKEBUTTON bit in the [OLEMISC](http://msdn.microsoft.com/library/windows/desktop/ms678497) enumeration to enable a control to act like a button. If the container has marked the control's client site as a default button, selecting this option enables your button control to display itself as a default button by drawing itself with a thicker frame. See [CComControlBase::GetAmbientDisplayAsDefault](../../atl/reference/ccomcontrolbase-class.md#getambientdisplayasdefault) for more information.  
-  
--   **Acts like label**: Sets the OLEMISC_ACTSLIKELABEL bit in the OLEMISC enumeration to enable a control to replace the container's native label. The container determines what to do with this flag, if anything.  
+    -   **Invisible at run-time**: Sets the control to be invisible at run time. You can use invisible controls to perform operations in the background, such as firing events at timed intervals.  
+      
+    -   **Acts like button**: Sets the OLEMISC_ACTSLIKEBUTTON bit in the [OLEMISC](http://msdn.microsoft.com/library/windows/desktop/ms678497) enumeration to enable a control to act like a button. If the container has marked the control's client site as a default button, selecting this option enables your button control to display itself as a default button by drawing itself with a thicker frame. See [CComControlBase::GetAmbientDisplayAsDefault](../../atl/reference/ccomcontrolbase-class.md#getambientdisplayasdefault) for more information.  
+      
+    -   **Acts like label**: Sets the OLEMISC_ACTSLIKELABEL bit in the OLEMISC enumeration to enable a control to replace the container's native label. The container determines what to do with this flag, if anything.  
 
  **Other**  
  Sets additional behavior options for the control.  
 
--   **Normalized DC**: Sets the control to create a normalized device context when it is called to draw itself. This action standardizes the control's appearance, but it makes drawing less efficient.  
-  
--   **Window only**: Specifies that your control cannot be windowless. If you do not select this option, your control is automatically windowless in containers that support windowless objects, and it is automatically windowed in containers that do not support windowless objects. Selecting this option forces your control to be windowed, even in containers that support windowless objects.  
-  
--   **Insertable**: Select this option to have your control appear in the **Insert Object** dialog box of applications such as Word and Excel. Your control can then be inserted by any application that supports embedded objects through this dialog box.  
+    -   **Normalized DC**: Sets the control to create a normalized device context when it is called to draw itself. This action standardizes the control's appearance, but it makes drawing less efficient.  
+      
+    -   **Window only**: Specifies that your control cannot be windowless. If you do not select this option, your control is automatically windowless in containers that support windowless objects, and it is automatically windowed in containers that do not support windowless objects. Selecting this option forces your control to be windowed, even in containers that support windowless objects.  
+      
+    -   **Insertable**: Select this option to have your control appear in the **Insert Object** dialog box of applications such as Word and Excel. Your control can then be inserted by any application that supports embedded objects through this dialog box.  
 
 ## See Also  
  [ATL Control Wizard](../../atl/reference/atl-control-wizard.md)   
- [SUBEDIT Sample: Superclasses a Standard Windows Control](http://msdn.microsoft.com/en-us/30e46bdc-ed92-417c-b6b8-359017265a7b)
+ [SUBEDIT Sample: Superclasses a Standard Windows Control](http://msdn.microsoft.com/30e46bdc-ed92-417c-b6b8-359017265a7b)
 

docs/atl/reference/atl-http-utility-functions.md

@@ -139,7 +139,7 @@ inline BOOL AtlEscapeUrl(
 ### Return Value  
  Returns TRUE on success, FALSE on failure.  
 
-## <a name="atlgetdefaulturlport"></a> 
+## <a name="atlgetdefaulturlport"></a> AtlGetDefaultUrlPort
  Call this function to get the default port number associated with a particular Internet protocol or scheme.  
 
 ```  

docs/atl/reference/atl-ole-db-consumer-wizard.md

@@ -40,7 +40,7 @@ This wizard sets up an OLE DB consumer class with the data bindings necessary to
      Click **OK** to finish. The **Select Database Object** dialog box appears. From this dialog box, select the table, view, or stored procedure that the consumer will use.  
 
  **Provider**  
-     Select an appropriate provider to manage the connection to the data source. The type of provider is typically determined by the type of database to which you are connecting. Click the `Next` button or click the **Connection** tab.  
+     Select an appropriate provider to manage the connection to the data source. The type of provider is typically determined by the type of database to which you are connecting. Click the **Next** button or click the **Connection** tab.  
 
  **Connection**  
      The contents of this tab depend on the provider you selected. Although there are many types of providers, this section covers connections for the two most common: SQL and ODBC data. The others are similar variations on the fields described here.  
@@ -104,21 +104,21 @@ This wizard sets up an OLE DB consumer class with the data bindings necessary to
  **Attributed**  
  This option specifies whether the wizard will create consumer classes using attributes or template declarations. When you select this option, the wizard uses attributes instead of template declarations (this is the default option). When you deselect this option, the wizard uses template declarations instead of attributes.  
 
--   If you select a consumer **Type** of Table, the wizard uses the `db_source` and `db_table` attributes to create the table and table accessor class declarations, and uses **db_column** to create the column map, for example:  
+-   If you select a consumer **Type** of Table, the wizard uses the `db_source` and `db_table` attributes to create the table and table accessor class declarations, and uses `db_column` to create the column map, for example:  
 
- ``` 
+```
  // Inject table class and table accessor class declarations  
  [db_source("<initialization_string>"), db_table("dbo.Orders")]  
  ... 
  // Column map  
  [ db_column(1, status=m_dwOrderIDStatus, length=m_dwOrderIDLength) ] LONG m_OrderID;  
  [ db_column(2, status=m_dwCustomerIDStatus, length=m_dwCustomerIDLength) ] TCHAR m_CustomerID[6];  
- ...  
- ```  
+ ...
+```
 
      instead of using the `CTable` template class to declare the table and table accessor class, and the BEGIN_COLUMN_MAP and END_COLUMN_MAP macros to create the column map, for example:  
 
- ``` 
+``` 
  // Table accessor class  
     class COrdersAccessor; // Table class  
     class COrders : public CTable<CAccessor<COrdersAccessor>>;  
@@ -129,27 +129,27 @@ This wizard sets up an OLE DB consumer class with the data bindings necessary to
     COLUMN_ENTRY_LENGTH_STATUS(2, m_CustomerID, m_dwCustomerIDLength, m_dwCustomerIDStatus)  
  ...  
     END_COLUMN_MAP() 
- ```  
+```  
 
 -   If you select a consumer **Type** of Command, the wizard uses the `db_source` and `db_command` attributes, and uses `db_column` to create the column map, for example:  
 
- ```  
+```  
  [db_source("<initialization_string>"), db_command("SQL_command")]  
  ... 
  // Column map using db_column is the same as for consumer type of 'table'  
- ```  
+```  
 
      instead of using the command and command accessor class declarations in the command class' .h file, for example:  
 
- ```  
+```  
     Command accessor class:  
     class CListOrdersAccessor;  
     Command class:  
     class CListOrders : public CCommand<CAccessor<CListOrdersAccessor>>;  
  ... 
  // Column map using BEGIN_COLUMN_MAP ... END_COLUMN_MAP is the same as
  // for consumer type of 'table'  
- ```  
+```  
 
  See [Basic Mechanics of Attributes](../../windows/basic-mechanics-of-attributes.md) for more information.  
 

docs/atl/reference/atl-path-functions.md

@@ -151,7 +151,7 @@ inline BOOL Canonicalize(wchar_t* pszDest, const wchar_t* pszSrc);
 
 
 ## <a name="combine"></a> ATLPath::Combine 
-This function is an overloaded wrapper for [PathCombine](https://msdn.microsoft.com/en-us/library/windows/desktop/bb773571).  
+This function is an overloaded wrapper for [PathCombine](https://msdn.microsoft.com/library/windows/desktop/bb773571).  
 
 ### Syntax  
 ```
@@ -306,7 +306,7 @@ inline int GetDriveNumber(const wchar_t* pszPath);
 
 
 ## <a name="isdirectory"></a>  ATLPath::IsDirectory 
-This function is an overloaded wrapper for [PathIsDirectory](https://msdn.microsoft.com/en-us/library/windows/desktop/bb773621).
+This function is an overloaded wrapper for [PathIsDirectory](https://msdn.microsoft.com/library/windows/desktop/bb773621).
 
 ```  
 inline BOOL IsDirectory(const char* pszPath);