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Merge pull request MicrosoftDocs#86 from Microsoft/mblome-atl
link fixes in atl and atl-mfc-shared
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‎docs/atl-mfc-shared/date-and-time-automation-support.md‎

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The `COleDateTime` and `COleDateTimeSpan` classes are designed to be used with the `COleVariant` class used in Automation. `COleDateTime` and `COleDateTimeSpan` are also useful in MFC database programming, but they can be used whenever you want to manipulate date and time values. Although the `COleDateTime` class has a greater range of values and finer granularity than the `CTime` class, it requires more storage per object than `CTime`. There are also some special considerations when working with the underlying **DATE** type. See [The DATE Type](../atl-mfc-shared/date-type.md) for more details on the implementation of **DATE**.
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`COleDateTime` objects can be used to represent dates between January 1, 100, and December 31, 9999. `COleDateTime` objects are floating point values, with an approximate resolution of 1 millisecond. `COleDateTime` is based on the **DATE** data type, defined in the MFC documentation under [COleDateTime::operator DATE](../atl-mfc-shared/reference/coledatetime-class.md#coledatetime__operator%20date). The actual implementation of **DATE** extends beyond these bounds. The `COleDateTime` implementation imposes these bounds to facilitate working with the class.
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`COleDateTime` objects can be used to represent dates between January 1, 100, and December 31, 9999. `COleDateTime` objects are floating point values, with an approximate resolution of 1 millisecond. `COleDateTime` is based on the **DATE** data type, defined in the MFC documentation under [COleDateTime::operator DATE](../atl-mfc-shared/reference/coledatetime-class.md#coledatetime__operator_date). The actual implementation of **DATE** extends beyond these bounds. The `COleDateTime` implementation imposes these bounds to facilitate working with the class.
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`COleDateTime` does not support Julian dates. The Gregorian calendar is assumed to extend back in time to January 1, 100.
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‎docs/atl-mfc-shared/date-and-time-systemtime-support.md‎

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If your code contains a `CTime` object initialized with the system time, you should use the `SYSTEMTIME` constructor in Win32.
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You most likely will not use `CTime` `FILETIME` initialization directly. If you use a `CFile` object to manipulate a file, [CFile::GetStatus](../mfc/reference/cfile-class.md#getstatus) retrieves the file timestamp for you via a `CTime` object initialized with a `FILETIME` structure.
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You most likely will not use `CTime` `FILETIME` initialization directly. If you use a `CFile` object to manipulate a file, [CFile::GetStatus](../mfc/reference/cfile-class.md#cfile__getstatus) retrieves the file timestamp for you via a `CTime` object initialized with a `FILETIME` structure.
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## What do you want to know more about
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‎docs/atl-mfc-shared/reference/coledatetime-class.md‎

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|[COleDateTime::SetTime](#coledatetime__settime)|Sets the value of this `COleDateTime` object to the specified time-only value.|
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### Public Operators
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|Name|Description|
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|----------|-----------------|
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|[COleDateTime::operator ==, COleDateTime::operator <, etc.](#coledatetime_relational_operators)|Compare two `COleDateTime` values.|
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MS-DOS date and time values to be converted to a date/time value and copied into the new `COleDateTime` object.
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`dbts`
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A reference to a <xref:System.Data.OleDb.OleDbTypequalifyHint%3DFalse%26autoUpgrade%3DTrue> structure containing the current local time.
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A reference to a [DBTimeStamp](https://msdn.microsoft.com/library/system.data.oledb.oledbtype) structure containing the current local time.
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### Remarks
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All these constructors create new `COleDateTime` objects initialized to the specified value. The following table shows valid ranges for each date and time component:
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### Parameters
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`dbts`
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A reference to a <xref:System.Data.OleDb.OleDbTypequalifyHint%3DFalse%26autoUpgrade%3DTrue> structure.
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A reference to a [DBTimeStamp](https://msdn.microsoft.com/library/system.data.oledb.oledbtype) structure.
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### Return Value
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Nonzero if successful; otherwise 0.

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

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A [SIZE](http://msdn.microsoft.com/library/windows/desktop/dd145106) or [CSize](csize-class.md) that specifies the number of units to deflate `CRect`. The `cx` value specifies the number of units to deflate the left and right sides and the `cy` value specifies the number of units to deflate the top and bottom.
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`lpRect`
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Points to a [RECT](../../mfc/reference/rect-structure.md) structure or `CRect` that specifies the number of units to deflate each side.
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Points to a [RECT](../../mfc/reference/rect-structure1.md) structure or `CRect` that specifies the number of units to deflate each side.
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*l*
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Specifies the number of units to deflate the left side of `CRect`.

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

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|[CSimpleStringT::operator =](#csimplestringt__operator_eq)|Assigns a new value to a `CSimpleStringT` object.|
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### Remarks
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`CSimpleStringT` is the base class for the various string classes supported by Visual C++. It provides minimal support for memory management of the string object and basic buffer manipulation. For more advanced string objects, see [CStringT Class](../../atl-mfc-shared/reference/cstringt-class).
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`CSimpleStringT` is the base class for the various string classes supported by Visual C++. It provides minimal support for memory management of the string object and basic buffer manipulation. For more advanced string objects, see [CStringT Class](../../atl-mfc-shared/reference/cstringt-class.md).
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### Requirements
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**Header:** atlsimpstr.h
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## See Also
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[Hierarchy Chart](../../mfc/hierarchy-chart)
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[ATL/MFC Shared Classes](../../atl-mfc-shared/atl-mfc-shared-classes)
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## <a name="csimplestringt__append"></a> CSimpleStringT::Append
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Appends a `CSimpleStringT` object to an existing `CSimpleStringT` object.
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```
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### Remarks
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For more information, see [Strings: CString Exception Cleanup](../cstringt-exception-cleanup.md).
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For more information, see [Strings: CString Exception Cleanup](../cstring-exception-cleanup.md).
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## Example
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### Requirements
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**Header:** atlsimpstr.h
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## See Also
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[Hierarchy Chart](../../mfc/hierarchy-chart.md)
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[ATL/MFC Shared Classes](../../atl-mfc-shared/atl-mfc-shared-classes.md)

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

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|----------|-----------------|
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|[CTime::Format](#ctime__format)|Converts a `CTime` object into a formatted string — based on the local time zone.|
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|[CTime::FormatGmt](#ctime__formatgmt)|Converts a `CTime` object into a formatted string — based on UTC.|
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|[CTime::GetAsDBTIMESTAMP](#ctime__getasdbtimestamp)|Converts the time information stored in the `CTime` object to a Win32-compatible <xref:System.Data.OleDb.OleDbTypequalifyHint%3DFalse%26autoUpgrade%3DTrue> structure.|
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|[CTime::GetAsDBTIMESTAMP](#ctime__getasdbtimestamp)|Converts the time information stored in the `CTime` object to a Win32-compatible DBTIMESTAMP structure.|
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|[CTime::GetAsSystemTime](#ctime__getassystemtime)|Converts the time information stored in the `CTime` object to a Win32-compatible [SYSTEMTIME](http://msdn.microsoft.com/library/windows/desktop/ms724950) structure.|
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|[CTime::GetCurrentTime](#ctime__getcurrenttime)|Creates a `CTime` object that represents the current time (static member function).|
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|[CTime::GetDay](#ctime__getday)|Returns the day represent by the `CTime` object.|

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

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A pointer to the memory block to be freed.
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### Remarks
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Frees the specified memory block previously allocated by [Allocate](#iatlstringmgr__allocate) or [Reallocate](iatlmemmgr-class.md#iatlmemmgr__reallocate).
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Frees the specified memory block previously allocated by [Allocate](#iatlstringmgr__allocate) or [Reallocate](../../atl/reference/iatlmemmgr-class.md#iatlmemmgr__reallocate).
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> [!NOTE]
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> For usage examples, see [Memory Management and CStringT](../../atl-mfc-shared/memory-management-with-cstringt.md).

‎docs/atl-mfc-shared/string-data-management.md‎

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A `CString` object can store up to **INT_MAX** (2,147,483,647) characters. The **TCHAR** data type is used to get or set individual characters inside a `CString` object. Unlike character arrays, the `CString` class has a built-in memory allocation capability. This allows `CString` objects to automatically grow as needed (that is, you do not have to worry about growing a `CString` object to fit longer strings).
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## <a name="_core_cstrings_and_const_char_pointers"></a> CStrings and const char Pointers
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A `CString` object also can act like a literal C-style string (an `PCXSTR`, which is the same as **const char\*** if not under Unicode). The [CSimpleStringT::operator PCXSTR](../atl-mfc-shared/reference/csimplestringt-class.md#csimplestringt__operator%20pcxstr) conversion operator allows `CString` objects to be freely substituted for character pointers in function calls. The **CString( LPCWSTR** `pszSrc` **)** constructor allows character pointers to be substituted for `CString` objects.
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A `CString` object also can act like a literal C-style string (an `PCXSTR`, which is the same as **const char\*** if not under Unicode). The [CSimpleStringT::operator PCXSTR](../atl-mfc-shared/reference/csimplestringt-class.md#csimplestringt__operator_pcxstr) conversion operator allows `CString` objects to be freely substituted for character pointers in function calls. The **CString( LPCWSTR** `pszSrc` **)** constructor allows character pointers to be substituted for `CString` objects.
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No attempt is made to fold `CString` objects. If you make two `CString` objects containing `Chicago`, for example, the characters in `Chicago` are stored in two places. (This may not be true of future versions of MFC, so you should not depend on it.)
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‎docs/atl/atl-utilities-reference.md‎

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|[ATL_URL_SCHEME](../atl/reference/atl-http-utility-functions.md#atl_url_scheme)|The members of this enumeration provide constants for the schemes understood by [CUrl](../atl/reference/curl-class.md).|
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|[ATL_URL_SCHEME](../atl/reference/atl-url-scheme-enum.md)|The members of this enumeration provide constants for the schemes understood by [CUrl](../atl/reference/curl-class.md).|
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|[ATL_URL Flags](http://msdn.microsoft.com/library/76e8cc5c-4e17-4eb1-ac29-a94d5256c4a7)|These flags modify the behavior of [AtlEscapeUrl](http://msdn.microsoft.com/library/e4413300-dd10-43ad-9eaf-772e58398316) and [AtlCanonicalizeUrl](http://msdn.microsoft.com/library/80015d95-081d-4bbb-a176-77670cdb16e8) .|
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|[ATL_WORKER_THREAD_WAIT](http://msdn.microsoft.com/library/4d209004-47f4-4c6a-98b4-aee49ffb0911)|This macro defines the default value in milliseconds that [CWorkerThread::Shutdown](../atl/reference/cworkerthread-class.md#shutdown) will wait for the worker thread to shut down.|
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|[ATL_WORKER_THREAD_WAIT](http://msdn.microsoft.com/library/4d209004-47f4-4c6a-98b4-aee49ffb0911)|This macro defines the default value in milliseconds that [CWorkerThread::Shutdown](../atl/reference/cworkerthread-class.md#cworkerthread__shutdown) will wait for the worker thread to shut down.|
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|[ATLS_DEFAULT_THREADPOOLSHUTDOWNTIMEOUT](http://msdn.microsoft.com/library/c1e660a7-d490-42af-bbe1-ded76e80cc10)|This macro defines the default time in milliseconds that [CThreadPool](../atl/reference/cthreadpool-class.md) will wait for a thread to shut down.|
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|[ATLS_DEFAULT_THREADSPERPROC](http://msdn.microsoft.com/library/e0dcf107-72a9-4122-abb4-83c63aa7d571)|This macro defines the default number of threads per processor used by [CThreadPool](../atl/reference/cthreadpool-class.md).|
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‎docs/atl/catlservicemodulet-servicemain-function.md‎

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# CAtlServiceModuleT::ServiceMain Function
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The service control manager (SCM) calls `ServiceMain` when you open the Services Control Panel application, select the service, and click **Start**.
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After the SCM calls `ServiceMain`, a service must give the SCM a handler function. This function lets the SCM obtain the service's status and pass specific instructions (such as pausing or stopping). The SCM gets this function when the service passes **_Handler** to the Win32 API function, [RegisterServiceCtrlHandler](http://msdn.microsoft.com/library/windows/desktop/ms685054). (**_Handler** is a static member function that calls the non-static member function [Handler](../atl/reference/catlservicemodulet-class.md#catlservicemodulet__handler%20function).)
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After the SCM calls `ServiceMain`, a service must give the SCM a handler function. This function lets the SCM obtain the service's status and pass specific instructions (such as pausing or stopping). The SCM gets this function when the service passes **_Handler** to the Win32 API function, [RegisterServiceCtrlHandler](http://msdn.microsoft.com/library/windows/desktop/ms685054). (**_Handler** is a static member function that calls the non-static member function [Handler](../atl/reference/catlservicemodulet-class.md#catlservicemodulet__handler).)
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At startup, a service should also inform the SCM of its current status. It does this by passing **SERVICE_START_PENDING** to the Win32 API function, [SetServiceStatus](http://msdn.microsoft.com/library/windows/desktop/ms686241).
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