S&w N Frame Serial Numbers

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Copies a string. These versions of strcpy, wcscpy, _mbscpy have security enhancements, as described in Security Features in the CRT.

Important

_mbscpy_s and _mbscpy_s_l cannot be used in applications that execute in the Windows Runtime. For more information, see CRT functions not supported in Universal Windows Platform apps.

Syntax

Parameters

dest
Location of the destination string buffer.

dest_size
Size of the destination string buffer in char units for narrow and multi-byte functions, and wchar_t units for wide functions. This value must be greater than zero and not greater than RSIZE_MAX.

src
Null-terminated source string buffer.

locale
Locale to use.

Return Value

Zero if successful; otherwise, an error.

Error Conditions

dest	dest_size	src	Return value	Contents of dest
NULL	any	any	EINVAL	not modified
any	any	NULL	EINVAL	dest[0] set to 0
any	0, or too small	any	ERANGE	dest[0] set to 0

Remarks

The strcpy_s function copies the contents in the address of src, including the terminating null character, to the location that's specified by dest. The destination string must be large enough to hold the source string and its terminating null character. The behavior of strcpy_s is undefined if the source and destination strings overlap.

wcscpy_s is the wide-character version of strcpy_s, and _mbscpy_s is the multibyte-character version. The arguments of wcscpy_s are wide-character strings; those of _mbscpy_s and _mbscpy_s_l are multibyte-character strings. These functions behave identically otherwise. _mbscpy_s_l is identical to _mbscpy_s except that it uses the locale parameter passed in instead of the current locale. For more information, see Locale.

If dest or src is a null pointer, or if the destination string size dest_size is too small, the invalid parameter handler is invoked, as described in Parameter Validation. If execution is allowed to continue, these functions return EINVAL and set errno to EINVAL when dest or src is a null pointer, and they return ERANGE and set errno to ERANGE when the destination string is too small.

Upon successful execution, the destination string is always null-terminated.

In C++, use of these functions is simplified by template overloads that can infer buffer length automatically so that you don't have to specify a size argument, and they can automatically replace older, less-secure functions with their newer, more secure counterparts. For more information, see Secure Template Overloads.

The debug library versions of these functions first fill the buffer with 0xFE. To disable this behavior, use _CrtSetDebugFillThreshold.

Generic-Text Routine Mappings

TCHAR.H routine	_UNICODE & _MBCS not defined	_MBCS defined	_UNICODE defined
_tcscpy_s	strcpy_s	_mbscpy_s	wcscpy_s

S W N Frame Serial Number Lookup

Requirements

Routine	Required header
strcpy_s	<string.h>
wcscpy_s	<string.h> or <wchar.h>
_mbscpy_s	<mbstring.h>

These functions are Microsoft-specific. For additional compatibility information, see Compatibility.

Example

Unlike production quality code, this sample calls the secure string functions without checking for errors:

When building C++ code, the template versions may be easier to use.

S
Paradigm	multi-paradigm: imperative, object oriented
Developer	Rick Becker, Allan Wilks, John Chambers
First appeared	1976; 43 years ago
Typing discipline	dynamic, strong
License	depends on implementation
Website	ect.bell-labs.com/sl/S/
Major implementations
R, S-PLUS
Influenced by
C, APL, PPL, Fortran

History[edit]

'Old S'[edit]

S is one of several statistical computing languages that were designed at Bell Laboratories, and first took form between 1975–1976.^[2] Up to that time, much of the statistical computing was done by directly calling Fortran subroutines; however, S was designed to offer an alternate and more interactive approach. Early design decisions that hold even today include interactive graphics devices (printers and character terminals at the time), and providing easily accessible documentation for the functions.

The first working version of S was built in 1976, and operated on the GCOS operating system. At this time, S was unnamed, and suggestions included Interactive SCS (ISCS), Statistical Computing System, and Statistical Analysis System (which was already taken: see SAS System). The name 'S' (used with single quotation marks, until 1979) was chosen, as it has the common letter used in statistical computing, and is consistent with other programming languages designed from the same institution at the time (namely the C programming language).

When UNIX/32V was ported to the (then new) 32-bit DECVAX, computing on the Unix platform became feasible for S. In late 1979, S was ported from GCOS to UNIX, which would become the new primary platform.

In 1980 the first version of S was distributed outside Bell Laboratories and in 1981 source versions were made available.^[2] In 1984 two books were published by the research team at Bell Laboratories: S: An Interactive Environment for Data Analysis and Graphics^[3] (1984 Brown Book) and Extending the S System.^[4] Also, in 1984 the source code for S became licensed through AT&T Software Sales for education and commercial purposes.

'New S'[edit]

By 1988, many changes were made to S and the syntax of the language. The New S Language^[5] (1988 Blue Book) was published to introduce the new features, such as the transition from macros to functions and how functions can be passed to other functions (such as apply). Many other changes to the S language were to extend the concept of 'objects', and to make the syntax more consistent (and strict). However, many users found the transition to New S difficult, since their macros needed to be rewritten. Many other changes to S took hold, such as the use of X11 and PostScript graphics devices, rewriting many internal functions from Fortran to C, and the use of double precision (only) arithmetic. The New S language is very similar to that used in modern versions of S-PLUS and R.

In 1991, Statistical Models in S^[6] (1991 White Book) was published, which introduced the use of formula-notation^[7] (which use the '~' operator), data frame objects, and modifications to the use of object methods and classes.

S4[edit]

Latest version of S standard is S4, released in 1998.^[8] It provides advanced object-oriented features. S4 classes differ markedly from S3 classes.