/***
*fputs.c - write a string to a stream
*
*	Copyright (c) 1985-1991, Microsoft Corporation. All rights reserved.
*
*Purpose:
*	defines fputs() - writes a string to a stream
*
*Revision History:
*	09-02-83  RN	initial version
*	08-31-84  RN	modified to use the new, fast fwrite.
*	04-13-87  JCR	added const to declaration
*	06-30-87  JCR	made fputs return values conform to ANSI [MSC only]
*	11-06-87  JCR	Multi-thread support
*	12-11-87  JCR	Added "_LOAD_DS" to declaration
*	05-18-88  JCR	Error return = EOF
*	05-27-88  PHG	Merged DLL and normal versions
*	09-22-88  GJF	Include internal.h to get prototypes for _[s|f]tbuf()
*	02-15-90  GJF	Fixed copyright and indents
*	03-19-90  GJF	Replaced _LOAD_DS with _CALLTYPE1, added #include
*			<cruntime.h> and removed #include <register.h>.
*	03-26-90  GJF	Added #include <string.h>.
*	07-23-90  SBM	Replaced <assertm.h> by <assert.h>
*	10-02-90  GJF	New-style function declarators.
*
*******************************************************************************/

#include <cruntime.h>
#include <stdio.h>
#include <assert.h>
#include <file2.h>
#include <string.h>
#include <internal.h>
#include <os2dll.h>

/***
*int fputs(string, stream) - write a string to a file
*
*Purpose:
*	Output the given string to the stream, don't write the '\0' or
*	supply a '\n'.	Uses _stbuf and _ftbuf for efficiency reasons.
*
*Entry:
*	char *string - string to write
*	FILE *stream - stream to write to.
*
*Exit:
*	Good return   = 0
*	Error return  = EOF
*
*Exceptions:
*
*******************************************************************************/

int _CALLTYPE1 fputs (
	const char *string,
	FILE *stream
	)
{
	REG2 int buffing;
	REG1 unsigned int length;
	REG3 unsigned int ndone;
#ifdef MTHREAD
	int index;
#endif

	assert(string != NULL);
	assert(stream != NULL);

	length = strlen(string);
#ifdef MTHREAD
	index = _iob_index(stream);
#endif
	_lock_str(index);
	buffing = _stbuf(stream);
	ndone = _fwrite_lk(string,1,length,stream);
	_ftbuf(buffing, stream);
	_unlock_str(index);

	return(ndone == length ? 0 : EOF);
}