StdioFileCloseProc.c:    if ((stream->buffer != stdioTempBuffer)
StdioFileCloseProc.c:	    && (stream->buffer != stdioStderrBuffer)
StdioFileCloseProc.c:	    && (stream->buffer != NULL)
StdioFileCloseProc.c:	    && !(stream->flags & STDIO_NOT_OUR_BUF)) {
StdioFileCloseProc.c:	free((char *) stream->buffer);
StdioFileCloseProc.c:	stream->buffer = NULL;
StdioFileCloseProc.c:	stream->bufSize = 0;
StdioFileCloseProc.c:    stream->flags = 0;
StdioFileCloseProc.c:    stream->readCount = stream->writeCount = 0;
StdioFileCloseProc.c:    if (close((int) stream->clientData) != 0) {
StdioFileCloseProc.c:	stream->status = errno;
StdioFileCloseProc.c:	    stdioFileStreams = stream->nextPtr;
StdioFileCloseProc.c:		    prev->nextPtr = stream->nextPtr;
StdioFileReadProc.c:    if (stream->bufSize == 0) {
StdioFileReadProc.c:	stream->bufSize = BUFSIZ;
StdioFileReadProc.c:	stream->buffer = (unsigned char *) malloc((unsigned) stream->bufSize);
StdioFileReadProc.c:    stream->readCount = read((int) stream->clientData, (char *) stream->buffer,
StdioFileReadProc.c:	    stream->bufSize);
StdioFileReadProc.c:    stream->lastAccess = stream->buffer - 1;
StdioFileReadProc.c:    if (stream->readCount <= 0) {
StdioFileReadProc.c:	if (stream->readCount == 0) {
StdioFileReadProc.c:	    stream->flags |= STDIO_EOF;
StdioFileReadProc.c:	    stream->readCount = 0;
StdioFileReadProc.c:	    stream->status = errno;
StdioFileWriteProc.c:    if (stream->bufSize == 0) {
StdioFileWriteProc.c:	stream->bufSize = BUFSIZ;
StdioFileWriteProc.c:	    if (isatty((int) stream->clientData)) {
StdioFileWriteProc.c:		stream->flags |= STDIO_LINEBUF;
StdioFileWriteProc.c:	    stream->buffer = (unsigned char *) 
StdioFileWriteProc.c:		    malloc((unsigned) stream->bufSize);
StdioFileWriteProc.c:	    stream->buffer = stdioStderrBuffer;
StdioFileWriteProc.c:	    stream->bufSize = 128;
StdioFileWriteProc.c:	stream->lastAccess = stream->buffer;
StdioFileWriteProc.c:	*stream->buffer = stdioTempBuffer[0];
StdioFileWriteProc.c:    count = stream->lastAccess + 1 - stream->buffer;
StdioFileWriteProc.c:    if ((count  == stream->bufSize) || flush) {
StdioFileWriteProc.c:	stream->lastAccess = stream->buffer - 1;
StdioFileWriteProc.c:	    written = write((int) stream->clientData, (char *) stream->buffer, 
StdioFileWriteProc.c:		stream->writeCount = 0;
StdioFileWriteProc.c:		stream->status = errno;
StdioFileWriteProc.c:	stream->lastAccess = stream->buffer - 1;
StdioFileWriteProc.c:	stream->writeCount = stream->bufSize;
StdioFileWriteProc.c:	stream->writeCount = stream->bufSize - count;
Stdio_Setup.c:				 * there aren't any stream-dependent actions
Stdio_Setup.c:    stream->lastAccess		= buffer-1;
Stdio_Setup.c:    stream->readCount		= 0;
Stdio_Setup.c:    stream->writeCount		= 0;
Stdio_Setup.c:    stream->buffer		= buffer;
Stdio_Setup.c:    stream->bufSize		= bufferSize;
Stdio_Setup.c:    stream->readProc		= readProc;
Stdio_Setup.c:    stream->writeProc		= writeProc;
Stdio_Setup.c:    stream->closeProc		= closeProc;
Stdio_Setup.c:    stream->clientData		= clientData;
Stdio_Setup.c:    stream->status		= 0;
Stdio_Setup.c:    stream->flags		= 0;
Stdio_Setup.c:	stream->flags |= STDIO_READ;
Stdio_Setup.c:	stream->flags |= STDIO_WRITE;
Stdio_Setup.c:	stream->writeCount = bufferSize;
_cleanup.c:    for (stream = stdioFileStreams; stream != NULL; stream = stream->nextPtr) {
_cleanup.c:	if (!(stream->flags & STDIO_WRITE)) {
clearerr.c:    stream->status = 0;
clearerr.c:    stream->flags &= ~STDIO_EOF;
fclose.c: *	Flush any remaining I/O and perform stream-dependent operations
fclose.c:    if (stream->closeProc == NULL) {
fclose.c:    if ((*stream->closeProc)(stream) == EOF) {
fdopen.c:	if (stream->flags == 0) {
fdopen.c:    stream->nextPtr = stdioFileStreams;
fflush.c:    if (!(stream->flags & STDIO_WRITE) || (stream->writeCount == 0)
fflush.c:	    || (stream->lastAccess == (stream->buffer-1))) {
fflush.c:    if (stream->status != 0) {
fflush.c:    (*stream->writeProc)(stream, 1);
fflush.c:    if (stream->status != 0) {
fgetc.c:    if (!(stream->flags & STDIO_READ)) {
fgetc.c:    while (stream->readCount <= 0) {
fgetc.c:	if ((stream->status != 0) || (stream->flags & STDIO_EOF)) {
fgetc.c:	if ((stream->writeCount > 0)
fgetc.c:		&& (stream->lastAccess >= stream->buffer)) {
fgetc.c:	    (*stream->writeProc)(stream, 1);
fgetc.c:	    stream->writeCount = 0;
fgetc.c:	(*stream->readProc)(stream);
fgetc.c:    stream->readCount--;
fgetc.c:    stream->lastAccess++;
fgetc.c:    return *stream->lastAccess;
fileno.c:    if ((stream->readProc != (void (*)()) StdioFileReadProc) ||
fileno.c:	((stream->flags & (STDIO_READ|STDIO_WRITE)) == 0)) {
fileno.c:    return((int) stream->clientData);
fputc.c:    if ((stream->status != 0) || !(stream->flags & STDIO_WRITE)) {
fputc.c:    if (stream->writeCount == 0) {
fputc.c:	stream->readCount = 0;
fputc.c:	stream->lastAccess = stream->buffer - 1;
fputc.c:    stream->writeCount--;
fputc.c:    stream->lastAccess++;
fputc.c:    *(stream->lastAccess) = c;
fputc.c:    if ((c == '\n') && (stream->flags & STDIO_LINEBUF)) {
fputc.c:	(*stream->writeProc)(stream, 1);
fputc.c:    } else if (stream->writeCount <= 0) {
fputc.c:	(*stream->writeProc)(stream, 0);
fputc.c:    if (stream->status != 0) {
fread.c:            if (stream->readCount>1) {
fread.c:                num = stream->readCount < byteCount ? stream->readCount
fread.c:                bcopy(stream->lastAccess+1, bufferPtr, num);
fread.c:                stream->lastAccess += num;
fread.c:                stream->readCount -= num;
freopen.c:    if (stream->readProc != (void (*)()) StdioFileReadProc) {
freopen.c:    if (stream->flags != 0) {
freopen.c:	id = (int) stream->clientData;
freopen.c:    oldFlags = stream->flags & (STDIO_NOT_OUR_BUF | STDIO_LINEBUF);
freopen.c:    if (stream->flags & STDIO_NOT_OUR_BUF) {
freopen.c:	Stdio_Setup(stream, read, write, stream->buffer, stream->bufSize,
freopen.c:    stream->flags |= oldFlags;
fseek.c:    if ((stream->readProc != (void (*)()) StdioFileReadProc)
fseek.c:	    || ((stream->flags & (STDIO_READ|STDIO_WRITE)) == 0)) {
fseek.c:    if (((stream->flags & (STDIO_READ|STDIO_WRITE)) == STDIO_READ) &&
fseek.c:	(base != 2) && stream->readCount > 0) {
fseek.c:	endAddr = lseek((int) stream->clientData, (long) 0, 1);
fseek.c:	curAddr = endAddr - stream->readCount;
fseek.c:	startAddr = curAddr - (stream->lastAccess + 1 - stream->buffer);
fseek.c:	    stream->readCount += curAddr - newAddr;
fseek.c:	    stream->lastAccess -= curAddr - newAddr;
fseek.c:	    stream->flags &= ~STDIO_EOF;
fseek.c:	offset -= stream->readCount;
fseek.c:    stream->readCount = 0;
fseek.c:    stream->writeCount = 0;
fseek.c:    stream->lastAccess = stream->buffer - 1;
fseek.c:    stream->flags &= ~STDIO_EOF;
fseek.c:    if (lseek((int) stream->clientData, (long) offset, base) == -1) {
ftell.c:    if ((stream->readProc != (void (*)()) StdioFileReadProc) ||
ftell.c:	((stream->flags & (STDIO_READ|STDIO_WRITE)) == 0)) {
ftell.c:    count = lseek((int) stream->clientData, 0L, L_INCR);
ftell.c:    if (stream->writeCount > 0) {
ftell.c:	count += stream->lastAccess + 1 - stream->buffer;
ftell.c:    } else if (stream->readCount > 0) {
ftell.c:	count -= stream->readCount;
fwrite.c:            if (stream->writeCount <=1 || stream->flags & STDIO_LINEBUF) {
fwrite.c:                num = stream->writeCount-1 < byteCount ? stream->writeCount-1
fwrite.c:                bcopy(bufferPtr, stream->lastAccess+1, num);
fwrite.c:                stream->writeCount -= num;
fwrite.c:                stream->lastAccess += num;
setlinebuf.c:    stream->flags |= STDIO_LINEBUF;
setvbuf.c:    if (stream->readProc != (void (*)()) StdioFileReadProc) {
setvbuf.c:    if ((stream->buffer != stdioTempBuffer)
setvbuf.c:	    && (stream->buffer != stdioStderrBuffer)
setvbuf.c:	    && (stream->buffer != NULL)
setvbuf.c:	    && !(stream->flags & STDIO_NOT_OUR_BUF)) {
setvbuf.c:	free((char *) stream->buffer);
setvbuf.c:    stream->flags &= ~(STDIO_LINEBUF|STDIO_NOT_OUR_BUF);
setvbuf.c:	stream->flags |= STDIO_LINEBUF;
setvbuf.c:	stream->buffer = (unsigned char *) buf;
setvbuf.c:	stream->flags |= STDIO_NOT_OUR_BUF;
setvbuf.c:	stream->buffer = (unsigned char *) malloc((unsigned) size);
setvbuf.c:    stream->bufSize = size;
setvbuf.c:    stream->lastAccess = stream->buffer - 1;
setvbuf.c:    stream->readCount = 0;
setvbuf.c:    stream->writeCount = 0;
sprintf.c:    stream->writeCount = 5000;
sscanf.c:    stream->readCount = 0;
sscanf.c:    stream->flags |= STDIO_EOF;
ungetc.c:    if ((stream->writeCount > 0) ||
ungetc.c:	    !(stream->flags & STDIO_READ) || (c == EOF) ||
ungetc.c:	    (stream->status != 0)) {
ungetc.c:    if (stream->lastAccess < stream->buffer) {
ungetc.c:	if (stream->readCount != 0) {
ungetc.c:	stream->lastAccess = stream->buffer + stream->bufSize - 1;
ungetc.c:    if (stream->lastAccess < stream->buffer) {
ungetc.c:	stream->lastAccess = stream->buffer + stream->bufSize - 1;
ungetc.c:	stream->readCount = 0;
ungetc.c:    if (*(stream->lastAccess) != c) {
ungetc.c:	*(stream->lastAccess) = c;
ungetc.c:    stream->lastAccess--;
ungetc.c:    stream->readCount++;
ungetc.c:    stream->flags &= ~STDIO_EOF;
vsnprintf.c:    stream->status = ENOMEM;
vsprintf.c:    stream->writeCount = 5000;