This commit was manufactured by cvs2svn to create tag 'newlib-1_19_0'.newlib-1_19_0

Sprout from master 2010-12-17 22:10:05 UTC Jeff Johnston <jjohnstn@redhat.com> ''
Cherrypick from cygnus 1999-05-03 07:29:06 UTC Richard Henderson <rth@redhat.com> '19990502 sourceware import':
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    winsup/w32api/lib/ddk/Makefile.in
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    winsup/w32api/lib/ddk/cfgmgr32.def
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    winsup/w32api/lib/ddk/usbcamd.def
    winsup/w32api/lib/ddk/usbcamd2.def
    winsup/w32api/lib/ddk/videoprt.def
    winsup/w32api/lib/ddk/win32k.def
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    winsup/w32api/lib/dhcpcsvc.def
    winsup/w32api/lib/directx/Makefile.in
    winsup/w32api/lib/directx/d3d8.def
    winsup/w32api/lib/directx/d3d9.def
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    winsup/w32api/lib/directx/d3drm.def
    winsup/w32api/lib/directx/d3dx8d.def
    winsup/w32api/lib/directx/d3dx9d.def
    winsup/w32api/lib/directx/d3dxof.def
    winsup/w32api/lib/directx/ddraw.def
    winsup/w32api/lib/directx/dinput.def
    winsup/w32api/lib/directx/dinput8.def
    winsup/w32api/lib/directx/dinput_joy.c
    winsup/w32api/lib/directx/dinput_joy2.c
    winsup/w32api/lib/directx/dinput_kbd.c
    winsup/w32api/lib/directx/dinput_mouse.c
    winsup/w32api/lib/directx/dinput_mouse2.c
    winsup/w32api/lib/directx/dinput_private.h
    winsup/w32api/lib/directx/dmoguids.c
    winsup/w32api/lib/directx/dplayx.def
    winsup/w32api/lib/directx/dpnaddr.def
    winsup/w32api/lib/directx/dpnet.def
    winsup/w32api/lib/directx/dpnlobby.def
    winsup/w32api/lib/directx/dpvoice.def
    winsup/w32api/lib/directx/dsetup.def
    winsup/w32api/lib/directx/dsound.def
    winsup/w32api/lib/directx/dxerr.c
    winsup/w32api/lib/directx/dxerr8.c
    winsup/w32api/lib/directx/dxerr8w.c
    winsup/w32api/lib/directx/dxerr9.c
    winsup/w32api/lib/directx/dxerr9w.c
    winsup/w32api/lib/directx/dxguid.c
    winsup/w32api/lib/directx/ksproxy.def
    winsup/w32api/lib/directx/ksuser.c
    winsup/w32api/lib/directx/ksuser.def
    winsup/w32api/lib/directx/msdmo.def
    winsup/w32api/lib/directx/strmiids.c
    winsup/w32api/lib/directx/test.c
    winsup/w32api/lib/dlcapi.def
    winsup/w32api/lib/dnsapi.def
    winsup/w32api/lib/docobj-uuid.c
    winsup/w32api/lib/exdisp-uuid.c
    winsup/w32api/lib/extras-uuid.c
    winsup/w32api/lib/faultrep.def
    winsup/w32api/lib/gdi32.def
    winsup/w32api/lib/gdiplus.c
    winsup/w32api/lib/gdiplus.def
    winsup/w32api/lib/glaux.def
    winsup/w32api/lib/glu32.def
    winsup/w32api/lib/hlguids-uuid.c
    winsup/w32api/lib/hlink-uuid.c
    winsup/w32api/lib/icmui.def
    winsup/w32api/lib/igmpagnt.def
    winsup/w32api/lib/imagehlp.def
    winsup/w32api/lib/imm32.def
    winsup/w32api/lib/iphlpapi.def
    winsup/w32api/lib/kernel32.def
    winsup/w32api/lib/largeint.c
    winsup/w32api/lib/lz32.def
    winsup/w32api/lib/mapi32.def
    winsup/w32api/lib/mfcuia32.def
    winsup/w32api/lib/mgmtapi.def
    winsup/w32api/lib/mlang-uuid.c
    winsup/w32api/lib/mpr.def
    winsup/w32api/lib/mprapi.def
    winsup/w32api/lib/mqrt.def
    winsup/w32api/lib/msacm32.def
    winsup/w32api/lib/mscms.def
    winsup/w32api/lib/mshtml-uuid.c
    winsup/w32api/lib/msimg32.def
    winsup/w32api/lib/msvcp60.def
    winsup/w32api/lib/msvfw32.def
    winsup/w32api/lib/mswsock.def
    winsup/w32api/lib/msxml-uuid.c
    winsup/w32api/lib/nddeapi.def
    winsup/w32api/lib/netapi32.def
    winsup/w32api/lib/ntdll.def
    winsup/w32api/lib/oaidl-uuid.c
    winsup/w32api/lib/objidl-uuid.c
    winsup/w32api/lib/objsafe-uuid.c
    winsup/w32api/lib/ocidl-uuid.c
    winsup/w32api/lib/odbc32.def
    winsup/w32api/lib/odbccp32.def
    winsup/w32api/lib/ole32.def
    winsup/w32api/lib/oleacc-uuid.c
    winsup/w32api/lib/oleacc.def
    winsup/w32api/lib/oleaut32.def
    winsup/w32api/lib/olecli32.def
    winsup/w32api/lib/olectlid-uuid.c
    winsup/w32api/lib/oledlg.def
    winsup/w32api/lib/oleidl-uuid.c
    winsup/w32api/lib/olepro32.def
    winsup/w32api/lib/olesvr32.def
    winsup/w32api/lib/opengl32.def
    winsup/w32api/lib/penwin32.def
    winsup/w32api/lib/pkpd32.def
    winsup/w32api/lib/power-uuid.c
    winsup/w32api/lib/powrprof.def
    winsup/w32api/lib/psapi.def
    winsup/w32api/lib/quartz.def
    winsup/w32api/lib/rapi.def
    winsup/w32api/lib/rasapi32.def
    winsup/w32api/lib/rasdlg.def
    winsup/w32api/lib/res.rc
    winsup/w32api/lib/rpcdce4.def
    winsup/w32api/lib/rpcns4.def
    winsup/w32api/lib/rpcrt4.def
    winsup/w32api/lib/rtm.def
    winsup/w32api/lib/rtutils.def
    winsup/w32api/lib/scrnsave.c
    winsup/w32api/lib/secur32.def
    winsup/w32api/lib/servprov-uuid.c
    winsup/w32api/lib/setupapi.def
    winsup/w32api/lib/shell32.c
    winsup/w32api/lib/shell32.def
    winsup/w32api/lib/shfolder.def
    winsup/w32api/lib/shlwapi.def
    winsup/w32api/lib/snmpapi.def
    winsup/w32api/lib/svrapi.def
    winsup/w32api/lib/tapi32.def
    winsup/w32api/lib/test.c
    winsup/w32api/lib/thunk32.def
    winsup/w32api/lib/unknwn-uuid.c
    winsup/w32api/lib/url.def
    winsup/w32api/lib/urlmon-uuid.c
    winsup/w32api/lib/user32.def
    winsup/w32api/lib/userenv.def
    winsup/w32api/lib/usp10.def
    winsup/w32api/lib/uxtheme.def
    winsup/w32api/lib/vdmdbg.def
    winsup/w32api/lib/version.def
    winsup/w32api/lib/vfw32.mri
    winsup/w32api/lib/win32spl.def
    winsup/w32api/lib/wininet.def
    winsup/w32api/lib/winmm.def
    winsup/w32api/lib/winspool.def
    winsup/w32api/lib/winstrm.def
    winsup/w32api/lib/wldap32.def
    winsup/w32api/lib/wow32.def
    winsup/w32api/lib/ws2_32.c
    winsup/w32api/lib/ws2_32.def
    winsup/w32api/lib/wsnmp32.def
    winsup/w32api/lib/wsock32.def
    winsup/w32api/lib/wst.def
    winsup/w32api/lib/wtsapi32.def

1 files changed, 0 insertions, 2537 deletions

diff --git a/winsup/mingw/mingwex/stdio/pformat.c b/winsup/mingw/mingwex/stdio/pformat.c
deleted file mode 100644
index 55972fc45..000000000
--- a/winsup/mingw/mingwex/stdio/pformat.c
+++ /dev/null
@@ -1,2537 +0,0 @@
-/* FIXME: to be removed one day; for now we explicitly are not
- * prepared to support the POSIX-XSI additions to the C99 standard.
- */
-#undef   WITH_XSI_FEATURES
-
-/* pformat.c
- *
- * $Id$
- *
- * Provides a core implementation of the formatting capabilities
- * common to the entire `printf()' family of functions; it conforms
- * generally to C99 and SUSv3/POSIX specifications, with extensions
- * to support Microsoft's non-standard format specifications.
- *
- * Written by Keith Marshall <keithmarshall@users.sourceforge.net>
- *
- * This is free software.  You may redistribute and/or modify it as you
- * see fit, without restriction of copyright.
- *
- * This software is provided "as is", in the hope that it may be useful,
- * but WITHOUT WARRANTY OF ANY KIND, not even any implied warranty of
- * MERCHANTABILITY, nor of FITNESS FOR ANY PARTICULAR PURPOSE.  At no
- * time will the author accept any form of liability for any damages,
- * however caused, resulting from the use of this software.
- *
- * The elements of this implementation which deal with the formatting
- * of floating point numbers, (i.e. the `%e', `%E', `%f', `%F', `%g'
- * and `%G' format specifiers, but excluding the hexadecimal floating
- * point `%a' and `%A' specifiers), make use of the `__gdtoa' function
- * written by David M. Gay, and are modelled on his sample code, which
- * has been deployed under its accompanying terms of use:--
- *
- ******************************************************************
- * Copyright (C) 1997, 1999, 2001 Lucent Technologies
- * All Rights Reserved
- *
- * Permission to use, copy, modify, and distribute this software and
- * its documentation for any purpose and without fee is hereby
- * granted, provided that the above copyright notice appear in all
- * copies and that both that the copyright notice and this
- * permission notice and warranty disclaimer appear in supporting
- * documentation, and that the name of Lucent or any of its entities
- * not be used in advertising or publicity pertaining to
- * distribution of the software without specific, written prior
- * permission.
- *
- * LUCENT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE,
- * INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS.
- * IN NO EVENT SHALL LUCENT OR ANY OF ITS ENTITIES BE LIABLE FOR ANY
- * SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
- * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER
- * IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION,
- * ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF
- * THIS SOFTWARE.
- ******************************************************************
- *
- */
-#include <stdio.h>
-#include <stdarg.h>
-#include <stddef.h>
-#include <stdint.h>
-#include <stdlib.h>
-#include <string.h>
-#include <limits.h>
-#include <locale.h>
-#include <wchar.h>
-#include <math.h>
-
-/* FIXME: The following belongs in values.h, but current MinGW
- * has nothing useful there!  OTOH, values.h is not a standard
- * header, and it's use may be considered obsolete; perhaps it
- * is better to just keep these definitions here.
- */
-#ifndef _VALUES_H
-/*
- * values.h
- *
- */
-#define _VALUES_H
-
-#include <limits.h>
-
-#define _TYPEBITS(type)     (sizeof(type) * CHAR_BIT)
-
-#define LLONGBITS           _TYPEBITS(long long)
-
-#endif /* !defined _VALUES_H -- end of file */
-
-#include "pformat.h"
-
-/* Bit-map constants, defining the internal format control
- * states, which propagate through the flags.
- */
-#define PFORMAT_HASHED      0x0800
-#define PFORMAT_LJUSTIFY    0x0400
-#define PFORMAT_ZEROFILL    0x0200
-
-#define PFORMAT_JUSTIFY    (PFORMAT_LJUSTIFY | PFORMAT_ZEROFILL)
-#define PFORMAT_IGNORE      -1
-
-#define PFORMAT_SIGNED      0x01C0
-#define PFORMAT_POSITIVE    0x0100
-#define PFORMAT_NEGATIVE    0x0080
-#define PFORMAT_ADDSPACE    0x0040
-
-#define PFORMAT_XCASE       0x0020
-
-#define PFORMAT_LDOUBLE     0x0004
-
-/* `%o' format digit extraction mask, and shift count...
- * (These are constant, and do not propagate through the flags).
- */
-#define PFORMAT_OMASK       0x0007
-#define PFORMAT_OSHIFT      0x0003
-
-/* `%x' and `%X' format digit extraction mask, and shift count...
- * (These are constant, and do not propagate through the flags).
- */
-#define PFORMAT_XMASK       0x000F
-#define PFORMAT_XSHIFT      0x0004
-
-/* The radix point character, used in floating point formats, is
- * localised on the basis of the active LC_NUMERIC locale category.
- * It is stored locally, as a `wchar_t' entity, which is converted
- * to a (possibly multibyte) character on output.  Initialisation
- * of the stored `wchar_t' entity, together with a record of its
- * effective multibyte character length, is required each time
- * `__pformat()' is entered, (static storage would not be thread
- * safe), but this initialisation is deferred until it is actually
- * needed; on entry, the effective character length is first set to
- * the following value, (and the `wchar_t' entity is zeroed), to
- * indicate that a call of `localeconv()' is needed, to complete
- * the initialisation.
- */
-#define PFORMAT_RPINIT      -3
-
-/* The floating point format handlers return the following value
- * for the radix point position index, when the argument value is
- * infinite, or not a number.
- */
-#define PFORMAT_INFNAN      -32768
-
-#ifdef _WIN32
-/*
- * The Microsoft standard for printing `%e' format exponents is
- * with a minimum of three digits, unless explicitly set otherwise,
- * by a prior invocation of the `_set_output_format()' function.
- *
- * The following macro allows us to replicate this behaviour.
- */
-# define PFORMAT_MINEXP    __pformat_exponent_digits()
- /*
-  * However, this feature is unsupported for versions of the
-  * MSVC runtime library prior to msvcr80.dll, and by default,
-  * MinGW uses an earlier version, (equivalent to msvcr60.dll),
-  * for which `_TWO_DIGIT_EXPONENT' will be undefined.
-  */
-# ifndef _TWO_DIGIT_EXPONENT
- /*
-  * This hack works around the lack of the `_set_output_format()'
-  * feature, when supporting versions of the MSVC runtime library
-  * prior to msvcr80.dll; it simply enforces Microsoft's original
-  * convention, for all cases where the feature is unsupported.
-  */
-#  define _get_output_format()  0
-#  define _TWO_DIGIT_EXPONENT   1
-# endif
-/*
- * Irrespective of the MSVCRT version supported, *we* will add
- * an additional capability, through the following inline function,
- * which will allow the user to choose his own preferred default
- * for `PRINTF_EXPONENT_DIGITS', through the simple expedient
- * of defining it as an environment variable.
- */
-static __inline__ __attribute__((__always_inline__))
-int __pformat_exponent_digits( void )
-{
-  char *exponent_digits = getenv( "PRINTF_EXPONENT_DIGITS" );
-  return ((exponent_digits != NULL) && ((unsigned)(*exponent_digits - '0') < 3))
-    || (_get_output_format() & _TWO_DIGIT_EXPONENT)
-    ? 2
-    : 3
-    ;
-}
-#else
-/*
- * When we don't care to mimic Microsoft's standard behaviour,
- * we adopt the C99/POSIX standard of two digit exponents.
- */
-# define PFORMAT_MINEXP         2
-#endif
-
-typedef union
-{
-  /* A data type agnostic representation,
-   * for printf arguments of any integral data type...
-   */
-  signed long             __pformat_long_t;
-  signed long long        __pformat_llong_t;
-  unsigned long           __pformat_ulong_t;
-  unsigned long long      __pformat_ullong_t;
-  unsigned short          __pformat_ushort_t;
-  unsigned char           __pformat_uchar_t;
-  signed short            __pformat_short_t;
-  signed char             __pformat_char_t;
-  void *		  __pformat_ptr_t;
-} __pformat_intarg_t;
-
-typedef enum
-{
-  /* Format interpreter state indices...
-   * (used to identify the active phase of format string parsing).
-   */
-  PFORMAT_INIT = 0,
-  PFORMAT_SET_WIDTH,
-  PFORMAT_GET_PRECISION,
-  PFORMAT_SET_PRECISION,
-  PFORMAT_END
-} __pformat_state_t;
-      
-typedef enum
-{
-  /* Argument length classification indices...
-   * (used for arguments representing integer data types).
-   */
-  PFORMAT_LENGTH_INT = 0,
-  PFORMAT_LENGTH_SHORT,
-  PFORMAT_LENGTH_LONG,
-  PFORMAT_LENGTH_LLONG,
-  PFORMAT_LENGTH_CHAR
-} __pformat_length_t;
-/*
- * And a macro to map any arbitrary data type to an appropriate
- * matching index, selected from those above; the compiler should
- * collapse this to a simple assignment.
- */
-#define __pformat_arg_length( type )    \
-  sizeof( type ) == sizeof( long long ) ? PFORMAT_LENGTH_LLONG : \
-  sizeof( type ) == sizeof( long )      ? PFORMAT_LENGTH_LONG  : \
-  sizeof( type ) == sizeof( short )     ? PFORMAT_LENGTH_SHORT : \
-  sizeof( type ) == sizeof( char )      ? PFORMAT_LENGTH_CHAR  : \
-  /* should never need this default */    PFORMAT_LENGTH_INT
-
-typedef struct
-{
-  /* Formatting and output control data...
-   * An instance of this control block is created, (on the stack),
-   * for each call to `__pformat()', and is passed by reference to
-   * each of the output handlers, as required.
-   */
-  void *         dest;
-  int            flags;
-  int            width;
-  int            precision;
-  int            rplen;
-  wchar_t        rpchr;
-  int            count;
-  int            quota;
-  int            expmin;
-} __pformat_t;
-
-static
-void __pformat_putc( int c, __pformat_t *stream )
-{
-  /* Place a single character into the `__pformat()' output queue,
-   * provided any specified output quota has not been exceeded.
-   */
-  if( (stream->flags & PFORMAT_NOLIMIT) || (stream->quota > stream->count) )
-  {
-    /* Either there was no quota specified,
-     * or the active quota has not yet been reached.
-     */
-    if( stream->flags & PFORMAT_TO_FILE )
-      /*
-       * This is single character output to a FILE stream...
-       */
-      fputc( c, (FILE *)(stream->dest) );
-
-    else
-      /* Whereas, this is to an internal memory buffer...
-       */
-      ((char *)(stream->dest))[stream->count] = c;
-  }
-  ++stream->count;
-}
-
-static
-void __pformat_putchars( const char *s, int count, __pformat_t *stream )
-{
-  /* Handler for `%c' and (indirectly) `%s' conversion specifications.
-   *
-   * Transfer characters from the string buffer at `s', character by
-   * character, up to the number of characters specified by `count', or
-   * if `precision' has been explicitly set to a value less than `count',
-   * stopping after the number of characters specified for `precision',
-   * to the `__pformat()' output stream.
-   *
-   * Characters to be emitted are passed through `__pformat_putc()', to
-   * ensure that any specified output quota is honoured.
-   */
-  if( (stream->precision >= 0) && (count > stream->precision) )
-    /*
-     * Ensure that the maximum number of characters transferred doesn't
-     * exceed any explicitly set `precision' specification.
-     */
-    count = stream->precision;
-
-  /* Establish the width of any field padding required...
-   */
-  if( stream->width > count )
-    /*
-     * as the number of spaces equivalent to the number of characters
-     * by which those to be emitted is fewer than the field width...
-     */
-    stream->width -= count;
-
-  else
-    /* ignoring any width specification which is insufficient.
-     */
-    stream->width = PFORMAT_IGNORE;
-
-  if( (stream->width > 0) && ((stream->flags & PFORMAT_LJUSTIFY) == 0) )
-    /*
-     * When not doing flush left justification, (i.e. the `-' flag
-     * is not set), any residual unreserved field width must appear
-     * as blank padding, to the left of the output string.
-     */
-    while( stream->width-- )
-      __pformat_putc( '\x20', stream );
-
-  /* Emit the data...
-   */
-  while( count-- )
-    /*
-     * copying the requisite number of characters from the input.
-     */
-    __pformat_putc( *s++, stream );
-
-  /* If we still haven't consumed the entire specified field width,
-   * we must be doing flush left justification; any residual width
-   * must be filled with blanks, to the right of the output value.
-   */
-  while( stream->width-- > 0 )
-    __pformat_putc( '\x20', stream );
-}
-
-static __inline__
-void __pformat_puts( const char *s, __pformat_t *stream )
-{
-  /* Handler for `%s' conversion specifications.
-   *
-   * Transfer a NUL terminated character string, character by character,
-   * stopping when the end of the string is encountered, or if `precision'
-   * has been explicitly set, when the specified number of characters has
-   * been emitted, if that is less than the length of the input string,
-   * to the `__pformat()' output stream.
-   *
-   * This is implemented as a trivial call to `__pformat_putchars()',
-   * passing the length of the input string as the character count,
-   * (after first verifying that the input pointer is not NULL).
-   */
-  if( s == NULL ) s = "(null)";
-  __pformat_putchars( s, strlen( s ), stream );
-}
-
-static
-void __pformat_wputchars( const wchar_t *s, int count, __pformat_t *stream )
-{
-  /* Handler for `%C'(`%lc') and `%S'(`%ls') conversion specifications;
-   * (this is a wide character variant of `__pformat_putchars()').
-   *
-   * Each multibyte character sequence to be emitted is passed, byte
-   * by byte, through `__pformat_putc()', to ensure that any specified
-   * output quota is honoured.
-   */
-  char buf[16]; mbstate_t state; int len = wcrtomb( buf, L'\0', &state );
-
-  if( (stream->precision >= 0) && (count > stream->precision) )
-    /*
-     * Ensure that the maximum number of characters transferred doesn't
-     * exceed any explicitly set `precision' specification.
-     */
-    count = stream->precision;
-
-  /* Establish the width of any field padding required...
-   */
-  if( stream->width > count )
-    /*
-     * as the number of spaces equivalent to the number of characters
-     * by which those to be emitted is fewer than the field width...
-     */
-    stream->width -= count;
-
-  else
-    /* ignoring any width specification which is insufficient.
-     */
-    stream->width = PFORMAT_IGNORE;
-
-  if( (stream->width > 0) && ((stream->flags & PFORMAT_LJUSTIFY) == 0) )
-    /*
-     * When not doing flush left justification, (i.e. the `-' flag
-     * is not set), any residual unreserved field width must appear
-     * as blank padding, to the left of the output string.
-     */
-    while( stream->width-- )
-      __pformat_putc( '\x20', stream );
-
-  /* Emit the data, converting each character from the wide
-   * to the multibyte domain as we go...
-   */
-  while( (count-- > 0) && ((len = wcrtomb( buf, *s++, &state )) > 0) )
-  {
-    char *p = buf;
-    while( len-- > 0 )
-      __pformat_putc( *p++, stream );
-  }
-
-  /* If we still haven't consumed the entire specified field width,
-   * we must be doing flush left justification; any residual width
-   * must be filled with blanks, to the right of the output value.
-   */
-  while( stream->width-- > 0 )
-    __pformat_putc( '\x20', stream );
-}
-
-static __inline__ __attribute__((__always_inline__))
-void __pformat_wcputs( const wchar_t *s, __pformat_t *stream )
-{
-  /* Handler for `%S' (`%ls') conversion specifications.
-   *
-   * Transfer a NUL terminated wide character string, character by
-   * character, converting to its equivalent multibyte representation
-   * on output, and stopping when the end of the string is encountered,
-   * or if `precision' has been explicitly set, when the specified number
-   * of characters has been emitted, if that is less than the length of
-   * the input string, to the `__pformat()' output stream.
-   *
-   * This is implemented as a trivial call to `__pformat_wputchars()',
-   * passing the length of the input string as the character count,
-   * (after first verifying that the input pointer is not NULL).
-   */
-  if( s == NULL ) s = L"(null)";
-  __pformat_wputchars( s, wcslen( s ), stream );
-}
-
-static __inline__
-int __pformat_int_bufsiz( int bias, int size, __pformat_t *stream )
-{
-  /* Helper to establish the size of the internal buffer, which
-   * is required to queue the ASCII decomposition of an integral
-   * data value, prior to transfer to the output stream.
-   */
-  size = ((size - 1 + LLONGBITS) / size) + bias;
-  size += (stream->precision > 0) ? stream->precision : 0;
-  return (size > stream->width) ? size : stream->width;
-}
-
-static
-void __pformat_int( __pformat_intarg_t value, __pformat_t *stream )
-{
-  /* Handler for `%d', `%i' and `%u' conversion specifications.
-   *
-   * Transfer the ASCII representation of an integer value parameter,
-   * formatted as a decimal number, to the `__pformat()' output queue;
-   * output will be truncated, if any specified quota is exceeded.
-   */
-  char buf[__pformat_int_bufsiz(1, PFORMAT_OSHIFT, stream)];
-  char *p = buf; int precision;
-
-  if( stream->flags & PFORMAT_NEGATIVE )
-  {
-    /* The input value might be negative, (i.e. it is a signed value)...
-     */
-    if( value.__pformat_llong_t < 0LL )
-      /*
-       * It IS negative, but we want to encode it as unsigned,
-       * displayed with a leading minus sign, so convert it...
-       */
-      value.__pformat_llong_t = -value.__pformat_llong_t;
-
-    else
-      /* It is unequivocally a POSITIVE value, so turn off the
-       * request to prefix it with a minus sign...
-       */
-      stream->flags &= ~PFORMAT_NEGATIVE;
-  }
-
-  /* Encode the input value for display...
-   */
-  while( value.__pformat_ullong_t )
-  {
-    /* decomposing it into its constituent decimal digits,
-     * in order from least significant to most significant, using
-     * the local buffer as a LIFO queue in which to store them. 
-     */
-    *p++ = '0' + (unsigned char)(value.__pformat_ullong_t % 10LL);
-    value.__pformat_ullong_t /= 10LL;
-  }
-
-  if(  (stream->precision > 0)
-  &&  ((precision = stream->precision - (p - buf)) > 0)  )
-    /*
-     * We have not yet queued sufficient digits to fill the field width
-     * specified for minimum `precision'; pad with zeros to achieve this.
-     */
-    while( precision-- > 0 )
-      *p++ = '0';
-
-  if( (p == buf) && (stream->precision != 0) )
-    /*
-     * Input value was zero; make sure we print at least one digit,
-     * unless the precision is also explicitly zero.
-     */
-    *p++ = '0';
-
-  if( (stream->width > 0) && ((stream->width -= p - buf) > 0) )
-  {
-    /* We have now queued sufficient characters to display the input value,
-     * at the desired precision, but this will not fill the output field...
-     */
-    if( stream->flags & PFORMAT_SIGNED )
-      /*
-       * We will fill one additional space with a sign...
-       */
-      stream->width--;
-
-    if(  (stream->precision < 0)
-    &&  ((stream->flags & PFORMAT_JUSTIFY) == PFORMAT_ZEROFILL)  )
-      /*
-       * and the `0' flag is in effect, so we pad the remaining spaces,
-       * to the left of the displayed value, with zeros.
-       */
-      while( stream->width-- > 0 )
-	*p++ = '0';
-
-    else if( (stream->flags & PFORMAT_LJUSTIFY) == 0 )
-      /*
-       * the `0' flag is not in effect, and neither is the `-' flag,
-       * so we pad to the left of the displayed value with spaces, so that
-       * the value appears right justified within the output field.
-       */
-      while( stream->width-- > 0 )
-	__pformat_putc( '\x20', stream );
-  }
-
-  if( stream->flags & PFORMAT_NEGATIVE )
-    /*
-     * A negative value needs a sign...
-     */
-    *p++ = '-';
-
-  else if( stream->flags & PFORMAT_POSITIVE )
-    /*
-     * A positive value may have an optionally displayed sign...
-     */
-    *p++ = '+';
-
-  else if( stream->flags & PFORMAT_ADDSPACE )
-    /*
-     * Space was reserved for displaying a sign, but none was emitted...
-     */
-    *p++ = '\x20';
-
-  while( p > buf )
-    /*
-     * Emit the accumulated constituent digits,
-     * in order from most significant to least significant...
-     */
-    __pformat_putc( *--p, stream );
-
-  while( stream->width-- > 0 )
-    /*
-     * The specified output field has not yet been completely filled;
-     * the `-' flag must be in effect, resulting in a displayed value which
-     * appears left justified within the output field; we must pad the field
-     * to the right of the displayed value, by emitting additional spaces,
-     * until we reach the rightmost field boundary.
-     */
-    __pformat_putc( '\x20', stream );
-}
-
-static
-void __pformat_xint( int fmt, __pformat_intarg_t value, __pformat_t *stream )
-{
-  /* Handler for `%o', `%p', `%x' and `%X' conversions.
-   *
-   * These can be implemented using a simple `mask and shift' strategy;
-   * set up the mask and shift values appropriate to the conversion format,
-   * and allocate a suitably sized local buffer, in which to queue encoded
-   * digits of the formatted value, in preparation for output.
-   */
-  int width;
-  int mask = (fmt == 'o') ? PFORMAT_OMASK : PFORMAT_XMASK;
-  int shift = (fmt == 'o') ? PFORMAT_OSHIFT : PFORMAT_XSHIFT;
-  char buf[__pformat_int_bufsiz(2, shift, stream)];
-  char *p = buf;
-
-  while( value.__pformat_ullong_t )
-  {
-    /* Encode the specified non-zero input value as a sequence of digits,
-     * in the appropriate `base' encoding and in reverse digit order, each
-     * encoded in its printable ASCII form, with no leading zeros, using
-     * the local buffer as a LIFO queue in which to store them.
-     */
-    char *q;
-    if( (*(q = p++) = '0' + (value.__pformat_ullong_t & mask)) > '9' )
-      *q = (*q + 'A' - '9' - 1) | (fmt & PFORMAT_XCASE);
-    value.__pformat_ullong_t >>= shift;
-  }
-
-  if( p == buf )
-    /*
-     * Nothing was queued; input value must be zero, which should never be
-     * emitted in the `alternative' PFORMAT_HASHED style.
-     */
-    stream->flags &= ~PFORMAT_HASHED;
-
-  if( ((width = stream->precision) > 0) && ((width -= p - buf) > 0) )
-    /*
-     * We have not yet queued sufficient digits to fill the field width
-     * specified for minimum `precision'; pad with zeros to achieve this.
-     */
-    while( width-- > 0 )
-      *p++ = '0';
-  
-  else if( (fmt == 'o') && (stream->flags & PFORMAT_HASHED) )
-    /*
-     * The field width specified for minimum `precision' has already
-     * been filled, but the `alternative' PFORMAT_HASHED style for octal
-     * output requires at least one initial zero; that will not have
-     * been queued, so add it now.
-     */
-    *p++ = '0';
-
-  if( (p == buf) && (stream->precision != 0) )
-    /*
-     * Still nothing queued for output, but the `precision' has not been
-     * explicitly specified as zero, (which is necessary if no output for
-     * an input value of zero is desired); queue exactly one zero digit.
-     */
-    *p++ = '0';
-
-  if( stream->width > (width = p - buf) )
-    /*
-     * Specified field width exceeds the minimum required...
-     * Adjust so that we retain only the additional padding width.
-     */
-    stream->width -= width;
-
-  else
-    /* Ignore any width specification which is insufficient.
-     */
-    stream->width = PFORMAT_IGNORE;
-
-  if( ((width = stream->width) > 0)
-  &&  (fmt != 'o') && (stream->flags & PFORMAT_HASHED)  )
-    /*
-     * For `%#x' or `%#X' formats, (which have the `#' flag set),
-     * further reduce the padding width to accommodate the radix
-     * indicating prefix.
-     */
-    width -= 2;
-
-  if(  (width > 0) && (stream->precision < 0)
-  &&  ((stream->flags & PFORMAT_JUSTIFY) == PFORMAT_ZEROFILL)  )
-    /*
-     * When the `0' flag is set, and not overridden by the `-' flag,
-     * or by a specified precision, add sufficient leading zeros to
-     * consume the remaining field width.
-     */
-    while( width-- > 0 )
-      *p++ = '0';
-
-  if( (fmt != 'o') && (stream->flags & PFORMAT_HASHED) )
-  {
-    /* For formats other than octal, the PFORMAT_HASHED output style
-     * requires the addition of a two character radix indicator, as a
-     * prefix to the actual encoded numeric value.
-     */
-    *p++ = fmt;
-    *p++ = '0';
-  }
-
-  if( (width > 0) && ((stream->flags & PFORMAT_LJUSTIFY) == 0) )
-    /*
-     * When not doing flush left justification, (i.e. the `-' flag
-     * is not set), any residual unreserved field width must appear
-     * as blank padding, to the left of the output value.
-     */
-    while( width-- > 0 )
-      __pformat_putc( '\x20', stream );
-
-  while( p > buf )
-    /*
-     * Move the queued output from the local buffer to the ultimate
-     * destination, in LIFO order.
-     */
-    __pformat_putc( *--p, stream );
-
-  /* If we still haven't consumed the entire specified field width,
-   * we must be doing flush left justification; any residual width
-   * must be filled with blanks, to the right of the output value.
-   */
-  while( width-- > 0 )
-    __pformat_putc( '\x20', stream );
-}
-
-typedef union
-{
-  /* A multifaceted representation of an IEEE extended precision,
-   * (80-bit), floating point number, facilitating access to its
-   * component parts.
-   */
-  double                 __pformat_fpreg_double_t;
-  long double            __pformat_fpreg_ldouble_t;
-  struct
-  { unsigned long long   __pformat_fpreg_mantissa;
-    signed short         __pformat_fpreg_exponent;
-  };
-  unsigned short         __pformat_fpreg_bitmap[5];
-  unsigned long          __pformat_fpreg_bits;
-} __pformat_fpreg_t;
-
-#ifdef _WIN32
-/* TODO: make this unconditional in final release...
- * (see note at head of associated `#else' block.
- */
-#include "gdtoa.h"
-
-static
-char *__pformat_cvt( int mode, __pformat_fpreg_t x, int nd, int *dp, int *sign )
-{
-  /* Helper function, derived from David M. Gay's `g_xfmt()', calling
-   * his `__gdtoa()' function in a manner to provide extended precision
-   * replacements for `ecvt()' and `fcvt()'.
-   */
-  int k; unsigned int e = 0; char *ep;
-  static FPI fpi = { 64, 1-16383-64+1, 32766-16383-64+1, FPI_Round_near, 0 };
- 
-  /* Classify the argument into an appropriate `__gdtoa()' category...
-   */
-  if( (k = __fpclassifyl( x.__pformat_fpreg_ldouble_t )) & FP_NAN )
-    /*
-     * identifying infinities or not-a-number...
-     */
-    k = (k & FP_NORMAL) ? STRTOG_Infinite : STRTOG_NaN;
-
-  else if( k & FP_NORMAL )
-  {
-    /* normal and near-zero `denormals'...
-     */
-    if( k & FP_ZERO )
-    {
-      /* with appropriate exponent adjustment for a `denormal'...
-       */
-      k = STRTOG_Denormal;
-      e = 1 - 0x3FFF - 63;
-    }
-    else
-    {
-      /* or with `normal' exponent adjustment...
-       */
-      k = STRTOG_Normal;
-      e = (x.__pformat_fpreg_exponent & 0x7FFF) - 0x3FFF - 63;
-    }
-  }
-
-  else
-    /* or, if none of the above, it's a zero, (positive or negative).
-     */
-    k = STRTOG_Zero;
-
-  /* Check for negative values, always treating NaN as unsigned...
-   * (return value is zero for positive/unsigned; non-zero for negative).
-   */
-  *sign = (k == STRTOG_NaN) ? 0 : x.__pformat_fpreg_exponent & 0x8000;
-
-  /* Finally, get the raw digit string, and radix point position index.
-   */
-  return __gdtoa( &fpi, e, &x.__pformat_fpreg_bits, &k, mode, nd, dp, &ep );
-}
-
-static __inline__ __attribute__((__always_inline__))
-char *__pformat_ecvt( long double x, int precision, int *dp, int *sign )
-{
-  /* A convenience wrapper for the above...
-   * it emulates `ecvt()', but takes a `long double' argument.
-   */
-  __pformat_fpreg_t z; z.__pformat_fpreg_ldouble_t = x;
-  return __pformat_cvt( 2, z, precision, dp, sign );
-}
-
-static __inline__ __attribute__((__always_inline__))
-char *__pformat_fcvt( long double x, int precision, int *dp, int *sign )
-{
-  /* A convenience wrapper for the above...
-   * it emulates `fcvt()', but takes a `long double' argument.
-   */
-  __pformat_fpreg_t z; z.__pformat_fpreg_ldouble_t = x;
-  return __pformat_cvt( 3, z, precision, dp, sign );
-}
-
-/* The following are required, to clean up the `__gdtoa()' memory pool,
- * after processing the data returned by the above.
- */
-#define __pformat_ecvt_release( value ) __freedtoa( value )
-#define __pformat_fcvt_release( value ) __freedtoa( value )
-
-#else
-/*
- * TODO: remove this before final release; it is included here as a
- * convenience for testing, without requiring a working `__gdtoa()'.
- */
-static __inline__
-char *__pformat_ecvt( long double x, int precision, int *dp, int *sign )
-{
-  /* Define in terms of `ecvt()'...
-   */
-  char *retval = ecvt( (double)(x), precision, dp, sign );
-  if( isinf( x ) || isnan( x ) )
-  {
-    /* emulating `__gdtoa()' reporting for infinities and NaN.
-     */
-    *dp = PFORMAT_INFNAN;
-    if( *retval == '-' )
-    {
-      /* Need to force the `sign' flag, (particularly for NaN).
-       */
-      ++retval; *sign = 1;
-    }
-  }
-  return retval;
-}
-
-static __inline__
-char *__pformat_fcvt( long double x, int precision, int *dp, int *sign )
-{
-  /* Define in terms of `fcvt()'...
-   */
-  char *retval = fcvt( (double)(x), precision, dp, sign );
-  if( isinf( x ) || isnan( x ) )
-  {
-    /* emulating `__gdtoa()' reporting for infinities and NaN.
-     */
-    *dp = PFORMAT_INFNAN;
-    if( *retval == '-' )
-    {
-      /* Need to force the `sign' flag, (particularly for NaN).
-       */
-      ++retval; *sign = 1;
-    }
-  }
-  return retval;
-}
-
-/* No memory pool clean up needed, for these emulated cases...
- */
-#define __pformat_ecvt_release( value ) /* nothing to be done */
-#define __pformat_fcvt_release( value ) /* nothing to be done */
-
-/* TODO: end of conditional to be removed. */
-#endif
-
-static __inline__
-void __pformat_emit_radix_point( __pformat_t *stream )
-{
-  /* Helper to place a localised representation of the radix point
-   * character at the ultimate destination, when formatting fixed or
-   * floating point numbers.
-   */
-  if( stream->rplen == PFORMAT_RPINIT )
-  {
-    /* Radix point initialisation not yet completed;
-     * establish a multibyte to `wchar_t' converter...
-     */
-    int len; wchar_t rpchr; mbstate_t state;
-    
-    /* Initialise the conversion state...
-     */
-    memset( &state, 0, sizeof( state ) );
-
-    /* Fetch and convert the localised radix point representation...
-     */
-    if( (len = mbrtowc( &rpchr, localeconv()->decimal_point, 16, &state )) > 0 )
-      /*
-       * and store it, if valid.
-       */
-      stream->rpchr = rpchr;
-
-    /* In any case, store the reported effective multibyte length,
-     * (or the error flag), marking initialisation as `done'.
-     */
-    stream->rplen = len;
-  }
-
-  if( stream->rpchr != (wchar_t)(0) )
-  {
-    /* We have a localised radix point mark;
-     * establish a converter to make it a multibyte character...
-     */
-    int len; char buf[len = stream->rplen]; mbstate_t state;
-
-    /* Initialise the conversion state...
-     */
-    memset( &state, 0, sizeof( state ) );
-
-    /* Convert the `wchar_t' representation to multibyte...
-     */
-    if( (len = wcrtomb( buf, stream->rpchr, &state )) > 0 )
-    {
-      /* and copy to the output destination, when valid...
-       */
-      char *p = buf;
-      while( len-- > 0 )
-	__pformat_putc( *p++, stream );
-    }
-
-    else
-      /* otherwise fall back to plain ASCII '.'...
-       */
-      __pformat_putc( '.', stream );
-  }
-
-  else
-    /* No localisation: just use ASCII '.'...
-     */
-    __pformat_putc( '.', stream );
-}
-
-static __inline__ __attribute__((__always_inline__))
-void __pformat_emit_numeric_value( int c, __pformat_t *stream )
-{
-  /* Convenience helper to transfer numeric data from an internal
-   * formatting buffer to the ultimate destination...
-   */
-  if( c == '.' )
-    /*
-     * converting this internal representation of the the radix
-     * point to the appropriately localised representation...
-     */
-    __pformat_emit_radix_point( stream );
-
-  else
-    /* and passing all other characters through, unmodified.
-     */
-    __pformat_putc( c, stream );
-}
-
-static
-void __pformat_emit_inf_or_nan( int sign, char *value, __pformat_t *stream )
-{
-  /* Helper to emit INF or NAN where a floating point value
-   * resolves to one of these special states.
-   */
-  int i;
-  char buf[4];
-  char *p = buf;
-
-  /* We use the string formatting helper to display INF/NAN,
-   * but we don't want truncation if the precision set for the
-   * original floating point output request was insufficient;
-   * ignore it!
-   */
-  stream->precision = PFORMAT_IGNORE;
-
-  if( sign )
-    /*
-     * Negative infinity: emit the sign...
-     */
-    *p++ = '-';
-
-  else if( stream->flags & PFORMAT_POSITIVE )
-    /*
-     * Not negative infinity, but '+' flag is in effect;
-     * thus, we emit a positive sign...
-     */
-    *p++ = '+';
-
-  else if( stream->flags & PFORMAT_ADDSPACE )
-    /*
-     * No sign required, but space was reserved for it...
-     */
-    *p++ = '\x20';
-
-  /* Copy the appropriate status indicator, up to a maximum of
-   * three characters, transforming to the case corresponding to
-   * the format specification...
-   */
-  for( i = 3; i > 0; --i )
-    *p++ = (*value++ & ~PFORMAT_XCASE) | (stream->flags & PFORMAT_XCASE);
-
-  /* and emit the result.
-   */
-  __pformat_putchars( buf, p - buf, stream );
-}
-
-static
-void __pformat_emit_float( int sign, char *value, int len, __pformat_t *stream )
-{
-  /* Helper to emit a fixed point representation of numeric data,
-   * as encoded by a prior call to `ecvt()' or `fcvt()'; (this does
-   * NOT include the exponent, for floating point format).
-   */
-  if( len > 0 )
-  {
-    /* The magnitude of `x' is greater than or equal to 1.0...
-     * reserve space in the output field, for the required number of
-     * decimal digits to be placed before the decimal point...
-     */
-    if( stream->width > len )
-      /*
-       * adjusting as appropriate, when width is sufficient...
-       */
-      stream->width -= len;
-
-    else
-      /* or simply ignoring the width specification, if not.
-       */
-      stream->width = PFORMAT_IGNORE;
-  }
-
-  else if( stream->width > 0 )
-    /*
-     * The magnitude of `x' is less than 1.0...
-     * reserve space for exactly one zero before the decimal point.
-     */
-    stream->width--;
-
-  /* Reserve additional space for the digits which will follow the
-   * decimal point...
-   */
-  if( (stream->width >= 0) && (stream->width > stream->precision) )
-    /*
-     * adjusting appropriately, when sufficient width remains...
-     * (note that we must check both of these conditions, because
-     * precision may be more negative than width, as a result of
-     * adjustment to provide extra padding when trailing zeros
-     * are to be discarded from "%g" format conversion with a
-     * specified field width, but if width itself is negative,
-     * then there is explicitly to be no padding anyway).
-     */
-    stream->width -= stream->precision;
-
-  else
-    /* or again, ignoring the width specification, if not.
-     */
-    stream->width = PFORMAT_IGNORE;
-
-  /* Reserve space in the output field, for display of the decimal point,
-   * unless the precision is explicity zero, with the `#' flag not set.
-   */
-  if(  (stream->width > 0)
-  &&  ((stream->precision > 0) || (stream->flags & PFORMAT_HASHED))  )
-    stream->width--;
-
-  /* Reserve space in the output field, for display of the sign of the
-   * formatted value, if required; (i.e. if the value is negative, or if
-   * either the `space' or `+' formatting flags are set).
-   */
-  if( (stream->width > 0) && (sign || (stream->flags & PFORMAT_SIGNED)) )
-    stream->width--;
-
-  /* Emit any padding space, as required to correctly right justify
-   * the output within the alloted field width.
-   */
-  if( (stream->width > 0) && ((stream->flags & PFORMAT_JUSTIFY) == 0) )
-    while( stream->width-- > 0 )
-      __pformat_putc( '\x20', stream );
-
-  /* Emit the sign indicator, as appropriate...
-   */
-  if( sign )
-    /*
-     * mandatory, for negative values...
-     */
-    __pformat_putc( '-', stream );
-
-  else if( stream->flags & PFORMAT_POSITIVE )
-    /*
-     * optional, for positive values...
-     */
-    __pformat_putc( '+', stream );
-
-  else if( stream->flags & PFORMAT_ADDSPACE )
-    /*
-     * or just fill reserved space, when the space flag is in effect.
-     */
-    __pformat_putc( '\x20', stream );
-
-  /* If the `0' flag is in effect, and not overridden by the `-' flag,
-   * then zero padding, to fill out the field, goes here...
-   */
-  if(  (stream->width > 0)
-  &&  ((stream->flags & PFORMAT_JUSTIFY) == PFORMAT_ZEROFILL)  )
-    while( stream->width-- > 0 )
-      __pformat_putc( '0', stream );
-
-  /* Emit the digits of the encoded numeric value...
-   */
-  if( len > 0 )
-    /*
-     * ...beginning with those which precede the radix point,
-     * and appending any necessary significant trailing zeros.
-     */
-    do __pformat_putc( *value ? *value++ : '0', stream );
-       while( --len > 0 );
-
-  else
-    /* The magnitude of the encoded value is less than 1.0, so no
-     * digits precede the radix point; we emit a mandatory initial
-     * zero, followed immediately by the radix point.
-     */
-    __pformat_putc( '0', stream );
-
-  /* Unless the encoded value is integral, AND the radix point
-   * is not expressly demanded by the `#' flag, we must insert
-   * the appropriately localised radix point mark here...
-   */
-  if( (stream->precision > 0) || (stream->flags & PFORMAT_HASHED) )
-    __pformat_emit_radix_point( stream );
-
-  /* When the radix point offset, `len', is negative, this implies
-   * that additional zeros must appear, following the radix point,
-   * and preceding the first significant digit...
-   */
-  if( len < 0 )
-  {
-    /* To accommodate these, we adjust the precision, (reducing it
-     * by adding a negative value), and then we emit as many zeros
-     * as are required.
-     */
-    stream->precision += len;
-    do __pformat_putc( '0', stream );
-       while( ++len < 0 );
-  }
-
-  /* Now we emit any remaining significant digits, or trailing zeros,
-   * until the required precision has been achieved.
-   */
-  while( stream->precision-- > 0 )
-    __pformat_putc( *value ? *value++ : '0', stream );
-}
-
-static
-void __pformat_emit_efloat( int sign, char *value, int e, __pformat_t *stream )
-{
-  /* Helper to emit a floating point representation of numeric data,
-   * as encoded by a prior call to `ecvt()' or `fcvt()'; (this DOES
-   * include the following exponent).
-   */
-  int exp_width = 1;
-  __pformat_intarg_t exponent; exponent.__pformat_llong_t = e -= 1;
-
-  /* Determine how many digit positions are required for the exponent.
-   */
-  while( (e /= 10) != 0 )
-    exp_width++;
-
-  /* Ensure that this is at least as many as the standard requirement.
-   */
-  if( exp_width < stream->expmin )
-    exp_width = stream->expmin;
-
-  /* Adjust the residual field width allocation, to allow for the
-   * number of exponent digits to be emitted, together with a sign
-   * and exponent separator...
-   */
-  if( stream->width > (exp_width += 2) )
-    stream->width -= exp_width;
-  
-  else
-    /* ignoring the field width specification, if insufficient.
-     */
-    stream->width = PFORMAT_IGNORE;
-
-  /* Emit the significand, as a fixed point value with one digit
-   * preceding the radix point.
-   */
-  __pformat_emit_float( sign, value, 1, stream );
-
-  /* Reset precision, to ensure the mandatory minimum number of
-   * exponent digits will be emitted, and set the flags to ensure
-   * the sign is displayed.
-   */
-  stream->precision = stream->expmin;
-  stream->flags |= PFORMAT_SIGNED;
-
-  /* Emit the exponent separator.
-   */
-  __pformat_putc( ('E' | (stream->flags & PFORMAT_XCASE)), stream );
-
-  /* Readjust the field width setting, such that it again allows
-   * for the digits of the exponent, (which had been discounted when
-   * computing any left side padding requirement), so that they are
-   * correctly included in the computation of any right side padding
-   * requirement, (but here we exclude the exponent separator, which
-   * has been emitted, and so counted already).
-   */
-  stream->width += exp_width - 1;
-
-  /* And finally, emit the exponent itself, as a signed integer,
-   * with any padding required to achieve flush left justification,
-   * (which will be added automatically, by `__pformat_int()').
-   */
-  __pformat_int( exponent, stream );
-}
-
-static
-void __pformat_float( long double x, __pformat_t *stream )
-{
-  /* Handler for `%f' and `%F' format specifiers.
-   *
-   * This wraps calls to `__pformat_cvt()', `__pformat_emit_float()'
-   * and `__pformat_emit_inf_or_nan()', as appropriate, to achieve
-   * output in fixed point format.
-   */
-  int sign, intlen; char *value;
- 
-  /* Establish the precision for the displayed value, defaulting to six
-   * digits following the decimal point, if not explicitly specified.
-   */
-  if( stream->precision < 0 )
-    stream->precision = 6;
-
-  /* Encode the input value as ASCII, for display...
-   */
-  value = __pformat_fcvt( x, stream->precision, &intlen, &sign );
-
-  if( intlen == PFORMAT_INFNAN )
-    /*
-     * handle cases of `infinity' or `not-a-number'...
-     */
-    __pformat_emit_inf_or_nan( sign, value, stream );
-
-  else
-  { /* or otherwise, emit the formatted result.
-     */
-    __pformat_emit_float( sign, value, intlen, stream );
-
-    /* and, if there is any residual field width as yet unfilled,
-     * then we must be doing flush left justification, so pad out to
-     * the right hand field boundary.
-     */
-    while( stream->width-- > 0 )
-      __pformat_putc( '\x20', stream );
-  }
-
-  /* Clean up `__pformat_fcvt()' memory allocation for `value'...
-   */
-  __pformat_fcvt_release( value );
-}
-
-static
-void __pformat_efloat( long double x, __pformat_t *stream )
-{
-  /* Handler for `%e' and `%E' format specifiers.
-   *
-   * This wraps calls to `__pformat_cvt()', `__pformat_emit_efloat()'
-   * and `__pformat_emit_inf_or_nan()', as appropriate, to achieve
-   * output in floating point format.
-   */
-  int sign, intlen; char *value;
- 
-  /* Establish the precision for the displayed value, defaulting to six
-   * digits following the decimal point, if not explicitly specified.
-   */
-  if( stream->precision < 0 )
-    stream->precision = 6;
-
-  /* Encode the input value as ASCII, for display...
-   */
-  value = __pformat_ecvt( x, stream->precision + 1, &intlen, &sign );
-
-  if( intlen == PFORMAT_INFNAN )
-    /*
-     * handle cases of `infinity' or `not-a-number'...
-     */
-    __pformat_emit_inf_or_nan( sign, value, stream );
-
-  else
-    /* or otherwise, emit the formatted result.
-     */
-    __pformat_emit_efloat( sign, value, intlen, stream );
-
-  /* Clean up `__pformat_ecvt()' memory allocation for `value'...
-   */
-  __pformat_ecvt_release( value );
-}
-
-static
-void __pformat_gfloat( long double x, __pformat_t *stream )
-{
-  /* Handler for `%g' and `%G' format specifiers.
-   *
-   * This wraps calls to `__pformat_cvt()', `__pformat_emit_float()',
-   * `__pformat_emit_efloat()' and `__pformat_emit_inf_or_nan()', as
-   * appropriate, to achieve output in the more suitable of either
-   * fixed or floating point format.
-   */
-  int sign, intlen; char *value;
- 
-  /* Establish the precision for the displayed value, defaulting to
-   * six significant digits, if not explicitly specified...
-   */
-  if( stream->precision < 0 )
-    stream->precision = 6;
-
-  /* or to a minimum of one digit, otherwise...
-   */
-  else if( stream->precision == 0 )
-    stream->precision = 1;
-
-  /* Encode the input value as ASCII, for display.
-   */
-  value = __pformat_ecvt( x, stream->precision, &intlen, &sign );
-
-  if( intlen == PFORMAT_INFNAN )
-    /*
-     * Handle cases of `infinity' or `not-a-number'.
-     */
-    __pformat_emit_inf_or_nan( sign, value, stream );
-
-  else if( (-4 < intlen) && (intlen <= stream->precision) )
-  {
-    /* Value lies in the acceptable range for fixed point output,
-     * (i.e. the exponent is no less than minus four, and the number
-     * of significant digits which precede the radix point is fewer
-     * than the least number which would overflow the field width,
-     * specified or implied by the established precision).
-     */
-    if( (stream->flags & PFORMAT_HASHED) == PFORMAT_HASHED )
-      /*
-       * The `#' flag is in effect...
-       * Adjust precision to retain the specified number of significant
-       * digits, with the proper number preceding the radix point, and
-       * the balance following it...
-       */
-      stream->precision -= intlen;
-    
-    else
-      /* The `#' flag is not in effect...
-       * Here we adjust the precision to accommodate all digits which
-       * precede the radix point, but we truncate any balance following
-       * it, to suppress output of non-significant trailing zeros...
-       */
-      if( ((stream->precision = strlen( value ) - intlen) < 0)
-        /*
-	 * This may require a compensating adjustment to the field
-	 * width, to accommodate significant trailing zeros, which
-	 * precede the radix point...
-	 */
-      && (stream->width > 0)  )
-	stream->width += stream->precision;
-
-    /* Now, we format the result as any other fixed point value.
-     */
-    __pformat_emit_float( sign, value, intlen, stream );
-
-    /* If there is any residual field width as yet unfilled, then
-     * we must be doing flush left justification, so pad out to the
-     * right hand field boundary.
-     */
-    while( stream->width-- > 0 )
-      __pformat_putc( '\x20', stream );
-  }
-
-  else
-  { /* Value lies outside the acceptable range for fixed point;
-     * one significant digit will precede the radix point, so we
-     * decrement the precision to retain only the appropriate number
-     * of additional digits following it, when we emit the result
-     * in floating point format.
-     */
-    if( (stream->flags & PFORMAT_HASHED) == PFORMAT_HASHED )
-      /*
-       * The `#' flag is in effect...
-       * Adjust precision to emit the specified number of significant
-       * digits, with one preceding the radix point, and the balance
-       * following it, retaining any non-significant trailing zeros
-       * which are required to exactly match the requested precision...
-       */
-      stream->precision--;
-
-    else
-      /* The `#' flag is not in effect...
-       * Adjust precision to emit only significant digits, with one
-       * preceding the radix point, and any others following it, but
-       * suppressing non-significant trailing zeros...
-       */
-      stream->precision = strlen( value ) - 1;
-
-    /* Now, we format the result as any other floating point value.
-     */
-    __pformat_emit_efloat( sign, value, intlen, stream );
-  }
-
-  /* Clean up `__pformat_ecvt()' memory allocation for `value'.
-   */
-  __pformat_ecvt_release( value );
-}
-
-static
-void __pformat_emit_xfloat( __pformat_fpreg_t value, __pformat_t *stream )
-{
-  /* Helper for emitting floating point data, originating as
-   * either `double' or `long double' type, as a hexadecimal
-   * representation of the argument value.
-   */
-  char buf[18], *p = buf;
-  __pformat_intarg_t exponent; short exp_width = 2;
-
-  /* The mantissa field of the argument value representation can
-   * accommodate at most 16 hexadecimal digits, of which one will
-   * be placed before the radix point, leaving at most 15 digits
-   * to satisfy any requested precision; thus...
-   */
-  if( (stream->precision >= 0) && (stream->precision < 15) )
-  {
-    /* When the user specifies a precision within this range,
-     * we want to adjust the mantissa, to retain just the number
-     * of digits required, rounding up when the high bit of the
-     * leftmost discarded digit is set; (mask of 0x08 accounts
-     * for exactly one digit discarded, shifting 4 bits per
-     * digit, with up to 14 additional digits, to consume the
-     * full availability of 15 precision digits).
-     *
-     * However, before we perform the rounding operation, we
-     * normalise the mantissa, shifting it to the left by as many
-     * bit positions may be necessary, until its highest order bit
-     * is set, thus preserving the maximum number of bits in the
-     * rounded result as possible.
-     */
-    while( value.__pformat_fpreg_mantissa < (LLONG_MAX + 1ULL) )
-      value.__pformat_fpreg_mantissa <<= 1;
-
-    /* We then shift the mantissa one bit position back to the
-     * right, to guard against possible overflow when the rounding
-     * adjustment is added.
-     */
-    value.__pformat_fpreg_mantissa >>= 1;
-
-    /* We now add the rounding adjustment, noting that to keep the
-     * 0x08 mask aligned with the shifted mantissa, we also need to
-     * shift it right by one bit initially, changing its starting
-     * value to 0x04...
-     */
-    value.__pformat_fpreg_mantissa += 0x04LL << (4 * (14 - stream->precision));
-    if( (value.__pformat_fpreg_mantissa & (LLONG_MAX + 1ULL)) == 0ULL )
-      /*
-       * When the rounding adjustment would not have overflowed,
-       * then we shift back to the left again, to fill the vacated
-       * bit we reserved to accommodate the carry.
-       */
-      value.__pformat_fpreg_mantissa <<= 1;
-
-    else
-      /* Otherwise the rounding adjustment would have overflowed,
-       * so the carry has already filled the vacated bit; the effect
-       * of this is equivalent to an increment of the exponent.
-       */
-      value.__pformat_fpreg_exponent++;
-
-    /* We now complete the rounding to the required precision, by
-     * shifting the unwanted digits out, from the right hand end of
-     * the mantissa.
-     */
-    value.__pformat_fpreg_mantissa >>= 4 * (15 - stream->precision);
-  }
-
-  /* Encode the significant digits of the mantissa in hexadecimal
-   * ASCII notation, ready for transfer to the output stream...
-   */
-  while( value.__pformat_fpreg_mantissa )
-  {
-    /* taking the rightmost digit in each pass...
-     */
-    int c = value.__pformat_fpreg_mantissa & 0xF;
-    if( c == value.__pformat_fpreg_mantissa )
-    {
-      /* inserting the radix point, when we reach the last,
-       * (i.e. the most significant digit), unless we found no
-       * less significant digits, with no mandatory radix point
-       * inclusion, and no additional required precision...
-       */
-      if( (p > buf)
-      ||  (stream->flags & PFORMAT_HASHED) || (stream->precision > 0)  )
-	/*
-	 * Internally, we represent the radix point as an ASCII '.';
-	 * we will replace it with any locale specific alternative,
-	 * at the time of transfer to the ultimate destination.
-	 */
-	*p++ = '.';
-
-      /* If the most significant hexadecimal digit of the encoded
-       * output value is greater than one, then the indicated value
-       * will appear too large, by an additional binary exponent
-       * corresponding to the number of higher order bit positions
-       * which it occupies...
-       */
-      while( value.__pformat_fpreg_mantissa > 1 )
-      {
-	/* so reduce the exponent value to compensate...
-	 */
-	value.__pformat_fpreg_exponent--;
-	value.__pformat_fpreg_mantissa >>= 1;
-      }
-    }
-
-    else if( stream->precision > 0 )
-      /*
-       * we have not yet fulfilled the desired precision,
-       * and we have not yet found the most significant digit,
-       * so account for the current digit, within the field
-       * width required to meet the specified precision.
-       */
-      stream->precision--;
-
-    if( (c > 0) || (p > buf) || (stream->precision >= 0) )
-      /*
-       * Ignoring insignificant trailing zeros, (unless required to
-       * satisfy specified precision), store the current encoded digit
-       * into the pending output buffer, in LIFO order, and using the
-       * appropriate case for digits in the `A'..`F' range.
-       */
-      *p++ = c > 9 ? (c - 10 + 'A') | (stream->flags & PFORMAT_XCASE) : c + '0';
-
-    /* Shift out the current digit, (4-bit logical shift right),
-     * to align the next more significant digit to be extracted,
-     * and encoded in the next pass.
-     */
-    value.__pformat_fpreg_mantissa >>= 4;
-  }
-
-  if( p == buf )
-  {
-    /* Nothing has been queued for output...
-     * We need at least one zero, and possibly a radix point.
-     */
-    if( (stream->precision > 0) || (stream->flags & PFORMAT_HASHED) )
-      *p++ = '.';
-
-    *p++ = '0';
-  }
-
-  if( stream->width > 0 )
-  {
-  /* Adjust the user specified field width, to account for the
-   * number of digits minimally required, to display the encoded
-   * value, at the requested precision.
-   *
-   * FIXME: this uses the minimum number of digits possible for
-   * representation of the binary exponent, in strict conformance
-   * with C99 and POSIX specifications.  Although there appears to
-   * be no Microsoft precedent for doing otherwise, we may wish to
-   * relate this to the `_get_output_format()' result, to maintain
-   * consistency with `%e', `%f' and `%g' styles.
-   */
-    int min_width = p - buf;
-    int exponent = value.__pformat_fpreg_exponent;
-
-    /* If we have not yet queued sufficient digits to fulfil the
-     * requested precision, then we must adjust the minimum width
-     * specification, to accommodate the additional digits which
-     * are required to do so.
-     */
-    if( stream->precision > 0 )
-      min_width += stream->precision;
-
-    /* Adjust the minimum width requirement, to accomodate the
-     * sign, radix indicator and at least one exponent digit...
-     */
-    min_width += stream->flags & PFORMAT_SIGNED ? 6 : 5;
-    while( (exponent = exponent / 10) != 0 )
-    {
-      /* and increase as required, if additional exponent digits
-       * are needed, also saving the exponent field width adjustment,
-       * for later use when that is emitted.
-       */
-      min_width++;
-      exp_width++;
-    }
-  
-    if( stream->width > min_width )
-    {
-      /* When specified field width exceeds the minimum required,
-       * adjust to retain only the excess...
-       */
-      stream->width -= min_width;
-
-      /* and then emit any required left side padding spaces.
-       */
-      if( (stream->flags & PFORMAT_JUSTIFY) == 0 )
-	while( stream->width-- > 0 )
-	  __pformat_putc( '\x20', stream );
-    }
-
-    else
-      /* Specified field width is insufficient; just ignore it!
-       */
-      stream->width = PFORMAT_IGNORE;
-  }
-
-  /* Emit the sign of the encoded value, as required...
-   */
-  if( stream->flags & PFORMAT_NEGATIVE )
-    /*
-     * this is mandatory, to indicate a negative value...
-     */
-    __pformat_putc( '-', stream );
-
-  else if( stream->flags & PFORMAT_POSITIVE )
-    /*
-     * but this is optional, for a positive value...
-     */
-    __pformat_putc( '+', stream );
-
-  else if( stream->flags & PFORMAT_ADDSPACE )
-    /*
-     * with this optional alternative.
-     */
-    __pformat_putc( '\x20', stream );
-
-  /* Prefix a `0x' or `0X' radix indicator to the encoded value,
-   * with case appropriate to the format specification.
-   */
-  __pformat_putc( '0', stream );
-  __pformat_putc( 'X' | (stream->flags & PFORMAT_XCASE), stream );
-
-  /* If the `0' flag is in effect...
-   * Zero padding, to fill out the field, goes here...
-   */
-  if( (stream->width > 0) && (stream->flags & PFORMAT_ZEROFILL) )
-    while( stream->width-- > 0 )
-      __pformat_putc( '0', stream );
-
-  /* Next, we emit the encoded value, without its exponent...
-   */
-  while( p > buf )
-    __pformat_emit_numeric_value( *--p, stream );
-
-  /* followed by any additional zeros needed to satisfy the
-   * precision specification...
-   */
-  while( stream->precision-- > 0 )
-    __pformat_putc( '0', stream );
-
-  /* then the exponent prefix, (C99 and POSIX specify `p'),
-   * in the case appropriate to the format specification...
-   */
-  __pformat_putc( 'P' | (stream->flags & PFORMAT_XCASE), stream );
-
-  /* and finally, the decimal representation of the binary exponent,
-   * as a signed value with mandatory sign displayed, in a field width
-   * adjusted to accommodate it, LEFT justified, with any additional
-   * right side padding remaining from the original field width.
-   */
-  stream->width += exp_width;
-  stream->flags |= PFORMAT_SIGNED;
-  exponent.__pformat_llong_t = value.__pformat_fpreg_exponent;
-  __pformat_int( exponent, stream );
-}
-
-static
-void __pformat_xdouble( double x, __pformat_t *stream )
-{
-  /* Handler for `%a' and `%A' format specifiers, (with argument
-   * value specified as `double' type).
-   */
-  unsigned sign_bit = 0;
-  __pformat_fpreg_t z; z.__pformat_fpreg_double_t = x;
-
-  /* First check for NaN; it is emitted unsigned...
-   */
-  if( isnan( x ) )
-    __pformat_emit_inf_or_nan( sign_bit, "NaN", stream );
-
-  else
-  { /* Capture the sign bit up-front, so we can show it correctly
-     * even when the argument value is zero or infinite.
-     */
-    if( (sign_bit = (z.__pformat_fpreg_bitmap[3] & 0x8000)) != 0 )
-      stream->flags |= PFORMAT_NEGATIVE;
-
-    /* Check for infinity, (positive or negative)...
-     */
-    if( isinf( x ) )
-      /*
-       * displaying the appropriately signed indicator,
-       * when appropriate.
-       */
-      __pformat_emit_inf_or_nan( sign_bit, "Inf", stream );
-
-    else
-    { /* The argument value is a representable number...
-       * first move its exponent into the appropriate field...
-       */
-      z.__pformat_fpreg_bitmap[4] = (z.__pformat_fpreg_bitmap[3] >> 4) & 0x7FF;
-
-      /* Realign the mantissa, leaving space for a
-       * normalised most significant digit...
-       */
-      z.__pformat_fpreg_mantissa <<= 8;
-      z.__pformat_fpreg_bitmap[3] = (z.__pformat_fpreg_bitmap[3] & 0x0FFF);
-
-      /* Check for zero value...
-       */
-      if( z.__pformat_fpreg_exponent || z.__pformat_fpreg_mantissa )
-      {
-	/* and only when the value is non-zero,
-	 * eliminate the bias from the exponent...
-	 */
-        z.__pformat_fpreg_exponent -= 0x3FF;
-
-	/* Check for a possible denormalised value...
-	 */
-	if( z.__pformat_fpreg_exponent > -126 )
-	  /*
-	   * and normalise when it isn't.
-	   */
-	  z.__pformat_fpreg_bitmap[3] += 0x1000;
-      }
-
-      /* Finally, hand the adjusted representation off to the generalised
-       * hexadecimal floating point format handler...
-       */
-      __pformat_emit_xfloat( z, stream );
-    }
-  }
-}
-
-static
-void __pformat_xldouble( long double x, __pformat_t *stream )
-{
-  /* Handler for `%La' and `%LA' format specifiers, (with argument
-   * value specified as `long double' type).
-   */
-  unsigned sign_bit = 0;
-  __pformat_fpreg_t z; z.__pformat_fpreg_ldouble_t = x;
-
-  /* First check for NaN; it is emitted unsigned...
-   */
-  if( isnan( x ) )
-    __pformat_emit_inf_or_nan( sign_bit, "NaN", stream );
-
-  else
-  { /* Capture the sign bit up-front, so we can show it correctly
-     * even when the argument value is zero or infinite.
-     */
-    if( (sign_bit = (z.__pformat_fpreg_exponent & 0x8000)) != 0 )
-      stream->flags |= PFORMAT_NEGATIVE;
-
-    /* Check for infinity, (positive or negative)...
-     */
-    if( isinf( x ) )
-      /*
-       * displaying the appropriately signed indicator,
-       * when appropriate.
-       */
-      __pformat_emit_inf_or_nan( sign_bit, "Inf", stream );
-
-    else
-    { /* The argument value is a representable number...
-       * extract the effective value of the biased exponent...
-       */
-      z.__pformat_fpreg_exponent &= 0x7FFF;
-      if( z.__pformat_fpreg_exponent || z.__pformat_fpreg_mantissa )
-	/*
-	 * and if the argument value itself is non-zero,
-	 * eliminate the bias from the exponent...
-	 */
-	z.__pformat_fpreg_exponent -= 0x3FFF;
-
-      /* Finally, hand the adjusted representation off to the
-       * generalised hexadecimal floating point format handler...
-       */
-      __pformat_emit_xfloat( z, stream );
-    }
-  }
-}
-
-int __pformat( int flags, void *dest, int max, const char *fmt, va_list argv )
-{
-  int c;
-
-  __pformat_t stream =
-  {
-    /* Create and initialise a format control block
-     * for this output request.
-     */
-    dest,					/* output goes to here        */
-    flags &= PFORMAT_TO_FILE | PFORMAT_NOLIMIT,	/* only these valid initially */
-    PFORMAT_IGNORE,				/* no field width yet         */
-    PFORMAT_IGNORE,				/* nor any precision spec     */
-    PFORMAT_RPINIT,				/* radix point uninitialised  */
-    (wchar_t)(0),				/* leave it unspecified       */
-    0,						/* zero output char count     */
-    max,					/* establish output limit     */
-    PFORMAT_MINEXP				/* exponent chars preferred   */
-  };
-
-  format_scan: while( (c = *fmt++) != 0 )
-  {
-    /* Format string parsing loop...
-     * The entry point is labelled, so that we can return to the start state
-     * from within the inner `conversion specification' interpretation loop,
-     * as soon as a conversion specification has been resolved.
-     */
-    if( c == '%' )
-    {
-      /* Initiate parsing of a `conversion specification'...
-       */
-      __pformat_intarg_t argval;
-      __pformat_state_t  state = PFORMAT_INIT;
-      __pformat_length_t length = PFORMAT_LENGTH_INT;
-
-      /* Save the current format scan position, so that we can backtrack
-       * in the event of encountering an invalid format specification...
-       */
-      const char *backtrack = fmt;
-
-      /* Restart capture for dynamic field width and precision specs...
-       */
-      int *width_spec = &stream.width;
-
-      /* Reset initial state for flags, width and precision specs...
-       */
-      stream.flags = flags;
-      stream.width = stream.precision = PFORMAT_IGNORE;
-
-      while( *fmt )
-      {
-	switch( c = *fmt++ )
-	{
-	  /* Data type specifiers...
-	   * All are terminal, so exit the conversion spec parsing loop
-	   * with a `goto format_scan', thus resuming at the outer level
-	   * in the regular format string parser.
-	   */
-	  case '%':
-	    /*
-	     * Not strictly a data type specifier...
-	     * it simply converts as a literal `%' character.
-	     *
-	     * FIXME: should we require this to IMMEDIATELY follow the
-	     * initial `%' of the "conversion spec"?  (glibc `printf()'
-	     * on GNU/Linux does NOT appear to require this, but POSIX
-	     * and SUSv3 do seem to demand it).
-	     */
-	    __pformat_putc( c, &stream );
-	    goto format_scan;
-
-	  case 'C':
-	    /*
-	     * Equivalent to `%lc'; set `length' accordingly,
-	     * and simply fall through.
-	     */
-	    length = PFORMAT_LENGTH_LONG;
-
-	  case 'c':
-	    /*
-	     * Single, (or single multibyte), character output...
-	     *
-	     * We handle these by copying the argument into our local
-	     * `argval' buffer, and then we pass the address of that to
-	     * either `__pformat_putchars()' or `__pformat_wputchars()',
-	     * as appropriate, effectively formatting it as a string of
-	     * the appropriate type, with a length of one.
-	     *
-	     * A side effect of this method of handling character data
-	     * is that, if the user sets a precision of zero, then no
-	     * character is actually emitted; we don't want that, so we
-	     * forcibly override any user specified precision.
-	     */
-	    stream.precision = PFORMAT_IGNORE;
-
-	    /* Now we invoke the appropriate format handler...
-	     */
-	    if( (length == PFORMAT_LENGTH_LONG)
-	    ||  (length == PFORMAT_LENGTH_LLONG)  )
-	    {
-	      /* considering any `long' type modifier as a reference to
-	       * `wchar_t' data, (which is promoted to an `int' argument)...
-	       */
-	      wchar_t argval = (wchar_t)(va_arg( argv, int ));
-	      __pformat_wputchars( &argval, 1, &stream );
-	    }
-
-	    else
-	    { /* while anything else is simply taken as `char', (which
-	       * is also promoted to an `int' argument)...
-	       */
-	      argval.__pformat_uchar_t = (unsigned char)(va_arg( argv, int ));
-	      __pformat_putchars( (char *)(&argval), 1, &stream );
-	    }
-	    goto format_scan;
-
-	  case 'S':
-	    /*
-	     * Equivalent to `%ls'; set `length' accordingly,
-	     * and simply fall through.
-	     */
-	    length = PFORMAT_LENGTH_LONG;
-
-	  case 's':
-	    if( (length == PFORMAT_LENGTH_LONG)
-	    ||  (length == PFORMAT_LENGTH_LLONG)  )
-	    {
-	      /* considering any `long' type modifier as a reference to
-	       * a `wchar_t' string...
-	       */
-	      __pformat_wcputs( va_arg( argv, wchar_t * ), &stream );
-	    }
-
-	    else
-	      /* This is normal string output;
-	       * we simply invoke the appropriate handler...
-	       */
-	      __pformat_puts( va_arg( argv, char * ), &stream );
-
-	    goto format_scan;
-
-	  case 'o':
-	  case 'u':
-	  case 'x':
-	  case 'X':
-	    /*
-	     * Unsigned integer values; octal, decimal or hexadecimal format...
-	     */
-	    if( length == PFORMAT_LENGTH_LLONG )
-	      /*
-	       * with an `unsigned long long' argument, which we
-	       * process `as is'...
-	       */
-	      argval.__pformat_ullong_t = va_arg( argv, unsigned long long );
-
-	    else if( length == PFORMAT_LENGTH_LONG )
-	      /*
-	       * or with an `unsigned long', which we promote to
-	       * `unsigned long long'...
-	       */
-	      argval.__pformat_ullong_t = va_arg( argv, unsigned long );
-
-	    else
-	    { /* or for any other size, which will have been promoted
-	       * to `unsigned int', we select only the appropriately sized
-	       * least significant segment, and again promote to the same
-	       * size as `unsigned long long'...
-	       */ 
-	      argval.__pformat_ullong_t = va_arg( argv, unsigned int );
-	      if( length == PFORMAT_LENGTH_SHORT )
-		/*
-		 * from `unsigned short'...
-		 */
-		argval.__pformat_ullong_t = argval.__pformat_ushort_t;
-
-	      else if( length == PFORMAT_LENGTH_CHAR )
-		/*
-		 * or even from `unsigned char'...
-		 */
-		argval.__pformat_ullong_t = argval.__pformat_uchar_t;
-	    }
-
-	    /* so we can pass any size of argument to either of two
-	     * common format handlers...
-	     */
-	    if( c == 'u' )
-	      /*
-	       * depending on whether output is to be encoded in
-	       * decimal format...
-	       */
-	      __pformat_int( argval, &stream );
-
-	    else
-	      /* or in octal or hexadecimal format...
-	       */
-	      __pformat_xint( c, argval, &stream );
-
-	    goto format_scan;
-
-	  case 'd':
-	  case 'i':
-	    /*
-	     * Signed integer values; decimal format...
-	     * This is similar to `u', but must process `argval' as signed,
-	     * and be prepared to handle negative numbers.
-	     */
-	    stream.flags |= PFORMAT_NEGATIVE;
-
-	    if( length == PFORMAT_LENGTH_LLONG )
-	      /*
-	       * The argument is a `long long' type...
-	       */
-	      argval.__pformat_llong_t = va_arg( argv, long long );
-
-	    else if( length == PFORMAT_LENGTH_LONG )
-	      /*
-	       * or here, a `long' type...
-	       */
-	      argval.__pformat_llong_t = va_arg( argv, long );
-
-	    else
-	    { /* otherwise, it's an `int' type...
-	       */
-	      argval.__pformat_llong_t = va_arg( argv, int );
-	      if( length == PFORMAT_LENGTH_SHORT )
-		/*
-		 * but it was promoted from a `short' type...
-		 */
-		argval.__pformat_llong_t = argval.__pformat_short_t;
-	      else if( length == PFORMAT_LENGTH_CHAR )
-		/*
-		 * or even from a `char' type...
-		 */
-		argval.__pformat_llong_t = argval.__pformat_char_t;
-	    }
-	    
-	    /* In any case, all share a common handler...
-	     */
-	    __pformat_int( argval, &stream );
-	    goto format_scan;
-
-	  case 'p':
-	    /*
-	     * Pointer argument; format as hexadecimal, subject to...
-	     */
-	    if( (state == PFORMAT_INIT) && (stream.flags == flags) )
-	    {
-	      /* Here, the user didn't specify any particular
-	       * formatting attributes.  We must choose a default
-	       * which will be compatible with Microsoft's (broken)
-	       * scanf() implementation, (i.e. matching the default
-	       * used by MSVCRT's printf(), which appears to resemble
-	       * "%0.8X" for 32-bit pointers); in particular, we MUST
-	       * NOT adopt a GNU-like format resembling "%#x", because
-	       * Microsoft's scanf() will choke on the "0x" prefix.
-	       */
-	      stream.flags |= PFORMAT_ZEROFILL;
-	      stream.precision = 2 * sizeof( uintptr_t );
-	    }
-	    argval.__pformat_ullong_t = va_arg( argv, uintptr_t );
-	    __pformat_xint( 'x', argval, &stream );
-	    goto format_scan;
-
-	  case 'e':
-	    /*
-	     * Floating point format, with lower case exponent indicator
-	     * and lower case `inf' or `nan' representation when required;
-	     * select lower case mode, and simply fall through...
-	     */
-	    stream.flags |= PFORMAT_XCASE;
-
-	  case 'E':
-	    /*
-	     * Floating point format, with upper case exponent indicator
-	     * and upper case `INF' or `NAN' representation when required,
-	     * (or lower case for all of these, on fall through from above);
-	     * select lower case mode, and simply fall through...
-	     */
-	    if( stream.flags & PFORMAT_LDOUBLE )
-	      /*
-	       * for a `long double' argument...
-	       */
-	      __pformat_efloat( va_arg( argv, long double ), &stream );
-
-	    else
-	      /* or just a `double', which we promote to `long double',
-	       * so the two may share a common format handler.
-	       */
-	      __pformat_efloat( (long double)(va_arg( argv, double )), &stream );
-
-	    goto format_scan;
-
-	  case 'f':
-	    /*
-	     * Fixed point format, using lower case for `inf' and
-	     * `nan', when appropriate; select lower case mode, and
-	     * simply fall through...
-	     */
-	    stream.flags |= PFORMAT_XCASE;
-
-	  case 'F':
-	    /*
-	     * Fixed case format using upper case, or lower case on
-	     * fall through from above, for `INF' and `NAN'...
-	     */
-	    if( stream.flags & PFORMAT_LDOUBLE )
-	      /*
-	       * for a `long double' argument...
-	       */
-	      __pformat_float( va_arg( argv, long double ), &stream );
-
-	    else
-	      /* or just a `double', which we promote to `long double',
-	       * so the two may share a common format handler.
-	       */
-	      __pformat_float( (long double)(va_arg( argv, double )), &stream );
-
-	    goto format_scan;
-
-	  case 'g':
-	    /*
-	     * Generalised floating point format, with lower case
-	     * exponent indicator when required; select lower case
-	     * mode, and simply fall through...
-	     */
-	    stream.flags |= PFORMAT_XCASE;
-
-	  case 'G':
-	    /*
-	     * Generalised floating point format, with upper case,
-	     * or on fall through from above, with lower case exponent
-	     * indicator when required...
-	     */
-	    if( stream.flags & PFORMAT_LDOUBLE )
-	      /*
-	       * for a `long double' argument...
-	       */
-	      __pformat_gfloat( va_arg( argv, long double ), &stream );
-
-	    else
-	      /* or just a `double', which we promote to `long double',
-	       * so the two may share a common format handler.
-	       */
-	      __pformat_gfloat( (long double)(va_arg( argv, double )), &stream );
-
-	    goto format_scan;
-
-	  case 'a':
-	    /*
-	     * Hexadecimal floating point format, with lower case radix
-	     * and exponent indicators; select the lower case mode, and
-	     * fall through...
-	     */
-	    stream.flags |= PFORMAT_XCASE;
-
-	  case 'A':
-	    /*
-	     * Hexadecimal floating point format; handles radix and
-	     * exponent indicators in either upper or lower case...
-	     */
-	    if( stream.flags & PFORMAT_LDOUBLE )
-	      /*
-	       * with a `long double' argument...
-	       */
-	      __pformat_xldouble( va_arg( argv, long double ), &stream );
-
-	    else
-	      /* or just a `double'.
-	       */
-	      __pformat_xdouble( va_arg( argv, double ), &stream );
-
-	    goto format_scan;
-
-	  case 'n':
-	    /*
-	     * Save current output character count...
-	     */
-	    if( length == PFORMAT_LENGTH_CHAR )
-	      /*
-	       * to a signed `char' destination...
-	       */
-	      *va_arg( argv, char * ) = stream.count;
-
-	    else if( length == PFORMAT_LENGTH_SHORT )
-	      /*
-	       * or to a signed `short'...
-	       */
-	      *va_arg( argv, short * ) = stream.count;
-
-	    else if( length == PFORMAT_LENGTH_LONG )
-	      /*
-	       * or to a signed `long'...
-	       */
-	      *va_arg( argv, long * ) = stream.count;
-
-	    else if( length == PFORMAT_LENGTH_LLONG )
-	      /*
-	       * or to a signed `long long'...
-	       */
-	      *va_arg( argv, long long * ) = stream.count;
-
-	    else
-	      /*
-	       * or, by default, to a signed `int'.
-	       */
-	      *va_arg( argv, int * ) = stream.count;
-
-	    goto format_scan;
-
-	  /* Argument length modifiers...
-	   * These are non-terminal; each sets the format parser
-	   * into the PFORMAT_END state, and ends with a `break'.
-	   */
-	  case 'h':
-	    /*
-	     * Interpret the argument as explicitly of a `short'
-	     * or `char' data type, truncated from the standard
-	     * length defined for integer promotion.
-	     */
-	    if( *fmt == 'h' )
-	    {
-	      /* Modifier is `hh'; data type is `char' sized...
-	       * Skip the second `h', and set length accordingly.
-	       */
-	      ++fmt;
-	      length = PFORMAT_LENGTH_CHAR;
-	    }
-
-	    else
-	      /* Modifier is `h'; data type is `short' sized...
-	       */
-	      length = PFORMAT_LENGTH_SHORT;
-
-	    state = PFORMAT_END;
-	    break;
-
-	  case 'j':
-	    /*
-	     * Interpret the argument as being of the same size as
-	     * a `intmax_t' entity...
-	     */
-	    length = __pformat_arg_length( intmax_t );
-	    state = PFORMAT_END;
-	    break;
-	  
-#	  ifdef _WIN32
-
-	    case 'I':
-	      /*
-	       * The MSVCRT implementation of the printf() family of
-	       * functions explicitly uses...
-	       */
-	      if( (fmt[0] == '6') && (fmt[1] == '4') )
-	      {
-		/* I64' instead of `ll',
-		 * when referring to `long long' integer types...
-		 */
-		length = PFORMAT_LENGTH_LLONG;
-		fmt += 2;
-	      }
-
-	      else if( (fmt[0] == '3') && (fmt[1] == '2') )
-	      {
-		/* and `I32' instead of `l',
-		 * when referring to `long' integer types...
-		 */
-		length = PFORMAT_LENGTH_LONG;
-		fmt += 2;
-	      }
-
-	      else
-		/* or unqualified `I' instead of `t' or `z',
-		 * when referring to `ptrdiff_t' or `size_t' entities;
-		 * (we will choose to map it to `ptrdiff_t').
-		 */
-		length = __pformat_arg_length( ptrdiff_t );
-
-	      state = PFORMAT_END;
-	      break;
-
-#	  endif
-	  
-	  case 'l':
-	    /*
-	     * Interpret the argument as explicitly of a
-	     * `long' or `long long' data type.
-	     */
-	    if( *fmt == 'l' )
-	    {
-	      /* Modifier is `ll'; data type is `long long' sized...
-	       * Skip the second `l', and set length accordingly.
-	       */
-	      ++fmt;
-	      length = PFORMAT_LENGTH_LLONG;
-	    }
-
-	    else
-	      /* Modifier is `l'; data type is `long' sized...
-	       */
-	      length = PFORMAT_LENGTH_LONG;
-
-#           ifndef _WIN32
-	      /*
-	       * Microsoft's MSVCRT implementation also uses `l'
-	       * as a modifier for `long double'; if we don't want
-	       * to support that, we end this case here...
-	       */
-	      state = PFORMAT_END;
-	      break;
-
-	      /* otherwise, we simply fall through...
-	       */
-#	    endif
-
-	  case 'L':
-	    /*
-	     * Identify the appropriate argument as a `long double',
-	     * when associated with `%a', `%A', `%e', `%E', `%f', `%F',
-	     * `%g' or `%G' format specifications.
-	     */
-	    stream.flags |= PFORMAT_LDOUBLE;
-	    state = PFORMAT_END;
-	    break;
-	  
-	  case 't':
-	    /*
-	     * Interpret the argument as being of the same size as
-	     * a `ptrdiff_t' entity...
-	     */
-	    length = __pformat_arg_length( ptrdiff_t );
-	    state = PFORMAT_END;
-	    break;
-	  
-	  case 'z':
-	    /*
-	     * Interpret the argument as being of the same size as
-	     * a `size_t' entity...
-	     */
-	    length = __pformat_arg_length( size_t );
-	    state = PFORMAT_END;
-	    break;
-	  
-	  /* Precision indicator...
-	   * May appear once only; it must precede any modifier
-	   * for argument length, or any data type specifier.
-	   */
-	  case '.':
-	    if( state < PFORMAT_GET_PRECISION )
-	    {
-	      /* We haven't seen a precision specification yet,
-	       * so initialise it to zero, (in case no digits follow),
-	       * and accept any following digits as the precision.
-	       */
-	      stream.precision = 0;
-	      width_spec = &stream.precision;
-	      state = PFORMAT_GET_PRECISION;
-	    }
-
-	    else
-	      /* We've already seen a precision specification,
-	       * so this is just junk; proceed to end game.
-	       */
-	      state = PFORMAT_END;
-
-	    /* Either way, we must not fall through here.
-	     */
-	    break;
-
-	  /* Variable field width, or precision specification,
-	   * derived from the argument list...
-	   */
-	  case '*':
-	    /*
-	     * When this appears...
-	     */
-	    if(   width_spec
-	    &&  ((state == PFORMAT_INIT) || (state == PFORMAT_GET_PRECISION)) )
-	    {
-	      /* in proper context; assign to field width
-	       * or precision, as appropriate.
-	       */
-	      if( (*width_spec = va_arg( argv, int )) < 0 )
-	      {
-		/* Assigned value was negative...
-		 */
-		if( state == PFORMAT_INIT )
-		{
-		  /* For field width, this is equivalent to
-		   * a positive value with the `-' flag...
-		   */
-		  stream.flags |= PFORMAT_LJUSTIFY;
-		  stream.width = -stream.width;
-		}
-
-		else
-		  /* while as a precision specification,
-		   * it should simply be ignored.
-		   */
-		  stream.precision = PFORMAT_IGNORE;
-	      }
-	    }
-
-	    else
-	      /* out of context; give up on width and precision
-	       * specifications for this conversion.
-	       */
-	      state = PFORMAT_END;
-
-	    /* Mark as processed...
-	     * we must not see `*' again, in this context.
-	     */
-	    width_spec = NULL;
-	    break;
-
-	  /* Formatting flags...
-	   * Must appear while in the PFORMAT_INIT state,
-	   * and are non-terminal, so again, end with `break'.
-	   */
-	  case '#':
-	    /*
-	     * Select alternate PFORMAT_HASHED output style.
-	     */
-	    if( state == PFORMAT_INIT )
-	      stream.flags |= PFORMAT_HASHED;
-	    break;
-
-	  case '+':
-	    /*
-	     * Print a leading sign with numeric output,
-	     * for both positive and negative values.
-	     */
-	    if( state == PFORMAT_INIT )
-	      stream.flags |= PFORMAT_POSITIVE;
-	    break;
-
-	  case '-':
-	    /*
-	     * Select left justification of displayed output
-	     * data, within the output field width, instead of
-	     * the default flush right justification.
-	     */
-	    if( state == PFORMAT_INIT )
-	      stream.flags |= PFORMAT_LJUSTIFY;
-	    break;
-
-#	  ifdef WITH_XSI_FEATURES
-
-	    case '\'':
-	      /*
-	       * This is an XSI extension to the POSIX standard,
-	       * which we do not support, at present.
-	       */
-	      if( state == PFORMAT_INIT )
-		stream.flags |= PFORMAT_GROUPED;
-	      break;
-
-#	  endif
-
-	  case '\x20':
-	    /*
-	     * Reserve a single space, within the output field,
-	     * for display of the sign of signed data; this will
-	     * be occupied by the minus sign, if the data value
-	     * is negative, or by a plus sign if the data value
-	     * is positive AND the `+' flag is also present, or
-	     * by a space otherwise.  (Technically, this flag
-	     * is redundant, if the `+' flag is present).
-	     */
-	    if( state == PFORMAT_INIT )
-	      stream.flags |= PFORMAT_ADDSPACE;
-	    break;
-
-	  case '0':
-	    /*
-	     * May represent a flag, to activate the `pad with zeros'
-	     * option, or it may simply be a digit in a width or in a
-	     * precision specification...
-	     */
-	    if( state == PFORMAT_INIT )
-	    {
-	      /* This is the flag usage...
-	       */
-	      stream.flags |= PFORMAT_ZEROFILL;
-	      break;
-	    }
-
-	  default:
-	    /*
-	     * If we didn't match anything above, then we will check
-	     * for digits, which we may accumulate to generate field
-	     * width or precision specifications...
-	     */
-	    if( (state < PFORMAT_END) && ('9' >= c) && (c >= '0') )
-	    {
-	      if( state == PFORMAT_INIT )
-		/*
-		 * Initial digits explicitly relate to field width...
-		 */
-		state = PFORMAT_SET_WIDTH;
-
-	      else if( state == PFORMAT_GET_PRECISION )
-		/*
-		 * while those following a precision indicator
-		 * explicitly relate to precision.
-		 */
-		state = PFORMAT_SET_PRECISION;
-
-	      if( width_spec )
-	      {
-		/* We are accepting a width or precision specification...
-		 */
-		if( *width_spec < 0 )
-		  /*
-		   * and accumulation hasn't started yet; we simply
-		   * initialise the accumulator with the current digit
-		   * value, converting from ASCII to decimal.
-		   */
-		  *width_spec = c - '0';
-
-		else
-		  /* Accumulation has already started; we perform a
-		   * `leftwise decimal digit shift' on the accumulator,
-		   * (i.e. multiply it by ten), then add the decimal
-		   * equivalent value of the current digit.
-		   */ 
-		  *width_spec = *width_spec * 10 + c - '0';
-	      }
-	    }
-
-	    else
-	    {
-	      /* We found a digit out of context, or some other character
-	       * with no designated meaning; reject this format specification,
-	       * backtrack, and emit it as literal text...
-	       */
-	      fmt = backtrack;
-	      __pformat_putc( '%', &stream );
-	      goto format_scan;
-	    }
-	}
-      }
-    }
-
-    else
-      /* We just parsed a character which is not included within any format
-       * specification; we simply emit it as a literal.
-       */
-      __pformat_putc( c, &stream );
-  }
-
-  /* When we have fully dispatched the format string, the return value is the
-   * total number of bytes we transferred to the output destination.
-   */
-  return stream.count;
-}
-
-/* $RCSfile$Revision$: end of file */