#define NOCCARGC
/*
** Yes, it's right.  These function do not call ones which need arg counts.
*/
#include stdio.h
/*
** fprintf(fd, ctlstring, arg, arg, ....) - Formatted print.
** Operates as described by Kernighan and Ritchie.
** b, c, d, o, s, u, and x specifications are supported.
** Note: b (binary) is a non-standard extension.
*/
fprintf(argc) int argc; {
  int *nxtarg;
  nxtarg = CCARGC() + &argc;
  return(_print(*(--nxtarg), --nxtarg));
  }

/*
** printf(ctlstring, arg, arg, ...) - Formatted print.
** See note to fprintf.
*/
printf(argc) int argc; {
  return(_print(stdout, CCARGC() + &argc - 1));
  }

/*
** _print(fd, ctlstring, arg, arg, ...)
** Called by fprintf() and printf().
*/
_print(fd, nxtarg) int fd, *nxtarg; {
  int arg, left, pad, cc, len, maxchr, width;
  char *ctl, *sptr, str[17];
  cc = 0;
  ctl = *nxtarg--;
  while(*ctl) {
    if(*ctl!='%') {fputc(*ctl++, fd); ++cc; continue;}
    else ++ctl;
    if(*ctl=='%') {fputc(*ctl++, fd); ++cc; continue;}
    if(*ctl=='-') {left = 1; ++ctl;} else left = 0;
    if(*ctl=='0') pad = '0'; else pad = ' ';
    if(isdigit(*ctl)) {
      width = atoi(ctl++);
      while(isdigit(*ctl)) ++ctl;
      }
    else width = 0;
    if(*ctl=='.') {
      maxchr = atoi(++ctl);
      while(isdigit(*ctl)) ++ctl;
      }
    else maxchr = 0;
    arg = *nxtarg--;
    sptr = str;
    switch(*ctl++) {
      case 'c': str[0] = arg; str[1] = NULL; break;
      case 's': sptr = arg; break;
      case 'd': itoa(arg,str); break;
      case 'b': itoab(arg,str,2); break;
      case 'o': itoab(arg,str,8); break;
      case 'u': itoab(arg,str,10); break;
      case 'x': itoab(arg,str,16); break;
      default: return (cc);
      }
    len = strlen(sptr);
    if(maxchr && maxchr<len) len = maxchr;
    if(width>len) width = width - len; else width = 0;
    if(!left) while(width--) {fputc(pad, fd); ++cc;}
    while(len--) {fputc(*sptr++,fd); ++cc;}
    if(left) while(width--) {fputc(pad,fd); ++cc;}
    }
  return(cc);
  }