llib-lc

操作系统SunOS 4.1.3版本的源码

void	setgraent() {}
int	setgrent() { return 0; }
int	setgroups( n, g) int *g; { return 0; }
void	sethostent(s) {}
int	sethostname( n, l ) char *n; int l; { return 0 ;}
int	setitimer( w, v, ov ) struct itimerval *v, *ov; { return 0; }
int	setjmp(e) jmp_buf e; { return(0); }
int	_setjmp(e) jmp_buf e; { return(0); }
int	setkey(k) char *k; {}
int	setlinebuf( f ) FILE *f; {;}
char	*setlocale(category, locale) int category; char *locale; {return("");}
int	setlogmask(m) { return(0); }
FILE	*setmntent(f, t) char *f, *t; { return (0); }
void	setnetent(s) {}
int	setnetgrent(g) char *g; {}
int	setpgid(p, pg) pid_t p, pg; { return(0); }
int	setpgrp( g, pg) { return 0; }
int	setpriority( w, who, pri ) { return 1;}
void	setprotoent(s) {}
void	setpwaent() {}
int	setpwent() { return 0; }
int	setpwfile(file) char *file; {}
int	setregid( r, e) int r, e; { return 0; }
int	setreuid( r, e) int r, e; { return 0; }
int	setrgid(rgid) int rgid; { return 0; }
int	setrlimit( res, rip) struct rlimit *rip; { return 0;}
void	setrpcent(f) {}
int	setruid(ruid) int ruid; { return 0; }
void	setservent(s) {}
pid_t	setsid() { return((pid_t)1); }
	/*VARARGS*/
int	setsockopt( s, level, opt, buf, len ) char *buf; { return 0;}
char	*setstate( st ) char *st; { return st; }
int	settimeofday( t, z ) struct timeval *t; struct timezone *z; { return 0;}
void	setttyent() {}
int	setuid(u) { return(0); }
void	setupcolldef() {}
int	setuseraudit(u, s) audit_state_t *s; { return (0); }
void	setusershell() {}
int	setvbuf(f, b, t, s) FILE *f; char *b; { return (t); }
char	*sfconvert(value, ndigit, decpt, sign, buf) single *value; int ndigit, *decpt, *sign; char *buf; { return (buf); }
char	*sgconvert(value, ndigit, trailing, buf) single *value; int ndigit; int trailing; char *buf; { return (buf); }
char	*shmat(i, a, f) char *a; { return (a); }
int	shmctl(s, c, b) struct shmid_ds *b; { return (s); }
int	shmdt(a) char *a; { return (0); }
int	shmget(k, s, f) key_t k; { return (s); }
int	shutdown( s, h ){ return 0;}
int	sigaction(sig, act, oact) struct sigaction *act, *oact; { return(0); }
int	sigaddset(set, signo) sigset_t *set; { return(0); }
int	sigblock(m) { return (m); }
int	sigdelset(set, signo) sigset_t *set; { return(0); }
int	sigemptyset(set) sigset_t *set; { return(0); }
int	sigfillset(set) sigset_t *set; { return(0); }
sigfpe_handler_type	sigfpe(code, hdl) sigfpe_code_type code; sigfpe_handler_type hdl; { return ((sigfpe_handler_type)0); }
int	siginterrupt(sig, flag) { return 0; }
int	sigismember(set, signo) sigset_t *set; { return(1); }
void	siglongjmp( e, v) sigjmp_buf e; {;}
void	(*signal(s, a))() void (*a)(); { return (a); }
int	sigpause(m) { return(0); }
int	sigpending(set) sigset_t *set; { return(0); }
int	sigprocmask(how, set, oset) sigset_t *set, *oset; { return(0); }
int	sigsetjmp(e, s) sigjmp_buf e; { return(0); }
int	sigsetmask(m) { return (m); }
int	sigstack(ss, oss) struct sigstack *ss, *oss; { return 0 ; }
int	sigsuspend(m) sigset_t *m; { return(0); }
int	sigvec(c, f, m) struct sigvec *f, *m; { return 0; }
void	single_to_decimal(px, pm, pd, ps) single *px ; decimal_mode *pm; decimal_record *pd; fp_exception_field_type *ps; {}
int	sleep(i) unsigned i; {}
int	socket( a, t, p) {return 1;}
int	socketpair( d, t, p, s ) int s[2]; { return 0; }
	/*VARARGS2 PRINTFLIKE2*/
char	*sprintf( s, f ) char *s, *f; { return(s);}
int	srand(s){ return s; }
void	srand48(s) long s; {}
int	srandom(s) int s; {}
	/*VARARGS2 SCANFLIKE2*/
int	sscanf( s, f ) char *s, *f; { return(1); }
int	(*ssignal(s, a))() int (*a)(); { return (a); }
int	stat(s, b) char *s; struct stat *b; { return(0); }
int	statfs(s, b) char *s; struct statfs *b; { return (0); }
int	strcasecmp(s1, s2) char *s1, *s2; { return (0); }
char	*strcat(a, b) char *a, *b; { return a; }
char	*strchr(s, c) char *s, c; { return s; }
int	strcmp(a, b) char *a, *b; { return(1); }
int	strcoll(s1, s2) char *s1, *s2; { return (0); }
char	*strcpy(a, b) char *a, *b; { return a; }
int	strcspn(s, set) char *s, *set; { return(0); }
int	strftime(buf, maxsize, format, tm) char *buf, *format; int maxsize; struct tm *tm; {return(0);}
void	string_to_decimal(pc,nmax,fortran_conventions,pd,pform,pechar) char **pc; int nmax; int fortran_conventions; decimal_record *pd; enum decimal_string_form *pform; char **pechar; {}
int	strlen(s) char *s; { return(1); }
int	strncasecmp(s1, s2, n) char *s1, *s2; { return (0); }
char	*strncat(a, b, n) char *a, *b; { return a;}
int	strncmp(a, b, n) char *a, *b; { return(1); }
char	*strncpy(a, b, n) char *a, *b; { return a; }
char	*strpbrk(s, brkchars) char *s, *brkchars; { return s; }
char	*strptime(buf,format,tm) char *buf, *format; struct tm *tm; {return("");}
char	*strrchr(s, c) char *s, c; { return s; }
int	strspn(s, set) char *s, *set; { return(0); }
char	*strstr(a, b) char *a, *b; { return (a); }
double	strtod(s, t) char *s, **t; { return (0.0); }
char	*strtok(s, sep) char *s, *sep; { return s; }
long	strtol(s, t, b) char *s, **t; { return (0L); }
int	strxfrm(s1, s2, n) char *s1, *s2; { return (0); }
int	stty(f, b) struct sgttyb *b; { return(0); }
void	svc_getreq(rdfds) int rdfds; {}
void	svc_getreqset(readfds) fd_set *readfds; {}
bool_t	svc_register(xprt, prog, vers, dispatch, prot) SVCXPRT *xprt; u_long prog, vers; void (*dispatch)(); int prot; { return (0); }
void	svc_run() {}
bool_t	svc_sendreply(xprt, xdr_results, xdr_location) SVCXPRT *xprt; xdrproc_t xdr_results; caddr_t xdr_location; { return (0); }
void	svc_unregister(prog, vers) u_long prog, vers; {}
void	svc_versquiet(x) SVCXPRT *x; {}
void	svcerr_auth(xprt, why) SVCXPRT *xprt; enum auth_stat why; {}
void	svcerr_decode(xprt) SVCXPRT *xprt; {}
void	svcerr_noproc(xprt) SVCXPRT *xprt; {}
void	svcerr_noprog(xprt) SVCXPRT *xprt; {}
void	svcerr_progvers(xprt, low_vers, high_vers) SVCXPRT *xprt; u_long low_vers, high_vers; {}
void	svcerr_systemerr(xprt) SVCXPRT *xprt; {}
void	svcerr_weakauth(xprt) SVCXPRT *xprt; {}
SVCXPRT	*svcfd_create(fd, sendsize, recvsize) int fd; u_int sendsize, recvsize; { return ((SVCXPRT *)0); }
SVCXPRT	*svcraw_create() { return ((SVCXPRT *)0); }
SVCXPRT	*svctcp_create(sock, sendsize, recvsize) int sock; u_int sendsize, recvsize; { return ((SVCXPRT *)0); }
SVCXPRT	*svcudp_bufcreate(sock, sendsz, recvsz) int sock; u_int sendsz, recvsz; { return ((SVCXPRT *)0); }
SVCXPRT	*svcudp_create(sock) int sock; { return ((SVCXPRT *)0); }
int	svcudp_enablecache(t, s) SVCXPRT *t; u_long s; { return (0); }
int	swab( f, t, n) char *f, *t; {;}
int	swapon( s ) char *s; { return 0;}
int	symlink( t, f) char *t, *f; { return 0;}
int	sync(){;}
int	syscall(n, r, s, a) { return (n); }
long	sysconf(name) { return(1L); }
	/*VARARGS2 PRINTFLIKE2*/
int	syslog(l, f) char *f; {}
int	system(s) char *s; { return(0); }
int	tcdrain(fd) int fd; { return(0); }
int	tcflow(fd, action) int fd, action; { return(0); }
int	tcflush(fd, queue) int fd, queue; { return(0); }
int	tcgetattr(fd, p) int fd; struct termios *p; { return (0); }
pid_t	tcgetpgrp(fd) int fd; { return((pid_t)0); }
int	tcsendbreak(dur) int dur; { return (0); }
int	tcsetattr(fd, opts, p) int fd, opts; struct termios *p; { return (0); }
int	tcsetpgrp(fd, p) pid_t p; { return (0); }
char	*tdelete(k, r, c) char *k, **r; int (*c)(); { return (k); }
long	tell(f) { return((long)0); }
long	telldir( p ) DIR *p; { return 1L; }
char	*tempnam(d, s) char *d, *s; { return (d); }
char	*tfind(k, r, c) char *k, **r; int (*c)(); { return (k); }
time_t	time(t) time_t *t; { return( 0 );}
time_t	timegm(t) struct tm *t; { return (0); }
time_t	timelocal(t) struct tm *t; { return (0); }
time_t	timeoff(t, o) struct tm *t; long o; { return (0); }
clock_t	times(tmsp) struct tms *tmsp; { return 0; }
char	*timezone( z, d ){ return (char *)0; }
struct	tm *localtime(c) time_t *c; { return localtime(c); }
struct	tm	*gmtime(c) time_t *c; { return gmtime(c); }
FILE	*tmpfile() { return (stdin); }
char	*tmpnam(s) char *s; { return s; }
int	toascii(i) { return (i); }
int	tolower(i) { return (i); }
int	toupper(i) { return (i); }
int	truncate( p, l) char *p; off_t l; { return 0;}
char	*tsearch(k, r, c) char *k, **r; int (*c)(); { return (k); }
char	*ttyname(f) { return " "; }
int	ttyslot() { return 1; }
void	twalk(r, f) char *r; void (*f)(); {}
void	tzset() {}
void	tzsetwall() {}
unsigned	ualarm(value, interval) unsigned value, interval; { return 0; }
daddr_t	ulimit(c, n) daddr_t n; { return (n); }
mode_t	umask( n ) { return n; }
int	unadvfs(s) char *s; { return (0); }
int	uname(n) struct utsname *n; { return (0); }
int	ungetc( c, f ) FILE *f; {  return(c); }
int	unlink(s) char *s; { return(0); }
int	unmount(s) char *s; { return (0); }
int	user2netname(netname, uid, domain) char *netname; int uid; char *domain; { return (0); }
int	usleep(useconds) unsigned useconds; { ; }
int	ustat(d, b) struct ustat *b; { return (d); }
int	utime(name, timep) char *name; time_t *timep; { return 0; }
int	utimes( f, t ) char *f; struct timeval t[2]; { return 0 ;}
int	vadvise(p) { return (p); }
char	*valloc(s) unsigned s; { return malloc(s); }
int	vfork() { return(0); }
int	vfprintf(f, s, v) FILE *f; char *s; va_list v; { return (0); }
void	vhangup() {}
int	vlimit(limit, value) { return 0; }
int	vprintf(s, v) char *s; va_list v; { return (0); }
int	vsprintf(p, s, v) char *p, *s; va_list v; { return (0); }
int	vsyslog(l, f, v) char *f; va_list v; {}
int	vtimes(par, ch) struct vtimes *par, *ch; { return 0; }
pid_t	wait(s) int *s; { return(1); }
int	wait3( s, o, r) union wait *s; struct rusage *r; { return 1;}
int	wait4(pid, s, o, r) union wait *s; struct rusage *r; { return (1); }
pid_t	waitpid(p, l, o) pid_t p; int *l; { return(p); }
size_t	wcstombs(s, p, n) char *s; wchar_t *p; size_t n; { return (n); }
int	wctomb(s, pwc, n) char *s; wchar_t *pwc; size_t n; { return (0); }
int	write(f, b, l) char *b; { return(l); }
int	writev( f, v, l) struct iovec *v; { return l; }
bool_t	xdr_accepted_reply(xdrs, ar) XDR *xdrs; struct accepted_reply *ar; { return (0); }
bool_t	xdr_array(xdrs, addrp, sizep, maxsize, elsize, elproc) XDR *xdrs; caddr_t *addrp; u_int *sizep, maxsize, elsize; xdrproc_t elproc; { return (0); }
bool_t	xdr_authdes_cred(xdrs, cred) XDR *xdrs; struct authdes_cred *cred;{ return (0); }
bool_t	xdr_authdes_verf(xdrs, verf) XDR *xdrs; struct authdes_verf *verf; { return (0); }
bool_t	xdr_authunix_parms(xdrs, p) XDR *xdrs; struct authunix_parms *p; { return (0); }
bool_t	xdr_bool(xdrs, bp) XDR *xdrs; bool_t *bp; { return (0); }
bool_t	xdr_bytes(xdrs, cpp, sizep, maxsize) XDR *xdrs; char **cpp; u_int *sizep, maxsize; { return (0); }
bool_t	xdr_callhdr(xdrs, cmsg) XDR *xdrs; struct rpc_msg *cmsg; { return (0); }
bool_t	xdr_callmsg(xdrs, cmsg) XDR *xdrs; struct rpc_msg *cmsg; { return (0); }
bool_t	xdr_char(xdrs, cp) XDR *xdrs; char *cp; { return (0); }
bool_t	xdr_cryptkeyarg(xdrs, objp) XDR *xdrs; cryptkeyarg *objp; { return (0); }
bool_t	xdr_cryptkeyres(xdrs, objp) XDR *xdrs; cryptkeyres *objp; { return (0); }
bool_t	xdr_des_block(xdrs, blkp) XDR *xdrs; des_block *blkp; { return (0); }
bool_t	xdr_double(xdrs, dp) XDR *xdrs; double *dp; { return (0); }
bool_t	xdr_enum(xdrs, ep) XDR *xdrs; enum_t *ep; { return (0); }
bool_t	xdr_float(xdrs, fp) XDR *xdrs; float *fp; { return (0); }
void	xdr_free(proc, objp) xdrproc_t proc; char *objp; {}
bool_t	xdr_getcredres(xdrs, objp) XDR *xdrs; getcredres *objp; { return (0); }
bool_t	xdr_int(xdrs, ip) XDR *xdrs; int *ip; { return (0); }
bool_t	xdr_keybuf(xdrs, objp) XDR *xdrs; keybuf objp; { return (0); }
bool_t	xdr_keystatus(xdrs, objp) XDR *xdrs; keystatus *objp; { return (0); }
bool_t	xdr_long(xdrs, lp) XDR *xdrs; long *lp; { return (0); }
bool_t	xdr_netnamestr(xdrs, objp) XDR *xdrs; netnamestr *objp; { return (0); }
bool_t	xdr_netobj(xdrs, np) XDR *xdrs; struct netobj *np; { return (0); }
bool_t	xdr_opaque(xdrs, cp, cnt) XDR *xdrs; caddr_t cp; u_int cnt; { return (0); }
bool_t	xdr_opaque_auth(xdrs, ap) XDR *xdrs; struct opaque_auth *ap; { return (0); }
bool_t	xdr_pmap(xdrs, regs) XDR *xdrs; struct pmap *regs; { return (0); }
bool_t	xdr_pmaplist(xdrs, rp) XDR *xdrs; struct pmaplist **rp; { return (0); }
bool_t	xdr_pointer(xdrs,objpp,obj_size,xdr_obj) XDR *xdrs; char **objpp; u_int obj_size; xdrproc_t xdr_obj; { return (0); }
bool_t	xdr_pwdnm(xdrs,objp) XDR *xdrs; pwdnm *objp; { return (0); }
bool_t	xdr_reference(xdrs, pp, size, proc) XDR *xdrs; caddr_t *pp; u_int size; xdrproc_t proc; { return (0); }
bool_t	xdr_rejected_reply(xdrs, rr) XDR *xdrs; struct rejected_reply *rr; { return (0); }
bool_t	xdr_replymsg(xdrs, rmsg) XDR *xdrs; struct rpc_msg *rmsg; { return (0); }
bool_t	xdr_rmtcall_args(xdrs, cap) XDR *xdrs; struct rmtcallargs *cap; { return (0); }
int	xdr_rmtcallres(xdrs, crp) XDR *xdrs; struct rmtcallres *crp; { return (0); }
bool_t	xdr_short(xdrs, sp) XDR *xdrs; short *sp; { return (0); }
bool_t	xdr_string(xdrs, cpp, maxsize) XDR *xdrs; char **cpp; u_int maxsize; { return (0); }
bool_t	xdr_u_char(xdrs, cp) XDR *xdrs; char *cp; { return (0); }
bool_t	xdr_u_int(xdrs, up) XDR *xdrs; u_int *up; { return (0); }
bool_t	xdr_u_long(xdrs, ulp) XDR *xdrs; u_long *ulp; { return (0); }
bool_t	xdr_u_short(xdrs, usp) XDR *xdrs; u_short *usp; { return (0); }
bool_t	xdr_union(xdrs, dscmp, unp, choices, dfault) XDR *xdrs; enum_t *dscmp; char *unp; struct xdr_discrim *choices; xdrproc_t dfault; { return (0); }
bool_t	xdr_unixcred(xdrs, objp) XDR *xdrs; unixcred *objp; { return (0); }
bool_t	xdr_vector(xdrs, basep, nelem, elemsize, xdr_elem) XDR *xdrs; char *basep; u_int nelem, elemsize; xdrproc_t xdr_elem; { return (0); }
bool_t	xdr_void() { return (0); }
bool_t	xdr_wrapstring(xdrs, cpp) XDR *xdrs; char **cpp; { return (0); }
bool	xdr_yp_binding(xdrs, ps) XDR * xdrs; struct ypbind_binding *ps; { return (0); }
bool_t	xdr_yp_buf(x,o) XDR *x; /*yp_buf*/ char *o; { return (0); }
bool	xdr_yp_inaddr(xdrs, ps) XDR * xdrs; struct in_addr *ps; { return (0); }
bool	xdr_ypall(xdrs, c) XDR * xdrs; struct ypall_callback *c; { return (0); }
bool	xdr_ypbind_resp(xdrs, ps) XDR * xdrs; struct ypbind_resp *ps; { return (0); }
bool	xdr_ypbind_setdom(xdrs, ps) XDR *xdrs; struct ypbind_setdom *ps; { return (0); }
bool	xdr_ypdomain_wrap_string(xdrs, ppstring) XDR * xdrs; char **ppstring; { return (0); }
bool	xdr_ypmap_parms(xdrs, ps) XDR *xdrs; struct ypmap_parms *ps; { return (0); }
bool	xdr_ypmap_wrap_string(xdrs, ppstring) XDR * xdrs; char **ppstring;  { return (0); }
bool	xdr_ypmaplist(xdrs, ps) XDR *xdrs; struct ypmaplist **ps; { return (0); }
bool	xdr_ypmaplist_wrap_string(xdrs, ps) XDR *xdrs; char *ps; { return (0); }
bool	xdr_ypowner_wrap_string(xdrs, ppstring) XDR * xdrs; char **ppstring; { return (0); }
bool	xdr_yppushresp_xfr(xdrs, ps) XDR * xdrs; struct yppushresp_xfr *ps; { return (0); }
bool	xdr_ypreq_key(xdrs, ps) XDR *xdrs; struct ypreq_key *ps; { return (0); }
bool	xdr_ypreq_nokey(xdrs, ps) XDR * xdrs; struct ypreq_nokey *ps; { return (0); }
bool	xdr_ypreq_xfr(xdrs, ps) XDR * xdrs; struct ypreq_xfr *ps; { return (0); }
bool	xdr_ypresp_key_val(xdrs, ps) XDR * xdrs; struct ypresp_key_val *ps; { return (0); }
bool	xdr_ypresp_maplist(xdrs, ps) XDR * xdrs; struct ypresp_maplist *ps; { return (0); }
bool	xdr_ypresp_master(xdrs, ps) XDR * xdrs; struct ypresp_master *ps; { return (0); }
bool	xdr_ypresp_order(xdrs, ps) XDR * xdrs; struct ypresp_order *ps; { return (0); }
bool	xdr_ypresp_val(xdrs, ps) XDR * xdrs; struct ypresp_val *ps; { return (0); }
void	xdrmem_create(xdrs, addr, size, op) XDR *xdrs; caddr_t addr; u_int size; enum xdr_op op; {}
void	xdrrec_create(xdrs, sendsize, recvsize, tcp_handle, readit, writeit) XDR *xdrs; u_int sendsize, recvsize; caddr_t tcp_handle; int (*readit)(); int (*writeit)(); {}
bool_t	xdrrec_endofrecord(xdrs, sendnow) XDR *xdrs; bool_t sendnow; { return (0); }
bool_t	xdrrec_eof(xdrs) XDR *xdrs; { return (0); }
int	xdrrec_readbytes(xdrs, addr, l) XDR *xdrs; caddr_t addr; u_int l; { return (0); }
bool_t	xdrrec_skiprecord(xdrs) XDR *xdrs; { return (0); }
void	xdrstdio_create(xdrs, file, op) XDR *xdrs; FILE *file; enum xdr_op op; {}
void	xprt_register(xprt) SVCXPRT *xprt; {}
void	xprt_unregister(xprt) SVCXPRT *xprt; {}
int	yp_all(d, m, c) char *d, *m; struct ypall_callback *c; { return(0); }
int	yp_bind(i) char *i; { return (0); }
int	yp_first(id, im, ok, okl, ov, ovl) char *id, *im; char **ok, **ov; int *okl, *ovl; { return (0); }
int	yp_get_default_domain(o) char **o; { return (0); }
int	yp_master(d, m, ms) char *d, *m, **ms; { return(0); }
int	yp_match(id, im, ik, ikl, ov, ovl) char *id, *im, *ik; char **ov; int *ovl; { return (0); }
int	yp_next(id, im, ik, ikl, ok, okl, ov, ovl) char *id, *im, *ik; char **ok, **ov; int *okl, *ovl; { return (0); }
int	yp_order(id, im, o) char *id, *im; int *o; { return (0); }
int	yp_softbind(d, t) char *d; { return (0); }
void	yp_unbind(i) char *i; {}
int	yp_update(dom, m, o, k, kl, d, dl) char *dom, *m, *k, *d; unsigned o; { return (0); }
char	*yperr_string(c) { return (""); }
int	ypprot_err(i) unsigned i; { return (0); }
char*  strdup(a) char *a; { return (a); }
struct tm 	*offtime(timep, offset) time_t *timep; long offset; { return ((struct tm*)0); }
struct ether_addr *ether_aton(s) char *s; { return ((struct ether_addr*)0); }
struct exportent *getexportent(f) FILE *f; { return (0); }
struct mntent *getmntent(f) FILE *f; { return (struct mntent *)NULL; }