LISP lrmdir(LISP p)
{long iflag;
iflag = no_interrupt(1);
if (rmdir(get_c_string(p)))
return(err("rmdir",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(NIL);}
LISP lrename(LISP p1,LISP p2)
{long iflag;
iflag = no_interrupt(1);
if (rename(get_c_string(p1),get_c_string(p2)))
return(err("rename",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(NIL);}
LISP llink(LISP p1,LISP p2)
{long iflag;
iflag = no_interrupt(1);
if (link(get_c_string(p1),get_c_string(p2)))
return(err("link",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(NIL);}
LISP lunlink(LISP p)
{long iflag;
iflag = no_interrupt(1);
if (unlink(get_c_string(p)))
return(err("unlink",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(NIL);}
LISP lgetfsent(void)
{long iflag;
LISP result;
iflag = no_interrupt(1);
result = decode_fstab(getfsent());
no_interrupt(iflag);
return(result);}
LISP laccess_problem(LISP lfname,LISP lacc)
{char *fname = get_c_string(lfname);
char *acc = get_c_string(lacc),*p;
int amode = 0,iflag = no_interrupt(1),retval;
for(p=acc;*p;++p)
switch(*p)
{case 'r':
amode |= R_OK;
break;
case 'w':
amode |= W_OK;
break;
case 'x':
amode |= X_OK;
break;
case 'f':
amode |= F_OK;
break;
default:
err("bad access mode",lacc);}
retval = access(fname,amode);
no_interrupt(iflag);
if (retval < 0)
return(llast_c_errmsg(-1));
else
return(NIL);}
LISP lsetfsent(void)
{long iflag;
LISP result;
iflag = no_interrupt(1);
result = flocons(setfsent());
no_interrupt(iflag);
return(result);}
LISP lmkdir(LISP p,LISP m)
{long iflag;
iflag = no_interrupt(1);
if (mkdir(get_c_string(p),get_c_long(m)))
return(err("mkdir",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(NIL);}
LISP lputpwent(LISP alist,LISP file)
{int iflag = no_interrupt(1);
int status;
struct passwd p;
lencode_pwent(alist,&p);
status = putpwent(&p,get_c_file(file,NULL));
no_interrupt(iflag);
return(NIL);}
LISP lnice(LISP val)
{int iflag,n;
n = get_c_long(val);
iflag = no_interrupt(1);
n = nice(n);
if (n == -1)
err("nice",llast_c_errmsg(-1));
no_interrupt(iflag);
return(flocons(n));}
LISP lreadlink(LISP p)
{long iflag;
char buff[PATH_MAX+1];
int size;
iflag = no_interrupt(1);
if ((size = readlink(get_c_string(p),buff,sizeof(buff))) < 0)
return(err("readlink",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(strcons(size,buff));}
LISP lkill(LISP pid,LISP sig)
{long iflag;
iflag = no_interrupt(1);
if (kill(get_c_long(pid),
NULLP(sig) ? SIGKILL : get_c_long(sig)))
err("kill",llast_c_errmsg(-1));
else
no_interrupt(iflag);
return(NIL);}
LISP lgetpwent(void)
{int iflag;
LISP result = NIL;
struct passwd *p;
iflag = no_interrupt(1);
if ((p = getpwent()))
result = ldecode_pwent(p);
no_interrupt(iflag);
return(result);}
LISP lgetpwnam(LISP nam)
{int iflag;
struct passwd *p;
LISP result = NIL;
iflag = no_interrupt(1);
if ((p = getpwnam(get_c_string(nam))))
result = ldecode_pwent(p);
no_interrupt(iflag);
return(result);}
LISP lsystem(LISP args)
{int retval;
long iflag;
iflag = no_interrupt(1);
retval = system(get_c_string(string_append(args)));
no_interrupt(iflag);
if (retval < 0)
return(cons(flocons(retval),llast_c_errmsg(-1)));
else
return(flocons(retval));}
LISP lgetpwuid(LISP luid)
{int iflag;
uid_t uid;
struct passwd *p;
LISP result = NIL;
uid = get_c_long(luid);
iflag = no_interrupt(1);
if ((p = getpwuid(uid)))
result = ldecode_pwent(p);
no_interrupt(iflag);
return(result);}
LISP lgdImageCreateFromXbm(LISP f)
{ LISP result;
long iflag;
result = cons(NIL,NIL);
result->type = tc_gdimage;
iflag = no_interrupt(1);
result->storage_as.string.data =
(char *) gdImageCreateFromXbm(get_c_file(f,NULL));
no_interrupt(iflag);
return(result);
}
LISP lgdImageCreate(LISP sx,LISP sy)
{ LISP result;
long iflag;
result = cons(NIL,NIL);
result->type = tc_gdimage;
iflag = no_interrupt(1);
result->storage_as.string.data = (char *) gdImageCreate(get_c_long(sx),
get_c_long(sy));
no_interrupt(iflag);
return(result);
}
LISP lcgdFontCreate(gdFontPtr font)
{ LISP result;
long iflag;
result = cons(NIL,NIL);
result->type = tc_gdfont;
iflag = no_interrupt(1);
result->storage_as.string.data = (char *) font;
result->storage_as.string.dim = 0;
no_interrupt(iflag);
return(result);
}
LISP lfork(void)
{int iflag;
pid_t pid;
iflag = no_interrupt(1);
pid = fork();
if (pid == 0)
{no_interrupt(iflag);
return(NIL);}
if (pid == -1)
return(err("fork",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(flocons(pid));}
LISP lgetgrgid(LISP n)
{gid_t gid;
struct group *gr;
long iflag,j;
LISP result = NIL;
gid = get_c_long(n);
iflag = no_interrupt(1);
if ((gr = getgrgid(gid)))
{result = cons(strcons(strlen(gr->gr_name),gr->gr_name),result);
for(j=0;gr->gr_mem[j];++j)
result = cons(strcons(strlen(gr->gr_mem[j]),gr->gr_mem[j]),result);
result = nreverse(result);}
no_interrupt(iflag);
return(result);}
LISP lexec(LISP path,LISP args,LISP env)
{int iflag;
char **argv = NULL, **envp = NULL;
LISP gcsafe=NIL;
iflag = no_interrupt(1);
argv = list2char(&gcsafe,args);
if NNULLP(env)
envp = list2char(&gcsafe,env);
if (envp)
execve(get_c_string(path),argv,envp);
else
execv(get_c_string(path),argv);
no_interrupt(iflag);
return(err("exec",llast_c_errmsg(-1)));}
LISP lgdPoint(LISP args)
{ LISP result,l;
long iflag,j,m,n = nlength(args);
gdPointPtr pt;
if ((n % 2) || (!n))
err("must be an even positive length",args);
m = n / 2;
result = cons(NIL,NIL);
result->type = tc_gdpoint;
iflag = no_interrupt(1);
pt = (gdPointPtr) must_malloc(sizeof(gdPoint) * m);
result->storage_as.string.data = (char *) pt;
result->storage_as.string.dim = m;
no_interrupt(iflag);
for(j=0,l=args; j<m; ++j,l=cddr(l))
{ pt[j].x = get_c_long(car(l));
pt[j].y = get_c_long(cadr(l));
}
return(result);
}
LISP lwait(LISP lpid,LISP loptions)
{pid_t pid,ret;
int iflag,status = 0,options;
pid = NULLP(lpid) ? -1 : get_c_long(lpid);
options = assemble_options(loptions,
#ifdef WCONTINUED
"WCONTINUED",WCONTINUED,
#endif
#ifdef WNOWAIT
"WNOWAIT",WNOWAIT,
#endif
"WNOHANG",WNOHANG,
"WUNTRACED",WUNTRACED,
NULL);
iflag = no_interrupt(1);
ret = waitpid(pid,&status,options);
no_interrupt(iflag);
if (ret == 0)
return(NIL);
else if (ret == -1)
return(err("wait",llast_c_errmsg(-1)));
else
/* should do more decoding on the status */
return(cons(flocons(ret),cons(flocons(status),NIL)));}
LISP lendfsent(void)
{long iflag;
iflag = no_interrupt(1);
endfsent();
no_interrupt(iflag);
return(NIL);}
LISP lendpwent(void)
{int iflag = no_interrupt(1);
endpwent();
no_interrupt(iflag);
return(NIL);}
LISP lsetpwfile(LISP fname)
{int iflag = no_interrupt(1);
setpwfile(get_c_string(fname));
no_interrupt(iflag);
return(NIL);}
LISP lexit(LISP val)
{int iflag = no_interrupt(1);
exit(get_c_long(val));
no_interrupt(iflag);
return(NIL);}
LISP lstatfs(LISP path)
{long iflag;
struct statfs s;
iflag = no_interrupt(1);
if (statfs(get_c_string(path),&s,sizeof(s)))
return(err("statfs",llast_c_errmsg(-1)));
no_interrupt(iflag);
return(symalist("type",(((s.f_type >= 0) && (s.f_type < MNT_NUMTYPES) &&
mnt_names[s.f_type])
? rintern(mnt_names[s.f_type])
: flocons(s.f_type)),
"bsize",flocons(s.f_bsize),
"blocks",flocons(s.f_blocks),
"bfree",flocons(s.f_bfree),
"bavail",flocons(s.f_bavail),
"files",flocons(s.f_files),
"ffree",flocons(s.f_ffree),
"mntonname",strcons(-1,s.f_mntonname),
"mntfromname",strcons(-1,s.f_mntfromname),
NULL));}