static void ScandirNCAT(PCStr(path),PCStr(rdir),scanDirCallP func,PCStr(arg))
{ FileStat st;
stat(path,&st);
Scandir(rdir,func,arg);
set_utimes(path,st.st_atime,st.st_mtime);
}
static int dirWalk(const char * dn)
{
rpmop op = memset(alloca(sizeof(*op)), 0, sizeof(*op));
int xx = rpmswEnter(op, 0);
DIR * dir;
struct dirent * dp;
off_t d_off = -1;
int nentries = 0;
int rc = 1;
if ((dir = Opendir(dn)) == NULL)
goto exit;
while ((dp = Readdir(dir)) != NULL) {
if (nentries == 0)
d_off = Telldir(dir);
printDir(dp, Telldir(dir), nentries++);
}
#ifdef NOISY
nentries = 0;
Rewinddir(dir);
while ((dp = Readdir(dir)) != NULL)
printDir(dp, Telldir(dir), nentries++);
Seekdir(dir, d_off);
while ((dp = Readdir(dir)) != NULL) {
printDir(dp, Telldir(dir), 0);
break;
}
#endif
rc = Closedir(dir);
#ifdef REFERENCE
{ struct dirent ** dirents = NULL;
int i;
nentries = Scandir(dn, &dirents, NULL, Alphasort);
for (i = 0; i < nentries; i++) {
dp = dirents[i];
printDir(dp, dp->d_off, i);
dirents[i] = _free(dirents[i]);
}
dirents = _free(dirents);
}
#endif
exit:
xx = rpmswExit(op, nentries);
fprintf(stderr, "===== %s: %d entries\n", dn, nentries);
if (_rpmsw_stats)
rpmswPrint("opendir:", op, NULL);
return rc;
}
/*
static int dir1(PCStr(cwd),PCStr(dir),PCStr(rdir),int dev,int ino,FILE *out,int *blocks)
*/
static int dir1(DA *da,PCStr(cwd),PCStr(dir),PCStr(rdir),int dev,int ino,FILE *out,int *blocks)
{ DA dab;
CStr(pcwd,1024);
CStr(dirbuf,1024);
*blocks = 0;
if( chdir(rdir) != 0 ){
errlog("can't chdir: %s\n",dir);
return 0;
}
if( !isFullpath(cwd) ){
mkabspath(AVStr(pcwd),CWD,cwd);
cwd = pcwd;
}
if( da ){
dab.d_Root = da->d_Root;
dab.d_Rlen = da->d_Rlen;
}
dab.d_top = 0;
dab.d_out = out;
dab.d_cwd = dir;
dab.d_dev = dev;
dab.d_ino = ino;
dab.d_blocks = 0;
dab.d_nch = 0;
dab.d_nrm = 0;
dab.d_lev = DIRLEV;
DIRLEV++;
if( F_UATIME )
Scandir(".",scanDirCall find1,&dab);
else{
if( !isFullpath(dir) ){
mkabspath(AVStr(dirbuf),CWD,dir);
dir = dirbuf;
}
ScandirNCAT(dir,".",scanDirCall find1,(char*)&dab);
}
DIRLEV--;
if( chdir(cwd) != 0 ){
errlog("can't return to: %s\n",cwd);
exit(-1);
}
*blocks = dab.d_blocks;
return dab.d_nch == dab.d_nrm;
}
static void sort_ls(PCStr(dirpath),LsArg *lsa)
{ int li;
const char *line;
lsa->l_nfill = 0;
lsa->l_nsize = 0;
lsa->l_lines = NULL;
Scandir(dirpath,scanDirCall ls2,lsa);
qsort(lsa->l_lines,lsa->l_nfill,sizeof(Elem),(sortFunc)cmpline);
for( li = 0; li < lsa->l_nfill; li++ ){
line = lsa->l_lines[li].s_line;
fprintf(lsa->l_out,"%s\r\n",line);
free((char*)line);
free((char*)lsa->l_lines[li].s_skey);
}
free(lsa->l_lines);
}
static void ino_name(PCStr(dir),int ino,PVStr(name))
{
setVStrEnd(name,0);
Scandir(dir,scanDirCall inofind1,ino,AVStr(name));
}
