char const *
strgeti(char const *s)
{
char *str = strnew(strlen(s));
char *p = str;
const char *ret;
for (; *s != '\0'; s++)
*p++ = (isupper(*s)) ? tolower(*s) : *s;
*p = '\0';
ret = strget(str);
strfree(str);
return ret;
}
// ---------------------------------------------------------------------------
// On ne stocke pas les champs et ils ne sont pas éditables
// -----------
int bv310GridAIASCIIBaseAccessor::load_fields(){
field fp;
fp.state=0;
fp.state|=_kFieldEditLock_;
fp.state|=_kFieldDeleteLock_;
fp.state|=_kFieldMasked_;
// Identifiant
fp.offset=1;
fp.fid=-1;
fp.kind=_int;
fp.size=sizeof(int);
fp.len=15;
fp.decs=0;
strget(kMsgID,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-2;
fp.kind=_char;
fp.size=32;
fp.len=30;
fp.decs=0;
strget(kMsgCreator,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-3;
fp.kind=_date;
fp.size=sizeof(double);
fp.len=30;
fp.decs=0;
strget(kMsgDTOC,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-4;
fp.kind=_char;
fp.size=32;
fp.len=30;
fp.decs=0;
strget(kMsgModifier,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-5;
fp.kind=_date;
fp.size=sizeof(double);
fp.len=30;
fp.decs=0;
strget(kMsgDTOM,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-6;
fp.kind=_int;
fp.size=sizeof(int);
fp.len=15;
fp.decs=0;
strget(kMsgState,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"0");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=-7;
fp.kind=_ivxrect;
fp.size=sizeof(ivx_rect);
fp.len=15;
fp.decs=0;
strget(kMsgBounds,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.state=0;
fp.state|=_kFieldEditLock_;
fp.state|=_kFieldDeleteLock_;
fp.offset++;
fp.fid=-8;
fp.kind=_ivxs2;
fp.size=sizeof(DB_usz);
fp.len=15;
fp.decs=0;
strget(kMsgGeom,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=1;
fp.kind=_char;
fp.size=64;
fp.len=50;
fp.decs=0;
strget(kMsgName,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=2;
fp.kind=_int;
fp.size=sizeof(int);
fp.len=15;
fp.decs=0;
strget(kMsgSubType,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"1");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=3;
fp.kind=_int;
fp.size=sizeof(int);
fp.len=15;
fp.decs=0;
strget(kMsgColor,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"1");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=8;
fp.kind=_int;
fp.size=sizeof(int);
fp.len=2;
fp.decs=0;
strget(kMsgFlag,fp.name);
fp.cnstrkind=0;
strcpy(fp.defval,"0");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
fp.offset++;
fp.fid=9;
fp.kind=_double;
fp.size=sizeof(double);
fp.len=30;
fp.decs=6;
strcpy(fp.name,"VALUE");
fp.cnstrkind=0;
strcpy(fp.defval,"0");
fp.index=fp.offset;
fp.tbl_id=0;
_elts.add(&fp);
return(noErr);
}
static int
cifs_idmap(const key_serial_t key, const char *key_descr)
{
int rc = 1;
char *sidstr = NULL;
struct cifs_sid sid;
struct cifs_uxid cuxid;
/*
* Use winbind to convert received string to a SID and lookup
* name and map that SID to an uid. If either of these
* function calls return with an error, return an error the
* upcall caller. Otherwise instanticate a key using that uid.
*
* The same applies to SID and gid mapping.
*/
sidstr = strget(key_descr, "os:");
if (sidstr) {
rc = str_to_sid(plugin_handle, sidstr, &sid);
if (rc) {
syslog(LOG_DEBUG, "Unable to convert owner string %s "
"to SID: %s", key_descr, plugin_errmsg);
goto cifs_idmap_ret;
}
rc = sids_to_ids(plugin_handle, &sid, 1, &cuxid);
if (rc || (cuxid.type != CIFS_UXID_TYPE_UID &&
cuxid.type != CIFS_UXID_TYPE_BOTH)) {
syslog(LOG_DEBUG, "Unable to convert %s to "
"UID: %s", key_descr, plugin_errmsg);
rc = rc ? rc : -EINVAL;
goto cifs_idmap_ret;
}
rc = keyctl_instantiate(key, &cuxid.id.uid, sizeof(uid_t), 0);
if (rc)
syslog(LOG_ERR, "%s: key inst: %s", __func__,
strerror(errno));
goto cifs_idmap_ret;
}
sidstr = strget(key_descr, "gs:");
if (sidstr) {
rc = str_to_sid(plugin_handle, sidstr, &sid);
if (rc) {
syslog(LOG_DEBUG, "Unable to convert group string %s "
"to SID: %s", key_descr, plugin_errmsg);
goto cifs_idmap_ret;
}
rc = sids_to_ids(plugin_handle, &sid, 1, &cuxid);
if (rc || (cuxid.type != CIFS_UXID_TYPE_GID &&
cuxid.type != CIFS_UXID_TYPE_BOTH)) {
syslog(LOG_DEBUG, "Unable to convert %s to "
"GID: %s", key_descr, plugin_errmsg);
rc = rc ? rc : -EINVAL;
goto cifs_idmap_ret;
}
rc = keyctl_instantiate(key, &cuxid.id.gid, sizeof(gid_t), 0);
if (rc)
syslog(LOG_ERR, "%s: key inst: %s", __func__,
strerror(errno));
goto cifs_idmap_ret;
}
sidstr = strget(key_descr, "oi:");
if (sidstr) {
rc = str_to_uint(sidstr, (unsigned int *)&cuxid.id.uid);
if (rc) {
syslog(LOG_ERR, "Unable to convert %s to uid: %s",
sidstr, strerror(rc));
goto cifs_idmap_ret;
}
cuxid.type = CIFS_UXID_TYPE_UID;
syslog(LOG_DEBUG, "SID: %s, uid: %u", sidstr, cuxid.id.uid);
rc = ids_to_sids(plugin_handle, &cuxid, 1, &sid);
if (rc || sid.revision == 0) {
syslog(LOG_DEBUG, "uid %u to SID error: %s",
cuxid.id.uid, plugin_errmsg);
goto cifs_idmap_ret;
}
rc = keyctl_instantiate(key, &sid, sizeof(struct cifs_sid), 0);
if (rc)
syslog(LOG_ERR, "%s: key inst: %s", __func__,
strerror(errno));
goto cifs_idmap_ret;
}
sidstr = strget(key_descr, "gi:");
if (sidstr) {
rc = str_to_uint(sidstr, (unsigned int *)&cuxid.id.gid);
if (rc) {
syslog(LOG_ERR, "Unable to convert %s to gid: %s",
sidstr, strerror(rc));
goto cifs_idmap_ret;
}
cuxid.type = CIFS_UXID_TYPE_GID;
syslog(LOG_DEBUG, "SID: %s, gid: %u", sidstr, cuxid.id.gid);
rc = ids_to_sids(plugin_handle, &cuxid, 1, &sid);
if (rc || sid.revision == 0) {
syslog(LOG_DEBUG, "gid %u to SID error: %s",
cuxid.id.gid, plugin_errmsg);
goto cifs_idmap_ret;
}
rc = keyctl_instantiate(key, &sid, sizeof(struct cifs_sid), 0);
if (rc)
syslog(LOG_ERR, "%s: key inst: %s", __func__,
strerror(errno));
goto cifs_idmap_ret;
}
syslog(LOG_DEBUG, "Invalid key: %s", key_descr);
cifs_idmap_ret:
return rc;
}
