/*
* List the OpenIDs associated with the currently logged in account
*/
void cmd_oidl(char *argbuf) {
struct cdbdata *cdboi;
long usernum = 0L;
if (CtdlGetConfigInt("c_disable_newu"))
{
cprintf("%d this system does not support openid.\n",
ERROR + CMD_NOT_SUPPORTED);
return;
}
if (CtdlAccessCheck(ac_logged_in)) return;
cdb_rewind(CDB_OPENID);
cprintf("%d Associated OpenIDs:\n", LISTING_FOLLOWS);
while (cdboi = cdb_next_item(CDB_OPENID), cdboi != NULL) {
if (cdboi->len > sizeof(long)) {
memcpy(&usernum, cdboi->ptr, sizeof(long));
if (usernum == CC->user.usernum) {
cprintf("%s\n", cdboi->ptr + sizeof(long));
}
}
cdb_free(cdboi);
}
cprintf("000\n");
}
/*
* List ALL OpenIDs in the database
*/
void cmd_oida(char *argbuf) {
struct cdbdata *cdboi;
long usernum;
struct ctdluser usbuf;
if (CtdlGetConfigInt("c_disable_newu"))
{
cprintf("%d this system does not support openid.\n",
ERROR + CMD_NOT_SUPPORTED);
return;
}
if (CtdlAccessCheck(ac_aide)) return;
cdb_rewind(CDB_OPENID);
cprintf("%d List of all OpenIDs in the database:\n", LISTING_FOLLOWS);
while (cdboi = cdb_next_item(CDB_OPENID), cdboi != NULL) {
if (cdboi->len > sizeof(long)) {
memcpy(&usernum, cdboi->ptr, sizeof(long));
if (CtdlGetUserByNumber(&usbuf, usernum) != 0) {
usbuf.fullname[0] = 0;
}
cprintf("%s|%ld|%s\n",
cdboi->ptr + sizeof(long),
usernum,
usbuf.fullname
);
}
cdb_free(cdboi);
}
cprintf("000\n");
}
/*
* Purge the use table of old entries.
*
*/
int PurgeUseTable(StrBuf *ErrMsg) {
int purged = 0;
struct cdbdata *cdbut;
struct UseTable ut;
struct UPurgeList *ul = NULL;
struct UPurgeList *uptr;
/* Phase 1: traverse through the table, discovering old records... */
if (CheckTDAPVeto(CDB_USETABLE, ErrMsg))
{
syslog(LOG_DEBUG, "Purge use table: VETO!");
return 0;
}
syslog(LOG_DEBUG, "Purge use table: phase 1");
cdb_rewind(CDB_USETABLE);
while(cdbut = cdb_next_item(CDB_USETABLE), cdbut != NULL) {
/*
* TODODRW: change this to create a new function time_t cdb_get_timestamp( struct cdbdata *)
* this will release this file from the serv_network.h
* Maybe it could be a macro that extracts and casts the reult
*/
if (cdbut->len > sizeof(struct UseTable))
memcpy(&ut, cdbut->ptr, sizeof(struct UseTable));
else {
memset(&ut, 0, sizeof(struct UseTable));
memcpy(&ut, cdbut->ptr, cdbut->len);
}
cdb_free(cdbut);
if ( (time(NULL) - ut.ut_timestamp) > USETABLE_RETAIN ) {
uptr = (struct UPurgeList *) malloc(sizeof(struct UPurgeList));
if (uptr != NULL) {
uptr->next = ul;
safestrncpy(uptr->up_key, ut.ut_msgid, sizeof uptr->up_key);
ul = uptr;
}
++purged;
}
}
/* Phase 2: delete the records */
syslog(LOG_DEBUG, "Purge use table: phase 2");
while (ul != NULL) {
cdb_delete(CDB_USETABLE, ul->up_key, strlen(ul->up_key));
uptr = ul->next;
free(ul);
ul = uptr;
}
syslog(LOG_DEBUG, "Purge use table: finished (purged %d records)", purged);
return(purged);
}
/*
* Purge the EUID Index of old records.
*
*/
int PurgeEuidIndexTable(void) {
int purged = 0;
struct cdbdata *cdbei;
struct EPurgeList *el = NULL;
struct EPurgeList *eptr;
long msgnum;
struct CtdlMessage *msg = NULL;
/* Phase 1: traverse through the table, discovering old records... */
syslog(LOG_DEBUG, "Purge EUID index: phase 1");
cdb_rewind(CDB_EUIDINDEX);
while(cdbei = cdb_next_item(CDB_EUIDINDEX), cdbei != NULL) {
memcpy(&msgnum, cdbei->ptr, sizeof(long));
msg = CtdlFetchMessage(msgnum, 0);
if (msg != NULL) {
CM_Free(msg); /* it still exists, so do nothing */
}
else {
eptr = (struct EPurgeList *) malloc(sizeof(struct EPurgeList));
if (eptr != NULL) {
eptr->next = el;
eptr->ep_keylen = cdbei->len - sizeof(long);
eptr->ep_key = malloc(cdbei->len);
memcpy(eptr->ep_key, &cdbei->ptr[sizeof(long)], eptr->ep_keylen);
el = eptr;
}
++purged;
}
cdb_free(cdbei);
}
/* Phase 2: delete the records */
syslog(LOG_DEBUG, "Purge euid index: phase 2");
while (el != NULL) {
cdb_delete(CDB_EUIDINDEX, el->ep_key, el->ep_keylen);
free(el->ep_key);
eptr = el->next;
free(el);
el = eptr;
}
syslog(LOG_DEBUG, "Purge euid index: finished (purged %d records)", purged);
return(purged);
}
/*
* Get Next Unregistered User
*/
void cmd_gnur(char *argbuf)
{
struct cdbdata *cdbus;
struct ctdluser usbuf;
if (CtdlAccessCheck(ac_aide)) {
return;
}
if ((CtdlGetConfigInt("MMflags") & MM_VALID) == 0) {
cprintf("%d There are no unvalidated users.\n", CIT_OK);
return;
}
/* There are unvalidated users. Traverse the user database,
* and return the first user we find that needs validation.
*/
cdb_rewind(CDB_USERS);
while (cdbus = cdb_next_item(CDB_USERS), cdbus != NULL) {
memset(&usbuf, 0, sizeof(struct ctdluser));
memcpy(&usbuf, cdbus->ptr,
((cdbus->len > sizeof(struct ctdluser)) ?
sizeof(struct ctdluser) : cdbus->len));
cdb_free(cdbus);
if ((usbuf.flags & US_NEEDVALID)
&& (usbuf.axlevel > AxDeleted)) {
cprintf("%d %s\n", MORE_DATA, usbuf.fullname);
cdb_close_cursor(CDB_USERS);
return;
}
}
/* If we get to this point, there are no more unvalidated users.
* Therefore we clear the "users need validation" flag.
*/
begin_critical_section(S_CONTROL);
int flags;
flags = CtdlGetConfigInt("MMflags");
flags = flags & (~MM_VALID);
CtdlSetConfigInt("MMflags", flags);
end_critical_section(S_CONTROL);
cprintf("%d *** End of registration.\n", CIT_OK);
}
/*
* Purge OpenID assocations for missing users (theoretically this will never delete anything)
*/
int PurgeStaleOpenIDassociations(void) {
struct cdbdata *cdboi;
struct ctdluser usbuf;
HashList *keys = NULL;
HashPos *HashPos;
char *deleteme = NULL;
long len;
void *Value;
const char *Key;
int num_deleted = 0;
long usernum = 0L;
keys = NewHash(1, NULL);
if (!keys) return(0);
cdb_rewind(CDB_OPENID);
while (cdboi = cdb_next_item(CDB_OPENID), cdboi != NULL) {
if (cdboi->len > sizeof(long)) {
memcpy(&usernum, cdboi->ptr, sizeof(long));
if (CtdlGetUserByNumber(&usbuf, usernum) != 0) {
deleteme = strdup(cdboi->ptr + sizeof(long)),
Put(keys, deleteme, strlen(deleteme), deleteme, NULL);
}
}
cdb_free(cdboi);
}
/* Go through the hash list, deleting keys we stored in it */
HashPos = GetNewHashPos(keys, 0);
while (GetNextHashPos(keys, HashPos, &len, &Key, &Value)!=0)
{
syslog(LOG_DEBUG, "Deleting associated OpenID <%s>", (char*)Value);
cdb_delete(CDB_OPENID, Value, strlen(Value));
/* note: don't free(Value) -- deleting the hash list will handle this for us */
++num_deleted;
}
DeleteHashPos(&HashPos);
DeleteHash(&keys);
return num_deleted;
}
void cmd_whok(char *cmdbuf)
{
struct ctdluser temp;
struct cdbdata *cdbus;
int ra;
cprintf("%d Who knows room:\n", LISTING_FOLLOWS);
cdb_rewind(CDB_USERS);
while (cdbus = cdb_next_item(CDB_USERS), cdbus != NULL) {
memset(&temp, 0, sizeof temp);
memcpy(&temp, cdbus->ptr, sizeof temp);
cdb_free(cdbus);
CtdlRoomAccess(&CC->room, &temp, &ra, NULL);
if ((!IsEmptyStr(temp.fullname)) &&
(CC->room.QRflags & QR_INUSE) &&
(ra & UA_KNOWN)
)
cprintf("%s\n", temp.fullname);
}
cprintf("000\n");
}
/*
* Detach an OpenID from the currently logged in account
*/
void cmd_oidd(char *argbuf) {
struct cdbdata *cdboi;
char id_to_detach[1024];
int this_is_mine = 0;
long usernum = 0L;
if (CtdlGetConfigInt("c_disable_newu"))
{
cprintf("%d this system does not support openid.\n",
ERROR + CMD_NOT_SUPPORTED);
return;
}
if (CtdlAccessCheck(ac_logged_in)) return;
extract_token(id_to_detach, argbuf, 0, '|', sizeof id_to_detach);
if (IsEmptyStr(id_to_detach)) {
cprintf("%d An empty OpenID URL is not allowed.\n", ERROR + ILLEGAL_VALUE);
}
cdb_rewind(CDB_OPENID);
while (cdboi = cdb_next_item(CDB_OPENID), cdboi != NULL) {
if (cdboi->len > sizeof(long)) {
memcpy(&usernum, cdboi->ptr, sizeof(long));
if (usernum == CC->user.usernum) {
this_is_mine = 1;
}
}
cdb_free(cdboi);
}
if (!this_is_mine) {
cprintf("%d That OpenID was not found or not associated with your account.\n",
ERROR + ILLEGAL_VALUE);
return;
}
cdb_delete(CDB_OPENID, id_to_detach, strlen(id_to_detach));
cprintf("%d %s detached from your account.\n", CIT_OK, id_to_detach);
}
/*
* Purge visits
*
* This is a really cumbersome "garbage collection" function. We have to
* delete visits which refer to rooms and/or users which no longer exist. In
* order to prevent endless traversals of the room and user files, we first
* build linked lists of rooms and users which _do_ exist on the system, then
* traverse the visit file, checking each record against those two lists and
* purging the ones that do not have a match on _both_ lists. (Remember, if
* either the room or user being referred to is no longer on the system, the
* record is completely useless.)
*/
int PurgeVisits(void) {
struct cdbdata *cdbvisit;
visit vbuf;
struct VPurgeList *VisitPurgeList = NULL;
struct VPurgeList *vptr;
int purged = 0;
char IndexBuf[32];
int IndexLen;
struct ValidRoom *vrptr;
struct ValidUser *vuptr;
int RoomIsValid, UserIsValid;
/* First, load up a table full of valid room/gen combinations */
CtdlForEachRoom(AddValidRoom, NULL);
/* Then load up a table full of valid user numbers */
ForEachUser(AddValidUser, NULL);
/* Now traverse through the visits, purging irrelevant records... */
cdb_rewind(CDB_VISIT);
while(cdbvisit = cdb_next_item(CDB_VISIT), cdbvisit != NULL) {
memset(&vbuf, 0, sizeof(visit));
memcpy(&vbuf, cdbvisit->ptr,
( (cdbvisit->len > sizeof(visit)) ?
sizeof(visit) : cdbvisit->len) );
cdb_free(cdbvisit);
RoomIsValid = 0;
UserIsValid = 0;
/* Check to see if the room exists */
for (vrptr=ValidRoomList; vrptr!=NULL; vrptr=vrptr->next) {
if ( (vrptr->vr_roomnum==vbuf.v_roomnum)
&& (vrptr->vr_roomgen==vbuf.v_roomgen))
RoomIsValid = 1;
}
/* Check to see if the user exists */
for (vuptr=ValidUserList; vuptr!=NULL; vuptr=vuptr->next) {
if (vuptr->vu_usernum == vbuf.v_usernum)
UserIsValid = 1;
}
/* Put the record on the purge list if it's dead */
if ((RoomIsValid==0) || (UserIsValid==0)) {
vptr = (struct VPurgeList *)
malloc(sizeof(struct VPurgeList));
vptr->next = VisitPurgeList;
vptr->vp_roomnum = vbuf.v_roomnum;
vptr->vp_roomgen = vbuf.v_roomgen;
vptr->vp_usernum = vbuf.v_usernum;
VisitPurgeList = vptr;
}
}
/* Free the valid room/gen combination list */
while (ValidRoomList != NULL) {
vrptr = ValidRoomList->next;
free(ValidRoomList);
ValidRoomList = vrptr;
}
/* Free the valid user list */
while (ValidUserList != NULL) {
vuptr = ValidUserList->next;
free(ValidUserList);
ValidUserList = vuptr;
}
/* Now delete every visit on the purged list */
while (VisitPurgeList != NULL) {
IndexLen = GenerateRelationshipIndex(IndexBuf,
VisitPurgeList->vp_roomnum,
VisitPurgeList->vp_roomgen,
VisitPurgeList->vp_usernum);
cdb_delete(CDB_VISIT, IndexBuf, IndexLen);
vptr = VisitPurgeList->next;
free(VisitPurgeList);
VisitPurgeList = vptr;
++purged;
}
return(purged);
}
/*
* Implements the GETACL command.
*/
void imap_getacl(int num_parms, ConstStr *Params) {
char roomname[ROOMNAMELEN];
char savedroom[ROOMNAMELEN];
int msgs, new;
int ret;
struct ctdluser temp;
struct cdbdata *cdbus;
int ra;
StrBuf *rights;
if (num_parms != 3) {
IReply("BAD usage error");
return;
}
/*
* Search for the specified room or folder
*/
ret = imap_grabroom(roomname, Params[2].Key, 1);
if (ret != 0) {
IReply("NO Invalid mailbox name or access denied");
return;
}
/*
* CtdlUserGoto() formally takes us to the desired room. (If another
* folder is selected, save its name so we can return there!!!!!)
*/
if (IMAP->selected) {
strcpy(savedroom, CC->room.QRname);
}
CtdlUserGoto(roomname, 0, 0, &msgs, &new, NULL, NULL);
IAPuts("* ACL ");
IPutCParamStr(2);
/*
* Traverse the userlist
*/
rights = NewStrBuf();
cdb_rewind(CDB_USERS);
while (cdbus = cdb_next_item(CDB_USERS), cdbus != NULL)
{
memset(&temp, 0, sizeof temp);
memcpy(&temp, cdbus->ptr, sizeof temp);
cdb_free(cdbus);
CtdlRoomAccess(&CC->room, &temp, &ra, NULL);
if (!IsEmptyStr(temp.fullname)) {
imap_acl_flags(rights, ra);
if (StrLength(rights) > 0) {
IAPuts(" ");
IPutStr(temp.fullname, strlen(temp.fullname));
IAPuts(" ");
iaputs(SKEY( rights));
}
}
}
FreeStrBuf(&rights);
IAPuts("\r\n");
/*
* If another folder is selected, go back to that room so we can resume
* our happy day without violent explosions.
*/
if (IMAP->selected) {
CtdlUserGoto(savedroom, 0, 0, &msgs, &new, NULL, NULL);
}
