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Re: (ITS#6660) paged result searches fail to deallocate memory until slapd shutdown
by quanah＠zimbra.com 30 Sep '10

30 Sep '10

--On Thursday, September 30, 2010 11:14 AM +0000 masarati(a)aero.polimi.it wrote: > There's no mention of overlays; I was wondering whether or not it could be > related to some adverse interaction, e.g. with sssvlv, which has some > paged-results specific code. Can you also post on overlays either global > or specific to "olcDatabase={2}hdb"? There are no overlays being used. ;) As I said, a very vanilla config. --Quanah -- Quanah Gibson-Mount Principal Software Engineer Zimbra, Inc -------------------- Zimbra :: the leader in open source messaging and collaboration

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RE: ITS#6661 (Was: FW: (6661))
by masarati＠aero.polimi.it 30 Sep '10

30 Sep '10

Should be fine now. The whole thing originated from the fact that be_rootdn_bind() was passed a NULL SlapReply* without handling results accordingly. Thanks, p. > Yes it is fixed, > > But in your fix, only the rootpw password works. If we have the rootdn > also as a dn stored inside the ldap tree then openldap does not tries to > bind to the dn of the tree if the rootpw is incorrect > > if we use the same code segment of bind.cpp written for back-bdb which is: > > /* allow noauth binds */ > switch ( be_rootdn_bind( op, NULL ) ) { > case LDAP_SUCCESS: > /* frontend will send result */ > return rs->sr_err; > default: > break; > } > And the rootpw is not matched, then slapd will continue to search the ldap > tree and if it finds a dn and its userPassword matches, then it > authenticates. If an appropriate dn / password is not found in the tree, > then it throughs the invalid credentials error. > > Maybe the bind-dbd way is more correct? > >

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RE: ITS#6661 (Was: FW: (6661))
by gtzanetis＠pylones.gr 30 Sep '10

30 Sep '10

Yes it is fixed, But in your fix, only the rootpw password works. If we have the rootdn also= as a dn stored inside the ldap tree then openldap does not tries to bind t= o the dn of the tree if the rootpw is incorrect if we use the same code segment of bind.cpp written for back-bdb which is: /* allow noauth binds */ switch ( be_rootdn_bind( op, NULL ) ) { case LDAP_SUCCESS: /* frontend will send result */ return rs->sr_err; default: break; } And the rootpw is not matched, then slapd will continue to search the ldap = tree and if it finds a dn and its userPassword matches, then it authenticat= es. If an appropriate dn / password is not found in the tree, then it throu= ghs the invalid credentials error. Maybe the bind-dbd way is more correct?

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Re: (ITS#6660) paged result searches fail to deallocate memory until slapd shutdown
by hyc＠symas.com 30 Sep '10

30 Sep '10

masarati(a)aero.polimi.it wrote: >> --On Wednesday, September 29, 2010 8:34 PM +0200 masarati(a)aero.polimi.it >> wrote: >> >>>> --On Wednesday, September 29, 2010 12:38 AM +0000 quanah(a)zimbra.com >>>> wrote: >>>> >>>>> It appears to be a problem with the entry cache, which is set to >>>>> 25,000: >>>> >>>> Running with a fix from Howard, the entry cache behaves correctly. >>>> However, slapd still grows at the same rate. >>>> >>>> If I limit to only 10 paged results searches, slapd grows at a rate of >>>> 300MB Virtual and 300MB Resident for every set of 10 paged results >>>> searches >>>> I do concurrently, up until I run slapd out of memory. There's >>>> something >>>> very wrong with paged results searches. >>> >>> Could it be configuration-specific? I tested with a plain configuration >>> resulting from test003; maybe some player in the middle, say, is causing >>> entries to be duplicated and leaked, or read-locks on originals are not >>> released correctly? Can you post a configuration that shows the issue? >> >> Hi Pierangelo, >> >> My testing shows the issue is only really visible with large databases >> that >> return giant result sets. I don't expect you to see it with a small >> database and test003, because the amount of "lost" memory will be a few >> bytes at best. > > If it's something related to bdb's cache size I agree; if it's related to > paged results I'd expect to notice it anyway using valgrind or so. > There's no actual leak, so valgrind won't point anything out. It's simply an issue with the entry cache not running its purge in some cases where it needs to. cn=monitor shows that the entry cache grows far beyond its configured size. Still looking into a proper fix. -- -- Howard Chu CTO, Symas Corp. http://www.symas.com Director, Highland Sun http://highlandsun.com/hyc/ Chief Architect, OpenLDAP http://www.openldap.org/project/

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Re: (ITS#6660) paged result searches fail to deallocate memory until slapd shutdown
by masarati＠aero.polimi.it 30 Sep '10

30 Sep '10

> --On Wednesday, September 29, 2010 8:34 PM +0200 masarati(a)aero.polimi.it > wrote: > >>> --On Wednesday, September 29, 2010 12:38 AM +0000 quanah(a)zimbra.com >>> wrote: >>> >>>> It appears to be a problem with the entry cache, which is set to >>>> 25,000: >>> >>> Running with a fix from Howard, the entry cache behaves correctly. >>> However, slapd still grows at the same rate. >>> >>> If I limit to only 10 paged results searches, slapd grows at a rate of >>> 300MB Virtual and 300MB Resident for every set of 10 paged results >>> searches >>> I do concurrently, up until I run slapd out of memory. There's >>> something >>> very wrong with paged results searches. >> >> Could it be configuration-specific? I tested with a plain configuration >> resulting from test003; maybe some player in the middle, say, is causing >> entries to be duplicated and leaked, or read-locks on originals are not >> released correctly? Can you post a configuration that shows the issue? > > Hi Pierangelo, > > My testing shows the issue is only really visible with large databases > that > return giant result sets. I don't expect you to see it with a small > database and test003, because the amount of "lost" memory will be a few > bytes at best. If it's something related to bdb's cache size I agree; if it's related to paged results I'd expect to notice it anyway using valgrind or so. > My configuration itself is very minimal, but it is in cn=config format. ;) > > dn: olcDatabase={2}hdb > objectClass: olcDatabaseConfig > objectClass: olcHdbConfig > olcDatabase: {2}hdb > olcSuffix: > olcAccess: {0}to attrs=userPassword by anonymous auth by > dn.children="cn=adm > ins,cn=zimbra" write > olcAccess: {1}to dn.subtree="cn=zimbra" by > dn.children="cn=admins,cn=zimbra" > write > olcAccess: {2}to > attrs=zimbraZimletUserProperties,zimbraGalLdapBindPassword,zi > mbraGalLdapBindDn,zimbraAuthTokenKey,zimbraPreAuthKey,zimbraPasswordHistory, > z > imbraIsAdminAccount,zimbraAuthLdapSearchBindPassword by > dn.children="cn=admi > ns,cn=zimbra" write by * none > olcAccess: {3}to attrs=objectclass by dn.children="cn=admins,cn=zimbra" > write > by dn.base="uid=zmpostfix,cn=appaccts,cn=zimbra" read by > dn.base="uid=zmam > avis,cn=appaccts,cn=zimbra" read by users read by * none > olcAccess: {4}to attrs=@amavisAccount by > dn.children="cn=admins,cn=zimbra" > wr > ite by dn.base="uid=zmamavis,cn=appaccts,cn=zimbra" read by * +0 break > olcAccess: {5}to attrs=mail by dn.children="cn=admins,cn=zimbra" write > by > dn > .base="uid=zmamavis,cn=appaccts,cn=zimbra" read by * +0 break > olcAccess: {6}to attrs=zimbraAllowFromAddress by > dn.children="cn=admins,cn=zi > mbra" write by dn.base="uid=zmpostfix,cn=appaccts,cn=zimbra" read by * > none > olcAccess: {7}to filter="(!(zimbraHideInGal=TRUE))" > attrs=cn,co,company,dc,di > splayName,givenName,gn,initials,l,mail,o,ou,physicalDeliveryOfficeName,posta > l > Code,sn,st,street,streetAddress,telephoneNumber,title,uid,homePhone,mobile,p > a > ger by dn.children="cn=admins,cn=zimbra" write by > dn.base="uid=zmpostfix,cn > =appaccts,cn=zimbra" read by users read by * none > olcAccess: {8}to > attrs=zimbraId,zimbraMailAddress,zimbraMailAlias,zimbraMailCa > nonicalAddress,zimbraMailCatchAllAddress,zimbraMailCatchAllCanonicalAddress, > z > imbraMailCatchAllForwardingAddress,zimbraMailDeliveryAddress,zimbraMailForwa > r > dingAddress,zimbraPrefMailForwardingAddress,zimbraMailHost,zimbraMailStatus, > z > imbraMailTransport,zimbraDomainName,zimbraDomainType,zimbraPrefMailLocalDeli > v > eryDisabled by dn.children="cn=admins,cn=zimbra" write by > dn.base="uid=zmpo > stfix,cn=appaccts,cn=zimbra" read by * none > olcAccess: {9}to attrs=entry by dn.children="cn=admins,cn=zimbra" write > by * > read > olcLastMod: TRUE > olcMaxDerefDepth: 15 > olcReadOnly: FALSE > olcRootDN: cn=config > olcSizeLimit: unlimited > olcTimeLimit: unlimited > olcMonitoring: TRUE > olcDbDirectory: /opt/zimbra/data/ldap/hdb/db > olcDbCacheSize: 25000 > olcDbCheckpoint: 64 5 > olcDbConfig: {0}# > olcDbConfig: {1}# Set the database in memory cache size. > olcDbConfig: {2}# > olcDbConfig: {3}set_cachesize 0 52428800 0 > olcDbConfig: {4} > olcDbConfig: {5}# > olcDbConfig: {6}# Set database flags. > olcDbConfig: {7}# Automatically remove log files that are no longer > needed. > olcDbConfig: {8}set_log_config DB_LOG_AUTO_REMOVE > olcDbConfig: {9} > olcDbConfig: {10}# > olcDbConfig: {11}# Set log values. > olcDbConfig: {12}# > olcDbConfig: {13}set_lg_regionmax 262144 > olcDbConfig: {14}set_lg_max 10485760 > olcDbConfig: {15}set_lg_bsize 2097152 > olcDbConfig: {16}set_lg_dir /opt/zimbra/data/ldap/hdb/logs > olcDbConfig: {17}# Increase locks > olcDbConfig:: ezE4fXNldF9sa19tYXhfbG9ja3MJMzAwMA== > olcDbConfig:: ezE5fXNldF9sa19tYXhfb2JqZWN0cwkxNTAw > olcDbConfig:: ezIwfXNldF9sa19tYXhfbG9ja2VycwkxNTAw > olcDbNoSync: FALSE > olcDbDirtyRead: FALSE > olcDbIDLcacheSize: 25000 > olcDbIndex: objectClass eq > olcDbIndex: entryUUID eq > olcDbIndex: entryCSN eq > olcDbIndex: cn pres,eq,sub > olcDbIndex: uid pres,eq > olcDbIndex: zimbraForeignPrincipal eq > olcDbIndex: zimbraYahooId eq > olcDbIndex: zimbraId eq > olcDbIndex: zimbraVirtualHostname eq > olcDbIndex: zimbraVirtualIPAddress eq > olcDbIndex: zimbraMailDeliveryAddress eq,sub > olcDbIndex: zimbraAuthKerberos5Realm eq > olcDbIndex: zimbraMailForwardingAddress eq > olcDbIndex: zimbraMailCatchAllAddress eq,sub > olcDbIndex: zimbraShareInfo sub > olcDbIndex: zimbraMailTransport eq > olcDbIndex: zimbraMailAlias eq,sub > olcDbIndex: zimbraACE sub > olcDbIndex: zimbraDomainName eq,sub > olcDbIndex: mail pres,eq,sub > olcDbIndex: zimbraCalResSite eq,sub > olcDbIndex: givenName pres,eq,sub > olcDbIndex: displayName pres,eq,sub > olcDbIndex: sn pres,eq,sub > olcDbIndex: zimbraCalResRoom eq,sub > olcDbIndex: zimbraCalResCapacity eq > olcDbIndex: zimbraCalResBuilding eq,sub > olcDbIndex: zimbraCalResFloor eq,sub > olcDbLinearIndex: FALSE > olcDbMode: 0600 > olcDbSearchStack: 16 > olcDbShmKey: 0 > olcDbCacheFree: 1000 > olcDbDNcacheSize: 0 > structuralObjectClass: olcHdbConfig > entryUUID: 152ab0a8-333e-102d-8700-d562901af228 > creatorsName: cn=config > createTimestamp: 20081020215916Z > entryCSN: 20081020215916.275992Z#000000#000#000000 > modifiersName: cn=config > modifyTimestamp: 20081020215916Z There's no mention of overlays; I was wondering whether or not it could be related to some adverse interaction, e.g. with sssvlv, which has some paged-results specific code. Can you also post on overlays either global or specific to "olcDatabase={2}hdb"? p.

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ITS#6661 (Was: FW: (6661))
by masarati＠aero.polimi.it 30 Sep '10

30 Sep '10

> Hi Pierangelo, > > I replied to the ticket's list but I forgot to include your address. > > Here is my reply if you care to read it, > > Regards, > > George > > > > -----Original Message----- > From: George Tzanetis > Sent: Thursday, September 30, 2010 10:37 AM > To: 'openldap-its(a)openldap.org' > Subject: (ITS#6661) > > Hi, > > I built openldap using the new code. The rootpw now works, but if a wrong > password in an ldap query, then the ldap query process locks. > > e.g.: > with rootdn: 'cn=root,dc=example,dc=gr' > and rootpw: secret > > -when rootdn and rootpw are correct: > ldapwhoami -h 192.168.6.10 -D 'cn=root,dc=example,dc=gr' -w 'secret' >>dn:cn=root,dc=example,dc=gr > > -when rootdn is wrong: > Ldapwhoami -h 192.168.6.10 -D 'cn=root,dc=example,dc=com' -w 'secret' >>ldap_bind: Invalid credentials (49) > > -when rootdn is correct and rootpw is wrong > Ldapwhoami -h 192.168.6.10 -D 'cn=root,dc=example,dc=com' -w 'secret1' > "NO RESULT, the ldapwhoami locks" > > > Here are the logs of the slapd process: > > > ################################### > #with correct rootdn & rootpw # > ################################### > daemon: activity on 1 descriptor > daemon: activity on: > slap_listener_activate(8): > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 busy >>>> slap_listener(ldap:///) > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > daemon: listen=8, new connection on 23 > daemon: activity on 1 descriptor > daemon: activity on: 23r > daemon: read active on 23 > daemon: added 23r (active) listener=(nil) > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > conn=1000 fd=23 ACCEPT from IP=192.168.6.10:47722 (IP=0.0.0.0:389) > connection_get(23) > connection_get(23): got connid=1000 > connection_read(23): checking for input on id=1000 > ber_get_next > ldap_read: want=8, got=8 > ldap_read: want=36, got=36 > ber_get_next: tag 0x30 len 42 contents: > ber_dump: buf=0x1d047ee0 ptr=0x1d047ee0 end=0x1d047f0a len=42 > op tag 0x60, time 1285831215 > ber_get_next > ldap_read: want=8 error=Resource temporarily unavailable > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > conn=1000 op=0 do_bind > ber_scanf fmt ({imt) ber: > ber_dump: buf=0x1d047ee0 ptr=0x1d047ee3 end=0x1d047f0a len=39 > ber_scanf fmt (m}) ber: > ber_dump: buf=0x1d047ee0 ptr=0x1d047f01 end=0x1d047f0a len=9 >>>> dnPrettyNormal: <cn=root,dc=example,dc=gr> > => ldap_bv2dn(cn=root,dc=example,dc=gr,0) > <= ldap_bv2dn(cn=root,dc=example,dc=gr)=0 > => ldap_dn2bv(272) > <= ldap_dn2bv(cn=root,dc=example,dc=gr)=0 > => ldap_dn2bv(272) > <= ldap_dn2bv(cn=root,dc=example,dc=gr)=0 > <<< dnPrettyNormal: <cn=root,dc=example,dc=gr>, <cn=root,dc=example,dc=gr> > conn=1000 op=0 BIND dn="cn=root,dc=example,dc=gr" method=128 > do_bind: version=3 dn="cn=root,dc=example,dc=gr" method=128 > ==> ndb_back_bind: dn: cn=root,dc=example,dc=gr > conn=1000 op=0 BIND dn="cn=root,dc=example,dc=gr" mech=SIMPLE ssf=0 > do_bind: v3 bind: "cn=root,dc=example,dc=gr" to "cn=root,dc=example,dc=gr" > send_ldap_result: conn=1000 op=0 p=3 > send_ldap_result: err=0 matched="" text="" > send_ldap_response: msgid=1 tag=97 err=0 > ber_flush2: 14 bytes to sd 23 > ldap_write: want=14, written=14 > conn=1000 op=0 RESULT tag=97 err=0 text= > daemon: activity on 1 descriptor > daemon: activity on: 23r > daemon: read active on 23 > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > connection_get(23) > connection_get(23): got connid=1000 > connection_read(23): checking for input on id=1000 > ber_get_next > ldap_read: want=8, got=8 > ldap_read: want=24, got=24 > ber_get_next: tag 0x30 len 30 contents: > ber_dump: buf=0x1d045c10 ptr=0x1d045c10 end=0x1d045c2e len=30 > op tag 0x77, time 1285831215 > ber_get_next > ldap_read: want=8 error=Resource temporarily unavailable > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > conn=1000 op=1 do_extended > ber_scanf fmt ({m) ber: > ber_dump: buf=0x1d045c10 ptr=0x1d045c13 end=0x1d045c2e len=27 > conn=1000 op=1 EXT oid=1.3.6.1.4.1.4203.1.11.3 > do_extended: oid=1.3.6.1.4.1.4203.1.11.3 > conn=1000 op=1 WHOAMI > send_ldap_extended: err=0 oid= len=26 > send_ldap_response: msgid=2 tag=120 err=0 > ber_flush2: 42 bytes to sd 23 > ldap_write: want=42, written=42 > conn=1000 op=1 RESULT oid= err=0 text= > daemon: activity on 1 descriptor > daemon: activity on: 23r > daemon: read active on 23 > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > connection_get(23) > connection_get(23): got connid=1000 > connection_read(23): checking for input on id=1000 > ber_get_next > ldap_read: want=8, got=7 > ber_get_next: tag 0x30 len 5 contents: > ber_dump: buf=0x1d045c10 ptr=0x1d045c10 end=0x1d045c15 len=5 > op tag 0x42, time 1285831215 > ber_get_next > ldap_read: want=8, got=0 > > ber_get_next on fd 23 failed errno=0 (Success) > connection_read(23): input error=-2 id=1000, closing. > connection_closing: readying conn=1000 sd=23 for close > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > connection_close: deferring conn=1000 sd=23 > conn=1000 op=2 do_unbind > conn=1000 op=2 UNBIND > connection_resched: attempting closing conn=1000 sd=23 > connection_close: conn=1000 sd=23 > daemon: removing 23 > conn=1000 fd=23 closed > > > ########################################## > #with correct rootdn & incorrect rootpw # > ########################################## > daemon: activity on 1 descriptor > daemon: activity on: > slap_listener_activate(8): > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 busy >>>> slap_listener(ldap:///) > daemon: listen=8, new connection on 23 > daemon: added 23r (active) listener=(nil) > conn=1001 fd=23 ACCEPT from IP=192.168.6.10:47723 (IP=0.0.0.0:389) > daemon: activity on 2 descriptors > daemon: activity on: 23r > daemon: read active on 23 > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL > connection_get(23) > connection_get(23): got connid=1001 > connection_read(23): checking for input on id=1001 > ber_get_next > ldap_read: want=8, got=8 > ldap_read: want=37, got=37 > ber_get_next: tag 0x30 len 43 contents: > ber_dump: buf=0x1d0460b0 ptr=0x1d0460b0 end=0x1d0460db len=43 > op tag 0x60, time 1285831240 > ber_get_next > ldap_read: want=8 error=Resource temporarily unavailable > conn=1001 op=0 do_bind > ber_scanf fmt ({imt) ber: > ber_dump: buf=0x1d0460b0 ptr=0x1d0460b3 end=0x1d0460db len=40 > ber_scanf fmt (m}) ber: > ber_dump: buf=0x1d0460b0 ptr=0x1d0460d1 end=0x1d0460db len=10 >>>> dnPrettyNormal: <cn=root,dc=example,dc=gr> > => ldap_bv2dn(cn=root,dc=example,dc=gr,0) > <= ldap_bv2dn(cn=root,dc=example,dc=gr)=0 > => ldap_dn2bv(272) > <= ldap_dn2bv(cn=root,dc=example,dc=gr)=0 > => ldap_dn2bv(272) > <= ldap_dn2bv(cn=root,dc=example,dc=gr)=0 > <<< dnPrettyNormal: <cn=root,dc=example,dc=gr>, <cn=root,dc=example,dc=gr> > conn=1001 op=0 BIND dn="cn=root,dc=example,dc=gr" method=128 > do_bind: version=3 dn="cn=root,dc=example,dc=gr" method=128 > ==> ndb_back_bind: dn: cn=root,dc=example,dc=gr > daemon: activity on 1 descriptor > daemon: activity on: > daemon: epoll: listen=7 active_threads=0 tvp=NULL > daemon: epoll: listen=8 active_threads=0 tvp=NULL Should be re-fixed now, sorry. Thanks for the report. p.

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(ITS#6662) ldapsearch with slapd-ndb only works when filter is a substring
by gtzanetis＠pylones.gr 30 Sep '10

30 Sep '10

Full_Name: George Tzanetis Version: 2.4.23 stable OS: Red Hat Enterprise 5.5 URL: ftp://ftp.openldap.org/incoming/ Submission from: (NULL) (62.169.213.126) It seems that when using slapd-ndb the filters in ldapsearches only work if they are substrings. i.e *text or text* or te*xt for attributes that are not defined as indices. If the attribute is defined as an index then the substring filter does not work, as indicate in the manual. The slapd.conf is as follows: pidfile /usr/local/openldap/var/run/slapd.pid argsfile /usr/local/openldap/var/run/slapd.args ####################################################################### # NDB database definitions ####################################################################### #NDB database defintions database ndb suffix "dc=example,dc=gr" rootdn "cn=root,dc=example,dc=gr" rootpw secret dbconnect 192.168.6.11 dbhost 192.168.6.12 dbport 3306 dbname openldap dbuser ldapUser dbpass "1234" dbconnections 3 dbsocket /tmp/mysql.sock attrblob description index uid ####################################################################### # Monitor Database definitions ####################################################################### database monitor loglevel 5 The ldif of an ou: version: 1 dn: ou=test,dc=example,dc=gr objectClass: top objectClass: organizationalUnit ou: test dn: uid=user1,ou=test,dc=example,dc=gr objectClass: top objectClass: inetOrgPerson objectClass: posixAccount cn: user1 gidNumber: -1 givenName: user1 homeDirectory: * sn: user1 uid: user1 uidNumber: -1 userPassword:: 1234 dn: uid=user2,ou=test,dc=example,dc=gr objectClass: top objectClass: inetOrgPerson objectClass: posixAccount cn: user2 gidNumber: -1 givenName: user2 homeDirectory: * sn: user2 uid: user2 uidNumber: -1 userPassword:: 1234 dn: uid=user3,ou=test,dc=example,dc=gr objectClass: top objectClass: inetOrgPerson objectClass: posixAccount cn: user3 gidNumber: -1 givenName: user3 homeDirectory: * sn: user3 uid: user3 uidNumber: -1 userPassword:: 1234 dn: uid=user4,ou=test,dc=example,dc=gr objectClass: top objectClass: inetOrgPerson objectClass: posixAccount cn: user4 gidNumber: -1 givenName: user4 homeDirectory: * sn: user4 uid: user4 uidNumber: -1 userPassword:: 1234 the ldapsearch queries: -search with specific cn inside the ou: --------------------------------------------------------------------- ldapsearch -h 192.168.132.177 -b 'ou=test,dc=example,dc=gr' -D "cn=root,dc=example,dc=gr" -L -w 'secret' "cn=user1" version: 1 # # LDAPv3 # base <ou=test,dc=example,dc=gr> with scope subtree # filter: cn=user1 # requesting: ALL # # search result # numResponses: 1 --------------------------------------------------------------------- No result but if we search the cn as a substring: --------------------------------------------------------------------- ldapsearch -h 192.168.132.177 -b 'ou=test,dc=example,dc=gr' -D "cn=root,dc=example,dc=gr" -L -w 'secret1' "cn=user1*" version: 1 # # LDAPv3 # base <ou=test,dc=example,dc=gr> with scope subtree # filter: cn=user1* # requesting: ALL # # user1@test, test, example.gr dn: uid=user1@test,ou=test,dc=example,dc=gr objectClass: top objectClass: inetOrgPerson objectClass: posixAccount userPassword:: 1234 sn: user1 cn: user1 uid: user1@test givenName: user1 uidNumber: -1 gidNumber: -1 homeDirectory: * # search result # numResponses: 2 # numEntries: 1 --------------------------------------------------------------------- any substring will give a result i.e. cn=*user1, cn=user1*, cn=us*er1 etc. if we search for cn=user* it will display all entries of the ou as expected. The same behavior exists if we filter using any other attribute with the exception of the objectClass attribute, or with the uid attribute which is indexed. Is this normal? Thank you, George

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(ITS#6626)
by gtzanetis＠pylones.gr 30 Sep '10

30 Sep '10

I wanted to add that I do not find the contextCSN attribute anywhere inside= the database schema that the slapd-ndb backend creates. Maybe that is the reason I get the segmentation fault every time the slapd = process tries to update this attribute?

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(ITS#6661)
by gtzanetis＠pylones.gr 30 Sep '10

30 Sep '10

Hi, I built openldap using the new code. The rootpw now works, but if a wrong p= assword in an ldap query, then the ldap query process locks. e.g.: with rootdn: 'cn=3Droot,dc=3Dexample,dc=3Dgr' and rootpw: secret -when rootdn and rootpw are correct: ldapwhoami -h 192.168.6.10 -D 'cn=3Droot,dc=3Dexample,dc=3Dgr' -w 'secret' >dn:cn=3Droot,dc=3Dexample,dc=3Dgr -when rootdn is wrong: Ldapwhoami -h 192.168.6.10 -D 'cn=3Droot,dc=3Dexample,dc=3Dcom' -w 'secret' >ldap_bind: Invalid credentials (49) -when rootdn is correct and rootpw is wrong Ldapwhoami -h 192.168.6.10 -D 'cn=3Droot,dc=3Dexample,dc=3Dcom' -w 'secret1= ' "NO RESULT, the ldapwhoami locks" Here are the logs of the slapd process: ################################### #with correct rootdn & rootpw # ################################### daemon: activity on 1 descriptor daemon: activity on: slap_listener_activate(8): daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 busy >>> slap_listener(ldap:///) daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL daemon: listen=3D8, new connection on 23 daemon: activity on 1 descriptor daemon: activity on: 23r daemon: read active on 23 daemon: added 23r (active) listener=3D(nil) daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL conn=3D1000 fd=3D23 ACCEPT from IP=3D192.168.6.10:47722 (IP=3D0.0.0.0:389) connection_get(23) connection_get(23): got connid=3D1000 connection_read(23): checking for input on id=3D1000 ber_get_next ldap_read: want=3D8, got=3D8 ldap_read: want=3D36, got=3D36 ber_get_next: tag 0x30 len 42 contents: ber_dump: buf=3D0x1d047ee0 ptr=3D0x1d047ee0 end=3D0x1d047f0a len=3D42 op tag 0x60, time 1285831215 ber_get_next ldap_read: want=3D8 error=3DResource temporarily unavailable daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL conn=3D1000 op=3D0 do_bind ber_scanf fmt ({imt) ber: ber_dump: buf=3D0x1d047ee0 ptr=3D0x1d047ee3 end=3D0x1d047f0a len=3D39 ber_scanf fmt (m}) ber: ber_dump: buf=3D0x1d047ee0 ptr=3D0x1d047f01 end=3D0x1d047f0a len=3D9 >>> dnPrettyNormal: <cn=3Droot,dc=3Dexample,dc=3Dgr> =3D> ldap_bv2dn(cn=3Droot,dc=3Dexample,dc=3Dgr,0) <=3D ldap_bv2dn(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 =3D> ldap_dn2bv(272) <=3D ldap_dn2bv(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 =3D> ldap_dn2bv(272) <=3D ldap_dn2bv(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 <<< dnPrettyNormal: <cn=3Droot,dc=3Dexample,dc=3Dgr>, <cn=3Droot,dc=3Dexamp= le,dc=3Dgr> conn=3D1000 op=3D0 BIND dn=3D"cn=3Droot,dc=3Dexample,dc=3Dgr" method=3D128 do_bind: version=3D3 dn=3D"cn=3Droot,dc=3Dexample,dc=3Dgr" method=3D128 =3D=3D> ndb_back_bind: dn: cn=3Droot,dc=3Dexample,dc=3Dgr conn=3D1000 op=3D0 BIND dn=3D"cn=3Droot,dc=3Dexample,dc=3Dgr" mech=3DSIMPLE= ssf=3D0 do_bind: v3 bind: "cn=3Droot,dc=3Dexample,dc=3Dgr" to "cn=3Droot,dc=3Dexamp= le,dc=3Dgr" send_ldap_result: conn=3D1000 op=3D0 p=3D3 send_ldap_result: err=3D0 matched=3D"" text=3D"" send_ldap_response: msgid=3D1 tag=3D97 err=3D0 ber_flush2: 14 bytes to sd 23 ldap_write: want=3D14, written=3D14 conn=3D1000 op=3D0 RESULT tag=3D97 err=3D0 text=3D daemon: activity on 1 descriptor daemon: activity on: 23r daemon: read active on 23 daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL connection_get(23) connection_get(23): got connid=3D1000 connection_read(23): checking for input on id=3D1000 ber_get_next ldap_read: want=3D8, got=3D8 ldap_read: want=3D24, got=3D24 ber_get_next: tag 0x30 len 30 contents: ber_dump: buf=3D0x1d045c10 ptr=3D0x1d045c10 end=3D0x1d045c2e len=3D30 op tag 0x77, time 1285831215 ber_get_next ldap_read: want=3D8 error=3DResource temporarily unavailable daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL conn=3D1000 op=3D1 do_extended ber_scanf fmt ({m) ber: ber_dump: buf=3D0x1d045c10 ptr=3D0x1d045c13 end=3D0x1d045c2e len=3D27 conn=3D1000 op=3D1 EXT oid=3D1.3.6.1.4.1.4203.1.11.3 do_extended: oid=3D1.3.6.1.4.1.4203.1.11.3 conn=3D1000 op=3D1 WHOAMI send_ldap_extended: err=3D0 oid=3D len=3D26 send_ldap_response: msgid=3D2 tag=3D120 err=3D0 ber_flush2: 42 bytes to sd 23 ldap_write: want=3D42, written=3D42 conn=3D1000 op=3D1 RESULT oid=3D err=3D0 text=3D daemon: activity on 1 descriptor daemon: activity on: 23r daemon: read active on 23 daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL connection_get(23) connection_get(23): got connid=3D1000 connection_read(23): checking for input on id=3D1000 ber_get_next ldap_read: want=3D8, got=3D7 ber_get_next: tag 0x30 len 5 contents: ber_dump: buf=3D0x1d045c10 ptr=3D0x1d045c10 end=3D0x1d045c15 len=3D5 op tag 0x42, time 1285831215 ber_get_next ldap_read: want=3D8, got=3D0 ber_get_next on fd 23 failed errno=3D0 (Success) connection_read(23): input error=3D-2 id=3D1000, closing. connection_closing: readying conn=3D1000 sd=3D23 for close daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL connection_close: deferring conn=3D1000 sd=3D23 conn=3D1000 op=3D2 do_unbind conn=3D1000 op=3D2 UNBIND connection_resched: attempting closing conn=3D1000 sd=3D23 connection_close: conn=3D1000 sd=3D23 daemon: removing 23 conn=3D1000 fd=3D23 closed ########################################## #with correct rootdn & incorrect rootpw # ########################################## daemon: activity on 1 descriptor daemon: activity on: slap_listener_activate(8): daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 busy >>> slap_listener(ldap:///) daemon: listen=3D8, new connection on 23 daemon: added 23r (active) listener=3D(nil) conn=3D1001 fd=3D23 ACCEPT from IP=3D192.168.6.10:47723 (IP=3D0.0.0.0:389) daemon: activity on 2 descriptors daemon: activity on: 23r daemon: read active on 23 daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL connection_get(23) connection_get(23): got connid=3D1001 connection_read(23): checking for input on id=3D1001 ber_get_next ldap_read: want=3D8, got=3D8 ldap_read: want=3D37, got=3D37 ber_get_next: tag 0x30 len 43 contents: ber_dump: buf=3D0x1d0460b0 ptr=3D0x1d0460b0 end=3D0x1d0460db len=3D43 op tag 0x60, time 1285831240 ber_get_next ldap_read: want=3D8 error=3DResource temporarily unavailable conn=3D1001 op=3D0 do_bind ber_scanf fmt ({imt) ber: ber_dump: buf=3D0x1d0460b0 ptr=3D0x1d0460b3 end=3D0x1d0460db len=3D40 ber_scanf fmt (m}) ber: ber_dump: buf=3D0x1d0460b0 ptr=3D0x1d0460d1 end=3D0x1d0460db len=3D10 >>> dnPrettyNormal: <cn=3Droot,dc=3Dexample,dc=3Dgr> =3D> ldap_bv2dn(cn=3Droot,dc=3Dexample,dc=3Dgr,0) <=3D ldap_bv2dn(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 =3D> ldap_dn2bv(272) <=3D ldap_dn2bv(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 =3D> ldap_dn2bv(272) <=3D ldap_dn2bv(cn=3Droot,dc=3Dexample,dc=3Dgr)=3D0 <<< dnPrettyNormal: <cn=3Droot,dc=3Dexample,dc=3Dgr>, <cn=3Droot,dc=3Dexamp= le,dc=3Dgr> conn=3D1001 op=3D0 BIND dn=3D"cn=3Droot,dc=3Dexample,dc=3Dgr" method=3D128 do_bind: version=3D3 dn=3D"cn=3Droot,dc=3Dexample,dc=3Dgr" method=3D128 =3D=3D> ndb_back_bind: dn: cn=3Droot,dc=3Dexample,dc=3Dgr daemon: activity on 1 descriptor daemon: activity on: daemon: epoll: listen=3D7 active_threads=3D0 tvp=3DNULL daemon: epoll: listen=3D8 active_threads=3D0 tvp=3DNULL thanks, George

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Re: (ITS#6660) paged result searches fail to deallocate memory until slapd shutdown
by quanah＠zimbra.com 29 Sep '10

29 Sep '10

--On Wednesday, September 29, 2010 8:34 PM +0200 masarati(a)aero.polimi.it wrote: >> --On Wednesday, September 29, 2010 12:38 AM +0000 quanah(a)zimbra.com >> wrote: >> >>> It appears to be a problem with the entry cache, which is set to 25,000: >> >> Running with a fix from Howard, the entry cache behaves correctly. >> However, slapd still grows at the same rate. >> >> If I limit to only 10 paged results searches, slapd grows at a rate of >> 300MB Virtual and 300MB Resident for every set of 10 paged results >> searches >> I do concurrently, up until I run slapd out of memory. There's something >> very wrong with paged results searches. > > Could it be configuration-specific? I tested with a plain configuration > resulting from test003; maybe some player in the middle, say, is causing > entries to be duplicated and leaked, or read-locks on originals are not > released correctly? Can you post a configuration that shows the issue? Hi Pierangelo, My testing shows the issue is only really visible with large databases that return giant result sets. I don't expect you to see it with a small database and test003, because the amount of "lost" memory will be a few bytes at best. My configuration itself is very minimal, but it is in cn=config format. ;) dn: olcDatabase={2}hdb objectClass: olcDatabaseConfig objectClass: olcHdbConfig olcDatabase: {2}hdb olcSuffix: olcAccess: {0}to attrs=userPassword by anonymous auth by dn.children="cn=adm ins,cn=zimbra" write olcAccess: {1}to dn.subtree="cn=zimbra" by dn.children="cn=admins,cn=zimbra" write olcAccess: {2}to attrs=zimbraZimletUserProperties,zimbraGalLdapBindPassword,zi mbraGalLdapBindDn,zimbraAuthTokenKey,zimbraPreAuthKey,zimbraPasswordHistory, z imbraIsAdminAccount,zimbraAuthLdapSearchBindPassword by dn.children="cn=admi ns,cn=zimbra" write by * none olcAccess: {3}to attrs=objectclass by dn.children="cn=admins,cn=zimbra" write by dn.base="uid=zmpostfix,cn=appaccts,cn=zimbra" read by dn.base="uid=zmam avis,cn=appaccts,cn=zimbra" read by users read by * none olcAccess: {4}to attrs=@amavisAccount by dn.children="cn=admins,cn=zimbra" wr ite by dn.base="uid=zmamavis,cn=appaccts,cn=zimbra" read by * +0 break olcAccess: {5}to attrs=mail by dn.children="cn=admins,cn=zimbra" write by dn .base="uid=zmamavis,cn=appaccts,cn=zimbra" read by * +0 break olcAccess: {6}to attrs=zimbraAllowFromAddress by dn.children="cn=admins,cn=zi mbra" write by dn.base="uid=zmpostfix,cn=appaccts,cn=zimbra" read by * none olcAccess: {7}to filter="(!(zimbraHideInGal=TRUE))" attrs=cn,co,company,dc,di splayName,givenName,gn,initials,l,mail,o,ou,physicalDeliveryOfficeName,posta l Code,sn,st,street,streetAddress,telephoneNumber,title,uid,homePhone,mobile,p a ger by dn.children="cn=admins,cn=zimbra" write by dn.base="uid=zmpostfix,cn =appaccts,cn=zimbra" read by users read by * none olcAccess: {8}to attrs=zimbraId,zimbraMailAddress,zimbraMailAlias,zimbraMailCa nonicalAddress,zimbraMailCatchAllAddress,zimbraMailCatchAllCanonicalAddress, z imbraMailCatchAllForwardingAddress,zimbraMailDeliveryAddress,zimbraMailForwa r dingAddress,zimbraPrefMailForwardingAddress,zimbraMailHost,zimbraMailStatus, z imbraMailTransport,zimbraDomainName,zimbraDomainType,zimbraPrefMailLocalDeli v eryDisabled by dn.children="cn=admins,cn=zimbra" write by dn.base="uid=zmpo stfix,cn=appaccts,cn=zimbra" read by * none olcAccess: {9}to attrs=entry by dn.children="cn=admins,cn=zimbra" write by * read olcLastMod: TRUE olcMaxDerefDepth: 15 olcReadOnly: FALSE olcRootDN: cn=config olcSizeLimit: unlimited olcTimeLimit: unlimited olcMonitoring: TRUE olcDbDirectory: /opt/zimbra/data/ldap/hdb/db olcDbCacheSize: 25000 olcDbCheckpoint: 64 5 olcDbConfig: {0}# olcDbConfig: {1}# Set the database in memory cache size. olcDbConfig: {2}# olcDbConfig: {3}set_cachesize 0 52428800 0 olcDbConfig: {4} olcDbConfig: {5}# olcDbConfig: {6}# Set database flags. olcDbConfig: {7}# Automatically remove log files that are no longer needed. olcDbConfig: {8}set_log_config DB_LOG_AUTO_REMOVE olcDbConfig: {9} olcDbConfig: {10}# olcDbConfig: {11}# Set log values. olcDbConfig: {12}# olcDbConfig: {13}set_lg_regionmax 262144 olcDbConfig: {14}set_lg_max 10485760 olcDbConfig: {15}set_lg_bsize 2097152 olcDbConfig: {16}set_lg_dir /opt/zimbra/data/ldap/hdb/logs olcDbConfig: {17}# Increase locks olcDbConfig:: ezE4fXNldF9sa19tYXhfbG9ja3MJMzAwMA== olcDbConfig:: ezE5fXNldF9sa19tYXhfb2JqZWN0cwkxNTAw olcDbConfig:: ezIwfXNldF9sa19tYXhfbG9ja2VycwkxNTAw olcDbNoSync: FALSE olcDbDirtyRead: FALSE olcDbIDLcacheSize: 25000 olcDbIndex: objectClass eq olcDbIndex: entryUUID eq olcDbIndex: entryCSN eq olcDbIndex: cn pres,eq,sub olcDbIndex: uid pres,eq olcDbIndex: zimbraForeignPrincipal eq olcDbIndex: zimbraYahooId eq olcDbIndex: zimbraId eq olcDbIndex: zimbraVirtualHostname eq olcDbIndex: zimbraVirtualIPAddress eq olcDbIndex: zimbraMailDeliveryAddress eq,sub olcDbIndex: zimbraAuthKerberos5Realm eq olcDbIndex: zimbraMailForwardingAddress eq olcDbIndex: zimbraMailCatchAllAddress eq,sub olcDbIndex: zimbraShareInfo sub olcDbIndex: zimbraMailTransport eq olcDbIndex: zimbraMailAlias eq,sub olcDbIndex: zimbraACE sub olcDbIndex: zimbraDomainName eq,sub olcDbIndex: mail pres,eq,sub olcDbIndex: zimbraCalResSite eq,sub olcDbIndex: givenName pres,eq,sub olcDbIndex: displayName pres,eq,sub olcDbIndex: sn pres,eq,sub olcDbIndex: zimbraCalResRoom eq,sub olcDbIndex: zimbraCalResCapacity eq olcDbIndex: zimbraCalResBuilding eq,sub olcDbIndex: zimbraCalResFloor eq,sub olcDbLinearIndex: FALSE olcDbMode: 0600 olcDbSearchStack: 16 olcDbShmKey: 0 olcDbCacheFree: 1000 olcDbDNcacheSize: 0 structuralObjectClass: olcHdbConfig entryUUID: 152ab0a8-333e-102d-8700-d562901af228 creatorsName: cn=config createTimestamp: 20081020215916Z entryCSN: 20081020215916.275992Z#000000#000#000000 modifiersName: cn=config modifyTimestamp: 20081020215916Z The actual DB_CONFIG is: zimbra@zre-ldap001:~/data/ldap/hdb/db$ cat DB_CONFIG # # Set the database in memory cache size. # set_cachesize 10 0 0 # # Set database flags. # Automatically remove log files that are no longer needed. set_log_config DB_LOG_AUTO_REMOVE # # Set log values. # set_lg_regionmax 262144 set_lg_max 10485760 set_lg_bsize 2097152 set_lg_dir /opt/zimbra/data/ldap/hdb/logs # Increase locks set_lk_max_locks 3000 set_lk_max_objects 1500 set_lk_max_lockers 1500 -- Quanah Gibson-Mount Principal Software Engineer Zimbra, Inc -------------------- Zimbra :: the leader in open source messaging and collaboration

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