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Re: (ITS#8044) openldap 2.4.39-8.el6: issue causing server unavailability
by Diana.Scannicchio＠cern.ch 02 Feb '15

02 Feb '15

Should not, I did not enable it in the slapd.conf. Diana On 02 Feb 2015, at 20:34, <michael(a)stroeder.com> <michael(a)stroeder.com> wro= te: > Is SSL/TLS part of the game? >=20 > Ciao, Michael. >=20 >=20 >=20 >=20 - Diana Scannicchio University of California, Irvine ATLAS TDAQ SysAdmin group Office: +41 22 76 75240 OnCall: 164851

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(ITS#8045) openldap 2.4.39-8.el6: issue causing server unavailability
by diana.scannicchio＠cern.ch 02 Feb '15

02 Feb '15

Full_Name: Diana Scannicchio Version: 2.4.39-8.el6 OS: EL6 (SLC6 - Scientific Linux CERN 6) URL: https://scannicc.web.cern.ch/scannicc/openldap/ Submission from: (NULL) (86.209.120.135) Dear experts, I configured 1 LDAP provider and 9 LDAP consumers to serve a large system (~3000 nodes and ~4000 users) and answer thousands of requests. In November 2014 I upgraded the openldap version from 2.4.23-34.el6_5.1 to 2.4.39-8.el6 and we started to experience some issue. We need to regularly modify the LDAP content (e.g. netgroups, sudo rules) and doing it we randomly started to get the message ldapmodify: Server is unavailable (52) and correspondingly in the log on the consumers we find conn=22818341 op=1 ldap_back_retry: retrying URI="ldap://vm-atlas-ldap-1.cern.ch:389" DN="cn=manager,ou=atlas,o=cern,c=ch" slapd[6175]: Error: ldap_back_is_proxy_authz returned 0, misconfigured URI? After some debugging and tests I think that this is due to the connection being closed by the provider tcp 1 0 consumer:36812 provider:ldap CLOSE_WAIT 3254/slapd and the consumers not being able to reconnect at the first request. Indeed when the consumer receives a first request it fails to connect to the provider and it manages to open the connection only at the second request. The connection then stays open if requests are sent continuously and then after 6 minutes (the idletimeout) it is closed by the provider. The fact that each time the first request fails makes the system unusable. I temporary downgraded openldap back to use version 2.4.23-34.el6_5.1 with which, we not not have this issue. Could you please help us in understanding how to fix the issue? and/if I am configuring something wrongly? what has been changed between 2.4.23-34.el6_5.1 to 2.4.39-8.el6? is there some parameter that could be set more properly? You can find the slapd.conf configuration files used for the provider and for the consumers at https://scannicc.web.cern.ch/scannicc/openldap/ Any help and suggestion is very welcome. Please let me know if you need more information. Thank you very much and best regards, Diana P.S. the logs are also filled with slapd[1377]: connection_read(36): no connection! but this was present also with the previous openldap versions...

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Re: (ITS#8044) openldap 2.4.39-8.el6: issue causing server unavailability
by michael＠stroeder.com 02 Feb '15

02 Feb '15

Is SSL/TLS part of the game? Ciao, Michael.

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(ITS#8044) openldap 2.4.39-8.el6: issue causing server unavailability
by diana.scannicchio＠cern.ch 02 Feb '15

02 Feb '15

Full_Name: Diana Scannicchio Version: 2.4.39-8.el6 OS: EL6 (SLC6 - Scientific Linux CERN 6) URL: https://scannicc.web.cern.ch/scannicc/openldap/ Submission from: (NULL) (128.141.46.221) Dear experts, I configured 1 LDAP provider and 9 LDAP consumers to serve a large system (~3000 nodes and ~4000 users) and answer thousands of requests. In November 2014 I upgraded the openldap version from 2.4.23-34.el6_5.1 to 2.4.39-8.el6 and we started to experience some issue. We need to regularly modify the LDAP content (e.g. netgroups, sudo rules) and doing it we randomly started to get the message ldapmodify: Server is unavailable (52) and correspondingly in the log on the consumers we find conn=22818341 op=1 ldap_back_retry: retrying URI="ldap://vm-atlas-ldap-1.cern.ch:389" DN="cn=manager,ou=atlas,o=cern,c=ch" slapd[6175]: Error: ldap_back_is_proxy_authz returned 0, misconfigured URI? After some debugging and tests I think that this is due to the connection being closed by the provider tcp 1 0 consumer:36812 provider:ldap CLOSE_WAIT 3254/slapd and the consumers not being able to reconnect at the first request. Indeed when the consumer receives a first request it fails to connect to the provider and it manages to open the connection only at the second request. The connection then stays open if requests are sent continuously and then after 6 minutes (the idletimeout) it is closed by the provider. The fact that each time the first request fails makes the system unusable. I temporary downgraded openldap back to use version 2.4.23-34.el6_5.1 with which, we not not have this issue. Could you please help us in understanding how to fix the issue? and/if I am configuring something wrongly? what has been changed between 2.4.23-34.el6_5.1 to 2.4.39-8.el6? is there some parameter that could be set more properly? You can find the slapd.conf configuration files used for the provider and for the consumers at https://scannicc.web.cern.ch/scannicc/openldap/ Any help and suggestion is very welcome. Please let me know if you need more information. Thank you very much and best regards, Diana P.S. the logs are also filled with slapd[1377]: connection_read(36): no connection! but this was present also with the previous openldap versions...

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Re: (ITS#8037) Modifying structural OC w/relax fails on delta-syncrepl consumers
by hyc＠symas.com 31 Jan '15

31 Jan '15

ian(a)uns.ac.rs wrote: > Full_Name: Ivan Nejgebauer > Version: 2.4.41 Engineering > OS: Linux > URL: ftp://ftp.openldap.org/incoming/ivannejgebauer-150128.tgz > Submission from: (NULL) (2001:4170:2000:2:11e5:197a:fff8:8042) > > > If an ldapmodify which changes an entry's structural object class using the > Relax Rules control is successfully performed on the provider in a > provider/consumer pair running delta-syncrepl, the modification will fail on the > consumer because relax is not in effect when the consumer attempts to modify its > copy of the entry. Yes... > A real fix would involve modifying the persistent search to include reqControls > in its attribute list and activating Relax Rules on the consumer only if it had > been active on the provider when the modification occurred. Right. This is also important for a few other controls. E.g. LDAP Transactions. -- -- 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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(ITS#8043) syncprov abandon bug
by hyc＠openldap.org 31 Jan '15

31 Jan '15

Full_Name: Howard Chu Version: 2.4 OS: URL: ftp://ftp.openldap.org/incoming/ Submission from: (NULL) (180.180.122.131) Submitted by: hyc Yet another related to cleanup after an abandon: if there is an outstanding psearch task when the abandon occurs, the syncop may get freed without getting removed from the si_ops list. A subsequent attempt to walk the si_ops list will go thru this freed record (and usually crash).

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(ITS#8042) syncrepl presentlist uses too much memory
by hyc＠openldap.org 30 Jan '15

30 Jan '15

Full_Name: Howard Chu Version: 2.4 OS: URL: ftp://ftp.openldap.org/incoming/ Submission from: (NULL) (180.180.122.131) Submitted by: hyc Currently it uses 5-6x as much as would be expected for the size of data involved. A patch in master exists to reduce this by 2x. We should release this now while investigating a more substantial rewrite for 2.5.

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Re: (ITS#8041) ./scripts/test058-syncrepl-asymmetric: line 1020: 22046 Segmentation fault
by hyc＠symas.com 30 Jan '15

30 Jan '15

michael(a)stroeder.com wrote: > Full_Name: > Version: RE24 from git > OS: openSUSE 13.2 x86-64 > URL: > Submission from: (NULL) (79.227.179.192) Thanks for the report. Fixed in master for ITS#8039, closing this ITS. -- -- 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#8041) ./scripts/test058-syncrepl-asymmetric: line 1020: 22046 Segmentation fault
by quanah＠zimbra.com 30 Jan '15

30 Jan '15

--On Friday, January 30, 2015 7:53 PM +0000 michael(a)stroeder.com wrote: > This is a multi-part message in MIME format. > --------------000701070908040607050107 > Content-Type: text/plain; charset=ISO-8859-1 > Content-Transfer-Encoding: 7bit > > See gdb output attached. This would likely be due to ITS#8039 then. --Quanah -- Quanah Gibson-Mount Platform Architect Zimbra, Inc. -------------------- Zimbra :: the leader in open source messaging and collaboration

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Re: (ITS#8041) ./scripts/test058-syncrepl-asymmetric: line 1020: 22046 Segmentation fault
by michael＠stroeder.com 30 Jan '15

30 Jan '15

This is a multi-part message in MIME format. --------------000701070908040607050107 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit See gdb output attached. --------------000701070908040607050107 Content-Type: text/plain; charset=UTF-8; name="gdb-bt-its8041.txt" Content-Transfer-Encoding: 7bit Content-Disposition: attachment; filename="gdb-bt-its8041.txt" #0 send_ldap_control (ber=0x7fc9e8d45130, c=0x30303d6469726580) at result.c:419 rc = 32713 __PRETTY_FUNCTION__ = "send_ldap_control" #1 0x0000000000452574 in slap_response_play (op=0x452574 <slap_response_play+83>, rs=0x7fc9e8d45100) at result.c:506 sc_next = 0x7fc9e8d45130 sc_nextp = 0x7fc9e8d45810 rc = 0 sc = 0x7fc9e0000908 scp = 0x7fc9e8d45130 #2 0x0000000000452d16 in send_ldap_response (op=0x7fc9e8d45810, rs=0x7fc9e8d45530) at result.c:693 berbuf = { buffer = "\002\000\001\000\005A\000\000\377\377\377\377\377\377\377\377!", '\000' <repeats 15 times>, "\250\t\000\340\311\177\000\000\250\t\000\340\311\177\000\000\204\031\000\340\311\177\000\000\316\t\000\340\311\177\000\000\000\000\000\000\000\000\000\000\300\b\000\340\311\177\000\000\003\267>\352\311\177\000\000\000S\324\350\311\177\000\000(\t\000\340\311\177\000\000 \000\000\000\060\000\000\000\260R\324\350\311\177\000\000\360Q\324\350\311\177\000\000(\t\000\340\311\177\000\000P\000\000\000\000\000\000\000\315\350O\000\000\000\000\000X\267>\352\311\177\000\000\377\377\377\377\377\377\377\377(\t\000\340\311\177\000\000\377\377\377\377\377\377\377\377\001\000\000\000\377\377\377\000\300\b\000\340\311\177\000\000"..., ialign = 65538, lalign = 71489730707458, falign = 9.18382988e-41, dalign = 3.5320619972997032e-310, palign = 0x410500010002 <error: Cannot access memory at address 0x410500010002>} ber = 0x7fc9e8d45130 rc = 23 bytes = 140505023260880 __PRETTY_FUNCTION__ = "send_ldap_response" #3 0x00000000004536eb in slap_send_ldap_result (op=0x7fc9e8d45810, rs=0x7fc9e8d45530) at result.c:863 tmp = 0x0 otext = 0x7fc9ea3eb758 "internal error" oref = 0x0 __PRETTY_FUNCTION__ = "slap_send_ldap_result" #4 0x00007fc9ea3e1053 in syncprov_state_ctrl (op=0x7fc9e8d45810, rs=0x7fc9e8d45530, e=0x7fc9e8d454b0, entry_sync_state=1, ctrls=0x7fc9e0000908, num_ctrls=0, send_cookie=1, cookie=0x7fc9e8d45520) at syncprov.c:243 a = 0x7fc9e8d45480 ret = -1 berbuf = { buffer = "\000\000\001\000\005A\000\000\377\377\377\377\377\377\377\377\001", '\000' <repeats 23 times>, "\250\t\000\340\311\177\000\000\204\031\000\340\311\177", '\000' <repeats 18 times>, "\300\b\000\340\311\177", '\000' <repeats 14 times>, "\001\000\000\000\020\237i\334\311\177\000\000 \t\000\340\311\177\000\000\300\b\000\340\311\177\000\000\000\000\000\000\000\000\000\000\266\237i\334\311\177\000\000\232\t\000\340\311\177\000\000\060T\324\350\311\177\000\000 \t\000\340\311\177", '\000' <repeats 18 times>, " U\324\350\311\177\000\000\020X\324\350\311\177\000\000\350\017\000\000\000\000\000\000"..., ialign = 65536, lalign = 71489730707456, falign = 9.18354962e-41, dalign = 3.5320619972996044e-310, palign = 0x410500010000 <error: Cannot access memory at address 0x410500010000>} ber = 0x7fc9e8d45300 cp = 0x7fc9e0000908 bv = {bv_len = 1, bv_val = 0x7 <error: Cannot access memory at address 0x7>} entryuuid_bv = {bv_len = 8386118574382606194, bv_val = 0x696e556c616e6f69 <error: Cannot access memory at address 0x696e556c616e6f69>} #5 0x00007fc9ea3e2f38 in syncprov_sendresp (op=0x7fc9e8d45810, ri=0x7fc9dc699ed0, so=0x7fc9dc685620, mode=1) at syncprov.c:854 rs = {sr_type = REP_RESULT, sr_tag = 101, sr_msgid = 2, sr_err = 80, sr_matched = 0x0, sr_text = 0x7fc9ea3eb758 "internal error", sr_ref = 0x0, sr_ctrls = 0x7fc9e0000908, sr_un = {sru_search = {r_entry = 0x0, r_attr_flags = 0, r_operational_attrs = 0x0, r_attrs = 0x0, r_nentries = 0, r_v2ref = 0x0}, sru_sasl = {r_sasldata = 0x0}, sru_extended = {r_rspoid = 0x0, r_rspdata = 0x0}}, sr_flags = 64} cookie = {bv_len = 121, bv_val = 0x7fc9e0000920 "rid=001,sid=001,csn=rid=001,sid=001,csn=20150130194936.884757Z#000000#001#000000;20150130194935.766383Z#000000#003#000000"} csns = {{bv_len = 101, bv_val = 0x7fc9dc699f50 "rid=001,sid=001,csn=20150130194936.884757Z#000000#001#000000;20150130194935.766383Z#000000#003#000000"}, { bv_len = 0, bv_val = 0x0}} e_uuid = {e_id = 0, e_name = {bv_len = 0, bv_val = 0x0}, e_nname = {bv_len = 0, bv_val = 0x0}, e_attrs = 0x7fc9e8d45480, e_ocflags = 0, e_bv = {bv_len = 0, bv_val = 0x0}, e_private = 0x0} a_uuid = {a_desc = 0x9df200, a_vals = 0x0, a_nvals = 0x7fc9dc699f00, a_numvals = 0, a_flags = 0, a_next = 0x0} __PRETTY_FUNCTION__ = "syncprov_sendresp" #6 0x00007fc9ea3e336a in syncprov_qplay (op=0x7fc9e8d45810, so=0x7fc9dc685620) at syncprov.c:925 on = 0x7fc9dc14bea0 sr = 0x7fc9dc699fe0 rc = 0 #7 0x00007fc9ea3e359f in syncprov_qtask (ctx=0x7fc9e8d45c10, arg=0x7fc9dc685620) at syncprov.c:986 so = 0x7fc9dc685620 opbuf = {ob_op = {o_hdr = 0x7fc9e8d45980, o_tag = 99, o_time = 1422647372, o_tincr = 0, o_bd = 0x7fc9e8d45680, o_req_dn = {bv_len = 17, bv_val = 0x7fc9dc685bdd "dc=example,dc=com"}, o_req_ndn = {bv_len = 17, bv_val = 0x7fc9dc685bef "dc=example,dc=com"}, o_request = {oq_add = { rs_modlist = 0x2, rs_e = 0xe10000001f4}, oq_bind = {rb_method = 2, rb_cred = {bv_len = 15461882266100, bv_val = 0x7fc9dc15315c "\020\016"}, rb_edn = { bv_len = 0, bv_val = 0x7fc9dc685b48 "\001"}, rb_ssf = 3697825744, rb_mech = {bv_len = 15, bv_val = 0x7fc9dc685c01 "(objectClass=*)"}}, oq_compare = { rs_ava = 0x2}, oq_modify = {rs_mods = {rs_modlist = 0x2, rs_no_opattrs = -12 '\364'}, rs_increment = -602590884}, oq_modrdn = {rs_mods = { rs_modlist = 0x2, rs_no_opattrs = -12 '\364'}, rs_deleteoldrdn = -602590884, rs_newrdn = {bv_len = 0, bv_val = 0x7fc9dc685b48 "\001"}, rs_nnewrdn = { bv_len = 140504962979792, bv_val = 0xf <error: Cannot access memory at address 0xf>}, rs_newSup = 0x7fc9dc685c01, rs_nnewSup = 0x0}, oq_search = { rs_scope = 2, rs_deref = 0, rs_slimit = 500, rs_tlimit = 3600, rs_limit = 0x7fc9dc15315c, rs_attrsonly = 0, rs_attrs = 0x7fc9dc685b48, rs_filter = 0x7fc9dc6857d0, rs_filterstr = {bv_len = 15, bv_val = 0x7fc9dc685c01 "(objectClass=*)"}}, oq_abandon = {rs_msgid = 2}, oq_cancel = { rs_msgid = 2}, oq_extended = {rs_reqoid = {bv_len = 2, bv_val = 0xe10000001f4 <error: Cannot access memory at address 0xe10000001f4>}, rs_flags = -602590884, rs_reqdata = 0x0}, oq_pwdexop = {rs_extended = {rs_reqoid = {bv_len = 2, bv_val = 0xe10000001f4 <error: Cannot access memory at address 0xe10000001f4>}, rs_flags = -602590884, rs_reqdata = 0x0}, rs_old = { bv_len = 140504962980680, bv_val = 0x7fc9dc6857d0 "\207"}, rs_new = {bv_len = 15, bv_val = 0x7fc9dc685c01 "(objectClass=*)"}, rs_mods = 0x0, rs_modtail = 0x0}}, o_abandon = 0, o_cancel = 0, o_groups = 0x0, o_do_not_cache = 1 '\001', o_is_auth_check = 0 '\000', o_dont_replicate = 0 '\000', o_acl_priv = ACL_NONE, o_nocaching = 0 '\000', o_delete_glue_parent = 0 '\000', o_no_schema_check = 0 '\000', o_no_subordinate_glue = 0 '\000', o_ctrlflag = '\000' <repeats 14 times>, "\003\000\000\001", '\000' <repeats 13 times>, o_controls = 0x7fc9e8d45ac8, o_authz = {sai_method = 128, sai_mech = { bv_len = 0, bv_val = 0x0}, sai_dn = {bv_len = 24, bv_val = 0x7fc9dc685bc4 "ou=ou2,dc=example,dc=com"}, sai_ndn = {bv_len = 24, bv_val = 0x7fc9dc685bc4 "ou=ou2,dc=example,dc=com"}, sai_ssf = 0, sai_transport_ssf = 0, sai_tls_ssf = 0, sai_sasl_ssf = 0}, o_ber = 0x0, o_res_ber = 0x0, o_callback = 0x0, o_ctrls = 0x0, o_csn = {bv_len = 0, bv_val = 0x0}, o_private = 0x0, o_extra = {slh_first = 0x0}, o_next = { stqe_next = 0x0}}, ob_hdr = {oh_opid = 1, oh_connid = 1008, oh_conn = 0xa51320, oh_msgid = 2, oh_protocol = 3, oh_tid = 140505208063744, oh_threadctx = 0x7fc9e8d45c10, oh_tmpmemctx = 0x7fc9e00008c0, oh_tmpmfuncs = 0x7584c0 <slap_sl_mfuncs>, oh_counters = 0x7fc9dc002240, oh_log_prefix = "conn=1008 op=1", '\000' <repeats 241 times>}, ob_controls = {0x0 <repeats 32 times>}} op = 0x7fc9e8d45810 be = {bd_info = 0x7fc9dc14b730, bd_self = 0x7fc9dc153080, be_ctrls = "\000\001\001\001\000\001\000\000\001\000\000\001\001\000\001\000\000\001", '\000' <repeats 14 times>, "\001", be_flags = 65816, be_restrictops = 0, be_requires = 0, be_ssf_set = {sss_ssf = 0, sss_transport = 0, sss_tls = 0, sss_sasl = 0, sss_update_ssf = 0, sss_update_transport = 0, sss_update_tls = 0, sss_update_sasl = 0, sss_simple_bind = 0}, be_suffix = 0x7fc9dc1467f0, be_nsuffix = 0x7fc9dc146820, be_schemadn = {bv_len = 0, bv_val = 0x0}, be_schemandn = { bv_len = 0, bv_val = 0x0}, be_rootdn = {bv_len = 28, bv_val = 0x7fc9dc146120 "cn=Manager,dc=example,dc=com"}, be_rootndn = {bv_len = 28, bv_val = 0x7fc9dc146170 "cn=manager,dc=example,dc=com"}, be_rootpw = {bv_len = 6, bv_val = 0x7fc9dc146600 "secret"}, be_max_deref_depth = 15, be_def_limit = { lms_t_soft = 3600, lms_t_hard = 0, lms_s_soft = 500, lms_s_hard = 0, lms_s_unchecked = -1, lms_s_pr = 0, lms_s_pr_hide = 0, lms_s_pr_total = 0}, be_limits = 0x0, be_acl = 0x0, be_dfltaccess = ACL_READ, be_extra_anlist = 0x0, be_update_ndn = {bv_len = 0, bv_val = 0x0}, be_update_refs = 0x0, be_pending_csn_list = 0x7fc9dc000990, be_pcl_mutex = {__data = {__lock = 0, __count = 0, __owner = 0, __nusers = 0, __kind = 0, __spins = 0, __elision = 0, __list = {__prev = 0x0, __next = 0x0}}, __size = '\000' <repeats 39 times>, __align = 0}, be_syncinfo = 0x0, be_pb = 0x0, be_cf_ocs = 0x7fc9ea826d00 <bdbocs>, be_private = 0x7fc9dc145ce0, be_next = {stqe_next = 0x0}} rc = 0 #8 0x00007fc9f0386cf8 in ldap_int_thread_pool_wrapper (xpool=0x9e94c0) at tpool.c:696 pool = 0x9e94c0 task = 0x7fc9dc699fc0 work_list = 0x9e9558 ctx = {ltu_id = 140505171388160, ltu_key = {{ltk_key = 0x4af132 <slap_sl_mem_create+118>, ltk_data = 0x7fc9e00008c0, ltk_free = 0x4aef57 <slap_sl_mem_destroy+144>}, {ltk_key = 0x43c75c <conn_counter_init+144>, ltk_data = 0x7fc9e01091b0, ltk_free = 0x43c5ae <conn_counter_destroy+144>}, {ltk_key = 0x4572ef <slap_op_free+144>, ltk_data = 0x7fc9e0108df0, ltk_free = 0x457242 <slap_op_groups_free+69>}, {ltk_key = 0x7fc9dc141650, ltk_data = 0x7fc9e0109410, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, { ltk_key = 0x7fc9ea60bef0 <search_stack>, ltk_data = 0x7fc9dafff010, ltk_free = 0x7fc9ea60becd <search_stack_free>}, {ltk_key = 0x7fc9dc5a2dd0, ltk_data = 0x7fc9e0102d30, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, {ltk_key = 0x7fc9dc4c6bd0, ltk_data = 0x7fc9e0102e40, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, {ltk_key = 0x7fc9dc3ea9d0, ltk_data = 0x7fc9e0102f50, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, { ltk_key = 0x7fc9dc30e310, ltk_data = 0x7fc9e0103060, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, {ltk_key = 0x7fc9dc14dd20, ltk_data = 0x7fc9e0103170, ltk_free = 0x7fc9ea61d069 <bdb_reader_free>}, {ltk_key = 0x0, ltk_data = 0x0, ltk_free = 0x0} <repeats 22 times>}} kctx = 0x0 i = 32 keyslot = 395 hash = 1786060171 __PRETTY_FUNCTION__ = "ldap_int_thread_pool_wrapper" #9 0x00007fc9ef55a0a4 in start_thread () from /lib64/libpthread.so.0 No symbol table info available. #10 0x00007fc9ee5967fd in clone () from /lib64/libc.so.6 No symbol table info available. --------------000701070908040607050107--

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