A preliminary question -- what cluster layer are you running? Pacemaker 1.0 worked with heartbeat or corosync 1, while Ubuntu 14.04 ships with corosync 2 by default, IIRC. There were major incompatible changes between corosync 1 and 2, so it's important to get that right before looking at pacemaker.
A general note, when making such a big jump in the pacemaker version, I'd recommend running "cibadmin --upgrade" both before exporting the configuration from 1.0, and again after deploying it on 1.1. This will apply any transformations needed in the CIB syntax. Pacemaker will do this on the fly, but doing it manually lets you see any issues early, as well as being more efficient. On 01/16/2017 12:24 AM, Rick Kint wrote: > Sorry about the garbled email. Trying again with plain text. > > > > A working cluster running on Pacemaker 1.0.12 on RHEL5 has been copied with > minimal modifications to Pacemaker 1.1.10 on Ubuntu 14.04. The version string > is "1.1.10+git20130802-1ubuntu2.3". > > We run simple active/standby two-node clusters. > > There are four resources on each node: > - a stateful resource (Encryptor) representing a process in either active or > standby mode. > -- this process does not maintain persistent data. > - a clone resource (CredProxy) representing a helper process. > - two clone resources (Ingress, Egress) representing network interfaces. > > Colocation constraints require that all three clone resources must be in > Started role in order for the stateful Encryptor resource to be in Master > role. > > The full configuration is at the end of this message. > > The Encryptor resource should fail over on these events: > - active node (i.e. node containing active Encryptor process) goes down > - active Encryptor process goes down and cannot be restarted > - auxiliary CredProxy process on active node goes down and cannot be restarted > - either interface on active node goes down > > All of these events trigger failover on the old platform (Pacemaker 1.0 on > RHEL5). > > However, on the new platform (Pacemaker 1.1 on Ubuntu) neither interface > failure nor auxiliary process failure trigger failover. Pacemaker goes into a > loop where it starts and stops the active Encryptor resource and never > promotes the standby Encryptor resource. Cleaning up the failed resource > manually and issuing "crm_resource --cleanup" clears the jam and the standby > Encryptor resource is promoted. So does taking the former active node offline > completely. > > The pe-input-X.bz2 files show this sequence: > > (EncryptBase:1 is active, EncryptBase:0 is standby) > > T: pacemaker recognizes that Ingress has failed > transition: recover Ingress on active node > > T+1: transition: recover Ingress on active node > > T+2: transition: recover Ingress on active node > > T+3: transitions: promote EncryptBase:0, demote EncryptBase:1, stop Ingress > on active node (no-op) > > T+4: EncryptBase:1 demoted (both clones are now in slave mode), Ingress > stopped > transitions: promote EncryptBase:0, stop EncryptBase:1 > > T+5: EncryptBase:1 stopped, EncryptBase:0 still in slave role > transitions: promote EncryptBase:0, start EncryptBase:1 > > T+6: EncryptBase:1 started (slave role) > transitions: promote EncryptBase:0, stop EncryptBase:1 > > The last two steps repeat. Although pengine has decided that EncryptBase:0 > should be promoted, Pacemaker keeps stopping and starting EncryptBase:1 (the > one on the node with the failed interface) without ever promoting > EncryptBase:0. > > More precisely, crmd never issues the command that would cause promotion. For > a normal promotion, I see a sequence like this: > > 2017-01-12T20:04:39.887154+00:00 encryptor4 pengine[2201]: notice: > LogActions: Promote EncryptBase:0 (Slave -> Master encryptor4) > 2017-01-12T20:04:39.888018+00:00 encryptor4 pengine[2201]: notice: > process_pe_message: Calculated Transition 3: > /var/lib/pacemaker/pengine/pe-input-3.bz2 > 2017-01-12T20:04:39.888428+00:00 encryptor4 crmd[2202]: notice: > te_rsc_command: Initiating action 9: promote EncryptBase_promote_0 on > encryptor4 (local) > 2017-01-12T20:04:39.903827+00:00 encryptor4 Encryptor_ResourceAgent: INFO: > Promoting Encryptor. > 2017-01-12T20:04:44.959804+00:00 encryptor4 crmd[2202]: notice: > process_lrm_event: LRM operation EncryptBase_promote_0 (call=42, rc=0, > cib-update=43, confirmed=true) ok > > in which crmd initiates an action for promotion and the RA logs a message > indicating that it was called with the arg "promote". > > In contrast, the looping sections look like this: > > (EncryptBase:1 on encryptor5 is the active/Master instance, EncryptBase:0 on > encryptor4 is the standby/Slave instance) > > 2017-01-12T20:12:36.548980+00:00 encryptor4 pengine[2201]: notice: > LogActions: Promote EncryptBase:0 (Slave -> Master encryptor4) > 2017-01-12T20:12:36.549005+00:00 encryptor4 pengine[2201]: notice: > LogActions: Stop EncryptBase:1 (encryptor5) > 2017-01-12T20:12:36.550306+00:00 encryptor4 pengine[2201]: notice: > process_pe_message: Calculated Transition 15: > /var/lib/pacemaker/pengine/pe-input-15.bz2 > 2017-01-12T20:12:36.550958+00:00 encryptor4 crmd[2202]: notice: > te_rsc_command: Initiating action 14: stop EncryptBase_stop_0 on encryptor5 > 2017-01-12T20:12:38.649416+00:00 encryptor4 crmd[2202]: notice: run_graph: > Transition 15 (Complete=3, Pending=0, Fired=0, Skipped=4, Incomplete=1, > Source=/var/lib/pacemaker/pengine/pe-input-15.bz2): Stopped > > > 2017-01-12T20:12:38.655686+00:00 encryptor4 pengine[2201]: notice: > LogActions: Promote EncryptBase:0 (Slave -> Master encryptor4) > 2017-01-12T20:12:38.655706+00:00 encryptor4 pengine[2201]: notice: > LogActions: Start EncryptBase:1 (encryptor5) > 2017-01-12T20:12:38.656696+00:00 encryptor4 pengine[2201]: notice: > process_pe_message: Calculated Transition 16: > /var/lib/pacemaker/pengine/pe-input-16.bz2 > 2017-01-12T20:12:38.657426+00:00 encryptor4 crmd[2202]: notice: > te_rsc_command: Initiating action 14: start EncryptBase_start_0 on encryptor5 > 2017-01-12T20:12:43.790672+00:00 encryptor4 crmd[2202]: notice: run_graph: > Transition 16 (Complete=3, Pending=0, Fired=0, Skipped=4, Incomplete=1, > Source=/var/lib/pacemaker/pengine/pe-input-16.bz2): Stopped > > The promote action is never initiated, and the RA promote operation is never > called. But the normal logs don't explain why. > > The debug logs are overwhelming. Even if the answer is in there, I don’t > think I can extract it from all the detail. I’ve tried looking at the dot > files created by crm_simulate but they either aren’t being generated > correctly or aren’t rendering correctly on my machine. > > Any ideas what we need to do to get failover working again? I’m fine with > leaving the formerly active node in a state where it requires manual > intervention to get it going again. I just want the standby node to take over > if an interface goes down. > > Here is the configuration: > > <configuration> > <crm_config> > <cluster_property_set id="cib-bootstrap-options"> > <nvpair name="stonith-enabled" value="false" > id="cib-bootstrap-options-stonith-enabled"/> > <nvpair name="no-quorum-policy" value="ignore" > id="cib-bootstrap-options-no-quorum-policy"/> > <nvpair id="cib-bootstrap-options-last-lrm-refresh" name="last-lrm-refresh" > value="1484336062"/> > </cluster_property_set> > </crm_config> > <nodes> > <node id="3232262401" uname="encryptor4"/> > <node id="3232262402" uname="encryptor5"/> > </nodes> > <resources> > <master id="Encryptor"> > <meta_attributes id="Encryptor-meta_attributes"> > <nvpair name="clone-max" value="2" id="Encryptor-meta_attributes-clone-max"/> > <nvpair name="clone-node-max" value="1" > id="Encryptor-meta_attributes-clone-node-max"/> > <nvpair name="master-max" value="1" > id="Encryptor-meta_attributes-master-max"/> > <nvpair name="notify" value="false" id="Encryptor-meta_attributes-notify"/> > <nvpair name="target-role" value="Master" > id="Encryptor-meta_attributes-target-role"/> > </meta_attributes> > <primitive id="EncryptBase" class="ocf" provider="fnord" type="encryptor"> > <operations> > <op name="start" interval="0s" timeout="20s" id="EncryptBase-start-0s"/> > <op name="monitor" interval="1s" role="Master" timeout="2s" > id="EncryptBase-monitor-1s"/> > <op name="monitor" interval="2s" role="Slave" timeout="2s" > id="EncryptBase-monitor-2s"/> > </operations> > </primitive> > </master> > <clone id="CredProxy"> > <meta_attributes id="CredProxy-meta_attributes"> > <nvpair name="clone-max" value="2" id="CredProxy-meta_attributes-clone-max"/> > <nvpair name="clone-node-max" value="1" > id="CredProxy-meta_attributes-clone-node-max"/> > <nvpair name="notify" value="false" id="CredProxy-meta_attributes-notify"/> > <nvpair name="target-role" value="Started" > id="CredProxy-meta_attributes-target-role"/> > </meta_attributes> > <primitive id="CredBase" class="ocf" provider="fnord" type="credproxy"> > <operations> > <op name="start" interval="0s" timeout="20s" id="CredBase-start-0s"/> > <op name="monitor" interval="1s" timeout="2s" id="CredBase-monitor-1s"/> > </operations> > </primitive> > </clone> > <clone id="Ingress"> > <meta_attributes id="Ingress-meta_attributes"> > <nvpair name="clone-max" value="2" id="Ingress-meta_attributes-clone-max"/> > <nvpair name="clone-node-max" value="1" > id="Ingress-meta_attributes-clone-node-max"/> > <nvpair name="notify" value="false" id="Ingress-meta_attributes-notify"/> > <nvpair name="target-role" value="Started" > id="Ingress-meta_attributes-target-role"/> > </meta_attributes> > <primitive id="IngressBase" class="ocf" provider="fnord" type="interface"> > <operations> > <op name="start" interval="0s" timeout="5s" id="IngressBase-start-0s"/> > <op name="monitor" interval="1s" timeout="1s" id="IngressBase-monitor-1s"/> > </operations> > <instance_attributes id="IngressBase-instance_attributes"> > <nvpair name="interface" value="em1" > id="IngressBase-instance_attributes-interface"/> > <nvpair name="label" value="ingress" > id="IngressBase-instance_attributes-label"/> > <nvpair name="min_retries" value="5" > id="IngressBase-instance_attributes-min_retries"/> > <nvpair name="max_retries" value="100" > id="IngressBase-instance_attributes-max_retries"/> > </instance_attributes> > </primitive> > </clone> > <clone id="Egress"> > <meta_attributes id="Egress-meta_attributes"> > <nvpair name="clone-max" value="2" id="Egress-meta_attributes-clone-max"/> > <nvpair name="clone-node-max" value="1" > id="Egress-meta_attributes-clone-node-max"/> > <nvpair name="notify" value="false" id="Egress-meta_attributes-notify"/> > <nvpair name="target-role" value="Started" > id="Egress-meta_attributes-target-role"/> > </meta_attributes> > <primitive id="EgressBase" class="ocf" provider="fnord" type="interface"> > <operations> > <op name="start" interval="0s" timeout="5s" id="EgressBase-start-0s"/> > <op name="monitor" interval="1s" timeout="1s" id="EgressBase-monitor-1s"/> > </operations> > <instance_attributes id="EgressBase-instance_attributes"> > <nvpair name="interface" value="em2" > id="EgressBase-instance_attributes-interface"/> > <nvpair name="label" value="egress" > id="EgressBase-instance_attributes-label"/> > <nvpair name="min_retries" value="5" > id="EgressBase-instance_attributes-min_retries"/> > <nvpair name="max_retries" value="100" > id="EgressBase-instance_attributes-max_retries"/> > </instance_attributes> > </primitive> > </clone> > </resources> > <constraints> > <rsc_colocation id="encryptor-with-credproxy" score="INFINITY" > rsc="Encryptor" rsc-role="Master" with-rsc="CredProxy" > with-rsc-role="Started"/> > <rsc_colocation id="encryptor-with-ingress" score="INFINITY" rsc="Encryptor" > rsc-role="Master" with-rsc="Ingress" with-rsc-role="Started"/> > <rsc_colocation id="encryptor-with-egress" score="INFINITY" rsc="Encryptor" > rsc-role="Master" with-rsc="Egress" with-rsc-role="Started"/> > </constraints> > <rsc_defaults> > <meta_attributes id="rsc-options"> > <nvpair name="resource-stickiness" value="10" > id="rsc-options-resource-stickiness"/> > </meta_attributes> > </rsc_defaults> > </configuration> > > > Thanks for your time. _______________________________________________ Users mailing list: Users@clusterlabs.org http://lists.clusterlabs.org/mailman/listinfo/users Project Home: http://www.clusterlabs.org Getting started: http://www.clusterlabs.org/doc/Cluster_from_Scratch.pdf Bugs: http://bugs.clusterlabs.org
