Ubuntu
pacemaker package

pacemaker 2.1.5-1ubuntu1 source package in Ubuntu

Changelog

pacemaker (2.1.5-1ubuntu1) mantic; urgency=medium

  * Merge with Debian unstable (LP: #2018096). Remaining changes:
    - d/control: make pacemaker binary recommend fence-agents-base.
    - d/control: make pacemaker-resource-agents depend on resource-agents-base.
      And also suggest resource-agents-extra with non-curated agents.
    - d/t/pacemaker: corosync uses uname -n to define the default node name.
      Previously the default node name was hardcoded in the config file as
      node1.
    - d/rules: Fix FTBFS in ppc64el compiling with gcc10: Don't treat
      format-overflow warnings as errors.
    - d/control: make pacemaker-cli-utils depend on resource-agents-base
      resource-agents is now a transitional package and it should not be in
      main (it also pulls in resource-agents-extra which should be in
      universe).
    - d/control: depend on pcs and suggest crmsh.
  * Dropped changes:
    - Make crmsh the default management tool for now (LP #1862947)
      [ Replaced by pcs as the default management tool ]
  * New changes:
    - d/p/Fix-output_and_clear_error.patch: Fix FTBFS erros due to
      glib's GError misuse.

 -- Athos Ribeiro <email address hidden>  Thu, 25 May 2023 22:15:22 -0300

Upload details

Uploaded by:
Athos Ribeiro
Uploaded to:
Mantic
Original maintainer:
Ubuntu Developers
Architectures:
any all
Section:
admin
Urgency:
Medium Urgency

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pacemaker_2.1.5.orig.tar.gz 5.5 MiB 7654b78f08d4994b9fd31b8592addbd7f4b173e2cbf30336722419f1ce45e185
pacemaker_2.1.5-1ubuntu1.debian.tar.xz 53.8 KiB 46175442fbd8c971af9323de11554ad0a8429083d54405f41fe04936a48152b6
pacemaker_2.1.5-1ubuntu1.dsc 3.5 KiB 4e562af8ff6ec4e1b2c5e610f64cfc0b29cf95af4152cd0daa50dbbab53262d6

Available diffs

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Binary packages built by this source

libcib27: cluster resource manager CIB library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Cluster Information Base library.

libcib27-dbgsym: debug symbols for libcib27
libcrmcluster29: cluster resource manager cluster library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the cluster library.

libcrmcluster29-dbgsym: debug symbols for libcrmcluster29
libcrmcommon34: cluster resource manager common library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the common library.

libcrmcommon34-dbgsym: debug symbols for libcrmcommon34
libcrmservice28: cluster resource manager service library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the service library.

libcrmservice28-dbgsym: debug symbols for libcrmservice28
liblrmd28: cluster resource manager LRMD library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Local Resource Manager Daemon library.

liblrmd28-dbgsym: debug symbols for liblrmd28
libpacemaker1: cluster resource manager utility library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the utility library resulting from the merge
 of libpengine and libtransitioner.

libpacemaker1-dbgsym: debug symbols for libpacemaker1
libpe-rules26: cluster resource manager Policy Engine rules library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Policy Engine rules library.

libpe-rules26-dbgsym: debug symbols for libpe-rules26
libpe-status28: cluster resource manager Policy Engine status library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Policy Engine status library.

libpe-status28-dbgsym: debug symbols for libpe-status28
libstonithd26: cluster resource manager STONITH daemon library

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the STONITH daemon library.

libstonithd26-dbgsym: debug symbols for libstonithd26
pacemaker: cluster resource manager

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Pacemaker daemons directly interacting with
 the cluster stack.

pacemaker-cli-utils: cluster resource manager command line utilities

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains those command line utilities of the Pacemaker
 cluster manager which work on remote nodes as well.

pacemaker-cli-utils-dbgsym: debug symbols for pacemaker-cli-utils
pacemaker-common: cluster resource manager common files

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains common infrastructure and data files for the
 Pacemaker daemons and utilities.

pacemaker-dbgsym: debug symbols for pacemaker
pacemaker-dev: cluster resource manager development

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the headers and other necessary files to build
 applications or libraries that use the Pacemaker libraries.

pacemaker-doc: cluster resource manager HTML documentation

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains
  * the Pacemaker API documentation generated by Doxygen,
  * the Clusters from Scratch book,
  * the Pacemaker Administration book,
  * the Pacemaker Development book,
  * the Pacemaker Explained book and
  * the Pacemaker Remote book.

pacemaker-remote: cluster resource manager proxy daemon for remote nodes

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains the Pacemaker proxy daemon, which simulates cluster
 services on a node not running the cluster stack. Such "remote" nodes can
 run resources but don't participate in the quorum. This package is
 mutually exclusive with Pacemaker proper.

pacemaker-remote-dbgsym: debug symbols for pacemaker-remote
pacemaker-resource-agents: cluster resource manager general resource agents

 At its core, Pacemaker is a distributed finite state
 machine capable of co-ordinating the startup and recovery of inter-related
 services across a set of machines.
 .
 Pacemaker understands many different resource types (OCF, SYSV, systemd) and
 can accurately model the relationships between them (colocation, ordering).
 .
 It can even use technology such as Docker to automatically isolate the
 resources managed by the cluster.
 .
 This package contains Pacemaker resource agents not requiring access
 to the cluster stack, thus also usable by the remote daemon.