pacemaker 1.1.18-0ubuntu1.1 source package in Ubuntu
Changelog
pacemaker (1.1.18-0ubuntu1.1) bionic-security; urgency=medium
* SECURITY UPDATE: DoS and local privilege escalation in client-server
authentication
- debian/patches/CVE-2018-1687x-1.patch: make crm_pid_active more
precise as to when detections fail in include/crm_internal.h,
lib/common/utils.c.
- debian/patches/CVE-2018-1687x-2.patch: add new helpers to allow IPC
client side to authenticate the server in configure.ac,
include/crm/common/Makefile.am, include/crm/common/ipc.h,
include/crm/common/ipc_internal.h, lib/common/ipc.c.
- debian/patches/CVE-2018-1687x-3.patch: pacemakerd to trust
pre-existing processes via new checks instead in mcp/pacemaker.c.
- debian/patches/CVE-2018-1687x-4.patch: other daemons to authenticate
IPC servers of fellow processes in lib/cluster/corosync.c,
lib/cluster/cpg.c, lib/common/ipc.c, mcp/corosync.c.
- debian/patches/CVE-2018-1687x-5.patch: CPG users to be careful about
now-more-probable rival processes in attrd/main.c, cib/main.c,
crmd/main.c, fencing/main.c, lib/cluster/cpg.c.
- debian/patches/CVE-2018-1687x-6.patch: fix possible NULL pointer
dereference in crmd/control.c.
- debian/libcrmcommon3.symbols: added new symbols.
- CVE-2018-16877
- CVE-2018-16878
* SECURITY UPDATE: information disclosure via use-after-free
- debian/patches/CVE-2019-3885.patch: fix alert handling in
lib/services/services.c, lib/services/services_linux.c.
- CVE-2019-3885
-- Marc Deslauriers <email address hidden> Thu, 18 Apr 2019 07:56:54 -0400
Upload details
- Uploaded by:
- Marc Deslauriers
- Uploaded to:
- Bionic
- Original maintainer:
- Ubuntu Developers
- Architectures:
- any all
- Section:
- admin
- Urgency:
- Medium Urgency
See full publishing history Publishing
| Series | Published | Component | Section |
|---|
Downloads
| File | Size | SHA-256 Checksum |
|---|---|---|
| pacemaker_1.1.18.orig.tar.gz | 5.1 MiB | a71921c1e2a93c5bed6199fb41464a1cff887be515f4a0ffbc2c92bc98d233af |
| pacemaker_1.1.18-0ubuntu1.1.debian.tar.xz | 65.4 KiB | 61fd1a0a0a50ac18cd3c080b96c3324f217ee5baccd140f879b5dcaf706c6bd9 |
| pacemaker_1.1.18-0ubuntu1.1.dsc | 3.9 KiB | 470d1ee8acda790747ec1ddfd4547e3c967c22f7cbe6868f8c81d608fdc3dd13 |
Available diffs
Binary packages built by this source
- libcib-dev: cluster resource manager CIB library 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 Cluster Information Base library.
- libcib4: 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.
- libcib4-dbgsym: debug symbols for libcib4
- libcrmcluster-dev: cluster resource manager cluster library 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 cluster library.
- libcrmcluster4: 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.
- libcrmcluster4-dbgsym: debug symbols for libcrmcluster4
- libcrmcommon-dev: cluster resource manager common library 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 common library.
- libcrmcommon3: 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.
- libcrmcommon3-dbgsym: debug symbols for libcrmcommon3
- libcrmservice-dev: cluster resource manager service library 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 service library.
- libcrmservice3: 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.
- libcrmservice3-dbgsym: debug symbols for libcrmservice3
- liblrmd-dev: cluster resource manager LRMD library 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 Local Resource Manager Daemon
library.
- liblrmd1: 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.
- liblrmd1-dbgsym: debug symbols for liblrmd1
- libpe-rules2: 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-rules2-dbgsym: debug symbols for libpe-rules2
- libpe-status10: 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-status10-dbgsym: debug symbols for libpe-status10
- libpengine-dev: cluster resource manager Policy Engine library 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 Policy Engine library.
- libpengine10: cluster resource manager Policy Engine 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 library.
- libpengine10-dbgsym: debug symbols for libpengine10
- libstonithd-dev: cluster resource manager STONITH daemon library 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 STONITH daemon library.
- libstonithd2: 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.
- libstonithd2-dbgsym: debug symbols for libstonithd2
- libtransitioner2: cluster resource manager transitioner 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 transitioner library.
- libtransitioner2-dbgsym: debug symbols for libtransitioner2
- 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-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 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.
