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Update glusterfs to 3.7.9 This is a maintenance release
2016-03-22 09:14:00 +01:00
# $NetBSD: Makefile,v 1.63 2016/03/22 08:14:00 manu Exp $
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
Update glusterfs to 3.7.9 This is a maintenance release
2016-03-22 09:14:00 +01:00
DISTNAME= glusterfs-3.7.9
Upgrade to 3.7.7 This a maintenance release.
2016-02-01 15:27:02 +01:00
#PKGREVISION= 1
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
CATEGORIES= filesystems
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
MASTER_SITES= http://bits.gluster.org/pub/gluster/glusterfs/src/
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
MAINTAINER= pkgsrc-users@NetBSD.org
fix HOMEPAGE
2011-05-08 10:26:43 +02:00
HOMEPAGE= http://www.gluster.org/
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
COMMENT= Cluster filesystem
LICENSE= gnu-gpl-v3
GNU_CONFIGURE= yes
USE_LIBTOOL= yes
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
USE_TOOLS+= flex bison pkg-config bash
convert flex dependency from buildlink3 to USE_TOOLS. and bison is also required to build.
2010-10-02 09:02:40 +02:00
Update glusterfs to 3.4.0. Here are the changes since 3.3.x * Improvements for Virtual Machine Image Storage A number of improvements have been performed to let Gluster volumes provide storage for Virtual Machine Images. Some of them include: - qemu / libgfapi integration. - Causal ordering in write-behind translator. - Tunables for a gluster volume in group-virt.example. The above results in significant improvements in performance for VM image hosting. * Synchronous Replication Improvements GlusterFS 3.4 features significant improvements in performance for the replication (AFR) translator. This is in addition to bug fixes for volumes that used replica 3. * Open Cluster Framework compliant Resource Agents Resource Agents (RA) plug glusterd into Open Cluster Framework (OCF) compliant cluster resource managers, like Pacemaker. The glusterd RA manages the glusterd daemon like any upstart or systemd job would, except that Pacemaker can do it in a cluster-aware fashion. The volume RA starts a volume and monitors individual brick?s daemons in a cluster aware fashion, recovering bricks when their processes fail. * POSIX ACL support over NFSv3 setfacl and getfacl commands now can be used on a nfs mount that exports a gluster volume to set or read posix ACLs. * 3.3.x compatibility The new op-version infrastructure provides compatibility with 3.3.x release of GlusterFS. 3.3.x clients can talk to 3.4.x servers and the vice-versa is also possible. If a volume option that corresponds to 3.4 is enabled, then 3.3 clients cannot mount the volume. * Packaging changes New RPMs for libgfapi and OCF RA are present with 3.4.0. * Experimental Features - RDMA-connection manager (RDMA-CM) - New Block Device translator - Support for NUFA As experimental features, we don?t expect them to work perfectly for this release, but you can expect them to improve dramatically as we make successive 3.4.x releases. * Minor Improvements: - The Ext4 file system change which affected readdir workloads for Gluster volumes has been addressed. - More options for selecting read-child with afr available now. - Custom layouts possible with distribute translator. - No 32-aux-gid limit - SSL support for socket connections. - Known issues with replica count greater than 2 addressed. - quick-read and md-cache translators have been refactored. - open-behind translator introduced. - Ability to avoid glusterfs bind to reserved ports. - statedumps are now created in /var/run/gluster instead of /tmp by default.
2013-09-08 05:38:52 +02:00
CONFIGURE_ARGS+= --disable-fusermount
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
CONFIGURE_ARGS+= --localstatedir=${VARBASE}
Now that we hide OpenGroup Extended API set 2 from configure, make sure that it is seen here when we actually need it.
2011-08-20 03:13:28 +02:00
Update glusterfs to 3.1.4. Major new features according to http://www.gluster.org/ - Elastic Volume Management - New Gluster Console Manager - Dynamic Storage for the data center and cloud
2011-04-18 18:19:47 +02:00
# Make sure we do not attept to link with -lfl
# Only libfl.a is available, and libtool wants libfl.so
MAKE_FLAGS+= LEXLIB=""
Upgrade to 3.7.7 This a maintenance release.
2016-02-01 15:27:02 +01:00
PYTHON_VERSIONS_INCOMPATIBLE= 33 34 # only 2.x supported as of 3.6.0
Only python 2.x is supported, mark it so.
2015-01-11 23:58:59 +01:00
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
REPLACE_PYTHON+= contrib/ipaddr-py/ipaddr.py
Update glusterfs to 3.7.9 This is a maintenance release
2016-03-22 09:14:00 +01:00
REPLACE_PYTHON+= extras/geo-rep/schedule_georep.py
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
REPLACE_PYTHON+= extras/snap_scheduler/gcron.py
REPLACE_PYTHON+= extras/snap_scheduler/snap_scheduler.py
REPLACE_PYTHON+= geo-replication/src/peer_mountbroker.in
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
REPLACE_PYTHON+= geo-replication/syncdaemon/changelogagent.py
REPLACE_PYTHON+= geo-replication/syncdaemon/gsyncd.py
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
REPLACE_PYTHON+= geo-replication/syncdaemon/gsyncdstatus.py
REPLACE_PYTHON+= tools/gfind_missing_files/gfid_to_path.py
Maintenance upgrade to 3.7.4
2015-09-01 18:02:54 +02:00
REPLACE_PYTHON+= tools/glusterfind/S57glusterfind-delete-post.py
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
REPLACE_PYTHON+= tools/glusterfind/glusterfind.in
REPLACE_PYTHON+= tools/glusterfind/src/__init__.py
REPLACE_PYTHON+= tools/glusterfind/src/brickfind.py
REPLACE_PYTHON+= tools/glusterfind/src/changelog.py
REPLACE_PYTHON+= tools/glusterfind/src/changelogdata.py
REPLACE_PYTHON+= tools/glusterfind/src/conf.py
REPLACE_PYTHON+= tools/glusterfind/src/libgfchangelog.py
REPLACE_PYTHON+= tools/glusterfind/src/main.py
REPLACE_PYTHON+= tools/glusterfind/src/nodeagent.py
REPLACE_PYTHON+= tools/glusterfind/src/utils.py
REPLACE_BASH+= extras/ganesha/ocf/ganesha_grace
REPLACE_BASH+= extras/ganesha/ocf/ganesha_mon
REPLACE_BASH+= extras/ganesha/ocf/ganesha_nfsd
REPLACE_BASH+= extras/ganesha/scripts/ganesha-ha.sh
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
REPLACE_BASH+= extras/geo-rep/generate-gfid-file.sh
REPLACE_BASH+= extras/geo-rep/get-gfid.sh
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
REPLACE_BASH+= extras/geo-rep/gsync-upgrade.sh
REPLACE_BASH+= extras/geo-rep/slave-upgrade.sh
REPLACE_BASH+= extras/peer_add_secret_pub.in
REPLACE_BASH+= extras/peer_add_secret_pub.in
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
REPLACE_BASH+= extras/post-upgrade-script-for-quota.sh
REPLACE_BASH+= extras/pre-upgrade-script-for-quota.sh
REPLACE_BASH+= geo-replication/src/gverify.sh
REPLACE_BASH+= geo-replication/src/peer_gsec_create.in
REPLACE_BASH+= geo-replication/src/set_geo_rep_pem_keys.sh
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
Add message to use the mount script so that mount -t glusterfs works Also remove reference to /etc/mtab in it, prefer /proc/mounts
2011-05-12 12:28:47 +02:00
SUBST_CLASSES+= mtab
SUBST_STAGE.mtab= post-build
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
SUBST_FILES.mtab= doc/mount.glusterfs.8
SUBST_FILES.mtab= libglusterfs/src/compat.h
SUBST_FILES.mtab= xlators/mount/fuse/utils/mount.glusterfs.in
Add message to use the mount script so that mount -t glusterfs works Also remove reference to /etc/mtab in it, prefer /proc/mounts
2011-05-12 12:28:47 +02:00
SUBST_SED.mtab= -e "s,/etc/mtab,/proc/mounts,g"
Update glusterfs to 3.1.4. Major new features according to http://www.gluster.org/ - Elastic Volume Management - New Gluster Console Manager - Dynamic Storage for the data center and cloud
2011-04-18 18:19:47 +02:00
SUBST_CLASSES+= etc
SUBST_STAGE.etc= pre-build
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
SUBST_FILES.etc+= libglusterfs/src/logging.c
SUBST_FILES.etc+= extras/ocf/volume
SUBST_FILES.etc+= doc/glusterfsd.8
Update glusterfs to 3.1.4. Major new features according to http://www.gluster.org/ - Elastic Volume Management - New Gluster Console Manager - Dynamic Storage for the data center and cloud
2011-04-18 18:19:47 +02:00
SUBST_SED.etc= -e "s,/etc/gluster,${PREFIX}/etc/gluster,g"
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
Support the glusterd daemon (volume management tool).
2011-06-06 17:53:13 +02:00
SUBST_CLASSES+= vol
SUBST_STAGE.vol= post-build
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
SUBST_FILES.vol= extras/Makefile
Update glusterfs to 3.7.9 This is a maintenance release
2016-03-22 09:14:00 +01:00
SUBST_SED.vol= -e "/vol_DATA/s/glusterd.vol/glusterd.vol.sample/g"
Support the glusterd daemon (volume management tool).
2011-06-06 17:53:13 +02:00
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
EGDIR= ${PREFIX}/etc/glusterfs
Support the glusterd daemon (volume management tool).
2011-06-06 17:53:13 +02:00
CONF_FILES+= ${EGDIR}/glusterd.vol.sample ${EGDIR}/glusterd.vol
Fix log directroy creation location Have glusterfsd store its pid in startup script
2011-05-09 11:38:26 +02:00
OWN_DIRS+= ${VARBASE}/log/glusterfs
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
BUILD_DEFS+= VARBASE
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
RCD_SCRIPTS= glusterd
Update glusterfs to 3.1.4. Major new features according to http://www.gluster.org/ - Elastic Volume Management - New Gluster Console Manager - Dynamic Storage for the data center and cloud
2011-04-18 18:19:47 +02:00
Enable georeplication
2011-07-19 09:54:30 +02:00
PLIST_SRC= ${PLIST_SRC_DFLT}
Bump to glusterfs-3.3.1, which brings - unified file and object storage - storage for Hadoop (not tested here) - proactive self-healing - much better performance
2012-10-19 06:15:21 +02:00
PLIST_SUBST+= VARBASE=${VARBASE}
PLIST_SUBST+= PKG_SYSCONFDIR=${PKG_SYSCONFDIR}
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
PLIST_SUBST+= PYSITELIB=${PYSITELIB:Q}
- Add experimental support for SSL - Ignore again .attribute (a patch part that was lost in last upgrade)
2011-12-09 17:57:44 +01:00
MESSAGE_SRC= ${PKGDIR}/MESSAGE.${OPSYS}
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
pre-build:
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
cd ${WRKSRC}/extras && \
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
${ECHO} "glusterd.vol.sample: glusterd.vol" >> Makefile && \
${ECHO} " cp glusterd.vol glusterd.vol.sample" >> Makefile
Support the glusterd daemon (volume management tool).
2011-06-06 17:53:13 +02:00
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
post-install:
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
${INSTALL_SCRIPT} ${DESTDIR}/sbin/mount_glusterfs \
${DESTDIR}/${PREFIX}/sbin/mount_glusterfs
Update glusterfs to 3.2. According to http://www.gluster.org, news are: * Geo-Replication * Easily Accessible Usage Quotas * Advanced Monitoring Tools
2011-05-19 16:54:22 +02:00
# Debug
Remove trailing whitespace.
2014-11-20 17:12:48 +01:00
CFLAGS+= -g
Update glusterfs to 3.2. According to http://www.gluster.org, news are: * Geo-Replication * Easily Accessible Usage Quotas * Advanced Monitoring Tools
2011-05-19 16:54:22 +02:00
INSTALL_UNSTRIPPED= yes
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
CONFIGURE_ARGS+= --enable-debug
#.include "../../devel/boehm-gc/buildlink3.mk"
#CFLAGS+=-DGC_DEBUG
#CFLAGS+=-include gc.h
#LIBS+=-lgc
Enable georeplication
2011-07-19 09:54:30 +02:00
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
.include "../../mk/bsd.prefs.mk"
requires openssl
2015-03-12 17:35:39 +01:00
.include "../../security/openssl/buildlink3.mk"
Upgrate to glusterfs 3.6.0 New features: - Volume Snapshots Distributed lvm thin-pool based snapshots for backing up volumes in a Gluster Trusted Storage Pool. Apart from providing cluster wide co-ordination to trigger a consistent snapshot, several improvements have been performed through the GlusterFS stack to make translators more crash consistent. Snapshotting of volumes is tightly coupled with lvm today but one could also enhance the same framework to integrate with a backend storage technology like btrfs that can perform snapshots. - Erasure Coding Xavier Hernandez from Datalab added support to perform erasure coding of data in a GlusterFS volume across nodes in a Trusted Storage Pool. Erasure Coding requires fewer nodes to provide better redundancy than a n-way replicated volume and can help in reducing the overall deployment cost. We look forward to build on this foundation and deliver more enhancememnts in upcoming releases. - Better SSL support Multiple improvements to SSL support in GlusterFS. The GlusterFS driver in OpenStack Manila that provides certificate based access to tenants relies on these improvements. - Meta translator This translator provides a /proc like view for examining internal state of translators on the client stack of a GlusterFS volume and certainly looks like an interface that I would be heavily consuming for introspection of GlusterFS. - Automatic File Replication (AFR) v2 A significant re-factor of the synchronous replication translator, provides granular entry self-healing and reduced resource consumption with entry self-heals. - NetBSD, OSX and FreeBSD ports Lot of fixes on the portability front. The NetBSD port passes most regression tests as of 3.6.0. At this point, none of these ports are ready to be deployed in production. However, with dedicated maintainers for each of these ports, we expect to reach production readiness on these platforms in a future release. Complete releases notes are available at https://github.com/gluster/glusterfs/blob/release-3.6/doc/release-notes/3.6.0.md
2014-11-18 15:38:15 +01:00
.include "../../textproc/libxml2/buildlink3.mk"
* Bitrot Detection Bitrot detection is a technique used to identify an ?insidious? type of disk error where data is silently corrupted with no indication from the disk to the storage software layer that an error has occurred. When bitrot detection is enabled on a volume, gluster performs signing of all files/objects in the volume and scrubs data periodically for signature verification. All anomalies observed will be noted in log files. * Multi threaded epoll for performance improvements Gluster 3.7 introduces multiple threads to dequeue and process more requests from epoll queues. This improves performance by processing more I/O requests. Workloads that involve read/write operations on a lot of small files can benefit from this enhancement. * Volume Tiering [Experimental] Policy based tiering for placement of files. This feature will serve as a foundational piece for building support for data classification. Volume Tiering is marked as an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. Trashcan This feature will enable administrators to temporarily store deleted files from Gluster volumes for a specified time period. * Efficient Object Count and Inode Quota Support This improvement enables an easy mechanism to retrieve the number of objects per directory or volume. Count of objects/files within a directory hierarchy is stored as an extended attribute of a directory. The extended attribute can be queried to retrieve the count. This feature has been utilized to add support for inode quotas. * Pro-active Self healing for Erasure Coding Gluster 3.7 adds pro-active self healing support for erasure coded volumes. * Exports and Netgroups Authentication for NFS This feature adds Linux-style exports & netgroups authentication to the native NFS server. This enables administrators to restrict access to specific clients & netgroups for volume/sub-directory NFSv3 exports. * GlusterFind GlusterFind is a new tool that provides a mechanism to monitor data events within a volume. Detection of events like modified files is made easier without having to traverse the entire volume. * Rebalance Performance Improvements Rebalance and remove brick operations in Gluster get a performance boost by speeding up identification of files needing movement and a multi-threaded mechanism to move all such files. * NFSv4 and pNFS support Gluster 3.7 supports export of volumes through NFSv4, NFSv4.1 and pNFS. This support is enabled via NFS Ganesha. Infrastructure changes done in Gluster 3.7 to support this feature include: - Addition of upcall infrastructure for cache invalidation. - Support for lease locks and delegations. - Support for enabling Ganesha through Gluster CLI. - Corosync and pacemaker based implementation providing resource monitoring and failover to accomplish NFS HA. pNFS support for Gluster volumes and NFSv4 delegations are in beta for this release. Infrastructure changes to support Lease locks and NFSv4 delegations are targeted for a 3.7.x minor release. * Snapshot Scheduling With this enhancement, administrators can schedule volume snapshots. * Snapshot Cloning Volume snapshots can now be cloned to create a new writeable volume. * Sharding [Experimental] Sharding addresses the problem of fragmentation of space within a volume. This feature adds support for files that are larger than the size of an individual brick. Sharding works by chunking files to blobs of a configurabe size. Sharding is an experimental feature for this release. It is expected to be fully supported in a 3.7.x minor release. * RCU in glusterd Thread synchronization and critical section access has been improved by introducing userspace RCU in glusterd * Arbiter Volumes Arbiter volumes are 3 way replicated volumes where the 3rd brick of the replica is automatically configured as an arbiter. The 3rd brick contains only metadata which provides network partition tolerance and prevents split-brains from happening. Update to GlusterFS 3.7.1 * Better split-brain resolution split-brain resolutions can now be also driven by users without administrative intervention. * Geo-replication improvements There have been several improvements in geo-replication for stability and performance. * Minor Improvements - Message ID based logging has been added for several translators. - Quorum support for reads. - Snapshot names contain timestamps by default.Subsequent access to the snapshots should be done by the name listed in gluster snapshot list - Support for gluster volume get <volname> added. - libgfapi has added handle based functions to get/set POSIX ACLs based on common libacl structures.
2015-06-02 05:44:16 +02:00
.include "../../databases/sqlite3/buildlink3.mk"
.include "../../devel/userspace-rcu/buildlink3.mk"
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
.include "../../lang/python/application.mk"
Upgrade to glusterfs 3.5.0 New features includes... - File snapshots - On-wire compression/decompression - Quota sclability - Disk encryption - Brick failure detection
2014-04-18 10:31:20 +02:00
.include "../../lang/python/extension.mk"
Needs libexecinfo on NetBSD.
2014-05-18 23:21:32 +02:00
.if (${OPSYS} == "NetBSD" || ${OPSYS} == "FreeBSD") && exists(/usr/include/execinfo.h)
LIBS+= -lexecinfo
This is an experimental port of glusterfs on NetBSD. Don't do this at home!
2010-08-26 16:26:18 +02:00
.endif
.include "../../mk/bsd.pkg.mk"
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