Updates: bz#1582286 This reverts commit 7c3cc485054e4ede1efb358552135b432fb7047a. Change-Id: I831d646112bcfa13d0c2153482ad00ff1b23aa6c Signed-off-by: Mohit Agrawal <moagrawa@redhat.com>
Change-Id: I3a8d452d00560dac5e0b7ff0b1835d1f20a59f91 updates: bz#1580540 Signed-off-by: Raghavendra Bhat <raghavendra@redhat.com> (cherry picked from commit c2cf3f686f3ea0efd936d2eafc404fc9d2e0acc7)
This reverts commit d01f7244e9d9f7e3ef84e0ba7b48ef1b1b09d809. This is being reverted as the API signatures should adapt to a statx like structure, and also all APIs that need to return pre/post attrs are not complete. As a result, instead of fixing up part of the APIs and then refixing the same in a later release, removing these set of fixes from the branch Additionally fixed up posix-entry-ops.c which was using the new syncop signature Updates: bz#1575386 Change-Id: I35222dadc4a2e97010bc1e6b97b6f83583c311f6
Currently "gluster volume bitrot <volume name> scrub status" gives the list of the corrupted objects (files as of now). But only the gfids of those corrupted objects are seen and one has to do getfattr, find etc operations to get the actual path of those objects for removal etc. This change makes an attempt to print the path of those files as much as possible. * Try to get the path using the on disk gfid2path xattr. * If the above operation fails, then go for in memory path (provided that the object has its dentry properly created and linked in the inode table of the brick where the corrupted object is present) So the gfid to path resolution is a soft resolution, i.e. based on the inode and dentry cache in the brick's memory. If the path cannot be obtained via inode table also, then only gfid is printed. Change-Id: Ie9a30307f43a49a2a9225821803c7d40d231de68 fixes: bz#1570962 Signed-off-by: Raghavendra Bhat <raghavendra@redhat.com>
Currently with "gluster volume bitrot <volume name> scrub status" command the corrupted objects of a node are shown. But to what brick that corrupted object belongs to is not shown. Showing the brick of the corrupted object will help in situations where a node hosts multiple bricks of a volume. Change-Id: I7fbdea1e0072b9d3487eb10757468bc02d24df21 fixes: bz#1569198 Signed-off-by: Raghavendra Bhat <raghavendra@redhat.com>
Problem: At the time of stopping the volume while brick multiplex is
enabled memory is not cleanup from all server side xlators.
Solution: To cleanup memory for all server side xlators call fini
in glusterfs_handle_terminate after send GF_EVENT_CLEANUP
notification to top xlator.
BUG: 1544090
Signed-off-by: Mohit Agrawal <moagrawa@redhat.com>
Note: Run all test-cases in separate build (https://review.gluster.org/19574)
with same patch after enable brick mux forcefully, all test cases are
passed.
Change-Id: Ia10dc7f2605aa50f2b90b3fe4eb380ba9299e2fc
There are still remain some code paths where cleanup is required while brick mux is on.I will upload a new patch after resolve all code paths. This reverts commit b313d97faa766443a7f8128b6e19f3d2f1b267dd. BUG: 1544090 Change-Id: I26ef1d29061092bd9a409c8933d5488e968ed90e Signed-off-by: Mohit Agrawal <moagrawa@redhat.com>
With Gluster 4.0 we will not provide the server components for EL6 and older. At one point Gluster 4.x will get GlusterD2, which requires Golang tools in the distribution. EL6 does not contain these at the moment. With this change, it is possible to `./configure --without-server` which prevents building glusterd and the xlators for the bricks. Building RPMs can pass `--without server` and the glusterfs-server sub-package will not be created. Change-Id: I97f5ccf9f2c76e60d9af83915fc59fae57ad6d25 BUG: 1074947 Signed-off-by: Niels de Vos <ndevos@redhat.com>
Problem: At the time of stopping the volume while brick multiplex is
enabled memory is not cleanup from all server side xlators.
Solution: To cleanup memory for all server side xlators call fini
in glusterfs_handle_terminate after send GF_EVENT_CLEANUP
notification to top xlator.
BUG: 1544090
Change-Id: Ifa1525e25b697371276158705026b421b4f81140
Signed-off-by: Mohit Agrawal <moagrawa@redhat.com>
As nfs-ganesha, a wcc data contains pre/post attributes is return in read/write rpc reply. nfs-ganesha get those attributes by two getattr between the real read/write right now. But, gluster has return pre/post attributes from glusterfsd, those attributes are skipped in syncop/gfapi, if gfapi return them, the upper user (nfs-ganesha) can use them directly without any duplicate getattr. Updates: #389 Change-Id: I7b643ae4241cfe2aeb17063de00192d81674024a Signed-off-by: Kinglong Mee <mijinlong@open-fs.com>