| Name: | lvm2 |
|---|---|
| Epoch: | 7 |
| Version: | 2.02.186 |
| Release: | 7.0.2.el7_8.2 |
| Architecture: | aarch64 |
| Group: | System Environment/Base |
| Size: | 3154211 |
| License: | GPLv2 |
| RPM: | lvm2-2.02.186-7.0.2.el7_8.2.aarch64.rpm |
| Source RPM: | lvm2-2.02.186-7.0.2.el7_8.2.src.rpm |
| Build Date: | Tue May 12 2020 |
| Build Host: | ca-buildarm04.us.oracle.com |
| Vendor: | Oracle America |
| URL: | http://sources.redhat.com/lvm2 |
| Summary: | Userland logical volume management tools |
| Description: | LVM2 includes all of the support for handling read/write operations on physical volumes (hard disks, RAID-Systems, magneto optical, etc., multiple devices (MD), see mdadm(8) or even loop devices, see losetup(8)), creating volume groups (kind of virtual disks) from one or more physical volumes and creating one or more logical volumes (kind of logical partitions) in volume groups. |
- Enable cluster support on aarch64 [Orabug:28712283] [Orabug: 28785446](petr.benes@oracle.com) - Reduce delay in case of lvmetad update (ritika.srivastava@oracle.com)
- No validation for thin pools not used by lvm, - Fix activation of incomplete VGs.
- Fix failing pvs with locking_type 4.
- More limited prohibition of raid reshapes.
- Fix bug where headers of incorrect device could be overwritten.
- Prevent reshape of stacked LVs.
- Fix dmeventd failing to resize thin pool stacked on top of raid LVs.
- Fix lvmetad shutdown and avoid lenghty timeouts when rebooting system. - Change allow_mixed_block_sizes default to 1.
- Prevent creating VGs with PVs with different logical block sizes. - Pvmove runs in exlusively activating mode for exclusively active LVs. - Activate thin-pool layered volume as 'read-only' device. - Enhance validation for thin and cache pool conversion and swapping.
- Improve removal of cached devices. - Synchronize with udev when dropping snapshot. - Add missing device synchronization point before removing pvmove node. - Correctly set read_ahead for LVs when pvmove is finished. - Fix metadata writes from corrupting with large physical block size.