Add applications-list.csv

master
Dmitry Razumov 6 hours ago
parent 4139b037d9
commit 778d5db2aa
Signed by: asmeron
GPG Key ID: 50BC1DB583B79706

@ -0,0 +1,4 @@
GROUP;APPLICATION;DESCRIPTION
Plank dock-panel;plank.desktop;Universal macOS-style dock-panel
Conky monitor;conky.desktop;System monitor
Hostalive;check-hostalive.desktop;Check the internet is alive
1 GROUP APPLICATION DESCRIPTION
2 Plank dock-panel plank.desktop Universal macOS-style dock-panel
3 Conky monitor conky.desktop System monitor
4 Hostalive check-hostalive.desktop Check the internet is alive

@ -0,0 +1,9 @@
VFS_NAME;VFS_DESCRIPTION;VFS_CONFIG;VFS_MIN;VSF_PATITY
RAID0;RAID 0 (Striping). Combines two or more drives to increase read/write speed. Failure of one disk leads to a complete loss of all data.;raid0;2;
RAID1;RAID 1 (Mirroring). Data is written identically to two or more drives.;raid1;2;2
RAID4;RAID 4 (Striping with dedicated parity). It uses block striping of data across multiple disks and a dedicated parity disk to ensure fault tolerance.;raid4;2;
RAID5;RAID 5 (Striping with distributed parity). Data striping with a checksum distributed over all disks (parity). It allows you to survive a single disk failure without data loss, but requires at least 3 disks and suffers from slower writes.;raid5;3;
RAID6;RAID 6 (Striping with double distributed parity). It provides high fault tolerance, allowing you to survive the simultaneous failure of two disks by using two independent parity schemes (P and Q) distributed across all disks.;raid6;2;
RAID10;RAID 1+0 (Striping from of mirrored drives). Combines mirroring (RAID 1) for reliability and interleaving (RAID 0) for performance. It requires at least 4 disks (an even number), creating mirrored pairs (RAID 1), which are then combined into a single array using striping (RAID 0).;raid10;4;2
LVM;LVM (Logical Volume Manager). Allows you to flexibly combine multiple disks or partitions into shared pools (volume groups, VG) and create logical volumes (LV) from them.;lvm;2;
LVM DYNAMIC;LVM DYNAMIC (Logical Volume Manager DYNAMIC). Allows you to flexibly dynamically combine multiple disks or partitions into shared pools (volume groups, VG) and dynamically create logical volumes (LV) from them.;lvm_dynamic;2;
1 VFS_NAME VFS_DESCRIPTION VFS_CONFIG VFS_MIN VSF_PATITY
2 RAID0 RAID 0 (Striping). Combines two or more drives to increase read/write speed. Failure of one disk leads to a complete loss of all data. raid0 2
3 RAID1 RAID 1 (Mirroring). Data is written identically to two or more drives. raid1 2 2
4 RAID4 RAID 4 (Striping with dedicated parity). It uses block striping of data across multiple disks and a dedicated parity disk to ensure fault tolerance. raid4 2
5 RAID5 RAID 5 (Striping with distributed parity). Data striping with a checksum distributed over all disks (parity). It allows you to survive a single disk failure without data loss, but requires at least 3 disks and suffers from slower writes. raid5 3
6 RAID6 RAID 6 (Striping with double distributed parity). It provides high fault tolerance, allowing you to survive the simultaneous failure of two disks by using two independent parity schemes (P and Q) distributed across all disks. raid6 2
7 RAID10 RAID 1+0 (Striping from of mirrored drives). Combines mirroring (RAID 1) for reliability and interleaving (RAID 0) for performance. It requires at least 4 disks (an even number), creating mirrored pairs (RAID 1), which are then combined into a single array using striping (RAID 0). raid10 4 2
8 LVM LVM (Logical Volume Manager). Allows you to flexibly combine multiple disks or partitions into shared pools (volume groups, VG) and create logical volumes (LV) from them. lvm 2
9 LVM DYNAMIC LVM DYNAMIC (Logical Volume Manager DYNAMIC). Allows you to flexibly dynamically combine multiple disks or partitions into shared pools (volume groups, VG) and dynamically create logical volumes (LV) from them. lvm_dynamic 2
Loading…
Cancel
Save