- Joined
- Apr 22, 2006
- Location
- Sioux Falls, SD
You are referring to the left mount? Yes, but it isn't coming out. I should resolder it...
Yes. Looks like it could use a bit of attention.
Good looking project. Keep up the enviable work!
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You are referring to the left mount? Yes, but it isn't coming out. I should resolder it...
Yuppers! You can track the server's work here: http://thenightshift.no-ip.bizu doing folding with this also right?
Will do and thanksYes. Looks like it could use a bit of attention.
Good looking project. Keep up the enviable work!
Yuppers! You can track the server's work here: http://thenightshift.no-ip.biz
Is marked as Phenom #1/#2
Will do and thanks
I've hilighted the important features above.ZFS presents a pooled storage model that completely eliminates the concept of volumes and the associated problems of partitions, provisioning, wasted bandwidth and stranded storage. Thousands of file systems can draw from a common storage pool, each one consuming only as much space as it actually needs. The combined I/O bandwidth of all devices in the pool is available to all filesystems at all times.
ZFS introduces a new data replication model called RAID-Z. It is similar to RAID-5 but uses variable stripe width to eliminate the RAID-5 write hole (stripe corruption due to loss of power between data and parity updates). All RAID-Z writes are full-stripe writes. There's no read-modify-write tax, no write hole, and — the best part — no need for NVRAM in hardware. ZFS loves cheap disks.
Like ECC memory scrubbing, the idea is to read all data to detect latent errors while they're still correctable. A scrub traverses the entire storage pool to read every copy of every block, validate it against its 256-bit checksum, and repair it if necessary. All this happens while the storage pool is live and in use.
There are no arbitrary limits in ZFS. You can have as many files as you want; full 64-bit file offsets; unlimited links, directory entries, snapshots, and so on.
ZFS provides built-in compression. In addition to reducing space usage by 2-3x, compression also reduces the amount of I/O by 2-3x. For this reason, enabling compression actually makes some workloads go faster.
My way may not be the best but short of the computer being destroyed, you wont lose data.