SPECS: zfs-fuse.spec - adapterize

[arekm]

Author: arekm                        Date: Mon Jun 25 10:37:55 2007 GMT
Module: SPECS                         Tag: HEAD
---- Log message:
- adapterize

---- Files affected:
SPECS:
   zfs-fuse.spec (1.2 -> 1.3) 

---- Diffs:

================================================================
Index: SPECS/zfs-fuse.spec
diff -u SPECS/zfs-fuse.spec:1.2 SPECS/zfs-fuse.spec:1.3
--- SPECS/zfs-fuse.spec:1.2	Mon Jun 25 12:26:13 2007
+++ SPECS/zfs-fuse.spec	Mon Jun 25 12:37:50 2007
@@ -1,7 +1,7 @@
 # $Revision$, $Date$
+%define	snap	beta1
 Summary:	ZFS Filesystem for FUSE/Linux
 Name:		zfs-fuse
-%define	snap	beta1
 Version:	0.4.0
 Release:	0.%{snap}.1
 License:	CCDL 1.0
@@ -14,15 +14,30 @@
 BuildRoot:	%{tmpdir}/%{name}-%{version}-root-%(id -u -n)
 
 %description
-ZFS has many features which can benefit all kinds of users - from the simple end-user to the biggest enterprise systems. ZFS list of features: 
-* Provable integrity - it checksums all data (and meta-data), which makes it possible to detect hardware errors (hard disk corruption, flaky IDE cables..). Read how ZFS helped to detect a faulty power supply after only two hours of usage, which was previously silently corrupting data for almost a year! 
-* Atomic updates - means that the on-disk state is consistent at all times, there's no need to perform a lengthy filesystem check after forced reboots/power failures. 
-* Instantaneous snapshots and clones - it makes it possible to have hourly, daily and weekly backups efficiently, as well as experiment with new system configurations without any risks. 
-* Built-in (optional) compression 
-* Highly scalable 
-* Pooled storage model - creating filesystems is as easy as creating a new directory. You can efficiently have thousands of filesystems, each with it's own quotas and reservations, and different properties (compression algorithm, checksum algorithm, etc..). 
-* Built-in stripes (RAID-0), mirrors (RAID-1) and RAID-Z (it's like software RAID-5, but more efficient due to ZFS's copy-on-write transactional model). 
-* Among others (variable sector sizes, adaptive endianness, ...)
+ZFS has many features which can benefit all kinds of users - from the
+simple end-user to the biggest enterprise systems. ZFS list of
+features:
+ - Provable integrity - it checksums all data (and meta-data), which
+   makes it possible to detect hardware errors (hard disk corruption,
+   flaky IDE cables..). Read how ZFS helped to detect a faulty power
+   supply after only two hours of usage, which was previously silently
+   corrupting data for almost a year!
+ - Atomic updates - means that the on-disk state is consistent at all
+   times, there's no need to perform a lengthy filesystem check after
+   forced reboots/power failures.
+ - Instantaneous snapshots and clones - it makes it possible to have
+   hourly, daily and weekly backups efficiently, as well as experiment
+   with new system configurations without any risks.
+ - Built-in (optional) compression
+ - Highly scalable
+ - Pooled storage model - creating filesystems is as easy as creating a
+   new directory. You can efficiently have thousands of filesystems, each
+   with it's own quotas and reservations, and different properties
+   (compression algorithm, checksum algorithm, etc..).
+ - Built-in stripes (RAID-0), mirrors (RAID-1) and RAID-Z (it's like
+   software RAID-5, but more efficient due to ZFS's copy-on-write
+   transactional model).
+ - Among others (variable sector sizes, adaptive endianness, ...)
 
 %prep
 %setup -q -n %{name}-%{version}_%{snap}
@@ -57,6 +72,9 @@
 All persons listed below can be reached at <cvs_login>@pld-linux.org
 
 $Log$
+Revision 1.3  2007/06/25 10:37:50  arekm
+- adapterize
+
 Revision 1.2  2007/06/25 10:26:13  arekm
 - license is CCDL 1.0
 
================================================================

---- CVS-web:
    http://cvs.pld-linux.org/SPECS/zfs-fuse.spec?r1=1.2&r2=1.3&f=u