Features include,

File synchronization with SFTP & FTP support
Preview mode for synchronization
Supports POSIX file permissions on Linux
Include/Exclude lists in File Synchronization using File Filters (regex)
Hotkeys Support

Install Capivara in openSUSE

Click this  hosted by packman to install Capivara on openSUSE 11.1/11.0/10.3.

This should download the YMP file and automatically launch the YaST package manager to add the required Repositories, download and install Capivara and the  dependencies. Click next on the Capivara installation screen and Next again on the installation proposal window. This should start adding the required repositories, download and install Capivara and its required dependencies. Click Finish when the installation completes successfully.

This should install Capivara under “Applications – System – File Manager”. Click Capivara to launch for the first time and select the language (default UK English).

The default settings can be customised/edited from “Tools – Options”

As you can see there are two panels where you can have to directories from the same system or from local and remote locations which can be connected through sftp or ftp and choose the directories to sync.

You can preview the synchronization to check on the versions before overwriting the files.

Click here to visit the project home.

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Let us see here how we can add a file within the File System as a swap area either temporarily to troubleshoot a performance issue or permanently (atleast until you add additional physical memory) to your system in SuSE and openSUSE.

First to start with, lets see how much of total memory we have on the system. This is the sum of Physical memory and any swap space already added to the system using the “free” command:

opensuse11:~ # free -tom
total       used       free     shared    buffers     cached
Mem:           998        973         24          0         20        795
Swap:          739          0        739
Total:        1738        973        764

Here we have 739MB of swap and none of which is used at the moment. To see the swap device or file which provides this 739MB

opensuse11:~ # swapon -s
Filename                                Type            Size    Used    Priority
/dev/mapper/system-swap                 partition       757752  0       -1
/swap_1                                 file            999992  0       -2

Now, lets say the system is really stressed and is running out of memory (ofcourse not the case here on my system) and we decide to quickly add a big 1Gigabyte file as a temporary swap area. We need to first create thios big monstreous 1Gigabyte file.

opensuse11:~# dd if=/dev/zero of=/swap_1 bs=1024 count=1000000
1000000+0 records in
1000000+0 records out
1024000000 bytes (1.0 GB) copied, 28.7256 s, 35.6 MB/s

We use the DD command to create the 1G file basically writing “0″ into the file swap_1 in the “/” file system.

Now, the file is ready and we shall make it a swap area.

opensuse11:~ # mkswap /swap_1
Setting up swapspace version 1, size = 999996 KiB
no label, UUID=4aada58e-d6f7-4053-adf1-8d4c79122d36

That sets up the file as a swap area.

Now, we’ll simply enable the swapfile so that the system can start paging physical memory pages onto it.

opensuse11:~ # swapon /swap_1

Thats it. The system should now have an additional 1Gigabyte of swap area. Let’s see if it is true.

opensuse11:~ # free -tom
total       used       free     shared    buffers     cached
Mem:           998        973         24          0         20        795
Swap:         1716          0       1716
Total:        2714        973       1741

It is…We now have 1.7Gigabytes of swap area as against to 739MB we originally had.

To confirm the swap areas we have

opensuse11:~ # swapon -s
Filename                                Type            Size    Used    Priority
/dev/mapper/system-swap                 partition       757752  0       -1
/swap_1                                 file            999992  0       -2

While this provides the swap space required for the system almost instantly, if you happen to reboot your SuSE server or your openSUSE system then this swap space won’t be available for the system. To make it permanent, we need to add an entry to the /etc/fstab file as follows:

/swap_1     swap                 swap       defaults              0 0

Where /swap_1 is our new swap file and it instructs the system to mount it at system startup as a swap area.

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Support for a wide range of camcorders and cameras, including:

1. Low resolution camcorder (Raw and AVI DV editing).
2. Mpeg2, mpeg4 and h264 AVCHD (small cameras and camcorders).
3. High resolution camcorder files, including HDV and AVCHD camcorders.
4. Professional camcorders, including XDCAM-HD™ streams, IMX™ (D10) streams, DVCAM (D10) , DVCAM, DVCPRO™, DVCPRO50™ streams and DNxHD™ streams (decoding only, encoding untested). Please note that Kdenlive does not offer the original codecs, but only that we use FFmpeg free software codecs, which can read original streams and sometimes export as well. When you own a camcorder, there is no reason why you should not be able to read your own films.

Multitrack edition with a timeline and unlimited number of video and audio tracks.

Video and audio tracks organized in layers.

Tools to create, move, crop and delete video clips, audio clips, text clips and image clips.

Configurable keyboard shortcuts and interface layouts.

A wide range of effects and transitions. Ability to add custome effects and transitions.
Non-blocking rendering using a rendering separate application. Stop, pause and restart rendering. Continue to work on your project without any possible loss of data.

Export to standard formats like DV (PAL and NTSC), Mpeg2 (PAL, NTSC and HDV) and AVCHD (HDV), High quality h264, Non-destructive formats.

Mix video, audio and images to unleash your creativity

Mix different media without prior import. Mix any Video, audio or image files supported by Kdenlive with custom profiles including resolutions, frame rates, PAR and DAR.

Support for a wide range of codecs and formats including Mpeg2, mp4 and h264 video, Mp2, mp3 and ac3 audio, Lossless video (SNOW lossless codec, etc), Free video (Ogg vorbis, etc)

Install Kdenlive

Kdenlive requires “ffmpeg, ffplay & recordmydesktop” to support webcam capture and Desktop screen capture. Both these packages are available as 1-click installs from packman. Click the following 1-click installs to install ffmpeg & ffplay and Recordmydesktop before we proceed to install kdenlive.

ffmpeg

Recordmydesktop

Once installed, we can proceed to install kdenlive.

Click this 1-click installer supported on openSUSE 11.0/11.0 from packman to install Kdenlive. This should download the YMP file and automatically launch the YaST package manager to add the required Repositories and download and install Kdelive and the required dependencies. Click next on the Kdenlive installation screen and Next again on the installation proposal window. This should start adding the required repositories, download and install Kdenlive and its required dependencies. Click Finish when the installation completes successfully.

This should install kdenlive under “Applications – Multimedia” as “Video Editor”. Click Video Editor to launch for the first time.

This takes you through a wizard to set your defaults. This can however can be configured later from “Settings – Configure Kdenlive”

Once wizard finishes, kdenlive launches with multiple easy to understand panels. A good explanation is available here at the project website. This page is also a quick start guide for you to get started in less than few minutes.

Lot of effects and addons can be downloaded from “Settings – Download new lumas”

Kdenlive is a real mature video editing software which can be used by anyone from dummies (like me ) to geeky advanced video editors. Click here for the project homepage.

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Install DiscWrapper

Click this 1-click installer from packman which supports openSUSE 11.1/11.0/10.3. This should download the YMP file and automatically launch the YaST package manager to add the required Repositories and download and install Discwrapper and the required dependencies. Click next on the Discwrapper installation screen and Next again on the installation proposal window. This should start adding the required repositories, download and install discwrapper and its required dependencies. Click Finish when the installation completes successfully.

This should install Discwrapper under “Applications – Graphics – Image Editing” as Cover Designer. Click Cover Designer to launch Discwrapper.

Click New and select the Disc case type and choose from the available templates to start creating the labels and disc covers. The text shown on the right window are editable (double-click) and more labels can be added from the right-click context menu. It has 2 tabs down in the bottom. One for the Disc cover and the other for the disc itself.

Images, labels or lists can all be added at any time by right-clicking the Disc cover or disc area.

At anytime, click Edit and preference to set your defaults. As you would see there is very minimal menu items and proves useful in doing just what it is designed for.

Click here to visit the project homepage

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Can’t locl lock file /etc/mtab~: timed out
…

…

ntfs-3g: unknown option ‘-n’.
Please type ‘/sbin/mount.ntfs-3g –help’ for more information

This seems to be caused by the jexec service installed by Java SE 6.

opensuse11:/var/log # ps -ef | grep jexec
root      2304  2298  0 23:31 ?        00:00:00 /bin/sh /etc/init.d/jexec start
root      2315  2304  0 23:31 ?        00:00:00 /bin/sh /etc/init.d/jexec start
root      2316  2315  0 23:31 ?        00:00:00 /bin/sh /etc/init.d/jexec start
root      4738     1  0 23:36 ?        00:00:00 /bin/sh /etc/init.d/jexec start
root      4739  4738  0 23:36 ?        00:00:00 /bin/sh /etc/init.d/jexec start
root      4740  4739  0 23:36 ?        00:00:00 /bin/sh /etc/init.d/jexec start

To resolve the problem, disable this service as follows:

Open YaST from Applications – Computer – YaST menu.

In the left pane, click System  and then System Services (Run Level)

From the list look for jexec and select then click Disable. This should disable the service and fix the shutdown problem.

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Features include,

Two powerful and easy to use panels and support several panels via popup

Command Line and optional Terminal emulator below.

Strong keyboard orientation and the ability to perform all functions without the mouse.

Context-dependent invocation of scripts and programs

Virtual file systems (VFS) for e.g. Remote Connections, archives, search results, synchronizer.

Remote Connections : FTP/SAMBA with SFTP/SCP support via KIOSlaves

Synchronize Directories, Mount-Manager to mount/unmount Filesystems

Launch with Root privileges

Archive Handling: browsing, unpack, pack, testing.

Checksum creation-verification mechanism that supports md5, sha1, sha256, sha224, sha256, sha384, sha512, tiger, whirlpool, cfv and crc.

Calculate occupied space of files and folders, archives and remote filesystems.

Completely supports drag’n'drop: drag from Konqueror straight into a .tar.gz file, from Krusader’s panel into the trash-bin, the desktop or into Konqueror

Install Krusader in openSUSE

Krusader can be installed using one of the following 1-click installs based on your openSUSE version:

openSUSE 11.0

openSUSE 10.3

openSUSE 10.2

NOTE: Click here to enable 1-click install in openSUSE 10.2

This should download the YaST MetaPackage file (YMP) and launch the YaST Package manager for installation. Click next on the window showing the selected repositories and next again on the package selection window and finally click Next on the installation proposal window. This should add the required repositories (click import when prompted to import the GPG Keys) and install Krusader and required dependencies. Click Finish when the installation is completed succesfully.

This should add Krusader File Manager under “Applications – System – File Manager” and under “Applications – System – More Programs” for the Krusader with ROOT Privileges.

Launch the Krusader file manager and when run for the first time, Krusader will check for external applications and launch the Krusader Koncifugrator to customize the Krusader File Manager for you. Customize the options and click Apply. This should launch Krusader for you.

You can see all the most elegant features of Krusader are available on the Toolbar and you can also the Function keys for various actions to allow you to have a mouse free experience.

You can drag n Drop files between the two panels where there can be two different directories. You can swap the panels with the directories, compare and synchronize the directories.

The MountMan tool allows you to mount/unmount filesystems on ad-hoc basis.

Krusader is by far the most comprehensive File Manager that I’ve liked so far. Click here to visit the project homepage.

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rsnapshot is written in Perl, and depends on rsync. OpenSSH, GNU cp, GNU du, and the BSD logger program are also recommended, but not required. rsnapshot is written with the lowest common denominator in mind. It only requires at minimum Perl 5.004 and rsync. As a result of this, it works on pretty much any UNIX-like system you care to throw at it.

rsnapshot can run almost out of the box with very little configuration changes although advanced configurations can be done with little more effort.

Install rsnapshot

rsnapshot can be installed using one of the following 1-click installs based on your openSUSE version.

openSUSE 11.0

openSUSE 10.3

openSUSE 10.2

SuSE 10.0

This should download the YaST MetaPackage file (YMP) and launch the YaST Package manager for installation. Click next on the window showing the selected repositories and next again on the package selection window and finally click Next on the installation proposal window. This should add the required repositories (click import when prompted to import the GPG Keys) and install rsnapshot and required dependencies. Click Finish when the installation is completed succesfully.

This should install rsnapshot and rsnapshot-diff under /usr/bin/.

The configuration file is rsnapshot.conf as /etc/rsnapshot.conf .  Edit the configuration file using your favorite editor like “vi”

opensuse11:~ # vi /etc/rsnapshot.conf

To get you quickly started, we shall accept the defaults except the following values:

Snapshot Root directory:

You can set a directory to be the default root for all snapshots to be stored. This will be owned only by root. The permissions on this are “700″ meaning no one other than the owner (root) can access the directory. The default is /.snapshots/

To change this look for the line

snapshot_root    /.snapshots/

and change it to according to your needs.

Intervals

Now, look for the lines

#interval       hourly  6
#interval        daily   7
#interval        weekly  4
#interval       monthly 3

The number against the hourly/daily/weekly/monthly indicates the number of snapshots for the specified time lines. Set the number of snapshots accordingly and add/remove “#” from the lines as per your need. Let’s say we run hourly backups, everytime hourly backup is run, it creates a directory hourly.0,1,2…6 and moves the contents from hourly.0 to hourly.1 hourly.1 to hourly.2 etc. This means hourly.0 has the most recent snapshot. When a daily backup is run, hourly.5 is copied to daily.0 just keeps the chain moving up. Once, the number of snapshots for the timeline is reached (ex: hourly has reached say 6, it will remove the oldest image. Given that rsnapshot uses hardlinks unless the files changes, a snapshot for the file is made and everything else will be a hardlink.

Include/Exclude files

Include & Exclude files from the selected the filesystems using the lines
“include”

“exclude”

Backup Points

Here we choose the File systems that needs to be backed up. Look for the lines

backup  /home/          localhost/
#backup /etc/           localhost/
#backup /usr/local/     localhost/

Use these to select the file systems to be backed up. For every file system to be backed up, use a seperate line. Also, remote systems can be backed up by using the above. For example,

backup root@example.com:/etc/  example.com/    exclude=mtab,exclude=core

Pre/Post scripts

You can also run custom scripts before and/or after the snapshots are taken. The lines

#cmd_preexec    /path/to/preexec/script

#cmd_postexec   /path/to/postexec/script

Remove the “#” command and specify the script to be run.

Save the file and we are good to go. For more options do a

opensuse11:~ # man rsnapshot

and

opensuse11:~ # man rsync

Test Configuration

Without creating any snapshots simply test the configuration as follows:

opensuse:~ # rsnapshot -t configtest
Syntax OK

Run rsnapshot

Creating a snapshot can’t be any easy than this.

To run a hourly snapshot run

opensuse11:~ # rsnapshot hourly

To run a daily snapshot

opensuse11:~ # rsnapshot daily

To run a monthly

opensuse11:~ # rsnapshot monthly

if you want to see, what it does use the “-v” switch,

opensuse:/home/saibaba/Desktop # rsnapshot -v daily
echo 11283 > /var/run/rsnapshot.pid
mv /.snapshots/daily.2/ /.snapshots/daily.3/
mv /.snapshots/daily.1/ /.snapshots/daily.2/
mv /.snapshots/daily.0/ /.snapshots/daily.1/
mkdir -m 0755 -p /.snapshots/daily.0/
/usr/bin/rsync -a –delete –numeric-ids –relative –delete-excluded \
–link-dest=/.snapshots/daily.1/localhost/ /home \
/.snapshots/daily.0/localhost/
touch /.snapshots/daily.0/
rm -f /var/run/rsnapshot.pid

You can see the snapshots in the root directory:

opensuse:/.snapshots # ls -l
total 28
drwxr-xr-x 3 root root 4096 Oct  4 22:09 daily.0
drwxr-xr-x 3 root root 4096 Oct  4 20:33 daily.1
drwxr-xr-x 3 root root 4096 Oct  4 20:18 daily.2
drwxr-xr-x 3 root root 4096 Oct  4 20:15 daily.3
drwxr-xr-x 3 root root 4096 Oct  4 20:05 hourly.0
drwxr-xr-x 3 root root 4096 Oct  4 20:03 hourly.1
drwxr-xr-x 3 root root 4096 Oct  4 20:02 hourly.2

To check the disk space usage

opensuse:/.snapshots # rsnapshot du localhost/home/
152M    /.snapshots/daily.0/localhost/home/
75M     /.snapshots/daily.1/localhost/home/
9.7M    /.snapshots/daily.2/localhost/home/
9.6M    /.snapshots/daily.3/localhost/home/
246M    total

Restore Data

Restoring data is failry straight forward as the files are available under the snapshot root. The one thing to remember is that only “root” owns the directory and no one else can access the files. You need to restore files as root.

While this is understandable as a measure of security, in instances where there is a requirement to allow users to restore there files, it can be done as either mounting the snapshoot root as NFS share or a SAMBA share as a Read-Only file system.

rsnapshot is simple and very effective to use. Click here for more information from the project homepage.

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However, this may particularly may not look good for the boot menu or the fact some of these are not necessary. For instance, I had 3 Windows Partitions and the GRUB boot loader add all these to the menu and then I do not have a floppy drive on my laptop and the means I do not need the floppy disk boot option. We can remove these entries or edit the entries like changing names, move up or down in the order of listing or advanced editing like password protection or activating the partition when selected for boot etc in openSUSE.

Be aware that editing these settings should be done with care or otherwise can result in system failing to boot.

To edit the boot loader configurations in openSUSE,

From menu, click Computer – YaST

Click System – Boot Loader. This launches the Boot Loader settings editor.

Delete Entry

Once in, to delete an entry, select the entry and click Delete.

Change Order

To move up or down in the order, select the entry and click Up or Down as required

Modify Entry

To edit an entry for instance to change the display Name or set password protection, select the entry and click Edit.

Set or Change Default

To set an entry as default, select the entry and click “Set as Default”

Advance Edits & Options

To edit the config files for the selected boot loader (default is GRUB), click other button and select the options like “edit configuration files” or start from scratch”

For advanced options like changing the default GRUB boot loader to say LILO, click the “Boot Loader Installation” tab.

Once done, click Finish to apply the changes to the system.

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The magic Sysrq key basically has a key combination of <ALT> + <SysRq or Prnt Scrn> + <Command key>.

The command key can be one of the following providing a specific functionality

‘b’ – Will immediately reboot the system without syncing or unmounting your disks.

‘c’ – Will perform a kexec reboot in order to take a crashdump.

‘d’ – Shows all locks that are held.

‘e’ – Send a SIGTERM to all processes, except for init.

‘f’ – Will call oom_kill to kill a memory hog process.

‘g’ – Used by kgdb on ppc and sh platforms.

‘h’ – Will display help (actually any other key than those listed here will display help. but ‘h’ is easy to remember

‘i’ – Send a SIGKILL to all processes, except for init.

‘k’ – Secure Access Key (SAK) Kills all programs on the current virtual console. NOTE: See important comments below in SAK section.

‘m’ – Will dump current memory info to your console.

‘n’ – Used to make RT tasks nice-able

‘o’ – Will shut your system off (if configured and supported).

‘p’ – Will dump the current registers and flags to your console.

‘q’ – Will dump a list of all running timers.

‘r’ – Turns off keyboard raw mode and sets it to XLATE.

‘s’ – Will attempt to sync all mounted filesystems.

‘t’ – Will dump a list of current tasks and their information to your console.

‘u’ – Will attempt to remount all mounted filesystems read-only.

‘v’ – Dumps Voyager SMP processor info to your console.

‘w’ – Dumps tasks that are in uninterruptable (blocked) state.

‘x’ – Used by xmon interface on ppc/powerpc platforms.

’0′-’9′ – Sets the console log level, controlling which kernel messages will be printed to your console. (’0′, for example would make it so that only emergency messages like PANICs or OOPSes would make it to your console.)

The most useful combination is the <ALT>+<SysRq or Prnt Scrn> + R-E-I-S-U-B

The above basically means while you Press and Hold <ALT>+<SysRq or Prnt Scrn> Press R, E, I, S, U, B giving sufficient time between each of these key to ensure they perform the required job.

REISUB will

* Release the Keyboard of the XServer control (in the event your XServer crashes)

* Try to gratiously shutdown processes (SIGTERM)

* Forcibly shutsdown the processes (SIGKILL)

* Sync the mounted File Systems immediatly

* Umount the mounted File Systems

* Reboot the system

This could avert or atleast reduce the impact of system crashes.

Magic SysRq key is not enabled by default in openSUSE.

To enable SysRq in openSUSE, click Computer and YaST.

Click System and Kernel Settings.

Click the Kernel Settings tab and place a tick in “Enable SysRq Keys” and click Finish.

Alterntaively, click System – “/etc/sysconfig editor“.  Navigate down to “System – Kernel – ENABLE_SYSRQ” and set it to “Yes” and click Finish.

Another option would be to edit the

/etc/sysctl.conf file and add “kernel.sysrq = 1″

or edit

/etc/sysconfig/sysctl and set ENABLE_SYSRQ=”yes”

To temporarily enable SysRq at runtime,

opensuse11:~ # echo “1″ > /proc/sys/kernel/sysrq

To disable

opensuse11:~ # echo “0″ > /proc/sys/kernel/sysrq

The possible values you can pass are

0: disable sysrq completely
1: enable all functions of sysrq
>1 bitmask of allowed sysrq functions:

2 – enable control of console logging level
4 – enable control of keyboard (SAK, unraw)
8 – enable debugging dumps of processes etc.
16 – enable sync command
32 – enable remount read-only
64 – enable signalling of processes (term, kill, oom-kill)
128 – allow reboot/poweroff
256 – allow nicing of all RT tasks

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Trying to evaluate Google Chrome on Linux is much better I should say if you try using CrossOver Chromium than our previous manual installation from Windows installers on top of Wine.

There is a RPM package available for SuSE which works absolutely fine on openSUSE as well (tested on openSUSE 11.0).

Click here to download the installer. If you would like to download from a Terminal Window then

opensuse11:~ # wget http://media.codeweavers.com/pub/crossover/chromium/cxchromium-0.9.0-1.i386.rpm

Once downloaded, install as follows:

opensuse11:~ # yast2 -i cxchromium-0.9.0-1.i386.rpm

This should install CrossOver Chromium and its uninstaller under Applications – CrossOver Chroium

Start CxChromium and its Chromium or Google Chrome for you. Nice and neat to install and use.

The following are the screenshots of the features we previously discussed here.

To visit the CrossOver Chromium homepage, click here

To visit the Chromium project page, click here

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