Open Source

I wrote a blog post about how I’ve added tests to a gem I recently built without writing any tests initially:

Ceph storage is common in many large-scale use cases, so simpler implementations for testing or training may go unnoticed. Read More at Enable Sysadmin

The post How to create a Ceph cluster on a single machine appeared first on Linux.com.

Dear community

GNUHealth 4.0.5 patchset has been released !

Priority: High

Table of Contents

• About GNU Health Patchsets
• Updating your system with the GNU Health control Center
• Installation notes
• List of other issues related to this patchset

About GNU Health Patchsets

We provide “patchsets” to stable releases. Patchsets allow applying bug fixes and updates on production systems. Always try to keep your production system up-to-date with the latest patches.

Patches and Patchsets maximize uptime for production systems, and keep your system updated, without the need to do a whole installation.

NOTE: Patchsets are applied on previously installed systems only. For new, fresh installations, download and install the whole tarball (ie, gnuhealth-4.0.5.tar.gz)

Updating your system with the GNU Health control Center

Starting GNU Health 3.x series, you can do automatic updates on the GNU Health HMIS kernel and modules using the GNU Health control center program.

Please refer to the administration manual section ( https://en.wikibooks.org/wiki/GNU_Health/Control_Center )

The GNU Health control center works on standard installations (those done following the installation manual on wikibooks). Don’t use it if you use an alternative method or if your distribution does not follow the GNUHealth packaging guidelines.

Installation Notes

You must apply previous patchsets before installing this patchset. If your patchset level is 4.0.5, then just follow the general instructions. You can find the patchsets at GNU Health main download site at GNU.org (https://ftp.gnu.org/gnu/health/)

In most cases, GNU Health Control center (gnuhealth-control) takes care of applying the patches for you. 

Pre-requisites for upgrade to 4.0.5: None

Now follow the general instructions at

• https://en.wikibooks.org/wiki/GNU_Health/Control_Center

 

After applying the patches, make a full update of your GNU Health database as explained in the documentation.

When running “gnuhealth-control” for the first time, you will see the following message: “Please restart now the update with the new control center” Please do so. Restart the process and the update will continue.

• Restart the GNU Health server

List of other issues and tasks related to this patchset

• bug #63558: Fault: ‘NoneType’ object has no attribute ‘name’
• bug #63557: Missing view architecture for (‘calendar.category’, None, ‘tree’)
• bug #63533: Model ‘gnuhealth.pol’ is missing a default access
• bug #63532: health_caldav misses requiremnt vobject in setup.py
• bug #63517: Fault: ‘webdav’ is not in list
• bug #62777: The term health prof used for both initiating and signing professional in patient evaluation
• bug #62634, Missing Spanish Translations

For detailed information about each issue, you can visit :

 https://savannah.gnu.org/bugs/?group=health

About each task, you can visit:

 https://savannah.gnu.org/task/?group=health

For detailed information you can read about Patches and Patchsets

 https://en.wikibooks.org/wiki/GNU_Health/Patches_and_Patchsets

So the Japanese market had very specific requirements, that PCs could not fulfill in the early DOS days. You couldn’t just replace the character ROM on your PC and make it display Japanese text (IBM did later develop the 5550 and the JX, a derivative of the PCjr, specifically for the Japanese market, and later, they developed the DOS/V variant, which added support for Japanese text to their PS/2 line, using standard VGA hardware, which by now had caught up in terms of resolution). Instead, Japanese companies jumped into the niche of developing business machines for the home market. Most notably NEC. In 1981 they introduced the PC-8800 series, an 8-bit home computer based on a Z80 CPU and BASIC. In 1982, the PC-9800 series followed, a more high-end 16-bit business-oriented personal computer based on an 8086 CPU and MS-DOS. These families of machines became known as PC-88 and PC-98 respectively (Note that the ‘PC’ name here is not a reference to IBM, as NEC had already released the PC-8000 series in 1979). I love these machines.

Kumbh Mela Of Art In Bengaluru.

Argus News is Odisha’s fastest-growing news channel having its presence on satellite TV and various web platforms. Watch the latest news updates LIVE on matters related to politics, sports, gadgets, business, entertainment, and more. Argus News is setting new standards for journalism through its differentiated programming, philosophy, and tagline ‘Satyara Sandhana’.

To stay updated on-the-go,

Visit Our Official Website: www.argusnews.in
iOS App: http://bit.ly/ArgusNewsiOSApp
Android App: http://bit.ly/ArgusNewsAndroidApp
Live TV: https://argusnews.in/live-tv/
Facebook: https://www.facebook.com/argusnews.in
YouTube: www.youtube.com/c/TheArgusNewsOdia
Twitter: https://twitter.com/ArgusNews_in
Instagram: https://www.instagram.com/argusnewsin

Argus News Is Available on:
TataPlay channel No – 1780
Airtel TV channel No – 609
Dish TV channel No – 1369
d2h channel No – 1757
SITI Networks – 18
Hathway – 732
GTPL KCBPL – 713
& other Leading Cable Networks please visit https://argusnews.in/channel_number for channel number list

You Can WhatsApp Us Your News On- 8480612900
#ArgusNews #ArgusEnglish #Bengaluru #Art #chitrasanthe