Posted in Linux, Software, Windows

New Linux Mint convert

Last Christmas I bought a new ASUS TP200SA netbook(?) for my wife. It was familiar as I have the ASUS C100PA Chromebook, and I love it. This ASUS however came with Windows 10. She wanted it as a windows box as she was sure she needed windows to do some of the work she wanted to do. A false premise, I know, but one that a lot of people have.

And it worked Ok, at first, however Microsoft should never get into specing hardware, in this case, in an effort to produce a Chromebook ‘killer’ that used a similar specification. duo-core, 2GB ram and 32GB of storage. And while this works for a lightweight OS like ChromeOS, this is nowhere near adequate for windows 10. And the issue raised it’s ugly head with the first ‘Update’ that Microsoft forced down on the users who own these.

It doesn’t work, would never have worked, so MS has produced another dud of a product. Don’t buy one of these for Windows 10, you will hate it.

The good news is that I did my research beforehand on this laptop, and there were several people managing to get Linux to boot on them. Mosly having to delete the entire windows 10 partition. So knowing I had a solution I bought this. And when the wife finally got too frustrated with making Windows work, she ask me to convert it.

The previous Linux geeks were using things like Fedora but I wasn’t enamored of that distribution. So I tried out my favorite Linux Mint 18.2 and performed the steps I found here: TP200SA Linux Success! except where they used Fedora I used a live USB stick for Linux Mint 18.2. This work great, and I showed my wife how to use the install after she tried out the live USB.

Everything when great, and the install worked even the touch screen, a good surprise. However on the first reboot to the internal ‘ssd’ in the TP200 the track pad did not work, the touch interface work and I assumed that there was a setting that needed to be changed. Not! But after googling the Elan touchpad, I found this: Elantech Touchpad not working

had the same problem. After googling a lot I found a workaround: in /etc/defaut/grub

sudo nano /etc/default/grub
I added i8042.reset to the line GRUB_CMDLINE_LINUX_DEFAULT

GRUB_CMDLINE_LINUX_DEFAULT=”i8042.reset quiet splash”
and then

sudo update-grub
Finally after a restart the touchpad works fine (multitouch included).

And then after I rebooted, it all worked. It does not auto switch to ‘Pad’ mode, but the wife never used that feature anyway, she is delighted to have dumped Windows, and with the addition of the Chromium Browser it synced up with her other Sony Laptop, and she’s using the touch screen all the time. Win!

Advertisements
Posted in Amazon, DBA, EC2, Economy & Business, IT Issues, Linux, MySQL, RDBMS, RDS, Red Hat, Solaris, SQL, SUN, Sybase

A Cloud based Sybase

Over the past week I found myself in a situation as follows, during a migration, conversion from a Sybase Production server to a MySQL based version, I was required to ‘expedite’ a Sybase 15 ASE installation into an Amazon (EC2) instance, The Cloud!

The company has been in the position of seeking less expensive IT infrastructure over the past few years, moving from Sun Enterprise servers with ASE clustering to commodity Intel based Redhat Sybase servers with poor mans replication. The final goal became a decision to convert the expensive Sybase ASE (read inflexible licensing), to MySQL, and generally into the Amazon RDS (cloud).

The move of a Sybase ASE into the Cloud was the result of an urgent desire to terminate a data-center contract early by management. The shrinking time line for the conversion of the Sybase schema to MySQL could not be guaranteed so a Plan B had to be created. Hence, the Cloud based Sybase production edition of a production server.

To my surprise, it works! after a bit of twisting, the Redhat ASE developer installation came off more or less just like any other Sybase install. There are irregularities from a normal Linux install, but functional. Being a bit of a spindle jockey, I was surprised (happily) at the overall performance of the storage systems of the EC2 instance. And the production server is now operating in the instance. (having previously moved the app and web servers into the EC2)

This post needing a point to make, is this, while working this issue, I did considerable Googling for anyone using Sybase ASE in the cloud, and nothing! or nearly nothing. What I did find first, a press release from Sybase corporate that they were now in the Amazon Cloud, dated in 2009, and not a peep since. Nothing, no product, no advertising, no options. What a missed opportunity, it’s now easy to see why Sybase has been loosing so much market to a ‘free’ RDBMS like MySQL.

Posted in IT Issues, Linux, OpenBSD, Personal, Solaris, SUN

Streching the EOL on old hardware.

A couple of weeks ago a friends from work was clearing out their place, I assume she had something to do with it, but in any case my collection of computers grew a bit when he offered to gift them to me. So now I own a Sun SPARCstation 5 and a Sun SparcStation IPX along with other bits and bobs. Now as a rule I only take systems that work, and they do, however the passwords have been lost in the annals of time.

So I was left with a marginal SparcStation 5 with a missing CD drive, which booted to Solaris 2.7, but no further. But I’m a geek, and undaunted by this minor setback, I set out looking for a workaround. The googling net is full of solutions for password recovery … if you have a bootable cd (yes CD not DVD), Ok, next does eBay still have Solaris stuff that old … not cheaply, so what next.

While googling, OpenBSD presented itself, and I downloaded and burned some generic ISO’s of version 4.8. and then to solve the other hardware issue, the Sun IPX was delivered with a cartridge loading CD, but the IPX drive was housed in an external SCSI 1 case, and the SS5 was wired with a SCSI II system externally. so I dismantled the CD drive and searched for a CD cartridge carrier which as any self-respecting Geek, I had stashed away for a rainy day. Then armed with the hardware I jumpered the SCSI CD drive into the SS5 chassis, and bingo a complete and bootable SS5.

Now attempting to boot the OpenBSD was no problem, which surprised me to no end. But then I attempted a password recovery on the Solaris disk and no joy. but I did manage to mount it, and more or less destroy it (latter I found a way to fix it) and determined to go ahead and install the full OpenBSD system. Which more or less worked, there were issues with the X-Fonts archive but I found the tarball contained another version, which worked. It now booted on the internal disk, but I had to add and modify the XF86Config file to find the display, mouse and keyboard. My result does not match the examples of this file you might find on the net. So if you are interested, contact me, the Sun GB keyboard was hell to make work. but TADA:


And I even now have a browser in the form of Links

However, while it can compile most anything, there isn’t much left on the 1GB disk to compile TO. So unless I find some pre-compiled SMALL binaries, or a very cheap internal SCSI Disk to upgrade with, I’m stuck.

There may be more coming for this system, but just to make a comparison with modern hardware;

SparcStation 5 Nokia N900 smartphone
Screen 1024 x 768 (9 screens) 800 x 480 (4 screens)
Memory 64 MBytes 256 MBytes
CPU Freq 110 Mhz 600 Mhz
Storage 1 GByte 32 Gbyte
Price (new) 8,000.00$ to 10,000.00$ ~500.00$

UPDATE: I found amongst the archives another external 1.2GB SCSI disk, which fits nicely in the same connector that the CD-Drive was in, so now the SS5 is without the CD-Drive but has a massive 2.2GB of disks, Impressive 🙂