My new whip.
As a technology professional, I typically have most of the equipment I need provided for me by my employeer. My laptop for the last four years has been a trusty ThinkPad T400. Upgraded over time to its final configuration of a 256GB SSD (FDE) and 8GB of ram. The T400 has been my trusty whip through power outages and daily VMware Workstation labs – it carried the brand name well. Lenovo support and quality is still top notch.
With that said, my family has grown to a few Macs and I’ve grown to love and envy my wife’s MacBook Pro that I got her for Christmas. During a weekend trip to Chicago for our 15th anniversary, we stopped at the Apple store to get her MBP a hard case – and I was oogling the laptops there. She had finally had enough and convinced me to order a 15″ MBP, no it wasn’t that difficult. I wish the Apple store had stocked the high resolution screens or I would have walked home with one. I was a little disappointed at the insane charges Apple tacks on for memory, but a quick search on NewEgg resolved that issue.
- i7 2.2Ghz Quad Core
- 15″ 1680-by-1050 Glossy High Resolution Screen
- 750GB 7200 RPM Hard Drive
- 16GB (2 x 8GB DDR3) Mushkin RAM
- Zagg invisibleShield skin
I scored a 2nd power brick at BestBuy for $35 (open box) and a DVI adapter.
At work I work mostly in the boot camp partition that I run Windows 7 64bit natively. However, I love using VMware Fusion to run Win 7 from bootcamp when I’m in OS X. It’s a great way to keep all my options on the table. I dare say, even if I couldn’t run OS X on this laptop – the build quality and features like the backlit screen and magsafe power connection – it more than a value for the laptop cost.
USB Concentrators And The Software That Sells Them
Recently I’ve been targeting some old servers for virtualization. Getting rid of these old, slow, power sucking, rack hogging servers should be in my job description… worded just like that.
Only thing keeping these dinosaurs around is software that the developers have decided was so unique and expensive that they require USB dongles to prevent us from posting their software on the internwebs for all to download and install.
Software like, CNC machining and CAD drafting licensing servers. No only do these license servers require a stupid USB dongle – they also call home to check in. Redundancy? You bet. Do they care? Not that I can determine. License servers are nice and very handy in an educational environment where the software can be installed in many rooms – but only scheduled to be used in one room. The software on the desktops check out a license when launched and won’t run if there are no more left.
So when I want to virtualize a server like this – I can’t because virtual servers don’t have USB ports. No USB port, no USB dongle to authorize the license server. No license server, no desktop software will run.
Luckily there is a fix – USB Concentrators. A USB concentrator is simply a box with USB ports on one side, a network port on the other, and some fancy software in between and on the virtual machine itself. With a bit of software and a pinch of luck, your VM will have a true, i’m touching reality, USB port.
We have a few of these damn USB dongles for various software, so I was able to justify the 14 port Digi AnywhereUSB concentrator. Our EDU price weighed in at about $1,400. Yep, a C-note per port – thank you software DRM. Luckily they now are routable – so one concentrator can support servers in multiple locations. They make smaller ones, but the cost per port is higher and we’d need two of them – which brought us within a few hundred bucks of going for the 14 port.
One of our license servers, GibbsCam, decided it wasn’t going to work with our Digi AnywhereUSB ports. After a few reboots and reinstalls, Windows actually kicked off a “Problem Report and Solutions” report that explained that a service called HASP had gone over the deep end and after checking with Microsoft – a fix was recommended. Insert shocked emoticon here, because that’s a first that this service has actually provided usable information – and insert a second shocked emoticon for software that I wouldn’t consider commonplace is actually tracked by this.
A couple of clicks later, I’m staring at a new web page hosted by esafe.com, specifically this one.
After downloading and installing the HASP update, our USB dongle was recognized and we could continue on with the heavily DRM’ed license server – in a virtual environment.
This is not a knock on GibbsCam support, they actually do rock. To complete our install they had to “adjust or reset” some settings on their end. But they returned their calls quickly and we’re professional about it.
I’m more upset about the layers of DRM used by them to prevent piracy or non-compliance of their software. I’m also upset with the fact that companies that have to deploy hardware to support this crap when a very viable solution is already available that doesn’t require hardware.
The end of the story really is this: If you’re going to be paranoid about someone stealing your software, just have the software phone home -or- require a hardware key. Neither will prevent all piracy, but the problems with requiring hardware is archaic and an assumption that your customers are running hardware to support it.
It’ll take us about 2 years to recoup the cost of the USB concentrator… a waste of money that could have been put towards more software licenses or things that would actually help students like workstations and teachers – if these dongles didn’t exist.
Ultimate Deployment Appliance
I’m excitied to begin automating vSphere (ESX) server installations. I now have four servers, ready to install vSphere for our VMWare View environment. I could easily just bang them out one at a time with a USB DVD drive and KVM – but where is the fun in that?
I’m going to use a community built deployment appliance running in VMware workstation to PXE boot and install vSphere on these four servers.
First problem I had was actually getting the appliance file. It seems the original source of the appliance has a horrible network connection or is just really busy – 15b/sec isn’t going to cut it. So I went to Mike Laverick’s RTFM Education site. http://www.rtfm-ed.co.uk/vmware-content/ultimate-da/
Mike posted an OVA file – which can be installed into vSphere, but I need it to run on Workstation on an isolated network during deployment. Workstation would normally be able to import this OVA, but it’s missing some descriptor file.
Never giving up, I found another VMware utility called OVF Tools that you can download here: http://www.vmware.com/support/developer/ovf/
After installing, you get to run this command to convert the OVA file to a vmx/vmdk virtual machine:
C:\Program Files\VMware\VMware OVF Tool\ovftool.exe path_to_ova/uda20-build##.ova path_to_vmx/uda20-build##.vmx
For my example, I just placed the converted VM into the same path:
C:\Program Files\VMware\VMware OVF Tool\ovftool.exe d:/uda20/uda20-build17.ova d:/uda20/uda20-build17.vmx
Really it’s that simple. A few seconds later, you have yourself a vmx file that you can open and run in VMware Workstation.

