You kids get off my lawn! (oh, and the Apple iPad)

Lately I've been rather busy with work, primarily my main client as well as with the newer work I've been doing with a soon-to-be unveiled startup of which I'm a partner. Our product is launching by the end of the first quarter 2010 and I will be sure to update the site with all the details.

What is really on my mind lately is the annoyances I've been feeling more and more lately regarding what I feel is a loss of substance in the field of computing, interfaces and the sector of artificial intelligence research. Though just recently with the launch of the newly unveiled Apple iPad did I start to feel some alleviation. I will address several of the aforementioned items, but will leave the AI discussion for another post as it will be a lengthy one at best.

Firstly, as 2010 has rolled upon us I started reflecting on how it must be for kids these days and their constant exposure to computers. Primarily how difficult it must be for future programmers and software engineers to get started programming on machines so complex with operating systems so complex that to do even the simplest task requires learning what potentially are complex API's. When I was starting out with computers back in 1979-1980 one could buy a computer (which came with at least BASIC) as well as general instruction books explaining how to program in said language. Within 15-30 minutes any kid would be able to draw bitmapped graphics on screen and possibly even animate and/or add sound as well.

Given that the machine in question on which I first started (a 16-bit machine no less), the TI-994/a, was a 1.067mHz speed daemon, there is much to be said for its overall capabilities. This blog post is larger in size than that machine had RAM (a whole 16k's worth). So, it is true that with all of the amazing capabilities and speed of our newer machines (such as my primary machine with its 8 hyperthreaded cores over two physical quad-core Nehalem Xeon's and 6gb of RAM (of a possible 64gb)) it would be expected. Still, something is lost in the overall simplicity.

Furthermore, my recent curmudgeonly slanted mindset spread to thoughts about how access for all destroyed the quality of the average computer user, especially those networked users (which nowadays includes virtually everyone). When I first started online, there was no AOL, there was no web, there was the internet, but it was limited to Academia, Science Research facilities and the Government. We had modems primarily running at 110/300/440 and later 1200 baud and up. We had acoustic coupler RS232 interfaces (they while novel, are not something which I find myself longing for once again) and we were happy as can be. We knew that getting online and/or running into other computer programmers/enthusiasts (they were usually one in the same back in the day) would lead to interesting conversations/exchanges of a higher intellectual level as opposed to nowadays where the overwhelming majority of computer users are simply that, users who couldn't code their way out of a cardboard box.

Enter the Apple iPad. A machine designed for everyone BUT programmers/software engineers & developers. It provides the mundanes with the functionality to go on about their daily online existences and I'm truly hoping that such devices as this catch on. I hope that items such as this replace the majority of those users' computers. This would give us a kind of return back to the day when the technorati and intellectually gifted were the only ones with machines capable of creating new software. It will help like minded people easily be able to pick out those of similar ilk simply by their possessing an actual computer.

Now I realise that there are people complaining about the iPad specifically those under the spell of Stallman (RMS) and his free software foundation but it is time for them to be grown ups about the situation. If someone creates software, it is their right to keep the source closed, just as it is Stallman's right not to run it on his machine(s). He can be an idealist with cramming such a non-sensical mindset on everyone. Most people really could care less because there are those sources which provide for the applications people want and use, and have no desire (or capability) to modify them anyway, hence the iPad and future devices of similar type are perfect as end users are consumers of the fruits borne of software engineers, not producers of such software.

Now I realise that as usual, I'm diverging from my original topic by going off on a mildly related tangent, so i'll wrap this up by simply stating that it is my hope that with the newer type of device designed solely for the everyday user that we will see a reduction in actual programmable computer sales indicative of a clear divide between producers and consumers once again making a clear distinction between those with the mental prowess and logic abilities/desire to create software and utilise machines to their fullest, and those who are simply consumers of said labour.

Thoughts?

New Development Machine Ordered

After years of working primarily on laptops, I finally decided that it was time to move to a desktop. A brief history is in order so as to show the road travelled (for posterity). All machines were purchased new and the prices include necessary manufacturers extended warranties, etc.

April 2002 : Whilst getting prepared for an upwardly vertical move in my field after working at Alliance Remanufacturing as their Lead Software Developer for internal applications for the production, procurement, quality assurance and management divisions, I purchased an Apple 14" iBook G3 @ 700 MHz w/768 MB of memory for $2,500. This unfortunately was plagued with a flaky motherboard (logic board) issue causing video issues. The machine had 4 logic boards in 3 years under full warranty. I learned the value of AppleCare very quickly, as well as the quality and speed of Apple's customer service.

June 2005 : At this time I was working for Payment Processing Center, LLC writing cheque/bank draft processing backend software as well as managing a real time financial reporting web portal. The logic board in the iBook G3 gave up its ghost yet again and now being out of warranty, it wasn't worth fixing. The replacement came in the form of an Apple 12" iBook G4 @ 1.2 GHz w/1.25 GB of memory for approximately $1,550.

February 2006 : Due to a Federal Raid (later proven to be due to certain clientele and not my place of employ nor its directors), the iBook G4 was seized by the Federal Government for a period of many months with no promised return date. During the next few months I was forced to work on a Windows machine and it was like being a fish out of water. I'm a Unix person through and through and while I took solace in one of our FreeBSD boxes, it wasn't enough.

April 2006 : Still at Payment Processing Center though still without word regarding the seized iBook the decision to buy a professional level Intel based (Core Duo, 1st Generation) replacement. I ordered an Apple 15.3" Widescreen MacBook Pro @ 1.83 GHz w/1 GB of memory for approximately $2,700. The machine which would take me through several large projects for a multitude of clientele including but not limited to: a national retailer with 400 locations in the United States as well as an international magazine publishing group hosting several publications. It would ultimately be maxed out at the 2 GB of memory to which it was limited, being a first version Core Duo (NOT Core 2 Duo), and only 32 bit.

This brings us to today, with the MacBook Pro being out of Apple Care and currently being used as a desktop for over 1.5 years (hooked up to two external displays, two printers, one scanner, 3 external USB Hubs (4, 4 & 7), several external hard drives and an external Firewire Raid Array, it is time to move on to a more appropriate development machine capable of handling the newer software, operating system(s) and expansions needs as dictated by my work demands. Due for pickup later this week is an Apple Mac Pro workstations with dual quad-core xenon "Nehalem" hyperthreaded processors (effectively 16 cores) at 2.26 GHz each, with 6 GB of memory by default for approximately $3200. This provides the expansion abilities I need not to mention the fastest performing Unix workstation anywhere near that price range with the ability to handle 4 TB of storage internally as well as 64 GB of memory.

The end of this upcoming week can't come soon enough for me. It is amazing to think how far technology has come in just the past 7 years. From a fast Risc based G3 @ 700 MHz to what amounts to 16 64 bit cores at 2.26 GHz Intel Xenon "Nehalem" (Risc like design and performance customised for Apple by Intel).

More on the new workstation forthcoming.

Eric