Adam Geras originally wrote a script in PowerShell that saves all the Twitter posts for a specific user into a file (view Mr. Geras original post here).

I built on his script and extended it to:

• Post messages to Twitter
• Retrieve Twitter replies
• View my Twitter friends conversations
• Display the classic Twitter Fail Whale when an error occurs

Screen Shots

Sending a Twitter message:

Viewing my friends conversations:

The classic Twitter Fail Whale:

There's something beautiful about the classic green console on a black background - I think it's about being closer to the metal, and besides it feels very Neo. :)

If you'd like to provide some design guidance, fix a bug, or request a feature, then visit (or join) the project on Google Code.

Steve Ballmer (the CEO of Microsoft) made this comment during Mix '08 during his interview with Guy Kawasaki:

GUY KAWASAKI: Okay. ... so it was like in the ashtray of your Lexus?
STEVE BALLMER: I'm a Ford guy, and I'm slightly offended by that. My father who worked for Ford would be offended, but nonetheless ...

Fair enough, Ballmer likes Ford, but what kills me is that he apparently made his choice by association. Like Ballmer, my extended family are (were) also employed by Ford in the US Rust Belt. However, I still value quality and the economics of a purchase over my family affiliations. Of course, this is a broader issue - many people favour historical affiliation / brand loyalty over critical thinking and this may never change, but Ballmer is the CEO of Microsoft!

Now Ford, GM, Chrysler are on the verge of bankruptcy, and while many factors contribute to their situation. I think most people agree that these automakers kept making poor decisions for short term revenue gains - they kept making bigger expensive, less efficient cars, they were inward focuses and failed to look at possible future scenarios (like a global economic recession, skyrocketing oil prices, doomsday, blah-blah-blah). Basically, the big three automakers have been out of touch with the rest of the world. People like me (and probably you too) have never owned a domestic car. For myself, imports offered better value for my money (better fuel efficiency, a higher resale value, and a longer life). In addition, imports felt safer, sturdier, and were more aesthetically pleasing. Imports offered quality over quantity, and they looked nice too - imports made me a happy satisfied consumer.

Like the big three automakers, Microsoft (or Ballmer at least) is out of touch with their community (their developers). For myself, the community oriented / collaborative communities outside Microsoft are continually drawing me in. The openness of these communities and their open solutions is one part of the interest, but I'm also growing tired of working in an ecosystem (and with developers) that literally lag years behind the rest of the software world. Down here in the trenches Microsoft centric developers bear a striking resemblance to the unionized American autoworkers - inflexible, arrogant, and inward focused.

I want a development stack I can be proud of, that embraces quality over quantity, to work with developers that share my values, and an environment that offers more aesthetics. In short I want to be a happy satisfied developer.

In all fairness, it's great how Microsoft is opening up (i.e. IronRuby, IronPython, MVC, etc...), but there are already more open established and mature communities outside Microsoft. I also really like C#, WCF, ASP.NET MVC, and Server 2008, but it's all the baggage associated with the Microsoft ecosystem. It's also fair to mention that the ALT.NET community is making great strides, but it is fundamentally discouraging that ALT.NET had to be formed in the first place. I mean, where are all the ALT.Rails, ALT.Ruby, ALT.Linux, ALT.Java communities?!

I found Art Kleiner's concept of vernacular culture interesting in his book The Age of Heretics: A History of the Radical Thinkers Who Reinvented Corporate Management.

Vernacular as described by Kleiner:

Despite the power of corporate practice, something desperately desirable has been lost in everyday corporate life, and without it, corporations could not truly perform. This lost quality, unnoticed and yet desperately needed, was the vernacular spirit of everyday life ...

there is no better word than vernacular for the quality of relationships and culture that dominated community life before the advent of the industrial age ...

Vernacular life was the way of life that still exists in these villages of our dreams ... In a vernacular culture the best things in life are free, economic and personal life are mixed together ... and every exchange of goods is not just an economic transaction but an expression of the community's spirit ...

the builders of industrial culture didn't have to reject vernacular culture; they merely ignored it or destroyed it in passing, while the power of finance and operations, the power of the numbers culture, undermined the relationships that vernacular culture depended on.

There's strong parallels to the vernacular culture, the Agile / Lean movement, open source, buying locally, the Toyota Way and an innate human need for community and contribution. Today, many of the institutes that have been built on industrial culture (GM, Ford) seem to be faltering, whereas those that have been built on vernacular culture (Toyota, Google) seem to be succeeding.

Through the book the author suggests that heretics are often responsible for transforming industrial cultured institutes to ones that embrace vernacular culture.

Kleiner describes a heretic as:

someone who sees a truth that contradicts the conventional wisdom of the institution to which he or she belongs and remains loyal to both entities - the institution and the new truth.

One of the concepts that is continual presented within this text is that conventional wisdom and institutions are often incorrect, as individuals we can change our situation, our work environment, and our world, but in order to make change we need to identify, verbalize, and seek out new ideas and approaches.

I don't know how I was recommended this book, but I'm really enjoying it!

If you've ever landed on Amazon.com then you're probably familiar with their reviews and wish lists. Amazon provides access to these items (and many-many more) through their extensive web services - the Amazon web services can be complex and overwhelming when all you want is a review list and a single user specific wish list. For this site I wanted to pull in my reviews and wish list - displaying them alongside my blog. It's fair to note, that user reviews are available via an RSS feed (but this feed doesn't include all the details I wanted) and the wish list page still doesn't provide an RSS feed. So a custom Amazon web service request was in order.

Let me try to make this story short.

If you want to request your reviews and your wish list you need the following:

• An Amazon Account: http://www.amazon.com/gp/css/homepage.html with at least a wish list or a review.
• An Amazon Associates tag: https://affiliate-program.amazon.com/gp/associates/join/ (this will be your AssociatesTag).
• An Amazon Web Service (AWS) access key: http://aws.amazon.com/ (this will be your AWSAccessKey).
  

Once you have a wish list or review, you then need to:

• Get your CustomerId for the reviews. I found my CustomerId by navigating to my reviews (http://www.amazon.com/gp/cdp/member-reviews/A2JM0EQJELFL69/) then pulling out 'A2JM0EQJELFL69' (the last element of the url).
• Get your ListId for your wish list.  I found my ListId by navigating to my wishlist (http://www.amazon.com/gp/registry/registry.html/?id=3JU6ASKNUS7B8) then pulling out '3JU6ASKNUS7B8' (the identifier after id= from the url).

Once you've collected all those bits, you need to:

• Checkout and download the source code for the project and build the assembly or download the pre-compiled assembly.
• Add the assembly reference to your project (remember, I'm assuming you're using .NET).
• Make a call to the application which will generate XML files containing your respective reviews and wish list.

Setting up the call would look something like this:

IAmazonRequest amazonRequest = new AmazonRequest() {
     AssociateTag = "adamkahtavaap-20",
     AWSAccessKeyId = "1MRF________MR2",
     CustomerId = "A2JM0EQJELFL69",
     ListId = "3JU6ASKNUS7B8"
};

IFileParameters fileParameters = new FileParameters() {
     ProductFileNameAndPath = @"Products.xml",
     ReviewFileNameAndPath = @"Reviews.xml",
     ErrorFileNameAndPath = @"Errors.xml"  
};

IAmazonApplication amazonApplication = new AmazonApplication(amazonRequest, fileParameters);

amazonApplication.Save();

   And Viola!

• At this point you can do anything with your XML files (Products.xml, Reviews.xml, Errors.xml). I've consumed mine through an ASP.NET Repeater and displayed the contents within a web page (see it live here, view the code here).

If you'd like to provide some design guidance, fix a bug, or request a feature, then visit (or join) the project on Google Code.

Alternatively, you might also be interested in the LINQ To Amazon source featured in the book LINQ in Action.

Happy coding!