@Duncanma: Controls works as long as player is not buffering. When it is buffereing none of the controls work in neither IE9 nor FF4. What's worse, there seem to be some bug in the player code that after a number of clicks on various buttons player just hangs and the only resolution is to close and restart the browser (at least that's true for IE9).
|Site Feedback||Videos continually buffer||15||Jun 21, 2011 at 8:11 PM|
|Site Feedback||SmoothStreaming down?||16||Apr 26, 2011 at 7:35 PM|
|Tech Off||Good SQL Fizz Buzz||16||Oct 24, 2007 at 1:31 PM|
Good as always.
So, was Steve making some sort of a point by playing only A major? Azure-Majure?
Feb 17, 2011 at 7:42 PM
It seems that discussion about "sameness" of two or more algorithms has no point unless participating parties agrees on what sameness means. Which it turn requires definition of a meta algorithm to measure various properties of algorithms of interest and compute measure of sameness. So, question "are two algorithm the same" has no aswer in general case.
For similar reasons, in order to pick a better algorithm, one has to disclose all the constaints and assumptions used to compute measure of "goodness".
Not sure if I get all of it, I guess I have to watch it again.
It would be very helpful to look at some samples. Also, it looks like the discussion is based on embedded assumption that observations of the events are direct. I wonder how it all change if observations were indirect - for example when you are trying to reconstruct flow of events based on gathering clues. Stream of clues is directly observable (and ordered in time), while pointers to the event stream of interest can be to the past or future times or be just durations without definite starting time points. Would Rx be useful in this case?
It looks like mystery about lost update to myTextBlock.Text revolves around implementation specifics of event processing in Silverlight on WP7 (or may be Silverlight in general?).
Apparently, when assignment myTextBox.Text = ""; happens, "on text change event" is being added to the end of the queue of events waiting to be processed. So, queued event will be picked up for porcessing only after myButtonClick event handler completes. And when that happens, all your changes to the myTexBlock.Text will be effectively undone, lost or what have you. This is quite esy to validate by clicking "Clear" button without entering any text immediately after application loads, or clicking it twice in a row after some text was entered. In this case "on text change" event won't be fired (presumably changing text form "" to "" doesn't constitute a change). You'll note that text block won't display any text.
I guess a real take away from this episode is how easy it is to mess thing up big, whithout understanding what events are and how they are being processed at run time.
Good discussion. Interesting perspective on how customer-extensible application meta-data affect all the layers above.
And it's rather obvious that "like.. you know" Bart now works for Eric.
Just out of curiosity, what is so special about SharePoint security that computation has to happen in the business layer as opposed to a stored procedure or even a correlated subquery in a SQL statement?
Oh, my. So many good discussion topics, so little time. I stopped counting after the first five. More E2E sessions would be nice.
I'd like to hear more about developments in the area of type systems, relational (im)purity, and programming languages to replace SQL.
Cost based optimization and how things are evolving in that area would be interesting too.
On a side topic, calling SQL relational is a blasphemy. It's as relational as a cow is a noble steed.
On a loosely related subject, It would be interesting to know why SQL Server is still being shipped with two VMs - .NET one and a specialized one to run T-SQL code. Is .NET VM too generic (insufficently specialized) to provide good run-time for T-SQL?
Is it the same or similar reason why guys from Jane Street Capital hint at .NET GC not being quite good enough to meet demands placed on run-time by a functional programming language (F#)?
It looks logical to assume that any engineering solution (software or otherwise) has its range of applicability. Going below or above the applicable range requires some other engineering solutions. Is there any info out there on applicability limits of .NET GC and .NET VM for that matter (and how one would express those limits anyways - in terms of lattency or memory allocations per unit of measure, when being general purpose VM starts and ends?).