Skip to main content

Distributed Battle of the Giants

Google and Yahoo are facing each other on a lot of battle grounds, and some of them are less public than others. Research is key to the long term survival of both companies, and lots of information is the bread and butter of the two. Without effective technology to burrow through unheard of volumes of data in record time, neither will make it. Some of the things coming out of this struggle are interesting.

New languages are under development by the research teams at both Yahoo and Google. Sawzall is a the topic of a research paper from Rob Pike, Sean Dorward, Robert Griesemer, and Sean Quinlan. Pig, with a much less elegant name, is an working language from Yahoo Research. Off the bat, note that Sawzall is a paper, and you can download Pig's source today. If Google has an implementation of Sawzall, they are not making it public at this time.

Both are based around respective implementations of the popular concurrency algorithm, MapReduce, originally a Google creation. Yahoo supports an open source implementation of this algorithm, named Hadoop. Google has yet and likely won't release source code or open up their MapReduce system, although much information is available through their research papers.

I guess I just find it interesting that although Google is considered so often to be the geeks company, and a more open and public loving corporate entity, much of it sometimes seems to just be face without substance. Yahoo is the one supporting the open source project, instead of a closed internal solution, and their concurrency language is available freely with its source code. Sometimes, I wonder if Yahoo is more in line with the communities than Google.

Found from Geeking with Greg.

Comments

Popular posts from this blog

CARDIAC: The Cardboard Computer

I am just so excited about this. CARDIAC. The Cardboard Computer. How cool is that? This piece of history is amazing and better than that: it is extremely accessible. This fantastic design was built in 1969 by David Hagelbarger at Bell Labs to explain what computers were to those who would otherwise have no exposure to them. Miraculously, the CARDIAC (CARDboard Interactive Aid to Computation) was able to actually function as a slow and rudimentary computer.  One of the most fascinating aspects of this gem is that at the time of its publication the scope it was able to demonstrate was actually useful in explaining what a computer was. Could you imagine trying to explain computers today with anything close to the CARDIAC? It had 100 memory locations and only ten instructions. The memory held signed 3-digit numbers (-999 through 999) and instructions could be encoded such that the first digit was the instruction and the second two digits were the address of memory to operate on

Statement Functions

At a small suggestion in #python, I wrote up a simple module that allows the use of many python statements in places requiring statements. This post serves as the announcement and documentation. You can find the release here . The pattern is the statement's keyword appended with a single underscore, so the first, of course, is print_. The example writes 'some+text' to an IOString for a URL query string. This mostly follows what it seems the print function will be in py3k. print_("some", "text", outfile=query_iostring, sep="+", end="") An obvious second choice was to wrap if statements. They take a condition value, and expect a truth value or callback an an optional else value or callback. Values and callbacks are named if_true, cb_true, if_false, and cb_false. if_(raw_input("Continue?")=="Y", cb_true=play_game, cb_false=quit) Of course, often your else might be an error case, so raising an exception could be useful

How To Teach Software Development

How To Teach Software Development Introduction Developers Quality Control Motivation Execution Businesses Students Schools Education is broken. Education about software development is even more broken. It is a sad observation of the industry from my eyes. I come to see good developers from what should be great educations as survivors, more than anything. Do they get a headstart from their education or do they overcome it? This is the first part in a series on software education. I want to open a discussion here. Please comment if you have thoughts. Blog about it, yourself. Write about how you disagree with me. Write more if you don't. We have a troubled industry. We care enough to do something about it. We hark on the bad developers the way people used to point at freak shows, but we only hurt ourselves but not improving the situation. We have to deal with their bad code. We are the twenty percent and we can't talk to the eighty percent, by definition, so we need to impro