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Open Source Code Maintainability Analyzed

gManZboy writes "Four computer scientists have done a formal analysis of five Open Source software projects to determine how being "Open Source" contributes to or inhibits source code maintainability. While they admit further research is needed, they conclude that open source is no magic bullet on this particular issue, and argue that Open Source software development should strive for even greater code maintainability." From the article: "The disadvantages of OSS development include absence of complete documentation or technical support. Moreover, there is strong evidence that projects with clear and widely accepted specifications, such as operating systems and system applications, are well suited for the OSS development model. However, it is still questionable whether systems like ERP could be developed successfully as OSS projects. "

4 of 264 comments (clear)

  1. Was this really a surprise? by StateOfTheUnion · · Score: 4, Interesting

    Was this really a surprise? Did anyone think that open osurce software is as a general rule well documented or documented as well as many commercial projects that have project management (for better or worse) and technical writers on staff to do internal as well as external documentation?

  2. This assumes commercial software is any better by Augusto · · Score: 4, Interesting

    And it's often not.

    Many of us have and are working in the "real world" out there, and I've been less than impressed with most documentation on large products.

    Not to mention design documents, which end up being dead documents that are outdated as soon as the first line of code is written. To many corporations, there's no big incentive to spend so much money on these types of activities when you can have people just churning out code and finishing the darned product in the end.

    I'm not saying commericial development is any worse, but I can't say it's any better for sure either.

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  3. Open Source ERP by stiller · · Score: 5, Interesting

    However, it is still questionable whether systems like ERP could be developed successfully as OSS projects.

    I could be mistaken, but isn't Compiere an established OSS ERP implementation?

    I think the questin shouldn't be: 'Can software like ERP be developed as OSS?' But rather: 'Are there enough people in the OSS community interested enough to develop this kind of software without any form of financial support?' I think the answer has turned out to be 'no'. The same goes for things like (good) financial software, and anything that would require heaps of work, high precision and coordination, but no spectaculair result for the common man to brag about.

  4. The language is very important by doc+modulo · · Score: 4, Interesting

    - C++ is more readable than assembler
    - C# and Java are more readable than C++ ...
    - At the end of this list are functional programming languages.

    If you can read source more easily, then maintainability will be better.

    This article will tell you why you should be interested in functional programming languages. If you're smart and open minded, you will be convinced.

    The best functional languages are Haskell and Erlang (click "next" at the bottom of the page).

    For example, with Java you prevent bugs by static typing variables, example:

    int numberOfTries = 3;

    If you later try to fill "numberOfTries" with a string, the compiler will warn you of a bug and you'll have prevented it.

    With Haskell, you don't have to type int. Haskell will figure out the type for you, you get the benefit of preventing bugs with the convenience of not having to type variables.

    The reason I chose Erlang is because with functional purely functional programming languages like Erlang, you can automatically multitask your program over several CPU's (or this will take minimal effort). Nice feature to have in the future because every CPU manufacturere is going multi-core chip now. Also, you can easily make a server that never goes down with Erlang because your server is automatically clustered. Just plonk down a couple networked PC's and if one dies, the server cluster will just keep on going (a bit slower) until you replaced the power supply of the broken PC.

    There are tons of other advantages but, as I said, the above links will convince you if you're smart. Haskell is a bit more academic in nature, they're figuring out the best possible language and Erlang is more polished and ready to go. It was invented by Ericsson to create ultra reliable realtime servers.

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