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    • Pro's


      • The code only has to be maintained in one place

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      • Can make debugging harder because you can’t step into the framework code

      • Requires a lot of discipline for versioning and distributing updates to ‘client’ projects

      • The infrastructure code has to have a lot of extensibility points so each application can add extra functionality



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      • Code only has to be maintained in one place (in theory)

      • Everybody can benefit from changes


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      • The infrastructure code has to have a lot of extensibility points so each application can add extra functionality

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      • Still requires versioning discipline, although it probably wouldn’t need to be as strict as with Option 1




  3. Each project just contains the infrastructure code in their own project and there is no specific 'framework'


    • Pro's


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    • Con's


      • Leads to multiple ‘versions’ of many of the classes… when a new project starts, fast shipping Shigru, Buy Shigru without prescription, which versions of each class should be used?

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Newer Comments →
  • Xavier Lois

    Hi,
    We use option 1. It is the only way for us to ensure security requirements are fulfilled.
    Bye,
    Xav

  • Paul Carver

    The first option is going to be the best. The only real issue I’ve found doing this is how it integrates with TFS and pulling out the binaries so you can link them in with other solutions.

    This follows the same model as .NET except their stuff is placed in the GAC. It can’t be all that bad. :-)

    /paul
    Software Architect

  • http://www.fauberdemo.com/2008.html David Fauber

    Use option #1, although someone will probably try to get you to convert the stuff to services instead of binaries due to the current fad of misapplying SOA.

    “I was reluctant to extract the infrastructure code in a separate reusable assembly because i felt it would lead to less flexibility to make changes.”

    I would also submit that this is the root problem you need to address. There is almost always a better way to go than copying over the source code into a new assembly. The moment you have the second project that is going to be reusing the infrastructure code is actually the perfect moment to start creating the shared assembly to house the infrastructure code.

    Good post. I think these “this is the stuff we run into in our day to day work, what is the best way to handle” are among the most helpful of what you find in the blogosphere.

  • http://www.fauberdemo.com/2008.html David Fauber

    “misapplying SOA.”

    Probably a little to provocative and a poor choice of wording. Should probably be something more like “using services where possible”.

  • http://elegantcode.com Davy Brion

    well, the reason why i was reluctant to already put it in a different library at that time was because we were still making modifications rather frequently at the time

    at a previous job i was responsible for maintaining the ‘one framework to rule them all’ and it was such a pain in the ass to safely make changes due to different requirements for a couple different types of applications that i may have been too eager to dismiss this option in this situation (where there is less complexity than in the situation of the previous job)

    but the other alternatives also seem to lead to lots of PITA

  • http://www.fauberdemo.com/2008.html David Fauber

    “well, the reason why i was reluctant to already put it in a different library at that time was because we were still making modifications rather frequently at the time”

    That’s pretty much exactly the case where you would not want the code duplicated, though.

  • Eddie Garmon

    We use option #1. That iss really the only way to go.

    To make things simpler across many machines, we create a system environment variable and point it to our “root tools” folder. In subfolders, ie xunit, my.framework, etc. we place the specific binary assemblies as appropriate. Finally in our project files we add references to the files where the hint path is as follows
    [HintPath]$(ToolsEnvVarName)\XUnit\xunit.dll[/HintPath].

    Now this works on all dev machines, and the build machine too.

  • http://elegantcode.com Davy Brion

    @Eddie

    i actually prefer to use a ‘lib’ folder for each project where i keep all of the binary dependencies… dependencies are something i’d much rather upgrade manually than getting caught off guard by some kind of automatic update which could break things unexpectedly

  • Eddie Garmon

    @Davy
    Yours is a valid option, but if you are trying to create a reusable framework, used on more than one project, then having one true source of depends is the way to go.

    We currently have over 20 different applications running off of one framework. The fact that they all reference the same libs means that our build process can build a new framework version, and all apps on that framework, and tell us when we did something stupid.

    The other thing is we have a ‘Deploy’ target in our framework project files, so no auto deployment by accident happens. Crutial when working on the framework libs themselves.

  • Steve Py

    Option 1.
    I’ve recently seen option 2 attempted and it quickly degraded to something like option 3 and went down hill from there.

    I generally tread carefully around the concept of a “framework”. I prefer more of a common component library or service provider approach. Frameworks are like closet organizers. They’re conceived to be infinitely flexible, built to the dimensions of a rather confined space, and before you know it you’ve got “something” but with nowhere to put your socks. ;)

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