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Given 250,000 Tools on the Shelf, How Do You Manage Them?

There must be at least 250,000 FOSS tools available to every systems administrator on the planet

Although I haven’t seen a thoroughly researched study, I figure there must be at least 250,000 FOSS (Free and Open Source Software) tools available to every systems administrator on the planet (230,000 at SourceForge + 15,000 at Launchpad + 12,000 at CodePlex + 5,000 at Google Code and that doesn’t count the Linux kernel or any of the myriad other self-hosted projects). These 250,000+ resources comprise the full “toolbox” that admins can use for building solutions with FOSS; they represent the FOSS equivalent of COTS (Commercial Off-The-Shelf). Of course, if you add open source but non-free or commercial tools, the problem explodes combinatorially.

How can a systems administrator support the largest possible subset of these “on the shelf” resources to best service the next need from a stakeholder (like the boss or a new client)?

First let me emphasize the difficulty of the task with a list of items that systems administrators and systems management firms like LinuxForce are expected to do whenever a stakeholder presents a software need:

  • Find and Evaluate software that can meet the need:
    • Identify several candidate applications that might meet the business requirements for a given project, function, or need
    • Research the options to assess their ability to meet the requirements (actually we, the systems administrators of the world, are actually expected to know which tool is “best of breed”: just from our past experience. The false assumption is, if it isn’t well known it must not be any good. The long tail applies to the 250,000+ FOSS tools also!). In our experience such research is essential, unfortunately, there is rarely enough budget to carefully explore the options.
    • Install the tool(s) in a “sandbox” to allow the stakeholder to “try it out”
    • Select a tool to use or look for more options
  • Put the tool into production
    • Read the docs to identify best practices for the software’s configuration
    • Prepare an installation plan that will address (as best as possible) any upgrade glitches (yes, you have to anticipate them now or suffer the consequences later!) so that you’re prepared for when a security advisory is released (or when the stakeholder starts begging for features from a new release)
    • Figure out a support plan to handle the inevitable questions that will arise during operations
    • Integrate these considerations into the process of either installing a package or using the “make, configure, make install” steps that most FOSS tools provide for installation
    • Carefully document the “as built” configuration including all assumptions and anticipated glitches to help yourself or future admins during the maintenance phase
  • On-Going Maintenance
    • Monitor the software
    • Subscribe to any relevant security mailing lists for the software so that you are apprised when a security (or other major) problem is detected
    • Track general trends relating to the software and its alternatives so that you are ready to respond if the project goes dormant or is eclipsed by newer, superior technology.
    • Upgrade routinely

About 15 years ago I noticed that the explosion of ready to use FOSS tools plus the trend toward general purpose tools and away from custom software was leading to a combinatorial crisis in software maintenance. I saw that it was the systems administrator’s responsibility to address the situation.

It has become apparent to me that the solution would require use of convention, standards and policy to reduce the complexity of the problem to manageable proportions. I searched for the most “standardized” conventions and policy-enforcing environment that would also provide the most flexible access to the most FOSS tools. The solution I found is Debian/GNU Linux, the universal operating system (although Ubuntu and other Debian derivatives also provide most of these benefits as well).

Debian simplifies the software evaluation process (apt-get [search|show]). Debian simplifies installation (apt-get install), security and new version upgrades (apt-get [upgrade|dist-upgrade]). Debian uses conventions and packages to simplify identifying best practices for administering the software (/usr/share/doc/[package]/, /var/lib/dpkg/info/[package].postinst, and wikis, mailings lists, bug reports, etc.). But the key benefit for managing the combinatorial explosion of FOSS tools is the Debian community’s value of striving to configure each package to automatically support the most common use cases while also providing support for unusual configurations (so you save tons of time in configuring the software).

In summary, the Debian/GNU Linux system provides the infrastructure needed to manage the combinatorial explosion of off the shelf FOSS tools cost effectively. If you have to service a lot of users, customers, or clients with challenging, diverse needs, I think Debian is the most cost effective way to meet their needs and deliver quality maintenance on an on-going basis year after year after year.

Read the original blog entry...

More Stories By CJ Fearnley

CJ Fearnley was an early leader in the adoption and implementation of Linux and Free and Open Source Software (FOSS) in Philadelphia.

In 1993, he recognized the emerging value of the Linux operating system. Through his leadership position in the Philadelphia Area Computer Society (PACS), he began introducing Linux to organizations in the Greater Philadelphia region. At PACS, he organized monthly presentations on Linux and FOSS and wrote 29 columns in the organization’s print periodical, The Databus. He then founded and helped build Philadelphia’s premiere Linux user group, the Philadelphia area Linux User Group (PLUG), where he continues to facilitate its first Wednesday meetings. After helping to establish a community and culture for Linux and FOSS in Philadelphia, CJ started building his first company, LinuxForce, to be the “go-to” firm for organizations wanting to realize the promise and power of Linux. LinuxForce is a leading technology services provider specializing in the development, implementation, management and support of Linux-based systems, with a particular expertise in Debian GNU/Linux and Ubuntu. LinuxForce provides remote Linux systems management services to clients including The Franklin Institute Science Museum and the Aker Philadelphia Shipyard through its flagship service offering Remote Responder.

In addition, CJ Fearnley has applied his organizational and leadership talent to building Buckminster Fuller’s legacy. CJ published an essay Reading Synergetics: Some Tips to help students of Fuller’s magnum opus, Synergetics: Explorations in the Geometry of Thinking, wade through that complex, multi-dimensional tome. He started maintaining The R. Buckminster Fuller FAQ on the Internet in 1994. His work on Buckminster Fuller was featured in an extensive interview published by Dome Magazine in 1999. In 2002 CJ started building the Synergetics Collaborative (SNEC) as an organization to bring together people with an interest in Synergetics’ methods and principles in workshops, symposia, seminars, and other meetings.

CJ received his BA in Mathematical Sciences and Philosophy from Binghamton University in 1989 where he was a Regents Scholar and has done graduate work at Drexel University. CJ was named to the Philadelphia Business Journal’s 2006 “40 Under 40″ List as one of the region’s most accomplished young professionals.

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