Version Control Hosting Software Resources

As GitHub sets their own prices, it is possible for them to change those prices as they see fit. Therefore, it is possible, but would require corporate action to reset the pricing structure. Additionally, GitHub does not appear to have separate pricing structures based on your role in a company. Instead they charge based on the size of your team. Please check here for more information: https://github.com/pricing.

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DVCS (distributed version control system), is the buzzword on all programmers' forums these days. Git and Mercurial contributed majorly to get tons of developers interested in DVCS. What's even more important, they got people interested in branching and merging. The branch-per-task approach is the core workflow used by most of the DVCS practitioners (including Plastic SCM). This has less to do with the fact that these systems can work in a distributed way and more to do with their actual ability to handle branching and (especially) merging correctly. Many DVCSs handle branching and merging well, but the branch-per-task pattern is not restricted to distributed systems. Centralized systems are equally capable of using the same pattern, however, many of these, like Subversion, CVS, TFS, and Perforce, have inadequate branching and merging functionality that's questionable at best.

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Plastic is a version control system: it versions files and directories and keeps track of branching and merging as you've never seen before. And even better? It does it in a graphical way. Plastic is all about three key concepts: Parallel development: Team members work on the same files, at the same time, making changes without interrupting each other. That's how modern teams work, and that's how you should be working. Plastic lets you work this way by isolating changes on branches and handling them in an agile way. Excellent branching coupled with better merging enables teams to work together and trust that their changes and code modifications are protected and preserved. You just make changes, Plastic takes care of the rest. Distributed development: Plastic helps optimize the collaboration of distant teams. You can have Plastic SCM servers in different offices in different parts of the world, totally disconnected from each other during the major part of the day, and then exchanging branches back and forth in the off-hours to keep in sync. Teams don't have to depend on their internet connections (speed, reliability, and so on) since they can continue working independently. The same technology applies to individual developers working off-line. A small footprint Plastic server is installed on developers' computers. Only when they get online, or are back at the office, will they need to sync with the main server. Making it visual: Plastic SCM is able to perform very complex operations, but we try to do everything visually, with graphical representations and diagrams. Everything is just one simple click away. Hard core command-line users can always find their way through our command line, but the rest of us prefer a strong GUI capable of turning complicated, multi-dimensional actions into simple affairs. That's Plastic.

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