High-level logging of user operations on the server side, performance improvements Svnsync tool for repository replication, new and improved working copy library Merge and branch tracking ( svn:mergeinfo), interactive file conflict resolution, sparse checkouts, improved svn:externals syntax Identifying tree conflicts, improved interactive conflict resolution, repo-relative URLs support Improved rename tracking, automatic reintegration merges, inherited versioned properties, built-in conflict resolution toolĬomplete rewrite of the working copy library, improved HTTP protocol usage That is, that there is no individual revision number for individual files in the repository, even if nothing changed in that file for that specific commit.Numerous usability and performance improvements The revision number is global for the repository. This number is incremented by one(1) every time a commit is performed. When a repository is created, it is given the revision number of zero (0). This database contains all the files that are part of the project with all of their past versions. In the subversion world, from the client’s point of view, it is the server which holds the database of the project. The repository is the location where all the data from all the various places is saved. Without a versioning mechanism, it would be very difficult to keep everyone in sync on the latest working changes from everyone else. This is because, usually, when working on a project as a group, there is a distribution of responsibilities and different people change different aspects of the project. To elaborate, this sort of procedure can be useful for a single person but even more so for a group of people, all working on the same project. This sort of procedure is often used to manage software development, so that work can continue to improve the project or add features, while being able to track what has changed from the last overall “save” point. Versioning is a process where the state of a project at a point in time is saved. Note: This book is the ultimate collection of knowledge about subversion and you are advised to refer to it on all Subversion related topics. In this regard, many people think of a version control system as a sort of “time machine.” This allows you to recover older versions of your data or examine the history of how your data changed. That is, Subversion manages files and directories, and the changes made to them, over time. Subversion is a free/open source version control system (VCS). With that said, it is one of the free ones, it’s mature and is extensively used world wide. Subversion is by no means the only version control system in existence and alternatives include Git (which was created by Linus Torvalds the Linux kernel founder), Mercurial and PerForce to name a few. We’ve also included an example of a project you can checkout and use for said router. In this guide, we will go over some basic SVN terminology, show how to install the SVN client on Linux, Windows and if you have one your OPKG enabled DD-WRT router. Doing so enables you to benefit from the latest still unreleased changes, help with testing and even development. There could be numerous reasons why you would want to be able to “checkout” the latest code for a software project that uses a versioning system. This guide is only intended to give you the shorthand answer to the most basic of questions. This guide is by no means a definitive guide for Subversion and a lot of information can be found on the Subversion Red Book. This guide will aim to give you the ability to use the subversion client in general, and, if you have one, on your *DD-WRT router.
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