SmartCVS 7.1 beta 1

The first beta version of SmartCVS 7.1 beta 1 is available. The most new features and improves are:

  • Transactions: ability to filter by branch and/or author
  • for Windows there exists a portable bundle (e.g. for USB-stick usage)
  • Transactions: ability to show for time or tag range
  • external tools: option to use system open or edit command (requires Java 1.6)
  • external file comparators: ability to use (e.g. graphic) viewers which only can accept one file, but can be invoked two times to open two files
  • OS X: reveal in Finder
  • file filter, speed search: configurable, e.g. with smart upper case (e.g. “FB” will match “FooBar.txt”)
  • Commit dialog: ability to open change report
  • working copies with :ssh: (instead of :ext:) are working now (to be compatible with other CVS clients)
  • built-in File Compare: if binary files are compared, file size and hash code are shown
  • built-in File Compare: option to deactivate synchronized scrolling
  • built-in File Compare: optionally ignore case changes
  • Conflict Solver: ability to pass left and right title to external tool
  • Conflict Solver: shows Save toolbar button
  • tables, time columns: show today/yesterday if applicable

Download SmartCVS 7.1 beta 1

Start Developing Plugin for SmartSVN Enterprise

SmartSVN Enterprise offers a Plugin-API which allows to add own functionality to SmartSVN. In this article I want to show how to configure IntelliJ IDEA to compile a sample plugin and how to launch SmartSVN to load this plugin. Of course you should be able to use any other Java IDE, too.

Ensure that SmartSVN is installed and configured. It must have an Enterprise (demo) license registered. How to get an Enterprise demo license.

Now create a project structure:

  • create an empty directory (we will use C:\projects\mergeInfoColumn) as the root for the project
  • create a lib directory and copy all .jar files from the SmartSVN installation into it (svnkit-cli.jar is not required and hence can be skipped)
  • create a src directory and unpack the mergeInfoColumn directory from the of the SmartSVN installation into it.

Create a new project in IDEA and add a Java module mergeInfoColumn and configure its Sources, Paths and Dependencies according to the following screenshots.

Remember this output path, we will need it later, so SmartSVN can load the plugin:

Every SmartSVN plugin depends on the openapi.jar, the mergeInfoColumn plugin also requires the svnkit.jar to compile:

Open the compiler settings and ensure that .properties files are copied from the sources to the classes directory.

To launch SmartSVN you will need all its jar files, hence we create another module named launcher just for launching purposes.
Add all the .jar files from the lib directory as dependency. To ensure that the mergeInfoColumn module is also compiled before launching, add it also as dependency:

Create a Run/Debug configuration. Use the main class SmartSVN and tell SmartSVN where to look for the plugin classes by setting the VM property smartsvn.pluginLocations. Use the compiler output path configured above. You can use absolute paths, but also, as shown in this screenshot, relative ones.

Now you should be able to launch SmartSVN. If everything is done right, you should see “Plugin … loaded.” message on the console immediately after SmartSVN start up.

SVN vs. Git

I’m now having a couple of years experience in using our SVN-client SmartSVN, but I would not call me an "SVN expert". Since approximately a half year we are using Git to develop our Git-client SmartGit, but I’m definitely neither a Git expert nor an experienced Git user. To be honest, I’m only using the Git features which are available in SmartGit, because I can’t remember all the command line options. Nevertheless, I think I have a good overview over both tools, especially, because I use both for my daily work.

A couple of the following differences might not be just differences between SVN and Git, but differences between classical VCS and distributed VCS (DVCS) in general. Here are some sketched differences in random order which came to my mind when I was asked by a SmartSVN customer:

Git can be used off-line

With SVN you have pristine copies of the files available in the admin-areas which allow, e.g., to see the local uncommitted changes without connection to the SVN server. But if you have to commit your changes, you will need the network connection to the SVN server. With Git you can commit your changes as you like, because you have your own copy of the repository locally available. Only if you want to synchronize your repository with an external one, you need the network connection.

Git has incredible Log performance

Because Git has its own repository locally available, showing a log is a very fast operation. It is not necessary to transfer all the information over network. (We have put quite a lot of effort into SmartSVN’s Log Cache to obtain similar performance.)

Git versions files, SVN also directories

Git, just like CVS, versions only files. You can’t store an empty directory in the repository like with SVN.

Admin files

Git has just one location for its admin files, the .git directory in the root of your working tree. SVN currently scatters its .svn directories over the whole working copy. This makes restructuring (moving or copying) files or directories with Git a no-brainer — with SVN you always have to take care to not move or copy the .svn files to not screw up your working copy. A side-effect is, that reading a Git working tree is much faster than reading a comparably large SVN working copy.


SVN supports file or directory properties, Git doesn’t. These SVN properties allow, for example, to

  • store patterns for files to be ignored (you can define what files/directories should be ignored, but only using .gitignore files similar to the .cvsignore files in CVS)
  • define the file type for certain files
  • define the line separators which should be used for files
  • define URL patterns for the issue tracker, so an SVN-client like SmartSVN can detect issue numbers in commit messages and show them as links


SVN has a clear definition of the encoding to use for storing file names or commit messages in the repository (UTF-8). This makes it very platform-independent.
You can configure Git to use some special encoding, but it does not enforce it. This reduces Gits inherent platform-independence significantly.

Tagging, Branching

SVN does not have a special tag or branch feature, but the ability to create light-weight copies of whole directory structures can be used in combination with a special repository structure to achieve that. Unfortunately, a lot of SVN users don’t follow the standard repository structure suggested by the SVN team and reinvent their own. This makes it hard for tools like SmartSVN to "transparently" support tags and branches.
Git supports tagging and branching as a native feature. In combination with the locally available repository, this has the outstanding advantage that you can create as many local branches you like, e.g. to implement larger features, without the need to store such “shelves” in the central repository.

Multi-Project Repositories

With SVN usually a couple of projects are stored in the same repository, separated only by a certain repository structure. Users can easily check out only certain parts of a larger repository. With Git you have one repository for one project. Everyone working on the project needs to have the complete repository.


With SVN it is very easy to refer to a repository state by a revision (a plain number). Git instead uses hash-codes which are hard to read and impossible to remember for humans.


When working frequently with binary files, SVN’s locking feature is a convenient way to exclusively reserve a certain file for editing for a while. Due to its distributed nature this is not possible with Git.

SmartGit – Third Milestone

SmartGit, a client for the distributed version control system (DVCS) Git, is available as third milestone release.

The most notable changes in Milestone 3 are:

  • rebase support
  • log improvements (navigation, more details for a commit)
  • improved handling of working copy roots

All changes can be found in the change log.

We would like to invite everyone to give this milestone build a try and share your ideas with us. Join the SmartGit community!

Download SmartGit


SmartGit requires a Git installation on your system.

SmartGit Milestone 2 build 2

We have released a new bug-fix build for SmartGit Milestone 2. It contains following changes:

Fixed Bugs

  • Changes view: Internal error when no file is selected and Previous Change/Next Change is performed
  • File Table: Double click/Enter does not perform appropriate action (open/compare/conflict solver) anymore
  • Log: Go to|Previous/Next Commit accelerators do not work
  • SSH: Built-in client does not work if URL doesn’t contain port

Other Changes

  • License file updated regarding used libraries

Download SmartGit Milestone 2 (build 2)

SmartGit – Second Milestone

SmartGit, a client for the distributed version control system (DVCS) Git, is available as second milestone release.

The most notable changes are:

  • built-in SSH client (optional)
  • cherry pick merge
  • massive log improvements (embedded compare, graph can show all branches, colored branches)

All changes can be found in the change log.

We would like to invite everyone to give this milestone build a try and share your ideas with us. Join the SmartGit community!

Download SmartGit


SmartGit requires a Git installation on your system.

SmartGit Log showing Rails project commits

SmartSVN 6.0.5

We have released a new bug-fix release for SmartSVN 6. It contains following changes:

Fixed Bugs

  • Check Out: Possible internal error when closing frame during Check Out
  • Commit: Possible internal error when entering commit message
  • Edit Properties: Internal error (only Foundation version)
  • Output: Internal error when performing log on removed file
  • Refresh: Possible internal error
  • Setup/Check for Updates: Proxy does not work

Download SmartSVN 6.0.5

SmartSVN – Revision Graph with merge arrows

Displaying "merge arrows" in the Revision Graph is a feature which has been requested rather frequently since Subversion has introduced "merge tracking". This request comes mainly from (former) ClearCase users.

My personal expectations regarding this feature haven’t been too high. Rather, I was sure that it wouldn’t work well for Subversion but result in an overwhelming maze of merge arrows:
My concerns were that Subversion tracks its merge information by the svn:mergeinfo property which can grow rather complex. It inherits merge information from merge sources, can contain holes and so on.

Nevertheless, after doing some experiments it turned out that these concerns weren’t issues at all. Even for our most complex repository (which contains the shared code base of our products and primarily consists of merge revisions), results were looking promising, as the following screenshot shows:

SmartSVN Revision Graph with merge arrows

The only draw-back is that merge arrows require to scan the svn:mergeinfo for all displayed revisions in the Revision Graph. Currently, SVN provides no efficient way to perform such a query and hence the displaying may take some time.

Finally, we decided that merge arrows will be part of SmartSVN 6.1 and hope to get a first beta build out within the next few weeks.