Mercurial shows that it's possible to hide much of that complexity behind a user interface that only exposes as much of that complexity as necessary. Git's--an

Mercurial shows that it's possible to hide much of that complexity behind a user interface that only exposes as much of that complexity as necessary. Git's--and Mercurial's--secret sauce is the directed acyclic graph of commits. Everything else is window dressing. It's complicated if you're used to a linear sequence of commits, but it's not too hard once you grasp the tree structure. All operations are operations that manipulate (or share) the DAG, so it now becomes a matter of mapping how you want to manipulate the DAG onto the command set the tool gives you. Git's toolset was designed by a dozen madmen that didn't talk to each other, so it's a loosely connected set of tools with conflicting syntax and meaning. Mercurial's toolset was designed to be used, so if you know the right terminology, you can easily figure out what command to write. Want to commit something? It's probably hg commit. Want to rebase? It's probably hg rebase. Etc. Git exposes unnecessary complexity. But it won the DVCS popularity contest, so we're stuck with it. I wish something else had won. Oh well...