-vcsh - Version Control System for $HOME (based on git)
+vcsh - Version Control System for $HOME - multiple Git repositories in $HOME
-# Index #
+# Index
-1. [Introduction](#introduction)
-2. [30 second howto](#30-second-howto)
-3. [Overview](#overview)
-4. [Getting Started](#getting-started)
-5. [Usage](#usage)
+1. [30 second howto](#30-second-howto)
+2. [Introduction](#introduction)
+3. [Usage Exmaples](#usage-examples)
+4. [Overview](#overview)
+5. [Getting Started](#getting-started)
6. [Contact](#contact)
-# Introduction #
+# 30 second howto
-[vcsh][vcsh] allows you to maintain several git repositories in one single
+While it may appear that there's an overwhelming amount of documentation and
+while the explanation of the concepts behind `vcsh` needs to touch a few gory
+details of `git` internals, getting started with `vcsh` is extremely simple.
+
+Let's say you want to version control your `vim` configuration:
+
+ vcsh init vim
+ vcsh vim add ~/.vimrc ~/.vim
+ vcsh vim commit -m 'Initial commit of my Vim configuration'
+ # optionally push your files to a remote
+ vcsh vim remote add origin <remote>
+ vcsh vim push -u origin master
+ # from now on you can push additional commits like this
+ vcsh vim push
+
+If all that looks a _lot_ like standard `git`, that's no coincidence; it's
+a design feature.
+
+
+# Introduction
+
+[vcsh][vcsh] allows you to maintain several Git repositories in one single
directory. They all maintain their working trees without clobbering each other
-or interfering otherwise. By default, all git repositories maintained via
-`vcsh` are stored in `$HOME` but you can override this setting if you want to.
+or interfering otherwise. By default, all Git repositories maintained via
+`vcsh` store the actual files in `$HOME` but you can override this setting if
+you want to.
All this means that you can have one repository per application or application
family, i.e. `zsh`, `vim`, `ssh`, etc. This, in turn, allows you to clone
custom sets of configurations onto different machines or even for different
or available to root and you may want to maintain different configuration for
`ssh` on your personal and your work machines.
-`vcsh` was designed with [mr][mr], a tool to manage Multiple Repositories, in
-mind and the two integrate very nicely. `mr` has native support for `vcsh`
-repositories and to `vcsh`, `mr` is just another configuration to track.
-This make setting up any new machine a breeze. It takes literally less than
-five minutes to go from standard installation to fully set up system
-
-A lot of modern UNIX-based systems offer pacakges for `vcsh`. In case yours
+A lot of modern UNIX-based systems offer packages for `vcsh`. In case yours
does not read `INSTALL.md` for install instructions or `PACKAGING.md` to create
a package, yourself. If you do end up packaging `vcsh` please let us know so we
can give you your own packaging branch in the upstream repository.
+## Talks
-# 30 second howto #
-
-While it may appear that there's an overwhelming amount of documentation and
-while the explanation of the concepts behind `vcsh` needs to touch a few gory
-details of `git` internals, getting started with `vcsh` is extremely simple.
+Some people found it useful to look at slides and videos explaining how `vcsh`
+works instead of working through the docs.
+All slides, videos, and further information can be found
+[on the author's talk page][talks].
-Let's say you want to version control your `vim` configuration:
- vcsh init vim
- vcsh vim add ~/.vimrc ~/.vim
- vcsh vim commit -m 'Initial commit of my Vim configuration'
- # optionally push your files to a remote
- vcsh vim <remote> add origin REMOTE
- vcsh vim push origin master:master
-
-If all that looks a _lot_ like standard `git`, that's no coincidence; it's
-a design feature.
+# Usage Examples
+There are three different ways to interact with `vcsh` repositories; this
+section will only show the simplest and easiest way.
+Certain more advanced use cases require the other two ways, but don't worry
+about this for now. If you never even bother playing with the other two
+modes you will still be fine.
+`vcsh enter` and `vcsh run` will be covered in later sections.
-## Talks ##
-Some people found it useful to look at slides and videos explaining how `vcsh`
-works instead of working through the docs, first.
-They can all be found [on the author's talk page][talks].
+| Task | Command |
+| ----------------------------------------------------- | ------------------------------------------------- |
+| _Initialize a new repository called "vim"_ | `vcsh init vim` |
+| _Clone an existing repository_ | `vcsh clone <remote> <repository_name>` |
+| _Add files to repository "vim"_ | `vcsh vim add ~/.vimrc ~/.vim` |
+| | `vcsh vim commit -m 'Update Vim configuration'` |
+| _Add a remote for repository "vim"_ | `vcsh vim remote add origin <remote>` |
+| | `vcsh vim push origin master:master` |
+| | `vcsh vim branch --track master origin/master` |
+| _Push to remote of repository "vim"_ | `vcsh vim push` |
+| _Pull from remote of repository "vim"_ | `vcsh vim pull` |
+| _Show status of changed files in all repositories_ | `vcsh status` |
+| _Pull from all repositories_ | `vcsh pull` |
+| _Push to all repositories_ | `vcsh push` |
# Overview
-## Comparison to Other Solutions ##
+## From zero to vcsh
+
+You put a lot of effort into your configuration and want to both protect and
+distribute this configuration.
Most people who decide to put their dotfiles under version control start with a
single repository in `$HOME`, adding all their dotfiles (and possibly more)
downsides of this approach are the necessary manual steps of cloning and
symlinking the individual repositories.
-`vcsh` takes this second approach one step further. It expects
-single-purpose repositories and stores them in a hidden directory (similar
-to `~/.dotfiles`). However, it does not create symbolic links in `$HOME`; it
-puts the actual files right into `$HOME`.
+`vcsh` takes this approach one step further. It enables single-purpose
+repositories and stores them in a hidden directory. However, it does not create
+symbolic links in `$HOME`; it puts the actual files right into `$HOME`.
-Furthermore, by making use of [mr][mr], it makes it very easy to enable/disable
-and clone a large number of repositories. The use of `mr` is technically
-optional (see section 4.3), but it will be an integral part of the proposed
-system that follows.
+As `vcsh` allows you to put an arbitrary number of distinct repositories into
+your `$HOME`, you will end up with a lot of repositories very quickly.
-## Default Directory Layout ##
+To manage both `vcsh` and other repositories, we suggest using [mr](mr). `mr`
+takes care of pulling in and pushing out new data for a variety of version
+control systems.
+
+`vcsh` was designed with [mr][mr], a tool to manage Multiple Repositories, in
+mind and the two integrate very nicely. `mr` has native support for `vcsh`
+repositories and to `vcsh`, `mr` is just another configuration to track.
+This make setting up any new machine a breeze. It takes literally less than
+five minutes to go from standard installation to fully set up system
+
+This is where `mr` comes in. While the use of `mr` is technically
+optional, but it will be an integral part of the proposed system that follows.
+
+## Default Directory Layout
To illustrate, this is what a possible directory structure looks like.
|-- .mrconfig
`-- .mrtrust
-### available.d ###
+### available.d
The files you see in $XDG\_CONFIG\_HOME/mr/available.d are mr configuration files
that contain the commands to manage (checkout, update etc.) a single
[$XDG_CONFIG_HOME/vcsh/repo.d/zsh.git]
checkout = vcsh clone 'git://github.com/RichiH/zshrc.git' zsh
- update = vcsh run zsh git pull
- push = vcsh run zsh git push
- status = vcsh run zsh git status
- gc = vcsh run zsh git gc
+ update = vcsh zsh pull
+ push = vcsh zsh push
+ status = vcsh zsh status
+ gc = vcsh zsh gc
-### config.d ###
+### config.d
$XDG\_CONFIG\_HOME/mr/available.d contains *all available* repositories. Only
files/links present in mr/config.d, however, will be used by mr. That means
be checked out. A simple `mr update` run in $HOME will clone or update those
four repositories listed in config.d.
-### ~/.mrconfig ###
+### ~/.mrconfig
Finally, ~/.mrconfig will tie together all those single files which will allow
you to conveniently run `mr up` etc. to manage all repositories. It looks like
this:
[DEFAULT]
- jobs = 5
- # Use if your mr does not have vcsh support in mainline, yet
- include = cat /usr/share/mr/vcsh
include = cat ${XDG_CONFIG_HOME:-$HOME/.config}/mr/config.d/*
-### repo.d ###
+### repo.d
$XDG\_CONFIG\_HOME/vcsh/repo.d is the directory where all git repositories which
are under vcsh's control are located. Since their working trees are configured
to be in $HOME, the files contained in those repositories will be put in $HOME
directly.
-Of course, [mr] [1] will work with this layout if configured according to this
+Of course, [mr] [mr] will work with this layout if configured according to this
document (see above).
vcsh will check if any file it would want to create exists. If it exists, vcsh
will throw a warning and exit. Move away your old config and try again.
Optionally, merge your local and your global configs afterwards and push with
-`vcsh run foo git push`.
+`vcsh foo push`.
-## Moving into a New Host ##
+## Moving into a New Host
To illustrate further, the following steps could move your desired
configuration to a new host.
example: `vcsh clone git://github.com/RichiH/vcsh_mr_template.git mr`
2. Choose your repositories by linking them in config.d (or go with the default
you may have already configured by adding symlinks to git).
-3. Make sure the line 'include = cat /usr/share/mr/vcsh' in .mrconfig points
- to an existing file
-4. Run mr to clone the repositories: `cd; mr update`.
-5. Done.
+3. Run mr to clone the repositories: `cd; mr update`.
+4. Done.
Hopefully the above could help explain how this approach saves time by
If you want to give vcsh a try, follow the instructions below.
-# Getting Started #
+# Getting Started
Below, you will find a few different methods for setting up vcsh:
2. The Steal-from-Template Way
3. The Manual Way
-### The Template Way ###
+### The Template Way
-#### Prerequisites ####
+#### Prerequisites
Make sure none of the following files and directories exist for your test
(user). If they do, move them away for now:
apt-get install mr
-#### Install vcsh ####
+#### Install vcsh
-#### Debian ####
+#### Debian
If you are using Debian Squeeze, you will need to enable backports
apt-get install vcsh
-#### Arch Linux ####
+#### Arch Linux
vcsh is availabe via [AUR](https://aur.archlinux.org/packages.php?ID=54164)
and further documentation about the use of AUR is available
makepkg -s
pacman -U vcsh*.pkg.tar.xz
-#### From source ####
-
-If your version of mr is older than version 1.07, make sure to put
-
- include = cat /usr/share/mr/vcsh
-
-into your .mrconfig .
+#### From source
# choose a location for your checkout
- cd $HOME
mkdir -p ~/work/git
+ cd ~/work/git
git clone git://github.com/RichiH/vcsh.git
cd vcsh
- ln -s vcsh /usr/local/bin # or add it to your PATH
+ sudo ln -s vcsh /usr/local/bin # or add it to your PATH
cd
-#### Clone the Template ####
+#### Clone the Template
vcsh clone git://github.com/RichiH/vcsh_mr_template.git mr
-#### Enable Your Test Repository ####
+#### Enable Your Test Repository
mv ~/.zsh ~/zsh.bak
mv ~/.zshrc ~/zshrc.bak
cd
mr up
-#### Set Up Your Own Repositories ####
+#### Set Up Your Own Repositories
Now, it's time to edit the template config and fill it with your own remotes:
And then create your own stuff:
vcsh init foo
- vcsh run foo git add -f bar baz quux
- vcsh run foo git remote add origin git://quuux
- vcsh run foo git commit
- vcsh run foo git push
+ vcsh foo add bar baz quux
+ vcsh foo remote add origin git://quuux
+ vcsh foo commit
+ vcsh foo push
cp $XDG_CONFIG_HOME/mr/available.d/mr.vcsh $XDG_CONFIG_HOME/mr/available.d/foo.vcsh
vim $XDG_CONFIG_HOME/mr/available.d/foo.vcsh # add your own repo
Done!
-### The Steal-from-Template Way ###
+### The Steal-from-Template Way
You're welcome to clone the example repository:
poke me, RichiH, on Freenode (query) or OFTC (#vcs-home).
-### The Manual Way ###
+### The Manual Way
This is how my old setup procedure looked like. Adapt it to your own style or
copy mine verbatim, either is fine.
~ % mr -j 5 up
-# Usage #
+# mr usage ; will be factored out & rewritten
-### Keeping repositories Up-to-Date ###
+### Keeping repositories Up-to-Date
This is the beauty of it all. Once you are set up, just run:
Neat.
-### Making Changes ###
+### Making Changes
After you have made some changes, for which you would normally use `git add`
and `git commit`, use the vcsh wrapper (like above):
- vcsh run foo git add -f bar baz quux
- vcsh run foo git commit
- vcsh run foo git push
-
-By the way, you'll have to use -f/--force flag with git-add because all files
-will be ignored by default. This is to show you only useful output when running
-git-status. A fix for this problem is being worked on.
+ vcsh foo add bar baz quux
+ vcsh foo commit
+ vcsh foo push
-### Using vcsh without mr ###
+### Using vcsh without mr
-vcsh encourages you to use [mr] [1]. It helps you manage a large number of
+vcsh encourages you to use [mr][mr]. It helps you manage a large number of
repositories by running the necessary vcsh commands for you. You may choose not
to use mr, in which case you will have to run those commands manually or by
other means.
-#### A Few Examples ####
To initialize a new repository: `vcsh init zsh`
To interact with a repository, use the regular Git commands, but prepend them
with `vcsh run $repository_name`. For example:
- vcsh run zsh git status
- vcsh run zsh git add -f .zshrc
- vcsh run zsh git commit
+ vcsh zsh status
+ vcsh zsh add .zshrc
+ vcsh zsh commit
Obviously, without mr keeping repositories up-to-date, it will have to be done
manually. Alternatively, you could try something like this:
done
-# Contact #
+# Contact
There are several ways to get in touch with the author and a small but committed
community around the general idea of version controlling your (digital) life.
projects / code / vcsh.git / blobdiff