@end example
In virtualization terminology, your main operating system is the
-@qq{host}, while lilydev is the @qq{guest}.
+@strong{host}, while lilydev is the @strong{guest}.
@item
Download the Ubuntu LilyPond Developer Remix disk image:
}
@item
-Create a music new @qq{virtual machine} inside your virtualization
+Create a new @qq{virtual machine} inside your virtualization
software.
If possible, use at least 700 MB of RAM (1GB would be better) for
(code, docs, regression tests) can reach 10 GB.
@item
-Install @file{ubuntu-lilydev-remix-1.1.iso} as the @qq{guest}
+Install @file{ubuntu-lilydev-remix-1.1.iso} as the @strong{guest}
operating system on your virtualized system.
@enumerate
@item
At the @qq{Prepare disk space} stage, do not be afraid to select
@qq{Erase and use the entire disk}, since this refers to your
-@emph{virtual disk}, not your machine's actual hard drive.
+@strong{@emph{virtual disk}}, not your machine's actual hard
+drive.
@item
When prompted to remove the installation CD, go to
using gedit.
@item
-Some contributors have recommended: (pdf available for free)
+Some contributors have recommended a free pdf:
@example
@uref{http://www.ubuntupocketguide.com/}
This will create a directory called @file{lilypond-git/} within
your home directory, and will download the source code into that
-directory (around 121Mb). When the process is finished, the
+directory (around 150@tie{}Mb). When the process is finished, the
@qq{Command output} window will display @qq{Done}, and the button
label will change to say @qq{Update source}.
This will create a directory called @file{lilypond-git/} within
your home directory, and will download the source code into that
-directory (around 55Mb). When the process is finished, the
+directory (around 150@tie{}Mb). When the process is finished, the
@qq{Command output} window will display @qq{Done}, and the button
label will change to say @qq{Update source}.
Further instructions are in @ref{Daily use of lily-git.tcl}.
-@advanced{the @qq{Get source} button does not fetch the entire
-history of the git repository, so utilities like @command{gitk}
-will only be able to display the most recent additions. As you
-continue to work with @command{lily-git.tcl}, the @qq{Update
-source} button will take any new additions and add it to whatever
-is currently in your repository's history.}
-
@node Starting with Git
@section Starting with Git
@node Setting up
@subsection Setting up
-
-TODO: Remove this note if incorporating Windows instructions
-throughout this section:
-
@warning{These instructions assume that you are using the
command-line version of Git 1.5 or higher. Windows users should
skip to @ref{Git on Windows}.}
@node Installing Git
@unnumberedsubsubsec Installing Git
-
If you are using a Unix-based machine, the easiest way to download
and install Git is through a package manager such as @command{rpm}
-or @command{apt-get}---the installation is generally automatic.
+or @command{apt-get} -- the installation is generally automatic.
The only required package is (usually) called @command{git-core},
although some of the auxiliary @command{git@var{*}} packages are
also useful (such as @command{gitk}).
(@uref{http://git-scm.com/}) for downloadable binaries and
tarballs.
-TODO: add Windows installation instructions (or @@ref@{Git on
-Windows@}).
-
@node Initializing a repository
@unnumberedsubsubsec Initializing a repository
-
-Once Git is installed, you'll need to create a new directory where
-your initial repository will be stored (the example below uses
-@file{~/lilypond-git/}, where @code{~} represents your home
-directory). Run @command{git@tie{}init} from within the new
-directory to initialize an empty repository:
+Once Git is installed, get a copy of the source code:
@example
-mkdir ~/lilypond-git/; cd ~/lilypond-git/
-git init
+git clone git://git.sv.gnu.org/lilypond.git ~/lilypond-git
@end example
+The above command will put the it in @file{~/lilypond-git}, where
+@code{~} represents your home directory.
+
@subsubheading Technical details
This creates (within the @file{~/lilypond-git/} directory) a
repository being discussed (eg. @file{~/lilypond-git/}). This is
referred to as the @emph{top source directory}.}
-Before downloading a copy of the main LilyPond repository, you
+Before working with the copy of the main LilyPond repository, you
should configure some basic settings with the
@command{git@tie{}config} command. Git allows you to set both
global and repository-specific options.
git config --global core.editor @var{nano}
@end example
-TODO: Add instructions for changing the editor on Windows, which
-is a little different, I think. -mp
-
@subsubheading Technical details
Git stores the information entered with
git cl issue 0
@end example
+@subsubheading Wait for a countdown
+
+Your patch will be available for reviews for the next few hours or
+days. Three times a week, patches with no known problems are
+gathered into a @qq{patch countdown} and their status changed to
+@code{patch-countdown}. The countdown is a 48-hour waiting period
+in which any final reviews or complaints should be made.
+
+During the countdown, your patch may be set to
+@code{patch-needs_work}, indicating that you should fix something
+(or at least discuss why the patch needs no modification). If no
+problems are found, the patch will be set to @code{patch-push}.
+
+Once a patch has @code{patch-push}, it should be sent to your
+mentor for uploading. If you have git push ability, look at
+@ref{Pushing to staging}.
+
@node Advanced Git procedures
@section Advanced Git procedures
* Sending and receiving patches via email::
* Cleaning up multiple patches::
* Commit access::
+* Pushing to staging::
@end menu
@node Commit access
@subsection Commit access
-
Most contributors are not able to commit patches directly to the
main repository---only members of the LilyPond development team
have @emph{commit access}. If you are a contributor and are
@item
Test your commit access with a dry run:
+@warning{Do not push directly to master; instead, push to staging.
+See @ref{Pushing to staging}.}
+
@example
git push --dry-run --verbose
@end example
over ATM. If this problem is encountered a possible work-around is
to set the MTU in the local router to 1500.
+
+@node Pushing to staging
+@subsection Pushing to staging
+
+Do not push directly to the git @code{master} branch. Instead,
+push to @code{staging}.
+
+You will not see your patch on @code{origin/master} until some
+automatic tests have been run. These tests are run every couple
+of hours; please wait at least 12 hours before wondering if your
+patch has been lost. Note that you can check the commits on
+@code{origin/staging} by looking at the git web interface on
+savannah.
+
+@subsubheading If your work is in a patch file
+
+Assuming that your patch is in a file called
+@file{0001-my-patch.patch}, and you are currently on git master,
+do:
+
+@example
+git checkout staging
+git pull -r
+git am 0001-my-patch.patch
+git push origin staging
+git checkout master
+@end example
+
+@subsubheading If your work is in a branch
+
+If you are working on branches and your work in is
+@code{my_branch_name}, then do:
+
+@example
+git checkout staging
+git pull -r
+git merge my_branch_name
+git push origin staging
+@end example
+
+
+
@node Git on Windows
@section Git on Windows
+@warning{We heavily recommend that development be done with our
+virtual machine @ref{Lilydev}.}
+
@c Some of this may duplicate stuff in other sections
@c But it is probably best for windows users to have it all together
@c If necessary, clear this up later -td
projects / lilypond.git / commitdiff