-------------------------------------------------
If you run "git branch" at this point, you'll see that git has
-temporarily moved you to a new branch named "bisect". This branch
-points to a commit (with commit id 65934...) that is reachable from
-"master" but not from v2.6.18. Compile and test it, and see whether
-it crashes. Assume it does crash. Then:
+temporarily moved you in "(no branch)". HEAD is now detached from any
+branch and points directly to a commit (with commit id 65934...) that
+is reachable from "master" but not from v2.6.18. Compile and test it,
+and see whether it crashes. Assume it does crash. Then:
-------------------------------------------------
$ git bisect bad
$ git bisect reset
-------------------------------------------------
-to return you to the branch you were on before and delete the
-temporary "bisect" branch.
+to return you to the branch you were on before.
Note that the version which git-bisect checks out for you at each
point is just a suggestion, and you're free to try a different
-------------------------------------------------
which will run gitk and label the commit it chose with a marker that
-says "bisect". Chose a safe-looking commit nearby, note its commit
+says "bisect". Choose a safe-looking commit nearby, note its commit
id, and check it out with:
-------------------------------------------------
then test, run "bisect good" or "bisect bad" as appropriate, and
continue.
+Instead of "git bisect visualize" and then "git reset --hard
+fb47ddb2db...", you might just want to tell git that you want to skip
+the current commit:
+
+-------------------------------------------------
+$ git bisect skip
+-------------------------------------------------
+
+In this case, though, git may not eventually be able to tell the first
+bad one between some first skipped commits and a latter bad commit.
+
+There are also ways to automate the bisecting process if you have a
+test script that can tell a good from a bad commit. See
+linkgit:git-bisect[1] for more information about this and other "git
+bisect" features.
+
[[naming-commits]]
Naming commits
--------------
backup files made by your editor. Of course, 'not' tracking files with git
is just a matter of 'not' calling "`git-add`" on them. But it quickly becomes
annoying to have these untracked files lying around; e.g. they make
-"`git add .`" and "`git commit -a`" practically useless, and they keep
-showing up in the output of "`git status`".
+"`git add .`" practically useless, and they keep showing up in the output of
+"`git status`".
You can tell git to ignore certain files by creating a file called .gitignore
in the top level of your working directory, with contents such as:
$ mv proj.git /home/you/public_html/proj.git
$ cd proj.git
$ git --bare update-server-info
-$ chmod a+x hooks/post-update
+$ mv hooks/post-update.sample hooks/post-update
-------------------------------------------------
(For an explanation of the last two lines, see
It's also possible for a push to fail in this way when other people have
the right to push to the same repository. In that case, the correct
-solution is to retry the push after first updating your work by either a
-pull or a fetch followed by a rebase; see the
+solution is to retry the push after first updating your work: either by a
+pull, or by a fetch followed by a rebase; see the
<<setting-up-a-shared-repository,next section>> and
linkgit:gitcvs-migration[7] for more.
-------------------------------------------------
This will remove each of your commits from mywork, temporarily saving
-them as patches (in a directory named ".dotest"), update mywork to
+them as patches (in a directory named ".git/rebase-apply"), update mywork to
point at the latest version of origin, then apply each of the saved
patches to the new mywork. The result will look like:
$ git config remote.example.fetch +master:ref/remotes/example/master
-------------------------------------------------
-Don't do this unless you're sure you won't mind "git-fetch" possibly
-throwing away commits on mybranch.
+Don't do this unless you're sure you won't mind "git fetch" possibly
+throwing away commits on 'example/master'.
Also note that all of the above configuration can be performed by
directly editing the file .git/config instead of using
"tag".
- A <<def_blob_object,"blob" object>> is used to store file data.
-- A <<def_tree_object,"tree" object>> is an object that ties one or more
+- A <<def_tree_object,"tree" object>> ties one or more
"blob" objects into a directory structure. In addition, a tree object
can refer to other tree objects, thus creating a directory hierarchy.
- A <<def_commit_object,"commit" object>> ties such directory hierarchies
A tag object contains an object, object type, tag name, the name of the
person ("tagger") who created the tag, and a message, which may contain
-a signature, as can be seen using the linkgit:git-cat-file[1]:
+a signature, as can be seen using linkgit:git-cat-file[1]:
------------------------------------------------
$ git cat-file tag v1.5.0
$ git init
$ for i in a b c d
do
- git submodule add ~/git/$i
+ git submodule add ~/git/$i $i
done
-------------------------------------------------
. .. .git .gitmodules a b c d
-------------------------------------------------
-The `git-submodule add` command does a couple of things:
+The `git-submodule add <repo> <path>` command does a couple of things:
-- It clones the submodule under the current directory and by default checks out
- the master branch.
+- It clones the submodule from <repo> to the given <path> under the
+ current directory and by default checks out the master branch.
- It adds the submodule's clone path to the linkgit:gitmodules[5] file and
adds this file to the index, ready to be committed.
- It adds the submodule's current commit ID to the index, ready to be
$ git update-index hello.c
-------------------------------------------------
-When a path is in unmerged state, running `git-update-index` for
+When a path is in the "unmerged" state, running `git-update-index` for
that path tells git to mark the path resolved.
The above is the description of a git merge at the lowest level,
to help you understand what conceptually happens under the hood.
-In practice, nobody, not even git itself, uses three `git-cat-file`
-for this. There is `git-merge-index` program that extracts the
+In practice, nobody, not even git itself, runs `git-cat-file` three times
+for this. There is a `git-merge-index` program that extracts the
stages to temporary files and calls a "merge" script on it:
-------------------------------------------------
README in that revision uses the word "changeset" to describe what we
now call a <<def_commit_object,commit>>.
-Also, we do not call it "cache" any more, but "index", however, the
+Also, we do not call it "cache" any more, but rather "index"; however, the
file is still called `cache.h`. Remark: Not much reason to change it now,
especially since there is no good single name for it anyway, because it is
basically _the_ header file which is included by _all_ of Git's C sources.
* remote example
URL: git://example.com/project.git
Tracked remote branches
- master next ...
+ master
+ next
+ ...
$ git fetch example # update branches from example
$ git branch -r # list all remote branches
-----------------------------------------------