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doc: modernise everyday.txt wording and format in man page style

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Refresh the contents of everyday.txt contents to a more modern
command style. Also update the mark-up so that it can be formatted
as a man page with AsciiDoc ready for transfer to the Git guides.
The transfer is in subsequent commits.

Guidance on modernising the command style provided by Junio at [1],
[2] and [3].

[1] Individual Developer, both Standalone and Participant
http://article.gmane.org/gmane.comp.version-control.git/254269
[2] Integrator
http://article.gmane.org/gmane.comp.version-control.git/254502
[3] Administrator
http://article.gmane.org/gmane.comp.version-control.git/254824

Helped-by: Junio C Hamano <gitster@pobox.com>
Signed-off-by: Philip Oakley <philipoakley@iee.org>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
This commit is contained in:
Philip Oakley 2014-10-10 22:25:35 +01:00 committed by Junio C Hamano
parent a9583afc1d
commit 992cb20688
1 changed files with 151 additions and 109 deletions
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260
Documentation/everyday.txt
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@ -1,22 +1,37 @@
giteveryday(7)
===============
NAME
----
giteveryday - A useful minimum set of commands for Everyday Git
SYNOPSIS
--------
Everyday Git With 20 Commands Or So
===================================
<<Individual Developer (Standalone)>> commands are essential for
anybody who makes a commit, even for somebody who works alone.
DESCRIPTION
-----------
If you work with other people, you will need commands listed in
the <<Individual Developer (Participant)>> section as well.
Git users can broadly be grouped into four categories for the purposes of
describing here a small set of useful command for everyday Git.
People who play the <<Integrator>> role need to learn some more
commands in addition to the above.
* <<STANDALONE,Individual Developer (Standalone)>> commands are essential
for anybody who makes a commit, even for somebody who works alone.
<<Repository Administration>> commands are for system
administrators who are responsible for the care and feeding
of Git repositories.
* If you work with other people, you will need commands listed in
the <<PARTICIPANT,Individual Developer (Participant)>> section as well.
* People who play the <<INTEGRATOR,Integrator>> role need to learn some
more commands in addition to the above.
* <<ADMINISTRATION,Repository Administration>> commands are for system
administrators who are responsible for the care and feeding
of Git repositories.
Individual Developer (Standalone)[[Individual Developer (Standalone)]]
----------------------------------------------------------------------
Individual Developer (Standalone)[[STANDALONE]]
-----------------------------------------------
A standalone individual developer does not exchange patches with
other people, and works alone in a single repository, using the
@ -24,8 +39,6 @@ following commands.
* linkgit:git-init[1] to create a new repository.
* linkgit:git-show-branch[1] to see where you are.
* linkgit:git-log[1] to see what happened.
* linkgit:git-checkout[1] and linkgit:git-branch[1] to switch
@ -45,7 +58,7 @@ following commands.
* linkgit:git-rebase[1] to maintain topic branches.
* linkgit:git-tag[1] to mark known point.
* linkgit:git-tag[1] to mark a known point.
Examples
~~~~~~~~
@ -75,14 +88,12 @@ $ edit/compile/test
$ git diff HEAD <4>
$ git commit -a -s <5>
$ edit/compile/test
$ git reset --soft HEAD^ <6>
$ edit/compile/test
$ git diff ORIG_HEAD <7>
$ git commit -a -c ORIG_HEAD <8>
$ git checkout master <9>
$ git merge alsa-audio <10>
$ git log --since='3 days ago' <11>
$ git log v2.43.. curses/ <12>
$ git diff HEAD^ <6>
$ git commit -a --amend <7>
$ git checkout master <8>
$ git merge alsa-audio <9>
$ git log --since='3 days ago' <10>
$ git log v2.43.. curses/ <11>
------------
+
<1> create a new topic branch.
@ -90,22 +101,21 @@ $ git log v2.43.. curses/ <12>
<3> you need to tell Git if you added a new file; removal and
modification will be caught if you do `git commit -a` later.
<4> to see what changes you are committing.
<5> commit everything as you have tested, with your sign-off.
<6> take the last commit back, keeping what is in the working tree.
<7> look at the changes since the premature commit we took back.
<8> redo the commit undone in the previous step, using the message
you originally wrote.
<9> switch to the master branch.
<10> merge a topic branch into your master branch.
<11> review commit logs; other forms to limit output can be
combined and include `--max-count=10` (show 10 commits),
<5> commit everything, as you have tested, with your sign-off.
<6> look at all your changes including the previous commit.
<7> amend the previous commit, adding all your new changes,
using your original message.
<8> switch to the master branch.
<9> merge a topic branch into your master branch.
<10> review commit logs; other forms to limit output can be
combined and include `-10` (to show up to 10 commits),
`--until=2005-12-10`, etc.
<12> view only the changes that touch what's in `curses/`
<11> view only the changes that touch what's in `curses/`
directory, since `v2.43` tag.
Individual Developer (Participant)[[Individual Developer (Participant)]]
------------------------------------------------------------------------
Individual Developer (Participant)[[PARTICIPANT]]
-------------------------------------------------
A developer working as a participant in a group project needs to
learn how to communicate with others, and uses these commands in
@ -123,6 +133,13 @@ addition to the ones needed by a standalone developer.
* linkgit:git-format-patch[1] to prepare e-mail submission, if
you adopt Linux kernel-style public forum workflow.
* linkgit:git-send-email[1] to send your e-mail submission without
corruption by your MUA.
* linkgit:git-request-pull[1] to create a summary of changes
for your upstream to pull.
Examples
~~~~~~~~
@ -131,28 +148,34 @@ Clone the upstream and work on it. Feed changes to upstream.::
------------
$ git clone git://git.kernel.org/pub/scm/.../torvalds/linux-2.6 my2.6
$ cd my2.6
$ edit/compile/test; git commit -a -s <1>
$ git format-patch origin <2>
$ git pull <3>
$ git log -p ORIG_HEAD.. arch/i386 include/asm-i386 <4>
$ git pull git://git.kernel.org/pub/.../jgarzik/libata-dev.git ALL <5>
$ git reset --hard ORIG_HEAD <6>
$ git gc <7>
$ git fetch --tags <8>
$ git checkout -b mine master <1>
$ edit/compile/test; git commit -a -s <2>
$ git format-patch master <3>
$ git send-email --to="person <email@example.com>" 00*.patch <4>
$ git checkout master <5>
$ git pull <6>
$ git log -p ORIG_HEAD.. arch/i386 include/asm-i386 <7>
$ git ls-remote --heads http://git.kernel.org/.../jgarzik/libata-dev.git <8>
$ git pull git://git.kernel.org/pub/.../jgarzik/libata-dev.git ALL <9>
$ git reset --hard ORIG_HEAD <10>
$ git gc <11>
------------
+
<1> repeat as needed.
<2> extract patches from your branch for e-mail submission.
<3> `git pull` fetches from `origin` by default and merges into the
<1> checkout a new branch `mine` from master.
<2> repeat as needed.
<3> extract patches from your branch, relative to master,
<4> and email them.
<5> return to `master`, ready to see what's new
<6> `git pull` fetches from `origin` by default and merges into the
current branch.
<4> immediately after pulling, look at the changes done upstream
<7> immediately after pulling, look at the changes done upstream
since last time we checked, only in the
area we are interested in.
<5> fetch from a specific branch from a specific repository and merge.
<6> revert the pull.
<7> garbage collect leftover objects from reverted pull.
<8> from time to time, obtain official tags from the `origin`
and store them under `.git/refs/tags/`.
<8> check the branch names in an external repository (if not known).
<9> fetch from a specific branch `ALL` from a specific repository
and merge it.
<10> revert the pull.
<11> garbage collect leftover objects from reverted pull.
Push into another repository.::
@ -166,7 +189,7 @@ remote.origin.fetch refs/heads/*:refs/remotes/origin/*
branch.master.remote origin
branch.master.merge refs/heads/master
satellite$ git config remote.origin.push \
master:refs/remotes/satellite/master <3>
+refs/heads/*:refs/remotes/satellite/* <3>
satellite$ edit/compile/test/commit
satellite$ git push origin <4>
@ -181,11 +204,12 @@ machine.
<2> clone sets these configuration variables by default.
It arranges `git pull` to fetch and store the branches of mothership
machine to local `remotes/origin/*` remote-tracking branches.
<3> arrange `git push` to push local `master` branch to
`remotes/satellite/master` branch of the mothership machine.
<4> push will stash our work away on `remotes/satellite/master`
remote-tracking branch on the mothership machine. You could use this
as a back-up method.
<3> arrange `git push` to push all local branches to
their corresponding branch of the mothership machine.
<4> push will stash all our work away on `remotes/satellite/*`
remote-tracking branches on the mothership machine. You could use this
as a back-up method. Likewise, you can pretend that mothership
"fetched" from you (useful when access is one sided).
<5> on mothership machine, merge the work done on the satellite
machine into the master branch.
@ -195,17 +219,22 @@ Branch off of a specific tag.::
$ git checkout -b private2.6.14 v2.6.14 <1>
$ edit/compile/test; git commit -a
$ git checkout master
$ git format-patch -k -m --stdout v2.6.14..private2.6.14 |
git am -3 -k <2>
$ git cherry-pick v2.6.14..private2.6.14 <2>
------------
+
<1> create a private branch based on a well known (but somewhat behind)
tag.
<2> forward port all changes in `private2.6.14` branch to `master` branch
without a formal "merging".
without a formal "merging". Or longhand +
`git format-patch -k -m --stdout v2.6.14..private2.6.14 |
git am -3 -k`
An alternate participant submission mechanism is using the
`git request-pull` or pull-request mechanisms (e.g as used on
GitHub (www.github.com) to notify your upstream of your
contribution.
Integrator[[Integrator]]
Integrator[[INTEGRATOR]]
------------------------
A fairly central person acting as the integrator in a group
@ -213,6 +242,13 @@ project receives changes made by others, reviews and integrates
them and publishes the result for others to use, using these
commands in addition to the ones needed by participants.
This section can also be used by those who respond to `git
request-pull` or pull-request on GitHub (www.github.com) to
integrate the work of others into their history. An sub-area
lieutenant for a repository will act both as a participant and
as an integrator.
* linkgit:git-am[1] to apply patches e-mailed in from your
contributors.
@ -229,19 +265,19 @@ commands in addition to the ones needed by participants.
Examples
~~~~~~~~
My typical Git day.::
A typical integrator's Git day.::
+
------------
$ git status <1>
$ git show-branch <2>
$ git branch --no-merged master <2>
$ mailx <3>
& s 2 3 4 5 ./+to-apply
& s 7 8 ./+hold-linus
& q
$ git checkout -b topic/one master
$ git am -3 -i -s -u ./+to-apply <4>
$ git am -3 -i -s ./+to-apply <4>
$ compile/test
$ git checkout -b hold/linus && git am -3 -i -s -u ./+hold-linus <5>
$ git checkout -b hold/linus && git am -3 -i -s ./+hold-linus <5>
$ git checkout topic/one && git rebase master <6>
$ git checkout pu && git reset --hard next <7>
$ git merge topic/one topic/two && git merge hold/linus <8>
@ -249,51 +285,51 @@ $ git checkout maint
$ git cherry-pick master~4 <9>
$ compile/test
$ git tag -s -m "GIT 0.99.9x" v0.99.9x <10>
$ git fetch ko && git show-branch master maint 'tags/ko-*' <11>
$ git push ko <12>
$ git push ko v0.99.9x <13>
$ git fetch ko && for branch in master maint next pu <11>
do
git show-branch ko/$branch $branch <12>
done
$ git push --follow-tags ko <13>
------------
+
<1> see what I was in the middle of doing, if any.
<2> see what topic branches I have and think about how ready
they are.
<1> see what you were in the middle of doing, if anything.
<2> see which branches haven't been merged into `master` yet.
Likewise for any other integration branches e.g. `maint`, `next`
and `pu` (potential updates).
<3> read mails, save ones that are applicable, and save others
that are not quite ready.
<4> apply them, interactively, with my sign-offs.
<5> create topic branch as needed and apply, again with my
sign-offs.
that are not quite ready (other mail readers are available).
<4> apply them, interactively, with your sign-offs.
<5> create topic branch as needed and apply, again with sign-offs.
<6> rebase internal topic branch that has not been merged to the
master or exposed as a part of a stable branch.
<7> restart `pu` every time from the next.
<8> and bundle topic branches still cooking.
<9> backport a critical fix.
<10> create a signed tag.
<11> make sure I did not accidentally rewind master beyond what I
already pushed out. `ko` shorthand points at the repository I have
at kernel.org, and looks like this:
<11> make sure master was not accidentally rewound beyond that
already pushed out. `ko` shorthand points at the Git maintainer's
repository at kernel.org, and looks like this:
+
------------
$ cat .git/remotes/ko
URL: kernel.org:/pub/scm/git/git.git
Pull: master:refs/tags/ko-master
Pull: next:refs/tags/ko-next
Pull: maint:refs/tags/ko-maint
Push: master
Push: next
Push: +pu
Push: maint
(in .git/config)
[remote "ko"]
url = kernel.org:/pub/scm/git/git.git
fetch = refs/heads/*:refs/remotes/ko/*
push = refs/heads/master
push = refs/heads/next
push = +refs/heads/pu
push = refs/heads/maint
------------
+
In the output from `git show-branch`, `master` should have
everything `ko-master` has, and `next` should have
everything `ko-next` has.
<12> push out the bleeding edge.
<13> push the tag out, too.
<12> In the output from `git show-branch`, `master` should have
everything `ko/master` has, and `next` should have
everything `ko/next` has, etc.
<13> push out the bleeding edge, together with new tags that point
into the pushed history.
Repository Administration[[Repository Administration]]
------------------------------------------------------
Repository Administration[[ADMINISTRATION]]
-------------------------------------------
A repository administrator uses the following tools to set up
and maintain access to the repository by developers.
@ -304,9 +340,19 @@ and maintain access to the repository by developers.
* linkgit:git-shell[1] can be used as a 'restricted login shell'
for shared central repository users.
* linkgit:git-http-backend[1] provides a server side implementation
of Git-over-HTTP ("Smart http") allowing both fetch and push services.
* linkgit:gitweb[1] provides a web front-end to Git repositories,
which can be set-up using the linkgit:git-instaweb[1] script.
link:howto/update-hook-example.html[update hook howto] has a good
example of managing a shared central repository.
In addition there are a number of other widely deployed hosting, browsing
and reviewing solutions such as:
* gitolite, gerrit code review, cgit and others.
Examples
~~~~~~~~
@ -350,7 +396,10 @@ service git
Check your xinetd(8) documentation and setup, this is from a Fedora system.
Others might be different.
Give push/pull only access to developers.::
Give push/pull only access to developers using git-over-ssh.::
e.g. those using:
`$ git push/pull ssh://host.xz/pub/scm/project`
+
------------
$ grep git /etc/passwd <1>
@ -363,8 +412,8 @@ $ grep git /etc/shells <2>
------------
+
<1> log-in shell is set to /usr/bin/git-shell, which does not
allow anything but `git push` and `git pull`. The users should
get an ssh access to the machine.
allow anything but `git push` and `git pull`. The users require
ssh access to the machine.
<2> in many distributions /etc/shells needs to list what is used
as the login shell.
@ -401,13 +450,6 @@ for branch policy control.
david is the release manager and is the only person who can
create and push version tags.
HTTP server to support dumb protocol transfer.::
+
------------
dev$ git update-server-info <1>
dev$ ftp user@isp.example.com <2>
ftp> cp -r .git /home/user/myproject.git
------------
+
<1> make sure your info/refs and objects/info/packs are up-to-date
<2> upload to public HTTP server hosted by your ISP.
GIT
---
Part of the linkgit:git[1] suite