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trickle -u 20 git push ssh://machineB.tld/foo/proj.git master
One of the topics that I didn't cover in depth in the Pro Git book is the reset command. Most of the reason for this, honestly, is that I never strongly understood the command beyond the handful of specific use cases that I needed it for. I knew what the command did, but not really how it was designed to work.
Since then I have become more comfortable with the command, largely thanks to Mark Dominus's article re-phrasing the content of the man-page, which I always found very difficult to follow... more>
Since then I have become more comfortable with the command, largely thanks to Mark Dominus's article re-phrasing the content of the man-page, which I always found very difficult to follow... more>
Creating code branches on a single system is enjoyable enough, but the real purpose of git is allowing people in disparate locations to contribute to a project. You add remote repositories in git by using the git remote command, like so:
The problem with git pull is that it has all kinds of helpful magic that means you don’t really have to learn about the different types of branch in git. Mostly things Just Work, but when they don’t it’s often difficult to work out why. What seem like obvious bits of syntax for git pull may have rather surprising results, as even a cursory look through the manual page should convince you.
The other problem is that by both fetching and merging in one command, your working directory is upda... more>
The other problem is that by both fetching and merging in one command, your working directory is upda... more>
Setup
-----
git clone
clone the repository specified by; this is similar to "checkout" in
some other version control systems such as Subversion and CVS
Add colors to your ~/.gitconfig file:
[color]
ui = auto
[color "branch"]
current = yellow reverse
local = yellow
remote = green
[color "diff"]
meta = yellow bold
frag = magenta bold
old = red bold
new = green bold
[color "status"]
added = yellow
changed = green
untracked = c... more>
-----
git clone
clone the repository specified by
some other version control systems such as Subversion and CVS
Add colors to your ~/.gitconfig file:
[color]
ui = auto
[color "branch"]
current = yellow reverse
local = yellow
remote = green
[color "diff"]
meta = yellow bold
frag = magenta bold
old = red bold
new = green bold
[color "status"]
added = yellow
changed = green
untracked = c... more>
Try: git mergetool
It opens a GUI that steps you through each conflict and you get to choose how to merge. Sometimes it requires a bit of hand editing afterwards, but usually it's enough by itself. Much better than doing the whole thing by hand certainly.
It opens a GUI that steps you through each conflict and you get to choose how to merge. Sometimes it requires a bit of hand editing afterwards, but usually it's enough by itself. Much better than doing the whole thing by hand certainly.
Git provides multiple methods for fixing up mistakes as you are developing. Selecting an appropriate method depends on whether or not you have committed the mistake, and if you have committed the mistake, whether you have shared the erroneous commit with anyone else.
git pull will do two things: it does a git fetch and then a git merge where it merges branches that have been setup to be merged in your config.
So what you want to do is to undo the merge (undoing the fetch doesn't make a lot of sense and shouldn't be necessary).
To do that you can try using git reset --hard to reset to a previous state. Use the git-reflog command to find the SHA-1 of the previous state and then reset to it.
So what you want to do is to undo the merge (undoing the fetch doesn't make a lot of sense and shouldn't be necessary).
To do that you can try using git reset --hard to reset to a previous state. Use the git-reflog command to find the SHA-1 of the previous state and then reset to it.
git pull will do two things: it does a git fetch and then a git merge where it merges branches that have been setup to be merged in your config.
So what you want to do is to undo the merge (undoing the fetch doesn't make a lot of sense and shouldn't be necessary).
To do that you can try using git reset --hard to reset to a previous state. Use the git-reflog command to find the SHA-1 of the previous state and then reset to it.
So what you want to do is to undo the merge (undoing the fetch doesn't make a lot of sense and shouldn't be necessary).
To do that you can try using git reset --hard to reset to a previous state. Use the git-reflog command to find the SHA-1 of the previous state and then reset to it.
“Git has a strong Linux heritage” – it was true in 2008 and it is still true in 2010. While "msysgit" provides good Windows port of Git I preferred to experience the real one.
Naturally, there are a number of ways to install Git on Linux, Ubuntu 10.04 in my case.
1.
?
1
2
3
4
5
6
$which git
$sudo apt-get install git-core
$which git
/usr/bin/git
$git --version
git version 1.7.0.4
This is the easiest way, of course, but it brings us an outdated version of Git. Latest Git version is "1.7... more>
Naturally, there are a number of ways to install Git on Linux, Ubuntu 10.04 in my case.
1.
?
1
2
3
4
5
6
$which git
$sudo apt-get install git-core
$which git
/usr/bin/git
$git --version
git version 1.7.0.4
This is the easiest way, of course, but it brings us an outdated version of Git. Latest Git version is "1.7... more>
Create signed, unsigned or lightweight tags to permanantly mark important points in your project history.
Like most VCSs, Git has the ability to ‘tag’ specific points in history as being important - generally people use this to mark release points (‘v1.0’, etc). In this lesson we will learn how to list the available tags, how to create new tags, and what the different types of tags in Git are.
Like most VCSs, Git has the ability to ‘tag’ specific points in history as being important - generally people use this to mark release points (‘v1.0’, etc). In this lesson we will learn how to list the available tags, how to create new tags, and what the different types of tags in Git are.
A single git repository can maintain multiple branches of development. To create a new branch named "experimental", use
$ git branch experimental
$ git branch experimental
What is git ?
Git is a distributed version control system developed by Junio Hamano and Linus Torvalds.
Git does not use a centralized server.
Git runs on Linux, BSD, Solaris, Darwin, Windows, Android and other operating systems.
Why the 'git' name?
Quoting Linus: "I'm an egotistical ***, and I name all my projects after myself. First 'Linux', now 'git'".
('git' is British slang for "pig headed, think they are always correct, argumentative").
Alternatively, in Linus' own words as the inven... more>
Git is a distributed version control system developed by Junio Hamano and Linus Torvalds.
Git does not use a centralized server.
Git runs on Linux, BSD, Solaris, Darwin, Windows, Android and other operating systems.
Why the 'git' name?
Quoting Linus: "I'm an egotistical ***, and I name all my projects after myself. First 'Linux', now 'git'".
('git' is British slang for "pig headed, think they are always correct, argumentative").
Alternatively, in Linus' own words as the inven... more>
This tutorial is a cookbook of recipes getting up and running with Linus's source code management (SCM) software, "git." Its targetted mainly at Linux kernel hackers, though others may find it useful.
.bashrc not executed General Questions
Couple of gotchas (okay they’re a bit obvious but…):
- add $HOME/bin to your path (if it isn’t already)
- watch for curly quotes and n-dashes when copying the newgit function
Also, the latest git version can be installed:
- add $HOME/bin to your path (if it isn’t already)
- watch for curly quotes and n-dashes when copying the newgit function
Also, the latest git version can be installed:
A single git repository can maintain multiple branches of development. To create a new branch named "experimental", use
$ git branch experimental
If you now run
$ git branch
you'll get a list of all existing branches:
experimental
* master
The "experimental" branch is the one you just created, and the "master" branch is a default branch that was created for you automatically. The asterisk marks the branch you are currently on; type
$ git branch experimental
If you now run
$ git branch
you'll get a list of all existing branches:
experimental
* master
The "experimental" branch is the one you just created, and the "master" branch is a default branch that was created for you automatically. The asterisk marks the branch you are currently on; type
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