GitBar-1.2.zip.torrent GitBar 1.2 – Remind you of uncommitted repository. Size: 11.19 MB GitBar will remind you of uncommitted repository. GitBar will watch your local git repositories and smartly notify when you forgot to commit your GitBar 1.2. March 2, 2017,Developer tools,GitBar,MacOs Apps.
- Git Bar 1 2 3 – Remind You Of Uncommitted Repository Full
- Git Bar 1 2 3 – Remind You Of Uncommitted Repository 2020
- Gitbar 1 2 3 – Remind You Of Uncommitted Repository List
- Show uncommitted, untracked and unpushed changes in multiple Git repositories. Scan for.git dirs up to DEPTH directories deep. The default is 2. If DEPTH is 0, the scan is infinitely deep. Mgitstatus shows: Uncommitted changes if there are unstaged or uncommitted changes on the checked out branch.
- Revision numbers look like `1.1', `1.2', `1.3.2.2' or even `1.3.2.2.4.5'. A revision number always has an even number of period-separated decimal integers. By default revision 1.1 is the first revision of a file. Each successive revision is given a new number by increasing the rightmost number by one.
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Starting: getting the latest source
First you need to create your own local clone of the SourceForge repository. There are two options:
(a) If you are going to push changes back to the SF repository (using your SF username) do:
(b) If you don’t have an account in SourceForge or you don’t want to push changes (so will instead be contributing via patches or pull-requests), then use anonymous access:
('--recursive' is needed to get all submodules, which make it easier to maintain parts of a repository)
Pull: How to get new changes from the main repository
Normally, you will pull only from the sourceforge repository ('origin'). That is simple.
(If you are not doing development work, you can omit '--rebase.')
--rebase keeps your repository in sync with the order of committed changes in the origin. This is required before pushing your changes back to origin.
git submodule update is needed because git pull does not update shared library code contained in the submodules. If you forget to do this, you will probably get build errors related to boost. Most of the time, git submodule update is sufficient to fix those errors.
With git, it's also possible to pull changes from different clones of the same repository. For instance, you might have two or three computers that you use at different times. You can synchronize those clones over a local network without touching sourceforge!
The easy way:
The hard way:
taken from here
Commit + Push
Unlike in SVN, publishing changes is a two-step process in git:
- Commit the changes. The changes are now 'permanent' in your local clone of the repository.
- Push the new commits into the public repository.
This has the advantage over SVN that you can manipulate the changes after committing but before pushing. If you made a mistake with some commits, you can git reset them, erasing them from your local repository. Then you can recommit before pushing.
Highly recommended: Set your global git configuration so that git push with no arguments will push only the current branch. Otherwise, if you forget to say git push origin [branch], git will helpfully push all commits from all branches, including ones that you forgot about and didn't intend to make public. Once changes are pushed to the public repository, they can't be erased -- only reverted. Doing this will help to avoid headache-inducing mistakes.
If you're using an older version of git, substitute 'tracking' for 'upstream.'
Branches
Another really helpful way to save you from yourself is to work in a local branch that doesn't exist in the public repository. If you are new to git, you will make mistakes. If you make mistakes in a published branch, such as 'master,' and you accidentally push those mistakes, it may take some effort to clean up. But if you work in a branch that exists only on your local machine, you can do anything you want with it, and then selectively move specific commits into a public branch.
With a local-only branch, the worst case (completely messing up the branch) is that you delete the local branch and re-create it, with no impact on the origin.
The '-b' option to git checkout creates a new branch from an existing one.
git cherry-pick is a bit inconvenient for large numbers of commits. In that case, it would be better to use a 'topic branch.' See below, 'Using a separate branch for work on a feature.'
A common git workflow for development work on SuperCollider
Make sure you've done the 'git clone' stuff above, then..
Simple work on your main (master) branch
Hack on existing files, create new files..
Display and check uncommitted changes:
Stage changed and new files (mark them for inclusion in the next commit):
Check which changed files are staged and which not:
Commit the staged changes and additions:
Repeat the above procedure for as many separate commits as you want.
Update your local repository with latest commits in the public repository:
Check what you will be pushing:
Push it:
Using a separate branch for work on a feature
Sometimes you want to work on several unrelated features during the same period of time and you want to be able to switch between your work on one or another. You can do this by using several branches within your local repository. Each branch allows you to store your work on a feature in form of commits on top of the commit history at the time the branch was created. By default, each repository contains one branch named master, but you can create new ones (and even rename any of them later, including master).
- Create a new branch named 'my_new_feature' containing all the commits in the current branch:
By the way 'git checkout branch_name' switches between branches. 'git status' will tell you which branch you are currently on.
Now start coding your changes, and commit them into your feature branch with 'git add' and 'git commit' as explained in the previous section.
While you are coding your new feature you might need to update the branch with latest changes from the remote (public) repository, to keep up with other developments. The safest way to do this is to update your master branch and then rebase commits introduced by your feature branch on top of the master. Superluminal stardust 0 9 6 download free. Be sure to have all local changes committed before doing this:
When you are ready to push the work on the feature to the public repository, first do the above three steps to synchronize your local repository with the public one, then check what you are going to push with 'git log origin/master.' and do the following:
This will merge the additional commits of your feature branch into the master and push them public. For additional details about rebase, see (4).
Common git commands
upstream - the SourceForge git repository.
fetch and merge changes from upstream:
commit all local changes:
commit changes in specific files:
get patch files for last N commits
get patch files for all commits that are in your current branch but not in upstream:
undo (delete) all current non-commited changes (Watch out !):
undo last commit, but leave the changes in the working tree
undo (delete) all commits since last time one was pulled from upstream (Watch out !). This should be done while in the master branch:
undo all commits since the last time one was pulled from upstream but leave the changes in the working tree. This should be done while in the master branch:
show uncommited local changes:
discard local changes instead of commiting them:
add interactively
To revert local commits, revert will create another commit that undoes the commit provided. Unlike reset the history is not erased.
![Gitbar 1 2 3 – remind you of uncommitted repository full Gitbar 1 2 3 – remind you of uncommitted repository full](https://raw.githubusercontent.com/trubitsyn/idea-visiblefortesting/1.2.0/img/guava/annotate-method-from-test.gif)
show changes compared to upstream:
show latest log in upstream:
![Git bar 1 2 3 – remind you of uncommitted repository 2020 Git bar 1 2 3 – remind you of uncommitted repository 2020](https://i1.wp.com/www.macbed.com/wp-content/uploads/2017/06/58384.png?fit=256%2C256&ssl=1)
see status of changes:
Testing mailing list patches
To try out emailed patches (created with git send-mail) copy all the content of the original mail message in a file, e.g. patch.mbox, and remove all the empty/white-spaces lines from the beginning of that file. If the patch is a series of mails copy all in order in the same file (the subject has an order tag [PATCH 0/N], [PATCH 1/N], .., [PATCH N/N]).
Note: in gmail go to the option 'show original' and copy the plain text message.
Create a branch to try the patch
Apply and merge the patch with am (apply mailbox)
After testing it the branch can be erased (be careful any change will be lost)
Note: this workflow is useful just to try a patch and discard changes for other solutions check the Resources.
Resources
contributed by: Miguel Negrão, Jakob Leben, Jonatan Liljedahl, James Harkins
Retrieved from 'http://supercollider.sourceforge.net/wiki/index.php/Developer_cheatsheet_for_git'
Here are the list of git commands that I use every day:
- Clone remote repository
- git clone http://github.com/repo/test-repo.git
- list the branches in test-repo repository.
- git branch -vv
- Switch between branches
- git checkout milestone1
- git checkout milestone2
- Create a new branch work1 from milestone1
- git checkout milestone1
- git branch work1
- git checkout work1
- You can combine above two commands with “git checkout -b work1”
- Push new branch work1 to repository test-repo
- git push origin
- Merging branches (merge milestone2 code to work1)
- git checkout milestone2
- git pull (git fetch & git merge origin/milestone2)
- git checkout work1
- git pull
- git merge –no-ff milestone2
- git push origin work1
- push a modification to file1 to work1 branch
- git chekcout work1
- git pull
- git add file1
- git commit -m “message” (or git commit -a -m “message” to skip staging area)
- git push origin work1
- Delete local branch
- git branch -d work1 (to delete tracking branch)
- git push origin :work1 (to delete branch on remote repository)
- You have done some changes in your local tracking branch, but you want to work on different branch and come back. If you have new file, then add it to the index.
- git add newfile
- Do changes in current indexed file file1.
- git stash
- git checkout master
- do some work on master branch
- git checkout work1
- git stash pop (will pop both file1 and newfiles changes on top of work1 branch)
- See the history of commits
- git log
- git log -p -1
- git log –stat
- Code differences
- git diff origin/master (local uncommitted changes with remote tracking branch)
- git diff master (local uncommitted changes with tracking branch, where you commits your changes)
- git diff COMMIT^ COMMIT (compare commit with ancestor commit of tracking branch)
- git diff –staged (staged changes with tracking branch recent commit)
- git diff (not committed)
- git diff HEAD (upstaged changes with recent commit)
- git show (to see the commited changes, difference with parent commit)
- git diff milestone1.milestone2 (difference between two branches)
- Status of your changes
- git status
- Resetting local committed changes
- git reset <commit-id> (HEAD is moved to the specified commit-id)
- Resetting local staged changes
- git rm –cached
- Discard changes in current working directory. (not staged)
- git checkout — file1
- Bringing changes to exiting commit
- git add file2
- git commit –amend (will add file2 change into same commit, not pushed)
- Generate patch from commit
- git format-patch -n1
- git am <p (apply a specific patch)
We need to understand some theory behind how git works. Master of typing – tutor 1 2 3d. Some common terms we come across while working with git:
Git Bar 1 2 3 – Remind You Of Uncommitted Repository Full
Repository, Remote tracking branch, Tracking branch, Local branch
Repository – A set of branches related to project. (git clone <repository link>)
Remote tracking branch –
Remote-tracking branches are references to the state of remote branches. They’re local references that you can’t move; they’re moved automatically for you whenever you do any network communication. Remote-tracking branches act as bookmarks to remind you where the branches in your remote repositories were the last time you connected to them.
On my computer origin/master is the remote tracking branch which refers to the branch on hosting computer. When I do git pull, git push, the git command uses origin/master info to talk to hosting computer(github.com).
Tracking branch /Local branch – This is the branch on my computer, which will have all the commits I have done but not yet pushed to the remote branch.
In above example, Local branch or tracking branches are : ganga, master, bug1 and testing
Remote tracking branches : origin/ganga, origin/master, dev/bugs,
Git Bar 1 2 3 – Remind You Of Uncommitted Repository 2020
Tracking branches are local branches that have a direct relationship to a remote branch. If you’re on a tracking branch and type
git pull
, Git automatically knows which server to fetch from and branch to merge intoGitbar 1 2 3 – Remind You Of Uncommitted Repository List
Git index (aka staging area/cache/directory cache/staged files) – Changes that are added for commit.