10 Celebrities Who Should Consider a Career in git list commits not pushed
git push -f is the preferred git command, and is a shorthand way of saying git push –force. The –force option is not available in the default git config.
In git there are a couple of commands that tell you when a commit has been pushed to the branch you are working on. One of them is git ls-files that lists all the commits that have been pushed across to the branch. The other is git status which lists all the changes in your branch since you last did a commit.
The git ls-files command is not really useful for our purposes, since we’ve already committed ourselves to the branch. Instead, we use git status to list all of the changes in our branch since we last did a commit and git ls-files to list all of the commits in our branch since we last did a commit.
The git status command tells you the version number of everything on your branch. If you want to know which version of a string you are currently on, use the git describe command. That command tells you what version of a string you are currently on.
The git ls-files command lets you list all of the files that are on your branch. You can then use git branch –contains (or git reflog –contains) to find out where the files come from (where they come from specifically, not where they came from in general). You can then use git ls-files –name-only to show only the files in your branch.
We like to keep our commits as easy to find as possible. We usually use the git fetch command to update a branch. You have to add a new remote to your repository in the git remote add command, but then you can just do git fetch and you have your new changes.
git fetch is great for getting your changes from elsewhere, but when you’re just working on a branch, you may not want to keep those changes around. You can make your changes, then git push to your branch, but the changes won’t appear in your remote repository unless you push them to your local repository. That’s why git pull –all is so useful.
git pull is great for pushing changes to your local repository, but you can also use git pull –all to pull all your changes from the remote, but not the one on your local repository. You can also pull and git push to both your local and remote repository using your local repository as the base.
You might be thinking, “Git is great! I’ll keep using it!” But you can also make your changes, then git push to your branch, but the changes wont appear in your remote repository unless you push them to your local repository. Thats why git pull –all is so useful.git pull is great for pushing changes to your local repository, but you can also use git pull –all to pull all your changes from the remote, but not the one on your local repository.
That’s an interesting idea, but you need to be careful when pulling from remote repositories that you’re not pulling all the changes, you’re only pulling the changes you want to be pushed. As it turns out, git pull –all is a useful way to pull everything you need to be pushed. However, it may not automatically push changes you don’t want to be pushed.