How to undo git add?
A Git project will have three main sections.
Git stores everything it needs to accurately track the project in the Git directory. The object database includes zip versions of the project files.
A user makes changes to a project in the working directory.
The object database project files are placed on the user's local machine by pulling them from the working directory.
The mount zone is a file that holds information about what will happen on your next commit. When you tell Git to save the staged changes, a commit is what it is. Git keeps a snapshot of the files as they are, and permanently stores them in the Git directory.
There are three main states a file can be in, committed, modified, and staged.
Each time a change is made to the file, it is changed to the working directory. When you move it to the staging area, it's staged. After committing, it is committed.
Git has a tool that allows you to modify your environment. You can change the look and feel of Git by setting certain configuration variables. You can run these commands from a command line interface on your machine.
There are three levels of where these variables are kept.
If settings conflict with each other, project-level settings and user-level settings will be used.
Git looks for the user-level configuration file in your $HOME directory. Git looks for /etc/gitconfig, which is relative to the MSys root, which is where you decide to install Git on your Windows system when you run the installer.
If you're using version 2.x or later of Git for Windows, there's also a system-level configuration file at C:\Documents and Settings\All Users\Application Data\Git\config on Windows XP, and at C:\ ProgramData\Git\config on Windows Vista and later. The config file can only be changed by an administrator.
The email and usernames are included in a commit. You'll want to use these commands to set it up.
You can change the text editor in Git.
The --wait option tells the shell to wait for the text editor so you can do your work in it before the program proceeds.
You can change the color of the Git output with this command.
A Git project has three main sections.
Git stores everything it needs to accurately track the project in the Git directory. Metadata and object database include compressed versions of the project files.
A user makes changes to a project in the working directory. The project's files are put on the user's local machine by pulling them from the Git directory.
The staging area is a file that holds information about what will be in your next commit. A commit is when you tell Git to save the changes. Git permanently stores the snapshot of the files in the directory.
There are three main states that a file can be in, committed, modified, and staged.
You can change a file in your working directory. When you move it to the staging area, it's staged. It's committed after a commit.
Git has a tool that allows you to modify your environment.
The way Git looks and functions can be changed by setting configuration variables. You can run these commands from a command line interface on your machine.
There are three levels of where these variables are kept.
The user-level configurations will be used if the settings conflict with each other.
Git looks for the user-level configuration file in your $HOME directory.
Git looks for /etc/gitconfig, which is relative to the MSys root, if you want to install Git on your Windows system. If you are using version 2.x or later of Git for Windows, there is also a system-level config file at C:\Documents and Settings\All Users\Application Data\Git\config on Windows XP, and in C:\ ProgramData\Git\config on Windows Vista and newer. The config file can only be changed by the admin.
The user name and email are included in a commit. You'll want to set this up in your user-level configuration file.
You can change the text editor that Git uses. The --wait option tells the shell to wait for the text editor so you can do your work in it before the program moves on.
You can change the color of Git output with this command.
