This is the only time GitHub will ever show you this token. When you click the “Generate token” button, you will be taken to a new site that displays this token. For scopes in step 8, check the box that says “ repo”.Remember you can always delete this token if you need to. In the expiration options in step 7, make this a short duration if you are using a public machine or a loaner.This way if I upgrade my machine, my computer dies, or god forbid, someone steals it, I can revoke the token access. In step 6, “Give your token a descriptive name.” I will use the name of the computer I am using.For this field, use the password you use to log in to the GitHub website. In step 5, when you click “Generate a new token”, the website may prompt you for your password.The GitHub instructions for generating a token are at These are effectively really long, random passwords that are harder to guess. You can read about the various approaches on GitHub Docs, but for this lesson we will focus on Personal Access Tokens. To counter this, GitHub now requires us to take different authentication approaches. ![]() But in those days we were also using poor passwords, like “1234” or “password”, which makes it easy for bad actors to mess with our code. In the old days, we were able to send changes from our machine to GitHub with our username and password. Make sure you remember your GitHub ID and password - we’ll need those later in the lesson. Next, if you have not already, sign up for a GitHub account at. Git config -global user.email 'Your Name' and with your actual name and e-mail (surrounded by single-quotes). In RStudio, open a new Terminal via Tools > Terminal > New Terminal and enter: git config -global user.name 'Your Name' You can do this through RStudio or in your command line interface of choice. After you install Git, shutdown and restart RStudio.Īfter installing Git, you’ll need to configure Git. You only need to do this step if the previous step indicated that Git was not installed on your computer. If Git is not installed on your machine, head to the Software Carpentry instructions for Git and install whichever version is appropriate for your operating system. On Windows, you can run which git in your command prompt on Mac OS or Linux, you can run git -version) (Another way you can do this is to use the command line to check for Git. Yay! If instead it says “(Not Found)” in the Git executable field, then you will need to install Git before proceeding. If it says something like “/usr/bin/git” or “C:/Program Files/Git/” then you already have Git installed. Near the top of the pane, there is a field for the Git executable. In the dialog that opens, click the Git/SVN tab on the left-hand side of the pop-up window. To see if you have Git installed on your system, open RStudio and select Global Options from the Tools menu (Tools > Global Options…). You’ll need to have Git installed to take advantage of this version control functionality. ![]() Make sure you have R and RStudio installed on your machine.
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