On Mac OS, you can even have it installed when you run git -version. You can install it with the command apt install git or yum install git, and after that, you'll have Git installed and ready to use. On Linux, installing and using Git is pretty straightforward. If you don't use a package management system, then you can download the latest executable installer from the official website and deploy it on your computer. If you use a package management system like apt or yum on Linux, Chocolatey on Windows, or Homebrew on Mac OS, you can just install Git through that. If you get an error message or an older version number, you'll need to install the current version. If you're running a version number higher than 2.20, then you can just use that one. The first step is to check whether you already have it installed. So before we get any further, let's get Git installed on your computer. There are versions of Git available for all popular operating systems. Our examples will be shown on a computer running Linux, but you can use Git on any operating system. So if you aren't yet already familiar with the command line, this is your opportunity to brush up. On top of this, we'll show you how to interact with Git through the command line. To follow along, you'll need to install Git on your computer. In this course, we'll cover many different things that you can do with Git. In order to follow along and complete the assessments, you’ll need a computer where you can install Git or ask your administrator to install it for you. And then we'll explore how to use a VCS to work with others through remote repositories, like the ones provided by GitHub.īy the end of this course, you'll be able to store your code's history in Git and collaborate with others in GitHub, where you’ll also start creating your own portfolio! We'll demonstrate how having a working knowledge of a VCS like Git can be a lifesaver in emergency situations or when debugging. We’ll look into both basic and more advanced features, like branches and merging. Throughout this course, you'll learn about Git's core functionality so you can understand how and why it’s used in organizations. We'll also go through how to setup an account with a service called GitHub so that you can create your very own remote repositories to store your code and configuration. that is very useful for remote connections, but also locally it means i can log out without having to close all my terminal windows.In this course, you’ll learn how to keep track of the different versions of your code and configuration files using a popular version control system (VCS) called Git. the primary one is that it keeps running if i close a window and i can reconnect later. iTerm also has tabs and tmux integration, which are nice extra features.ītw tmux is a terminal multiplexer offering features that no terminal application has. On macos i occasionally had issues with unicode support for foreign languages in the default terminal.app. it's not that one terminal is objectively better than another, but a few features that are important for one person but not for another. it can be font choice (better default fonts, or an easier way to change the font), tab support or something else. If it's not that then it's some kind of specific feature. the defaults change over time and some people prefer to stick with what they had. In part that depends on what the default is because on linux you get a variety of choices. Well, just look at what everyone here is writing about their choice. I like a bit of colour but not much more.īasically you are asking what kind of advantages do these alternative terminal emulators have over the default. I like my shells to be unimaginative but reliable and my consoles to be pretty staid too. It doesn't really and simply slows it down. I've tried funky extras that fiddled with git n that and changed the prompt and made my console life more productive. It's just something to run commands and get stuff done. zsh, ksh etc are not bash but they are well supported so adherents are well served and we are all happy. I know that other shells exist and they have adherents (often quite vocal!) I've tried FISH and loved it but it isn't BASH which is available nearly everywhere. Now is my terminal a good one? Well we might have to consider the shell too because that is a major part of the text based console experience. It does conform to some sort of standards but is it really an emulator? Emulating something implies a second rate experience and I don't think that applies here. I can hit CTRL-Fx and get a console, a terminal if you like. When I boot my laptop or PC I get a graphical login (sddm) and a whizzy environment on login - KDE n that.
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