JS Hotline Sourcetree Understanding Git Conceptually Introduction This is a tutorial on the Git version control system. Git is quickly becoming one of the most popular version control systems in use. There are plenty of tutorials on Git already. How is this one different? A Story When I first started using Git, I read plenty of tutorials, as well as the user manual. After a few months, I started to understand those under-the-hood concepts. Understanding Git The conclusion I draw from this is that you can only really use Git if you understand how Git works. Half of the existing resources on Git, unfortunately, take just that approach: they walk you through which commands to run when, and expect that you should do fine if you just mimic those commands. This tutorial, then, will take a conceptual approach to Git. Go on to the next page: Repositories
Fireworks Wireframing Kit Set up Git and Mercurial (Mac OSX) - Bitbucket Skip to end of metadataGo to start of metadata To use Bitbucket, you need to install a DVCS tool on the computer where you write your code. Typically, this computer is a machine physically close to you like your home or work computer. This is your local machine or system. Bitbucket supports two DVCS tools, Git and Mercurial. Since you can use both Git and Mercurial on the same machine, this page shows you how to install both because you need both to complete this tutorial. Step 1. You can use Git from the command line or you can use one of several GUI-based tools such as Sourcetree. Make sure you have root access (sudo) on the system where you want to install Git.Download the Git installer from its official website. Double-click the PKG file to install it.The Git installer launches. Step 2. Bitbucket supports pushing and pulling over HTTP to your remote Git repositories on Bitbucket. The helper asks for your username/password on the first Git operation and then stores the credential.
Preface Git is a version control Swiss army knife. A reliable versatile multipurpose revision control tool whose extraordinary flexibility makes it tricky to learn, let alone master. As Arthur C. Clarke observed, any sufficiently advanced technology is indistinguishable from magic. This is a great way to approach Git: newbies can ignore its inner workings and view Git as a gizmo that can amaze friends and infuriate enemies with its wondrous abilities. Rather than go into details, we provide rough instructions for particular effects. I’m humbled that so many people have worked on translations of these pages. Dustin Sallings, Alberto Bertogli, James Cameron, Douglas Livingstone, Michael Budde, Richard Albury, Tarmigan, Derek Mahar, Frode Aannevik, Keith Rarick, Andy Somerville, Ralf Recker, Øyvind A. François Marier maintains the Debian package originally created by Daniel Baumann. My gratitude goes to many others for your support and praise. or from one of the mirrors:
CodeKit — THE Mac App For Web Developers Best Java IDE to do more high-quality code in less time Java 8 & Java EE 7 Support Straightforward User Interface Editor New Features New Tools for Android Developers Refined Gradle Integration New Tools for Database Access IntelliJ IDEA 13.1, the Java IDE with the fastest-growing mindshare, includes support for Java 8 and Java EE 7, new tools for Android development, the editor enhancements, and refined Gradle integration. IntelliJ IDEA 13 adopts Java 8 and Java EE 7, the latest versions of Oracle's Java language and enterprise platform, along with support for new versions of enterprise application servers. The new editor comes with Sublime Text style multiple selections and also introduces Postfix code completion, a new kind of completion for Java which extends your productivity even more. IntelliJ IDEA 13.1, the Java IDE with the fastest-growing mindshare, includes enhanced support for Java EE 7, better Spring support, new tools for Android development and refined Gradle integration.
Git for Computer Scientists Abstract Quick introduction to git internals for people who are not scared by words like Directed Acyclic Graph. Storage In simplified form, git object storage is "just" a DAG of objects, with a handful of different types of objects. blob: The simplest object, just a bunch of bytes. tree: Directories are represented by tree object. When a node points to another node in the DAG, it depends on the other node: it cannot exist without it. commit: A commit refers to a tree that represents the state of the files at the time of the commit. refs: References, or heads or branches, are like post-it notes slapped on a node in the DAG. git commit adds a node to the DAG and moves the post-it note for current branch to this new node. The HEAD ref is special in that it actually points to another ref. remote refs: Remote references are post-it notes of a different color. tag: A tag is both a node in the DAG and a post-it note (of yet another color). History This is the simplest repository.
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