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+++ b/Documentation/index.txt
@@ -9,6 +9,7 @@
 . link:intro-quick.html[Product Overview]
 . link:intro-how-gerrit-works.html[How Gerrit Works]
 . link:intro-gerrit-walkthrough.html[Basic Gerrit Walkthrough]
+.. link:intro-gerrit-walkthrough-github.html[Basic Gerrit Walkthrough -- For GitHub Users]
 . link:dev-community.html[Gerrit Community]
 .. link:dev-contributing.html[Contributor Guide]
 
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+= Basic Gerrit Walkthrough -- For GitHub Users
+
+
+[NOTE]
+====
+This document aims to provide a concise description of the core principles of
+code review in Gerrit for people that were previously using Pull Requests on
+Github or similar concepts. Nothing in this document is meant to state that
+one or the other might be better, but only aims to help new users understand
+Gerrit more readily. We use Github as the point of comparison since it seems
+to be the most popular service.
+====
+
+To illustrate the differences in a meaningful order, we will walk you through
+the process of cloning a repo, making a change, asking for code review,
+iterating on the code and finally having it submitted to the code base. This
+document also does not aim to describe all features of Gerrit. Please refer to
+the link:intro-gerrit-walkthrough.html[Basic Gerrit Walkthrough] or
+link:index.html[the rest of the documentation] for a more complete overview and additional pointers.
+
+[[tldr]]
+== tl;dr
+
+Here’s how getting code reviewed and submitted with Gerrit is different from
+doing the same with GitHub:
+
+* You need the add a commit-msg hook script when you clone a repo for the first
+time using a snippet you can find e.g. https://gerrit-review.googlesource.com/admin/repos/gerrit[here];
+* Your review will be on a single commit instead of a branch. You use
+`git commit --amend` to modify a code change.
+* Instead of using the Web UI to create a pull request, you use
+`git push origin HEAD:refs/for/master` to upload new local commits that are
+ready for review to Gerrit. You will find the URL to the review in the output of
+the push command.
+* As a reviewer, Gerrit offers a number of so-called labels to vote on, one of
+which is Code-Review. You indicate a negative, neutral or positive review using
+a -1, 0 or +1 vote.
+* To be able to submit (== merge) a change, you usually need a +2 Code-Review
+vote and possibly additional positive votes, depending on the configuration of
+the project you are contributing to.
+
+[[clone]]
+== 1. Cloning a Repository
+
+[NOTE]
+====
+Both GitHub and Gerrit provide simple Git repository hosting (of course both can
+do much more). In the simplest setup, you could just use both as such without
+any code review to push code. We will assume that this is not what you want to
+do and focus on the use case where your change requires a review.
+====
+
+The first step to working with the code is to clone the repo. For both, Gerrit
+and GitHub, you can simply use the `git clone` command.
+
+For Gerrit, there is an additional step before you can start making changes. For
+reasons we explain below, you’ll have to add a https://gerrit-review.googlesource.com/Documentation/user-changeid.html[commit-msg hook] script. This will
+append the Gerrit Change-Id to every commit message such that Gerrit can track
+commits through the review process. To make this process a little easier in
+Gerrit, you can find a command snippet for cloning and adding the commit-msg
+hook on the repository page (e.g. https://gerrit-review.googlesource.com/admin/repos/gerrit[here]).
+
+[[create-change]]
+== 2. Making a Change
+
+*Branches*
+
+Now that you have the code in the git repo on your machine, you can start making
+changes. With GitHub, you would usually create a new branch and then start
+committing to it. This branch would then contain all the changes you share with
+your code reviewers in the next step. Your local branch will usually also be
+pushed to the remote server. This can be handy to back up your work or hand-off
+work to another device or developer.
+
+With Gerrit, you can also create a new local branch to develop in. While not
+required, it can be considered a best practice to sandbox this change from other
+changes you might be making. In contrast to the GitHub model, your local branch
+will not have to be pushed to the remote in Gerrit, at least not for the
+purposes of code review.
+
+*Commits*
+In Gerrit, a single commit is the unit of code that will be reviewed. With
+GitHub, you can commit to your branch as much as you like and the sum of all
+your commits on that branch will get reviewed. As a single commit gets reviewed
+in Gerrit, you need to `git commit --amend` when you iterate on the same change as
+opposed to only using `git commit` with GitHub (see Section 5 for more). You can,
+however, also add another commit on top of your existing commit in Gerrit, which
+will create a second change (and thus another review) that is based on your
+first change. Gerrit will show the relationship between these two changes as a
+so-called relation chain. This also means that your second change can only be
+submitted after the first was successfully merged. In many basic use cases, this
+situation is however not what you want.
+
+image::images/user-review-ui-change-relation-chain.png[Relation chain display on the change page.]
+
+With GitHub, you may be pushing your branch to the remote for non-code-review
+purposes, as mentioned above. You usually do not do this with Gerrit, as
+Gerrit-managed repos often only have one or a few branches on the server that
+can only be merged into via code review.
+
+[[request-review]]
+== 3. Asking for Code Review
+
+After you are satisfied with the changes you made, you’ll usually want/need to
+get your code reviewed. In GitHub, you would push your branch to the remote, go
+to the Web UI and create a pull request. In Gerrit, you need to push your commit
+(or the series of changes/commits) to the remote first, since you usually
+develop in a local branch only. While you can often just use git push with
+GitHub, you need to do a slightly different thing for Gerrit. Gerrit uses a
+“magic” branch that tells the server that this code is supposed to be reviewed.
+To send the changes you made on your local branch to review and being eventually
+merged into the remote’s master branch, you use
+`git push origin HEAD:refs/for/master`. There are also link:user-upload.html#_git_push[a number of Gerrit change
+options] you can trigger from the CLI this way.
+
+After successfully pushing your change to Gerrit, you will already find the URL
+for viewing your change in Gerrit’s Web UI in the response you get from the
+server. The description of the Gerrit code review that was just created is equal
+to the commit message of that one commit the change is based on. In GitHub, you
+might have described your change in the message you can create when creating the
+pull request in the GitHub Web UI.
+
+Next, you would go and visit your Gerrit change in the Web UI to get your change
+ready for review (choose reviewers, cc people, check for failing CI builds or
+tests, etc.), very similar to what you do on Github. Reviewers will be notified
+via email once you add them. By default, anyone can add reviewers to a Gerrit
+change. In GitHub, this ability is reserved for certain users, so you may have
+relied on others adding reviewers for you before. This can be the case in a
+Gerrit project, but it is also often expected that the change owner (usually the
+creator of the change) adds reviewers to get the review process started.
+
+[[reviewing]]
+== 4. Reviewing a Change
+
+Switching perspectives briefly, reviewing a change is fairly similar between
+GitHub and Gerrit. You, as a reviewer, will be notified of a change you have
+been added to via email or see an “incoming” change on your Gerrit dashboard.
+The dashboard is the central overview of changes going on within a Gerrit
+instance. By default, the dashboard shows changes that you are involved in, in
+any way. You can also see all changes on a Gerrit server by using the top menu
+(“Changes” -> “Open”). This view is more similar to what you see on Github, when
+you navigate to the Pull Requests tab of the project/repository you are working
+on. Note, however, that a single Gerrit instance can host multiple projects
+(also referred to as repositories; a list can be found, for example, https://gerrit-review.googlesource.com/admin/repos[here]). Your
+dashboard and other lists of changes will show all changes across the
+projects/repositories by default.
+
+Back to your dashboard, you can click on the change you want to review. You can
+also access this from the email you received. You will see the same view that
+you saw as an author. In the middle of the change page, you can find the list of
+files that have been modified, just like what you find in the “Files changed”
+tab of GitHub. Also similarly, you can leave comments by highlighting a piece of
+the code and pressing ‘c’. All comments you make are in a draft state and thus
+only visible to you, like on GitHub. When you are done with your review, you
+need to click the “Reply” button at the top of the change page to send your
+assessment to the change owner alongside a “change message” summarizing your
+findings and/or adding higher level comments. Replying to a change makes your
+draft comments and the change message visible on the change page for everyone
+that has view access to this change. This again is fairly similar to GitHub,
+except for Gerrit’s voting labels.
+
+image::images/user-review-ui-change-reply-dialogue.png[Reply dialogue for a Gerrit change.]
+
+As you can see in the screenshot of the reply dialogue, the voting labels are in
+the bottom part of the dialogue. They can be fairly simple as in this case, but
+there can also be a larger number of labels you might be able to vote on. Labels
+can be used to distinguish different aspects of a review (e.g. whether or not
+the licensing of included libraries is okay), outcome of CI systems (e.g.
+whether or not a format checker passed, a build completed successfully, etc.) or
+as a flag that is read by bots to do something with a change. An example of a
+more complex label setup can be seen in this screenshot from the Android Gerrit
+instance.
+
+image::images/user-review-ui-change-complex-reply-dialogue.png[Reply dialogue for a change on the Android project.]
+
+In the simplest case shown above, voting -1 on the Code-Review label equals
+requesting changes on a GitHub pull request, 0 equals just having comments and
++1 means that you think this change looks good. Usually, Gerrit changes require
+a +2 vote on the Code-Review label to be submitted (merged in GitHub terms, see
+Section 6 below). Being able to vote +2 on Code-Review is often restricted to
+maintainers of a given project, so they can have a final say on a change. These
+practices can however vary between projects, as labels and voting permissions
+are configurable.
+
+[[iterate]]
+== 5. Iterating on the Change
+
+After your reviewers got back to you as a change owner, you realize that you
+need to make a few updates to the code in your change. As mentioned in Section 2
+(Making a Change), you’ll have to amend the commit that this review was based
+on. To do that, you might have to checkout the respective commit first if it is
+not at the tip of your local branch, for example if you stacked multiple changes
+on top of each other. Another common use case is to not have a local branch but
+to work in the so-called https://www.git-tower.com/learn/git/faq/detached-head-when-checkout-commit["detached HEAD"] mode. In that case you can use the
+“Download” button on the files tab to copy a command that fetches and checks out
+the commit underlying your change. Make sure to select the latest patchset,
+though!
+
+image::images/user-review-ui-change-page-download.png[Using the “Download” button to copy a command that checks out a given patchset for a change.]
+
+After checking out the commit, you then make the changes as usual. When you
+think you are done, you can commit with the `--amend` flag to change the commit
+you currently have checked out.
+
+When you `git commit --amend` to iterate on your change, you might be worried that
+you are changing your previous commit and may thus lose that state of your work.
+However, here the Change-Id appended to your commit message comes into play.
+While the SHA1 hash of your change (the commit ID used by Git) might change, the
+Change-Id stays the same (in fact it is the SHA1 hash of the very first version
+of that commit). When this amended commit is uploaded to the Gerrit server,
+Gerrit knows that this commit is really an iteration of that previous commit
+(and the associated review) and will preserve both, the old and the new state.
+All previous states of your commit will be visible in the Gerrit UI as so-called
+patchsets (and link:intro-user.html#change-ref[from the Git repo]).
+
+image::images/user-review-ui-change-page-patchset-dropdown.png[Screenshot of the patchset dropdown above the file list, showing all iterations a commit went through.]
+
+After iterating as much as needed, your reviewers will finally be satisfied.
+With GitHub, you would have a string of additional commits in the branch you
+used for opening the pull request. In Gerrit, you still only have that one
+commit in your local branch. All the iterations are available as patchsets in
+the Web UI as well as from the special branch mentioned above.
+
+[[submit]]
+== 6. Submitting a Change
+
+Finally, it is time to submit your change. As mentioned above, the precondition
+for this in Gerrit is usually at least a +2 vote on the Code-Review label. With
+GitHub, an authorized person must have given an “Approve” vote. Once this
+precondition has been met, anyone with submit permission can submit the change
+in Gerrit. To do that, you click the “Submit” button in the Gerrit Web UI just
+as you would click the “Merge Pull Request” button in GitHub. Both, Gerrit and
+GitHub, allow different merge strategies, that can be enabled by project
+administrators. In Gerrit, a merge strategy is configured for each project and
+cannot be changed at submit time while this may be possible with GitHub,
+depending on project configuration.
+
+A merge can fail due to conflicts with competing edits on the target branch.
+With GitHub, you may be able to resolve some simple conflicts directly from the
+Web UI. In Gerrit, you can attempt to rebase a change from the Web UI. If there
+are no conflicts, a new patchset will automatically appear. Otherwise, similar
+to GitHub, you need to resolve conflicts on the command line with your local
+clone of the repository. While you resolve conflicts that arise from a
+`git merge` for GitHub, you will need to link:intro-user.html#rebase[use `git rebase` with your change] on
+Gerrit.
+
+After resolving locally, with GitHub, you end up with another commit on your
+pull request branch and push it to the server, which should then allow you to
+finish merging the change. With Gerrit, resolving the conflict through rebasing
+your commit/change results in another amended version of that same commit and
+you upload it to Gerrit, resulting in a new patchset just like your previous
+iterations addressing reviewer comments. This new patchset will usually require
+another round of reviewer votes, as Gerrit will not copy votes from a previous
+patchset by default.
+
+
+GERRIT
+------
+
+Part of link:index.html[Gerrit Code Review]
+
+SEARCHBOX
+---------