Resolve Markdown ordered lists not conforming to styleguide

doc/administration/auth/authentiq.md

@@ -6,7 +6,7 @@ Authentiq will generate a Client ID and the accompanying Client Secret for you t
 
 1. Get your Client credentials (Client ID and Client Secret) at [Authentiq](https://www.authentiq.com/developers).
 
-2. On your GitLab server, open the configuration file:
+1. On your GitLab server, open the configuration file:
 
     For omnibus installation
     ```sh
@@ -19,9 +19,9 @@ Authentiq will generate a Client ID and the accompanying Client Secret for you t
     sudo -u git -H editor /home/git/gitlab/config/gitlab.yml
     ```
 
-3. See [Initial OmniAuth Configuration](../../integration/omniauth.md#initial-omniauth-configuration) for initial settings to enable single sign-on and add Authentiq as an OAuth provider. 
+1. See [Initial OmniAuth Configuration](../../integration/omniauth.md#initial-omniauth-configuration) for initial settings to enable single sign-on and add Authentiq as an OAuth provider.
 
-4. Add the provider configuration for Authentiq:
+1. Add the provider configuration for Authentiq:
 
     For Omnibus packages:
 
@@ -51,14 +51,14 @@ Authentiq will generate a Client ID and the accompanying Client Secret for you t
     ```
 
 
-5. The `scope` is set to request the user's name, email (required and signed), and permission to send push notifications to sign in on subsequent visits.
+1. The `scope` is set to request the user's name, email (required and signed), and permission to send push notifications to sign in on subsequent visits.
 See [OmniAuth Authentiq strategy](https://github.com/AuthentiqID/omniauth-authentiq/wiki/Scopes,-callback-url-configuration-and-responses) for more information on scopes and modifiers.
 
-6. Change `YOUR_CLIENT_ID` and `YOUR_CLIENT_SECRET` to the Client credentials you received in step 1.
+1. Change `YOUR_CLIENT_ID` and `YOUR_CLIENT_SECRET` to the Client credentials you received in step 1.
 
-7. Save the configuration file.
+1. Save the configuration file.
 
-8. [Reconfigure](../restart_gitlab.md#omnibus-gitlab-reconfigure) or [restart GitLab](../restart_gitlab.md#installations-from-source) for the changes to take effect if you installed GitLab via Omnibus or from source respectively.
+1. [Reconfigure](../restart_gitlab.md#omnibus-gitlab-reconfigure) or [restart GitLab](../restart_gitlab.md#installations-from-source) for the changes to take effect if you installed GitLab via Omnibus or from source respectively.
 
 On the sign in page there should now be an Authentiq icon below the regular sign in form. Click the icon to begin the authentication process.
 

doc/administration/high_availability/nfs.md

@@ -59,7 +59,7 @@ on an Linux NFS server, do the following:
     sysctl -w fs.leases-enable=0
     ```
 
-2. Restart the NFS server process. For example, on CentOS run `service nfs restart`.
+1. Restart the NFS server process. For example, on CentOS run `service nfs restart`.
 
 ## Avoid using AWS's Elastic File System (EFS)
 

doc/administration/high_availability/redis.md

@@ -665,7 +665,7 @@ cache, queues, and shared_state. To make this work with Sentinel:
     **Note**: Redis URLs should be in the format: `redis://:PASSWORD@SENTINEL_MASTER_NAME`
 
     1. PASSWORD is the plaintext password for the Redis instance
-    2. SENTINEL_MASTER_NAME is the Sentinel master name (e.g. `gitlab-redis-cache`)
+    1. SENTINEL_MASTER_NAME is the Sentinel master name (e.g. `gitlab-redis-cache`)
 1. Include an array of hashes with host/port combinations, such as the following:
 
     ```ruby

doc/administration/logs.md

@@ -29,9 +29,9 @@ Each line contains a JSON line that can be ingested by Elasticsearch, Splunk, et
 In this example, you can see this was a GET request for a specific issue. Notice each line also contains performance data:
 
 1. `duration`: the total time taken to retrieve the request
-2. `view`: total time taken inside the Rails views
-3. `db`: total time to retrieve data from the database
-4. `gitaly_calls`: total number of calls made to Gitaly
+1. `view`: total time taken inside the Rails views
+1. `db`: total time to retrieve data from the database
+1. `gitaly_calls`: total number of calls made to Gitaly
 
 User clone/fetch activity using http transport appears in this log as `action: git_upload_pack`.
 

doc/administration/monitoring/performance/influxdb_configuration.md

@@ -95,10 +95,10 @@ UDP can be done using the following settings:
 This does the following:
 
 1. Enable UDP and bind it to port 8089 for all addresses.
-2. Store any data received in the "gitlab" database.
-3. Define a batch of points to be 1000 points in size and allow a maximum of
+1. Store any data received in the "gitlab" database.
+1. Define a batch of points to be 1000 points in size and allow a maximum of
    5 batches _or_ flush them automatically after 1 second.
-4. Define a UDP read buffer size of 200 MB.
+1. Define a UDP read buffer size of 200 MB.
 
 One of the most important settings here is the UDP read buffer size as if this
 value is set too low, packets will be dropped. You must also make sure the OS

doc/administration/operations/fast_ssh_key_lookup.md

@@ -109,7 +109,7 @@ the database. The following instructions can be used to build OpenSSH 7.5:
     yum install rpm-build gcc make wget openssl-devel krb5-devel pam-devel libX11-devel xmkmf libXt-devel
     ```
 
-3. Prepare the build by copying files to the right place:
+1. Prepare the build by copying files to the right place:
 
     ```
     mkdir -p /root/rpmbuild/{SOURCES,SPECS}
@@ -118,7 +118,7 @@ the database. The following instructions can be used to build OpenSSH 7.5:
     cd /root/rpmbuild/SPECS
     ```
 
-3. Next, set the spec settings properly:
+1. Next, set the spec settings properly:
 
     ```
     sed -i -e "s/%define no_gnome_askpass 0/%define no_gnome_askpass 1/g" openssh.spec
@@ -126,13 +126,13 @@ the database. The following instructions can be used to build OpenSSH 7.5:
     sed -i -e "s/BuildPreReq/BuildRequires/g" openssh.spec
     ```
 
-3. Build the RPMs:
+1. Build the RPMs:
 
     ```
     rpmbuild -bb openssh.spec
     ```
 
-4. Ensure the RPMs were built:
+1. Ensure the RPMs were built:
 
     ```
     ls -al /root/rpmbuild/RPMS/x86_64/
@@ -150,7 +150,7 @@ the database. The following instructions can be used to build OpenSSH 7.5:
     -rw-r--r--. 1 root root 367516 Jun 20 19:37 openssh-server-7.5p1-1.x86_64.rpm
     ```
 
-5. Install the packages. OpenSSH packages will replace `/etc/pam.d/sshd`
+1. Install the packages. OpenSSH packages will replace `/etc/pam.d/sshd`
    with its own version, which may prevent users from logging in, so be sure
    that the file is backed up and restored after installation:
 
@@ -161,7 +161,7 @@ the database. The following instructions can be used to build OpenSSH 7.5:
     yes | cp pam-ssh-conf-$timestamp /etc/pam.d/sshd
     ```
 
-6. Verify the installed version. In another window, attempt to login to the server:
+1. Verify the installed version. In another window, attempt to login to the server:
 
     ```
     ssh -v <your-centos-machine>
@@ -171,7 +171,7 @@ the database. The following instructions can be used to build OpenSSH 7.5:
 
     If not, you may need to restart sshd (e.g. `systemctl restart sshd.service`).
 
-7.  *IMPORTANT!* Open a new SSH session to your server before exiting to make
+1.  *IMPORTANT!* Open a new SSH session to your server before exiting to make
     sure everything is working! If you need to downgrade, simple install the
     older package:
 

doc/administration/reply_by_email_postfix_setup.md

@@ -8,7 +8,7 @@ The instructions make the assumption that you will be using the email address `i
 ## Configure your server firewall
 
 1. Open up port 25 on your server so that people can send email into the server over SMTP.
-2. If the mail server is different from the server running GitLab, open up port 143 on your server so that GitLab can read email from the server over IMAP.
+1. If the mail server is different from the server running GitLab, open up port 143 on your server so that GitLab can read email from the server over IMAP.
 
 ## Install packages
 

doc/administration/troubleshooting/debug.md

@@ -20,7 +20,7 @@ an SMTP server, but you're not seeing mail delivered. Here's how to check the se
     bundle exec rails console production
     ```
 
-2. Look at the ActionMailer `delivery_method` to make sure it matches what you
+1. Look at the ActionMailer `delivery_method` to make sure it matches what you
    intended. If you configured SMTP, it should say `:smtp`. If you're using
    Sendmail, it should say `:sendmail`:
 
@@ -29,7 +29,7 @@ an SMTP server, but you're not seeing mail delivered. Here's how to check the se
     => :smtp
     ```
 
-3. If you're using SMTP, check the mail settings:
+1. If you're using SMTP, check the mail settings:
 
     ```ruby
     irb(main):002:0> ActionMailer::Base.smtp_settings
@@ -39,7 +39,7 @@ an SMTP server, but you're not seeing mail delivered. Here's how to check the se
     In the example above, the SMTP server is configured for the local machine. If this is intended, you may need to check your local mail
     logs (e.g. `/var/log/mail.log`) for more details.
 
-4.  Send a test message via the console.
+1.  Send a test message via the console.
 
     ```ruby
     irb(main):003:0> Notify.test_email('youremail@email.com', 'Hello World', 'This is a test message').deliver_now

doc/ci/autodeploy/quick_start_guide.md

@@ -23,9 +23,9 @@ You need to have the Google Cloud SDK installed. e.g.
 On OSX, install [homebrew](https://brew.sh):
 
 1. Install Brew Caskroom: `brew install caskroom/cask/brew-cask`
-2. Install Google Cloud SDK: `brew cask install google-cloud-sdk`
-3. Add `kubectl`: `gcloud components install kubectl`
-4. Log in: `gcloud auth login`
+1. Install Google Cloud SDK: `brew cask install google-cloud-sdk`
+1. Add `kubectl`: `gcloud components install kubectl`
+1. Log in: `gcloud auth login`
 
 Now go back to the Google interface, find your cluster, and follow the instructions under `Connect to the cluster` and open the Kubernetes Dashboard. It will look something like `gcloud container clusters get-credentials ruby-autodeploy \ --zone europe-west2-c --project api-project-XXXXXXX` and then `kubectl proxy`.
 

doc/ci/docker/using_docker_build.md

@@ -46,18 +46,18 @@ GitLab Runner then executes job scripts as the `gitlab-runner` user.
       --description "My Runner"
     ```
 
-2. Install Docker Engine on server.
+1. Install Docker Engine on server.
 
     For more information how to install Docker Engine on different systems
     checkout the [Supported installations](https://docs.docker.com/engine/installation/).
 
-3. Add `gitlab-runner` user to `docker` group:
+1. Add `gitlab-runner` user to `docker` group:
 
     ```bash
     sudo usermod -aG docker gitlab-runner
     ```
 
-4. Verify that `gitlab-runner` has access to Docker:
+1. Verify that `gitlab-runner` has access to Docker:
 
     ```bash
     sudo -u gitlab-runner -H docker info
@@ -75,7 +75,7 @@ GitLab Runner then executes job scripts as the `gitlab-runner` user.
         - docker run my-docker-image /script/to/run/tests
     ```
 
-5. You can now use `docker` command and install `docker-compose` if needed.
+1. You can now use `docker` command and install `docker-compose` if needed.
 
 NOTE: **Note:**
 By adding `gitlab-runner` to the `docker` group you are effectively granting `gitlab-runner` full root permissions.

doc/ci/examples/deployment/composer-npm-deploy.md

@@ -33,9 +33,9 @@ before_script:
 In this particular case, the `npm deploy` script is a Gulp script that does the following:
 
 1. Compile CSS & JS
-2. Create sprites
-3. Copy various assets (images, fonts) around
-4. Replace some strings
+1. Create sprites
+1. Copy various assets (images, fonts) around
+1. Replace some strings
 
 All these operations will put all files into a `build` folder, which is ready to be deployed to a live server.
 
@@ -62,10 +62,10 @@ before_script:
 
 In order, this means that:
 
-1. We check if the `ssh-agent` is available and we install it if it's not;
-2. We create the `~/.ssh` folder;
-3. We make sure we're running bash;
-4. We disable host checking (we don't ask for user accept when we first connect to a server; and since every job will equal a first connect, we kind of need this)
+1. We check if the `ssh-agent` is available and we install it if it's not.
+1. We create the `~/.ssh` folder.
+1. We make sure we're running bash.
+1. We disable host checking (we don't ask for user accept when we first connect to a server and since every job will equal a first connect, we kind of need this).
 
 And this is basically all you need in the `before_script` section.
 
@@ -91,11 +91,11 @@ stage_deploy:
 Here's the breakdown:
 
 1. `only:dev` means that this build will run only when something is pushed to the `dev` branch. You can remove this block completely and have everything be ran on every push (but probably this is something you don't want)
-2. `ssh-add ...` we will add that private key you added on the web UI to the docker container
-3. We will connect via `ssh` and create a new `_tmp` folder
-4. We will connect via `scp` and upload the `build` folder (which was generated by a `npm` script) to our previously created `_tmp` folder
-5. We will connect again to `ssh` and move the `live` folder to an `_old` folder, then move `_tmp` to `live`.
-6. We connect to ssh and remove the `_old` folder
+1. `ssh-add ...` we will add that private key you added on the web UI to the docker container
+1. We will connect via `ssh` and create a new `_tmp` folder
+1. We will connect via `scp` and upload the `build` folder (which was generated by a `npm` script) to our previously created `_tmp` folder
+1. We will connect again to `ssh` and move the `live` folder to an `_old` folder, then move `_tmp` to `live`.
+1. We connect to ssh and remove the `_old` folder
 
 What's the deal with the artifacts? We just tell GitLab CI to keep the `build` directory (later on, you can download that as needed).
 

doc/ci/examples/test-and-deploy-python-application-to-heroku.md

@@ -40,15 +40,17 @@ production:
 ```
 
 This project has three jobs:
-1. `test` - used to test Django application,
-2. `staging` - used to automatically deploy staging environment every push to `master` branch
-3. `production` - used to automatically deploy production environment for every created tag
+
+- `test` - used to test Django application,
+- `staging` - used to automatically deploy staging environment every push to `master` branch
+- `production` - used to automatically deploy production environment for every created tag
 
 ## Store API keys
 
 You'll need to create two variables in `Settings > CI/CD > Variables` on your GitLab project settings:
-1. `HEROKU_STAGING_API_KEY` - Heroku API key used to deploy staging app,
-2. `HEROKU_PRODUCTION_API_KEY` - Heroku API key used to deploy production app.
+
+- `HEROKU_STAGING_API_KEY` - Heroku API key used to deploy staging app.
+- `HEROKU_PRODUCTION_API_KEY` - Heroku API key used to deploy production app.
 
 Find your Heroku API key in [Manage Account](https://dashboard.heroku.com/account).
 

doc/ci/examples/test-and-deploy-ruby-application-to-heroku.md

@@ -36,16 +36,17 @@ production:
 ```
 
 This project has three jobs:
-1. `test` - used to test Rails application,
-2. `staging` - used to automatically deploy staging environment every push to `master` branch
-3. `production` - used to automatically deploy production environment for every created tag
+
+- `test` - used to test Rails application.
+- `staging` - used to automatically deploy staging environment every push to `master` branch.
+- `production` - used to automatically deploy production environment for every created tag.
 
 ## Store API keys
 
 You'll need to create two variables in your project's **Settings > CI/CD > Variables**:
 
-1. `HEROKU_STAGING_API_KEY` - Heroku API key used to deploy staging app,
-2. `HEROKU_PRODUCTION_API_KEY` - Heroku API key used to deploy production app.
+- `HEROKU_STAGING_API_KEY` - Heroku API key used to deploy staging app.
+- `HEROKU_PRODUCTION_API_KEY` - Heroku API key used to deploy production app.
 
 Find your Heroku API key in [Manage Account](https://dashboard.heroku.com/account).
 

doc/ci/quick_start/README.md

@@ -168,7 +168,7 @@ can be found at <https://docs.gitlab.com/runner/>.
 In order to have a functional Runner you need to follow two steps:
 
 1. [Install it][runner-install]
-2. [Configure it](../runners/README.md#registering-a-specific-runner)
+1. [Configure it](../runners/README.md#registering-a-specific-runner)
 
 Follow the links above to set up your own Runner or use a Shared Runner as
 described in the next section.

doc/ci/runners/README.md

@@ -138,9 +138,9 @@ project without requiring your authorization, so use it with caution.
 An admin can enable/disable a specific Runner for projects:
 
 1. Navigate to **Admin > Runners**
-2. Find the Runner you wish to enable/disable
-3. Click edit on the Runner
-4. Click **Enable** or **Disable** on the project
+1. Find the Runner you wish to enable/disable
+1. Click edit on the Runner
+1. Click **Enable** or **Disable** on the project
 
 ## Protected Runners
 

doc/development/adding_database_indexes.md

@@ -28,9 +28,9 @@ to filter data by. Instead one should ask themselves the following questions:
 
 1. Can I write my query in such a way that it re-uses as many existing indexes
    as possible?
-2. Is the data going to be large enough that using an index will actually be
+1. Is the data going to be large enough that using an index will actually be
    faster than just iterating over the rows in the table?
-3. Is the overhead of maintaining the index worth the reduction in query
+1. Is the overhead of maintaining the index worth the reduction in query
    timings?
 
 We'll explore every question in detail below.
@@ -62,7 +62,7 @@ In short:
 
 1. Try to write your query in such a way that it re-uses as many existing
    indexes as possible.
-2. Run the query using `EXPLAIN ANALYZE` and study the output to find the most
+1. Run the query using `EXPLAIN ANALYZE` and study the output to find the most
    ideal query.
 
 ## Data Size

doc/development/build_test_package.md

@@ -4,12 +4,13 @@ While developing a new feature or modifying an existing one, it is helpful if an
 installable package (or a docker image) containing those changes is available
 for testing. For this very purpose, a manual job is provided in the GitLab CI/CD
 pipeline that can be used to trigger a pipeline in the omnibus-gitlab repository
-that will create
-1. A deb package for Ubuntu 16.04, available as a build artifact, and
-2. A docker image, which is pushed to [Omnibus GitLab's container 
-registry](https://gitlab.com/gitlab-org/omnibus-gitlab/container_registry)
-(images titled `gitlab-ce` and `gitlab-ee` respectively and image tag is the
-commit which triggered the pipeline).
+that will create:
+
+- A deb package for Ubuntu 16.04, available as a build artifact, and
+- A docker image, which is pushed to [Omnibus GitLab's container
+  registry](https://gitlab.com/gitlab-org/omnibus-gitlab/container_registry)
+  (images titled `gitlab-ce` and `gitlab-ee` respectively and image tag is the
+  commit which triggered the pipeline).
 
 When you push a commit to either the gitlab-ce or gitlab-ee project, the
 pipeline for that commit will have a `build-package` manual action you can

doc/development/code_review.md

@@ -230,41 +230,41 @@ Enterprise Edition instance. This has some implications:
 1. **Query changes** should be tested to ensure that they don't result in worse
    performance at the scale of GitLab.com:
    1. Generating large quantities of data locally can help.
-   2. Asking for query plans from GitLab.com is the most reliable way to validate
+   1. Asking for query plans from GitLab.com is the most reliable way to validate
       these.
-2. **Database migrations** must be:
+1. **Database migrations** must be:
    1. Reversible.
-   2. Performant at the scale of GitLab.com - ask a maintainer to test the
+   1. Performant at the scale of GitLab.com - ask a maintainer to test the
       migration on the staging environment if you aren't sure.
-   3. Categorised correctly:
+   1. Categorised correctly:
       - Regular migrations run before the new code is running on the instance.
       - [Post-deployment migrations](post_deployment_migrations.md) run _after_
         the new code is deployed, when the instance is configured to do that.
       - [Background migrations](background_migrations.md) run in Sidekiq, and
         should only be done for migrations that would take an extreme amount of
         time at GitLab.com scale.
-3. **Sidekiq workers**
+1. **Sidekiq workers**
    [cannot change in a backwards-incompatible way](sidekiq_style_guide.md#removing-or-renaming-queues):
    1. Sidekiq queues are not drained before a deploy happens, so there will be
       workers in the queue from the previous version of GitLab.
-   2. If you need to change a method signature, try to do so across two releases,
+   1. If you need to change a method signature, try to do so across two releases,
       and accept both the old and new arguments in the first of those.
-   3. Similarly, if you need to remove a worker, stop it from being scheduled in
+   1. Similarly, if you need to remove a worker, stop it from being scheduled in
       one release, then remove it in the next. This will allow existing jobs to
       execute.
-   4. Don't forget, not every instance will upgrade to every intermediate version
+   1. Don't forget, not every instance will upgrade to every intermediate version
       (some people may go from X.1.0 to X.10.0, or even try bigger upgrades!), so
       try to be liberal in accepting the old format if it is cheap to do so.
-4. **Cached values** may persist across releases. If you are changing the type a
+1. **Cached values** may persist across releases. If you are changing the type a
    cached value returns (say, from a string or nil to an array), change the
    cache key at the same time.
-5. **Settings** should be added as a
+1. **Settings** should be added as a
    [last resort](https://about.gitlab.com/handbook/product/#convention-over-configuration).
    If you're adding a new setting in `gitlab.yml`:
    1. Try to avoid that, and add to `ApplicationSetting` instead.
-   2. Ensure that it is also
+   1. Ensure that it is also
       [added to Omnibus](https://docs.gitlab.com/omnibus/settings/gitlab.yml.html#adding-a-new-setting-to-gitlab-yml).
-6. **Filesystem access** can be slow, so try to avoid
+1. **Filesystem access** can be slow, so try to avoid
    [shared files](shared_files.md) when an alternative solution is available.
 
 ### Credits

doc/development/diffs.md

@@ -23,14 +23,14 @@ we still keep them on Postgres. However, diff files larger than defined _safety
 In order to present diffs information on the Merge Request diffs page, we:
 
 1. Fetch all diff files from database `merge_request_diff_files`
-2. Fetch the _old_ and _new_ file blobs in batch to:
-   1. Highlight old and new file content
-   2. Know which viewer it should use for each file (text, image, deleted, etc)
-   3. Know if the file content changed
-   4. Know if it was stored externally
-   5. Know if it had storage errors
-3. If the diff file is cacheable (text-based), it's cached on Redis
-using `Gitlab::Diff::FileCollection::MergeRequestDiff`
+1. Fetch the _old_ and _new_ file blobs in batch to:
+   - Highlight old and new file content
+   - Know which viewer it should use for each file (text, image, deleted, etc)
+   - Know if the file content changed
+   - Know if it was stored externally
+   - Know if it had storage errors
+1. If the diff file is cacheable (text-based), it's cached on Redis
+   using `Gitlab::Diff::FileCollection::MergeRequestDiff`
 
 ### Note diffs
 
@@ -39,9 +39,9 @@ on `NoteDiffFile` (which is associated with the actual `DiffNote`). So instead
 of hitting the repository every time we need the diff of the file, we:
 
 1. Check whether we have the `NoteDiffFile#diff` persisted and use it
-2. Otherwise, if it's a current MR revision, use the persisted
-`MergeRequestDiffFile#diff`
-3. In the last scenario, go the the repository and fetch the diff
+1. Otherwise, if it's a current MR revision, use the persisted
+   `MergeRequestDiffFile#diff`
+1. In the last scenario, go the repository and fetch the diff
 
 ## Diff limits
 

doc/development/fe_guide/style_guide_scss.md

@@ -183,9 +183,11 @@ Don't use ID selectors in CSS.
 ```
 
 ### Variables
+
 Before adding a new variable for a color or a size, guarantee:
-1. There isn't already one
-2. There isn't a similar one we can use instead.
+
+- There isn't already one
+- There isn't a similar one we can use instead.
 
 ## Linting
 

doc/development/fe_guide/vuex.md

@@ -114,19 +114,21 @@ When a request is made we often want to show a loading state to the user.
 
 Instead of creating an action to toggle the loading state and dispatch it in the component,
 create:
+
 1. An action `requestSomething`, to toggle the loading state
 1. An action `receiveSomethingSuccess`, to handle the success callback
 1. An action `receiveSomethingError`, to handle the error callback
 1. An action `fetchSomething` to make the request.
     1. In case your application does more than a `GET` request you can use these as examples:
-        1. `PUT`: `createSomething`
-        2. `POST`: `updateSomething`
-        3. `DELETE`: `deleteSomething`
+        - `PUT`: `createSomething`
+        - `POST`: `updateSomething`
+        - `DELETE`: `deleteSomething`
 
 The component MUST only dispatch the `fetchNamespace` action. Actions namespaced with `request` or `receive` should not be called from the component
 The `fetch` action will be responsible to dispatch `requestNamespace`, `receiveNamespaceSuccess` and `receiveNamespaceError`
 
 By following this pattern we guarantee:
+
 1. All applications follow the same pattern, making it easier for anyone to maintain the code
 1. All data in the application follows the same lifecycle pattern
 1. Actions are contained and human friendly

doc/development/github_importer.md

@@ -99,8 +99,8 @@ This worker will wrap up the import process by performing some housekeeping
 
 Advancing stages is done in one of two ways:
 
-1. Scheduling the worker for the next stage directly.
-2. Scheduling a job for `Gitlab::GithubImport::AdvanceStageWorker` which will
+- Scheduling the worker for the next stage directly.
+- Scheduling a job for `Gitlab::GithubImport::AdvanceStageWorker` which will
    advance the stage when all work of the current stage has been completed.
 
 The first approach should only be used by workers that perform all their work in
@@ -147,7 +147,7 @@ We handle this by doing the following:
 
 1. Once we hit the rate limit all jobs will automatically reschedule themselves
    in such a way that they are not executed until the rate limit has been reset.
-2. We cache the mapping of GitHub users to GitLab users in Redis.
+1. We cache the mapping of GitHub users to GitLab users in Redis.
 
 More information on user caching can be found below.
 
@@ -157,21 +157,21 @@ When mapping GitHub users to GitLab users we need to (in the worst case)
 perform:
 
 1. One API call to get the user's Email address.
-2. Two database queries to see if a corresponding GitLab user exists. One query
+1. Two database queries to see if a corresponding GitLab user exists. One query
    will try to find the user based on the GitHub user ID, while the second query
    is used to find the user using their GitHub Email address.
 
 Because this process is quite expensive we cache the result of these lookups in
 Redis. For every user looked up we store three keys:
 
-1. A Redis key mapping GitHub usernames to their Email addresses.
-2. A Redis key mapping a GitHub Email addresses to a GitLab user ID.
-3. A Redis key mapping a GitHub user ID to GitLab user ID.
+- A Redis key mapping GitHub usernames to their Email addresses.
+- A Redis key mapping a GitHub Email addresses to a GitLab user ID.
+- A Redis key mapping a GitHub user ID to GitLab user ID.
 
 There are two types of lookups we cache:
 
-1. A positive lookup, meaning we found a GitLab user ID.
-2. A negative lookup, meaning we didn't find a GitLab user ID. Caching this
+- A positive lookup, meaning we found a GitLab user ID.
+- A negative lookup, meaning we didn't find a GitLab user ID. Caching this
    prevents us from performing the same work for users that we know don't exist
    in our GitLab database.
 

doc/development/instrumentation.md

@@ -117,11 +117,11 @@ The block is executed and the execution time is stored as a set of fields in the
 currently running transaction. If no transaction is present the block is yielded
 without measuring anything.
 
-3 values are measured for a block:
+Three values are measured for a block:
 
-1. The real time elapsed, stored in NAME_real_time.
-2. The CPU time elapsed, stored in NAME_cpu_time.
-3. The call count, stored in NAME_call_count.
+- The real time elapsed, stored in NAME_real_time.
+- The CPU time elapsed, stored in NAME_cpu_time.
+- The call count, stored in NAME_call_count.
 
 Both the real and CPU timings are measured in milliseconds.
 

doc/development/new_fe_guide/development/testing.md

@@ -147,13 +147,14 @@ You can find the credentials on 1Password, under `frontendteam@gitlab.com`.
 ### Firefox
 
 #### macOS
+
 You can download any older version of Firefox from the releases FTP server, https://ftp.mozilla.org/pub/firefox/releases/
 
 1. From the website, select a version, in this case `50.0.1`.
-2. Go to the mac folder.
-3. Select your preferred language, you will find the dmg package inside, download it.
-4. Drag and drop the application to any other folder but the `Applications` folder.
-5. Rename the application to something like `Firefox_Old`.
-6. Move the application to the `Applications` folder.
-7. Open up a terminal and run `/Applications/Firefox_Old.app/Contents/MacOS/firefox-bin -profilemanager` to create a new profile specific to that Firefox version.
-8. Once the profile has been created, quit the app, and run it again like normal. You now have a working older Firefox version.
+1. Go to the mac folder.
+1. Select your preferred language, you will find the dmg package inside, download it.
+1. Drag and drop the application to any other folder but the `Applications` folder.
+1. Rename the application to something like `Firefox_Old`.
+1. Move the application to the `Applications` folder.
+1. Open up a terminal and run `/Applications/Firefox_Old.app/Contents/MacOS/firefox-bin -profilemanager` to create a new profile specific to that Firefox version.
+1. Once the profile has been created, quit the app, and run it again like normal. You now have a working older Firefox version.

doc/development/performance.md

@@ -9,17 +9,17 @@ The process of solving performance problems is roughly as follows:
 
 1. Make sure there's an issue open somewhere (e.g., on the GitLab CE issue
    tracker), create one if there isn't. See [#15607][#15607] for an example.
-2. Measure the performance of the code in a production environment such as
+1. Measure the performance of the code in a production environment such as
    GitLab.com (see the [Tooling](#tooling) section below). Performance should be
    measured over a period of _at least_ 24 hours.
-3. Add your findings based on the measurement period (screenshots of graphs,
+1. Add your findings based on the measurement period (screenshots of graphs,
    timings, etc) to the issue mentioned in step 1.
-4. Solve the problem.
-5. Create a merge request, assign the "Performance" label and assign it to
+1. Solve the problem.
+1. Create a merge request, assign the "Performance" label and assign it to
    [@yorickpeterse][yorickpeterse] for reviewing.
-6. Once a change has been deployed make sure to _again_ measure for at least 24
+1. Once a change has been deployed make sure to _again_ measure for at least 24
    hours to see if your changes have any impact on the production environment.
-7. Repeat until you're done.
+1. Repeat until you're done.
 
 When providing timings make sure to provide:
 
@@ -94,14 +94,14 @@ result of this should be used instead of the `Benchmark` module.
 
 In short:
 
-1. Don't trust benchmarks you find on the internet.
-2. Never make claims based on just benchmarks, always measure in production to
+- Don't trust benchmarks you find on the internet.
+- Never make claims based on just benchmarks, always measure in production to
    confirm your findings.
-3. X being N times faster than Y is meaningless if you don't know what impact it
+- X being N times faster than Y is meaningless if you don't know what impact it
    will actually have on your production environment.
-4. A production environment is the _only_ benchmark that always tells the truth
+- A production environment is the _only_ benchmark that always tells the truth
    (unless your performance monitoring systems are not set up correctly).
-5. If you must write a benchmark use the benchmark-ips Gem instead of Ruby's
+- If you must write a benchmark use the benchmark-ips Gem instead of Ruby's
    `Benchmark` module.
 
 ## Profiling

doc/development/post_deployment_migrations.md

@@ -57,13 +57,13 @@ depends on this column being present while it's running. Normally you'd follow
 these steps in such a case:
 
 1. Stop the GitLab instance
-2. Run the migration removing the column
-3. Start the GitLab instance again
+1. Run the migration removing the column
+1. Start the GitLab instance again
 
 Using post deployment migrations we can instead follow these steps:
 
 1. Deploy a new version of GitLab while ignoring post deployment migrations
-2. Re-run `rake db:migrate` but without the environment variable set
+1. Re-run `rake db:migrate` but without the environment variable set
 
 Here we don't need any downtime as the migration takes place _after_ a new
 version (which doesn't depend on the column anymore) has been deployed.

doc/development/query_count_limits.md

@@ -8,8 +8,8 @@ in test environments we'll raise an error when this threshold is exceeded.
 When a test fails because it executes more than 100 SQL queries there are two
 solutions to this problem:
 
-1. Reduce the number of SQL queries that are executed.
-2. Whitelist the controller or API endpoint.
+- Reduce the number of SQL queries that are executed.
+- Whitelist the controller or API endpoint.
 
 You should only resort to whitelisting when an existing controller or endpoint
 is to blame as in this case reducing the number of SQL queries can take a lot of

doc/development/swapping_tables.md

@@ -8,8 +8,8 @@ Let's say you want to swap the table "events" with "events_for_migration". In
 this case you need to follow 3 steps:
 
 1. Rename "events" to "events_temporary"
-2. Rename "events_for_migration" to "events"
-3. Rename "events_temporary" to "events_for_migration"
+1. Rename "events_for_migration" to "events"
+1. Rename "events_temporary" to "events_for_migration"
 
 Rails allows you to do this using the `rename_table` method:
 

doc/development/ui_guide.md

@@ -54,10 +54,10 @@ information from database or file system
 
 When exporting SVGs, be sure to follow the following guidelines:
 
-1. Convert all strokes to outlines.
-2. Use pathfinder tools to combine overlapping paths and create compound paths.
-3. SVGs that are limited to one color should be exported without a fill color so the color can be set using CSS.
-4. Ensure that exported SVGs have been run through an [SVG cleaner](https://github.com/RazrFalcon/SVGCleaner) to remove unused elements and attributes.
+- Convert all strokes to outlines.
+- Use pathfinder tools to combine overlapping paths and create compound paths.
+- SVGs that are limited to one color should be exported without a fill color so the color can be set using CSS.
+- Ensure that exported SVGs have been run through an [SVG cleaner](https://github.com/RazrFalcon/SVGCleaner) to remove unused elements and attributes.
 
 You can open your svg in a text editor to ensure that it is clean.
 Incorrect files will look like this:

doc/development/ux_guide/users.md

@@ -176,8 +176,8 @@ He states that there has been: "a sluggishness of others to adapt" and it's "a l
 * To save time. One of the reasons Matthieu moved his company to GitLab was to reduce the effort it took him to manage and configure multiple tools, thus saving him time. He has to balance his day job in addition to managing the company's GitLab installation and onboarding new teams to GitLab.
 * To use a platform which is easy to manage. Matthieu isn't a Systems Administrator, and when updating GitLab, creating backups, etc. He would prefer to work within GitLab's UI. Explanations / guided instructions when configuring settings in GitLab's interface would really help Matthieu. He needs reassurance that what he is about to change is
 
-1. the right setting
-2. will provide him with the desired result he wants.
+- The right setting.
+- Will provide him with the desired result he wants.
 
 * Matthieu needs to educate his colleagues about GitLab. Matthieu's colleagues won't adopt GitLab as they're unaware of its capabilities and the positive impact it could have on their work. Matthieu needs support in getting this message across to them.
 

doc/development/what_requires_downtime.md

@@ -300,7 +300,7 @@ The same applies to `rename_column_using_background_migration`:
 
 1. Create a migration using the helper, which will schedule background
    migrations to spread the writes over a longer period of time.
-2. In the next monthly release, create a clean-up migration to steal from the
+1. In the next monthly release, create a clean-up migration to steal from the
    Sidekiq queues, migrate any missing rows, and cleanup the rename. This
    migration should skip the steps after stealing from the Sidekiq queues if the
    column has already been renamed.

doc/gitlab-basics/create-your-ssh-keys.md

@@ -12,7 +12,7 @@
 
     ![SSH Keys](img/profile_settings_ssh_keys.png)
 
-3. Paste your **public** key that you generated in the first step in the 'Key'
+1. Paste your **public** key that you generated in the first step in the 'Key'
    box.
 
     ![Paste SSH public key](img/profile_settings_ssh_keys_paste_pub.png)

doc/integration/akismet.md

@@ -20,17 +20,17 @@ To use Akismet:
 
 1. Go to the URL: https://akismet.com/account/
 
-2. Sign-in or create a new account.
+1. Sign-in or create a new account.
 
-3. Click on **Show** to reveal the API key.
+1. Click on **Show** to reveal the API key.
 
-4. Go to Applications Settings on Admin Area (`admin/application_settings`)
+1. Go to Applications Settings on Admin Area (`admin/application_settings`)
 
-5. Check the **Enable Akismet** checkbox
+1. Check the **Enable Akismet** checkbox
 
-6. Fill in the API key from step 3.
+1. Fill in the API key from step 3.
 
-7. Save the configuration.
+1. Save the configuration.
 
 ![Screenshot of Akismet settings](img/akismet_settings.png)
 

doc/integration/recaptcha.md

@@ -8,19 +8,13 @@ to confirm that a real user, not a bot, is attempting to create an account.
 
 To use reCAPTCHA, first you must create a site and private key.
 
-1. Go to the URL: https://www.google.com/recaptcha/admin
-
-2. Fill out the form necessary to obtain reCAPTCHA keys.
-
-3. Login to your GitLab server, with administrator credentials.
-
-4. Go to Applications Settings on Admin Area (`admin/application_settings`)
-
-5. Fill all recaptcha fields with keys from previous steps
-
-6. Check the `Enable reCAPTCHA` checkbox
-
-7. Save the configuration.
+1. Go to the URL: <https://www.google.com/recaptcha/admin>.
+1. Fill out the form necessary to obtain reCAPTCHA keys.
+1. Login to your GitLab server, with administrator credentials.
+1. Go to Applications Settings on Admin Area (`admin/application_settings`).
+1. Fill all recaptcha fields with keys from previous steps.
+1. Check the `Enable reCAPTCHA` checkbox.
+1. Save the configuration.
 
 ## Enabling reCAPTCHA for user logins via passwords
 

doc/security/rack_attack.md

@@ -41,7 +41,7 @@ For more information on how to use these options check out
     }
     ```
 
-3. Reconfigure GitLab:
+1. Reconfigure GitLab:
 
     ```
     sudo gitlab-ctl reconfigure
@@ -98,26 +98,26 @@ In case you want to remove a blocked IP, follow these steps:
     grep "Rack_Attack" /var/log/gitlab/gitlab-rails/production.log
     ```
 
-2. Since the blacklist is stored in Redis, you need to open up `redis-cli`:
+1. Since the blacklist is stored in Redis, you need to open up `redis-cli`:
 
     ```sh
     /opt/gitlab/embedded/bin/redis-cli -s /var/opt/gitlab/redis/redis.socket
     ```
 
-3. You can remove the block using the following syntax, replacing `<ip>` with
+1. You can remove the block using the following syntax, replacing `<ip>` with
    the actual IP that is blacklisted:
 
     ```
     del cache:gitlab:rack::attack:allow2ban:ban:<ip>
     ```
 
-4. Confirm that the key with the IP no longer shows up:
+1. Confirm that the key with the IP no longer shows up:
 
     ```
     keys *rack::attack*
     ```
 
-5. Optionally, add the IP to the whitelist to prevent it from being blacklisted
+1. Optionally, add the IP to the whitelist to prevent it from being blacklisted
    again (see [settings](#settings)).
 
 ## Troubleshooting
@@ -129,11 +129,11 @@ the load balancer. In that case, you will need to:
 
 1. [Configure `nginx[real_ip_trusted_addresses]`](https://docs.gitlab.com/omnibus/settings/nginx.html#configuring-gitlab-trusted_proxies-and-the-nginx-real_ip-module).
    This will keep users' IPs from being listed as the load balancer IPs.
-2. Whitelist the load balancer's IP address(es) in the Rack Attack [settings](#settings).
-3. Reconfigure GitLab:
+1. Whitelist the load balancer's IP address(es) in the Rack Attack [settings](#settings).
+1. Reconfigure GitLab:
 
     ```
     sudo gitlab-ctl reconfigure
     ```
 
-4. [Remove the block via Redis.](#remove-blocked-ips-from-rack-attack-via-redis)
+1. [Remove the block via Redis.](#remove-blocked-ips-from-rack-attack-via-redis)

doc/security/two_factor_authentication.md

@@ -13,8 +13,8 @@ You can read more about it here:
 Users on GitLab, can enable it without any admin's intervention. If you want to
 enforce everyone to set up 2FA, you can choose from two different ways:
 
- 1. Enforce on next login
- 2. Suggest on next login, but allow a grace period before enforcing.
+- Enforce on next login.
+- Suggest on next login, but allow a grace period before enforcing.
 
 In the Admin area under **Settings** (`/admin/application_settings`), look for
 the "Sign-in Restrictions" area, where you can configure both.

doc/university/training/end-user/README.md

@@ -150,12 +150,12 @@ cd ~/workspace
 ### Git and GitLab basics
 
 1. Edit `edit_this_file.rb` in `training-examples`
-2. See it listed as a changed file (working area)
-3. View the differences
-4. Stage the file
-5. Commit
-6. Push the commit to the remote
-7. View the git log
+1. See it listed as a changed file (working area)
+1. View the differences
+1. Stage the file
+1. Commit
+1. Push the commit to the remote
+1. View the git log
 
 ---
 
@@ -174,9 +174,9 @@ git log
 ### Feature Branching
 
 1. Create a new feature branch called `squash_some_bugs`
-2. Edit `bugs.rb` and remove all the bugs.
-3. Commit
-4. Push
+1. Edit `bugs.rb` and remove all the bugs.
+1. Commit
+1. Push
 
 ---
 
@@ -250,16 +250,17 @@ git push origin squash_some_bugs
 ---
 
 ### Example Plan
+
 1. Checkout a new branch and edit conflicts.rb. Add 'Line4' and 'Line5'.
-2. Commit and push
-3. Checkout master and edit conflicts.rb. Add 'Line6' and 'Line7' below 'Line3'.
-4. Commit and push to master
-5. Create a merge request and watch it fail
-6. Rebase our new branch with master
-7. Fix conflicts on the conflicts.rb file.
-8. Stage the file and continue rebasing
-9. Force push the changes
-10. Finally continue with the Merge Request
+1. Commit and push
+1. Checkout master and edit conflicts.rb. Add 'Line6' and 'Line7' below 'Line3'.
+1. Commit and push to master
+1. Create a merge request and watch it fail
+1. Rebase our new branch with master
+1. Fix conflicts on the conflicts.rb file.
+1. Stage the file and continue rebasing
+1. Force push the changes
+1. Finally continue with the Merge Request
 
 ---
 
@@ -362,15 +363,15 @@ Don't reset after pushing
 ### Reset Workflow
 
 1. Edit file again 'edit_this_file.rb'
-2. Check status
-3. Add and commit with wrong message
-4. Check log
-5. Amend commit
-6. Check log
-7. Soft reset
-8. Check log
-9. Pull for updates
-10. Push changes
+1. Check status
+1. Add and commit with wrong message
+1. Check log
+1. Amend commit
+1. Check log
+1. Soft reset
+1. Check log
+1. Pull for updates
+1. Push changes
 
 ----
 

doc/university/training/topics/bisect.md

@@ -17,11 +17,11 @@ comments: false
 ## Bisect
 
 1. Start the bisect process
-2. Enter the bad revision (usually latest commit)
-3. Enter a known good revision (commit/branch)
-4. Run code to see if bug still exists
-5. Tell bisect the result
-6. Repeat the previous 2 items until you find the offending commit
+1. Enter the bad revision (usually latest commit)
+1. Enter a known good revision (commit/branch)
+1. Run code to see if bug still exists
+1. Tell bisect the result
+1. Repeat the previous 2 items until you find the offending commit
 
 ----------
 

doc/university/training/topics/getting_started.md

@@ -35,11 +35,10 @@ comments: false
 
 ## Instantiate workflow with clone
 
-1. Create a project in your user namespace
-   - Choose to import from 'Any Repo by URL' and use
-     https://gitlab.com/gitlab-org/training-examples.git
-2. Create a '`Workspace`' directory in your home directory.
-3. Clone the '`training-examples`' project
+1. Create a project in your user namespace.
+  - Choose to import from 'Any Repo by URL' and use <https://gitlab.com/gitlab-org/training-examples.git>.
+1. Create a '`Workspace`' directory in your home directory.
+1. Clone the '`training-examples`' project.
 
 ----------
 

doc/university/training/topics/git_log.md

@@ -46,11 +46,11 @@ Git log lists commit history. It allows searching and filtering.
 ## Git Log Workflow
 
 1. Change to workspace directory
-2. Clone the multi runner projects
-3. Change to project dir
-4. Search by author
-5. Search by date
-6. Combine
+1. Clone the multi runner projects
+1. Change to project dir
+1. Search by author
+1. Search by date
+1. Combine
 
 ----------
 

doc/university/training/topics/merge_conflicts.md

@@ -16,15 +16,15 @@ comments: false
 ## Merge conflicts
 
 1. Checkout a new branch and edit `conflicts.rb`. Add 'Line4' and 'Line5'.
-2. Commit and push
-3. Checkout master and edit `conflicts.rb`. Add 'Line6' and 'Line7' below 'Line3'.
-4. Commit and push to master
-5. Create a merge request and watch it fail
-6. Rebase our new branch with master
-7. Fix conflicts on the `conflicts.rb` file.
-8. Stage the file and continue rebasing
-9. Force push the changes
-10. Finally continue with the Merge Request
+1. Commit and push.
+1. Checkout master and edit `conflicts.rb`. Add 'Line6' and 'Line7' below 'Line3'.
+1. Commit and push to master.
+1. Create a merge request and watch it fail.
+1. Rebase our new branch with master.
+1. Fix conflicts on the `conflicts.rb` file.
+1. Stage the file and continue rebasing.
+1. Force push the changes.
+1. Finally continue with the Merge Request.
 
 ----------
 

doc/university/training/topics/rollback_commits.md

@@ -41,15 +41,15 @@ comments: false
 ## Reset Workflow
 
 1. Edit file again 'edit_this_file.rb'
-2. Check status
-3. Add and commit with wrong message
-4. Check log
-5. Amend commit
-6. Check log
-7. Soft reset
-8. Check log
-9. Pull for updates
-10. Push changes
+1. Check status
+1. Add and commit with wrong message
+1. Check log
+1. Amend commit
+1. Check log
+1. Soft reset
+1. Check log
+1. Pull for updates
+1. Push changes
 
 
 ----------

doc/university/training/topics/stash.md

@@ -66,12 +66,12 @@ stashes.
 ## Git Stash
 
 1. Modify a file
-2. Stage file
-3. Stash it
-4. View our stash list
-5. Confirm no pending changes through status
-5. Apply with pop
-6. View list to confirm changes
+1. Stage file
+1. Stash it
+1. View our stash list
+1. Confirm no pending changes through status
+1. Apply with pop
+1. View list to confirm changes
 
 ----------
 

doc/update/README.md

@@ -38,12 +38,12 @@ Starting with GitLab 9.1.0 it's possible to upgrade to a newer major, minor, or
 patch version of GitLab without having to take your GitLab instance offline.
 However, for this to work there are the following requirements:
 
-1. You can only upgrade 1 minor release at a time. So from 9.1 to 9.2, not to
+- You can only upgrade 1 minor release at a time. So from 9.1 to 9.2, not to
    9.3.
-2. You have to use [post-deployment
+- You have to use [post-deployment
    migrations](../development/post_deployment_migrations.md) (included in
-   zero downtime update steps below)
-3. You are using PostgreSQL. If you are using MySQL please look at the release
+   zero downtime update steps below).
+- You are using PostgreSQL. If you are using MySQL please look at the release
    post to see if downtime is required.
 
 Most of the time you can safely upgrade from a patch release to the next minor

doc/user/profile/account/two_factor_authentication.md

@@ -158,7 +158,7 @@ authentication. If an SSH key is added to your GitLab account, you can generate
 a new set of recovery codes with SSH.
 
 1. Run `ssh git@gitlab.example.com 2fa_recovery_codes`.
-2. You are prompted to confirm that you want to generate new codes. Continuing this process invalidates previously saved codes.
+1. You are prompted to confirm that you want to generate new codes. Continuing this process invalidates previously saved codes.
     ```
     bash
     $ ssh git@gitlab.example.com 2fa_recovery_codes
@@ -185,7 +185,7 @@ a new set of recovery codes with SSH.
     so you do not lose access to your account again.
     ```
 
-3. Go to the GitLab sign-in page and enter your username/email and password.
+1. Go to the GitLab sign-in page and enter your username/email and password.
    When prompted for a two-factor code, enter one of the recovery codes obtained
    from the command-line output.
 

doc/user/profile/index.md

@@ -102,8 +102,8 @@ Enabling private contributions will include contributions to private projects, i
 To enable private contributions:
 
 1. Navigate to your personal [profile settings](#profile-settings).
-2. Check the "Private contributions" option.
-3. Hit **Update profile settings**.
+1. Check the "Private contributions" option.
+1. Hit **Update profile settings**.
 
 ## Current status
 

doc/user/project/container_registry.md

@@ -139,12 +139,12 @@ docker login registry.example.com -u <username> -p <token>
 1. Check to make sure that the system clock on your Docker client and GitLab server have
    been synchronized (e.g. via NTP).
 
-2. If you are using an S3-backed Registry, double check that the IAM
+1. If you are using an S3-backed Registry, double check that the IAM
    permissions and the S3 credentials (including region) are correct. See [the
    sample IAM policy](https://docs.docker.com/registry/storage-drivers/s3/)
    for more details.
 
-3. Check the Registry logs (e.g. `/var/log/gitlab/registry/current`) and the GitLab production logs
+1. Check the Registry logs (e.g. `/var/log/gitlab/registry/current`) and the GitLab production logs
    for errors (e.g. `/var/log/gitlab/gitlab-rails/production.log`). You may be able to find clues
    there.
 

doc/user/project/deploy_tokens/index.md

@@ -13,8 +13,8 @@ You can create as many deploy tokens as you like from the settings of your proje
 
 1. Log in to your GitLab account.
 1. Go to the project you want to create Deploy Tokens for.
-1. Go to **Settings** > **Repository**
-1. Click on "Expand" on **Deploy Tokens** section
+1. Go to **Settings** > **Repository**.
+1. Click on "Expand" on **Deploy Tokens** section.
 1. Choose a name and optionally an expiry date for the token.
 1. Choose the [desired scopes](#limiting-scopes-of-a-deploy-token).
 1. Click on **Create deploy token**.
@@ -46,8 +46,8 @@ the following table.
 To download a repository using a Deploy Token, you just need to:
 
 1. Create a Deploy Token with `read_repository` as a scope.
-2. Take note of your `username` and `token`
-3. `git clone` the project using the Deploy Token:
+1. Take note of your `username` and `token`.
+1. `git clone` the project using the Deploy Token:
 
     ```sh
     git clone http://<username>:<deploy_token>@gitlab.example.com/tanuki/awesome_project.git
@@ -60,8 +60,8 @@ Replace `<username>` and `<deploy_token>` with the proper values.
 To read the container registry images, you'll need to:
 
 1. Create a Deploy Token with `read_registry` as a scope.
-2. Take note of your `username` and `token`
-3. Log in to GitLab’s Container Registry using the deploy token:
+1. Take note of your `username` and `token`.
+1. Log in to GitLab’s Container Registry using the deploy token:
 
 ```sh
 docker login registry.example.com -u <username> -p <deploy_token>

doc/user/project/import/github.md

@@ -65,9 +65,9 @@ developer documentation.
 
 Before you begin, ensure that any GitHub users who you want to map to GitLab users have either:
 
-1. A GitLab account that has logged in using the GitHub icon
+- A GitLab account that has logged in using the GitHub icon
 \- or -
-2. A GitLab account with an email address that matches the [public email address](https://help.github.com/articles/setting-your-commit-email-address-on-github/) of the GitHub user
+- A GitLab account with an email address that matches the [public email address](https://help.github.com/articles/setting-your-commit-email-address-on-github/) of the GitHub user
 
 User-matching attempts occur in that order, and if a user is not identified either way, the activity is associated with
 the user account that is performing the import.
@@ -77,10 +77,10 @@ If you are using a self-hosted GitLab instance, this process requires that you h
 [GitHub integration][gh-import].
 
 1. From the top navigation bar, click **+** and select **New project**.
-2. Select the **Import project** tab and then select **GitHub**.
-3. Select the first button to **List your GitHub repositories**. You are redirected to a page on github.com to authorize the GitLab application.
-4. Click **Authorize gitlabhq**. You are redirected back to GitLab's Import page and all of your GitHub repositories are listed.
-5. Continue on to [selecting which repositories to import](#selecting-which-repositories-to-import).
+1. Select the **Import project** tab and then select **GitHub**.
+1. Select the first button to **List your GitHub repositories**. You are redirected to a page on github.com to authorize the GitLab application.
+1. Click **Authorize gitlabhq**. You are redirected back to GitLab's Import page and all of your GitHub repositories are listed.
+1. Continue on to [selecting which repositories to import](#selecting-which-repositories-to-import).
 
 ### Using a GitHub token
 
@@ -92,12 +92,12 @@ integration enabled, that should be the preferred method to import your reposito
 If you are not using the GitHub integration, you can still perform an authorization with GitHub to grant GitLab access your repositories:
 
 1. Go to https://github.com/settings/tokens/new
-2. Enter a token description.
-3. Select the repo scope.
-4. Click **Generate token**.
-5. Copy the token hash.
-6. Go back to GitLab and provide the token to the GitHub importer.
-7. Hit the **List Your GitHub Repositories** button and wait while GitLab reads your repositories' information.
+1. Enter a token description.
+1. Select the repo scope.
+1. Click **Generate token**.
+1. Copy the token hash.
+1. Go back to GitLab and provide the token to the GitHub importer.
+1. Hit the **List Your GitHub Repositories** button and wait while GitLab reads your repositories' information.
    Once done, you'll be taken to the importer page to select the repositories to import.
 
 ### Selecting which repositories to import
@@ -107,10 +107,10 @@ your GitHub repositories are listed.
 
 1. By default, the proposed repository namespaces match the names as they exist in GitHub, but based on your permissions,
    you can choose to edit these names before you proceed to import any of them.
-2. Select the **Import** button next to any number of repositories, or select **Import all repositories**.
-3. The **Status** column shows the import status of each repository. You can choose to leave the page open and it will
+1. Select the **Import** button next to any number of repositories, or select **Import all repositories**.
+1. The **Status** column shows the import status of each repository. You can choose to leave the page open and it will
    update in realtime or you can return to it later.
-4. Once a repository has been imported, click its GitLab path to open its GitLab URL.
+1. Once a repository has been imported, click its GitLab path to open its GitLab URL.
 
 ## Mirroring and pipeline status sharing
 

doc/user/project/integrations/bugzilla.md

@@ -16,8 +16,9 @@ Once you have configured and enabled Bugzilla you'll see the Bugzilla link on th
 ## Referencing issues in Bugzilla
 
 Issues in Bugzilla can be referenced in two alternative ways:
-1. `#<ID>` where `<ID>` is a number (example `#143`).
-2. `<PROJECT>-<ID>` where `<PROJECT>` starts with a capital letter which is
+
+- `#<ID>` where `<ID>` is a number (example `#143`).
+- `<PROJECT>-<ID>` where `<PROJECT>` starts with a capital letter which is
   then followed by capital letters, numbers or underscores, and `<ID>` is
   a number (example `API_32-143`).
 

doc/user/project/integrations/jira_cloud_configuration.md

@@ -4,16 +4,15 @@ An API token is needed when integrating with JIRA Cloud, follow the steps
 below to create one:
 
 1. Log in to https://id.atlassian.com with your email.
-2. **Click API tokens**, then **Create API token**.
+1. **Click API tokens**, then **Create API token**.
 
 ![JIRA API token](img/jira_api_token_menu.png)
 
 ![JIRA API token](img/jira_api_token.png)
 
-3. Make sure to write down your new API token as you will need it in the next [steps](jira.md#configuring-gitlab).
+1. Make sure to write down your new API token as you will need it in the next [steps](jira.md#configuring-gitlab).
 
 NOTE: **Note**
 It is important that the user associated with this email has 'write' access to projects in JIRA.
 
 The JIRA configuration is complete. You are going to need this new created token and the email you used to log in when [configuring GitLab in the next section](jira.md#configuring-gitlab).
-

doc/user/project/integrations/jira_server_configuration.md

@@ -17,7 +17,7 @@ We have split this stage in steps so it is easier to follow.
 
      ![Jira user management link](img/jira_user_management_link.png)
 
-2. The next step is to create a new user (e.g., `gitlab`) who has write access
+1. The next step is to create a new user (e.g., `gitlab`) who has write access
    to projects in Jira. Enter the user's name and a _valid_ e-mail address
    since Jira sends a verification e-mail to set up the password.
    _**Note:** Jira creates the username automatically by using the e-mail
@@ -27,7 +27,7 @@ We have split this stage in steps so it is easier to follow.
 
      ![Jira create new user](img/jira_create_new_user.png)
 
-3. Create a `gitlab-developers` group which will have write access
+1. Create a `gitlab-developers` group which will have write access
    to projects in Jira. Go to the **Groups** tab and select **Create group**.
 
      ![Jira create new user](img/jira_create_new_group.png)
@@ -36,13 +36,13 @@ We have split this stage in steps so it is easier to follow.
 
      ![Jira create new group](img/jira_create_new_group_name.png)
 
-4. To give the newly-created group 'write' access, go to
+1. To give the newly-created group 'write' access, go to
    **Application access > View configuration** and add the `gitlab-developers`
    group to Jira Core.
 
      ![Jira group access](img/jira_group_access.png)
 
-5. Add the `gitlab` user to the `gitlab-developers` group by going to
+1. Add the `gitlab` user to the `gitlab-developers` group by going to
    **Users > GitLab user > Add group** and selecting the `gitlab-developers`
    group from the dropdown menu. Notice that the group says _Access_, which is
    intended as part of this process.

doc/user/project/integrations/redmine.md

@@ -18,15 +18,16 @@ in the table below.
 
     ![Redmine configuration](img/redmine_configuration.png)
 
-2. To disable the internal issue tracking system in a project, navigate to the General page, expand [Permissions](../settings/index.md#sharing-and-permissions), and slide the Issues switch invalid.
+1. To disable the internal issue tracking system in a project, navigate to the General page, expand [Permissions](../settings/index.md#sharing-and-permissions), and slide the Issues switch invalid.
 
     ![Issue configuration](img/issue_configuration.png)
 
 ## Referencing issues in Redmine
 
 Issues in Redmine can be referenced in two alternative ways:
-1. `#<ID>` where `<ID>` is a number (example `#143`)
-2. `<PROJECT>-<ID>` where `<PROJECT>` starts with a capital letter which is
+
+- `#<ID>` where `<ID>` is a number (example `#143`).
+- `<PROJECT>-<ID>` where `<PROJECT>` starts with a capital letter which is
   then followed by capital letters, numbers or underscores, and `<ID>` is
   a number (example `API_32-143`).
 

doc/user/project/integrations/webhooks.md

@@ -338,10 +338,10 @@ payload will also include information about the target of the comment. For examp
 a comment on an issue will include the specific issue information under the `issue` key.
 Valid target types:
 
-1. `commit`
-2. `merge_request`
-3. `issue`
-4. `snippet`
+- `commit`
+- `merge_request`
+- `issue`
+- `snippet`
 
 #### Comment on commit
 

doc/user/project/issues/automatic_issue_closing.md

@@ -27,10 +27,11 @@ used:
 
 Note that `%{issue_ref}` is a complex regular expression defined inside GitLab's
 source code that can match references to:
-1. a local issue (`#123`),
-2. a cross-project issue (`group/project#123`) 
-3. a link to an issue
-(`https://gitlab.example.com/group/project/issues/123`).
+
+- A local issue (`#123`).
+- A cross-project issue (`group/project#123`).
+- A link to an issue
+  (`https://gitlab.example.com/group/project/issues/123`).
 
 ---
 

doc/user/project/new_ci_build_permissions_model.md

@@ -60,7 +60,7 @@ Let's consider the following scenario:
    hosted in private repositories and you have multiple CI jobs that make use
    of these repositories.
 
-2. You invite a new [external user][ext]. CI jobs created by that user do not
+1. You invite a new [external user][ext]. CI jobs created by that user do not
    have access to internal repositories, because the user also doesn't have the
    access from within GitLab. You as an employee have to grant explicit access
    for this user. This allows us to prevent from accidental data leakage.