Fix up docs and make the common case the default

This commit is contained in:
Stuart Colville 2016-09-05 16:51:45 +01:00
Родитель 674d268cad
Коммит f3db2381ef
4 изменённых файлов: 64 добавлений и 73 удалений

2
.gitignore поставляемый
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@ -59,4 +59,4 @@ docker/artifacts/*
logs/*
supervisord.pid
.ipython
docker-compose.override.yml
docker*.yml

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@ -14,7 +14,6 @@ test:
- gunzip -c geckodriver-v0.9.0-linux64.tar.gz | tar xopf -
- chmod +x geckodriver
- sudo mv geckodriver /home/ubuntu/bin/wires
- cp docker-compose.override.yml{.tmpl,}
- docker-compose pull
- docker-compose up -d
- sleep 60

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@ -4,53 +4,51 @@ Install with Docker
.. _install-with-docker:
Want the easiest way to start contributing to AMO? Try our docker-based
Want the easiest way to start contributing to AMO? Try our Docker-based
development environment.
First you'll need to install docker_, please check the information for
First you'll need to install Docker_. Please read their docs for
the installation steps specific to your operating system.
There are generally two options for running docker depending on the platform
There are two options for running docker depending on the platform
you are running.
* Run docker on the host machine directly (recommended if supported)
* Run docker on the host machine directly (recommended)
* Run docker-machine which will run docker inside a virtual-machine
Historically mac and windows could only run docker via a vm. That has
Historically Mac and Windows could only run Docker via a vm. That has
recently changed with the arrival of docker-for-mac_ and docker-for-windows_.
If your platform can run docker directly either on Linux, with docker-for-mac_
or docker-for-windows_ then this is the easiest way to install docker with the
most minimal set of moving parts.
If your platform can run Docker directly either on Linux, with docker-for-mac_
or docker-for-windows_ then this is the easiest way to run ``addons-server``.
If you have problems, due to not meeting the requirenents or you're on windows
and want to keep running docker-machine vms then docker-machine will still
work just fine. See the docs for creating the vm here :ref:`creating-the-docker-vm`
If you have problems, due to not meeting the minimum specifications for
docker-for-windows_ or you'd prefer to keep running docker-machine vms then
docker-machine will still work just fine. See the docs for creating the
vm here :ref:`creating-the-docker-vm`
.. note:: if you're on OSX and already have a working docker-machine setup you
can run that and docker-for-mac (*but not docker-for-windows*) side by side.
The only caveat here is that it's recommended that you keep the versions of
docker on the vm and the host in-sync to ensure compatibility when you switch
between them.
.. note::
If you're on a Mac and already have a working docker-machine setup you
can run that and docker-for-mac (*but not docker-for-windows*) side by side.
The only caveat is it's recommended that you keep the versions of Docker on
the vm and the host in-sync to ensure compatibility when you switch between
them.
Setting up the containers
~~~~~~~~~~~~~~~~~~~~~~~~~
.. note::
docker-toolbox, docker-for-mac and docker-for-windows will install ``docker-compose``
for you. If you're on linux and you need it, you can install it manually with::
for you. If you're on Linux and you need it, you can install it manually with::
pip install docker-compose
Next once you have docker up and running follow these steps
Next once you have Docker up and running follow these steps
on your host machine::
# Checkout the addons-server sourcecode.
git clone git://github.com/mozilla/addons-server.git
cd addons-server
# Create the docker-compose.override file with the default ports.
cp docker-compose.override.yml{.tmpl,}
# Download the containers
docker-compose pull # Can take a while depending on your internet bandwidth.
# Start up the containers
@ -59,48 +57,46 @@ on your host machine::
.. note::
Generally docker requires the code checkout to exist within your home directory so
that docker can mount the source-code into the container.
Docker requires the code checkout to exist within your home directory so
that Docker can mount the source-code into the container.
Accessing the web server
~~~~~~~~~~~~~~~~~~~~~~~~
By default our docker-compose config exposes the web-server on port 80 of localhost.
We use olympia.dev as the default hostname to access your container server (e.g. for
Firefox Accounts). To be able access the development environment using http://olympia.dev
We use ``olympia.dev`` as the default hostname to access your container server (e.g. for
Firefox Accounts). To be able access the development environment using ``http://olympia.dev``
you'll need to edit your ``/etc/hosts`` file on your native operating system.
For example::
[ip-address] olympia.dev
Typically the ip address is localhost 127.0.0.1 if you're using docker-machine
Typically the IP address is localhost (127.0.0.1) but if you're using docker-machine
see :ref:`accessing-the-web-server-docker-machine` for details of how to get the ip of
the docker vm.
the Docker vm.
You can ensure your docker server is configured internally with this host by
setting it in the environment and restarting the docker containers, like this::
By default we configure `OLYMPIA_SITE_URL` to point to `http://olympia.dev`.
If you choose a different hostname you'll need to set that environment variable
and restart the Docker containers::
docker-compose stop # only needed if running
export OLYMPIA_SITE_URL=http://olympia.dev
export OLYMPIA_SITE_URL=http://[YOUR_HOSTNAME}
docker-compose up -d
.. note::
The default docker configuration already configures `OLYMPIA_SITE_URL` to
be set to `http://olympia.dev`
Running common commands
~~~~~~~~~~~~~~~~~~~~~~~
Run the tests using ``make``, *outside* of the docker container::
Run the tests using ``make``, *outside* of the Docker container::
make test
You can run commands inside the docker container by ``ssh``\ing into it using::
You can run commands inside the Docker container by ``ssh``\ing into it using::
make shell
Then to run the tests inside the docker container you can run::
Then to run the tests inside the Docker container you can run::
py.test
@ -135,68 +131,65 @@ migrations::
Gotchas!
~~~~~~~~
Here's a list of a few of the issues you might face when using docker.
Here's a list of a few of the issues you might face when using Docker.
Can't access the web server?
----------------------------
Check you've created an hosts file entry pointing ``olympia.dev`` to the
relevant ip address.
Check you've created a hosts file entry pointing ``olympia.dev`` to the
relevant IP address.
Also make sure you've copied ``docker-compose.override.yml.tmpl`` to
``docker-compose.override.yml`` to get the default ports. If you haven't
stop the containers with ``docker-compose stop`` copy the file and restart
with ``docker-compose up -d``.
Another tip is to use ``docker-compose ps`` to check the status of the
containers. If they are failing to start you should be able to tell here.
If containers are failing to start use ``docker-compose ps`` to check their
running status.
Another way to find out what's wrong is to run ``docker-compose logs``.
Getting "Programming error [table] doesn't exist"?
--------------------------------------------------
Check you've run the ``make initialize_docker`` step.
Make sure you've run the ``make initialize_docker`` step as detailed in
the initial setup instructions.
Port collisions (nginx container fails to start)
------------------------------------------------
Since by default the docker-compose file exposes the port to the nginx
server that sits in front of the web service on port 80 on your host
you might find it fails to start if you're already running a service on
port 80.
This problem will manifest itself by the services failing to start, you'll
be able to see the error like so::
If you're already running a service on port 80 or 8000 on your host machine,
the ``nginx`` container will fail to start. This is because the
``docker-compose.override.yml`` file tells ``nginx`` to listen on port 80
and the web service to listen on port 8000 by default.
This problem will manifest itself by the services failing to start. Here's an
example for the most common case of ``nginx`` not starting due to a collision on
port 80::
ERROR: for nginx Cannot start service nginx:.....
...Error starting userland proxy: Bind for 0.0.0.0:80: unexpected error (Failure EADDRINUSE)
ERROR: Encountered errors while bringing up the project.
There's a couple of ways to fix it. Simple one is to find out what's running on
port 80 and stop it::
You can check what's running on that port by using (sudo is required if
you're looking at port < 1024)::
sudo lsof -i :80
We now specify the ports nginx listens on in the ``docker-compose.override.yml``
file that you copied from ``docker-compose.override.yml.tmpl`` when going through
the initial setup. The second solution to a port collision is to change the
default port that's bound on the host.
We specify the ports ``nginx`` listens on in the ``docker-compose.override.yml``
file. If you wish to override the ports you can do so by creating a new ``docker-compose``
config and starting the containers using that config alongside the default config.
If you need to change the ports you can do so by changing the defaults in
``docker-compose.override.yml``.
For example if you want to run nginx on your host and still
access the development environment on port 80 you can change
``docker-compose.override.yml`` to this::
For example if you create a file called ``docker-compose-ports.yml``::
nginx:
ports:
- 8880:80
Now the container nginx is listening on 8880 on the host. You can now proxy
to the container nginx from the host nginx with the following nginx config::
Next you would stop and start the containers with the following::
docker-compose stop # only needed if running
docker-compose -f docker-compose.yml -f docker-compose-ports.yml up -d
Now the container ``nginx`` is listening on 8880 on the host. You can now proxy
to the container ``nginx`` from the host ``nginx`` with the following ``nginx`` config::
server {
listen 80;
@ -206,7 +199,6 @@ to the container nginx from the host nginx with the following nginx config::
}
}
Persisting changes
------------------
@ -218,7 +210,7 @@ running container exits.
.. note::
If you need to persist any changes to the image, they should be carried out
via the ``Dockerfile``. Commits to master will result in the Dockerfile
being rebuilt on the docker hub.
being rebuilt on the Docker hub.
Restarting docker-machine vms following a reboot
------------------------------------------------
@ -247,7 +239,7 @@ such as this to build a new image::
After you test your new image, commit to master and the image will be published
to Docker Hub for other developers to use after they pull image changes.
.. _docker: https://docs.docker.com/installation/#installation
.. _Docker: https://docs.docker.com/installation/#installation
.. _docker-toolbox: https://www.docker.com/toolbox
.. _docker-for-windows: https://docs.docker.com/engine/installation/windows/#/docker-for-windows
.. _docker-for-mac: https://docs.docker.com/engine/installation/mac/#/docker-for-mac