Public | Automated Build

Last pushed: a month ago
Short Description
Meteor 1.3 and phantom 2.1.1
Full Description

MeteorD - Docker image for MUP

Supported tags

Please see the explanation of the tag variations (e.g. -binbuild, -onbuild) below.

Node 8 (Meteor 1.6+)

Node 8.9.1

  • node-8-base, node-8.9.1-base
  • node-8-binbuild, node-8.9.1-binbuild
  • node-8-onbuild, node-8.9.1-onbuild
  • node-8-devbuild, node-8.9.1-devbuild

Node 4 (Meteor 1.4, 1.5)

Node 4.8.6

  • node-4-base, node-4.8.6-base
  • node-4-binbuild, node-4.8.6-binbuild
  • node-4-onbuild, node-4.8.6-onbuild
  • node-4-devbuild, node-4.8.6-devbuild

Node 4.8.4

  • node-4.8.4-base
  • node-4.8.4-binbuild
  • node-4.8.4-onbuild
  • node-4.8.4-devbuild

Older Node versions

For brevity, not all possibilities are listed above and there are many more available. It's recommended that you use the latest version within the series which your Meteor was designed for (see titles above). The most recent version will be tagged with a node-x-* tag accordingly. For the full list, please see the "Tags" tab above.

Tag Variations

There are three variations of each major Node-based release.

  • -base
  • -binbuild
  • -onbuild
  • -devbuild

There are two main ways you can use Docker with Meteor apps. They are:

  1. Build a Docker image for your app
  2. Running a Meteor bundle with Docker

MeteorD supports these two ways. Let's see how to use MeteorD

1. Build a Docker image for your app

With this method, your app will be converted into a Docker image. Then you can simply run that image.

For that, you can use abernix/meteord:onbuild as your base image. Magically, that's only thing you have to do. Here's how to do it:

Add following Dockerfile into the root of your app:

FROM abernix/meteord:onbuild

Then you can build the docker image with:

docker build -t yourname/app .

Then you can run your meteor image with

docker run -d \
    -e ROOT_URL=http://yourapp.com \
    -e MONGO_URL=mongodb://url \
    -e MONGO_OPLOG_URL=mongodb://oplog_url \
    -p 8080:80 \
    yourname/app

Then you can access your app from the port 8080 of the host system.

Stop downloading Meteor each and every time (mostly in development)

So, with the above method, MeteorD will download and install Meteor each and every time. That's bad especially in development. So, we've a solution for that. Simply use aberaber/meteord:devbuild as your base image.

WARNING: Don't use abernix/meteord:devbuild for your final build. If you used it, your image will carry the Meteor distribution as well. As a result of that, you'll end up with an image with ~700 MB.

2. Running a Meteor bundle with Docker

For this you can directly use the MeteorD to run your meteor bundle. MeteorD can accept your bundle either from a local mount or from the web. Let's see:

2.1 From a Local Mount

docker run -d \
    -e ROOT_URL=http://yourapp.com \
    -e MONGO_URL=mongodb://url \
    -e MONGO_OPLOG_URL=mongodb://oplog_url \
    -v /mybundle_dir:/bundle \
    -p 8080:80 \
    abernix/meteord:base

With this method, MeteorD looks for the tarball version of the meteor bundle. So, you should build the meteor bundle for os.linux.x86_64 and put it inside the /bundle volume. This is how you can build a meteor bundle.

meteor build --architecture=os.linux.x86_64 ./

2.1 From the Web

You can also simply give URL of the tarball with BUNDLE_URL environment variable. Then MeteorD will fetch the bundle and run it. This is how to do it:

docker run -d \
    -e ROOT_URL=http://yourapp.com \
    -e MONGO_URL=mongodb://url \
    -e MONGO_OPLOG_URL=mongodb://oplog_url \
    -e BUNDLE_URL=http://mybundle_url_at_s3.tar.gz \
    -p 8080:80 \
    abernix/meteord:base

2.2 With Docker Compose

docker-compose.yml

dashboard:
  image: yourrepo/yourapp
  ports:
   - "80:80"
  links:
   - mongo
  environment:
   - MONGO_URL=mongodb://mongo/yourapp
   - ROOT_URL=http://yourapp.com
   - MAIL_URL=smtp://some.mailserver.com:25

mongo:
  image: mongo:latest

When using Docker Compose to start a Meteor container with a Mongo container as well, we need to wait for the database to start up before we try to start the Meteor app, else the container will fail to start.

This sample docker-compose.yml file starts up a container that has used abernix/meterod as its base and a mongo container. It also passes along several variables to Meteor needed to start up, specifies the port number the container will listen on, and waits 30 seconds for the mongodb container to start up before starting up the Meteor container.

Rebuilding Binary Modules

Sometimes, you need to rebuild binary npm modules. If so, expose REBUILD_NPM_MODULES environment variable. It will take couple of seconds to complete the rebuilding process.

docker run -d \
    -e ROOT_URL=http://yourapp.com \
    -e MONGO_URL=mongodb://url \
    -e MONGO_OPLOG_URL=mongodb://oplog_url \
    -e BUNDLE_URL=http://mybundle_url_at_s3.tar.gz \
    -e REBUILD_NPM_MODULES=1 \
    -p 8080:80 \
    abernix/meteord:binbuild
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jbg77
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