README

Setup

docker-machine create --driver virtualbox atlassian (1)
docker-machine start atlassian (2)
eval `docker-machine env atlassian` (3)

1. Create a docker machine (once only)

2. Start the docker machine

3. Setup the docker client to use the docker-machine

The defaults configured by docker-compose.yml and postgresdb.yml will give us a Confluence container and a Postgresdb container.

.env

COMPOSE_PROJECT_NAME=confluence
COMPOSE_FILE=docker-compose.yml:postgresdb.yml
COMPOSE_HTTP_TIMEOUT=300

CONFLUENCE_HTTP_PORT=18090
CONFLUENCE_TAG=6.9.1
CONFLUENCE_VERSION=6.9.1
CONFLUENCE_JDBC_USER=***
CONFLUENCE_JDBC_PASSWORD=***
CATALINA_OPTS=-Xmx2g

POSTGRES_USER=***
POSTGRES_PASSWORD=***

Build the image

A locally built image softwarecraftsmen/oracle-java:8-jdk must be available. See https://bitbucket.org/SoftwareCraftsmen/docker-oracle-java8.

export CONFLUENCE_TAG=6.8.2
docker-compose build --build-arg CONFLUENCE_VERSION=6.8.2

Run a Confluence instance

docker-compose up -d

Startup after creating a container takes some time as the installation and configuration process is continuing. So be patient until the start page for finishing the installation. You will have to connect the Confluence instance to the Postgresdb instance and add the license details.

To open the Confluence start page, on Mac OSX run open http://$(docker-machine ip atlassian):8090

Once a license has been installed into the server it is bound to the server’s ID. The license and server ID can be retrieved through http://my.atlassian.com. So when creating a new container and a valid license still exist the server ID can be set with confluence.cfg.xml in the confluence home dir (/var/atlassian/application-data/confluence).

More configuration options

The context path

CONFLUENCE_CONTEXT_PATH=confluence (1)

1. Without leading and trailing /

NGINX as proxy

http proxy

COMPOSE_FILE=docker-compose.yml:postgresdb.yml:nginx.yml
NGINX_SERVER_NAME=sub-domain.software-craftsmen.at
NGINX_HTTP_PORT=80

https proxy

COMPOSE_FILE=docker-compose.yml:postgresdb.yml:nginx.yml:nginx-ssl.yml
NGINX_SERVER_NAME=sub-domain.software-craftsmen.at
NGINX_HTTP_PORT=80
NGINX_HTTPS_PORT=443

A https proxy further requires a X.509 certificate and private key file in the following locations:

./.ssl/${NGINX_SERVER_NAME}.crt
./.ssl/${NGINX_SERVER_NAME}.key

Both files will be mounted into the proxy container as volumes. Their basename must match the configured ${NGINX_SERVER_NAME}.

A self-signed certificate and key pair can be generated using the generate-ssl-certificate container. This requires a X.509 certificate subject to be configured.

export X509_CERTIFICATE_SUBJECT="/C=AT/OU=Software Craftsmen Gmbh & CoKG/L=Vienna/[email protected]"
docker-compose -f ssl-certificate.yml run generate-ssl-certificate