db_type | library framework to parseassemble built

One way to do this is using a common role. The prerequisite for this approach is that a role, which has access to make the necessary API calls, needs to exist in each of the accounts that belong to the organization. You then assume this common role to perform API calls in the target accounts. This sort of setup is outlined at https://docs.aws.amazon.com/organizations/latest/userguide/orgs_manage_accounts_access.html.

With that role in place, you can run boto3 code to find all the accounts in your organization--something like this perhaps:

First, the SQLALCHEMY_DATABASE_URI in database.py should match the user, password and database name suplied in Your docker-compose.yaml. Ensure that You are running docker-compose up with correct environ. In Your case, the environ for docker-compose up should be:

If I understand correctly, its better to use db_users in the following form:

Your db_users should be flattened in a different way, namely:

I found a solution myself, its actually quite simple. When calling the upgrade command from the test fixture, I set two additional config values as follows:

In my case I forgot to close the DB connection in some instances and therefore didn't return the connection to the default pool. The logs actually told me about that. I'm not sure why that led to the BrokenPipe error above, but fixing the two affected worker methods solved the issue.

What are the steps I need to do to setup MUC from a fresh install?

Usually mod_muc is already configured and enabled by default. Of course, if ejabberd is installed in a remote server, you will need to setup DNS for the MUC service, similar to what you may want to do for any other services that have their specific domain, like pubsub.example.org

I spent so much time concentrating on the Django source code, I missed a stupid bug in my own code which I hid from myself with invalid logging!

Changed :

• Do not use sudo - unless you have to.
• Use the latest Postgres release if possible.

The Postgresql Docker Image provides some environment variables, that will help you bootstrapping your database.

Be aware:

The PostgreSQL image uses several environment variables which are easy to miss. The only variable required is POSTGRES_PASSWORD, the rest are optional.

Warning: the Docker specific variables will only have an effect if you start the container with a data directory that is empty; any pre-existing database will be left untouched on container startup.

When you do not provide the POSTGRES_USER environment variable in the docker-compose.yml file, it will default to postgres.

Your .env file used for Docker Compose does not contain the docker specific environment variables.

So amending/extending it to: