An application for analyzing university data. The entire development environment runs in a Docker network that's defined in the docker-compose.yml file. The specifics of what this means for setting up the environment and accessing logs is discussed in a later section.

Requirements

To run Oodikone locally, you will need the following:

Docker and Docker Compose running on your system.
Membership of Toska's GitHub organisation.
SSH key set up for GitHub (see docs).
Local clone of this repository.
Run the CLI (see Installation)

Installation

Launch the CLI and follow the instructions:

npm run cli

Please use a terminal at least 80 characters wide, the CLI is a bit rudimentary 😊

The acual oodikone can be accessed at http://localhost:8081/ and Adminer at http://localhost:5050/. Adminer requires you to login with username postgres and password postgres.

Populate Redis on Fresh Install

On a fresh install some features do not work because the redis store is empty. To populate redis, navigate to http://localhost:8081/updater, and click Refresh Statistics.

What the CLI does

Builds and runs the Dockerized development environment.
Downloads a database dump from the production servers.
Creates the database schema and populates it with the downloaded dump.
Adds git-hooks to run linting on push. (Use git push --no-verify to circumvent this behavior.)

Daily Refresh

It is recommended to run the "morning script" daily when starting work. It prunes Docker, refreshes the repository and rebuilds the containers before starting Oodikone again.

./oodikone.sh -m

Development Environment

The development environment is entirely configured in the docker-compose.yml file located in this repository. The file defines the containers/environments for:

Frontend
Backend
Userservice
The databases used by the services
Adminer & other dev tools

The mapping of ports and environment variables are also defined in the docker-compose file. You can start, stop and manage the development environment by running the following commands from a terminal shell in this directory.

Start the development environment

With anonymized data:

npm start

With real data:

npm run start:real

Stop the development environment

npm run docker:down

Restart container(s)

All:

npm run docker:restart

Only backend:

npm run docker:restart:backend

Only frontend:

npm run docker:restart:frontend

View the containers in the running environment

docker-compose ps

View logs

All:

npm run docker:logs

Only backend:

npm run docker:logs:backend

Only frontend:

npm run docker:logs:frontend

Attach a terminal shell to a container

docker exec -it <container> <command>

For example:

docker exec -it backend bash

Use `psql` or other database CLI tools

docker exec -it -u <username> <container> psql -d <db name>

For example:

docker exec -it -u postgres oodi_db psql -d tkt_oodi

Testing

Testing is implemented as a combination of unit tests (jest) and end-to-end tests (Cypress). Oodikone must be using the anonymous dataset when running tests (see Installation).

The test suite is run in CI on every push to trunk. Take advantage of this as running the tests can take upwards of 15 minutes.

Note: All containers must be up and ready before running tests. (Use npm start).

Run All Tests

npm test

Run End-to-End Tests

npm run cypress:run

Open Cypress GUI

npm run cypress:open

How to Updater

Before running updater you must run importer-db setup via the CLI (see Installation).

If you want to use the control panel UI, first start Oodikone in real data mode:

npm run docker:up:real

Followed by acual updater:

npm run updater:dev:up

When you are done, close hanging containers with:

npm run updater:dev:down

updater scheduler

Stop with HTTP GET

http://localhost:8082/v1/abort?token=dev

Schedule students with HTTP POST

http://localhost:8082/v1/students?token=dev

body

{ 
    "studentnumbers": [
        "014598456"
    ] 
}

Other commands

How to `scp` backup files from oodikone via melkki-proxy

This is how the setup script fetches the database dump from production servers. It will require you to have access to both melkki.cs.helsinki.fi as well as oodikone.cs.helsinki.fi. The command uses scp to transfer all backup files recursively from a known location on the production server by using the melkki server as a proxy, allowing you to get the dump even if you are not in the university network.

Command

scp -r -o ProxyCommand="ssh -W %h:%p melkki.cs.helsinki.fi" oodikone.cs.helsinki.fi:/home/tkt_oodi/backups/* ./backups/

-r : recursively copy files
-o : options for defining the proxy command

Unix StackExchange answer

It's possible and relatively easy, even when you need to use certificates > for authentication (typical in AWS environments).

The command below will copy files from a remotePath on server2 directly > into your machine at localPath. Internally the scp request is proxied via > server1.
scp -i user2-cert.pem -o ProxyCommand="ssh -i user1-cert.pem -W %h:%p > user1@server1" user2@server2:/<remotePath> <localpath>
If you use password authentication instead, try with:
scp -o ProxyCommand="ssh -W %h:%p user1@server1" > user2@server2:/<remotePath> <localpath>
If you use the same user credentials in both servers:
scp -o ProxyCommand="ssh -W %h:%p commonuser@server1" > commonuser@server2:/<remotePath> <localpath>

README.md

oodikone