amivapi

AMIV API is a Python-EVE based REST interface to manage members, events, mail forwards, job offers and study documents for a student organisation. It was created by AMIV an der ETH to restructure the existing IT infrastructure. If you are not from AMIV and think this is useful, feel free to fork and modify.

If you only want to use AMIV API, check out the online documentation (There's a link in the github description above).

If you are an administrator and wish to get the AMIV API running, keep reading!

If you are a developer looking to work on AMIV API, it's best to look at the code directly. You can start with bootstrap.py, where all modules are assembled into a single app object. From there on, check out the different sub-modules. Each resource is defined in a dedicated sub-directory, some smaller functionality are defined in a single file.

You do not need to install and configure AMIV API to test it. You can skip the installation and configuration sections and head right to the bottom of the README, where testing is explained.

Installation & Prerequisites

Docker

AMIV API is available as a Docker container with the name amiveth/amivapi.

You only need to install Docker, nothing else is required.

Manual Installation for Development

For development, we recommend to clone the repository and install AMIV API manually.

First of all, we advise using a virtual environment.

If your virtual environment is ready, clone and install AMIV API:

git clone https://github.com/amiv-eth/amivapi.git
cd amivapi
pip install -r requirements.txt

# IMPORTANT: Install amivapi in `editable mode` to get the `amivapi` command
pip install -e .

This will also install the amivapi command, which you can use to start a development server (more below).

MongoDB

Regardless of your type of installation, AMIV API requires MongoDB. If you have the connection data to your database, you are good to go and can skip this section.

If you need to set up a local database for testing or development, you can either use the following guides to get it installed and running or you can use Docker as well.

The following command runs a MongoDB service available on the default port (27017), preconfigured with a database amivapi with user amivapi and password amivapi.

# Create a network so that the api service can later be connected to the db
docker network create --driver overlay backend
docker service create \
    --name mongodb -p 27017:27017 --network backend\
    -e MONGODB_DATABASE=amivapi \
    -e MONGODB_USERNAME=amivapi \
    -e MONGODB_PASSWORD=amivapi \
    bitnami/mongodb

If you have a local MongoDB running, the following command might be useful to set up the database and user quickly:

mongo amivapi --eval \
'db.createUser({user:"amivapi",pwd:"amivapi",roles:["readWrite"]});'

Configure and Start AMIV API

Configuration File

Now it's time to configure AMIV API. Create a file config.py (you can choose any other name as well) with the following content:

# Root password, *definitely* change this!
ROOT_PASSWORD = 'root'

# MongoDB Configuration
MONGO_HOST = 'mongodb'
MONGO_PORT = 27017
MONGO_DBNAME = 'amivapi'
MONGO_USERNAME = 'amivapi'
MONGO_PASSWORD = 'amivapi'

# Sentry error logging
# SENTRY_DSN = "https://<key>@sentry.io/<project>"
# SENTRY_ENVIRONMENT = 'production'

# Mailing lists for groups (optional, uncomment if needed)
# MAILING_LIST_DIR = '/directory/to/store/mailing/list/files/'

# Remote mailings list files via ssh (optional)
# REMOTE_MAILING_LIST_ADDRESS = '[email protected]'
# REMOTE_MAILING_LIST_KEYFILE = ''
# REMOTE_MAILING_LIST_DIR = './'

# SMTP configuration for mails sent by AMIVAPI (optional)
# SMTP_SERVER = 'localhost'
# SMTP_PORT = '587'
# SMTP_USERNAME = ''
# SMTP_PASSWORD = ''

# Mail configuration (`{subject}` is a placeholder, filled by the API)
# API_MAIL = '[email protected]'
# API_MAIL_SUBJECT = '[AMIV] {subject}'

# Allow accessing a list of newsletter subscribers at /newslettersubscribers
# SUBSCRIBER_LIST_USERNAME = ''
# SUBSCRIBER_LIST_PASSWORD = ''

# LDAP connection (special LDAP user required, *not* nethz username & password)
# LDAP_USERNAME = ''
# LDAP_PASSWORD = ''

(These are only the most imporant settings. The config file overwrites the default settings, so any value defined in settings.py can be changed if needed.)

Run using Docker

Configuration files can be used easily for services using Docker configs:

docker config create amivapi_config config.py

Now start the API service (make sure to put it in the same network as MongoDB if you are running a MongoDB service locally).

# Webserver Mode
# Map port 80 (host) to 8080 (container)
docker service create \
    --name amivapi  -p 80:8080 --network backend \
    --config source=amivapi_config,target=/api/config.py \
    amiveth/amivapi

# The command `amivapi cron --continuous` starts the container in alternative mode:
# It will not run a webserver, but execute scheduled tasks periodically.
docker service create \
    --name amivapi-cron --network backend \
    --config source=amivapi_config,target=/api/config.py \
    amiveth/amivapi amivapi cron --continuous

(If you want to mount the config somewhere else, you can use the environment variable AMIVAPI_CONFIG to specify the config path in the container.)

Run locally

If you have installed AMIV API locally, you can use the CLI to start it:

# Start development server
amivapi run dev

# Start production server (requires the `bjoern` package)
amivapi run prod

# Execute scheduled tasks periodically
amivapi cron --continuous

# Specify config if its not `config.py` in the current directory
amivapi --config <path> run dev

# Get help, works for sub-commands as well
amivapi --help
amivapi run --help

For Developers: Running The Tests

Option 1: With Docker

If you have docker installed you can simply run the tests in a Docker instance:

./run_tests.sh

By default, this will start a container with mongodb, and run pytest amivapi/tests. You can supply your own arguments, e.g. run particular tests:

./run_tests.sh amivapi/tests/users

Option 2: With your own mongodb and tox

First, create a test user test_user with password test_pw in the test_amviapi database, which will be used for all tests. You only need to do this once to prepare the database.

mongo test_amivapi --eval \
'db.createUser({user:"test_user",pwd:"test_pw",roles:["readWrite"]});'

Install the test requirements:

pip install tox

Now you can run all tests using tox

# Run everything
tox

# Select only a single python version
tox -e py36

# Filter tests by name
tox -- -k <keyword>

# Combining both is possible too
tox -e py36 -- -k <keyword>

Integration Tests

The integration tests for ssh mailing list creation and LDAP require additional information to be run, which should not be published. Therefore, these tests are automatically skipped (as you can see in the tox summary), unless the relevant information is provided with environment variables.

SSH

Set the following environment variables:

SSH_TEST_ADDRESS, e.g. [email protected]
SSH_TEST_KEYFILE(optional): file containing a key that is authorized to access the server
SSH_TEST_DIRECTORY(optional): Directory on remote server where test files are stored. Uses /tmp/amivapi-test/ by default

LDAP

LDAP_TEST_USERNAME and LDAP_TEST_PASSWORD (not your nethz, special LDAP account required)
LDAP_TEST_USER_NETHZ (required to test user import) The test will return the imported user data, be sure to verify it
LDAP_TEST_USER_PASSWORD (required to test user login)

Additionally, you need to be inside the ETH network, e.g. using a VPN, otherwise the ETH LDAP server can't be reached. Furthermore be patient, as the LDAP tests take a little time to complete.

Sentry

SENTRY_TEST_DSN

The test will use the testing environment.

Problems or Questions?

For any comments, bugs, feature requests: please use the issue tracker and don't hasitate to create issues. If we don't like your idea, we will not feel offended.

If you need help deploying the API or creating a client, feel free to message us at [email protected] .

sel3ne / amivapi Goto Github PK

amivapi's Introduction