netdevops / prod2lab

Automatically consume router and switch production running configs and put them into a lab environment.

prod2lab

Automatically consume router and switch production running configs, render lab configs, and put them on lab devices.

• create a prod2lab.env file

If you want to use the postgres database, change the DJANGO_SETTINGS_MODULE environment variable to prod2app.settings.production. The production module also enables the LDAP authentication functionality by default.

# REQUIRED
DJANGO_SETTINGS_MODULE=prod2app.settings.development
PROD2LAB_SECRET_KEY='-%nf2l6y%!#y-c-75mndrzkd()v-*bgcja5*@=aw7%&3-&&hh&'
PROD2LAB_SSH_USER=prod2lab_user
PROD2LAB_SSH_PASS=supersecretpassphrase
# OPTIONAL
POSTGRES_DB=prod2lab
POSTGRES_HOST=db
POSTGRES_USER=prod2lab
POSTGRES_PASSWORD=supersecretpassphrase
PROD2LAB_LDAP_SERVER_URI=ldaps://ad.example.corp
PROD2LAB_LDAP_SERVER_USERNAME=[e-mail]
PROD2LAB_LDAP_SERVER_PASSWORD=supersecretpassphrase
PROD2LAB_LDAP_SERVER_SEARCH=ou=Accounts,dc=example,dc=corp
PROD2LAB_BROKER_URL=amqp://guest:guest@rabbitmq:5672
PROD2LAB_ADMIN_USER=admin
PROD2LAB_ADMIN_PASS=supersecretpassphrase

Development Environment

• enable environment variables

source prod2lab.env

• create python development environment

python3 -m venv env

• use development environment

source env/bin/activate

• install python requirements

pip install -r requirements.txt

• spin up rabbitmq

docker run -d --name rabbitmq -p 5672:5672 rabbitmq

• create database

./manage.py migrate

• create super user

./manage.py createsuperuser

• run django app

./manage.py runserver

• start celery

celery -A prod2app worker -l info

Docker-compose Environment

• spin up docker containers

docker-compose up

• create super user

docker exec -it prod2lab_web_1 /opt/prod2lab/scripts/create_admin_user.sh

• optional: enable ldap

docker exec -it prod2lab_web_1 /opt/prod2lab/scripts/enable_ldap.sh