2.6 KiB
| path | title |
|---|---|
| /docs/quick-setup | Quick Setup |
Install Ruby dependencies
Use the following command to install ruby dependencies.
bundle
Install JavaScript dependencies
yarn
This would install all required dependencies for Chatwoot application.
Please refer to environment-variables to read on setting environment variables.
Setup rails server
# run db migrations
bundle exec rake db:create
bundle exec rake db:reset
# fireup the server
foreman start -f Procfile.dev
Login with credentials
http://localhost:3000
user name: john@acme.inc
password: 123456
Docker for development
The first time you start your development environment run the following two commands:
# build and start the services
docker-compose up --build
# prepare the database
docker-compose exec server bundle exec rails db:prepare
Then browse http://localhost:3000
# To stop your environment use Control+C (on Mac) CTRL+C (on Win) or
docker-compose down
# start the services
docker-compose up
When you change the service’s Dockerfile or the contents of the build directory, run stop then build. (For example after modifying package.json or Gemfile)
docker-compose stop
docker-compose build
The docker-compose environment consists of:
- chatwoot server
- postgres
- redis
- webpacker-dev-server
If in case you encounter a seeding issue or you want reset the database you can do it using the following command :
docker-compose run -rm server bundle exec rake db:reset
This command essentially runs postgres and redis containers and then run the rake command inside the chatwoot server container.
Running Cypress Tests
Refer the docs to learn how to write cypress specs https://github.com/shakacode/cypress-on-rails https://docs.cypress.io/guides/overview/why-cypress.html
# in terminal tab1
overmind start -f Procfile.test
# in terminal tab2
yarn cypress open --project ./test
Debugging Docker for production
You can use our official Docker image from https://hub.docker.com/r/chatwoot/chatwoot
docker pull chatwoot/chatwoot
You can create an image yourselves by running the following command on the root directory.
docker-compose -f docker-compose.production.yaml build
This will build the image which you can depoy in Kubernetes (GCP, Openshift, AWS, Azure or anywhere), Amazon ECS or Docker Swarm. You can tag this image and push this image to docker registry of your choice.
Remember to make the required environment variables available during the deployment.