The monorepo for the backend, frontend, and infrastructure of the ASAP hub

To work on this repository, you need to have Node.js installed. We are using the version specified in the .nvmrc file. If you use NVM, running nvm use in the repo root will switch to the right version automatically. If you use ASDF set up with the nodejs module, running asdf install will do the same.

You need to have Yarn installed. Any recent version (>=1.22) will automatically detect our local Yarn version and use that, so your exact version does not matter. The zero-install strategy means that you do not need to run yarn after checking out the repository, all of the scripts will just work™.

IDEs require special configuration for TypeScript to work when using Plug'n'Play installs.

• vscode
• vim

• instructions (see below)

The .dir-locals.el configuration file has already been created in the repository, so you just need to run the following command in the root directory of the project:

yarn dlx @yarnpkg/sdks base

This repository consists of packages and apps along with their tests inside the individual folders inside /packages and /apps. Packages are meant for consumption by other packages or apps, while apps are not depended on by other packages or apps but instead have build artifacts like a website bundle to be served by a web server, or a JavaScript application to be run by a Node.js process.

This is a list of the scripts that you will commonly need to run locally in the repo root and their descriptions. For a full list of root scripts, look inside package.json. For a list of individual package and particularly app scripts, look inside the readme file or package.json of the individual package or app.

• yarn build - This will typecheck and build all packages and apps in the repository. You may want to run this e.g. after checking out a branch.
• yarn watch:babel - This will watch all the packages (but not apps) for changes and whenever changes occur, build them, so that other packages and apps can use the changes.
• yarn watch:typecheck - This will watch all the packages (but not apps) for changes and whenever changes occur, typecheck them and emit new type definitions, so that other packages and apps can see the new module type signature.
• yarn fix:format - This will reformat all files in the repository to match our formatting standards using Prettier.
• yarn test - This will lint and test all packages and apps in the repository. You may want to run this with --watch or other Jest CLI options.
• yarn test:integration - Runs the integration tests for the API against Contentful.
• yarn test:* - There are further test configurations being run on CI that are usually slower or more specific and thus not suitable to run during day-to-day development. You can execute those scripts manually. Some of them may require installing native modules via yarn rebuild first.
• yarn lint - this will run the linting for the project. A yarn build:typecheck is a prerequisite.

For you, a newcomer, to be running your development setup, you'll need to complete the following steps:

• Log in to https://www.contentful.com/
• You will need to be added to the "YLD ASAP > CRN Hub" or "YLD ASAP > GP2" app if you don't already have access
• In th environment selector in the top left, select Development (or Production if required)
• In the "Content" section, create a new User content model with your email address
• If you use an @yld.io email address for the user then you should receive an invitation email, and you can follow th instructions from the email
• If you do not receive an invitation email then you can copy the value which should be populated in the Connections field on the user, and visit https://dev.hub.asap.science/welcome/{invitation-code} with the invitation code replaced with the value from Contentful

To send a new invitation you can remove the values from the Connections field.

• create a .env file and update it with the necessary details (ask one of the engineers for a working config, there is a .env.example file to work from, but you'll need the details)
• You can run all apps in the project with a simple yarn start on the project's root. It will load up everything, but you don't need to run everything. Depending on what you're doing, you only need some apps up
• yarn watch:babel: to have babel watching and compiling for you (you'll need this running most of the time)
• yarn watch:typecheck: well... for types checking (you'll need this running most of the time)
• yarn watch: to have babel and type checking watching and compiling for you
• yarn start:backend:crn: to run the CRN backend
• yarn start:frontend:crn: to run the CRN frontend
• yarn start:backend:gp2: to run the GP2 backend
• yarn start:frontend:gp2: to run the GP2 frontend
• yarn start:storybook: to run storybook
• yarn start:crn - to run both the CRN backend and frontend
• yarn start:gp2 - to run both the GP2 backend and frontend
• yarn start: to run all of the above

• On http://localhost:3000 you should have the CRN hub running
• On http://localhost:4000 you should have the GP2 hub running
• You should be able to log in to the relevant app using the user you created above

If you require a dedicated environment for your development work, create a PR and add one or both of the following labels to your PR. This will run the github action workflow to create a new environment in contentful.

• crn-create-environment
• gp2-create-environment

You should create a dedicated environment in Contentful if:

• you are making any changes to the content models in Contentful
• you need to develop/test webhook behaviour as part of your PR

When creating a new Contentful environment you will need to ensure that the API keys you are using for local development have permission to access that environment. You can check this by inspecting your API key settings at https://app.contentful.com/spaces/5v6w5j61tndm/environments/master/api/keys.

Refer to this Yarn documentation page for how to integrate your editor with the TypeScript compiler and ESLint linter in this repository. You will also need to set up your editor to run ESLint with the same CLI options that the scripts do — they are in this file.

Individual packages or apps may contain their own readme files as deemed necessary. The docs folder contains overall architecture / decision documentation.

The graphql schema, and associated types are generated automatically by Contentful. When you make changes to graphql queries, or to the content models in Contentful you will need to regenerate the schema documents. You can do this by running the following command:

yarn contentful:schema:update

# or for CRN or GP2 individually
yarn contentful:schema:update:crn
yarn contentful:schema:update:gp2

Then commit the changed files.

There is a GitHub Actions workflow to backup and restore Contentful data.

Backups are done twice a day for production and once a day for dev. You can trigger a data restoration from the action menu (click here). This can be done using production or development data and target custom environments.

• on-schedule-backup-prod.yml to backup from prod
• on-schedule-backup-dev.yml to backup from dev
• on-demand-contentful-restore.yml to restore backup data.

In order to support the migration from Squidex to Contentful, we've set up a migration system which allows us to track our changes on a per-content type basis, and preserve the history. This is done using contentful-migrate, a thin third-party wrapper around the official contentful-migration tool.

Once you've completed the steps above, you can create a new migration file with:

   MIGRATION_TYPE=<content_type> MIGRATION_NAME=<name> yarn contentful:migration:create:<app_name>

So if you wanted to add a foo field to the bar content type:

   MIGRATION_TYPE=bar MIGRATION_NAME=add-foo-field yarn contentful:migration:create:crn

Note: the content_type is the slug, not the display name, so externalAuthors not External Authors.

The same way we can make changes in Squidex UI and sync them with our local schemas, it's possible to create a new content type or modify an existing one and generate the migration, so you don't need to type all fields you want to include or remove from the content type.

This is possible using the space generate migration command from Contentful CLI. Reference: https://github.com/contentful/contentful-cli/tree/master/docs/space/generate/migration.

So, if you want to create or modify a content type using the approach above, you need to follow these steps:

1. Create manually a new environment

   1. Access https://app.contentful.com/spaces/5v6w5j61tndm/environments/master/settings/environments
   2. Click Add environment button
   3. Give it a name and clone the new environment from Production

2. Access the environment you created in step 1 and make the changes you want in the content type

3. Adjust your .env file with CONTENTFUL_SPACE_ID being 5v6w5j61tndm and CONTENTFUL_ENV_ID being the name you gave to your environment in step 1.3.

4. Run the script to generate the migration

   MIGRATION_TYPE=media yarn contentful:migration:generate:gp2

   This will generate a file with the up part of the migration. Be aware that you might need to edit a few things. For example, if you are editing an existing content model, you will have to change createContentType to editContentType in the generated migration.

5. Remember to delete this environment after you finish your PR.

Note: This is not something you will need to do regularly, I have documented it for the rare case where you are creating a new environment from scratch and not cloning one which is already using migrations.

The following command will create the migration content schema:

yarn workspace @asap-hub/contentful ctf-migrate init

If you want to know the number of migrations which have not yet been applied to the target environment:

yarn contentful:migration:count:crn
yarn contentful:migration:count:gp2

To run outstanding migrations, first do a dry run:

yarn contentful:migration:dryrun:crn
yarn contentful:migration:dryrun:gp2

If all looks good, repeat with the commands.

yarn contentful:migration:run:crn
yarn contentful:migration:run:gp2

There are also convenience methods for this:

• yarn workspace @asap-hub/contentful space:migrate:crn:dryrun
• yarn workspace @asap-hub/contentful space:migrate:crn

Rollbacks are per-content type, and can be used like this:

CONTENTFUL_MIGRATIONS_DIR=migrations/crn yarn ctf-migrate down -c <content_type> --dry-run

Then repeat the command without --dry-run if all looks good.

The current image tag in use is: 86a189edc900d4e1afdcf3935c697292f69d409b

The docker images are built using a GitHub Action workflow - build-images.yml.

If manually trigger, this will build the images defined in the Dockerfile and are pushed to the GitHub Container registry with the following tags:

• latest
• SHA of the commit

images available:

node-python-sq

These are currently set to build only on master, and the images used in the GitHub workflows are fixed to the SHA.

To build new images:

• Update build-images.yml to build from the current branch and not master.
• Update the Dockerfile and push the changes.

To change the image tag, run:

  gsed -i s/86a189edc900d4e1afdcf3935c697292f69d409b/some-new-tag/g .github/**/*.yml README.md

To remove logs:

• List the workflow runs:

sh .github/scripts/manage-workflows/list-workflows.sh

• Find the Id of the workflow to delete.

"Pipeline Test"
21969391
".github/workflows/single-pipeline.yml"

• use the Id to delete the workflow runs:

  sh .github/scripts/manage-workflows/delete-workflow-runs.sh 21969391

For AWS access please use the guide here: https://www.notion.so/AWS-0e3cc65f60524aa4b65e1ee7c2029270

The source code of this project is licensed under the MIT License. A copy of it can be found alongside the repository files. This repository contains some externally created content, such as logos, that are not included in this licensing