Follow instructions here

nvm use

npm install

A docker image is provided to build C bindings if needed. Currently needed when pushing the kiyanawlibHfstol lambda layer.

brew install --cask docker

npx amplify pull

? Please choose the profile you want to use: profile
? Which app are you working on? d2vcnct5kwl6za
? Pick a backend environment: auththree
? Choose your default editor: Visual Studio Code
✔ Choose the type of app that you're building: javascript
Please tell us about your project
? What javascript framework are you using: react
? Source Directory Path:  src
? Distribution Directory Path: dist
? Build Command:  npm run-script build
? Start Command: npm run-script dev

npm run dev

npm run test

npm run test:watch

npm run lint

npx amplify push

npx amplify publish

This project uses Docker to build lambda functions with C bindings in an Amazon Linux environment to ensure compatibility.

# Build the Docker image
docker compose build

# Build the C bindings (this will install hfstol with correct target architecture)
docker compose run --rm lambda-builder

The container will automatically install the hfstol package with the correct target architecture and platform for AWS Lambda. After the build completes, you can deploy normally with amplify push.

• project built on Amplify
• DynamoDB in the backend
• uploaded media processed through Lambda (TODO: this is not modeled)

Whenever changes are made to a region in a transcription, that region's data is streamed from DynamoDB to the notifyRegionChanges function, which actually does a couple things:

• reformat and push the data into the a "neutral" queue that will publish "known words" links
• send out email notifications to anyone who has an interest in that particular region

After deploying to a new AWS account, several manual configurations are required to get the system fully operational. See the Fresh Amplify Deployment Checklist for detailed step-by-step instructions.