ana.ai is a generative art platform for creating your own art as NFTs. The idea is to allow users to create their own art using different generative mathematical and AI models. It is live on Polygon and can be found here!

1. Copy image url you want to transform
2. Accept the transaction in your metamask wallet
3. Enjoy your generated image!

1. ana.ai listens for events on Ethereum
2. When an event is received, a background job is triggered
3. After the image is generated, it is uploaded to IPFS and the token is minted for you
4. ana.ai emits another event to notify your browser that your image is successfully generated

Contract defines what data we want to store on the blockchain and how to manipulate it. It is based on the ERC721 standard. For more information, check it out here.

Event listener listens for events on the blockchain and triggers actions int the platform. When users pay for generating an image, a background job is triggered that generates the image. For more information, check it out here.

Service responsible for triggering background jobs that generate images. Requests are emmited via the event listener. Job service does the following:

1. Stores the job request
2. Published to redis to trigger a background job For more information, check it out here.

Task queue used for running background jobs. Implemented using Celery. Redis is used as a messaging queue and postgres is used as the result db. Job orchestrator is subscribed to redis and upon receiving a message starts a background job that does the following:

1. Generate image
2. Upload image to IPFS
3. Post a mint token request to nft service For more information, check it out here.

NFT service is responsible for all admin transactions for our contract. In this case, it's only used for minting NFTs for users. For more information, check it out here.

Frontend application for interracting with the platform. Allows user's to pay for generating images and shows their gallery of generated images. For more information, check it out here.

1. Metamask wallet for testing and deploying contracts
2. Alchemy for running blockchain nodes and interracting via API
3. Pinata for storing images and token metadata
4. Docker and docker-compose

1. Deploy contract on Ethereum (or use an existing one)
2. Setup environment variables for services (check .env.example of each service)
3. docker-compose up build

1. cd contract
2. npm install
3. npm test

1. cd nft-service
2. docker build -t nft-service .
3. docker run nft-service python -m pytest tests

No tests yet.

1. cd job-service
2. docker build -t job-service .
3. docker run job-service python -m pytest tests

1. cd job-service
2. docker build -t job-orchestrator .
3. docker run job-orchestrator python -m pytest tests

Not yet runnable through docker:

1. yarn install
2. yarn test