A set of microservices that crawler data from a namada node, store them in a postgres database and serve them via a REST api.

🔧 This is currently being worked on. Don't expect things to work! 🔧

The indexer is composed of a set microservices and a webserver, each one of these lives in his own crate. Each microservice is responsible of indexing some data from the chain and store them in the postgres database. Right now, there are 4 microservices:

• chain: goes block by block and fetches information from transactions (e.g balances)
• pos: fetches the validator set each new epoch
• rewards: fetches PoS rewards each new epoch
• governance: fetches new proposal and the corresponding votes
• parameters: fetches the chain parameters

The webserver is responsible to serve the data via a REST API, which are described in the swagger.yml file in the project root.

• Create the .env file in the root of the project. You can use the .env_sample file as a reference:

cp .env_sample .env

• Set the TENDERMINT_URL with the Namada RPC url:
  • Either create a local chain
  • Or use a Public RPC

• Install just
• Run just docker-up

• Install rust/cargo
• Update the .env values to match your setup, for example:

  DATABASE_URL=postgres://postgres:[email protected]:5433/namada-indexer
  TENDERMINT_URL=http://127.0.0.1:27657
  CACHE_URL=redis://[email protected]:6379
  PORT=5001

• Use the run.sh script inside each package. Keep in mind that PoS package have to be run always while other service might not

Instead of fetching data from a running network, for testing porpuses it's also possible to populate the databse with some random data.

• cargo build
• cd seeder && cargo run -- --database-url postgres://postgres:[email protected]:5433/namada-indexer

It's possible to only run the webserver and have access to the data via API.