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Domains subgraph

Current supported domains

Subgraph Name Network TLD Note
ens-subgraph Ethereum .eth
rns-subgraph Rootstock .rsk
genome-subgraph Gnosis .gno SpaceID contracts
bns-subgraph Base .base
mode-subgraph Mode .mode SpaceID contracts
lightlink-subgraph Lightlink .ll SpaceID contracts
zns-subgraph Polygon .poly

Add your own subgraph

Read guide How to add new subgraph

Deploy subgraph to graph-node

For every directory, it's posibble to deploy subgraph to blockscout graph-node

  1. Initially:

    cd <subgraph_directory>
just init
just codegen
just build

  2. Make sure you have access to graph, for example using port forwarding to staging graph-node (for blockscout dev):

    kubectl port-forward -n graph-node svc/graph-node 8020:8020

    Or you can run your own graph-node using docker: read graph-node: start locally

  3. Create subgraph on graph-node

    just create

  4. Deploy subgraph to graph-node

    # deploy to blockscout graph-node
just deploy-remote
# deploy to local graph-node
just network="network-name" deploy

  5. Check errors and result:

    • Connect to subgraph database and check current state of deployed subgraph:

      select deployment, failed, health, synced, latest_ethereum_block_number, fatal_error from subgraphs.subgraph_deployment;

select * from subgraphs.subgraph_error;

select name, resolved_address, expiry_date 
from sgd1.domain 
where label_name is not null and block_range @> 2147483647 
order by created_at 
limit 100;

    • Run bens-server API and send requests to check results of subgraph: read bens-server docs

SpaceID integration

Developing subgraph for protocol based on space-id contracts requires providing additional information.

SpaceID protocol has constant variable called identifier which unique describes protocol accross multiple chains. This values is used during calculation of namehash, therefore subgraph should know this value.

Actually blockscout-ens needs two values that can be calculated from identifier: empty_label_hash and empty_label_hash

  • empty_label_hash is basically hashed identifier
  • base_node_hash is hash of base_node plus empty_label_hash

Obtaining empty_label_hash and base_node_hash

To obtain it, you need to make eth_call to Base contract (contract with NFT):

  • mode-sepolia example

    BASE_NODE=mode \
RPC_URL=https://sepolia.mode.network \
CONTRACT=0xCa3a57e014937C29526De98e4A8A334a7D04792b \
python3 tools/fetch-space-id.py

OUTPUTS:
identifier:       '0x00000397771a7e69f683e17e0a875fa64daac091518ba318ceef13579652bd79'
empty_label_hash: '0xea1eb1136f380e6643b69866632ce3b493100790c9c84416f2769d996a1c38b1'
base_node_hash:   '0x9217c94fd014da21f5c43a1fcae4154a2bbfce43eb48bb33f7f6473c68ee16b6'

  • mode-mainnet example

    RPC_URL=https://mainnet.mode.network \
CONTRACT=0x2ad86eeec513ac16804bb05310214c3fd496835b \
BASE_NODE=mode \
python3 tools/fetch-space-id.py

OUTPUTS:
identifier:       '0x0000868b771a7e69f683e17e0a875fa64daac091518ba318ceef13579652bd79'
empty_label_hash: '0x2fd69f9e5bec9de9ebf3468dafc549eca0bc7d17dfbc09869c2cfc3997d5d038'
base_node_hash:   '0x2f0e9a68fa134a18a7181045c3549d639665fe43df78e882d8adea865a4bb153'

Using empty_label_hash and base_node_hash

  1. base_node_hash for subgraph

Put base_node_hash (without 0x prefix) inside utils.ts, for example:

export const BASE_NODE_HASH = "9217c94fd014da21f5c43a1fcae4154a2bbfce43eb48bb33f7f6473c68ee16b6"

Also don't forget to replace this value if you change network (from mainnet to testnet for example)

  1. empty_label_hash for BENS

Put empty_label_hash in json configuration of BENS.

Use mainnet inside prod.json and testnet staging.json