* Update sushiswap-subgraph stack to point to filecoin endpoint * Deploy blocks subgraph in sushiswap-subgraph stack * Update subgraph config * Remove duplicate nativePricePool * Enable debug logs in graph-node and update instructions * Two additional miner nodes in fixturenet-lotus * Revert experimental change for additional miner nodes * Set ETHEREUM_REORG_THRESHOLD env for graph-node to catch up to head * Take ETH RPC endpoint for graph-node from env * Set default values for RPC endpoint in graph-node * Rename fixturenet-graph-node pod to graph-node * Clean up sushiswap-subgraph stack * Use deployment command in sushiswap-subgraph stack * Add a separate fixturenet-sushiswap-subgraph stack * Fix pods in fixturenet-sushiswap-subgraph * Fix fixturenet subgraph deployment commands and instructions --------- Co-authored-by: Nabarun <nabarun@deepstacksoft.com>
5.2 KiB
Fixturenet SushiSwap Subgraph
Setup
Clone required repositories:
laconic-so --stack fixturenet-sushiswap-subgraph setup-repositories --pull
Checkout to a non-default branch in the cloned repos if required:
# Default repo base dir
cd ~/cerc
# Example
cd graph-node
git checkout <your-branch> && git pull
# Remove the corresponding docker image if it already exists
docker image rm cerc/graph-node:local
# Remove any dangling images
docker image prune
Build the container images:
laconic-so --stack fixturenet-sushiswap-subgraph build-containers
Deploy
Create an env file with the following contents to be used in the next step:
# Network and ETH RPC endpoint to run graph-node against
NETWORK=lotus-fixturenet
ETH_RPC_ENDPOINT=http://lotus-node-1:1234/rpc/v1
Uncomment the dependency on lotus-node-1
in the graph-node compose file
Deploy the stack:
laconic-so --stack fixturenet-sushiswap-subgraph deploy --cluster sushigraph --env-file <PATH_TO_ENV_FILE> up
# Note: Remove any existing volumes for the cluster for a fresh start
After all services have started:
-
Follow
graph-node
logs:laconic-so --stack fixturenet-sushiswap-subgraph deploy --cluster sushigraph logs -f graph-node
-
Check that the subgraphs have been deployed:
laconic-so --stack fixturenet-sushiswap-subgraph deploy --cluster sushigraph logs -f sushiswap-subgraph-v3 # Expected output: # . # . # sushigraph-sushiswap-subgraph-v3-1 | - Deploying to Graph node http://graph-node:8020/ # sushigraph-sushiswap-subgraph-v3-1 | Deployed to http://graph-node:8000/subgraphs/name/sushiswap/v3-lotus/graphql # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | Subgraph endpoints: # sushigraph-sushiswap-subgraph-v3-1 | Queries (HTTP): http://graph-node:8000/subgraphs/name/sushiswap/v3-lotus # . # . # sushigraph-sushiswap-subgraph-v3-1 | - Deploying to Graph node http://graph-node:8020/ # sushigraph-sushiswap-subgraph-v3-1 | Deployed to http://graph-node:8000/subgraphs/name/sushiswap/blocks/graphql # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | Subgraph endpoints: # sushigraph-sushiswap-subgraph-v3-1 | Queries (HTTP): http://graph-node:8000/subgraphs/name/sushiswap/blocks # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | # sushigraph-sushiswap-subgraph-v3-1 | Done
After graph-node
has fetched the latest blocks from upstream, use the subgraph (GQL) endpoints for querying:
# Find out the mapped host port for the subgraph endpoint
laconic-so --stack fixturenet-sushiswap-subgraph deploy --cluster sushigraph port graph-node 8000
# 0.0.0.0:HOST_PORT
# Blocks subgraph endpoint:
http://127.0.0.1:<HOST_PORT>/subgraphs/name/sushiswap/blocks/graphql
# v3 subgraph endpoint:
http://127.0.0.1:<HOST_PORT>/subgraphs/name/sushiswap/v3-lotus/graphql
Run
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Deploy an ERC20 token:
docker exec -it sushigraph-sushiswap-v3-periphery-1 yarn hardhat --network docker deploy --tags TestERC20 # Deploy two tokens and set the addresses to variables TOKEN1_ADDRESS and TOKEN2_ADDRESS export TOKEN1_ADDRESS=<TOKEN1_ADDRESS> export TOKEN2_ADDRESS=<TOKEN2_ADDRESS>
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Get contract address of factory deployed:
docker exec -it sushigraph-sushiswap-v3-core-1 jq -r '.address' /app/deployments/docker/UniswapV3Factory.json # Set the address to variable FACTORY_ADDRESS export FACTORY_ADDRESS=<FACTORY_ADDRESS>
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Create a pool:
docker exec -it sushigraph-sushiswap-v3-core-1 pnpm run pool:create:docker --factory $FACTORY_ADDRESS --token0 $TOKEN1_ADDRESS --token1 $TOKEN2_ADDRESS --fee 500 # Set the created pool address to variable POOL_ADDRESS export POOL_ADDRESS=<POOL_ADDRESS>
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Initialize the pool:
docker exec -it sushigraph-sushiswap-v3-core-1 pnpm run pool:initialize:docker --sqrt-price 4295128939 --pool $POOL_ADDRESS
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Set the recipient address to the contract deployer:
export RECIPIENT=0xD375B03bd3A2434A9f675bEC4Ccd68aC5e67C743
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Trigger pool
Mint
event:docker exec -it sushigraph-sushiswap-v3-core-1 pnpm run pool:mint:docker --pool $POOL_ADDRESS --recipient $RECIPIENT --amount 10
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Trigger pool
Burn
event:docker exec -it sushigraph-sushiswap-v3-core-1 pnpm run pool:burn:docker --pool $POOL_ADDRESS --amount 10
Clean up
Stop all the services running in background run:
laconic-so --stack fixturenet-sushiswap-subgraph deploy --cluster sushigraph down
Clear volumes created by this stack:
# List all relevant volumes
docker volume ls -q --filter "name=sushigraph"
# Remove all the listed volumes
docker volume rm $(docker volume ls -q --filter "name=sushigraph")
# WARNING: To avoid refetching the Lotus proof params on the next run,
# avoid removing the corresponding volumes
# To remove volumes that do not contain Lotus params
docker volume rm $(docker volume ls -q --filter "name=sushigraph" | grep -v "params$")