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.env.sample.hekla
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############################### DEFAULT #####################################
# Chain ID
CHAIN_ID=167009
# Exposed ports
PORT_L2_EXECUTION_ENGINE_HTTP=8547
PORT_L2_EXECUTION_ENGINE_WS=8548
PORT_L2_EXECUTION_ENGINE_METRICS=6060
PORT_L2_EXECUTION_ENGINE_P2P=30306
PORT_PROVER_SERVER=9876
PORT_PROMETHEUS=9091
PORT_GRAFANA=3001
# Comma-separated profiles to be used by default (l2_execution_engine,proposer,prover)
COMPOSE_PROFILES=l2_execution_engine
# Comma separated L2 execution engine bootnode URLs for P2P discovery bootstrap
BOOT_NODES=enode://1733a899719c64edc8ad6818598b6b9aa41889297a7ee7b9cbf3e610d4df2e207b0e04fd40060a36f020116ab5ad451201e448fc224cd38b0a0d5fcbb1d2c812@34.126.109.163:30303,enode://3c7e00eff6a98f5d49084db988b9bee9cab3338ee809d88e41318dc7ea7fb67ab8e8a923e4a9f193fecd7698ef92c0977e07ac850e10777bdd11cc25045d63bf@35.198.236.33:30303,enode://eb5079aae185d5d8afa01bfd2d349da5b476609aced2b57c90142556cf0ee4a152bcdd724627a7de97adfc2a68af5742a8f58781366e6a857d4bde98de6fe986@34.66.210.65:30303,enode://2294f526cbb7faa778192289c252307420532191438ce821d3c50232e019a797bda8c8f8541de0847e953bb03096123856935e32294de9814d15d120131499ba@34.72.186.213:30303
# Taiko protocol contract addresses
TAIKO_L1_ADDRESS=0x79C9109b764609df928d16fC4a91e9081F7e87DB
TAIKO_TOKEN_L1_ADDRESS=0x6490E12d480549D333499236fF2Ba6676C296011
TAIKO_L2_ADDRESS=0x1670090000000000000000000000000000010001
# P2P
DISABLE_P2P_SYNC=false
P2P_SYNC_URL=https://rpc.hekla.taiko.xyz
############################### REQUIRED #####################################
# L1 Holesky RPC endpoints (you will need an RPC provider such as BlockPi, or run a full Holesky node yourself).
# If you are using a local Holesky L1 node, you can refer to it as "http://host.docker.internal:8545" and "ws://host.docker.internal:8546", which refer to the default ports in the .env for an eth-docker L1 node.
# However, you may need to add this host to docker-compose.yml. If that does not work, you can try the private local ip address (e.g. http://192.168.1.15:8545). You can find that with `ip addr show` or a similar command.
# In addition, you can use your public ip address followed by the specific ports for http and ws (e.g. http://82.168.1.15:8545). You can find that with `hostname -I | awk '{print $1}'`.
L1_ENDPOINT_WS=
# HTTP RPC endpoint of a L1 beacon node. Everything behind the top-level domain is ignored. Make sure you don't need to work with subdirectories. The path will always be /eth/v1...
# If you are using a local Holesky L1 node, you can refer to it as "http://host.docker.internal:5052", which refer to the default REST port in the .env for an eth-docker L1 node.
# Or follow the recommendations for http RPC endoint using the default REST port "5052", (e.g. http://82.168.1.15:5052).
L1_BEACON_HTTP=
############################### OPTIONAL #####################################
# If you want to be a prover who generates and submits zero knowledge proofs of proposed L2 blocks, you need to change
# `ENABLE_PROVER` to true and set `L1_PROVER_PRIVATE_KEY`.
ENABLE_PROVER=false
# SGX Raiko service endpoint, required if not running a guardian prover.
SGX_RAIKO_HOST=
# A L1 account private key (with a balance of TTKOh deposited on TaikoL1) which will be used to sign the bond for proving the block.
# WARNING: only use a test account, pasting your private key in plain text here is not secure.
L1_PROVER_PRIVATE_KEY=
# Amount to approve TaikoL1 contracts for TaikoToken usage. i.e 250 TTKOh = 250
TOKEN_ALLOWANCE=
# Whether to prove unassigned blocks or not (blocks that have expired their proof window
# without the original prover submitting a proof.).
PROVE_UNASSIGNED_BLOCKS=false
# The size of batch sgx proofs. If set to 1, submits proof upon assignment, if x>1, submits a batch of proofs when x number of blocks are assigned.
# Setting this value to a number greater than 1 means you are enabling the proof aggregation functionality, please consult our documentation to understand the risks before doing so.
SGX_BATCH_SIZE=
# Time interval to prove blocks, even if the number of pending proofs does not exceed the batchSize, this flag only works when the proof aggregation is enabled.
# We recommend that this value is set no greater than 45min, default is 30min.
FORCE_BATCH_PROVING_INTERVAL=
# If you want to be a proposer who proposes L2 execution engine's transactions in mempool to Taiko L1 protocol
# contract (be a "mining L2 node"), you need to change `ENABLE_PROPOSER` to true, then fill `L1_PROPOSER_PRIVATE_KEY`.
ENABLE_PROPOSER=false
# A L1 account (with balance) private key who will send TaikoL1.proposeBlock transactions.
L1_PROPOSER_PRIVATE_KEY=
# Address of the proposed block's suggested L2 fee recipient.
L2_SUGGESTED_FEE_RECIPIENT=
# Comma-delineated list (no spaces) of prover endpoints proposer should query when attempting to propose a block
# If you keep this default value you must also enable a prover by setting ENABLE_PROVER=true.
# Whether to send EIP-4844 blob transactions when proposing blocks.
BLOB_ALLOWED=true
# Minimum tip (in GWei) for a transaction to propose.
EPOCH_MIN_TIP=
# ProverSet Address: We highly recommend you consult the deploy a proverset guide and use separate EOAs for prover and proposer to prevent nonce issues.
PROVER_SET=
# Comma-delimited local tx pool addresses you want to prioritize, useful to set your proposer to only propose blocks with your prover's transactions.
TXPOOL_LOCALS=
# If set to true, the proposer will use calldata as DA when the blob fee is more expensive than using calldata.
FALLBACK_TO_CALLDATA=
# Enable revert protection. When you are not the first taiko proposer in current L1 block, you would revert.
REVERT_PROTECTION=
# Transaction Manager Flags (Leave blank if using default values.) These only affect Prover and Proposer.
# The multiplier applied to fee suggestions to put a hard limit on fee increases
TX_FEE_LIMIT_MULTIPLIER=
# The minimum threshold (in GWei) at which fee bumping starts to be capped. Allows arbitrary fee bumps below this threshold.
TX_FEE_LIMIT_THRESHOLD=
# Gas limit will be used for transactions (0 means using gas estimation)
TX_GAS_LIMIT=
# Enforces a minimum base fee (in GWei) to assume when determining tx fees. 1 GWei by default
TX_MIN_BASEFEE=
# Enforces a minimum tip cap (in GWei) to use when determining tx fees. 1 GWei by default.
TX_MIN_TIP_CAP=
# Timeout for aborting a tx send if the tx does not make it to the mempool.
TX_NOT_IN_MEMPOOL_TIMEOUT=
# Number of confirmations which we will wait after sending a transaction
TX_NUM_CONFIRMATIONS=
# Frequency to poll for receipts
TX_RECEIPT_QUERY_INTERVAL=
# Duration we will wait before resubmitting a transaction to L1
TX_RESUBMISSION=
# Number of ErrNonceTooLow observations required to give up on a tx at a particular nonce without receiving confirmation
TX_SAFE_ABORT_NONCE_TOO_LOW=
# Timeout for sending transactions. If 0 it is disabled.
TX_SEND_TIMEOUT=