seth.toml

# if there are no ABIs Seth will fail to initialise with Contract Store
abi_dir = "contracts/abi"
# contract bytecodes are optional, but necessary if we want to deploy them via Contract Store
bin_dir = "contracts/bin"

# Seth will walk through all the files in the directories and load ABIs from them, if they are valid Geth wrappers
# Files that are not geth wrappers will be ignored. Invalid or empty ABIs will cause Seth to fail to initialise
# geth_wrappers_dirs = ["contracts/bind"]

# Uncomment if you want to load (address -> ABI_name) mapping from a file
# It will also save any new contract deployment (address -> ABI_name) mapping there.
# This functionality is not used for simulated networks.
#contract_map_file = "deployed_contracts_mumbai.toml"

# controls which transactions are decoded/traced. Supported values are: none, all, reverted (default).
# if transaction level doesn't match, then calling Decode() does nothing. It's advised to keep it set
# to 'reverted' to limit noise. If you combine it with 'trace_to_json' it will save all possible data
# in JSON files for reverted transactions.
tracing_level = "reverted"

# saves each decoding/tracing results to JSON files; what exactly is saved depends on what we
# were able te decode, we try to save maximum information possible. It can either be:
# just tx hash, decoded transaction or call trace. Which transactions traces are saved depends
# on 'tracing_level'.
# following outputs are possible: dot, json, console
# dot creates DOT graphs for each transaction, json saves decoded transactions and traces to JSON files
trace_outputs = ["console"]

# where to place all artifacts that are generated by Seth, like transaction traces (assuming tracing is enabled and set to files)
artifacts_dir = "artifacts"

# number of addresses to be generated and runtime, if set to 0, no addresses will be generated
# each generated address will receive a proportion of native tokens from root private key's balance
# with the value equal to (root_balance / ephemeral_addresses_number) - transfer_fee * ephemeral_addresses_number
ephemeral_addresses_number = 0

# If enabled we will panic when getting transaction options if current key/address has a pending transaction
# That's because the one we are about to send would get queued, possibly for a very long time. It's best to disable
# it when running load tests.
pending_nonce_protection_enabled = false

# When pending_nonce_protection_enabled is set to true, this value will be used to determine how long we should wait
# for all pending transactions to be mined (so that pending nonce and last nonce are equal).
# pending_nonce_protection_timeout = "10s"

# Amount to be left on root key/address, when we are using ephemeral addresses. It's the amount that will not
# be divided into ephemeral keys.
root_key_funds_buffer = 10 # 10 ether

# feature-flagged expriments; first one sets funds return priority to 'slow' (core only!), second one
# sets the tip/base fee to the higher value in case there's 3+ orders of magnitude difference between them
experiments_enabled = ["slow_funds_return", "eip_1559_fee_equalizer"]

# when enabled when creating a new Seth client we will send 10k wei from root address to root address
# to make sure transaction can be submitted and mined
check_rpc_health_on_start = false

[gas_bumps]
# when > 0 then we will bump gas price for transactions that are stuck in the mempool
# by default the bump step is controlled by gas_price_estimation_tx_priority (check readme.md for more details)
# we bump both contract deployment transactions and any other transaction as long as it's passed to Decode() function
retries = 0
# when > 0 then this will cap the gas price for bumped transactions. Once the cap is reached Seth will stop bumping
# the gas price and will wait for the transaction to be mined.
max_gas_price = 0

[nonce_manager]
key_sync_rate_limit_per_sec = 10
key_sync_timeout = "20s"
key_sync_retry_delay = "1s"
key_sync_retries = 10

[[networks]]
name = "Anvil"
dial_timeout="1m"
transaction_timeout = "30s"
urls_secret = ["ws://localhost:8545"]
transfer_gas_fee = 21_000
gas_limit = 10_000_000
# legacy transactions
gas_price = 1_000_000_000
# EIP-1559 transactions
#eip_1559_dynamic_fees = true
gas_fee_cap = 1_000_000_000
gas_tip_cap = 1_000_000_000

[[networks]]
name = "Geth"
dial_timeout="1m"
transaction_timeout = "30s"
urls_secret = ["ws://localhost:8546"]
transfer_gas_fee = 21_000
gas_limit = 8_000_000
# legacy transactions
gas_price = 1_000_000_000
# EIP-1559 transactions
#eip_1559_dynamic_fees = true
gas_fee_cap = 10_000_000_000
gas_tip_cap = 3_000_000_000

[[networks]]
name = "Default"
dial_timeout="1m"
transaction_timeout = "30s"
# enable EIP-1559 transactions, because Seth will disable them if they are not supported
eip_1559_dynamic_fees = true
# enable automated gas estimation, because Seth will auto-disable it if any of the required JSON RPC methods are missing
gas_price_estimation_enabled = true
gas_price_estimation_blocks = 100
gas_price_estimation_tx_priority = "standard"

# fallback values
transfer_gas_fee = 21_000
gas_price = 150_000_000_000   #150 gwei
gas_fee_cap = 150_000_000_000 #150 gwei
gas_tip_cap = 50_000_000_000  #50 gwei

[[networks]]
name = "Fuji"
dial_timeout="1m"
transaction_timeout = "30s"
eip_1559_dynamic_fees = true

# automated gas estimation
#gas_price_estimation_enabled = true
#gas_price_estimation_blocks = 100
#gas_price_estimation_tx_priority = "standard"

# gas limits
#transfer_gas_fee = 21_000
# gas limit should be explicitly set only if you are connecting to a node that's incapable of estimating gas limit itself (should only happen for very old versions)
# gas_limit = 8_000_000

# manual settings, used when gas_price_estimation_enabled is false or when it fails
# legacy transactions
#gas_price = 30_000_000_000
# EIP-1559 transactions
#gas_fee_cap = 30_000_000_000
#gas_tip_cap = 1_800_000_000

[[networks]]
name = "Sepolia"
dial_timeout="1m"
transaction_timeout = "30s"
eip_1559_dynamic_fees = true

# automated gas estimation
gas_price_estimation_enabled = true
gas_price_estimation_blocks = 100
gas_price_estimation_tx_priority = "standard"

# gas limits
transfer_gas_fee = 21_000
# gas limit should be explicitly set only if you are connecting to a node that's incapable of estimating gas limit itself (should only happen for very old versions)
# gas_limit = 14_000_000

# manual settings, used when gas_price_estimation_enabled is false or when it fails
# legacy transactions
gas_price = 1_000_000_000
# EIP-1559 transactions
gas_fee_cap = 25_000_000_000
gas_tip_cap = 5_000_000_000


[[networks]]
name = "Mumbai"
dial_timeout="1m"
transaction_timeout = "30s"
eip_1559_dynamic_fees = true

# automated gas estimation for live networks
# if set to true we will dynamically estimate gas for every transaction (based on suggested values, priority and congestion rate for last X blocks)
gas_price_estimation_enabled = true
# number of blocks to use for congestion rate estimation (it will determine buffer added on top of suggested values)
gas_price_estimation_blocks = 100
# transaction priority, which determines adjustment factor multiplier applied to suggested values (fast - 1.2x, standard - 1x, slow - 0.8x)
gas_price_estimation_tx_priority = "standard"

# gas limits
transfer_gas_fee = 21_000
# gas limit should be explicitly set only if you are connecting to a node that's incapable of estimating gas limit itself (should only happen for very old versions)
# gas_limit = 7_000_000

# manual settings, used when gas_price_estimation_enabled is false or when it fails
# # legacy transactions
gas_price = 30460480821
# # EIP-1559 transactions
gas_fee_cap = 1_800_000_000
gas_tip_cap = 30460480806


[[networks]]
name = "zkEVM"
dial_timeout="1m"
transaction_timeout = "30s"
eip_1559_dynamic_fees = false

# automated gas estimation
gas_price_estimation_enabled = true
gas_price_estimation_blocks = 100
gas_price_estimation_tx_priority = "standard"

# gas limits
transfer_gas_fee = 21_000
# gas limit should be explicitly set only if you are connecting to a node that's incapable of estimating gas limit itself (should only happen for very old versions)
# gas_limit = 3_000_000

# manual settings, used when gas_price_estimation_enabled is false or when it fails
# legacy transactions
gas_price = 50_000_000
# EIP-1559 transactions

gas_fee_cap = 1_800_000_000
gas_tip_cap = 1_800_000_000

[[networks]]
name = "ARBITRUM_SEPOLIA"
dial_timeout="1m"
transaction_timeout = "10m"
transfer_gas_fee = 50_000
# gas_limit = 15_000_000
# legacy transactions
gas_price = 200_000_000
# EIP-1559 transactions
eip_1559_dynamic_fees = true
gas_fee_cap = 1009_694
gas_tip_cap = 300_000
# if set to true we will estimate gas for every transaction
gas_price_estimation_enabled = true
# how many last blocks to use, when estimating gas for a transaction
gas_price_estimation_blocks = 100
# priority of the transaction, can be "fast", "standard" or "slow" (the higher the priority, the higher adjustment factor will be used for gas estimation) [default: "standard"]
gas_price_estimation_tx_priority = "standard"

[block_stats]
rpc_requests_per_second_limit = 15