...
network_params:
  network: "holesky-shadowfork"
persistent: true
...

...
network_params:
  electra_fork_epoch: 1
  network: "holesky-shadowfork-verkle"
persistent: true
...

participants:
  - el_type: reth
    cl_type: teku
global_tolerations:
  - key: "node-role.kubernetes.io/master6"
    value: "true"
    operator: "Equal"
    effect: "NoSchedule"

# Specification of the participants in the network
participants:
# EL(Execution Layer) Specific flags
  # The type of EL client that should be started
  # Valid values are geth, nethermind, erigon, besu, ethereumjs, reth, nimbus-eth1
- el_type: geth

  # The Docker image that should be used for the EL client; leave blank to use the default for the client type
  # Defaults by client:
  # - geth: ethereum/client-go:latest
  # - erigon: thorax/erigon:devel
  # - nethermind: nethermind/nethermind:latest
  # - besu: hyperledger/besu:develop
  # - reth: ghcr.io/paradigmxyz/reth
  # - ethereumjs: ethpandaops/ethereumjs:master
  # - nimbus-eth1: ethpandaops/nimbus-eth1:master
  el_image: ""

  # The log level string that this participant's EL client should log at
  # If this is emptystring then the global `logLevel` parameter's value will be translated into a string appropriate for the client (e.g. if
  # global `logLevel` = `info` then Geth would receive `3`, Besu would receive `INFO`, etc.)
  # If this is not emptystring, then this value will override the global `logLevel` setting to allow for fine-grained control
  # over a specific participant's logging
  el_log_level: ""

  # A list of optional extra env_vars the el container should spin up with
  el_extra_env_vars: {}

  # A list of optional extra labels the el container should spin up with
  # Example; el_extra_labels: {"ethereum-package.partition": "1"}
  el_extra_labels: {}

  # A list of optional extra params that will be passed to the EL client container for modifying its behaviour
  el_extra_params: []

  # A list of tolerations that will be passed to the EL client container
  # Only works with Kubernetes
  # Example: el_tolerations:
  # - key: "key"
  #   operator: "Equal"
  #   value: "value"
  #   effect: "NoSchedule"
  #   toleration_seconds: 3600
  # Defaults to empty
  el_tolerations: []

  # Persistent storage size for the EL client container (in MB)
  # Defaults to 0, which means that the default size for the client will be used
  # Default values can be found in /src/package_io/constants.star VOLUME_SIZE
  el_volume_size: 0

  # Resource management for el containers
  # CPU is milicores
  # RAM is in MB
  # Defaults are set per client
  el_min_cpu: 0
  el_max_cpu: 0
  el_min_mem: 0
  el_max_mem: 0

# CL(Consensus Layer) Specific flags
  # The type of CL client that should be started
  # Valid values are nimbus, lighthouse, lodestar, teku, and prysm
  cl_type: lighthouse

  # The Docker image that should be used for the CL client; leave blank to use the default for the client type
  # Defaults by client:
  # - lighthouse: sigp/lighthouse:latest
  # - teku: consensys/teku:latest
  # - nimbus: statusim/nimbus-eth2:multiarch-latest
  # - prysm: gcr.io/prysmaticlabs/prysm/beacon-chain:latest
  # - lodestar: chainsafe/lodestar:next
  cl_image: ""

  # The log level string that this participant's CL client should log at
  # If this is emptystring then the global `logLevel` parameter's value will be translated into a string appropriate for the client (e.g. if
  # global `logLevel` = `info` then Teku would receive `INFO`, Prysm would receive `info`, etc.)
  # If this is not emptystring, then this value will override the global `logLevel` setting to allow for fine-grained control
  # over a specific participant's logging
  cl_log_level: ""

  # A list of optional extra env_vars the cl container should spin up with
  cl_extra_env_vars: {}

  # A list of optional extra labels that will be passed to the CL client Beacon container.
  # Example; cl_extra_labels: {"ethereum-package.partition": "1"}
  cl_extra_labels: {}

  # A list of optional extra params that will be passed to the CL client Beacon container for modifying its behaviour
  # If the client combines the Beacon & validator nodes (e.g. Teku, Nimbus), then this list will be passed to the combined Beacon-validator node
  cl_extra_params: []

  # A list of tolerations that will be passed to the CL client container
  # Only works with Kubernetes
  # Example: el_tolerations:
  # - key: "key"
  #   operator: "Equal"
  #   value: "value"
  #   effect: "NoSchedule"
  #   toleration_seconds: 3600
  # Defaults to empty
  cl_tolerations: []

  # Persistent storage size for the CL client container (in MB)
  # Defaults to 0, which means that the default size for the client will be used
  # Default values can be found in /src/package_io/constants.star VOLUME_SIZE
  cl_volume_size: 0

  # Resource management for cl containers
  # CPU is milicores
  # RAM is in MB
  # Defaults are set per client
  cl_min_cpu: 0
  cl_max_cpu: 0
  cl_min_mem: 0
  cl_max_mem: 0

  # Whether to use a separate validator client attached to the CL client.
  # Defaults to false for clients that can run both in one process (Teku, Nimbus)
  use_separate_vc: false

# VC (Validator Client) Specific flags
  # The type of validator client that should be used
  # Valid values are nimbus, lighthouse, lodestar, teku, and prysm
  # ( The prysm validator only works with a prysm CL client )
  # Defaults to matching the chosen CL client (cl_type)
  vc_type: ""

  # The Docker image that should be used for the separate validator client
  # Defaults by client:
  # - lighthouse: sigp/lighthouse:latest
  # - lodestar: chainsafe/lodestar:latest
  # - nimbus: statusim/nimbus-validator-client:multiarch-latest
  # - prysm: gcr.io/prysmaticlabs/prysm/validator:latest
  # - teku: consensys/teku:latest
  vc_image: ""

  # The log level string that this participant's CL client should log at
  # If this is emptystring then the global `logLevel` parameter's value will be translated into a string appropriate for the client (e.g. if
  # global `logLevel` = `info` then Teku would receive `INFO`, Prysm would receive `info`, etc.)
  # If this is not emptystring, then this value will override the global `logLevel` setting to allow for fine-grained control
  # over a specific participant's logging
  vc_log_level: ""

  # A list of optional extra env_vars the vc container should spin up with
  vc_extra_env_vars: {}

  # A list of optional extra labels that will be passed to the CL client validator container.
  # Example; vc_extra_labels: {"ethereum-package.partition": "1"}
  vc_extra_labels: {}

  # A list of optional extra params that will be passed to the CL client validator container for modifying its behaviour
  # If the client combines the Beacon & validator nodes (e.g. Teku, Nimbus), then this list will also be passed to the combined Beacon-validator node
  vc_extra_params: []

  # A list of tolerations that will be passed to the validator container
  # Only works with Kubernetes
  # Example: el_tolerations:
  # - key: "key"
  #   operator: "Equal"
  #   value: "value"
  #   effect: "NoSchedule"
  #   toleration_seconds: 3600
  # Defaults to empty
  vc_tolerations: []

  # Resource management for vc containers
  # CPU is milicores
  # RAM is in MB
  # Defaults are set per client
  vc_min_cpu: 0
  vc_max_cpu: 0
  vc_min_mem: 0
  vc_max_mem: 0

  # Count of the number of validators you want to run for a given participant
  # Default to null, which means that the number of validators will be using the
  # network parameter num_validator_keys_per_node
  validator_count: null

#Participant specific flags
  # Node selector
  # Only works with Kubernetes
  # Example: node_selectors: { "disktype": "ssd" }
  # Defaults to empty
  node_selectors: {}

  # A list of tolerations that will be passed to the EL/CL/validator containers
  # This is to be used when you don't want to specify the tolerations for each container separately
  # Only works with Kubernetes
  # Example: tolerations:
  # - key: "key"
  #   operator: "Equal"
  #   value: "value"
  #   effect: "NoSchedule"
  #   toleration_seconds: 3600
  # Defaults to empty
  tolerations: []

  # Count of nodes to spin up for this participant
  # Default to 1
  count: 1

  # Snooper can be enabled with the `snooper_enabled` flag per client or globally
  # Defaults to false
  snooper_enabled: false

  # Enables Ethereum Metrics Exporter for this participant. Can be set globally.
  # Defaults to false
  ethereum_metrics_exporter_enabled: false

  # Enables Xatu Sentry for this participant. Can be set globally.
  # Defaults to false
  xatu_sentry_enabled: false

  # Prometheus additional configuration for a given participant prometheus target.
  # Execution, beacon and validator client targets on prometheus will include this
  # configuration.
  prometheus_config:
    # Scrape interval to be used. Default to 15 seconds
    scrape_interval: 15s
    # Additional labels to be added. Default to empty
    labels: {}

  # Blobber can be enabled with the `blobber_enabled` flag per client or globally
  # Defaults to false
  blobber_enabled: false

  # Blobber extra params can be passed in to the blobber container
  # Defaults to empty
  blobber_extra_params: []

  # A set of parameters the node needs to reach an external block building network
  # If `null` then the builder infrastructure will not be instantiated
  # Example:
  #
  # "relay_endpoints": [
  #  "https:#[email protected]",
  #  "https:#[email protected]",
  #  "https:#[email protected]",
  #  "https:#[email protected]"
  # ]
  builder_network_params: null

# Default configuration parameters for the network
network_params:
  # Network name, used to enable syncing of alternative networks
  # Defaults to "kurtosis"
  # You can sync any public network by setting this to the network name (e.g. "mainnet", "goerli", "sepolia", "holesky")
  # You can sync any devnet by setting this to the network name (e.g. "dencun-devnet-12", "verkle-gen-devnet-2")
  network: "kurtosis"

  # The network ID of the network.
  network_id: 3151908

  # The address of the staking contract address on the Eth1 chain
  deposit_contract_address: "0x4242424242424242424242424242424242424242"

  # Number of seconds per slot on the Beacon chain
  seconds_per_slot: 12

  # The number of validator keys that each CL validator node should get
  num_validator_keys_per_node: 64

  # This mnemonic will a) be used to create keystores for all the types of validators that we have and b) be used to generate a CL genesis.ssz that has the children
  # validator keys already preregistered as validators
  preregistered_validator_keys_mnemonic: "giant issue aisle success illegal bike spike question tent bar rely arctic volcano long crawl hungry vocal artwork sniff fantasy very lucky have athlete"

  # The number of pre-registered validators for genesis. If 0 or not specified then the value will be calculated from the participants
  preregistered_validator_count: 0

  # How long you want the network to wait before starting up
  genesis_delay: 20

  # Max churn rate for the network introduced by
  # EIP-7514 https:#eips.ethereum.org/EIPS/eip-7514
  # Defaults to 8
  max_churn: 8

  # Ejection balance
  # Defaults to 16ETH
  # 16000000000 gwei
  ejection_balance: 16000000000,

  # ETH1 follow distance
  # Defaults to 2048
  eth1_follow_distance: 2048

  # The number of epochs to wait validators to be able to withdraw
  # Defaults to 256 epochs ~27 hours
  min_validator_withdrawability_delay: 256

  # The period of the shard committee
  # Defaults to 256 epoch ~27 hours
  shard_committee_period: 256

  # The epoch at which the capella/deneb/electra forks are set to occur.
  capella_fork_epoch: 0
  deneb_fork_epoch: 4
  electra_fork_epoch: null

  # Network sync base url for syncing public networks from a custom snapshot (mostly useful for shadowforks)
  # Defaults to "https://ethpandaops-ethereum-node-snapshots.ams3.digitaloceanspaces.com/
  # If you have a local snapshot, you can set this to the local url:
  # network_snapshot_url_base = "http://10.10.101.21:10000/snapshots/"
  # The snapshots are taken with https://github.com/ethpandaops/snapshotter
  network_sync_base_url: https://ethpandaops-ethereum-node-snapshots.ams3.digitaloceanspaces.com/

# Global parameters for the network

# By default includes
# - A transaction spammer & blob spammer is launched to fake transactions sent to the network
# - Forkmon for EL will be launched
# - A prometheus will be started, coupled with grafana
# - A beacon metrics gazer will be launched
# - A light beacon chain explorer will be launched
# - Default: ["tx_spammer", "blob_spammer", "el_forkmon", "beacon_metrics_gazer", "dora"," "prometheus_grafana"]
additional_services:
  - assertoor
  - broadcaster
  - tx_spammer
  - blob_spammer
  - custom_flood
  - goomy_blob
  - el_forkmon
  - blockscout
  - beacon_metrics_gazer
  - dora
  - full_beaconchain_explorer
  - prometheus_grafana
  - blobscan


# Configuration place for transaction spammer - https:#github.com/MariusVanDerWijden/tx-fuzz
tx_spammer_params:
  # A list of optional extra params that will be passed to the TX Spammer container for modifying its behaviour
  tx_spammer_extra_args: []

# Configuration place for goomy the blob spammer - https:#github.com/ethpandaops/goomy-blob
goomy_blob_params:
  # A list of optional params that will be passed to the blob-spammer comamnd for modifying its behaviour
  goomy_blob_args: []

# Configuration place for the assertoor testing tool - https:#github.com/ethpandaops/assertoor
assertoor_params:
  # Assertoor docker image to use
  # Leave blank to use the default image according to your network params
  image: ""

  # Check chain stability
  # This check monitors the chain and succeeds if:
  # - all clients are synced
  # - chain is finalizing for min. 2 epochs
  # - >= 98% correct target votes
  # - >= 80% correct head votes
  # - no reorgs with distance > 2 blocks
  # - no more than 2 reorgs per epoch
  run_stability_check: true

  # Check block propöosals
  # This check monitors the chain and succeeds if:
  # - all client pairs have proposed a block
  run_block_proposal_check: true

  # Run normal transaction test
  # This test generates random EOA transactions and checks inclusion with/from all client pairs
  # This test checks for:
  # - block proposals with transactions from all client pairs
  # - transaction inclusion when submitting via each client pair
  # test is done twice, first with legacy (type 0) transactions, then with dynfee (type 2) transactions
  run_transaction_test: false

  # Run blob transaction test
  # This test generates blob transactions and checks inclusion with/from all client pairs
  # This test checks for:
  # - block proposals with blobs from all client pairs
  # - blob inclusion when submitting via each client pair
  run_blob_transaction_test: false

  # Run all-opcodes transaction test
  # This test generates a transaction that triggers all EVM OPCODES once
  # This test checks for:
  # - all-opcodes transaction success
  run_opcodes_transaction_test: false

  # Run validator lifecycle test (~48h to complete)
  # This test requires exactly 500 active validator keys.
  # The test will cause a temporary chain unfinality when running.
  # This test checks:
  # - Deposit inclusion with/from all client pairs
  # - BLS Change inclusion with/from all client pairs
  # - Voluntary Exit inclusion with/from all client pairs
  # - Attester Slashing inclusion with/from all client pairs
  # - Proposer Slashing inclusion with/from all client pairs
  # all checks are done during finality & unfinality
  run_lifecycle_test: false

  # Run additional tests from external test definitions
  # Entries may be simple strings (link to the test file) or dictionaries with more flexibility
  # eg:
  #   - https://raw.githubusercontent.com/ethpandaops/assertoor/master/example/tests/block-proposal-check.yaml
  #   - file: "https://raw.githubusercontent.com/ethpandaops/assertoor/master/example/tests/block-proposal-check.yaml"
  #     config:
  #       someCustomTestConfig: "some value"
  tests: []


# If set, the package will block until a finalized epoch has occurred.
wait_for_finalization: false

# The global log level that all clients should log at
# Valid values are "error", "warn", "info", "debug", and "trace"
# This value will be overridden by participant-specific values
global_log_level: "info"

# EngineAPI Snooper global flags for all participants
# Default to false
snooper_enabled: false

# Enables Ethereum Metrics Exporter for all participants
# Defaults to false
ethereum_metrics_exporter_enabled: false

# Parallelizes keystore generation so that each node has keystores being generated in their own container
# This will result in a large number of containers being spun up than normal. We advise users to only enable this on a sufficiently large machine or in the cloud as it can be resource consuming on a single machine.
parallel_keystore_generation: false

# Disable peer scoring to prevent nodes impacted by faults from being permanently ejected from the network
# Default to false
disable_peer_scoring: false

# A list of locators for grafana dashboards to be loaded be the grafana service
grafana_additional_dashboards: []

# Whether the environment should be persistent; this is WIP and is slowly being rolled out accross services
# Note this requires Kurtosis greater than 0.85.49 to work
# Note Erigon, Besu, Teku persistence is not currently supported with docker.
# Defaults to false
persistent: false

# Supports three valeus
# Default: "null" - no mev boost, mev builder, mev flood or relays are spun up
# "mock" - mock-builder & mev-boost are spun up
# "full" - mev-boost, relays, flooder and builder are all spun up
# Users are recommended to set network_params.capella_fork_epoch to non zero when testing MEV
# We have seen instances of multibuilder instances failing to start mev-relay-api with non zero epochs
mev_type: null

# Parameters if MEV is used
mev_params:
  # The image to use for MEV boost relay
  mev_relay_image: flashbots/mev-boost-relay
  # The image to use for the builder
  mev_builder_image: ethpandaops/flashbots-builder:main
  # The image to use for the CL builder
  mev_builder_cl_image: sigp/lighthouse:latest
  # The image to use for mev-boost
  mev_boost_image: flashbots/mev-boost
  # Parameters for MEV Boost. This overrides all arguments of the mev-boost container
  mev_boost_args: []
  # Extra parameters to send to the API
  mev_relay_api_extra_args: []
  # Extra parameters to send to the housekeeper
  mev_relay_housekeeper_extra_args: []
  # Extra parameters to send to the website
  mev_relay_website_extra_args: []
  # Extra parameters to send to the builder
  mev_builder_extra_args: []
  # Prometheus additional configuration for the mev builder participant.
  # Execution, beacon and validator client targets on prometheus will include this configuration.
  mev_builder_prometheus_config:
    # Scrape interval to be used. Default to 15 seconds
    scrape_interval: 15s
    # Additional labels to be added. Default to empty
    labels: {}
  # Image to use for mev-flood
  mev_flood_image: flashbots/mev-flood
  # Extra parameters to send to mev-flood
  mev_flood_extra_args: []
  # Number of seconds between bundles for mev-flood
  mev_flood_seconds_per_bundle: 15
  # Optional parameters to send to the custom_flood script that sends reliable payloads
  custom_flood_params:
    interval_between_transactions: 1

# Enables Xatu Sentry for all participants
# Defaults to false
xatu_sentry_enabled: false

# Xatu Sentry params
xatu_sentry_params:
  # The image to use for Xatu Sentry
  xatu_sentry_image: ethpandaops/xatu:latest
  # GRPC Endpoint of Xatu Server to send events to
  xatu_server_addr: localhost:8080
  # Enables TLS to Xatu Server
  xatu_server_tls: false
  # Headers to add on to Xatu Server requests
  xatu_server_headers: {}
  # Beacon event stream topics to subscribe to
  beacon_subscriptions:
    - attestation
    - block
    - chain_reorg
    - finalized_checkpoint
    - head
    - voluntary_exit
    - contribution_and_proof
    - blob_sidecar

# Global tolerations that will be passed to all containers (unless overridden by a more specific toleration)
# Only works with Kubernetes
# Example: tolerations:
# - key: "key"
#   operator: "Equal"
#   value: "value"
#   effect: "NoSchedule"
#   toleration_seconds: 3600
# Defaults to empty
global_tolerations: []

# Global node selector that will be passed to all containers (unless overridden by a more specific node selector)
# Only works with Kubernetes
# Example: global_node_selectors: { "disktype": "ssd" }
# Defaults to empty
global_node_selectors: {}