package starknet.consensus.consensus

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Used in: ProposalPart

• uint64 block_number = 1

• optional common.Address builder = 2

• uint64 timestamp = 3

• optional common.Uint128 l2_gas_price_fri = 4

• optional common.Uint128 l1_gas_price_wei = 5

• optional common.Uint128 l1_data_gas_price_wei = 6

• optional common.Uint128 eth_to_strk_rate = 7

• common.L1DataAvailabilityMode l1_da_mode = 8

Streaming of proposals is done on the "consensus_proposal" topic.

• uint64 block_number = 1

• uint32 round = 2

• uint64 nonce = 3

Contains all variants of mempool and an L1Handler variant to cover all transactions that can be in a new block.

Used in: TransactionBatch

• oneof txn

  • transaction.DeclareV3WithClass declare_v3 = 1

  • transaction.DeployAccountV3 deploy_account_v3 = 2

  • transaction.InvokeV3 invoke_v3 = 3

  • transaction.L1HandlerV0 l1_handler = 4

• optional common.Hash transaction_hash = 5

Used in: ProposalPart

• uint64 block_number = 1

• optional common.Hash parent_commitment = 2

• optional common.Address builder = 3

• uint64 timestamp = 4

• string protocol_version = 5

  Starknet version

• optional common.Hash old_state_root = 6

  State root of block `H-K`, where `K` is defined by the protocol's version.

• optional common.Hash version_constant_commitment = 7

• optional common.Hash state_diff_commitment = 8

  The state diff commitment returned by the Starknet Feeder Gateway

• optional common.Hash transaction_commitment = 9

• optional common.Hash event_commitment = 10

• optional common.Hash receipt_commitment = 11

• optional common.Felt252 concatenated_counts = 12

  Lets for the 5 preceding commitments. TODO: Just put the sizes explicitly? This is relatively free compared actually hashing the lists we commit to. If not, should we also pack other fields?

• optional common.Uint128 l1_gas_price_fri = 13

• optional common.Uint128 l1_data_gas_price_fri = 14

• optional common.Uint128 l2_gas_price_fri = 15

• optional common.Uint128 l2_gas_used = 16

• optional common.Uint128 next_l2_gas_price_fri = 17

• common.L1DataAvailabilityMode l1_da_mode = 18

Identifies the content proposed (and executed). Consensus is reached on the value contained here.

Used in: ProposalPart

• optional common.Hash proposal_commitment = 1

Used in: ProposalPart

• uint64 block_number = 1

• uint32 round = 2

• optional uint32 valid_round = 3

• optional common.Address proposer = 4

Messages which make up a Proposal stream.

• oneof messages

  • ProposalInit init = 1

  • ProposalFin fin = 2

  • BlockInfo block_info = 3

  • TransactionBatch transactions = 4

  • TransactionsFin transaction_fin = 5

  • ProposalCommitment commitment = 6

The content and stream_id are generic fields. The user of the stream can choose to pass whatever message that they want. The messages are then encoded in bytes.

• oneof message

  • bytes content = 1

  • common.Fin fin = 2

• bytes stream_id = 3

• uint64 sequence_number = 4

Used in: ProposalPart

• repeated ConsensusTransaction transactions = 1

Marks the completion of the transaction streaming.

Used in: ProposalPart

• uint64 executed_transaction_count = 1

  Total number of transactions executed in the proposal.

• Vote.VoteType vote_type = 1

  We use a type field to distinguish between prevotes and precommits instead of different messages, to make sure the data, and therefore the signatures, are unambiguous between Prevote and Precommit.

• uint64 block_number = 2

• uint32 round = 3

• optional common.Hash proposal_commitment = 4

  This is optional since a vote can be NIL.

• optional common.Address voter = 5

  Identifies the voter.

Used in: Vote

• Prevote = 0

• Precommit = 1