miden-node-persistence 0.17.3

syntax = "proto3";
package persistence;
import "block.proto";
import "protocol_config.proto";
import "primitives.proto";
import "asset.proto";
import "note.proto";
import "transaction.proto";
import "transaction_inputs.proto";

// Identifies the block store format in blocks/format.pb.
// The store checks this marker before it opens an existing block directory.
message BlockStoreFormat { uint32 version = 1; }

// Stores the genesis block and its protocol configuration in genesis.dat.
// Node components read this file to bootstrap their state.
message GenesisFile {
  uint32 version = 1;
  blockchain.SignedBlock block = 2;
  protocol_config.ProtocolConfig protocol_config = 3;
}

// Stores an account's code in the store database's account_codes.code column.
// The store reads this message to restore a public account.
message AccountCode {
  MastForest mast = 1;
  repeated primitives.Word procedure_roots = 2;
}

// Stores a MAST forest with its node hashes for trusted restoration.
// AccountCode uses this message in the store database's account_codes.code column.
message MastForest { bytes encoded = 1; }

// Stores a block's signatures in the store database's block_headers.signature column.
message BlockSignatures { repeated primitives.Signature signatures = 1; }

// Stores a note's assets in the store database's notes.assets column.
message NoteAssets { repeated asset.Asset assets = 1; }

// Stores a transaction's input note commitments in the store database's
// transactions.input_notes column.
message InputNoteCommitments { repeated transaction.InputNoteCommitment notes = 1; }

// Stores a transaction's output note headers in the store database's
// transactions.output_notes column.
message NoteHeaders { repeated note.NoteHeader notes = 1; }

// Stores the ordered genesis validator keys in the ntx-builder database's
// chain_state.genesis_validator_keys column. These keys establish the trust root
// for transaction encryption.
message ValidatorKeys { repeated primitives.PublicKey keys = 1; }

// Stores proven transactions in the benchmark's mint_txs.bin and consume_txs.bin files.
// The create-proofs command writes these files. The run-benchmark command reads them.
message BenchmarkTransactions {
  repeated transaction.ProvenTransaction transactions = 1;
}

// Stores transaction inputs in the benchmark's mint_tx_inputs.bin and
// consume_tx_inputs.bin files. Each entry corresponds to the transaction at the same
// index in the matching BenchmarkTransactions file.
// The create-proofs command writes these files. The run-benchmark command reads them.
message BenchmarkTransactionInputs {
  repeated transaction.TransactionInputs inputs = 1;
}

// Exports one validator's stored private record to a file for decryption share issuance.
// The file contains encrypted transaction effects, the encrypted content key, and
// the context that binds the record to its transaction and validator.
message PrivateRecordFile {
  oneof record {
    PrivateRecordFileV1 v1 = 1;
  }
}

// Stores the first private record file format in the validator's exported record file.
message PrivateRecordFileV1 {
  uint32 record_format_version = 1;
  bytes chain_id = 2;
  bytes key_epoch = 3;
  transaction.TransactionId transaction_id = 4;
  bytes validator_id = 5;
  bytes setup_context_id = 6;
  bytes nonce = 7;
  bytes encrypted_record = 8;
  bytes encrypted_record_key = 9;
}