github.com/InjectiveLabs/sdk-go@v1.53.0/exchange/explorer_rpc/pb/injective_explorer_rpc.proto

// Code generated with goa v3.7.0, DO NOT EDIT.
//
// InjectiveExplorerRPC protocol buffer definition
//
// Command:
// $ goa gen github.com/InjectiveLabs/injective-indexer/api/design -o ../

syntax = "proto3";

package injective_explorer_rpc;

option go_package = "/injective_explorer_rpcpb";

// ExplorerAPI implements explorer data API for e.g. Blockchain Explorer
service InjectiveExplorerRPC {
	// GetAccountTxs returns tranctions involving in an account based upon params.
	rpc GetAccountTxs (GetAccountTxsRequest) returns (GetAccountTxsResponse);
	// GetContractTxs returns contract-related transactions
	rpc GetContractTxs (GetContractTxsRequest) returns (GetContractTxsResponse);
	// GetContractTxs returns contract-related transactions
	rpc GetContractTxsV2 (GetContractTxsV2Request) returns (GetContractTxsV2Response);
	// GetBlocks returns blocks based upon the request params
	rpc GetBlocks (GetBlocksRequest) returns (GetBlocksResponse);
	// GetBlock returns block based upon the height or hash
	rpc GetBlock (GetBlockRequest) returns (GetBlockResponse);
	// GetValidators returns validators on the active chain
	rpc GetValidators (GetValidatorsRequest) returns (GetValidatorsResponse);
	// GetValidator returns validator information on the active chain
	rpc GetValidator (GetValidatorRequest) returns (GetValidatorResponse);
	// GetValidatorUptime returns validator uptime information on the active chain
	rpc GetValidatorUptime (GetValidatorUptimeRequest) returns (GetValidatorUptimeResponse);
	// GetTxs returns transactions based upon the request params
	rpc GetTxs (GetTxsRequest) returns (GetTxsResponse);
	// GetTxByTxHash returns certain transaction information by its tx hash.
	rpc GetTxByTxHash (GetTxByTxHashRequest) returns (GetTxByTxHashResponse);
	// GetPeggyDepositTxs returns the peggy deposit transactions based upon the
// request params
	rpc GetPeggyDepositTxs (GetPeggyDepositTxsRequest) returns (GetPeggyDepositTxsResponse);
	// GetPeggyWithdrawalTxs returns the peggy withdrawal transactions based upon
// the request params
	rpc GetPeggyWithdrawalTxs (GetPeggyWithdrawalTxsRequest) returns (GetPeggyWithdrawalTxsResponse);
	// GetIBCTransferTxs returns the ibc transfer transactions based upon the
// request params
	rpc GetIBCTransferTxs (GetIBCTransferTxsRequest) returns (GetIBCTransferTxsResponse);
	// GetWasmCodes lists all stored code
	rpc GetWasmCodes (GetWasmCodesRequest) returns (GetWasmCodesResponse);
	// GetWasmCodeById list cosmwasm code infor by ID
	rpc GetWasmCodeByID (GetWasmCodeByIDRequest) returns (GetWasmCodeByIDResponse);
	// GetWasmContracts lists all contracts
	rpc GetWasmContracts (GetWasmContractsRequest) returns (GetWasmContractsResponse);
	// GetWasmContractByAddress list cosmwasm contract info by its address
	rpc GetWasmContractByAddress (GetWasmContractByAddressRequest) returns (GetWasmContractByAddressResponse);
	// GetCw20Balance lists all cw20 balances of an injective account
	rpc GetCw20Balance (GetCw20BalanceRequest) returns (GetCw20BalanceResponse);
	// Request relayers infos by marketIDs. If no ids are provided, all market with
// associated relayers are returned
	rpc Relayers (RelayersRequest) returns (RelayersResponse);
	// GetBankTransfers returns bank transfers.
	rpc GetBankTransfers (GetBankTransfersRequest) returns (GetBankTransfersResponse);
	// StreamTxs returns transactions based upon the request params
	rpc StreamTxs (StreamTxsRequest) returns (stream StreamTxsResponse);
	// StreamBlocks returns the latest blocks
	rpc StreamBlocks (StreamBlocksRequest) returns (stream StreamBlocksResponse);
}

message GetAccountTxsRequest {
	// Address of account
	string address = 1;
	// Return transactions before this block number
	uint64 before = 2;
	// Return transactions after this block number
	uint64 after = 3;
	sint32 limit = 4;
	uint64 skip = 5;
	string type = 6;
	string module = 7;
	sint64 from_number = 8;
	sint64 to_number = 9;
	// The starting timestamp in UNIX milliseconds that the txs must be equal or
// older than
	sint64 start_time = 10;
	// The ending timestamp in UNIX milliseconds that the txs must be equal or
// younger than
	sint64 end_time = 11;
	// The status of the txs to be returned
	string status = 12;
}

message GetAccountTxsResponse {
	Paging paging = 1;
	repeated TxDetailData data = 2;
}
// Paging defines the structure for required params for handling pagination
message Paging {
	// total number of txs saved in database
	sint64 total = 1;
	// can be either block height or index num
	sint32 from = 2;
	// can be either block height or index num
	sint32 to = 3;
	// count entries by subaccount, serving some places on helix
	sint64 count_by_subaccount = 4;
	// array of tokens to navigate to the next pages
	repeated string next = 5;
}
// TxDetailData wraps tx data includes details information
message TxDetailData {
	string id = 1;
	uint64 block_number = 2;
	string block_timestamp = 3;
	string hash = 4;
	uint32 code = 5;
	bytes data = 6;
	string info = 8;
	sint64 gas_wanted = 9;
	sint64 gas_used = 10;
	GasFee gas_fee = 11;
	string codespace = 12;
	repeated Event events = 13;
	string tx_type = 14;
	bytes messages = 15;
	repeated Signature signatures = 16;
	string memo = 17;
	uint64 tx_number = 18;
	// Block timestamp in unix milli
	uint64 block_unix_timestamp = 19;
	// Transaction log indicating errors
	string error_log = 20;
	// transaction event logs
	bytes logs = 21;
	// peggy bridge claim id, non-zero if tx contains MsgDepositClaim
	repeated sint64 claim_ids = 22;
}

message GasFee {
	repeated CosmosCoin amount = 1;
	uint64 gas_limit = 2;
	string payer = 3;
	string granter = 4;
}

message CosmosCoin {
	// Coin denominator
	string denom = 1;
	// Coin amount (big int)
	string amount = 2;
}

message Event {
	string type = 1;
	map<string, string> attributes = 2;
}
// Signature wraps tx signature
message Signature {
	string pubkey = 1;
	string address = 2;
	uint64 sequence = 3;
	string signature = 4;
}

message GetContractTxsRequest {
	// Address of contract
	string address = 1;
	sint32 limit = 2;
	uint64 skip = 3;
	sint64 from_number = 4;
	sint64 to_number = 5;
}

message GetContractTxsResponse {
	Paging paging = 1;
	repeated TxDetailData data = 2;
}

message GetContractTxsV2Request {
	// Address of contract
	string address = 1;
	// Height of the block
	uint64 height = 2;
	// Unix timestamp (UTC) in milliseconds
	sint64 from = 3;
	// Unix timestamp (UTC) in milliseconds
	sint64 to = 4;
	sint32 limit = 5;
	// Pagination token
	string token = 6;
}

message GetContractTxsV2Response {
	repeated string next = 1;
	repeated TxDetailData data = 2;
}

message GetBlocksRequest {
	uint64 before = 1;
	uint64 after = 2;
	sint32 limit = 3;
	// Unix timestamp (UTC) in milliseconds
	uint64 from = 4;
	// Unix timestamp (UTC) in milliseconds
	uint64 to = 5;
}

message GetBlocksResponse {
	Paging paging = 1;
	repeated BlockInfo data = 2;
}

message BlockInfo {
	uint64 height = 1;
	string proposer = 2;
	string moniker = 3;
	string block_hash = 4;
	string parent_hash = 5;
	sint64 num_pre_commits = 6;
	sint64 num_txs = 7;
	repeated TxDataRPC txs = 8;
	string timestamp = 9;
}
// TxData wraps tx data
message TxDataRPC {
	string id = 1;
	uint64 block_number = 2;
	string block_timestamp = 3;
	string hash = 4;
	string codespace = 5;
	string messages = 6;
	uint64 tx_number = 7;
	// Transaction log indicating errors
	string error_log = 8;
	uint32 code = 9;
	// peggy bridge claim id, non-zero if tx contains MsgDepositClaim
	repeated sint64 claim_ids = 10;
}

message GetBlockRequest {
	string id = 1;
}

message GetBlockResponse {
	// Status of the response.
	string s = 1;
	// Error message.
	string errmsg = 2;
	BlockDetailInfo data = 3;
}

message BlockDetailInfo {
	uint64 height = 1;
	string proposer = 2;
	string moniker = 3;
	string block_hash = 4;
	string parent_hash = 5;
	sint64 num_pre_commits = 6;
	sint64 num_txs = 7;
	sint64 total_txs = 8;
	repeated TxData txs = 9;
	string timestamp = 10;
}
// TxData wraps tx data
message TxData {
	string id = 1;
	uint64 block_number = 2;
	string block_timestamp = 3;
	string hash = 4;
	string codespace = 5;
	bytes messages = 6;
	uint64 tx_number = 7;
	// Transaction log indicating errors
	string error_log = 8;
	uint32 code = 9;
	bytes tx_msg_types = 10;
	// transaction event logs
	bytes logs = 11;
	// peggy bridge claim id, non-zero if tx contains MsgDepositClaim
	repeated sint64 claim_ids = 12;
}

message GetValidatorsRequest {
}

message GetValidatorsResponse {
	// Status of the response.
	string s = 1;
	// Error message.
	string errmsg = 2;
	repeated Validator data = 3;
}
// Validator defines the structure for validator information.
message Validator {
	string id = 1;
	string moniker = 2;
	string operator_address = 3;
	string consensus_address = 4;
	bool jailed = 5;
	sint32 status = 6;
	string tokens = 7;
	string delegator_shares = 8;
	ValidatorDescription description = 9;
	sint64 unbonding_height = 10;
	string unbonding_time = 11;
	string commission_rate = 12;
	string commission_max_rate = 13;
	string commission_max_change_rate = 14;
	string commission_update_time = 15;
	uint64 proposed = 16;
	uint64 signed = 17;
	uint64 missed = 18;
	string timestamp = 19;
	repeated ValidatorUptime uptimes = 20;
	repeated SlashingEvent slashing_events = 21;
	// uptime percentage base on latest 10k block
	double uptime_percentage = 22;
	// URL of the validator logo
	string image_url = 23;
}

message ValidatorDescription {
	string moniker = 1;
	string identity = 2;
	string website = 3;
	string security_contact = 4;
	string details = 5;
	string image_url = 6;
}

message ValidatorUptime {
	uint64 block_number = 1;
	string status = 2;
}

message SlashingEvent {
	uint64 block_number = 1;
	string block_timestamp = 2;
	string address = 3;
	uint64 power = 4;
	string reason = 5;
	string jailed = 6;
	uint64 missed_blocks = 7;
}

message GetValidatorRequest {
	string address = 1;
}

message GetValidatorResponse {
	// Status of the response.
	string s = 1;
	// Error message.
	string errmsg = 2;
	Validator data = 3;
}

message GetValidatorUptimeRequest {
	string address = 1;
}

message GetValidatorUptimeResponse {
	// Status of the response.
	string s = 1;
	// Error message.
	string errmsg = 2;
	repeated ValidatorUptime data = 3;
}

message GetTxsRequest {
	uint64 before = 1;
	uint64 after = 2;
	sint32 limit = 3;
	uint64 skip = 4;
	string type = 5;
	string module = 6;
	sint64 from_number = 7;
	sint64 to_number = 8;
	// The starting timestamp in UNIX milliseconds that the txs must be equal or
// older than
	sint64 start_time = 9;
	// The ending timestamp in UNIX milliseconds that the txs must be equal or
// younger than
	sint64 end_time = 10;
	// The status of the txs to be returned
	string status = 11;
}

message GetTxsResponse {
	Paging paging = 1;
	repeated TxData data = 2;
}

message GetTxByTxHashRequest {
	string hash = 1;
}

message GetTxByTxHashResponse {
	// Status of the response.
	string s = 1;
	// Error message.
	string errmsg = 2;
	TxDetailData data = 3;
}

message GetPeggyDepositTxsRequest {
	// Sender address of deposit request
	string sender = 1;
	// Address of receiveer upon deposit
	string receiver = 2;
	sint32 limit = 3;
	uint64 skip = 4;
}

message GetPeggyDepositTxsResponse {
	repeated PeggyDepositTx field = 1;
}
// PeggyDepositTx wraps tx data includes peggy deposit tx details information
message PeggyDepositTx {
	// Sender address of deposit request
	string sender = 1;
	// Address of receiveer upon deposit
	string receiver = 2;
	// The event nonce of WithdrawalClaim event emitted by Ethereum chain upon
// deposit
	uint64 event_nonce = 3;
	// The block height of WithdrawalClaim event emitted by Ethereum chain upon
// deposit
	uint64 event_height = 4;
	// Amount of tokens being deposited
	string amount = 5;
	// Denom of tokens being deposited
	string denom = 6;
	// orchestratorAddress who created batch request
	string orchestrator_address = 7;
	string state = 8;
	// The claimType will be DepoistClaim for Deposits
	sint32 claim_type = 9;
	repeated string tx_hashes = 10;
	string created_at = 11;
	string updated_at = 12;
}

message GetPeggyWithdrawalTxsRequest {
	// Sender address of withdrawal request
	string sender = 1;
	// Address of receiveer upon withdrawal
	string receiver = 2;
	sint32 limit = 3;
	uint64 skip = 4;
}

message GetPeggyWithdrawalTxsResponse {
	repeated PeggyWithdrawalTx field = 1;
}
// PeggyWithdrawalTx wraps tx data includes peggy withdrawal tx details
// information
message PeggyWithdrawalTx {
	// Sender address of withdrawal request
	string sender = 1;
	// Address of receiveer upon withdrawal
	string receiver = 2;
	// Amount of tokens being withdrawan
	string amount = 3;
	// Denom of tokens being withdrawan
	string denom = 4;
	// The bridge fee paid by sender for withdrawal
	string bridge_fee = 5;
	// A auto incremented unique ID representing the withdrawal request
	uint64 outgoing_tx_id = 6;
	// The timestamp after which Batch request will be discarded if not processed
// already
	uint64 batch_timeout = 7;
	// A auto incremented unique ID representing the Withdrawal Batches
	uint64 batch_nonce = 8;
	// orchestratorAddress who created batch request
	string orchestrator_address = 9;
	// The event nonce of WithdrawalClaim event emitted by Ethereum chain upon
// batch withdrawal
	uint64 event_nonce = 10;
	// The block height of WithdrawalClaim event emitted by Ethereum chain upon
// batch withdrawal
	uint64 event_height = 11;
	string state = 12;
	// The claimType will be WithdrawalClaim for Batch Withdrawals
	sint32 claim_type = 13;
	repeated string tx_hashes = 14;
	string created_at = 15;
	string updated_at = 16;
}

message GetIBCTransferTxsRequest {
	string sender = 1;
	string receiver = 2;
	string src_channel = 3;
	string src_port = 4;
	string dest_channel = 5;
	string dest_port = 6;
	sint32 limit = 7;
	uint64 skip = 8;
}

message GetIBCTransferTxsResponse {
	repeated IBCTransferTx field = 1;
}
// IBCTransferTx wraps tx data includes ibc transfer tx details information
message IBCTransferTx {
	// the sender address
	string sender = 1;
	// the recipient address on the destination chain
	string receiver = 2;
	// the port on which the packet will be sent
	string source_port = 3;
	// the channel by which the packet will be sent
	string source_channel = 4;
	// identifies the port on the receiving chain
	string destination_port = 5;
	// identifies the channel end on the receiving chain
	string destination_channel = 6;
	// transfer amount
	string amount = 7;
	// transafer denom
	string denom = 8;
	// Timeout height relative to the current block height. The timeout is disabled
// when set to 0
	string timeout_height = 9;
	// Timeout timestamp (in nanoseconds) relative to the current block timestamp
	uint64 timeout_timestamp = 10;
	// number corresponds to the order of sends and receives, where a Packet with
// an earlier sequence number must be sent and received before a Packet with a
// later sequence number
	uint64 packet_sequence = 11;
	bytes data_hex = 12;
	string state = 13;
	// it's injective chain tx hash array
	repeated string tx_hashes = 14;
	string created_at = 15;
	string updated_at = 16;
}

message GetWasmCodesRequest {
	sint32 limit = 1;
	sint64 from_number = 2;
	sint64 to_number = 3;
}

message GetWasmCodesResponse {
	Paging paging = 1;
	repeated WasmCode data = 2;
}
// Detail of cosmwasm stored code
message WasmCode {
	// ID of stored wasmcode, sorted in descending order
	uint64 code_id = 1;
	// Tx hash of store code transaction
	string tx_hash = 2;
	// Checksum of the cosmwasm code
	Checksum checksum = 3;
	// Block time when the code is stored, in millisecond
	uint64 created_at = 4;
	// Contract type of the wasm code
	string contract_type = 5;
	// version string of the wasm code
	string version = 6;
	// describe instantiate permission
	ContractPermission permission = 7;
	// code schema preview
	string code_schema = 8;
	// code repo preview, may contain schema folder
	string code_view = 9;
	// count number of contract instantiation from this code
	uint64 instantiates = 10;
	// creator of this code
	string creator = 11;
	// monotonic order of the code stored
	sint64 code_number = 12;
	// id of the proposal that store this code
	sint64 proposal_id = 13;
}

message Checksum {
	// Algorithm of hash function
	string algorithm = 1;
	// Hash if apply algorithm to the cosmwasm bytecode
	string hash = 2;
}

message ContractPermission {
	// Access type of instantiation
	sint32 access_type = 1;
	// Account address
	string address = 2;
}

message GetWasmCodeByIDRequest {
	// Code ID of the code
	sint64 code_id = 1;
}

message GetWasmCodeByIDResponse {
	// ID of stored wasmcode, sorted in descending order
	uint64 code_id = 1;
	// Tx hash of store code transaction
	string tx_hash = 2;
	// Checksum of the cosmwasm code
	Checksum checksum = 3;
	// Block time when the code is stored, in millisecond
	uint64 created_at = 4;
	// Contract type of the wasm code
	string contract_type = 5;
	// version string of the wasm code
	string version = 6;
	// describe instantiate permission
	ContractPermission permission = 7;
	// code schema preview
	string code_schema = 8;
	// code repo preview, may contain schema folder
	string code_view = 9;
	// count number of contract instantiation from this code
	uint64 instantiates = 10;
	// creator of this code
	string creator = 11;
	// monotonic order of the code stored
	sint64 code_number = 12;
	// id of the proposal that store this code
	sint64 proposal_id = 13;
}

message GetWasmContractsRequest {
	sint32 limit = 1;
	sint64 code_id = 2;
	sint64 from_number = 3;
	sint64 to_number = 4;
	bool assets_only = 5;
	sint64 skip = 6;
	// Label of the contract
	string label = 7;
}

message GetWasmContractsResponse {
	Paging paging = 1;
	repeated WasmContract data = 2;
}
// Detail of cosmwasm instantiated contract
message WasmContract {
	// General name of the contract
	string label = 1;
	// Address of the contract
	string address = 2;
	// hash of the instantiate transaction
	string tx_hash = 3;
	// Address of the contract creator
	string creator = 4;
	// Number of times call to execute contract
	uint64 executes = 5;
	// Block timestamp that contract was instantiated, in millisecond
	uint64 instantiated_at = 6;
	// init message when this contract was instantiated
	string init_message = 7;
	// Block timestamp that contract was called, in millisecond
	uint64 last_executed_at = 8;
	// Contract funds
	repeated ContractFund funds = 9;
	// Code id of the contract
	uint64 code_id = 10;
	// Admin of the contract
	string admin = 11;
	// Latest migrate message of the contract
	string current_migrate_message = 12;
	// Monotonic contract number in database
	sint64 contract_number = 13;
	// Contract version string
	string version = 14;
	// Contract type
	string type = 15;
	Cw20Metadata cw20_metadata = 16;
	// id of the proposal that instantiate this contract
	sint64 proposal_id = 17;
}

message ContractFund {
	// Denominator
	string denom = 1;
	// Amount of denom
	string amount = 2;
}
// General cw20 metadata
message Cw20Metadata {
	Cw20TokenInfo token_info = 1;
	Cw20MarketingInfo marketing_info = 2;
}
// Token name, symbol, decimal and so on
message Cw20TokenInfo {
	// General name of the token
	string name = 1;
	// Symbol of then token
	string symbol = 2;
	// Decimal places of token
	sint64 decimals = 3;
	// Token's total supply
	string total_supply = 4;
}
// Marketing info
message Cw20MarketingInfo {
	// Project information
	string project = 1;
	// Token's description
	string description = 2;
	// logo (url/embedded)
	string logo = 3;
	// A random field for additional marketing info
	bytes marketing = 4;
}

message GetWasmContractByAddressRequest {
	// Contract address
	string contract_address = 1;
}

message GetWasmContractByAddressResponse {
	// General name of the contract
	string label = 1;
	// Address of the contract
	string address = 2;
	// hash of the instantiate transaction
	string tx_hash = 3;
	// Address of the contract creator
	string creator = 4;
	// Number of times call to execute contract
	uint64 executes = 5;
	// Block timestamp that contract was instantiated, in millisecond
	uint64 instantiated_at = 6;
	// init message when this contract was instantiated
	string init_message = 7;
	// Block timestamp that contract was called, in millisecond
	uint64 last_executed_at = 8;
	// Contract funds
	repeated ContractFund funds = 9;
	// Code id of the contract
	uint64 code_id = 10;
	// Admin of the contract
	string admin = 11;
	// Latest migrate message of the contract
	string current_migrate_message = 12;
	// Monotonic contract number in database
	sint64 contract_number = 13;
	// Contract version string
	string version = 14;
	// Contract type
	string type = 15;
	Cw20Metadata cw20_metadata = 16;
	// id of the proposal that instantiate this contract
	sint64 proposal_id = 17;
}

message GetCw20BalanceRequest {
	// address to list balance of
	string address = 1;
	sint32 limit = 2;
}

message GetCw20BalanceResponse {
	repeated WasmCw20Balance field = 1;
}

message WasmCw20Balance {
	// Address of CW20 contract
	string contract_address = 1;
	// Account address
	string account = 2;
	// Account balance
	string balance = 3;
	// update timestamp in milisecond
	sint64 updated_at = 4;
	Cw20Metadata cw20_metadata = 5;
}

message RelayersRequest {
	// Specify multiple marketIDs to search.
	repeated string market_i_ds = 1;
}

message RelayersResponse {
	repeated RelayerMarkets field = 1;
}

message RelayerMarkets {
	// Market ID of the market
	string market_id = 1;
	// Relayers list for specified market
	repeated Relayer relayers = 2;
}

message Relayer {
	// Relayer identifier
	string name = 1;
	// Call to action. A link to the relayer
	string cta = 2;
}

message GetBankTransfersRequest {
	// Transfer sender address
	repeated string senders = 1;
	// Transfer recipient address
	repeated string recipients = 2;
	// Returns transfers with the community pool address as either sender or
// recipient
	bool is_community_pool_related = 3;
	sint32 limit = 4;
	uint64 skip = 5;
	// The starting timestamp in UNIX milliseconds that the transfers must be equal
// or older than
	sint64 start_time = 6;
	// The ending timestamp in UNIX milliseconds that the transfers must be equal
// or younger than
	sint64 end_time = 7;
	// Transfers where either the sender or the recipient is one of the addresses
	repeated string address = 8;
	sint32 per_page = 9;
	string token = 10;
}

message GetBankTransfersResponse {
	Paging paging = 1;
	repeated BankTransfer data = 2;
}
// Bank transfer represents a transfer
message BankTransfer {
	string sender = 1;
	string recipient = 2;
	// Amounts transferred
	repeated Coin amounts = 3;
	uint64 block_number = 4;
	string block_timestamp = 5;
}

message Coin {
	// Denom of the coin
	string denom = 1;
	string amount = 2;
}

message StreamTxsRequest {
}

message StreamTxsResponse {
	string id = 1;
	uint64 block_number = 2;
	string block_timestamp = 3;
	string hash = 4;
	string codespace = 5;
	string messages = 6;
	uint64 tx_number = 7;
	// Transaction log indicating errors
	string error_log = 8;
	uint32 code = 9;
	// peggy bridge claim id, non-zero if tx contains MsgDepositClaim
	repeated sint64 claim_ids = 10;
}

message StreamBlocksRequest {
}

message StreamBlocksResponse {
	uint64 height = 1;
	string proposer = 2;
	string moniker = 3;
	string block_hash = 4;
	string parent_hash = 5;
	sint64 num_pre_commits = 6;
	sint64 num_txs = 7;
	repeated TxDataRPC txs = 8;
	string timestamp = 9;
}