Tron Protocol

Overview

This is the description of Google Protobuf implementation of Tron's protocol.

Protocols

1.Account

Account and account-related messages.

Tron has 3 types of account: Normal, AssetIssue, Contract

enum AccountType {
  Normal = 0;
  AssetIssue = 1;
  Contract = 2;
}

message Account has multiple attributes and 2 nested messages:

message Frozen:
```
message Frozen {
  int64 frozen_balance = 1; 
  int64 expire_time = 2; 
}
```
message AccountResource:
```
message AccountResource {
  int64 energy_usage = 1;
  Frozen frozen_balance_for_energy = 2;
  int64 latest_consume_time_for_energy = 3;
  int64 acquired_delegated_frozen_balance_for_energy = 4;
  int64 delegated_frozen_balance_for_energy = 5;
  int64 storage_limit = 6;
  int64 storage_usage = 7;
  int64 latest_exchange_storage_time = 8;
}
```
account_name: the name of this account. – e.g. “BillsAccount”

type: what type of this account is – e.g. 0 stands for type Normal.

address: the address of this account

account_id: the id of this account

balance: the TRX balance of this account.

votes: received votes of this account. – e.g. {(“0x1b7w…9xj3”,323), (“0x8djq…j12m”,88),…,(“0x82nd…mx6i”,10001)}.

asset: other assets except TRX in this account – e.g. {<“WishToken”,66666>,<”Dogie”,233>}.

assetV2: other assets except TRX in this account – e.g. {<“WishToken”,66666>,<”Dogie”,233>}. (used after allowing same name of token87)

frozen: the freezed TRX of this account for receiving bandwidth

net_usage: the used bandwidth of this account

acquired_delegated_fronzen_balance_for_bandwidth: the freezed balance for receiving delegated bandwidth this account acquired.

delegated_frozen_balance_for_bandwidth: the balance for delegated bandwidth this account freezed

create_time: he create time of this account.

latest_opration_time: the latest operation time of this account.

allowance: the allowance of this account.

latest_withdrew_time: the latest operation time of this account.

code: reserved

is_witness: identifies whether the account is a witness node.

is_committee: reserved

frozen_supply:

asset_issued_name: the name of asset issued by this account.

asset_issued_ID: the ID of asset issued by this account.

latest_asset_operation_time: the latest time of operating asset.

latest_asset_operation_timeV2: the latest time of operating asset(used after allowing same name of token)

free_net_usage: free bandwidth used of this account.

free_asset_net_usage: the free bandwidth used when this account transferring asset.

free_asset_net_usageV2: the free bandwidth used when this account transferring asset (used after allowing same name of token)

latest_consume_time: the latest consume energy time of this account.

latest_consume_free_time: the latest consume free bandwidth time of this account.

message Account {
   message Frozen {
   int64 frozen_balance = 1; 
     int64 expire_time = 2;
 }
   bytes account_name = 1;
   AccountType type = 2;
   bytes address = 3;
   int64 balance = 4;
   repeated Vote votes = 5;
   map<string, int64> asset = 6;
   map<string, int64> assetV2 = 56;
   repeated Frozen frozen = 7;
   int64 net_usage = 8;
   int64 acquired_delegated_frozen_balance_for_bandwidth = 41;
   int64 delegated_frozen_balance_for_bandwidth = 42;
   int64 create_time = 0x09;
   int64 latest_opration_time = 10;
   int64 allowance = 0x0B;
   int64 latest_withdraw_time = 0x0C;
   bytes code = 13;
   bool is_witness = 14;
   bool is_committee = 15;
   repeated Frozen frozen_supply = 16;
   bytes asset_issued_name = 17;
   bytes asset_issued_ID = 57;
   map<string, int64> latest_asset_operation_time = 18;
   map<string, int64> latest_asset_operation_timeV2 = 58;
   int64 free_net_usage = 19;
   map<string, int64> free_asset_net_usage = 20;
   map<string, int64> free_asset_net_usageV2 = 59;
   int64 latest_consume_time = 21;
   int64 latest_consume_free_time = 22;
   bytes account_id = 23;
   message AccountResource {
     int64 energy_usage = 1;
     Frozen frozen_balance_for_energy = 2;
     int64 latest_consume_time_for_energy = 3;
     int64 acquired_delegated_frozen_balance_for_energy = 4;
     int64 delegated_frozen_balance_for_energy = 5;
     int64 storage_limit = 6;
     int64 storage_usage = 7;
     int64 latest_exchange_storage_time = 8;
   }
   AccountResource account_resource = 26;
   bytes codeHash = 30;
   Permission owner_permission = 31;
   Permission witness_permission = 32;
   repeated Permission active_permission = 33;
 }

message Vote

vote_address: the super representative address.

vote_count: the vote number to this super representative.
```
message Vote {
  bytes vote_address = 1;
  int64 vote_count = 2;
}
```
Message AccountId

name: the name ofthis account.

address: the address of this account.
```
message AccountId {
  bytes name = 1;
  bytes address = 2;
}
```

2.Witness

Witness and witness-related messages.

message Witness

address: the address of this witness.

voteCount: total votes received.

pubkey: the public key of this witness.

url: witness information related to url.

totalProduce: total number of blocks produced.

totalMissed: total number of blocks missed.

latestBlockNum: the latest block height.

latestSlotNum: the latest produce block slot.

isJobs: whether it can produce blocks.
```
message Witness {
  bytes address = 1;
  int64 voteCount = 2;
  bytes pubKey = 3;
  string url = 4;
  int64 totalProduced = 5;
  int64 totalMissed = 6;
  int64 latestBlockNum = 7;
  int64 latestSlotNum = 8;
  bool isJobs = 9;
}
```

3.Block

message Block

transaction: refer to Transaction.

block_header:

message Block {
  repeated Transaction transactions = 1;
  BlockHeader block_header = 2;
}

Message BlockHeader

message BlockHeader has multiple attributes and 1 nested message.

message raw:

timestamp: the timestamp of this block.

txTrieRoot: the root hash of Transactions Merkle Tree in this block.

parentHash: the parent block’s hash of this block.

number: the height of this block.

witness_id: the id of witness which packed this block.

witness_address: the address of witness which packed this block.

version: the version of this block.

accountStateRoot: the account state root of this block.
```
message raw {
  int64 timestamp = 1;
  bytes txTrieRoot = 2;
  bytes parentHash = 3;
  int64 number = 7;
  int64 witness_id = 8;
  bytes witness_address = 9;
  int32 version = 10;
  bytes accountStateRoot = 11;
}
```
raw_data:

witness_signature: signature for this block header from witness node.

message BlockHeader {
   message raw {
     int64 timestamp = 1;
     bytes txTrieRoot = 2;
     bytes parentHash = 3;
     int64 number = 7;
     int64 witness_id = 8;
     bytes witness_address = 9;
     int32 version = 10;
     bytes accountStateRoot = 11;
   }
   raw raw_data = 1;
   bytes witness_signature = 2;
 }

4.Transaction

Transaction and transaction-related messages.

Any behaviors which consume energy are regarded as transaction.

message TXInput has multiple attributes and 1 nested message

message raw:

txID: transaction ID.

vout: value of last output.

pubKey: public key.

message raw {
  bytes txID = 1;
  int64 vout = 2;
  bytes pubKey = 3;
}

raw_data: a message raw.

signature: signature for this TXInput.

message TXInput {
  message raw {
    bytes txID = 1;
    int64 vout = 2;
    bytes pubKey = 3;
  }
  raw raw_data = 1;
  bytes signature = 4;
}

message txOutput

value: output value.

pubKeyHash: hash of public key.

message TXOutput {
  int64 value = 1;
  bytes pubKeyHash = 2;
}

message TransactionRet

blockNumber: the block number of transaction.

blockTimeStamp: the time stamp of packing transaction into block.

transactionInfo: transaction information.

message TransactionRet {
  int64 blockNumber = 1;
  int64 blockTimeStamp = 2;
  repeated TransactionInfo transactioninfo = 3;
}

message TransactionSign

transaction: transaction data.

privateKey: private key.

message TransactionSign {
  Transaction transaction = 1;
  bytes privateKey = 2;
}

message ResourceReceipt

energy_usage: consume yourself account energy.

energy_fee: consume yourself account fee.

origin_energy_usage: consume contract owner account energy.

energy_usage_total: consume total account fee.

net_usage: consume yourself net.

net_fee: consume yourself trx of net usage.

result: he result of executing transaction.
```
message ResourceReceipt {
  int64 energy_usage = 1;
  int64 energy_fee = 2;
  int64 origin_energy_usage = 3;
  int64 energy_usage_total = 4;
  int64 net_usage = 5;
  int64 net_fee = 6;
  Transaction.Result.contractResult result = 7;
}
```
Message InternalTransaction

message InternalTransaction has multiple attributes and 1 nested message

message CallValueInfo:

note: note is a comment of internal contract transaction.

rejected: rejected is whether internal transaction is rejected or not.
```
message CallValueInfo {
  int64 callValue = 1;
  string tokenId = 2;
}
```
hash: internal transaction hash, and it should equals to root transaction id.

caller_address:

transferTo_address:

callValueInfo: Refers to asset transfer information in internal transactions, including trx and trc10.

    message InternalTransaction {
       bytes hash = 1;
       bytes caller_address = 2;
       bytes transferTo_address = 3;
       message CallValueInfo {
         int64 callValue = 1;
         string tokenId = 2;
       }
       repeated CallValueInfo callValueInfo = 4;
       bytes note = 5;
       bool rejected = 6;
     }

message Transaction

message Transaction has multiple attributes and 3 nested messages.

message Contract: refer to Contract.

message Result

enum code:

enum code {
      SUCESS = 0;
      FAILED = 1;
    }

enum contractResult: refer to Contract.

fee:

ret:

contractRet:

assetIssueID:

withdraw_amount:

unfreeze_amount:

exchange_received_amount:

exchange_inject_another_amount:

exchange_withdraw_another_amount:

exchange_id:

shielded_transaction_fee:

  message Result {
      enum code {
      SUCESS = 0;
        FAILED = 1;
    }
      enum contractResult {
      DEFAULT = 0;
        SUCCESS = 1;
      REVERT = 2;
        BAD_JUMP_DESTINATION = 3;
      OUT_OF_MEMORY = 4;
        PRECOMPILED_CONTRACT = 5;
        STACK_TOO_SMALL = 6;
        STACK_TOO_LARGE = 7;
        ILLEGAL_OPERATION = 8;
        STACK_OVERFLOW = 9;
        OUT_OF_ENERGY = 10;
        OUT_OF_TIME = 11;
        JVM_STACK_OVER_FLOW = 12;
        UNKNOWN = 13;
        TRANSFER_FAILED = 14;
      }
      int64 fee = 1;
      code ret = 2;
      contractResult contractRet = 3;
    
      string assetIssueID = 14;
      int64 withdraw_amount = 15;
      int64 unfreeze_amount = 16;
      int64 exchange_received_amount = 18;
      int64 exchange_inject_another_amount = 19;
      int64 exchange_withdraw_another_amount = 20;
      int64 exchange_id = 21;
      int64 shielded_transaction_fee = 22;
    }

message raw

ref_block_bytes: Deprecated.

ref_block_num: now block number in transaction head.

ref_block_hash: now block hash in transaction head.

expiration: the expiration time in transaction head.

auths: deprecated.

contract: the contract type for transaction, and only support size = 1 when repeated list here for extension.

timestamp: timestamp for transaction.

fee_limit: the cost limit for energy and fee when trigger and create contract.

message raw {
   bytes ref_block_bytes = 1;
 int64 ref_block_num = 3;
   bytes ref_block_hash = 4;
 int64 expiration = 8;
   repeated authority auths = 9;
 bytes data = 10;
   repeated Contract contract = 11;
 bytes scripts = 12;
   int64 timestamp = 14;
 int64 fee_limit = 18;
 }

raw_data: raw data in transaction.

signature: signature in transaction.

ret: result for transaction.

message Transaction {
  message Contract {
      enum ContractType {
        AccountCreateContract = 0;
        TransferContract = 1;
        TransferAssetContract = 2;
        VoteAssetContract = 3;
        VoteWitnessContract = 4;
        WitnessCreateContract = 5;
        AssetIssueContract = 6;
        WitnessUpdateContract = 8;
        ParticipateAssetIssueContract = 9;
        AccountUpdateContract = 10;
        FreezeBalanceContract = 11;
        UnfreezeBalanceContract = 12;
        WithdrawBalanceContract = 13;
        UnfreezeAssetContract = 14;
        UpdateAssetContract = 15;
        ProposalCreateContract = 16;
        ProposalApproveContract = 17;
        ProposalDeleteContract = 18;
        SetAccountIdContract = 19;
        CustomContract = 20;
        CreateSmartContract = 30;
        TriggerSmartContract = 31;
        GetContract = 32;
        UpdateSettingContract = 33;
        ExchangeCreateContract = 41;
        ExchangeInjectContract = 42;
        ExchangeWithdrawContract = 43;
        ExchangeTransactionContract = 44;
        UpdateEnergyLimitContract = 45;
        AccountPermissionUpdateContract = 46;
        ClearABIContract = 48;
        UpdateBrokerageContract = 49;
        ShieldedTransferContract = 51;
      }
      ContractType type = 1;
      google.protobuf.Any parameter = 2;
      bytes provider = 3;
      bytes ContractName = 4;
      int32 Permission_id = 5;
    }
  
    message Result {
      enum code {
        SUCESS = 0;
        FAILED = 1;
      }
      enum contractResult {
        DEFAULT = 0;
        SUCCESS = 1;
        REVERT = 2;
        BAD_JUMP_DESTINATION = 3;
        OUT_OF_MEMORY = 4;
        PRECOMPILED_CONTRACT = 5;
        STACK_TOO_SMALL = 6;
        STACK_TOO_LARGE = 7;
        ILLEGAL_OPERATION = 8;
        STACK_OVERFLOW = 9;
        OUT_OF_ENERGY = 10;
        OUT_OF_TIME = 11;
        JVM_STACK_OVER_FLOW = 12;
        UNKNOWN = 13;
        TRANSFER_FAILED = 14;
      }
      int64 fee = 1;
      code ret = 2;
      contractResult contractRet = 3;
  
      string assetIssueID = 14;
      int64 withdraw_amount = 15;
      int64 unfreeze_amount = 16;
      int64 exchange_received_amount = 18;
      int64 exchange_inject_another_amount = 19;
      int64 exchange_withdraw_another_amount = 20;
      int64 exchange_id = 21;
      int64 shielded_transaction_fee = 22;
    }
  
    message raw {
      bytes ref_block_bytes = 1;
      int64 ref_block_num = 3;
      bytes ref_block_hash = 4;
      int64 expiration = 8;
      repeated authority auths = 9;
      bytes data = 10;
      repeated Contract contract = 11;
      bytes scripts = 12;
      int64 timestamp = 14;
      int64 fee_limit = 18;
    }
    raw raw_data = 1;
    repeated bytes signature = 2;
    repeated Result ret = 5;
  }

message TransactionInfo

message TransactionInfo has multiple attributes, a nested enumeration and 1 nested message.

enum code
```
enum code {
  SUCESS = 0;
  FAILED = 1;
}
```
message log

address: the address for log contract.

topics: subscribed topics for contract.

data: unsubscribed topics for contract.
```
message Log {
bytes address = 1;
repeated bytes topics = 2;
bytes data = 3;
}
```

id: transaction id.

fee: transaction fee.

blockNumber: the block number of packing this transaction.

blockTimeStamp: the time of generating block for this transaction.

contractResult: the contract result of this transaction.

contract_address: the address of call or create contract.

receipt: the receipt of fee and energy usage.

log: the log for triggering contract.

result: the result code for triggering contract.

resMessage: the response message for triggering contract .

assetIssueID: the ID for issue an asset.

withdraw_amount: the amount for witness withdraw.

unfreeze_amount: unfreeze trx amount.

internal_transactions: internal transaction lists.

exchange_received_amount: The number of tokens received by the transaction, only has value when the contract type is ExchangeTransactionContract.

exchange_inject_another_amount: The number of another token injected into the exchange pair, only has value when the contract type is ExchangeInjectContract.

exchange_withdraw_another_amount: The number of tokens withdrew from the exchange pair, only has value when the contract type is ExchangeWithdrawContract.

exchange_id: the token pair id.

shielded_transaction_fee: the usage fee for shielded transaction.

message TransactionInfo {
   enum code {
   SUCESS = 0;
     FAILED = 1;
 }
   message Log {
   bytes address = 1;
     repeated bytes topics = 2;
   bytes data = 3;
   }
   bytes id = 1;
   int64 fee = 2;
   int64 blockNumber = 3;
   int64 blockTimeStamp = 4;
   repeated bytes contractResult = 5;
   bytes contract_address = 6;
   ResourceReceipt receipt = 7;
   repeated Log log = 8;
   code result = 9;
   bytes resMessage = 10;
 
   string assetIssueID = 14;
   int64 withdraw_amount = 15;
   int64 unfreeze_amount = 16;
   repeated InternalTransaction internal_transactions = 17;
   int64 exchange_received_amount = 18;
   int64 exchange_inject_another_amount = 19;
   int64 exchange_withdraw_another_amount = 20;
   int64 exchange_id = 21;
   int64 shielded_transaction_fee = 22;
 }

message Transactions

transaction: list of transactions.

message Transactions {
  repeated Transaction transactions = 1;
}

message Authority (deprecated)

account:

permission_name:

message authority {
  AccountId account = 1;
  bytes permission_name = 2;
}

message TXOutputs

outputs: output value.

message TXOutputs {
repeated TXOutput outputs = 1;
}

5.Contract

Contract and contract-related messages.

Tron has 33 types of Contracts declared within Transaction.

message Contract

enum ContractType

type: the type of the contract, it is a Enumuration type.

parameter: binary data of the contract after serialization.

provider: reservedUpdateEnergyLimitContract.

ContractName: reserved

Permission_id: for multisign, the value is in [0, 9], 0 is owner，1 is witness, 2-9 is active.

message Contract {
  enum ContractType {
    AccountCreateContract = 0;
    TransferContract = 1;
    TransferAssetContract = 2;
    VoteAssetContract = 3;
    VoteWitnessContract = 4;
    WitnessCreateContract = 5;
    AssetIssueContract = 6;
    WitnessUpdateContract = 8;
    ParticipateAssetIssueContract = 9;
    AccountUpdateContract = 10;
    FreezeBalanceContract = 11;
    UnfreezeBalanceContract = 12;
    WithdrawBalanceContract = 13;
    UnfreezeAssetContract = 14;
    UpdateAssetContract = 15;
    ProposalCreateContract = 16;
    ProposalApproveContract = 17;
    ProposalDeleteContract = 18;
    SetAccountIdContract = 19;
    CustomContract = 20;
    CreateSmartContract = 30;
    TriggerSmartContract = 31;
    GetContract = 32;
    UpdateSettingContract = 33;
    ExchangeCreateContract = 41;
    ExchangeInjectContract = 42;
    ExchangeWithdrawContract = 43;
    ExchangeTransactionContract = 44;
    UpdateEnergyLimitContract = 45;
    AccountPermissionUpdateContract = 46;
    ClearABIContract = 48;
    UpdateBrokerageContract = 49;
    ShieldedTransferContract = 51;
  }
  ContractType type = 1;
  google.protobuf.Any parameter = 2;
  bytes provider = 3;
  bytes ContractName = 4;
  int32 Permission_id = 5;
}

There are 15 types of results while deploying contracts (refer to Transaction.Result):

enum contractResult {
  DEFAULT = 0;
  SUCCESS = 1;
  REVERT = 2;
  BAD_JUMP_DESTINATION = 3;
  OUT_OF_MEMORY = 4;
  PRECOMPILED_CONTRACT = 5;
  STACK_TOO_SMALL = 6;
  STACK_TOO_LARGE = 7;
  ILLEGAL_OPERATION = 8;
  STACK_OVERFLOW = 9;
  OUT_OF_ENERGY = 10;
  OUT_OF_TIME = 11;
  JVM_STACK_OVER_FLOW = 12;
  UNKNOWN = 13;
  TRANSFER_FAILED = 14;
}

Contract Details

message AccountCreateContract

owner_address: the address of the contract owner.

account_address: the new address of the new account.

type: the type of the account.
```
message AccountCreateContract {
  bytes owner_address = 1;
  bytes account_address = 2;
  AccountType type = 3;
}
```

message TransferContract

owner_address: address of contract owner.

to_address: receiver address.

amount：amount of TRX.

message TransferContract {
    bytes owner_address = 1;
    bytes to_address = 2;
    int64 amount = 3;
}

message TransferAssetContract

asset_name: name of asset.

owner_address: address of contract owner.

to_address: receiver address.

amount: amount of asset.

message TransferAssetContract {
    bytes asset_name = 1;
    bytes owner_address = 2;
    bytes to_address = 3;
    int64 amount = 4;
}

message VoteAssetContract

owner_address: assress of contract owner.

vote_address: voted address of asset.

support: votes supportive or not.

count: votes count.

message VoteAssetContract {
    bytes owner_address = 1;
    repeated bytes vote_address = 2;
    bool support = 3;
    int32 count = 5;
}

message VoteWitnessContract

message Vote:

message Vote {
    bytes vote_address = 1;
    int64 vote_count = 2;
}

owner_address: address of the owner.

votes: voting list.

support: votes supportive or not.

message VoteWitnessContract {
    message Vote {
        bytes vote_address = 1;
        int64 vote_count = 2;
    }
    bytes owner_address = 1;
    repeated Vote votes = 2;
    bool support = 3;
}

message WitnessCreateContract

owner_address: address of the owner.

url: url of witness.

message WitnessCreateContract {
    bytes owner_address = 1;
    bytes url = 2;
}

message AssetIssueContract

id: id.

message FrozenSupply:

frozen_amount: frozen amount of token.

frozen_days: frozen period of token.

message FrozenSupply {
    int64 frozen_amount = 1;
    int64 frozen_days = 2;
}

owner_address: address of the owner.

name: contract name.

abbr: contract abbr.

total_supply: maximum of asset.

frozen_supply: frozen supplt of asset.

trx_num: trx num defines token price.

precision: precision.

num: trx num defines token price.

start_time: starting date of contract.

end_time: ending date of contract.

vote_score: vote score of contract received.

description: description of contract.

url: url of contract.

free_asset_net_limit: free bandwidth limit each account owns when transfers asset.

public_free_asset_net_limit: free bandwidth limit for all acoounts.

public_free_asset_net_usage: free bandwidth usage of all accounts.

public_latest_free_net_time: the latest bandwidth consumption time fo token transfer.

message AssetIssueContract {
    string id = 41;

    message FrozenSupply {
        int64 frozen_amount = 1;
        int64 frozen_days = 2;
    }
    bytes owner_address = 1;
    bytes name = 2;
    bytes abbr = 3;
    int64 total_supply = 4;
    repeated FrozenSupply frozen_supply = 5;
    int32 trx_num = 6;
    int32 precision = 7;
    int32 num = 8;
    int64 start_time = 9;
    int64 end_time = 10;
    int64 order = 11;
    int32 vote_score = 16;
    bytes description = 20;
    bytes url = 21;
    int64 free_asset_net_limit = 22;
    int64 public_free_asset_net_limit = 23;
    int64 public_free_asset_net_usage = 24;
    int64 public_latest_free_net_time = 25;
}

message WitnessUpdateContract

owner_address: address of owner.

update_url: witness url.

message WitnessUpdateContract {
    bytes owner_address = 1;
    bytes update_url = 12;
}

message ParticipateAssetIssueContract

owner_address: owner address.

to_address: reveiver address.

asset_name: target asset name.

amount: amount of suns.

message ParticipateAssetIssueContract {
    bytes owner_address = 1;
    bytes to_address = 2;
    bytes asset_name = 3;
    int64 amount = 4; 
}

message AccountUpdateContract

account_name: account name.

owner_address: address of owner.

message AccountUpdateContract {
  bytes account_name = 1;
  bytes owner_address = 2;
}

message FreezeBalanceContract

owner_address: address of owner.

frozen_balance: frozen amount of TRX.

frozen_duration: frozen duration of TRX.

resource: type of resource gained from freezing TRX.

receiver_address: account address to receive resource.
```
message FreezeBalanceContract {
    bytes owner_address = 1;
    int64 frozen_balance = 2;
    int64 frozen_duration = 3;

    ResourceCode resource = 10;
    bytes receiver_address = 15;
}
```

message UnfreezeBalanceContract

owner_address: address of owner.

resource: type of resource, BANDWIDTH / ENERGY.

receiver_address: resource receiver address.

message UnfreezeBalanceContract {
    bytes owner_address = 1;
    ResourceCode resource = 10;
    bytes receiver_address = 15;
}

message WithdrawBalanceContract

owner_address: address of owner.

message WithdrawBalanceContract {
    bytes owner_address = 1;
}

message UnfreezeAssetContract

owner_address: owner address.

message UnfreezeAssetContract {
    bytes owner_address = 1;
}

message UpdateAssetContract

owner_address: address of owner.

description: description of asset.

url: asset url.

new_limit: bandwidth consumption limit for each account when transfer.

new_public_limit: bandwidth consumption limit of the accounts.

message UpdateAssetContract {
    bytes owner_address = 1;
    bytes description = 2;
    bytes url = 3;
    int64 new_limit = 4;
    int64 new_public_limit = 5;
}

message ProposalCreateContract

owner_address: address of owner.

parameters: options and their values of proposals.

message ProposalCreateContract {
    bytes owner_address = 1;
    map<int64, int64> parameters = 2;
}

message ProposalApproveContract

owner_address: address of owner.

proposal_id: proposal id.

is_add_approval: whether to approve.

message ProposalApproveContract {
    bytes owner_address = 1;
    int64 proposal_id = 2;
    bool is_add_approval = 3; 
}

message ProposalDeleteContract

owner_address: address of owner.

proposal_id: proposal id.

message ProposalDeleteContract {
    bytes owner_address = 1;
    int64 proposal_id = 2;
}

message SetAccountIdContract

account_id: account id.

owner_address: address of owner.

message SetAccountIdContract {
  bytes account_id = 1;
  bytes owner_address = 2;
}

CustomContract
message CreateSmartContract

owner_address: address of owner.

new_contract: details of the new smart contract.

call_token_value: amount of TRC10 token sent to the newly created smart contract.

token_id: TRC10 token id.

message CreateSmartContract {
    bytes owner_address = 1;
    SmartContract new_contract = 2;
    int64 call_token_value = 3;
    int64 token_id = 4;
}

message TriggerSmartContract

owner_address: address of owner.

contract_address: smart contract address to interact with.

call_value: TRX amount sent to smart contract.

data: functions and parameters called in smart contract.

call_token_value: TRC10 token amount sent to smart contract.

token_id: TRC10 token id.

message TriggerSmartContract {
    bytes owner_address = 1;
    bytes contract_address = 2;
    int64 call_value = 3;
    bytes data = 4;
    int64 call_token_value = 5;
    int64 token_id = 6;
}

GetContract
message UpdateSettingContract

owner_address: address of owner.

contract_address: smart contract address.

consume_user_resource_percent: user energy payment percentage of whole energy payment includes contract deployer’s and user's energy payment.

message UpdateSettingContract {
    bytes owner_address = 1;
    bytes contract_address = 2;
    int64 consume_user_resource_percent = 3;
}

message ExchangeCreateContract

owner_address: address of owner.

first_token_id: supplied token.

first_token_balance: supplied token amount.

second_token_id: second token id.

second_token_balance: second token balance.

message ExchangeCreateContract {
    bytes owner_address = 1;
    bytes first_token_id = 2;
    int64 first_token_balance = 3;
    bytes second_token_id = 4;
    int64 second_token_balance = 5;
}

message ExchangeInjectContract

owner_address: address of owner.

exchange_id: token pair id.

token_id: token id to inject.

quant: token amount to inject.

message ExchangeInjectContract {
    bytes owner_address = 1;
    int64 exchange_id = 2;
    bytes token_id = 3;
    int64 quant = 4;
}

message ExchangeWithdrawContract

owner_address: address of owner.

exchange_id: token pair id.

token_id: token id to withdraw.

quant: token amount to withdraw.

message ExchangeWithdrawContract {
    bytes owner_address = 1;
    int64 exchange_id = 2;
    bytes token_id = 3;
    int64 quant = 4;
}

message ExchangeTransactionContract

owner_address: address of owner.

exchange_id: token pair id.

token_id: token id to sell.

quant: token amount to sell.

expected: expected minimum number of tokens.

message ExchangeTransactionContract {
    bytes owner_address = 1;
    int64 exchange_id = 2;
    bytes token_id = 3;
    int64 quant = 4;
    int64 expected = 5;
}

message UpdateEnergyLimitContract:

owner_address: address of owner.

contract_address: smart contract address.

origin_energy_limit: value of owner’s consume energy limit for each transaction.

message UpdateEnergyLimitContract {
    bytes owner_address = 1;
    bytes contract_address = 2;
    int64 origin_energy_limit = 3;
}

message AccountPermissionUpdateContract

owner_address: address of owner.

owner: autuority to execute all contracts.

witness: used by SR for generating blocks.

actives: custom a combination of contracts permission sets.

message AccountPermissionUpdateContract {
  bytes owner_address = 1;
  Permission owner = 2; 
  Permission witness = 3; 
  repeated Permission actives = 4;
}

message ClearABIContract

owner_address: address of owner.

contract_address: contract address.

message ClearABIContract {
    bytes owner_address = 1;
    bytes contract_address = 2;
}

message UpdateBrokerageContract

owner_address: address of owner.

brokerage: draw ratio of SR.

message UpdateBrokerageContract {
    bytes owner_address = 1;
    int32 brokerage = 2;
}

message ShieldedTransferContract

transparent_from_address: transparent address of sender.

from_amount: amount from sender.

spend_description: input data of transaction.

receive_description: output data of transaction.

binding_signature: signature to verify transaction.

transparent_to_address: transparent address of reveiver.

to_amount: amount to transparent to_address

message ShieldedTransferContract {
    bytes transparent_from_address = 1; 
    int64 from_amount = 2;
    repeated SpendDescription spend_description = 3;
    repeated ReceiveDescription receive_description = 4;
    bytes binding_signature = 5;
    bytes transparent_to_address = 6;
    int64 to_amount = 7; 
}

attributes' type refer to Shield Contract Related

Smart Contract

message SmartContract has mutiple attributes and nested message ABI

message SmartContract

message ABI
- message Entry
  - Enum EntryType
```
  enum EntryType {
      UnknownEntryType = 0;
      Constructor = 1;
      Function = 2;
      Event = 3;
      Fallback = 4;
  }
```
  - message Param
    
    indexed: true if the field is part of the log’s topics, false if it one of the log’s data segment.
    
    name: name of the parameter.
    
    type: canonical type of the parameter (more below).
```
  message Param {
      bool indexed = 1;
      string name = 2;
      string type = 3;
      // SolidityType type = 3;
  }
```
  - Enum StateMutabilityType
```
  enum StateMutabilityType {  
      UnknownMutabilityType = 0;
      Pure = 1;
      View = 2;
      Nonpayable = 3;
      Payable = 4;
  }
```
  anonymous: true if the event was declared as anonymous.
  
  constant: true if function is either pure or view, false otherwise.
  
  name: function name.
  
  inputs: an array of objects.
  
  outputs: an array of objects similar to inputs.
  
  type: can be omitted, defaulting to "function", likewise payable and constant can be omitted, both defaulting to false.
  
  payable: true if function accepts Ether, false otherwise.
  
  stateMutability: a string with one of the following values: pure (specified to not read blockchain state), view (specified to not modify the blockchain state), nonpayable (function does not accept Ether) and payable (function accepts Ether).
entrys: a function description.

origin_address: address of smart contract owner.

contract_address: address of the smart contract.

abi: abi of the smart contract.

bytecode: bytecode of the smart contract.

call_value: amount of TRX that send to the smart contract.

consume_user_resource_percent: user energy payment percentage of the whole energy payment which includes both contract deployer’s payment and user energy payment.

name: the name of the smart contract.

origin_energy_limit: value of the owner’s consume energy limit for each transaction.

code_hash: hash of smart contract bytecode.

trx_hash: transactionId of Deploying contract transaction.

  message SmartContract {
      message ABI {
          message Entry {
              enum EntryType {
                   UnknownEntryType = 0;
                   Constructor = 1;
                   Function = 2;
                   Event = 3;
                   Fallback = 4;
              }
              message Param {
                  bool indexed = 1;
                  string name = 2;
                  string type = 3;
              }
              enum StateMutabilityType {
                  UnknownMutabilityType = 0;
                  Pure = 1;
                  View = 2;
                  Nonpayable = 3;
                  Payable = 4;
              }
  
              bool anonymous = 1;
              bool constant = 2;
              string name = 3;
              repeated Param inputs = 4;
              repeated Param outputs = 5;
              EntryType type = 6;
              bool payable = 7;
              StateMutabilityType stateMutability = 8;
          }
          repeated Entry entrys = 1;
      }
      bytes origin_address = 1;
      bytes contract_address = 2;
      ABI abi = 3;
      bytes bytecode = 4;
      int64 call_value = 5;
      int64 consume_user_resource_percent = 6;
      string name = 7;
      int64 origin_energy_limit = 8;
      bytes code_hash = 9;
      bytes trx_hash = 10;
  }

####Shield Contract Related

message AuthenticationPath

value: merkle authentication path.

message AuthenticationPath {
     repeated bool value = 1;
 }

message MerklePath

authentication_paths: merkle tree authentication path.

index: index for the merkle authentication path.

rt: merkle tree root.

message MerklePath {
     repeated AuthenticationPath authentication_paths = 1;
     repeated bool index = 2;
     bytes rt = 3;
 }

message OutputPoint

hash: transaction hash value.

index: output index.

message OutputPoint {
     bytes hash = 1;
     int32 index = 2;
 }

message OutputPointInfo

out_points: output points.

block_num: block number.

message OutputPointInfo {
     repeated OutputPoint out_points = 1;
     int32 block_num = 2;
 }

message PedersenHash

content: pedersen hash value.

message PedersenHash {
     bytes content = 1;
 }

message IncrementalMerkleTree

left: PedersenHash value of left child node.

right: PedersenHash value of right child node.

parents: PedersenHash values of parent nodes.

message IncrementalMerkleTree {
     PedersenHash left = 1;
     PedersenHash right = 2;
     repeated PedersenHash parents = 3;
 }

message IncrementalMerkleVoucher

tree: incremental merkle tree.

filled: this is a array, it contains the root of the subtree which can be combined with the param tree to be a new merkle tree.

cursor: the node that can be combined to a subtree, when they are combined to a subtree, compute its root and put it into the filled.

cursor_depth: the tree height, in which depth it can be combined to be a subtree.

rt: merkle tree root.

output_point: output point.

message IncrementalMerkleVoucher {
     IncrementalMerkleTree tree = 1;
     repeated PedersenHash filled = 2;
     IncrementalMerkleTree cursor = 3;
     int64 cursor_depth = 4;
     bytes rt = 5;
     OutputPoint output_point = 10;
 }

message IncrementalMerkleVoucherInfo

vouchers: this is an array, each items represents the merklevoucher of the outputpoint.

paths: his is an array each items represents the path of the outputpoint.

message IncrementalMerkleVoucherInfo {
     repeated IncrementalMerkleVoucher vouchers = 1;
     repeated bytes paths = 2;
 }

message SpendDescription

value_commitment: commitment to value.

anchor: merkle root.

nullifier: used for check double spend.

rk: used for spend authority signature.

zkproof: zero-knowledge proof of input.

spend_authority_signature: signature for the spend authority.

message SpendDescription {
     bytes value_commitment = 1;
     bytes anchor = 2; 
     bytes nullifier = 3;
     bytes rk = 4;
     bytes zkproof = 5;
     bytes spend_authority_signature = 6;
 }

message ReceiveDescription

value_commitment: commitment to the value.

note_commitment: commitment to note.

epk: ephemeral public key for encryption.

c_enc: encryption for incoming, decrypt it with ivk.

c_out: encryption for audit, decrypt it with ovk.

zkproof: zero-knowledge proof of output.

message ReceiveDescription {
     bytes value_commitment = 1;
     bytes note_commitment = 2;
     bytes epk = 3; 
     bytes c_enc = 4; 
     bytes c_out = 5; 
     bytes zkproof = 6;
 }

message ShieldedTransferContract

transparent_from_address: sender transparent address.

from_amount: sender amount.

spend_description: transaction input data.

receive_description: transaction output data.

binding_signature: signature to verify the transaction.

transparent_to_address: transparent address of receiver.

to_amount: amount to receiver.

message ShieldedTransferContract {
     bytes transparent_from_address = 1; 
     int64 from_amount = 2;
     repeated SpendDescription spend_description = 3;
     repeated ReceiveDescription receive_description = 4;
     bytes binding_signature = 5;
     bytes transparent_to_address = 6; 
     int64 to_amount = 7; 
 }

6.Network

Inventory

message ChainInventory

message BlockId

hash: block hash

number: block height

message BlockId {
  bytes hash = 1;
  int64 number = 2;
}

ids: block header list of blockchain.

remain_num: number of remaining blocks in blockchain.

message ChainInventory {
  message BlockId {
    bytes hash = 1;
    int64 number = 2;
  }
  repeated BlockId ids = 1;
  int64 remain_num = 2;
}

message BlockInventory

Enum Type

enum Type {
  SYNC = 0;
  ADVTISE = 1;
  FETCH = 2;
}

message BlockId

hash: block hash value.

number: block height.

message BlockId {
  bytes hash = 1;
  int64 number = 2;
}

ids: block header list of block inventory.

type: type of block inventory.

message BlockInventory {
  enum Type {
    SYNC = 0;
    ADVTISE = 1;
    FETCH = 2;
  }

  message BlockId {
    bytes hash = 1;
    int64 number = 2;
  }
  repeated BlockId ids = 1;
  Type type = 2;
}

message Inventory

Enum InventoryType:

enum InventoryType {
  TRX = 0;
  BLOCK = 1;
}

type: type of inventory.

ids: hash list of transaction or block.

message Inventory {
  enum InventoryType {
    TRX = 0;
    BLOCK = 1;
  }
  InventoryType type = 1;
  repeated bytes ids = 2;
}

message Items

Enum ItemType:

enum ItemType {
  ERR = 0;
  TRX = 1;
  BLOCK = 2;
  BLOCKHEADER = 3;
}

type: item type.

blocks: block list of item.

block_headers: block header list of item.

transactions: transaction list of item.

message Items {
  enum ItemType {
    ERR = 0;
    TRX = 1;
    BLOCK = 2;
    BLOCKHEADER = 3;
  }

  ItemType type = 1;
  repeated Block blocks = 2;
  repeated BlockHeader block_headers = 3;
  repeated Transaction transactions = 4;
}

DynamicProperty
- message DynamicProperties
  
  last_solidity_block_num: number of latest solidity block.
```
message DynamicProperties {
  int64 last_solidity_block_num = 1;
}
```

Reason Code

enum ReasonCode

enum ReasonCode {
  REQUESTED = 0x00;
  BAD_PROTOCOL = 0x02;
  TOO_MANY_PEERS = 0x04;
  DUPLICATE_PEER = 0x05;
  INCOMPATIBLE_PROTOCOL = 0x06;
  NULL_IDENTITY = 0x07;
  PEER_QUITING = 0x08;
  UNEXPECTED_IDENTITY = 0x09;
  LOCAL_IDENTITY = 0x0A;
  PING_TIMEOUT = 0x0B;
  USER_REASON = 0x10;
  RESET = 0x11;
  SYNC_FAIL = 0x12;
  FETCH_FAIL = 0x13;
  BAD_TX = 0x14;
  BAD_BLOCK = 0x15;
  FORKED = 0x16;
  UNLINKABLE = 0x17;
  INCOMPATIBLE_VERSION = 0x18;
  INCOMPATIBLE_CHAIN = 0x19;
  TIME_OUT = 0x20;
  CONNECT_FAIL = 0x21;
  TOO_MANY_PEERS_WITH_SAME_IP = 0x22;
  UNKNOWN = 0xFF;
}

Message

message DisconnectMessage

reason: disconnect reason from ReasonCode above
```
message DisconnectMessage {
  ReasonCode reason = 1;
}
```

message HelloMessage

message BlockId:

hash: block hash value.

number: block height.

message BlockId {
  bytes hash = 1;
  int64 number = 2;
}

from: ip, port and nodeID of message sender.

version: p2p version.

timestamp: time of establishing connection.

genesisBlockId: genesis block id.

solidBlockId: solid block id.

headBlockId: head block id.

address: node account address, for signature verification.

signature: signature for sender.

message DisconnectMessage {
  ReasonCode reason = 1;
}

message HelloMessage {
  message BlockId {
    bytes hash = 1;
    int64 number = 2;
  }

  Endpoint from = 1;
  int32 version = 2;
  int64 timestamp = 3;
  BlockId genesisBlockId = 4;
  BlockId solidBlockId = 5;
  BlockId headBlockId = 6;
  bytes address = 7;
  bytes signature = 8;
}

Node Information

Node information is separaed into several parts and implemented by nested messages.
- message NodeInfo
  
  beginSyncNum: beginning block height for synchornize.
  
  block: head block id.
  
  solidityBlock: latest solidity block id.
  
  currentConnectCount: current connection count.
  
  activeConnectCount: active connection count.
  
  passiveConnectCount: trusted connection count.
  
  totalFlow: total TCP flow.
  
  peerInfoList: peer information list.
  
  configNodeInfo: node config information.
  
  machineInfo: machine information.
  
  cheatWitnessInfoMap: cheating witness information map.
  - message PeerInfo:
    
    lastSyncBlock: last block id for synchornize.
    
    remainNum: number of remaining blocks.
    
    lastBlockUpdateTime: latest block update time .
    
    syncFlag: is synchroniing or not.
    
    headBlockTimeWeBothHave: timestamp of common head block.
    
    needSyncFromPeer: need to sync from peer or not.
    
    needSyncFromUs: need to sync from myself or not.
    
    host: IP address
    
    port: listening port.
    
    nodeId: ramdomly generated node ID
    
    connectTime: connection time period from established.
    
    avgLatency: average latency
    
    syncToFetchSize: block count in sync queue.
    
    syncToFetchSizePeekNum: height of the first block in sync queue.
    
    syncBlockRequestedSize: block count in request sync queue.
    
    unFetchSynNum: unsync block count.
    
    blockInPorcSize: size of the processing block queue.
    
    headBlockWeBothHave: common head block id.
    
    isActive: true if not dead or nonActive
    
    score: peer score calculated from connection information.
    
    nodeCount: neighbors count.
    
    inFlow: TCP flow from exact peer.
    
    disconnectTimes: disconnection time.
    
    localDisconnectReason: local disconnect reason.
    
    remoteDisconnectReason: remote disconnect reason.
```
message PeerInfo {
  string lastSyncBlock = 1;
  int64 remainNum = 2;
  int64 lastBlockUpdateTime = 3;
  bool syncFlag = 4;
  int64 headBlockTimeWeBothHave = 5;
  bool needSyncFromPeer = 6;
  bool needSyncFromUs = 7;
  string host = 8;
  int32 port = 9;
  string nodeId = 10;
  int64 connectTime = 11;
  double avgLatency = 12;
  int32 syncToFetchSize = 13;
  int64 syncToFetchSizePeekNum = 14;
  int32 syncBlockRequestedSize = 15;
  int64 unFetchSynNum = 16;
  int32 blockInPorcSize = 17;
  string headBlockWeBothHave = 18;
  bool isActive = 19;
  int32 score = 20;
  int32 nodeCount = 21;
  int64 inFlow = 22;
  int32 disconnectTimes = 23;
  string localDisconnectReason = 24;
  string remoteDisconnectReason = 25;
}
```
  - message ConfigNodeInfo:
    
    codeVersion: code version.
    
    p2pVersion: p2p version.
    
    listenPort: listening port.
    
    discoverEnable: whether to turn on neighbor discovery.
    
    activeNodeSize: size of active node.
    
    passiveNodeSize: size of passive node.
    
    sendNodeSize: size of sending node.
    
    maxConnectCount: maximum connection.
    
    sameIpMaxConnectCount: maximum connection from the same host.
    
    backupListenPort: backup listening port.
    
    backupMemberSize: backup member size.
    
    backupPriority: priority of backup.
    
    dbVersion: database version
    
    minParticipationRate: minimum participation rate.
    
    supportConstant: whether to support constant.
    
    minTimeRatio: time ratio to force timeout.
    
    maxTimeRatio: time ratio to avoid timeout.
    
    allowCreationOfContracts: permission of creating contracts.
    
    allowAdaptiveEnergy: permission of turning on adaptive energy.
```
message ConfigNodeInfo {
  string codeVersion = 1;
  string p2pVersion = 2;
  int32 listenPort = 3;
  bool discoverEnable = 4;
  int32 activeNodeSize = 5;
  int32 passiveNodeSize = 6;
  int32 sendNodeSize = 7;
  int32 maxConnectCount = 8;
  int32 sameIpMaxConnectCount = 9;
  int32 backupListenPort = 10;
  int32 backupMemberSize = 11;
  int32 backupPriority = 12;
  int32 dbVersion = 13;
  int32 minParticipationRate = 14;
  bool supportConstant = 15;
  double minTimeRatio = 16;
  double maxTimeRatio = 17;
  int64 allowCreationOfContracts = 18;
  int64 allowAdaptiveEnergy = 19;
}
```
  - message MachineInfo:
    
    threadCount: number of threads
    
    deadLockThreadCount: number of dead lock threads
    
    cpuCount: CPU cores.
    
    totalMemory: total memory
    
    freeMemory: memory not in use.
    
    cpuRate: CPU unusing rate
    
    javaVersion: java version.
    
    osName: os name.
    
    jvmTotalMemoery: jvm total memory.
    
    jvmFreeMemory: jvm unused memory.
    
    processCpuRate: cpu usage.
    
    memoryDescInfoList: memory description information.
    
    deadLockThreadInfoList: deadlock thread information.
    - message MemoryDescInfo:
      
      name: memory name.
      
      initSize: memory initialize size.
      
      useSize: memory use size.
      
      maxSize: memory max size.
      
      useRate: memory use rate.
      message MemoryDescInfo { string name = 1; int64 initSize = 2; int64 useSize = 3; int64 maxSize = 4; double useRate = 5; }
    - message DeadLockThreadInfo:
      
      name: thread name.
      
      lockName: lock name.
      
      lockOwner: lock owner.
      
      state: thread state.
      
      blockTime: dead block time.
      
      waitTime: wait time.
      
      stackTrace: stack trace message.
      message DeadLockThreadInfo { string name = 1; string lockName = 2; string lockOwner = 3; string state = 4; int64 blockTime = 5; int64 waitTime = 6; string stackTrace = 7; }
```
message MachineInfo {
  int32 threadCount = 1;
  int32 deadLockThreadCount = 2;
  int32 cpuCount = 3;
  int64 totalMemory = 4;
  int64 freeMemory = 5;
  double cpuRate = 6;
  string javaVersion = 7;
  string osName = 8;
  int64 jvmTotalMemoery = 9;
  int64 jvmFreeMemory = 10;
  double processCpuRate = 11;
  repeated MemoryDescInfo memoryDescInfoList = 12;
  repeated DeadLockThreadInfo deadLockThreadInfoList = 13;

  message MemoryDescInfo {
    string name = 1;
    int64 initSize = 2;
    int64 useSize = 3;
    int64 maxSize = 4;
    double useRate = 5;
  }

  message DeadLockThreadInfo {
    string name = 1;
    string lockName = 2;
    string lockOwner = 3;
    string state = 4;
    int64 blockTime = 5;
    int64 waitTime = 6;
    string stackTrace = 7;
  }
}
```

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Tron protobuf protocol document.md

Tron protobuf protocol document.md

Tron Protocol

Overview

Contents

1.Account

2.Witness

3.Block

4.Transaction

5.Contract

6.Network

Protocols

1.Account

2.Witness

3.Block

4.Transaction

5.Contract

Contract Details

Smart Contract

6.Network

Inventory

DynamicProperty

Reason Code

Message

Node Information

Files

Tron protobuf protocol document.md

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History

Tron protobuf protocol document.md

File metadata and controls

Tron Protocol

Overview

Contents

1.Account

2.Witness

3.Block

4.Transaction

5.Contract

6.Network

Protocols

1.Account

2.Witness

3.Block

4.Transaction

5.Contract

Contract Details

Smart Contract

6.Network

Inventory

DynamicProperty

Reason Code

Message

Node Information