git clone https://github.com/trustwallet/wallet-core.git /tmp/src/trustwallet-core
bash tc.sh --gen-proto-doc /tmp/src/trustwallet-core/src/proto /tmp/output.md

Generated Date:2019-09-12T11:57:39+08:00

Protocol Documentation

Ethereum.proto
- SigningInput
- SigningOutput
Semux.proto
- SigningInput
- SigningOutput
Aion.proto
- SigningInput
- SigningOutput
Cosmos.proto
- Amount
- Fee
- SendCoinsMessage
- Signature
- SigningInput
- SigningOutput
- StakeMessage
- Transaction
- WithdrawStakeRewardMessage
ARK.proto
- SigningInput
- SigningOutput
- TransactionType
IoTeX.proto
- Action
- ActionCore
- Execution
- SigningInput
- SigningOutput
- Transfer
Bitcoin.proto
- OutPoint
- SigningInput
- SigningInput.ScriptsEntry
- SigningOutput
- Transaction
- TransactionInput
- TransactionOutput
- TransactionPlan
- UnspentTransaction
Decred.proto
- SigningOutput
- Transaction
- TransactionInput
- TransactionOutput
Zilliqa.proto
- SigningInput
- SigningOutput
Solana.proto
- DeactivateStake
- SigningInput
- SigningOutput
- Stake
- Transfer
- WithdrawStake
Ontology.proto
- SigningInput
- SigningOutput
Stellar.proto
- MemoHash
- MemoId
- MemoText
- MemoVoid
- SigningInput
- SigningOutput
- SigningInput.OperationType
Waves.proto
- SigningInput
- SigningOutput
Common.proto
- Result
Ripple.proto
- SigningInput
- SigningOutput
Binance.proto
- CancelTradeOrder
- ClaimHTLOrder
- DepositHTLTOrder
- HTLTOrder
- RefundHTLTOrder
- SendOrder
- SendOrder.Input
- SendOrder.Output
- SendOrder.Token
- Signature
- Signature.PubKey
- SigningInput
- SigningOutput
- TokenFreezeOrder
- TokenUnfreezeOrder
- TradeOrder
- Transaction
Icon.proto
- SigningInput
- SigningOutput
VeChain.proto
- Clause
- SigningInput
- SigningOutput
Tezos.proto
- DelegationOperationData
- Operation
- OperationList
- OriginationOperationData
- RevealOperationData
- SigningInput
- SigningOutput
- TransactionOperationData
- Operation.OperationKind
Any.proto
- SigningInput
- SigningOutput
- SigningOutput.Error
Nebulas.proto
- Data
- RawTransaction
- SigningInput
- SigningOutput
Bravo.proto
- SigningInput
- SigningOutput
Tron.proto
- BlockHeader
- FreezeBalanceContract
- SigningInput
- SigningOutput
- Transaction
- TransferAssetContract
- TransferContract
- TriggerSmartContract
- UnfreezeAssetContract
- UnfreezeBalanceContract
- VoteAssetContract
- VoteWitnessContract
- VoteWitnessContract.Vote
- WithdrawBalanceContract
Theta.proto
- SigningInput
- SigningOutput
Aeternity.proto
- SigningInput
- SigningOutput
Nimiq.proto
- SigningInput
- SigningOutput
Harmony.proto
- SigningInput
- SigningOutput
EOS.proto
- Asset
- SigningInput
- SigningOutput
- KeyType
Nano.proto
- SigningInput
- SigningOutput
IOST.proto
- AccountInfo
- Action
- AmountLimit
- Signature
- SigningInput
- SigningOutput
- Transaction
- Algorithm
Scalar Value Types

Top

Field	Type	Description
nonce	bytes	Nonce (256-bit number)
gas_price	bytes	Gas price (256-bit number)
gas_limit	bytes	Gas limit (256-bit number)
to_address	string	Recipient's address.
amount	bytes	Amount to send in wei (256-bit number)
payload	bytes	Optional payload
private_key	bytes	Private key.

Field	Type	Label	Description
amounts	Amount	repeated
gas	uint64

Field	Type	Label	Description
from_address	string
to_address	string
amounts	Amount	repeated
type_prefix	string		default is cosmos-sdk/MsgSend

Field	Type	Description
account_number	uint64
chain_id	string
fee	Fee
memo	string
sequence	uint64
private_key	bytes
send_coins_message	SendCoinsMessage
stake_message	StakeMessage
unstake_message	StakeMessage
withdraw_stake_reward_message	WithdrawStakeRewardMessage
type_prefix	string	default is cosmos-sdk/MsgSend

Field	Type	Description
delegator_address	string
validator_address	string
amount	Amount
type_prefix	string	cosmos-sdk/MsgDelegate to stake and cosmos-sdk/MsgUndelegate to unstake

Field	Type	Label	Description
fee	Fee
memo	string
signature	Signature
send_coins_message	SendCoinsMessage
stake_message	StakeMessage
unstake_message	StakeMessage
withdraw_stake_reward_message	WithdrawStakeRewardMessage

Field	Type	Description
delegator_address	string
validator_address	string
type_prefix	string	default is cosmos-sdk/MsgWithdrawDelegationReward

Field	Type	Description
type	TransactionType	Transaction type
amount	uint64	Amount to send
fee	uint64	Fee
to_address	string	Recipient's address.
timestamp	uint32	Timestamp
private_key	bytes	Private key.

Name	Number	Description
Transfer	0

Field	Type	Label	Description
core	ActionCore
senderPubKey	bytes
signature	bytes

Field	Type	Label	Description
version	uint32
nonce	uint64
gasLimit	uint64
gasPrice	string
transfer	Transfer
execution	Execution

Field	Type	Label	Description
amount	string
contract	string
data	bytes

Field	Type	Label	Description
version	uint32
nonce	uint64
gasLimit	uint64
gasPrice	string
privateKey	bytes
transfer	Transfer
execution	Execution

Field	Type	Label	Description
encoded	bytes		Signed and encoded Action bytes
hash	bytes		Signed Action hash

Field	Type	Label	Description
amount	string
recipient	string
payload	bytes

Field	Type	Description
hash	bytes	The hash of the referenced transaction.
index	uint32	The index of the specific output in the transaction.
sequence	uint32	Transaction version as defined by the sender.

Field	Type	Label	Description
hash_type	uint32		Hash type to use when signing.
amount	int64		Amount to send.
byte_fee	int64		Transaction fee per byte.
to_address	string		Recipient's address.
change_address	string		Change address.
private_key	bytes	repeated	Available private keys.
scripts	SigningInput.ScriptsEntry	repeated	Available redeem scripts indexed by script hash.
utxo	UnspentTransaction	repeated	Available unspent transaction outputs.
use_max_amount	bool		If sending max amount.
coin_type	uint32		Coin type (forks).

Field	Type	Label	Description
key	string
value	bytes

Field	Type	Description
transaction	Transaction	Resulting transaction. Note that the amount may be different than the requested amount to account for fees and available funds.
encoded	bytes	Signed and encoded transaction bytes.
fee	int64	Total transaction fees.
max_amount	int64	Maximum spendable amount.
transaction_id	string	Transaction id

Field	Type	Label	Description
version	sint32		Transaction data format version.
lockTime	uint32		The block number or timestamp at which this transaction is unlocked.
inputs	TransactionInput	repeated	A list of 1 or more transaction inputs or sources for coins.
outputs	TransactionOutput	repeated	A list of 1 or more transaction outputs or destinations for coins

Field	Type	Description
previousOutput	OutPoint	Reference to the previous transaction's output.
sequence	uint32	Transaction version as defined by the sender.
script	bytes	Computational script for confirming transaction authorization.

Field	Type	Label	Description
value	int64		Transaction amount.
script	bytes		Usually contains the public key as a Bitcoin script setting up conditions to claim this output.

Field	Type	Label	Description
amount	int64		Amount to be received at the other end.
available_amount	int64		Maximum available amount.
fee	int64		Estimated transaction fee.
change	int64		Change.
utxos	UnspentTransaction	repeated	Selected unspent transaction outputs.

Field	Type	Label	Description
out_point	OutPoint
script	bytes
amount	int64

Field	Type	Description
transaction	Transaction	Resulting transaction. Note that the amount may be different than the requested amount to account for fees and available funds.
encoded	bytes	Signed and encoded transaction bytes.
fee	int64	Total transaction fees.
max_amount	int64	Maximum spendable amount.
transaction_id	string	Transaction id

Field	Type	Label	Description
serializeType	uint32		Serialization format
version	uint32		Transaction data format version
inputs	TransactionInput	repeated	A list of 1 or more transaction inputs or sources for coins.
outputs	TransactionOutput	repeated	A list of 1 or more transaction outputs or destinations for coins
lockTime	uint32		The time when a transaction can be spent (usually zero, in which case it has no effect).
expiry	uint32		The block height at which the transaction expires and is no longer valid.

Field	Type	Description
previousOutput	TW.Bitcoin.Proto.OutPoint	Reference to the previous transaction's output.
sequence	uint32	Transaction version as defined by the sender.
valueIn	int64
blockHeight	uint32
blockIndex	uint32
script	bytes	Computational script for confirming transaction authorization.

Field	Type	Description
value	int64	Transaction amount.
version	uint32	Transaction output version.
script	bytes	Usually contains the public key as a Decred script setting up conditions to claim this output.

Field	Type	Description
version	uint32	Transaction version
nonce	uint64	Nonce
to_address	string	Recipient's address.
amount	bytes	Amount to send (256-bit number)
gas_price	bytes	GasPrice (256-bit number)
gas_limit	uint64	GasLimit
private_key	bytes	Private Key
code	bytes	Smart contract code
data	bytes	String-ified JSON object specifying the transition parameter

Field	Type	Label	Description
signature	bytes		Signed signature bytes.

Field	Type	Label	Description
private_key	bytes		The stake account private key
vote_pubkey	string

Field	Type	Label	Description
transfer_transaction	Transfer
stake_transaction	Stake
deactivate_stake_transaction	DeactivateStake
withdraw_transaction	WithdrawStake
recent_blockhash	string

Field	Type	Label	Description
from_private_key	bytes
stake_private_key	bytes
vote_pubkey	string
value	uint64

Field	Type	Description
private_key	bytes	The stake account private key
recipient	string
value	uint64

Field	Type	Description
contract	string
method	string
owner_private_key	bytes
to_address	string	base58 encode address string (160-bit number)
amount	uint64
payer_private_key	bytes
gas_price	uint64
gas_limit	uint64
query_address	string	base58 encode address string (160-bit number)
nonce	uint32

Field	Type	Label	Description
id	int64

Field	Type	Label	Description
text	string

Binance.proto

CancelTradeOrder

Field	Type	Label	Description
sender	bytes		0x166E681B // prefix

ClaimHTLOrder

Field	Type	Label	Description
from	bytes		0xC1665300 // prefix

DepositHTLTOrder

Field	Type	Label	Description
from	bytes		0xB33F9A24 // prefix

HTLTOrder

Field	Type	Label	Description
from	bytes		0xB33F9A24 // prefix

RefundHTLTOrder

Field	Type	Label	Description
from	bytes		0x3454A27C // prefix

SendOrder

Field	Type	Label	Description
inputs	SendOrder.Input	repeated
outputs	SendOrder.Output	repeated

SendOrder.Input

Field	Type	Label	Description
address	bytes
coins	SendOrder.Token	repeated

SendOrder.Output

Field	Type	Label	Description
address	bytes
coins	SendOrder.Token	repeated

SendOrder.Token

0x2A2C87FA

Field	Type	Label	Description
denom	string
amount	int64

Signature

Field	Type	Description
pub_key	bytes	public key bytes of the signer address
signature	bytes	signature bytes, please check chain access section for signature generation
account_number	int64	another identifier of signer, which can be read from chain by account REST API or RPC
sequence	int64	sequence number for the next transaction

Signature.PubKey

0xEB5AE987 // prefix bytes // public key bytes

SigningInput

Input data necessary to create a signed order.

Field	Type	Label	Description
chain_id	string
account_number	int64
sequence	int64
source	int64
memo	string
private_key	bytes
trade_order	TradeOrder
cancel_trade_order	CancelTradeOrder
send_order	SendOrder
freeze_order	TokenFreezeOrder
unfreeze_order	TokenUnfreezeOrder
htlt_order	HTLTOrder
depositHTLT_order	DepositHTLTOrder
claimHTLT_order	ClaimHTLOrder
refundHTLT_order	RefundHTLTOrder

SigningOutput

Transaction signing output.

Field	Type	Label	Description
encoded	bytes		Signed and encoded transaction bytes.

TokenFreezeOrder

Field	Type	Label	Description
from	bytes		0xE774B32D // prefix

TokenUnfreezeOrder

Field	Type	Label	Description
from	bytes		0x6515FF0D // prefix

TradeOrder

Field	Type	Label	Description
sender	bytes		0xCE6DC043 // prefix

Transaction

Field	Type	Label	Description
msgs	bytes	repeated	int64 SIZE-OF-ENCODED // varint encoded length of the structure after encoding 0xF0625DEE // prefix

Top

Icon.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
from_address	string	Sender address.
to_address	string	Recipient address.
value	bytes	Transfer amount.
step_limit	bytes	The amount of step to send with the transaction.
timestamp	int64	UNIX epoch time (from 1970.1.1 00:00:00) in microseconds
nonce	bytes	Integer value increased by request to avoid replay attacks.
network_id	bytes	Network identifier
private_key	bytes	Private key.

SigningOutput

Transaction signing output.

Field	Type	Label	Description
encoded	string		JSON-encoded transaction parameters.
signature	bytes		Signature.

Top

VeChain.proto

Clause

Field	Type	Description
to	string	Recipient address.
value	bytes	Transaction amount.
data	bytes	Payload data.

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Label	Description
chain_tag	uint32		Last byte of the genesis block ID which is used to identify a blockchain to prevent the cross-chain replay attack.
block_ref	uint64		Reference to a specific block.
expiration	uint32		How long, in terms of the number of blocks, the transaction will be allowed to be mined in VeChainThor.
clauses	Clause	repeated	An array of Clause objects. / / Each clause contains fields To, Value and Data to enable a single transaction to carry multiple tasks issued / by the transaction sender.
gas_price_coef	uint32		Coefficient used to calculate the gas price for the transaction.
gas	uint64		Maximum amount of gas allowed to pay for the transaction.
depends_on	bytes		ID of the transaction on which the current transaction depends.
nonce	uint64		Number set by user.
private_key	bytes		Private key.

SigningOutput

Transaction signing output.

Field	Type	Label	Description
encoded	bytes		Signed and encoded transaction bytes.
signature	bytes		Signature.

Top

Tezos.proto

DelegationOperationData

Delegation operation specific data. Next field: 2

Field	Type	Label	Description
delegate	string

Operation

An operation that can be applied to the Tezos blockchain. Next field: 12

Field	Type	Label	Description
counter	int64
source	string
fee	int64
gas_limit	int64
storage_limit	int64
kind	Operation.OperationKind
reveal_operation_data	RevealOperationData
transaction_operation_data	TransactionOperationData
origination_operation_data	OriginationOperationData
delegation_operation_data	DelegationOperationData

OperationList

A list of operations and a branch. Next field: 3

Field	Type	Label	Description
branch	string
operations	Operation	repeated

OriginationOperationData

Origination operation specific data. Next field: 3

Field	Type	Label	Description
manager_pubkey	string
balance	int64

RevealOperationData

Reveal operation specific data. Next field: 2

Field	Type	Label	Description
public_key	bytes

SigningInput

Input data necessary to create a signed Tezos transaction. Next field: 3

Field	Type	Label	Description
operation_list	OperationList
private_key	bytes

SigningOutput

Transaction signing output. Next field: 2

Field	Type	Label	Description
signed_bytes	bytes

TransactionOperationData

Transaction operation specific data. Next field: 3

Field	Type	Label	Description
destination	string
amount	int64

Operation.OperationKind

Name	Number	Description
ENDORSEMENT	0	Note: Proto3 semantics require a zero value.
REVEAL	7
TRANSACTION	8
ORIGINATION	9
DELEGATION	10

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Any.proto

SigningInput

Field	Type	Description
coin_type	uint32	BIP44 network ID
transaction	string	JSON transaction
private_key	string	Private Key in HEX format

SigningOutput

Field	Type	Label	Description
error	SigningOutput.Error
success	bool
output	string

SigningOutput.Error

Field	Type	Label	Description
code	uint32		Error code
description	string		Error description

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Nebulas.proto

Data

Field	Type	Label	Description
type	string
payload	bytes

RawTransaction

Raw transaction data

Field	Type	Label	Description
hash	bytes
from	bytes
to	bytes
value	bytes
nonce	uint64
timestamp	int64
data	Data
chain_id	uint32
gas_price	bytes
gas_limit	bytes
alg	uint32
sign	bytes

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
from_address	string	sender's address.
chain_id	bytes	Chain identifier (256-bit number)
nonce	bytes	Nonce (256-bit number)
gas_price	bytes	Gas price (256-bit number)
gas_limit	bytes	Gas limit (256-bit number)
to_address	string	Recipient's address.
amount	bytes	Amount to send in wei, 1 NAS = 10^18 Wei (256-bit number)
timestamp	bytes	Timestamp to create transaction (256-bit number)
payload	string	Optional payload
private_key	bytes	Private key.

SigningOutput

Transaction signing output.

Field	Type	Label	Description
algorithm	uint32
signature	bytes
raw	string

Top

Bravo.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
chain_id	bytes	Chain id (256-bit number)
sender	string	Sender's username
recipient	string	Recipient's username
amount	double	Amount in "BRAVO" or "TEST"
testnet	bool	Whether the transaction is for testnet
memo	string	Memo to attach to the transaction
reference_block_id	bytes	Reference Block Id (160-bits)
reference_block_time	sfixed32	Timestamp on the reference block
private_key	bytes	Sender's private key's raw bytes

SigningOutput

Transaction signing output.

Field	Type	Label	Description
json_encoded	string		JSON of the signed transaction.

Top

Tron.proto

BlockHeader

Field	Type	Label	Description
timestamp	int64
tx_trie_root	bytes
parent_hash	bytes
number	int64
witness_address	bytes
version	int32

FreezeBalanceContract

Field	Type	Description
owner_address	string	Sender address.
frozen_balance	int64	Frozen balance. Minimum 1
frozen_duration	int64	Frozen duration
resource	string	Resource type: BANDWIDTH
receiver_address	string	Receiver address

SigningInput

Field	Type	Label	Description
transaction	Transaction		Transaction.
private_key	bytes		Private key.

SigningOutput

Transaction signing output.

Field	Type	Description
id	bytes	Transaction identifier.
signature	bytes	Signature.
ref_block_bytes	bytes
ref_block_hash	bytes

Transaction

Field	Type	Description
timestamp	int64	Transaction timestamp in milliseconds.
expiration	int64	Transaction expiration time in milliseconds.
block_header	BlockHeader	Transaction block header.
fee_limit	int64	Transaction fee limit
transfer	TransferContract
transfer_asset	TransferAssetContract
freeze_balance	FreezeBalanceContract
unfreeze_balance	UnfreezeBalanceContract
unfreeze_asset	UnfreezeAssetContract
withdraw_balance	WithdrawBalanceContract
vote_asset	VoteAssetContract
vote_witness	VoteWitnessContract
trigger_smart_contract	TriggerSmartContract

TransferAssetContract

Field	Type	Description
asset_name	string	Asset name.
owner_address	string	Sender address.
to_address	string	Recipient address.
amount	int64	Amount to send.

TransferContract

Field	Type	Description
owner_address	string	Sender address.
to_address	string	Recipient address.
amount	int64	Amount to send.

TriggerSmartContract

Field	Type	Label	Description
owner_address	string
contract_address	string
call_value	int64
data	bytes
call_token_value	int64
token_id	int64

UnfreezeAssetContract

Field	Type	Label	Description
owner_address	string		Sender address

UnfreezeBalanceContract

Field	Type	Description
owner_address	string	Sender address
resource	string	Resource type: BANDWIDTH
receiver_address	string	Receiver address

VoteAssetContract

Field	Type	Label	Description
owner_address	string		Sender address
vote_address	string	repeated	Vote addresses
support	bool
count	int32

VoteWitnessContract

Field	Type	Label
owner_address	string
votes	VoteWitnessContract.Vote	repeated
support	bool

VoteWitnessContract.Vote

Field	Type	Label	Description
vote_address	string
vote_count	int64

WithdrawBalanceContract

Field	Type	Label	Description
owner_address	string		Sender address

Top

Theta.proto

SigningInput

Input data necessary to create a signed transaction

Field	Type	Description
chain_id	string	Chain ID string, mainnet, testnet and privatenet
to_address	string	Recipient address
theta_amount	bytes	Theta token amount to send in wei (256-bit number)
tfuel_amount	bytes	TFuel token amount to send in wei (256-bit number)
sequence	uint64	Sequence number of the transaction for the sender address
fee	bytes	Fee amount in TFuel wei for the transaction (256-bit number)
private_key	bytes	Private key

SigningOutput

Transaction signing output

Field	Type	Label	Description
encoded	bytes		Signed and encoded transaction bytes
signature	bytes		Signature

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Aeternity.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
from_address	string	Address of the sender with "ak_" prefix
to_address	string	Address of the recipient with "ak_" prefix
amount	bytes
fee	bytes
payload	string	Message, optional
ttl	uint64	Time to live until block height
nonce	uint64
private_key	bytes

SigningOutput

Transaction signing output.

Field	Type	Label	Description
encoded	string		Signed and encoded transaction bytes, Base64 with checksum
signature	string		Signature, Base58 with checksum

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Nimiq.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Label	Description
private_key	bytes
destination	string
value	uint64
fee	uint64
validity_start_height	uint32

SigningOutput

Transaction signing output.

Field	Type	Label	Description
encoded	bytes

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Harmony.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
chain_id	bytes	Chain identifier (256-bit number)
nonce	bytes	Nonce (256-bit number)
gas_price	bytes	Gas price (256-bit number)
gas_limit	bytes	Gas limit (256-bit number)
to_address	string	Recipient's address.
amount	bytes	Amount to send in wei (256-bit number)
payload	bytes	Optional payload
private_key	bytes	Private key.
from_shard_id	bytes	From shard ID (256-bit number)
to_shard_id	bytes	To Shard ID (256-bit number)

SigningOutput

Transaction signing output.

Field	Type	Description
encoded	bytes	Signed and encoded transaction bytes.
v	bytes
r	bytes
s	bytes

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EOS.proto

Asset

Values for an Asset object.

Field	Type	Label	Description
amount	int64
decimals	uint32
symbol	string

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
chain_id	bytes	Chain id (256-bit number)
reference_block_id	bytes	Reference Block Id (256-bits)
reference_block_time	sfixed32	Timestamp on the reference block
currency	string	Currency (e.g. "eosio.token")
sender	string	Sender's username
recipient	string	Recipient's username
memo	string	Memo attached to the transaction
asset	Asset	Asset details and amount
private_key	bytes	Sender's private key's raw bytes
private_key_type	KeyType	Type of the private key

SigningOutput

Transaction signing output.

Field	Type	Label	Description
json_encoded	string		JSON of the packed transaction.

KeyType

Name	Number	Description
LEGACY	0
MODERNK1	1
MODERNR1	2

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Nano.proto

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Description
private_key	bytes	Private key
parent_block	bytes	Optional parent block hash
link_block	bytes	Hash of a block to receive from
link_recipient	string	Recipient address to send coins to
representative	string	Representative address
balance	string	Account balance (128-bit unsigned integer, as a string)

SigningOutput

Transaction signing output.

Field	Type	Label	Description
signature	bytes		Signature
block_hash	bytes		Block hash

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IOST.proto

AccountInfo

Field	Type	Label	Description
name	string
active_key	bytes
owner_key	bytes

Action

The message defines transaction action struct.

Field	Type	Description
contract	string	contract name
action_name	string	action name
data	string	data

AmountLimit

The message defines transaction amount limit struct.

Field	Type	Label	Description
token	string		token name
value	string		limit value

Signature

The message defines signature struct.

Field	Type	Description
algorithm	Algorithm	signature algorithm
signature	bytes	signature bytes
public_key	bytes	public key

SigningInput

Input data necessary to create a signed transaction.

Field	Type	Label	Description
account	AccountInfo
transaction_template	Transaction
transfer_destination	string
transfer_amount	string
transfer_memo	string

SigningOutput

Transaction signing output.

Field	Type	Label	Description
transaction	Transaction		Signed transaction

Transaction

The message defines the transaction request.

Field	Type	Label	Description
time	int64		transaction timestamp
expiration	int64		expiration timestamp
gas_ratio	double		gas price
gas_limit	double		gas limit
delay	int64		delay nanoseconds
chain_id	uint32		chain id
actions	Action	repeated	action list
amount_limit	AmountLimit	repeated	amount limit
signers	string	repeated	signer list
signatures	Signature	repeated	signatures of signers
publisher	string		publisher
publisher_sigs	Signature	repeated	signatures of publisher

Algorithm

The enumeration defines the signature algorithm.

Name	Number	Description
UNKNOWN	0	unknown
SECP256K1	1	secp256k1
ED25519	2	ed25519

Scalar Value Types

.proto Type	Notes	C++ Type	Java Type	Python Type
double		double	double	float
float		float	float	float
int32	Uses variable-length encoding. Inefficient for encoding negative numbers – if your field is likely to have negative values, use sint32 instead.	int32	int	int
int64	Uses variable-length encoding. Inefficient for encoding negative numbers – if your field is likely to have negative values, use sint64 instead.	int64	long	int/long
uint32	Uses variable-length encoding.	uint32	int	int/long
uint64	Uses variable-length encoding.	uint64	long	int/long
sint32	Uses variable-length encoding. Signed int value. These more efficiently encode negative numbers than regular int32s.	int32	int	int
sint64	Uses variable-length encoding. Signed int value. These more efficiently encode negative numbers than regular int64s.	int64	long	int/long
fixed32	Always four bytes. More efficient than uint32 if values are often greater than 2^28.	uint32	int	int
fixed64	Always eight bytes. More efficient than uint64 if values are often greater than 2^56.	uint64	long	int/long
sfixed32	Always four bytes.	int32	int	int
sfixed64	Always eight bytes.	int64	long	int/long
bool		bool	boolean	boolean
string	A string must always contain UTF-8 encoded or 7-bit ASCII text.	string	String	str/unicode
bytes	May contain any arbitrary sequence of bytes.	string	ByteString	str

Protos File Tree


.
├── Aeternity.proto
├── Aion.proto
├── Any.proto
├── ARK.proto
├── Binance.proto
├── Bitcoin.proto
├── Bravo.proto
├── Common.proto
├── Cosmos.proto
├── Decred.proto
├── EOS.proto
├── Ethereum.proto
├── Harmony.proto
├── Icon.proto
├── IOST.proto
├── IoTeX.proto
├── Nano.proto
├── Nebulas.proto
├── Nimiq.proto
├── Ontology.proto
├── Ripple.proto
├── Semux.proto
├── Solana.proto
├── Stellar.proto
├── Tezos.proto
├── Theta.proto
├── Tron.proto
├── VeChain.proto
├── Waves.proto
└── Zilliqa.proto

0 directories, 30 files

Protobuf sources

src:./Ethereum.proto


syntax = "proto3";

package TW.Ethereum.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Chain identifier (256-bit number)
    bytes chain_id = 1;

    // Nonce (256-bit number)
    bytes nonce = 2;

    // Gas price (256-bit number)
    bytes gas_price = 3;

    // Gas limit (256-bit number)
    bytes gas_limit = 4;

    // Recipient's address.
    string to_address = 5;

    // Amount to send in wei (256-bit number)
    bytes amount = 6;

    // Optional payload
    bytes payload = 7;

    // Private key.
    bytes private_key = 8;
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;

    bytes v = 2;
    bytes r = 3;
    bytes s = 4;
}

src:./Semux.proto


syntax = "proto3";

package TW.Semux.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    bytes private_key = 1;

    string destination = 2;

    uint64 value = 3;

    uint64 fee = 4;

    // current latest transaction serial number
    uint64 nonce = 5;

    // current timestamp in millisecond
    uint64 timestamp = 6;
}

// Transaction signing output.
message SigningOutput {
    bytes encoded = 1;
}

src:./Aion.proto


syntax = "proto3";

package TW.Aion.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Nonce (256-bit number)
    bytes nonce = 1;

    // Gas price (256-bit number)
    bytes gas_price = 2;

    // Gas limit (256-bit number)
    bytes gas_limit = 3;

    // Recipient's address.
    string to_address = 4;

    // Amount to send in wei (256-bit number)
    bytes amount = 5;

    // Optional payload
    bytes payload = 6;

    // Private key.
    bytes private_key = 7;
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;

    // Signature.
    bytes signature = 2;
}

src:./Cosmos.proto


syntax = "proto3";

package TW.Cosmos.Proto;
option java_package = "wallet.core.jni.proto";

// Amount
message Amount {
    string denom = 1;
    int64 amount = 2;
}

// Fee
message Fee {
    repeated Amount amounts = 1;
    uint64 gas = 2;
}

// Message for sending coins.
message SendCoinsMessage {
    string from_address = 1;
    string to_address = 2;
    repeated Amount amounts = 3;
    // default is cosmos-sdk/MsgSend
    string type_prefix = 4;
}

// Message for staking.
message StakeMessage {
    string delegator_address = 1;
    string validator_address = 2;
    Amount amount = 3;
    // cosmos-sdk/MsgDelegate to stake and cosmos-sdk/MsgUndelegate to unstake
    string type_prefix = 4;
}

// Message for staking.
message WithdrawStakeRewardMessage {
    string delegator_address = 1;
    string validator_address = 2;
    // default is cosmos-sdk/MsgWithdrawDelegationReward
    string type_prefix = 3;
}

// Signature
message Signature {
    bytes public_key = 1;
    bytes signature = 2;
}

// Transaction
message Transaction {
    Fee fee = 1;
    string memo = 2;
    Signature signature = 3;

    oneof message_oneof {
        SendCoinsMessage send_coins_message = 4;
        StakeMessage stake_message = 5;
        StakeMessage unstake_message = 6;
        WithdrawStakeRewardMessage withdraw_stake_reward_message = 7;
    }
}

// Input data necessary to create a signed order.
message SigningInput {
    uint64 account_number = 1;
    string chain_id = 2;
    Fee fee = 3;
    string memo = 4;
    uint64 sequence = 5; 

    bytes private_key = 6;

    oneof message_oneof {
        SendCoinsMessage send_coins_message = 7;
        StakeMessage stake_message = 8;
        StakeMessage unstake_message = 9;
        WithdrawStakeRewardMessage withdraw_stake_reward_message = 10;
    }
    // default is cosmos-sdk/MsgSend
    string type_prefix = 11;
}

// Transaction signing output.
message SigningOutput {
    // Signature
    bytes signature = 1;
    // Signed transaction in JSON.
    string json = 2;
}

src:./ARK.proto


syntax = "proto3";

package TW.ARK.Proto;
option java_package = "wallet.core.jni.proto";

enum TransactionType {
    Transfer = 0;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    // Transaction type
    TransactionType type = 1;

    // Amount to send
    uint64 amount = 2;

    // Fee
    uint64 fee = 3;

    // Recipient's address.
    string to_address = 4;

    // Timestamp
    uint32 timestamp = 5;

    // Private key.
    bytes private_key = 6;
}

message SigningOutput {
    // JSON-encoded transaction parameters.
    string encoded = 1;

    // Signature.
    bytes signature = 2;
}

src:./IoTeX.proto


syntax = "proto3";

package TW.IoTeX.Proto;
option java_package = "wallet.core.jni.proto";

message Transfer {
    string amount  = 1;
    string recipient = 2;
    bytes payload  = 3;
}

message Execution {
    string amount  = 1;
    string contract = 2;
    bytes data = 3;
}

message ActionCore {
    uint32 version = 1;
    uint64 nonce = 2;
    uint64 gasLimit = 3;
    string gasPrice = 4;
    oneof action {
        Transfer transfer = 10;
        Execution execution = 12;
  }
}

message Action {
    ActionCore core = 1;
    bytes senderPubKey = 2;
    bytes signature = 3;
}

// transaction signing input
message SigningInput {
    uint32 version = 1;
    uint64 nonce = 2;
    uint64 gasLimit = 3;
    string gasPrice = 4;
    bytes privateKey = 5;
    oneof action {
        Transfer transfer = 10;
        Execution execution = 12;
  }
}

// transaction signing output
message SigningOutput {
    // Signed and encoded Action bytes
    bytes encoded = 1;

    // Signed Action hash
    bytes hash = 2;
}

src:./Bitcoin.proto


syntax = "proto3";

package TW.Bitcoin.Proto;
option java_package = "wallet.core.jni.proto";

message Transaction {
    // Transaction data format version.
    sint32 version = 1;

    // The block number or timestamp at which this transaction is unlocked.
    uint32 lockTime = 2;

    // A list of 1 or more transaction inputs or sources for coins.
    repeated TransactionInput inputs = 3;

    // A list of 1 or more transaction outputs or destinations for coins
    repeated TransactionOutput outputs = 4;
}

// Bitcoin transaction input.
message TransactionInput {
    // Reference to the previous transaction's output.
    OutPoint previousOutput = 1;

    // Transaction version as defined by the sender.
    uint32 sequence = 2;

    // Computational script for confirming transaction authorization.
    bytes script = 3;
}

// Bitcoin transaction out-point reference.
message OutPoint {
    // The hash of the referenced transaction.
    bytes hash = 1;

    // The index of the specific output in the transaction.
    uint32 index = 2;

    // Transaction version as defined by the sender.
    uint32 sequence = 3;
}

// Bitcoin transaction output.
message TransactionOutput {
    // Transaction amount.
    int64 value = 1;

    // Usually contains the public key as a Bitcoin script setting up conditions to claim this output.
    bytes script = 2;
}

message UnspentTransaction {
    OutPoint out_point = 1;
    bytes script = 2;
    int64 amount = 3;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    // Hash type to use when signing.
    uint32 hash_type = 1;

    // Amount to send.
    int64 amount = 2;

    // Transaction fee per byte.
    int64 byte_fee = 3;

    // Recipient's address.
    string to_address = 4;

    // Change address.
    string change_address = 5;

    // Available private keys.
    repeated bytes private_key = 10;

    // Available redeem scripts indexed by script hash.
    map<string, bytes> scripts = 11;

    // Available unspent transaction outputs.
    repeated UnspentTransaction utxo = 12;

    // If sending max amount.
    bool use_max_amount = 13;

    // Coin type (forks).
    uint32 coin_type = 14;
}

// Describes a preliminary transaction plan.
message TransactionPlan {
    // Amount to be received at the other end.
    int64 amount = 1;

    // Maximum available amount.
    int64 available_amount = 2;

    // Estimated transaction fee.
    int64 fee = 3;

    // Change.
    int64 change = 4;

    // Selected unspent transaction outputs.
    repeated UnspentTransaction utxos = 5;
};

// Transaction signing output.
message SigningOutput {
    // Resulting transaction. Note that the amount may be different than the requested amount to account for fees and available funds.
    Transaction transaction = 1;

    // Signed and encoded transaction bytes.
    bytes encoded = 2;

    // Total transaction fees.
    int64 fee = 3;

    // Maximum spendable amount.
    int64 max_amount = 4;

    // Transaction id
    string transaction_id = 5;
}

src:./Decred.proto


syntax = "proto3";

package TW.Decred.Proto;
option java_package = "wallet.core.jni.proto";

import "Bitcoin.proto";

message Transaction {
    /// Serialization format
    uint32 serializeType = 1;

    /// Transaction data format version
    uint32 version = 2;

    // A list of 1 or more transaction inputs or sources for coins.
    repeated TransactionInput inputs = 3;

    // A list of 1 or more transaction outputs or destinations for coins
    repeated TransactionOutput outputs = 4;

    /// The time when a transaction can be spent (usually zero, in which case it has no effect).
    uint32 lockTime = 5;

    /// The block height at which the transaction expires and is no longer valid.
    uint32 expiry = 6;
}

// Decred transaction input.
message TransactionInput {
    // Reference to the previous transaction's output.
    Bitcoin.Proto.OutPoint previousOutput = 1;

    // Transaction version as defined by the sender.
    uint32 sequence = 2;

	int64 valueIn = 3;
	uint32 blockHeight = 4;
	uint32 blockIndex = 5;

    // Computational script for confirming transaction authorization.
    bytes script = 6;
}

// Decred transaction output.
message TransactionOutput {
    // Transaction amount.
    int64 value = 1;

    /// Transaction output version.
    uint32 version = 2;

    // Usually contains the public key as a Decred script setting up conditions to claim this output.
    bytes script = 3;
}

// Transaction signing output.
message SigningOutput {
    // Resulting transaction. Note that the amount may be different than the requested amount to account for fees and available funds.
    Transaction transaction = 1;

    // Signed and encoded transaction bytes.
    bytes encoded = 2;

    // Total transaction fees.
    int64 fee = 3;

    // Maximum spendable amount.
    int64 max_amount = 4;

    // Transaction id
    string transaction_id = 5;
}

src:./Zilliqa.proto


syntax = "proto3";

package TW.Zilliqa.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Transaction version
    uint32 version         = 1;

    // Nonce
    uint64 nonce           = 2;

    // Recipient's address.
    string to_address      = 3;

    // Amount to send (256-bit number)
    bytes amount           = 4;

    // GasPrice (256-bit number)
    bytes gas_price        = 5;

    // GasLimit
    uint64 gas_limit        = 6;

    // Private Key
    bytes private_key      = 7;

    // Smart contract code
    bytes code             = 10;

    // String-ified JSON object specifying the transition parameter
    bytes data             = 11;
}

// Transaction signing output.
message SigningOutput {
    // Signed signature bytes.
    bytes signature = 1;
}

src:./Solana.proto


syntax = "proto3";

package TW.Solana.Proto;
option java_package = "wallet.core.jni.proto";

message Transfer {
    bytes private_key = 1;
    string recipient = 2;
    uint64 value = 3;
}

message Stake {
    bytes from_private_key = 1;
    bytes stake_private_key = 2;
    string vote_pubkey = 3;
    uint64 value = 4;
}

message DeactivateStake {
    // The stake account private key
    bytes private_key = 1;
    string vote_pubkey = 2;
}

message WithdrawStake {
    // The stake account private key
    bytes private_key = 1;
    string recipient = 2;
    uint64 value = 3;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    oneof transaction_type {
        Transfer transfer_transaction = 1;
        Stake stake_transaction = 2;
        DeactivateStake deactivate_stake_transaction = 3;
        WithdrawStake withdraw_transaction = 4;
    }
    string recent_blockhash = 5;
}

// Transaction signing output.
message SigningOutput {
    bytes encoded = 1;
}

src:./Ontology.proto


syntax = "proto3";

package TW.Ontology.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {

    string contract = 1;

    string method = 2;

    bytes owner_private_key = 3;

    // base58 encode address string (160-bit number)
    string to_address = 4;

    uint64 amount = 5;

    bytes payer_private_key = 6;

    uint64 gas_price = 7;

    uint64 gas_limit = 8;

    // base58 encode address string (160-bit number)
    string query_address = 9;

    uint32 nonce = 10;

}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;
}

src:./Stellar.proto


syntax = "proto3";

package TW.Stellar.Proto;
option java_package = "wallet.core.jni.proto";

message MemoVoid {
}

message MemoText {
    string text = 1;
}

message MemoId {
    int64 id = 1;
}

message MemoHash {
    bytes hash = 1;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    int64 amount = 1;

    int32 fee = 2;

    int64 sequence = 3;

    string account = 4;

    string destination = 5;

    // Private key.
    bytes private_key = 6;

    oneof memo_type_oneof {
        MemoVoid memo_void = 7;
        MemoText memo_text = 8;
        MemoId memo_id = 9;
        MemoHash memo_hash = 10;
        MemoHash memo_return_hash = 11;
    }

    enum OperationType {
        CREATE_ACCOUNT = 0;
        PAYMENT = 1;
    }
    OperationType operation_type = 12;

    string passphrase = 13;
}

// Transaction signing output.
message SigningOutput {
    // Signature.
    string signature = 1;
}

src:./Waves.proto


syntax = "proto3";

package TW.Waves.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    int64 amount = 1;

    string asset = 2;

    // minimum 0.001 Waves (100000 Wavelets) for now
    int64 fee = 3;

    string fee_asset = 4;

    string to = 5;

    // any 140 bytes payload, will be displayed to the client as utf-8 string
    bytes attachment = 6;

    // in millis
    int64 timestamp = 7;

    bytes private_key = 8;
}

// Transaction signing output.
message SigningOutput {
    bytes signature = 1;
    string json = 2;
}

src:./Common.proto


syntax = "proto3";
import "google/protobuf/any.proto";

package TW.Proto;
option java_package = "wallet.core.jni.proto";

// Result type.
message Result {
    // Whether the operation was successful.
    bool success = 1;

    // Optional error message, only present if success is false.
    string error = 2;

    // Result objects, if any.
    repeated google.protobuf.Any objects = 3;
}

src:./Ripple.proto


syntax = "proto3";

package TW.Ripple.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    int64 amount = 1;

    int64 fee = 2;

    int32 sequence = 3;

    int32 last_ledger_sequence = 4;

    string account = 5;

    string destination = 6;

    int64 destination_tag = 7;

    int64 flags = 8;

    bytes private_key = 9;
}

// Transaction signing output.
message SigningOutput {
    bytes encoded = 1;
}

src:./Binance.proto


syntax = "proto3";

package TW.Binance.Proto;
option java_package = "wallet.core.jni.proto";

message Transaction {
    // int64 SIZE-OF-ENCODED      // varint encoded length of the structure after encoding
    // 0xF0625DEE                  // prefix
    repeated bytes msgs = 1;       // array of size 1, containing the transaction message, which are one of the transaction type below
    repeated bytes signatures = 2; // array of size 1, containing the standard signature structure of the transaction sender
    string memo = 3;               // a short sentence of remark for the transaction, only for `Transfer` transactions.
    int64 source = 4;              // an identifier for tools triggerring this transaction, set to zero if unwilling to disclose.
    bytes data = 5;                // reserved for future use
}

message Signature {
    message PubKey {
        // 0xEB5AE987          // prefix
        // bytes               // public key bytes
    }
    bytes pub_key = 1;         // public key bytes of the signer address
    bytes signature = 2;       // signature bytes, please check chain access section for signature generation
    int64 account_number = 3;  // another identifier of signer, which can be read from chain by account REST API or RPC
    int64 sequence = 4;        // sequence number for the next transaction
}

message TradeOrder {
    // 0xCE6DC043           // prefix
    bytes sender = 1;       // originating address
    string id = 2;          // order id, optional
    string symbol = 3;      // symbol for trading pair in full name of the tokens
    int64 ordertype = 4;    // only accept 2 for now, meaning limit order
    int64 side = 5;         // 1 for buy and 2 fory sell
    int64 price = 6;        // price of the order, which is the real price multiplied by 1e8 (10^8) and rounded to integer
    int64 quantity = 7;     // quantity of the order, which is the real price multiplied by 1e8 (10^8) and rounded to integer
    int64 timeinforce = 8;  // 1 for Good Till Expire(GTE) order and 3 for Immediate Or Cancel (IOC)
}

message CancelTradeOrder {
    // 0x166E681B      // prefix
    bytes sender = 1;  // originating address
    string symbol = 2; // symbol for trading pair in full name of the tokens
    string refid = 3;  // order id to cancel
}

message SendOrder {
    // 0x2A2C87FA
    message Token {
        string denom = 1;
        int64 amount = 2;
    }
    message Input {
        bytes address = 1;
        repeated Token coins = 2;
    }
    message Output {
        bytes address = 1;
        repeated Token coins = 2;
    }
    repeated Input inputs = 1;
    repeated Output outputs = 2;
}

message TokenFreezeOrder {
    // 0xE774B32D      // prefix
    bytes from = 1;    // owner address
    string symbol = 2; // token symbol, in full name with "-" suffix
    int64 amount = 3;  // amount of token to freeze
}

message TokenUnfreezeOrder {
    // 0x6515FF0D      // prefix
    bytes from = 1;    // owner address
    string symbol = 2; // token symbol, in full name with "-" suffix
    int64 amount = 3;  // amount of token to unfreeze
}

message HTLTOrder {
    // 0xB33F9A24      // prefix
    bytes from = 1;    // signer address
    bytes to = 2;    // recipient address
    string recipient_other_chain = 3;
    string sender_other_chain = 4;
    bytes random_number_hash = 5; //hash of a random number and timestamp, based on SHA256
    int64 timestamp = 6;
    repeated SendOrder.Token amount = 7;
    string expected_income = 8; // expected gained token on the other chain
    int64 height_span = 9;
    bool cross_chain = 10;
}

message DepositHTLTOrder {
    // 0xB33F9A24      // prefix
    bytes from = 1;    // signer address
    repeated SendOrder.Token amount = 2;
    bytes swap_id = 3;
}

message ClaimHTLOrder {
    // 0xC1665300      // prefix
    bytes from = 1;    // signer address
    bytes swap_id = 2;
    bytes random_number = 3;
}

message RefundHTLTOrder {
    // 0x3454A27C      // prefix
    bytes from = 1;    // signer address
    bytes swap_id = 2;
}

// Input data necessary to create a signed order.
message SigningInput {
    string chain_id = 1;
    int64 account_number = 2;
    int64 sequence = 3;
    int64 source = 4;
    string memo = 5;
    bytes private_key = 6;

    oneof order_oneof {
        TradeOrder trade_order = 8;
        CancelTradeOrder cancel_trade_order = 9;
        SendOrder send_order = 10;
        TokenFreezeOrder freeze_order = 11;
        TokenUnfreezeOrder unfreeze_order = 12;
        HTLTOrder htlt_order = 13;
        DepositHTLTOrder depositHTLT_order = 14;
        ClaimHTLOrder claimHTLT_order = 15;
        RefundHTLTOrder refundHTLT_order = 16;
    }
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;
}

src:./Icon.proto


syntax = "proto3";

package TW.Icon.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Sender address.
    string from_address = 1;

    // Recipient address.
    string to_address = 2;

    // Transfer amount.
    bytes value = 3;

    // The amount of step to send with the transaction.
    bytes step_limit = 4;

    // UNIX epoch time (from 1970.1.1 00:00:00) in microseconds
    int64 timestamp = 5;

    // Integer value increased by request to avoid replay attacks.
    bytes nonce = 6;

    // Network identifier
    bytes network_id = 7;

    // Private key.
    bytes private_key = 8;
}

// Transaction signing output.
message SigningOutput {
    // JSON-encoded transaction parameters.
    string encoded = 1;

    // Signature.
    bytes signature = 2;
}

src:./VeChain.proto


syntax = "proto3";

package TW.VeChain.Proto;
option java_package = "wallet.core.jni.proto";

message Clause {
    /// Recipient address.
    string to = 1;

    /// Transaction amount.
    bytes value = 2;

    /// Payload data.
    bytes data = 3;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    /// Last byte of the genesis block ID which is used to identify a blockchain to prevent the cross-chain replay attack.
    uint32 chain_tag = 1;

    /// Reference to a specific block.
    uint64 block_ref = 2;

    /// How long, in terms of the number of blocks, the transaction will be allowed to be mined in VeChainThor.
    uint32 expiration = 3;

    /// An array of Clause objects.
    ///
    /// Each clause contains fields To, Value and Data to enable a single transaction to carry multiple tasks issued
    /// by the transaction sender.
    repeated Clause clauses = 4;

    /// Coefficient used to calculate the gas price for the transaction.
    uint32 gas_price_coef = 5;

    /// Maximum amount of gas allowed to pay for the transaction.
    uint64 gas = 6;

    /// ID of the transaction on which the current transaction depends.
    bytes depends_on = 7;

    /// Number set by user.
    uint64 nonce = 8;

    // Private key.
    bytes private_key = 9;
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;

    // Signature.
    bytes signature = 2;
}

src:./Tezos.proto


syntax = "proto3";

package TW.Tezos.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed Tezos transaction.
// Next field: 3
message SigningInput {
  OperationList operation_list = 1;
  bytes private_key = 2;
}

// Transaction signing output.
// Next field: 2
message SigningOutput {
  bytes signed_bytes = 1;
}

// A list of operations and a branch.
// Next field: 3
message OperationList {
  string branch = 1;
  repeated Operation operations = 2;
}

// An operation that can be applied to the Tezos blockchain.
// Next field: 12
message Operation {
  int64 counter = 1;
  string source = 2;
  int64 fee = 3;
  int64 gas_limit = 4;
  int64 storage_limit = 5;

  enum OperationKind {
    // Note: Proto3 semantics require a zero value.
    ENDORSEMENT = 0;

    REVEAL = 7;
    TRANSACTION = 8;
    ORIGINATION = 9;
    DELEGATION = 10;
  }
  OperationKind kind = 7;

  // Operation specific data depending on the type of the operation.
  oneof operation_data {
    RevealOperationData reveal_operation_data = 8;
    TransactionOperationData transaction_operation_data = 9;
    OriginationOperationData origination_operation_data = 10;
    DelegationOperationData delegation_operation_data = 11;
  }
}

// Transaction operation specific data.
// Next field: 3
message TransactionOperationData {
  string destination = 1;
  int64 amount = 2;
}

// Reveal operation specific data.
// Next field: 2
message RevealOperationData {
  bytes public_key = 1;
}

// Origination operation specific data.
// Next field: 3
message OriginationOperationData {
  string manager_pubkey = 1;
  int64 balance = 2;
}

// Delegation operation specific data.
// Next field: 2
message DelegationOperationData {
  string delegate = 1;
}

src:./Any.proto


syntax = "proto3";

package TW.Any.Proto;
option java_package = "wallet.core.jni.proto";

message SigningInput {
    // BIP44 network ID
    uint32 coin_type   = 1;
    // JSON transaction
    string transaction = 2;
    // Private Key in HEX format
    string  private_key = 3;
}

message SigningOutput {
    message Error {
        // Error code
        uint32 code        = 1;
        // Error description
        string description = 2;
    }

    oneof result {
        Error error = 1;
        bool success = 2;
    }

    string output = 4;
}

src:./Nebulas.proto


syntax = "proto3";

package TW.Nebulas.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // sender's address.
    string from_address = 1;

    // Chain identifier (256-bit number)
    bytes chain_id = 2;

    // Nonce (256-bit number)
    bytes nonce = 3;

    // Gas price (256-bit number)
    bytes gas_price = 4;

    
    // Gas limit (256-bit number)
    bytes gas_limit = 5;

    // Recipient's address.
    string to_address = 6;

    // Amount to send in wei, 1 NAS = 10^18 Wei (256-bit number)
    bytes amount = 7;

    // Timestamp to create transaction (256-bit number)
    bytes timestamp = 8;

    // Optional payload
    string payload = 9;

    // Private key.
    bytes private_key = 10;
}

// Transaction signing output.
message SigningOutput {
    uint32 algorithm = 1;
    bytes signature = 2;
    string raw = 3;
}

//
message Data {
    string type = 1;
    bytes payload = 2;
}

// Raw transaction data
message RawTransaction {
    bytes hash  = 1;
    bytes from = 2;
    bytes to = 3;
    bytes value = 4;
    uint64 nonce = 5;
    int64 timestamp = 6;
    Data data = 7;
    uint32 chain_id = 8;
    bytes gas_price = 9;
    bytes gas_limit = 10;

    uint32 alg = 11;
    bytes sign = 12;
}

src:./Bravo.proto


syntax = "proto3";

package TW.Bravo.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Chain id (256-bit number)
    bytes chain_id = 1;

    // Sender's username
    string sender = 2;

    // Recipient's username
    string recipient = 3;

    // Amount in "BRAVO" or "TEST"
    double amount = 4;

    // Whether the transaction is for testnet
    bool testnet = 5;

    // Memo to attach to the transaction
    string memo = 6;

    // Reference Block Id (160-bits)
    bytes reference_block_id = 7;

    // Timestamp on the reference block
    sfixed32 reference_block_time = 8;

    // Sender's private key's raw bytes
    bytes private_key = 9;
}

// Transaction signing output.
message SigningOutput {
    // JSON of the signed transaction.
    string json_encoded = 1;
}

src:./Tron.proto


syntax = "proto3";

package TW.Tron.Proto;
option java_package = "wallet.core.jni.proto";

message TransferContract {
    // Sender address.
    string owner_address = 1;

    // Recipient address.
    string to_address = 2;

    // Amount to send.
    int64 amount = 3;
}

message TransferAssetContract {
    // Asset name.
    string asset_name = 1;

    // Sender address.
    string owner_address = 2;

    // Recipient address.
    string to_address = 3;

    // Amount to send.
    int64 amount = 4;
}

message FreezeBalanceContract {
    // Sender address.
    string owner_address = 1;
    // Frozen balance. Minimum 1
    int64 frozen_balance = 2;
    // Frozen duration
    int64 frozen_duration = 3;
    // Resource type: BANDWIDTH | ENERGY
    string resource = 10;
    // Receiver address
    string receiver_address = 15;
}

message UnfreezeBalanceContract {
    // Sender address
    string owner_address = 1;
    // Resource type: BANDWIDTH | ENERGY
    string resource = 10;
    // Receiver address
    string receiver_address = 15;
}

message UnfreezeAssetContract {
    // Sender address
    string owner_address = 1;
}

message VoteAssetContract {
    // Sender address
    string owner_address = 1;
    // Vote addresses
    repeated string vote_address = 2;
    bool support = 3;
    int32 count = 5;
}

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

message WithdrawBalanceContract {
    // Sender address
    string owner_address = 1;
}

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

message BlockHeader {
    int64 timestamp = 1;
    bytes tx_trie_root = 2;
    bytes parent_hash = 3;
    int64 number = 7;
    bytes witness_address = 9;
    int32 version = 10;
}

message Transaction {
    // Transaction timestamp in milliseconds.
    int64 timestamp = 1;

    // Transaction expiration time in milliseconds.
    int64 expiration = 2;

    // Transaction block header.
    BlockHeader block_header = 3;

    // Transaction fee limit
    int64 fee_limit = 4;

    // Contract.
    oneof contract_oneof {
        TransferContract transfer = 10;
        TransferAssetContract transfer_asset = 11;
        FreezeBalanceContract freeze_balance = 12;
        UnfreezeBalanceContract unfreeze_balance = 13;
        UnfreezeAssetContract unfreeze_asset = 14;
        WithdrawBalanceContract withdraw_balance = 15;
        VoteAssetContract vote_asset = 16;
        VoteWitnessContract vote_witness = 17;
        TriggerSmartContract trigger_smart_contract = 18;
    }
}

message SigningInput {
    // Transaction.
    Transaction transaction = 1;

    // Private key.
    bytes private_key = 2;
}

// Transaction signing output.
message SigningOutput {
    // Transaction identifier.
    bytes id = 1;

    // Signature.
    bytes signature = 2;

    bytes ref_block_bytes = 3;
    bytes ref_block_hash = 4;
}

src:./Theta.proto


syntax = "proto3";

package TW.Theta.Proto;
option java_package = "wallet.core.jni.proto";

/// Input data necessary to create a signed transaction
message SigningInput {
    /// Chain ID string, mainnet, testnet and privatenet
    string chain_id = 1;

    /// Recipient address
    string to_address = 2;

    /// Theta token amount to send in wei (256-bit number)
    bytes theta_amount = 3;

    /// TFuel token amount to send in wei (256-bit number)
    bytes tfuel_amount = 4;

    /// Sequence number of the transaction for the sender address
    uint64 sequence = 5;

    /// Fee amount in TFuel wei for the transaction (256-bit number)
    bytes fee = 6;

    /// Private key
    bytes private_key = 7;
}

/// Transaction signing output
message SigningOutput {
    /// Signed and encoded transaction bytes
    bytes encoded = 1;

    /// Signature
    bytes signature = 2;
}

src:./Aeternity.proto


syntax = "proto3";

package TW.Aeternity.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Address of the sender with "ak_" prefix
    string from_address = 1;

    // Address of the recipient with "ak_" prefix
    string to_address = 2;

    bytes amount = 3;

    bytes fee = 4;

    // Message, optional
    string payload = 5;

    // Time to live until block height
    uint64 ttl = 6;

    uint64 nonce = 7;

    bytes private_key = 8;
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes, Base64 with checksum
    string encoded = 1;
    // Signature, Base58 with checksum
    string signature = 2;
}

src:./Nimiq.proto


syntax = "proto3";

package TW.Nimiq.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    bytes private_key = 1;

    string destination = 2;

    uint64 value = 3;

    uint64 fee = 4;

    uint32 validity_start_height = 5;
}

// Transaction signing output.
message SigningOutput {
    bytes encoded = 1;
}

src:./Harmony.proto


syntax = "proto3";

package TW.Harmony.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Chain identifier (256-bit number)
    bytes chain_id = 1;

    // Nonce (256-bit number)
    bytes nonce = 2;

    // Gas price (256-bit number)
    bytes gas_price = 3;

    // Gas limit (256-bit number)
    bytes gas_limit = 4;

    // Recipient's address.
    string to_address = 5;

    // Amount to send in wei (256-bit number)
    bytes amount = 6;

    // Optional payload
    bytes payload = 7;

    // Private key.
    bytes private_key = 8;

    // From shard ID (256-bit number)
    bytes from_shard_id = 9;

    // To Shard ID (256-bit number)
    bytes to_shard_id = 10;
}

// Transaction signing output.
message SigningOutput {
    // Signed and encoded transaction bytes.
    bytes encoded = 1;

    bytes v = 2;
    bytes r = 3;
    bytes s = 4;
}

src:./EOS.proto


syntax = "proto3";

package TW.EOS.Proto;
option java_package = "wallet.core.jni.proto";

enum KeyType {
    LEGACY = 0;
    MODERNK1 = 1;
    MODERNR1 = 2;
}

// Values for an Asset object.
message Asset {
    int64 amount = 1;
    uint32 decimals = 2;
    string symbol = 3;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    // Chain id (256-bit number)
    bytes chain_id = 1;

    // Reference Block Id (256-bits)
    bytes reference_block_id = 2;

    // Timestamp on the reference block
    sfixed32 reference_block_time = 3;
    
    // Currency (e.g. "eosio.token")
    string currency = 4;

    // Sender's username
    string sender = 5;

    // Recipient's username
    string recipient = 6;

    // Memo attached to the transaction
    string memo = 7;

    // Asset details and amount
    Asset asset = 8;

    // Sender's private key's raw bytes
    bytes private_key = 9;

    // Type of the private key
    KeyType private_key_type = 10;
}

// Transaction signing output.
message SigningOutput {
    // JSON of the packed transaction.
    string json_encoded = 1;
}

src:./Nano.proto


syntax = "proto3";

package TW.Nano.Proto;
option java_package = "wallet.core.jni.proto";

// Input data necessary to create a signed transaction.
message SigningInput {
    // Private key
    bytes private_key = 1;

    // Optional parent block hash
    bytes parent_block = 2;

    oneof link_oneof {
        // Hash of a block to receive from
        bytes link_block = 3;
        // Recipient address to send coins to
        string link_recipient = 4;
    }

    // Representative address
    string representative = 5;

    // Account balance (128-bit unsigned integer, as a string)
    string balance = 6;
}

// Transaction signing output.
message SigningOutput {
    // Signature
    bytes signature = 1;
    // Block hash
    bytes block_hash = 2;
}

src:./IOST.proto


syntax = "proto3";

package TW.IOST.Proto;
option java_package = "wallet.core.jni.proto";

// The message defines transaction action struct.
message Action {
    // contract name
    string contract = 1;
    // action name
    string action_name = 2;
    // data
    string data = 3;
}

// The message defines transaction amount limit struct.
message AmountLimit {
    // token name
    string token = 1;
    // limit value
    string value = 2;
}

// The enumeration defines the signature algorithm.
enum Algorithm {
    // unknown
    UNKNOWN = 0;
    // secp256k1
    SECP256K1 = 1;
    // ed25519
    ED25519 = 2;
}

// The message defines signature struct.
message Signature {
    // signature algorithm
    Algorithm algorithm = 1;
    // signature bytes
    bytes signature = 2;
    // public key
    bytes public_key = 3;
}

// The message defines the transaction request.
message Transaction {
    // transaction timestamp
    int64 time = 1;
    // expiration timestamp
    int64 expiration = 2;
    // gas price
    double gas_ratio = 3;
    // gas limit
    double gas_limit = 4;
    // delay nanoseconds
    int64 delay = 5;
    // chain id
    uint32 chain_id = 6;
    // action list
    repeated Action actions = 7;
    // amount limit
    repeated AmountLimit amount_limit = 8;
    // signer list
    repeated string signers = 9;
    // signatures of signers
    repeated Signature signatures = 10;
    // publisher
    string publisher = 11;
    // signatures of publisher
    repeated Signature publisher_sigs = 12;
}

message AccountInfo {
    string name = 1;
    bytes active_key = 2;
    bytes owner_key = 3;
}

// Input data necessary to create a signed transaction.
message SigningInput {
    AccountInfo account = 1;
    Transaction transaction_template = 2;
    string transfer_destination = 3;
    string transfer_amount = 4;
    string transfer_memo = 5;
}

// Transaction signing output.
message SigningOutput {
    // Signed transaction
    Transaction transaction = 1;
}

DLTDOJO3 第三新熵熱踢道場