WalletCore/wallet.core.jni.proto/VeChain/SigningInput/Builder

Builder

class Builder
Input data necessary to create a signed transaction.
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Protobuf type TW.VeChain.Proto.SigningInput

Functions

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open fun addAllClauses(values: Iterable<out Clause>): VeChain.SigningInput.Builder
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun addClauses(builderForValue: Builder): VeChain.SigningInput.Builder
open fun addClauses(value: Clause): VeChain.SigningInput.Builder
open fun addClauses(index: Int, builderForValue: Builder): VeChain.SigningInput.Builder
open fun addClauses(index: Int, value: Clause): VeChain.SigningInput.Builder
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun clearBlockRef(): VeChain.SigningInput.Builder
/ Reference to a specific block.
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uint64 block_ref = 2;
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open fun clearChainTag(): VeChain.SigningInput.Builder
/ Last byte of the genesis block ID which is used to identify a blockchain to prevent the cross-chain replay attack.
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uint32 chain_tag = 1;
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open fun clearClauses(): VeChain.SigningInput.Builder
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun clearDependsOn(): VeChain.SigningInput.Builder
/ ID of the transaction on which the current transaction depends.
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bytes depends_on = 7;
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open fun clearExpiration(): VeChain.SigningInput.Builder
/ How long, in terms of the number of blocks, the transaction will be allowed to be mined in VeChainThor.
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uint32 expiration = 3;
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open fun clearGas(): VeChain.SigningInput.Builder
/ Maximum amount of gas allowed to pay for the transaction.
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uint64 gas = 6;
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open fun clearGasPriceCoef(): VeChain.SigningInput.Builder
/ Coefficient used to calculate the gas price for the transaction.
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uint32 gas_price_coef = 5;
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open fun clearNonce(): VeChain.SigningInput.Builder
/ Number set by user.
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uint64 nonce = 8;
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open fun clearPrivateKey(): VeChain.SigningInput.Builder
/ The secret private key used for signing (32 bytes).
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bytes private_key = 9;
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open fun getBlockRef(): Long
/ Reference to a specific block.
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uint64 block_ref = 2;
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open fun getChainTag(): Int
/ Last byte of the genesis block ID which is used to identify a blockchain to prevent the cross-chain replay attack.
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uint32 chain_tag = 1;
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open fun getClauses(index: Int): Clause
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun getClausesCount(): Int
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun getClausesList(): List<Clause>
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun getDependsOn(): ByteString
/ ID of the transaction on which the current transaction depends.
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bytes depends_on = 7;
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open fun getExpiration(): Int
/ How long, in terms of the number of blocks, the transaction will be allowed to be mined in VeChainThor.
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uint32 expiration = 3;
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open fun getGas(): Long
/ Maximum amount of gas allowed to pay for the transaction.
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uint64 gas = 6;
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open fun getGasPriceCoef(): Int
/ Coefficient used to calculate the gas price for the transaction.
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uint32 gas_price_coef = 5;
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open fun getNonce(): Long
/ Number set by user.
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uint64 nonce = 8;
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open fun getPrivateKey(): ByteString
/ The secret private key used for signing (32 bytes).
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bytes private_key = 9;
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open fun removeClauses(index: Int): VeChain.SigningInput.Builder
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun setBlockRef(value: Long): VeChain.SigningInput.Builder
/ Reference to a specific block.
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uint64 block_ref = 2;
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open fun setChainTag(value: Int): VeChain.SigningInput.Builder
/ Last byte of the genesis block ID which is used to identify a blockchain to prevent the cross-chain replay attack.
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uint32 chain_tag = 1;
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open fun setClauses(index: Int, builderForValue: Builder): VeChain.SigningInput.Builder
open fun setClauses(index: Int, value: Clause): VeChain.SigningInput.Builder
/ 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.
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repeated .TW.VeChain.Proto.Clause clauses = 4;
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open fun setDependsOn(value: ByteString): VeChain.SigningInput.Builder
/ ID of the transaction on which the current transaction depends.
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bytes depends_on = 7;
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open fun setExpiration(value: Int): VeChain.SigningInput.Builder
/ How long, in terms of the number of blocks, the transaction will be allowed to be mined in VeChainThor.
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uint32 expiration = 3;
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open fun setGas(value: Long): VeChain.SigningInput.Builder
/ Maximum amount of gas allowed to pay for the transaction.
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uint64 gas = 6;
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open fun setGasPriceCoef(value: Int): VeChain.SigningInput.Builder
/ Coefficient used to calculate the gas price for the transaction.
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uint32 gas_price_coef = 5;
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open fun setNonce(value: Long): VeChain.SigningInput.Builder
/ Number set by user.
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uint64 nonce = 8;
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open fun setPrivateKey(value: ByteString): VeChain.SigningInput.Builder
/ The secret private key used for signing (32 bytes).
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bytes private_key = 9;