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

Builder

Input data necessary to create a signed transaction.

Protobuf type TW.Cardano.Proto.SigningInput

Functions

addAllPrivateKey

open fun addAllPrivateKey(values: Iterable<out ByteString>): Cardano.SigningInput.Builder

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

addAllUtxos

open fun addAllUtxos(values: Iterable<out TxInput>): Cardano.SigningInput.Builder

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

addPrivateKey

open fun addPrivateKey(value: ByteString): Cardano.SigningInput.Builder

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

addUtxos

open fun addUtxos(builderForValue: Builder): Cardano.SigningInput.Builder

open fun addUtxos(value: TxInput): Cardano.SigningInput.Builder

open fun addUtxos(index: Int, builderForValue: Builder): Cardano.SigningInput.Builder

open fun addUtxos(index: Int, value: TxInput): Cardano.SigningInput.Builder

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

clearDelegate

open fun clearDelegate(): Cardano.SigningInput.Builder

Optional, used in case of (re)delegation

.TW.Cardano.Proto.Delegate delegate = 7;

clearDeregisterStakingKey

open fun clearDeregisterStakingKey(): Cardano.SigningInput.Builder

Optional

.TW.Cardano.Proto.DeregisterStakingKey deregister_staking_key = 9;

clearPlan

open fun clearPlan(): Cardano.SigningInput.Builder

Optional plan, if missing it will be computed

.TW.Cardano.Proto.TransactionPlan plan = 5;

clearPrivateKey

open fun clearPrivateKey(): Cardano.SigningInput.Builder

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

clearRegisterStakingKey

open fun clearRegisterStakingKey(): Cardano.SigningInput.Builder

Optional, used in case of Staking Key registration (prerequisite for Staking)

.TW.Cardano.Proto.RegisterStakingKey register_staking_key = 6;

clearTransferMessage

open fun clearTransferMessage(): Cardano.SigningInput.Builder

Later this can be made oneof if more message types are supported

.TW.Cardano.Proto.Transfer transfer_message = 3;

clearTtl

open fun clearTtl(): Cardano.SigningInput.Builder

Time-to-live time of the TX

uint64 ttl = 4;

clearUtxos

open fun clearUtxos(): Cardano.SigningInput.Builder

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

clearWithdraw

open fun clearWithdraw(): Cardano.SigningInput.Builder

Optional, used in case of withdraw

.TW.Cardano.Proto.Withdraw withdraw = 8;

getDelegate

open fun getDelegate(): Delegate

Optional, used in case of (re)delegation

.TW.Cardano.Proto.Delegate delegate = 7;

getDeregisterStakingKey

open fun getDeregisterStakingKey(): DeregisterStakingKey

Optional

.TW.Cardano.Proto.DeregisterStakingKey deregister_staking_key = 9;

getPlan

open fun getPlan(): TransactionPlan

Optional plan, if missing it will be computed

.TW.Cardano.Proto.TransactionPlan plan = 5;

getPrivateKey

open fun getPrivateKey(index: Int): ByteString

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

getPrivateKeyCount

open fun getPrivateKeyCount(): Int

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

getPrivateKeyList

open fun getPrivateKeyList(): List<ByteString>

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

getRegisterStakingKey

open fun getRegisterStakingKey(): RegisterStakingKey

Optional, used in case of Staking Key registration (prerequisite for Staking)

.TW.Cardano.Proto.RegisterStakingKey register_staking_key = 6;

getTransferMessage

open fun getTransferMessage(): Transfer

Later this can be made oneof if more message types are supported

.TW.Cardano.Proto.Transfer transfer_message = 3;

getTtl

open fun getTtl(): Long

Time-to-live time of the TX

uint64 ttl = 4;

getUtxos

open fun getUtxos(index: Int): TxInput

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

getUtxosCount

open fun getUtxosCount(): Int

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

getUtxosList

open fun getUtxosList(): List<TxInput>

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

getWithdraw

open fun getWithdraw(): Withdraw

Optional, used in case of withdraw

.TW.Cardano.Proto.Withdraw withdraw = 8;

hasDelegate

open fun hasDelegate(): Boolean

Optional, used in case of (re)delegation

.TW.Cardano.Proto.Delegate delegate = 7;

hasDeregisterStakingKey

open fun hasDeregisterStakingKey(): Boolean

Optional

.TW.Cardano.Proto.DeregisterStakingKey deregister_staking_key = 9;

hasPlan

open fun hasPlan(): Boolean

Optional plan, if missing it will be computed

.TW.Cardano.Proto.TransactionPlan plan = 5;

hasRegisterStakingKey

open fun hasRegisterStakingKey(): Boolean

Optional, used in case of Staking Key registration (prerequisite for Staking)

.TW.Cardano.Proto.RegisterStakingKey register_staking_key = 6;

hasTransferMessage

open fun hasTransferMessage(): Boolean

Later this can be made oneof if more message types are supported

.TW.Cardano.Proto.Transfer transfer_message = 3;

hasWithdraw

open fun hasWithdraw(): Boolean

Optional, used in case of withdraw

.TW.Cardano.Proto.Withdraw withdraw = 8;

mergeDelegate

open fun mergeDelegate(value: Delegate): Cardano.SigningInput.Builder

Optional, used in case of (re)delegation

.TW.Cardano.Proto.Delegate delegate = 7;

mergeDeregisterStakingKey

open fun mergeDeregisterStakingKey(value: DeregisterStakingKey): Cardano.SigningInput.Builder

Optional

.TW.Cardano.Proto.DeregisterStakingKey deregister_staking_key = 9;

mergePlan

open fun mergePlan(value: TransactionPlan): Cardano.SigningInput.Builder

Optional plan, if missing it will be computed

.TW.Cardano.Proto.TransactionPlan plan = 5;

mergeRegisterStakingKey

open fun mergeRegisterStakingKey(value: RegisterStakingKey): Cardano.SigningInput.Builder

Optional, used in case of Staking Key registration (prerequisite for Staking)

.TW.Cardano.Proto.RegisterStakingKey register_staking_key = 6;

mergeTransferMessage

open fun mergeTransferMessage(value: Transfer): Cardano.SigningInput.Builder

Later this can be made oneof if more message types are supported

.TW.Cardano.Proto.Transfer transfer_message = 3;

mergeWithdraw

open fun mergeWithdraw(value: Withdraw): Cardano.SigningInput.Builder

Optional, used in case of withdraw

.TW.Cardano.Proto.Withdraw withdraw = 8;

removeUtxos

open fun removeUtxos(index: Int): Cardano.SigningInput.Builder

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

setDelegate

open fun setDelegate(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setDelegate(value: Delegate): Cardano.SigningInput.Builder

Optional, used in case of (re)delegation

.TW.Cardano.Proto.Delegate delegate = 7;

setDeregisterStakingKey

open fun setDeregisterStakingKey(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setDeregisterStakingKey(value: DeregisterStakingKey): Cardano.SigningInput.Builder

Optional

.TW.Cardano.Proto.DeregisterStakingKey deregister_staking_key = 9;

setPlan

open fun setPlan(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setPlan(value: TransactionPlan): Cardano.SigningInput.Builder

Optional plan, if missing it will be computed

.TW.Cardano.Proto.TransactionPlan plan = 5;

setPrivateKey

open fun setPrivateKey(index: Int, value: ByteString): Cardano.SigningInput.Builder

Available private keys (double extended keys); every input UTXO address should be covered
In case of Plan only, keys should be present, in correct number

repeated bytes private_key = 2;

setRegisterStakingKey

open fun setRegisterStakingKey(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setRegisterStakingKey(value: RegisterStakingKey): Cardano.SigningInput.Builder

Optional, used in case of Staking Key registration (prerequisite for Staking)

.TW.Cardano.Proto.RegisterStakingKey register_staking_key = 6;

setTransferMessage

open fun setTransferMessage(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setTransferMessage(value: Transfer): Cardano.SigningInput.Builder

Later this can be made oneof if more message types are supported

.TW.Cardano.Proto.Transfer transfer_message = 3;

setTtl

open fun setTtl(value: Long): Cardano.SigningInput.Builder

Time-to-live time of the TX

uint64 ttl = 4;

setUtxos

open fun setUtxos(index: Int, builderForValue: Builder): Cardano.SigningInput.Builder

open fun setUtxos(index: Int, value: TxInput): Cardano.SigningInput.Builder

Available input UTXOs

repeated .TW.Cardano.Proto.TxInput utxos = 1;

setWithdraw

open fun setWithdraw(builderForValue: Builder): Cardano.SigningInput.Builder

open fun setWithdraw(value: Withdraw): Cardano.SigningInput.Builder

Optional, used in case of withdraw

.TW.Cardano.Proto.Withdraw withdraw = 8;