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feat: add tx signing with both stake and payment key #36

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feat: add tx signing with both stake and payment key #36

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199 changes: 155 additions & 44 deletions ApolloBuilder.go
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Original file line number Diff line number Diff line change
Expand Up @@ -337,7 +337,13 @@ func (b *Apollo) AddDatum(pd *PlutusData.PlutusData) *Apollo {
Returns:
*Apollo: A pointer to the modified Apollo instance with the payment and datum added.
*/
func (b *Apollo) PayToContract(contractAddress Address.Address, pd *PlutusData.PlutusData, lovelace int, isInline bool, units ...Unit) *Apollo {
func (b *Apollo) PayToContract(
contractAddress Address.Address,
pd *PlutusData.PlutusData,
lovelace int,
isInline bool,
units ...Unit,
) *Apollo {
if isInline {
b = b.AddPayment(&Payment{lovelace, contractAddress, units, pd, nil, isInline})
} else if pd != nil {
Expand All @@ -355,25 +361,40 @@ func (b *Apollo) PayToContract(contractAddress Address.Address, pd *PlutusData.P
/*
*

AddRequiredSignerFromBech32 decodes an address in Bech32 format and adds
its payment and staking parts as required signers.
AddRequiredSignerFromBech32 decodes an address in Bech32 format and adds
its payment and staking parts as required signers.

Params:


address (string): The Bech32-encoded address to decode and add its parts as required signers.


addPaymentPart (bool): Indicates whether to add the payment part as a required signer.


Params:
address (string): The Bech32-encoded address to decode and add its parts as required signers.
addPaymentPart (bool): Indicates whether to add the payment part as a required signer.
addStakingPart (bool): Indicates whether to add the staking part as a required signer.

Returns:
*Apollo: A pointer to the modified Apollo instance with the required signers added.
*/
func (b *Apollo) AddRequiredSignerFromBech32(address string, addPaymentPart, addStakingPart bool) *Apollo {
func (b *Apollo) AddRequiredSignerFromBech32(
address string,
addPaymentPart, addStakingPart bool,
) *Apollo {
decoded_addr, _ := Address.DecodeAddress(address)
if addPaymentPart {
b.requiredSigners = append(b.requiredSigners, serialization.PubKeyHash(decoded_addr.PaymentPart[0:28]))
b.requiredSigners = append(
b.requiredSigners,
serialization.PubKeyHash(decoded_addr.PaymentPart[0:28]),
)

}
if addStakingPart {
b.requiredSigners = append(b.requiredSigners, serialization.PubKeyHash(decoded_addr.StakingPart[0:28]))
b.requiredSigners = append(
b.requiredSigners,
serialization.PubKeyHash(decoded_addr.StakingPart[0:28]),
)
}
return b

Expand Down Expand Up @@ -401,14 +422,23 @@ func (b *Apollo) AddRequiredSigner(pkh serialization.PubKeyHash) *Apollo {
AddRequiredSignerFromAddress extracts the payment and staking parts from an address and adds them as required signers.

Params:
address (Address.Address): The address from which to extract the parts and add them as required signers.
addPaymentPart (bool): Indicates whether to add the payment part as a required signer.
addStakingPart (bool): Indicates whether to add the staking part as a required signer.

Returns:
*Apollo: A pointer to the modified Apollo instance with the required signers added.

address (Address.Address): The address from which to extract the parts and add them as required signers.


addPaymentPart (bool): Indicates whether to add the payment part as a required signer.


addStakingPart (bool): Indicates whether to add the staking part as a required signer.

Returns:
*Apollo: A pointer to the modified Apollo instance with the required signers added.
*/
func (b *Apollo) AddRequiredSignerFromAddress(address Address.Address, addPaymentPart, addStakingPart bool) *Apollo {
func (b *Apollo) AddRequiredSignerFromAddress(
address Address.Address,
addPaymentPart, addStakingPart bool,
) *Apollo {
if addPaymentPart {
pkh := serialization.PubKeyHash(address.PaymentPart)

Expand Down Expand Up @@ -787,10 +817,14 @@ func (b *Apollo) setCollateral() (*Apollo, error) {
if len(b.collaterals) > 0 {
collateral_amount := 5_000_000
for _, utxo := range b.collaterals {
if int(utxo.Output.GetValue().GetCoin()) >= collateral_amount+1_000_000 && len(utxo.Output.GetValue().GetAssets()) <= 5 {
if int(utxo.Output.GetValue().GetCoin()) >= collateral_amount+1_000_000 &&
len(utxo.Output.GetValue().GetAssets()) <= 5 {
b.totalCollateral = collateral_amount
return_amount := utxo.Output.GetValue().GetCoin() - int64(collateral_amount)
returnOutput := TransactionOutput.SimpleTransactionOutput(b.inputAddresses[0], Value.SimpleValue(return_amount, utxo.Output.GetValue().GetAssets()))
returnOutput := TransactionOutput.SimpleTransactionOutput(
b.inputAddresses[0],
Value.SimpleValue(return_amount, utxo.Output.GetValue().GetAssets()),
)
b.collateralReturn = &returnOutput
}
}
Expand All @@ -805,9 +839,16 @@ func (b *Apollo) setCollateral() (*Apollo, error) {
availableUtxos := b.getAvailableUtxos()
collateral_amount := 5_000_000
for _, utxo := range availableUtxos {
if int(utxo.Output.GetValue().GetCoin()) >= collateral_amount && len(utxo.Output.GetValue().GetAssets()) <= 5 {
if int(utxo.Output.GetValue().GetCoin()) >= collateral_amount &&
len(utxo.Output.GetValue().GetAssets()) <= 5 {
return_amount := utxo.Output.GetValue().GetCoin() - int64(collateral_amount)
min_lovelace := Utils.MinLovelacePostAlonzo(TransactionOutput.SimpleTransactionOutput(b.inputAddresses[0], Value.SimpleValue(return_amount, utxo.Output.GetAmount().GetAssets())), b.Context)
min_lovelace := Utils.MinLovelacePostAlonzo(
TransactionOutput.SimpleTransactionOutput(
b.inputAddresses[0],
Value.SimpleValue(return_amount, utxo.Output.GetAmount().GetAssets()),
),
b.Context,
)
if min_lovelace > return_amount && return_amount != 0 {
continue
} else if return_amount == 0 && len(utxo.Output.GetAmount().GetAssets()) == 0 {
Expand All @@ -826,7 +867,13 @@ func (b *Apollo) setCollateral() (*Apollo, error) {
for _, utxo := range availableUtxos {
if int(utxo.Output.GetValue().GetCoin()) >= collateral_amount {
return_amount := utxo.Output.GetValue().GetCoin() - int64(collateral_amount)
min_lovelace := Utils.MinLovelacePostAlonzo(TransactionOutput.SimpleTransactionOutput(b.inputAddresses[0], Value.SimpleValue(return_amount, utxo.Output.GetAmount().GetAssets())), b.Context)
min_lovelace := Utils.MinLovelacePostAlonzo(
TransactionOutput.SimpleTransactionOutput(
b.inputAddresses[0],
Value.SimpleValue(return_amount, utxo.Output.GetAmount().GetAssets()),
),
b.Context,
)
if min_lovelace > return_amount && return_amount != 0 {
continue
} else if return_amount == 0 && len(utxo.Output.GetAmount().GetAssets()) == 0 {
Expand Down Expand Up @@ -1032,7 +1079,11 @@ func (b *Apollo) Complete() (*Apollo, error) {
}
}
for {
if selectedAmount.Greater(requestedAmount.Add(Value.Value{Am: Amount.Amount{}, Coin: 1_000_000, HasAssets: false})) {
if selectedAmount.Greater(
requestedAmount.Add(
Value.Value{Am: Amount.Amount{}, Coin: 1_000_000, HasAssets: false},
),
) {
break
}
if len(available_utxos) == 0 {
Expand Down Expand Up @@ -1069,7 +1120,12 @@ func (b *Apollo) Complete() (*Apollo, error) {
return nil, err
}
witnessSet := b.buildWitnessSet()
b.tx = &Transaction.Transaction{TransactionBody: body, TransactionWitnessSet: witnessSet, AuxiliaryData: b.auxiliaryData, Valid: true}
b.tx = &Transaction.Transaction{
TransactionBody: body,
TransactionWitnessSet: witnessSet,
AuxiliaryData: b.auxiliaryData,
Valid: true,
}
return b, nil
}

Expand All @@ -1088,7 +1144,10 @@ func (b *Apollo) Complete() (*Apollo, error) {
bool: True if adding change would exceed the UTXO limit, false otherwise.
*/
func isOverUtxoLimit(change Value.Value, address Address.Address, b Base.ChainContext) bool {
txOutput := TransactionOutput.SimpleTransactionOutput(address, Value.SimpleValue(0, change.GetAssets()))
txOutput := TransactionOutput.SimpleTransactionOutput(
address,
Value.SimpleValue(0, change.GetAssets()),
)
encoded, _ := cbor.Marshal(txOutput)
maxValSize, _ := strconv.Atoi(b.GetProtocolParams().MaxValSize)
return len(encoded) > maxValSize
Expand All @@ -1107,7 +1166,9 @@ func isOverUtxoLimit(change Value.Value, address Address.Address, b Base.ChainCo
b: The ChainContext providing protocol parameters.

Returns:
[]*Payment: An array of payment objects, split if necessary to avoid exceeding the UTxO limit.


[]*Payment: An array of payment objects, split if necessary to avoid exceeding the UTxO limit.
*/
func splitPayments(c Value.Value, a Address.Address, b Base.ChainContext) []*Payment {
lovelace := c.GetCoin()
Expand Down Expand Up @@ -1219,7 +1280,10 @@ func (b *Apollo) addChangeAndFee() (*Apollo, error) {
requestedAmount.AddLovelace(b.Fee)
change := providedAmount.Sub(requestedAmount)
if change.GetCoin() < Utils.MinLovelacePostAlonzo(
TransactionOutput.SimpleTransactionOutput(b.inputAddresses[0], Value.SimpleValue(0, change.GetAssets())),
TransactionOutput.SimpleTransactionOutput(
b.inputAddresses[0],
Value.SimpleValue(0, change.GetAssets()),
),
b.Context,
) {
if len(b.getAvailableUtxos()) == 0 {
Expand Down Expand Up @@ -1362,7 +1426,10 @@ Returns:
error: an error if setWalletFromMnemonic fails.
*/

func (a *Apollo) SetWalletFromMnemonic(mnemonic string, network constants.Network) (*Apollo, error) {
func (a *Apollo) SetWalletFromMnemonic(
mnemonic string,
network constants.Network,
) (*Apollo, error) {
paymentPath := "m/1852'/1815'/0'/0/0"
stakingPath := "m/1852'/1815'/0'/2/0"
hdWall, err := HDWallet.NewHDWalletFromMnemonic(mnemonic, "")
Expand All @@ -1384,19 +1451,32 @@ func (a *Apollo) SetWalletFromMnemonic(mnemonic string, network constants.Networ
//stake := stakingKeyPath.RootXprivKey.Bytes()
signingKey := Key.SigningKey{Payload: signingKey_bytes}
verificationKey := Key.VerificationKey{Payload: verificationKey_bytes}
stakeSigningKey := Key.StakeSigningKey{Payload: stakeSigningKey_bytes}
stakeVerificationKey := Key.StakeVerificationKey{Payload: stakeVerificationKey_bytes}
stakeSigningKey := Key.SigningKey{Payload: stakeSigningKey_bytes}
stakeVerificationKey := Key.VerificationKey{Payload: stakeVerificationKey_bytes}
stakeVerKey := Key.VerificationKey{Payload: stakeVerificationKey_bytes}
skh, _ := stakeVerKey.Hash()
vkh, _ := verificationKey.Hash()

addr := Address.Address{}
if network == constants.MAINNET {
addr = Address.Address{StakingPart: skh[:], PaymentPart: vkh[:], Network: 1, AddressType: Address.KEY_KEY, HeaderByte: 0b00000001, Hrp: "addr"}
addr = Address.Address{
StakingPart: skh[:],
PaymentPart: vkh[:],
Network: 1,
AddressType: Address.KEY_KEY,
HeaderByte: 0b00000001,
Hrp: "addr",
}
} else {
addr = Address.Address{StakingPart: skh[:], PaymentPart: vkh[:], Network: 0, AddressType: Address.KEY_KEY, HeaderByte: 0b00000000, Hrp: "addr_test"}
}
wallet := apollotypes.GenericWallet{SigningKey: signingKey, VerificationKey: verificationKey, Address: addr, StakeSigningKey: stakeSigningKey, StakeVerificationKey: stakeVerificationKey}
wallet := apollotypes.GenericWallet{
SigningKey: signingKey,
VerificationKey: verificationKey,
Address: addr,
StakeSigningKey: stakeSigningKey,
StakeVerificationKey: stakeVerificationKey,
}
a.wallet = &wallet
return a, nil
}
Expand All @@ -1421,16 +1501,23 @@ func (a *Apollo) SetWalletFromKeypair(vkey string, skey string, network constant

addr := Address.Address{}
if network == constants.MAINNET {
addr = Address.Address{StakingPart: nil, PaymentPart: vkh[:], Network: 1, AddressType: Address.KEY_NONE, HeaderByte: 0b01100001, Hrp: "addr"}
addr = Address.Address{
StakingPart: nil,
PaymentPart: vkh[:],
Network: 1,
AddressType: Address.KEY_NONE,
HeaderByte: 0b01100001,
Hrp: "addr",
}
} else {
addr = Address.Address{StakingPart: nil, PaymentPart: vkh[:], Network: 0, AddressType: Address.KEY_NONE, HeaderByte: 0b01100000, Hrp: "addr_test"}
}
wallet := apollotypes.GenericWallet{
SigningKey: signingKey,
VerificationKey: verificationKey,
Address: addr,
StakeSigningKey: Key.StakeSigningKey{},
StakeVerificationKey: Key.StakeVerificationKey{},
StakeSigningKey: Key.SigningKey{},
StakeVerificationKey: Key.VerificationKey{},
}
a.wallet = &wallet
return a
Expand Down Expand Up @@ -1489,7 +1576,10 @@ func (b *Apollo) SetWalletAsChangeAddress() *Apollo {
*Apollo: A pointer to the Apollo object with the transaction signed.
*/
func (b *Apollo) Sign() *Apollo {
signatures := b.wallet.SignTx(*b.tx)
usedUtxos := make([]UTxO.UTxO, 0)
usedUtxos = append(usedUtxos, b.preselectedUtxos...)
usedUtxos = append(usedUtxos, b.collaterals...)
signatures := b.wallet.SignTx(*b.tx, usedUtxos)
b.tx.TransactionWitnessSet = signatures
return b
}
Expand Down Expand Up @@ -1517,7 +1607,10 @@ func (b *Apollo) SignWithSkey(vkey Key.VerificationKey, skey Key.SigningKey) (*A
if err != nil {
return b, err
}
witness_set.VkeyWitnesses = append(witness_set.VkeyWitnesses, VerificationKeyWitness.VerificationKeyWitness{Vkey: vkey, Signature: signature})
witness_set.VkeyWitnesses = append(
witness_set.VkeyWitnesses,
VerificationKeyWitness.VerificationKeyWitness{Vkey: vkey, Signature: signature},
)
b.GetTx().TransactionWitnessSet = witness_set
return b, nil
}
Expand Down Expand Up @@ -1595,7 +1688,9 @@ func (b *Apollo) UtxoFromRef(txHash string, txIndex int) *UTxO.UTxO {
Returns:
*Apollo: A pointer to the modified Apollo instance with the added verification key witness.
*/
func (b *Apollo) AddVerificationKeyWitness(vkw VerificationKeyWitness.VerificationKeyWitness) *Apollo {
func (b *Apollo) AddVerificationKeyWitness(
vkw VerificationKeyWitness.VerificationKeyWitness,
) *Apollo {
b.tx.TransactionWitnessSet.VkeyWitnesses = append(b.tx.TransactionWitnessSet.VkeyWitnesses, vkw)
return b
}
Expand Down Expand Up @@ -1705,11 +1800,13 @@ func (b *Apollo) GetUsedUTxOs() []string {
/*
*

SetEstimationExUnitsRequired enables the estimation of execution units
for the transaction.
SetEstimationExUnitsRequired enables the estimation of execution units
for the transaction.

Returns:
*Apollo: A pointer to the modified Apollo instance with execution units estimation enabled.
Returns:


*Apollo: A pointer to the modified Apollo instance with execution units estimation enabled.
*/
func (b *Apollo) SetEstimationExUnitsRequired() *Apollo {
b.isEstimateRequired = true
Expand Down Expand Up @@ -1744,22 +1841,31 @@ func (b *Apollo) AddReferenceInput(txHash string, index int) *Apollo {
DisableExecutionUnitsEstimation disables the estimation of execution units for the transaction.

Returns:
*Apollo: A pointer to the modified Apollo instance with execution units estimation disabled.


*Apollo: A pointer to the modified Apollo instance with execution units estimation disabled.
*/
func (b *Apollo) DisableExecutionUnitsEstimation() *Apollo {
b.isEstimateRequired = false
return b
}

func (b *Apollo) AddWithdrawal(address Address.Address, amount int, redeemerData PlutusData.PlutusData) *Apollo {
func (b *Apollo) AddWithdrawal(
address Address.Address,
amount int,
redeemerData PlutusData.PlutusData,
) *Apollo {
if b.withdrawals == nil {
newWithdrawal := Withdrawal.New()
b.withdrawals = &newWithdrawal
}
var stakeAddr [29]byte
stakeAddr[0] = address.HeaderByte
if len(address.StakingPart) != 28 {
fmt.Printf("AddWithdrawal: address has invalid or missing staking part: %v\n", address.StakingPart)
fmt.Printf(
"AddWithdrawal: address has invalid or missing staking part: %v\n",
address.StakingPart,
)
}
copy(stakeAddr[1:], address.StakingPart)
err := b.withdrawals.Add(stakeAddr, amount)
Expand Down Expand Up @@ -1800,7 +1906,12 @@ func (b *Apollo) CompleteExact(fee int) (*Apollo, error) {
return nil, err
}
witnessSet := b.buildWitnessSet()
b.tx = &Transaction.Transaction{TransactionBody: body, TransactionWitnessSet: witnessSet, AuxiliaryData: b.auxiliaryData, Valid: true}
b.tx = &Transaction.Transaction{
TransactionBody: body,
TransactionWitnessSet: witnessSet,
AuxiliaryData: b.auxiliaryData,
Valid: true,
}
return b, nil
}

Expand Down
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