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@ -175,29 +175,61 @@ public class CodeDelegationTransactionAcceptanceTest extends AcceptanceTestBase |
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besuNode.execute(ethTransactions.sendRawTransaction(tx.encoded().toHexString())); |
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besuNode.execute(ethTransactions.sendRawTransaction(tx.encoded().toHexString())); |
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testHelper.buildNewBlock(); |
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testHelper.buildNewBlock(); |
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Optional<TransactionReceipt> maybeTransactionReceipt = |
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final Optional<TransactionReceipt> maybeFirstTransactionReceipt = |
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besuNode.execute(ethTransactions.getTransactionReceipt(txHash)); |
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besuNode.execute(ethTransactions.getTransactionReceipt(txHash)); |
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assertThat(maybeTransactionReceipt).isPresent(); |
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assertThat(maybeFirstTransactionReceipt).isPresent(); |
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final String gasPriceWithout0x = |
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final String gasPriceWithout0x = |
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maybeTransactionReceipt.get().getEffectiveGasPrice().substring(2); |
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maybeFirstTransactionReceipt.get().getEffectiveGasPrice().substring(2); |
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final BigInteger gasPrice = new BigInteger(gasPriceWithout0x, 16); |
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final BigInteger gasPrice = new BigInteger(gasPriceWithout0x, 16); |
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final BigInteger txCost = maybeTransactionReceipt.get().getGasUsed().multiply(gasPrice); |
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final BigInteger txCost = maybeFirstTransactionReceipt.get().getGasUsed().multiply(gasPrice); |
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final BigInteger authorizerBalance = besuNode.execute(ethTransactions.getBalance(authorizer)); |
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final BigInteger authorizerBalanceAfterFirstTx = |
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besuNode.execute(ethTransactions.getBalance(authorizer)); |
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// The remaining balance of the authorizer should the gas limit multiplied by the gas price
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// The remaining balance of the authorizer should the gas limit multiplied by the gas price
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// minus the transaction cost.
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// minus the transaction cost.
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// The following executes this calculation in reverse.
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// The following executes this calculation in reverse.
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assertThat(GAS_LIMIT).isEqualTo(authorizerBalance.add(txCost).divide(gasPrice).longValue()); |
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assertThat(GAS_LIMIT) |
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.isEqualTo(authorizerBalanceAfterFirstTx.add(txCost).divide(gasPrice).longValue()); |
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// The other accounts balance should be the initial 9000 ETH balance from the authorizer minus
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// The other accounts balance should be the initial 9000 ETH balance from the authorizer minus
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// the remaining balance of the authorizer and minus the transaction cost
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// the remaining balance of the authorizer and minus the transaction cost
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cluster.verify( |
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final BigInteger otherAccountBalanceAfterFirstTx = |
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otherAccount.balanceEquals( |
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new BigInteger("90000000000000000000000") |
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Amount.wei( |
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.subtract(authorizerBalanceAfterFirstTx) |
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new BigInteger("90000000000000000000000") |
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.subtract(txCost); |
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.subtract(authorizerBalance) |
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.subtract(txCost)))); |
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cluster.verify(otherAccount.balanceEquals(Amount.wei(otherAccountBalanceAfterFirstTx))); |
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final Transaction txSendEthToOtherAccount = |
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Transaction.builder() |
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.type(TransactionType.EIP1559) |
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.chainId(BigInteger.valueOf(20211)) |
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.nonce(2) |
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.maxPriorityFeePerGas(Wei.of(10)) |
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.maxFeePerGas(Wei.of(100)) |
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.gasLimit(21000) |
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.to(Address.fromHexStringStrict(otherAccount.getAddress())) |
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.value(Wei.ONE) |
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.payload(Bytes.EMPTY) |
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.signAndBuild( |
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secp256k1.createKeyPair( |
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secp256k1.createPrivateKey(AUTHORIZER_PRIVATE_KEY.toUnsignedBigInteger()))); |
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final String txSendEthToOtherAccountHash = |
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besuNode.execute( |
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ethTransactions.sendRawTransaction(txSendEthToOtherAccount.encoded().toHexString())); |
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testHelper.buildNewBlock(); |
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final Optional<TransactionReceipt> maybeSecondTransactionReceipt = |
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besuNode.execute(ethTransactions.getTransactionReceipt(txSendEthToOtherAccountHash)); |
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assertThat(maybeSecondTransactionReceipt).isPresent(); |
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// the balance of the other account should be the previous balance plus the value of the 1 Wei
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final BigInteger otherAccountBalanceAfterSecondTx = |
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besuNode.execute(ethTransactions.getBalance(otherAccount)); |
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assertThat(otherAccountBalanceAfterFirstTx.add(BigInteger.ONE)) |
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.isEqualTo(otherAccountBalanceAfterSecondTx); |
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} |
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} |
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} |
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} |
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