use of io.nem.symbol.sdk.model.message.PlainMessage in project nem2-sdk-java by nemtech.
the class RepositoryFactoryConfigurationExamplesIntegrationTest method appDoSomeStuff.
public void appDoSomeStuff(RepositoryFactory repositoryFactory) throws ExecutionException, InterruptedException {
// The application logic is exactly the same regardless of how the repository
// factory was
// set
// Note: if rest is used, these values are cached form rest
Currency currency = repositoryFactory.getNetworkCurrency().toFuture().get();
String generationHash = repositoryFactory.getGenerationHash().toFuture().get();
NetworkType networkType = repositoryFactory.getNetworkType().toFuture().get();
Account sender = Account.generateNewAccount(networkType);
Account recipient = Account.generateNewAccount(networkType);
Duration epochAdjustment = repositoryFactory.getEpochAdjustment().toFuture().get();
TransferTransaction transferTransaction = TransferTransactionFactory.create(networkType, Deadline.create(epochAdjustment), recipient.getAddress(), Collections.singletonList(currency.createRelative(BigInteger.TEN))).message(new PlainMessage("")).build();
SignedTransaction signedTransaction = transferTransaction.signWith(sender, generationHash);
// Announce or store somewhere....
}
use of io.nem.symbol.sdk.model.message.PlainMessage in project nem2-sdk-java by nemtech.
the class MultisigAccountOperationsIntegrationTest method cosignatureTransactionOnSign.
@ParameterizedTest
@EnumSource(RepositoryType.class)
void cosignatureTransactionOnSign(RepositoryType type) {
Account multisigAccount = helper().getMultisigAccount(type).getLeft();
Account cosignatoryAccount = config().getCosignatoryAccount();
Address recipient = getRecipient();
TransferTransaction transferTransaction = TransferTransactionFactory.create(getNetworkType(), getDeadline(), recipient, Collections.singletonList(getNetworkCurrency().createAbsolute(BigInteger.valueOf(1)))).message(new PlainMessage("test-message")).maxFee(maxFee).build();
AggregateTransaction aggregateTransaction = AggregateTransactionFactory.createBonded(getNetworkType(), getDeadline(), Collections.singletonList(transferTransaction.toAggregate(multisigAccount.getPublicAccount()))).maxFee(maxFee).build();
SignedTransaction signedTransaction = cosignatoryAccount.sign(aggregateTransaction, getGenerationHash());
TransactionFactory<HashLockTransaction> hashLockTransaction = HashLockTransactionFactory.create(getNetworkType(), getDeadline(), getNetworkCurrency().createRelative(BigInteger.valueOf(10)), BigInteger.valueOf(100), signedTransaction).maxFee(maxFee);
SignedTransaction signedHashLockTransaction = hashLockTransaction.build().signWith(cosignatoryAccount, getGenerationHash());
AggregateTransaction finalTransaction = getTransactionOrFail(getTransactionService(type).announceHashLockAggregateBonded(getListener(type), signedHashLockTransaction, signedTransaction), aggregateTransaction);
Assertions.assertNotNull(finalTransaction);
}
use of io.nem.symbol.sdk.model.message.PlainMessage in project nem2-sdk-java by nemtech.
the class MultisignIntegrationTest method createSignedAggregatedBondTransaction.
private SignedTransaction createSignedAggregatedBondTransaction(Account multisigAccount, Account cosignAccount, Address recipient) {
TransferTransaction transferTransaction = TransferTransactionFactory.create(getNetworkType(), getDeadline(), recipient, Collections.emptyList()).message(new PlainMessage("test-message")).build();
AggregateTransaction aggregateTransaction = AggregateTransactionFactory.createBonded(getNetworkType(), getDeadline(), Collections.singletonList(transferTransaction.toAggregate(multisigAccount.getPublicAccount()))).maxFee(maxFee).build();
return cosignAccount.sign(aggregateTransaction, getGenerationHash());
}
use of io.nem.symbol.sdk.model.message.PlainMessage in project nem2-sdk-java by nemtech.
the class TransactionServiceTest method announceAggregateBonded.
@Test
void announceAggregateBonded() throws ExecutionException, InterruptedException {
TransferTransaction transaction1 = TransferTransactionFactory.create(networkType, new Deadline(BigInteger.ONE), Address.generateRandom(networkType), Arrays.asList(new Mosaic(new MosaicId(new BigInteger("95442763262823")), BigInteger.valueOf(100)))).message(new PlainMessage("Some Message")).signer(account.getPublicAccount()).build();
AggregateTransaction aggregateTransaction = AggregateTransactionFactory.create(TransactionType.AGGREGATE_BONDED, networkType, new Deadline(BigInteger.ONE), Collections.singletonList(transaction1), Collections.emptyList()).build();
String generationHash = "abc";
SignedTransaction aggregateSignedTransaction = aggregateTransaction.signWith(account, generationHash);
TransactionAnnounceResponse aggregateTransactionAnnounceResponse = new TransactionAnnounceResponse("Aggregate Some Message");
Mockito.when(transactionRepositoryMock.announceAggregateBonded(Mockito.eq(aggregateSignedTransaction))).thenReturn(Observable.just(aggregateTransactionAnnounceResponse));
Mockito.when(listener.aggregateBondedAddedOrError(Mockito.eq(account.getAddress()), Mockito.eq(aggregateSignedTransaction.getHash()))).thenReturn(Observable.just(aggregateTransaction));
Observable<AggregateTransaction> announcedTransaction = service.announceAggregateBonded(listener, aggregateSignedTransaction);
Assertions.assertEquals(aggregateTransaction, announcedTransaction.toFuture().get());
}
use of io.nem.symbol.sdk.model.message.PlainMessage in project nem2-sdk-java by nemtech.
the class AggregateTransactionServiceTest method shouldReturnCorrectIsCompleteStatuTrueMultipleNormalAccount.
/*
* ACT Alice: account1 Bob: account4 An escrow contract is signed by all the participants
* (normal accounts) Given Alice defined the following escrow contract: | sender | recipient |
* type | data | | Alice | Bob | send-an-asset | 1 concert.ticket | | Bob | Alice |
* send-an-asset | 20 euros | And Bob signs the contract And Alice signs the contract Then the
* contract should appear as complete
*/
@Test
void shouldReturnCorrectIsCompleteStatuTrueMultipleNormalAccount() throws ExecutionException, InterruptedException {
TransferTransaction transferTransaction = TransferTransactionFactory.create(networkType, new Deadline(BigInteger.ONE), account1.getAddress(), Collections.emptyList()).message(new PlainMessage("test-message")).build();
TransferTransaction transferTransaction2 = TransferTransactionFactory.create(networkType, new Deadline(BigInteger.ONE), account4.getAddress(), Collections.emptyList()).message(new PlainMessage("test-message")).build();
AggregateTransaction aggregateTransaction = AggregateTransactionFactory.createComplete(networkType, new Deadline(BigInteger.ONE), Arrays.asList(transferTransaction.toAggregate(account4.getPublicAccount()), transferTransaction2.toAggregate(account1.getPublicAccount()))).build();
SignedTransaction signedTransaction1 = aggregateTransaction.signWith(account1, generationHash);
Assertions.assertFalse(service.isComplete(signedTransaction1).toFuture().get());
SignedTransaction signedTransaction2 = account1.signTransactionWithCosignatories(aggregateTransaction, Collections.singletonList(account4), generationHash);
Assertions.assertTrue(service.isComplete(signedTransaction2).toFuture().get());
}
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