use of io.nem.symbol.sdk.model.account.Address in project nem2-sdk-java by nemtech.
the class MosaicAddressRestrictionIntegrationTest method createMosaicAddressRestrictionAndValidateEndpoints.
@ParameterizedTest
@EnumSource(RepositoryType.class)
void createMosaicAddressRestrictionAndValidateEndpoints(RepositoryType type) {
Account testAccount = helper().createTestAccount(type);
Account testAccount2 = config().getTestAccount2();
// 1) Create a mosaic
MosaicId mosaicId = createMosaic(type, testAccount);
BigInteger restrictionKey = BigInteger.valueOf(22222);
// 2) Create a global restriction on the mosaic
MosaicGlobalRestrictionTransaction mosaicGlobalRestrictionTransaction = MosaicGlobalRestrictionTransactionFactory.create(getNetworkType(), getDeadline(), mosaicId, restrictionKey, BigInteger.valueOf(20), MosaicRestrictionType.GE).maxFee(maxFee).build();
announceAndValidate(type, testAccount, mosaicGlobalRestrictionTransaction);
sleep(1000);
// 3)Create a new MosaicAddressRestrictionTransaction
BigInteger originalRestrictionValue = BigInteger.valueOf(30);
Address targetAddress = testAccount2.getAddress();
MosaicAddressRestrictionTransaction createTransaction = MosaicAddressRestrictionTransactionFactory.create(getNetworkType(), getDeadline(), mosaicId, restrictionKey, targetAddress, originalRestrictionValue).maxFee(maxFee).build();
// 4)Announce and validate
MosaicAddressRestrictionTransaction announce1 = announceAggregateAndValidate(type, createTransaction, testAccount).getLeft();
sleep(1000);
assertTransaction(restrictionKey, createTransaction, announce1);
// 5) Validate that endpoints have the data.
sleep(1000);
RestrictionMosaicRepository restrictionRepository = getRepositoryFactory(type).createRestrictionMosaicRepository();
assertMosaicAddressRestriction(restrictionRepository, targetAddress, createTransaction, targetAddress, mosaicId);
// 6) Update the restriction
MosaicAddressRestrictionTransaction updateTransaction = MosaicAddressRestrictionTransactionFactory.create(getNetworkType(), getDeadline(), mosaicId, restrictionKey, targetAddress, BigInteger.valueOf(40)).previousRestrictionValue(originalRestrictionValue).maxFee(maxFee).build();
// 7) Announce and validate.
MosaicAddressRestrictionTransaction announced = announceAggregateAndValidate(type, updateTransaction, testAccount).getLeft();
sleep(1000);
assertTransaction(restrictionKey, updateTransaction, announced);
assertMosaicAddressRestriction(restrictionRepository, targetAddress, updateTransaction, targetAddress, mosaicId);
}
use of io.nem.symbol.sdk.model.account.Address in project nem2-sdk-java by nemtech.
the class MosaicMetadataIntegrationTest method searchIntegration.
//
@ParameterizedTest
@EnumSource(RepositoryType.class)
void searchIntegration(RepositoryType type) {
BigInteger key = MapperUtils.fromHexToBigInteger("000000000000000A");
Address sourceAddress = Address.createFromEncoded("9852D5EAA9AB038151EEBDD34308B3B2B7D82B92955F298E");
Address targetAddress = Address.createFromEncoded("9852D5EAA9AB038151EEBDD34308B3B2B7D82B92955F298E");
MosaicId mosaicId = new MosaicId("213CED6E6BBA6689");
MetadataType metadataType = MetadataType.MOSAIC;
Page<Metadata> metadataPage = get(getRepositoryFactory(type).createMetadataRepository().search(new MetadataSearchCriteria().scopedMetadataKey(key).targetId(mosaicId).sourceAddress(sourceAddress).targetAddress(targetAddress).metadataType(metadataType)));
System.out.println(type + "\n" + toJson(metadataPage));
}
use of io.nem.symbol.sdk.model.account.Address in project nem2-sdk-java by nemtech.
the class NamespaceMetadataIntegrationTest method addMetadataToNamespace.
@ParameterizedTest
@EnumSource(RepositoryType.class)
public void addMetadataToNamespace(RepositoryType type) {
String namespaceName = "namespace-for-metadata-integration-test-" + Double.valueOf(Math.floor(Math.random() * 10000)).intValue();
NamespaceId targetNamespaceId = createRootNamespace(type, testAccount, namespaceName);
System.out.println("Setting metadata " + targetNamespaceId.getIdAsHex());
String message = "This is the message in the Namespace!";
BigInteger key = BigInteger.TEN;
Address targetAddress = testAccount.getAddress();
MetadataTransactionService metadataTransactionService = new MetadataTransactionServiceImpl(getRepositoryFactory(type));
Observable<NamespaceMetadataTransactionFactory> namespaceMetadataTransactionFactory = metadataTransactionService.createNamespaceMetadataTransactionFactory(targetAddress, key, message, targetAddress, targetNamespaceId);
NamespaceMetadataTransaction transaction = get(namespaceMetadataTransactionFactory).build();
AggregateTransaction aggregateTransaction = AggregateTransactionFactory.createComplete(getNetworkType(), getDeadline(), Collections.singletonList(transaction.toAggregate(testAccount.getPublicAccount()))).maxFee(maxFee).build();
AggregateTransaction announceCorrectly = announceAndValidate(type, testAccount, aggregateTransaction);
Assertions.assertEquals(testAccount.getPublicAccount(), announceCorrectly.getSigner().get());
Assertions.assertEquals(1, announceCorrectly.getInnerTransactions().size());
Assertions.assertEquals(transaction.getType(), announceCorrectly.getInnerTransactions().get(0).getType());
NamespaceMetadataTransaction processedTransaction = (NamespaceMetadataTransaction) announceCorrectly.getInnerTransactions().get(0);
// TODO problem comparing namespaces, sometime they are negative big integers
Assertions.assertEquals(transaction.getTargetNamespaceId().getIdAsHex(), processedTransaction.getTargetNamespaceId().getIdAsHex());
Assertions.assertEquals(transaction.getValueSizeDelta(), processedTransaction.getValueSizeDelta());
Assertions.assertEquals(transaction.getScopedMetadataKey(), processedTransaction.getScopedMetadataKey());
System.out.println("Metadata '" + message + "' stored!");
sleep(3000);
List<Metadata> metadata = get(getRepositoryFactory(type).createMetadataRepository().search(new MetadataSearchCriteria().targetId(targetNamespaceId).metadataType(MetadataType.NAMESPACE))).getData();
assertMetadata(transaction, metadata);
assertMetadata(transaction, get(getRepositoryFactory(type).createMetadataRepository().search(new MetadataSearchCriteria().targetId(targetNamespaceId).metadataType(MetadataType.NAMESPACE).scopedMetadataKey(key))).getData());
assertMetadata(transaction, get(getRepositoryFactory(type).createMetadataRepository().search(new MetadataSearchCriteria().targetId(targetNamespaceId).metadataType(MetadataType.NAMESPACE).targetAddress(targetAddress).scopedMetadataKey(key))).getData());
Assertions.assertEquals(message, processedTransaction.getValue());
}
use of io.nem.symbol.sdk.model.account.Address in project nem2-sdk-java by nemtech.
the class SecretLockSecretProofTransactionIntegrationTest method aggregateSecretLockTransaction.
@ParameterizedTest
@EnumSource(RepositoryType.class)
void aggregateSecretLockTransaction(RepositoryType type) {
byte[] secretBytes = RandomUtils.generateRandomBytes(20);
byte[] result = Hashes.sha3_256(secretBytes);
String secret = ConvertUtils.toHex(result);
Address recipient = config().getTestAccount2().getAddress();
SecretLockTransaction transaction = SecretLockTransactionFactory.create(getNetworkType(), getDeadline(), getNetworkCurrency().createRelative(BigInteger.valueOf(10)), BigInteger.valueOf(100), LockHashAlgorithm.SHA3_256, secret, recipient).maxFee(maxFee).build();
announceAggregateAndValidate(type, transaction, account);
}
use of io.nem.symbol.sdk.model.account.Address in project nem2-sdk-java by nemtech.
the class SecretLockSecretProofTransactionIntegrationTest method standaloneSecretProofTransaction.
@ParameterizedTest
@EnumSource(RepositoryType.class)
void standaloneSecretProofTransaction(RepositoryType type) {
byte[] secretBytes = RandomUtils.generateRandomBytes(20);
byte[] result = Hashes.sha3_256(secretBytes);
String secret = ConvertUtils.toHex(result);
String proof = ConvertUtils.toHex(secretBytes);
Address recipient = config().getTestAccount2().getAddress();
SecretLockTransaction secretLockTransaction = SecretLockTransactionFactory.create(getNetworkType(), getDeadline(), getNetworkCurrency().createRelative(BigInteger.valueOf(10)), BigInteger.valueOf(100), LockHashAlgorithm.SHA3_256, secret, recipient).maxFee(maxFee).build();
announceAndValidate(type, account, secretLockTransaction);
SecretProofTransaction secretProofTransaction = SecretProofTransactionFactory.create(getNetworkType(), getDeadline(), LockHashAlgorithm.SHA3_256, recipient, secret, proof).maxFee(maxFee).build();
announceAndValidate(type, account, secretProofTransaction);
}
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