use of com.hederahashgraph.api.proto.java.TransactionBody in project hedera-mirror-node by hashgraph.
the class TokenUpdateTransactionHandlerTest method updateTreasury.
@Test
void updateTreasury() {
AbstractEntity entity = getExpectedUpdatedEntity();
AccountID previousAccountId = AccountID.newBuilder().setAccountNum(1L).build();
AccountID newAccountId = AccountID.newBuilder().setAccountNum(2L).build();
TokenID tokenID = TokenID.newBuilder().setTokenNum(3L).build();
long consensusTimestamp = DomainUtils.timestampInNanosMax(MODIFIED_TIMESTAMP);
TokenTransferList tokenTransferList = TokenTransferList.newBuilder().setToken(tokenID).addNftTransfers(NftTransfer.newBuilder().setReceiverAccountID(newAccountId).setSenderAccountID(previousAccountId).setSerialNumber(NftTransferId.WILDCARD_SERIAL_NUMBER).build()).build();
TransactionRecord record = getDefaultTransactionRecord().addTokenTransferLists(tokenTransferList).build();
RecordItem recordItem = getRecordItem(getDefaultTransactionBody().build(), record);
when(entityIdService.lookup(AccountID.newBuilder().setAccountNum(DEFAULT_AUTO_RENEW_ACCOUNT_NUM).build())).thenReturn(EntityIdEndec.decode(DEFAULT_AUTO_RENEW_ACCOUNT_NUM, EntityType.ACCOUNT));
Transaction transaction = new Transaction();
transaction.setEntityId(entity.toEntityId());
transactionHandler.updateTransaction(transaction, recordItem);
TransactionBody body = recordItem.getTransactionBody();
var payerAccount = EntityId.of(body.getTransactionID().getAccountID()).toEntity().getId();
verify(nftRepository).updateTreasury(tokenID.getTokenNum(), previousAccountId.getAccountNum(), newAccountId.getAccountNum(), consensusTimestamp, payerAccount, false);
}
use of com.hederahashgraph.api.proto.java.TransactionBody in project hedera-mirror-node by hashgraph.
the class EntityRecordItemListener method insertTokenTransfers.
private void insertTokenTransfers(RecordItem recordItem) {
if (!entityProperties.getPersist().isTokens()) {
return;
}
long consensusTimestamp = recordItem.getConsensusTimestamp();
TransactionBody body = recordItem.getTransactionBody();
boolean isTokenDissociate = body.hasTokenDissociate();
recordItem.getRecord().getTokenTransferListsList().forEach(tokenTransferList -> {
TokenID tokenId = tokenTransferList.getToken();
EntityId entityTokenId = EntityId.of(tokenId);
EntityId payerAccountId = recordItem.getPayerAccountId();
insertFungibleTokenTransfers(consensusTimestamp, body, isTokenDissociate, tokenId, entityTokenId, payerAccountId, tokenTransferList.getTransfersList());
insertNonFungibleTokenTransfers(consensusTimestamp, body, tokenId, entityTokenId, payerAccountId, tokenTransferList.getNftTransfersList());
});
}
use of com.hederahashgraph.api.proto.java.TransactionBody in project hedera-mirror-node by hashgraph.
the class EntityRecordItemListener method onItem.
@Override
public void onItem(RecordItem recordItem) throws ImporterException {
TransactionRecord txRecord = recordItem.getRecord();
TransactionBody body = recordItem.getTransactionBody();
int transactionTypeValue = recordItem.getTransactionType();
TransactionType transactionType = TransactionType.of(transactionTypeValue);
TransactionHandler transactionHandler = transactionHandlerFactory.get(transactionType);
long consensusTimestamp = DomainUtils.timeStampInNanos(txRecord.getConsensusTimestamp());
EntityId entityId;
try {
entityId = transactionHandler.getEntity(recordItem);
} catch (InvalidEntityException e) {
// transaction can have invalid topic/contract/file id
log.warn("Invalid entity encountered for consensusTimestamp {} : {}", consensusTimestamp, e.getMessage());
entityId = null;
}
log.debug("Processing {} transaction {} for entity {}", transactionType, consensusTimestamp, entityId);
// to:do - exclude Freeze from Filter transaction type
TransactionFilterFields transactionFilterFields = new TransactionFilterFields(entityId, transactionType);
if (!transactionFilter.test(transactionFilterFields)) {
log.debug("Ignoring transaction. consensusTimestamp={}, transactionType={}, entityId={}", consensusTimestamp, transactionType, entityId);
return;
}
Transaction transaction = buildTransaction(consensusTimestamp, recordItem);
transaction.setEntityId(entityId);
transactionHandler.updateTransaction(transaction, recordItem);
if (txRecord.hasTransferList() && entityProperties.getPersist().isCryptoTransferAmounts()) {
insertTransferList(recordItem);
}
// insert staking reward transfers even on failure
insertStakingRewardTransfers(recordItem);
// handle scheduled transaction, even on failure
if (transaction.isScheduled()) {
onScheduledTransaction(recordItem);
}
if (recordItem.isSuccessful()) {
if (entityProperties.getPersist().getTransactionSignatures().contains(transactionType)) {
insertTransactionSignatures(transaction.getEntityId(), recordItem.getConsensusTimestamp(), recordItem.getSignatureMap().getSigPairList());
}
// Only add non-fee transfers on success as the data is assured to be valid
processNonFeeTransfers(consensusTimestamp, recordItem);
if (body.hasConsensusSubmitMessage()) {
insertConsensusTopicMessage(recordItem);
} else if (body.hasCryptoAddLiveHash()) {
insertCryptoAddLiveHash(consensusTimestamp, body.getCryptoAddLiveHash());
} else if (body.hasFileAppend()) {
insertFileAppend(consensusTimestamp, body.getFileAppend(), transactionTypeValue);
} else if (body.hasFileCreate()) {
insertFileData(consensusTimestamp, DomainUtils.toBytes(body.getFileCreate().getContents()), txRecord.getReceipt().getFileID(), transactionTypeValue);
} else if (body.hasFileUpdate()) {
insertFileUpdate(consensusTimestamp, body.getFileUpdate(), transactionTypeValue);
} else if (body.hasTokenAssociate()) {
insertTokenAssociate(recordItem);
} else if (body.hasTokenBurn()) {
insertTokenBurn(recordItem);
} else if (body.hasTokenCreation()) {
insertTokenCreate(recordItem);
} else if (body.hasTokenDissociate()) {
insertTokenDissociate(recordItem);
} else if (body.hasTokenFeeScheduleUpdate()) {
insertTokenFeeScheduleUpdate(recordItem);
} else if (body.hasTokenFreeze()) {
insertTokenAccountFreezeBody(recordItem);
} else if (body.hasTokenGrantKyc()) {
insertTokenAccountGrantKyc(recordItem);
} else if (body.hasTokenMint()) {
insertTokenMint(recordItem);
} else if (body.hasTokenPause()) {
insertTokenPause(recordItem);
} else if (body.hasTokenRevokeKyc()) {
insertTokenAccountRevokeKyc(recordItem);
} else if (body.hasTokenUnfreeze()) {
insertTokenAccountUnfreeze(recordItem);
} else if (body.hasTokenUnpause()) {
insertTokenUnpause(recordItem);
} else if (body.hasTokenUpdate()) {
insertTokenUpdate(recordItem);
} else if (body.hasTokenWipe()) {
insertTokenAccountWipe(recordItem);
}
// Record token transfers can be populated for multiple transaction types
insertTokenTransfers(recordItem);
insertAssessedCustomFees(recordItem);
insertAutomaticTokenAssociations(recordItem);
}
contractResultService.process(recordItem, transaction);
entityListener.onTransaction(transaction);
log.debug("Storing transaction: {}", transaction);
}
use of com.hederahashgraph.api.proto.java.TransactionBody in project hedera-services by hashgraph.
the class OpUsageCtxHelperTest method getMetaForTokenMintWorks.
@Test
void getMetaForTokenMintWorks() {
TokenMintTransactionBody mintTxnBody = getUniqueTokenMintOp();
TransactionBody txn = getTxnBody(mintTxnBody);
given(accessor.getTxn()).willReturn(txn);
given(accessor.getSubType()).willReturn(TOKEN_NON_FUNGIBLE_UNIQUE);
Optional<TokenType> tokenType = Optional.of(TokenType.NON_FUNGIBLE_UNIQUE);
given(workingView.tokenWith(target)).willReturn(Optional.of(extant));
final var tokenMintMeta = subject.metaForTokenMint(accessor);
// then:
assertEquals(34, tokenMintMeta.getBpt());
assertEquals(TOKEN_NON_FUNGIBLE_UNIQUE, tokenMintMeta.getSubType());
assertEquals(12345670, tokenMintMeta.getRbs());
assertEquals(80, tokenMintMeta.getTransferRecordDb());
}
use of com.hederahashgraph.api.proto.java.TransactionBody in project hedera-services by hashgraph.
the class OpUsageCtxHelperTest method getMetaForTokenWipeWorks.
@Test
void getMetaForTokenWipeWorks() {
TokenWipeAccountTransactionBody wipeTxnBody = getUniqueTokenWipeOp();
TransactionBody txn = getTxnBody(wipeTxnBody);
given(accessor.getTxn()).willReturn(txn);
given(accessor.getSubType()).willReturn(TOKEN_NON_FUNGIBLE_UNIQUE);
final var tokenWipeMeta = subject.metaForTokenWipe(accessor);
// then:
assertEquals(32, tokenWipeMeta.getBpt());
assertEquals(TOKEN_NON_FUNGIBLE_UNIQUE, tokenWipeMeta.getSubType());
assertEquals(1, tokenWipeMeta.getSerialNumsCount());
assertEquals(80, tokenWipeMeta.getTransferRecordDb());
}
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