// CommitTxBatch - gets invoked when the current transaction-batch needs to be committed
// This function returns successfully iff the transactions details and state changes (that
// may have happened during execution of this transaction-batch) have been committed to permanent storage
func (ledger *Ledger) CommitTxBatch(id interface{}, transactions []*protos.Transaction, proof []byte) error {
err := ledger.checkValidIDCommitORRollback(id)
if err != nil {
return err
}
success := true
defer ledger.resetForNextTxGroup(success)
defer ledger.blockchain.blockPersistenceStatus(success)
stateHash, err := ledger.state.GetHash()
if err != nil {
success = false
return err
}
writeBatch := gorocksdb.NewWriteBatch()
block := protos.NewBlock(transactions)
newBlockNumber, err := ledger.blockchain.addPersistenceChangesForNewBlock(context.TODO(), block, stateHash, writeBatch)
if err != nil {
success = false
return err
}
ledger.state.AddChangesForPersistence(newBlockNumber, writeBatch)
opt := gorocksdb.NewDefaultWriteOptions()
dbErr := db.GetDBHandle().DB.Write(opt, writeBatch)
if dbErr != nil {
success = false
return dbErr
}
producer.Send(producer.CreateBlockEvent(block))
return nil
}
func BenchmarkMessages(b *testing.B) {
numMessages := 10000
adapter.count = numMessages
var err error
//b.ResetTimer()
for i := 0; i < numMessages; i++ {
go func() {
emsg := createTestBlock()
if err = producer.Send(emsg); err != nil {
b.Fail()
b.Logf("Error sending message %s", err)
}
}()
}
select {
case <-adapter.notfy:
case <-time.After(5 * time.Second):
b.Fail()
b.Logf("timed out on messge")
}
}
func sendProducerBlockEvent(block *protos.Block) {
// Remove payload from deploy transactions. This is done to make block
// events more lightweight as the payload for these types of transactions
// can be very large.
blockTransactions := block.GetTransactions()
for _, transaction := range blockTransactions {
if transaction.Type == protos.Transaction_CHAINCODE_NEW {
deploymentSpec := &protos.ChaincodeDeploymentSpec{}
err := proto.Unmarshal(transaction.Payload, deploymentSpec)
if err != nil {
ledgerLogger.Error(fmt.Sprintf("Error unmarshalling deployment transaction for block event: %s", err))
continue
}
deploymentSpec.CodePackage = nil
deploymentSpecBytes, err := proto.Marshal(deploymentSpec)
if err != nil {
ledgerLogger.Error(fmt.Sprintf("Error marshalling deployment transaction for block event: %s", err))
continue
}
transaction.Payload = deploymentSpecBytes
}
}
producer.Send(producer.CreateBlockEvent(block))
}
// PutRawBlock puts a raw block on the chain. This function should only be
// used for synchronization between peers.
func (ledger *Ledger) PutRawBlock(block *protos.Block, blockNumber uint64) error {
err := ledger.blockchain.persistRawBlock(block, blockNumber)
if err != nil {
return err
}
producer.Send(producer.CreateBlockEvent(block))
return nil
}
// Test the invocation of a transaction.
func TestReceiveMessage(t *testing.T) {
var err error
adapter.count = 1
emsg := createTestBlock()
if err = producer.Send(emsg); err != nil {
t.Fail()
t.Logf("Error sending message %s", err)
}
select {
case <-adapter.notfy:
case <-time.After(5 * time.Second):
t.Fail()
t.Logf("timed out on messge")
}
}