public override SegmentedRaftLog CreateRaftLog(FileSystemAbstraction fsa, File dir) { long rotateAtSize = ByteUnit.mebiBytes(8); LogProvider logProvider = Instance; int readerPoolSize = 8; CoreLogPruningStrategy pruningStrategy = (new CoreLogPruningStrategyFactory(raft_log_pruning_strategy.DefaultValue, logProvider)).newInstance(); return(new SegmentedRaftLog(fsa, dir, rotateAtSize, new DummyRaftableContentSerializer(), logProvider, readerPoolSize, Clocks.fakeClock(), new OnDemandJobScheduler(), pruningStrategy)); }
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes: //ORIGINAL LINE: @Test public void buildDefaultContext() throws java.io.IOException //JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#: public virtual void BuildDefaultContext() { TransactionLogFilesContext context = builder(TestDirectory.databaseLayout(), _fileSystem).withLogVersionRepository(new SimpleLogVersionRepository(2)).withTransactionIdStore(new SimpleTransactionIdStore()).buildContext(); assertEquals(_fileSystem, context.FileSystem); assertNotNull(context.LogEntryReader); assertSame(LogFileCreationMonitor_Fields.NoMonitor, context.LogFileCreationMonitor); assertEquals(ByteUnit.mebiBytes(250), context.RotationThreshold.get()); assertEquals(1, context.LastCommittedTransactionId); assertEquals(2, context.LogVersionRepository.CurrentLogVersion); }
private static string MmapSize(int numberOfRecords, int recordSize) { int bytes = numberOfRecords * recordSize; long mebiByte = ByteUnit.mebiBytes(1); if (bytes < mebiByte) { throw new System.ArgumentException("too few records: " + numberOfRecords); } return(bytes / mebiByte + "M"); }
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes: //ORIGINAL LINE: @Test public void buildDefaultContextWithDependencies() throws java.io.IOException //JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#: public virtual void BuildDefaultContextWithDependencies() { SimpleLogVersionRepository logVersionRepository = new SimpleLogVersionRepository(2); SimpleTransactionIdStore transactionIdStore = new SimpleTransactionIdStore(); Dependencies dependencies = new Dependencies(); dependencies.SatisfyDependency(logVersionRepository); dependencies.SatisfyDependency(transactionIdStore); TransactionLogFilesContext context = builder(TestDirectory.databaseLayout(), _fileSystem).withDependencies(dependencies).buildContext(); assertEquals(_fileSystem, context.FileSystem); assertNotNull(context.LogEntryReader); assertSame(LogFileCreationMonitor_Fields.NoMonitor, context.LogFileCreationMonitor); assertEquals(ByteUnit.mebiBytes(250), context.RotationThreshold.get()); assertEquals(1, context.LastCommittedTransactionId); assertEquals(2, context.LogVersionRepository.CurrentLogVersion); }
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#: //ORIGINAL LINE: private void backupCorruptedContent(long recoveredTransactionLogVersion, long recoveredTransactionOffset) throws java.io.IOException private void BackupCorruptedContent(long recoveredTransactionLogVersion, long recoveredTransactionOffset) { File corruptedLogArchive = GetArchiveFile(recoveredTransactionLogVersion, recoveredTransactionOffset); using (ZipOutputStream recoveryContent = new ZipOutputStream(new BufferedOutputStream(_fs.openAsOutputStream(corruptedLogArchive, false)))) { ByteBuffer zipBuffer = ByteBuffer.allocate(( int )ByteUnit.mebiBytes(1)); CopyTransactionLogContent(recoveredTransactionLogVersion, recoveredTransactionOffset, recoveryContent, zipBuffer); ForEachSubsequentLogFile(recoveredTransactionLogVersion, fileIndex => { try { CopyTransactionLogContent(fileIndex, 0, recoveryContent, zipBuffer); } catch (IOException io) { throw new UncheckedIOException(io); } }); } }