public void ChangingWorkingDirectoryShouldImpactPaths()
{
string WorkingDirectoryValue = "C:\\Raven\\";
if (EnvironmentUtils.RunningOnPosix == true)
{
WorkingDirectoryValue = Environment.GetEnvironmentVariable("HOME") + @"\";
}
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Settings["Raven/WorkingDir"] = WorkingDirectoryValue;
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.Equal(WorkingDirectoryValue, inMemoryConfiguration.WorkingDirectory);
Assert.NotEqual(basePath, workingDirectory);
Assert.True(inMemoryConfiguration.AssembliesDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.CompiledIndexCacheDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.Counter.DataDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.TimeSeries.DataDirectory.StartsWith(WorkingDirectoryValue));
}
protected RavenTestBase()
{
Environment.SetEnvironmentVariable(Constants.RavenDefaultQueryTimeout, "30");
CommonInitializationUtil.Initialize();
// Make sure to delete the Data folder which we be used by tests that do not call the NewDataPath from whatever reason.
var dataFolder = FilePathTools.MakeSureEndsWithSlash(@"~\Data".ToFullPath());
ClearDatabaseDirectory(dataFolder);
pathsToDelete.Add(dataFolder);
}
public void CanUseAppDrivePrefixInWorkingDirectoryForAutoDriveLetterCalculations()
{
const string WorkingDirectoryValue = "appDrive:\\Raven\\";
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Settings["Raven/WorkingDir"] = WorkingDirectoryValue;
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var rootPath = Path.GetPathRoot(basePath);
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.NotEqual(basePath, workingDirectory);
Assert.True(workingDirectory.StartsWith(rootPath));
}
public void NotChangingWorkingDirectoryShouldNotImpactPaths()
{
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.Equal(basePath, workingDirectory);
Assert.True(inMemoryConfiguration.AssembliesDirectory.StartsWith(basePath));
Assert.True(inMemoryConfiguration.CompiledIndexCacheDirectory.StartsWith(basePath));
Assert.True(inMemoryConfiguration.CountersDataDirectory.StartsWith(basePath));
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(basePath));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(basePath));
}
protected RavenTestBase()
{
if (checkedAsyncVoid == false)
{
checkedAsyncVoid = true;
AssertNoAsyncVoidMethods(GetType().Assembly);
}
Environment.SetEnvironmentVariable(Constants.RavenDefaultQueryTimeout, "30");
CommonInitializationUtil.Initialize();
// Make sure to delete the Data folder which we be used by tests that do not call the NewDataPath from whatever reason.
var dataFolder = FilePathTools.MakeSureEndsWithSlash(@"~\Databases".ToFullPath());
ClearDatabaseDirectory(dataFolder);
pathsToDelete.Add(dataFolder);
}
public void ChangingWorkingDirectoryShouldNotImpactUNCPaths()
{
const string WorkingDirectoryValue = "C:\\Raven\\";
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Settings["Raven/WorkingDir"] = WorkingDirectoryValue;
inMemoryConfiguration.Settings["Raven/DataDir"] = @"\\server1\ravendb\data";
inMemoryConfiguration.Settings[Constants.FileSystem.DataDirectory] = @"\\server1\ravenfs\data";
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.Equal(WorkingDirectoryValue, inMemoryConfiguration.WorkingDirectory);
Assert.NotEqual(basePath, workingDirectory);
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(@"\\"));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(@"\\"));
}
public void ChangingWorkingDirectoryShouldImpactPaths()
{
const string WorkingDirectoryValue = "C:\\Raven\\";
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Settings["Raven/WorkingDir"] = WorkingDirectoryValue;
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.Equal(WorkingDirectoryValue, inMemoryConfiguration.WorkingDirectory);
Assert.NotEqual(basePath, workingDirectory);
Assert.True(inMemoryConfiguration.AssembliesDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.CompiledIndexCacheDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.CountersDataDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(WorkingDirectoryValue));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(WorkingDirectoryValue));
}
private static string CalculateWorkingDirectory(string workingDirectory)
{
if (string.IsNullOrEmpty(workingDirectory))
{
workingDirectory = @"~\";
}
if (workingDirectory.StartsWith("APPDRIVE:", StringComparison.OrdinalIgnoreCase))
{
var baseDirectory = AppContext.BaseDirectory;
var rootPath = Path.GetPathRoot(baseDirectory);
if (string.IsNullOrEmpty(rootPath) == false)
{
workingDirectory = Regex.Replace(workingDirectory, "APPDRIVE:", rootPath.TrimEnd('\\'), RegexOptions.IgnoreCase);
}
}
return(FilePathTools.MakeSureEndsWithSlash(workingDirectory.ToFullPath()));
}
public void ChangingWorkingDirectoryShouldNotImpactUNCPaths()
{
string WorkingDirectoryValue = "C:\\Raven\\";
if (EnvironmentUtils.RunningOnPosix == true)
{
WorkingDirectoryValue = Environment.GetEnvironmentVariable("HOME") + @"\";
}
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Settings["Raven/WorkingDir"] = WorkingDirectoryValue;
inMemoryConfiguration.Settings["Raven/DataDir"] = @"\\server1\ravendb\data";
inMemoryConfiguration.Settings[Constants.FileSystem.DataDirectory] = @"\\server1\ravenfs\data";
inMemoryConfiguration.Settings[Constants.Counter.DataDirectory] = @"\\server1\ravenfs\data";
inMemoryConfiguration.Settings[Constants.TimeSeries.DataDirectory] = @"\\server1\ravenfs\data";
inMemoryConfiguration.Initialize();
var basePath = FilePathTools.MakeSureEndsWithSlash(AppDomain.CurrentDomain.BaseDirectory.ToFullPath());
var workingDirectory = inMemoryConfiguration.WorkingDirectory;
Assert.Equal(WorkingDirectoryValue, inMemoryConfiguration.WorkingDirectory);
Assert.NotEqual(basePath, workingDirectory);
if (EnvironmentUtils.RunningOnPosix)
{
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(@"/"));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(@"/"));
Assert.True(inMemoryConfiguration.Counter.DataDirectory.StartsWith(@"/"));
Assert.True(inMemoryConfiguration.TimeSeries.DataDirectory.StartsWith(@"/"));
}
else
{
Assert.True(inMemoryConfiguration.DataDirectory.StartsWith(@"\\"));
Assert.True(inMemoryConfiguration.FileSystem.DataDirectory.StartsWith(@"\\"));
Assert.True(inMemoryConfiguration.Counter.DataDirectory.StartsWith(@"\\"));
Assert.True(inMemoryConfiguration.TimeSeries.DataDirectory.StartsWith(@"\\"));
}
}
public void DefaultInMemoryRavenConfigurationShouldBeInitializedCorrectly()
{
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Initialize();
int defaultMaxNumberOfItemsToIndexInSingleBatch = Environment.Is64BitProcess ? 128 * 1024 : 16 * 1024;
int defaultInitialNumberOfItemsToIndexInSingleBatch = Environment.Is64BitProcess ? 512 : 256;
var stronglyTypedConfiguration = new StronglyTypedRavenSettings(inMemoryConfiguration.Settings);
stronglyTypedConfiguration.Setup(defaultMaxNumberOfItemsToIndexInSingleBatch, defaultInitialNumberOfItemsToIndexInSingleBatch);
var configurationComparer = new ConfigurationComparer(inMemoryConfiguration, stronglyTypedConfiguration, propertyPathsToIgnore);
configurationComparer.Assert(expected => expected.Replication.FetchingFromDiskTimeoutInSeconds.Value, actual => actual.Replication.FetchingFromDiskTimeoutInSeconds);
configurationComparer.Assert(expected => expected.Prefetcher.MaximumSizeAllowedToFetchFromStorageInMb.Value, actual => actual.Prefetcher.MaximumSizeAllowedToFetchFromStorageInMb);
configurationComparer.Assert(expected => expected.Prefetcher.FetchingDocumentsFromDiskTimeoutInSeconds.Value, actual => actual.Prefetcher.FetchingDocumentsFromDiskTimeoutInSeconds);
configurationComparer.Assert(expected => expected.Voron.AllowIncrementalBackups.Value, actual => actual.Storage.Voron.AllowIncrementalBackups);
configurationComparer.Assert(expected => expected.Voron.InitialFileSize.Value, actual => actual.Storage.Voron.InitialFileSize);
configurationComparer.Assert(expected => expected.Voron.MaxBufferPoolSize.Value, actual => actual.Storage.Voron.MaxBufferPoolSize);
configurationComparer.Assert(expected => expected.Voron.MaxScratchBufferSize.Value, actual => actual.Storage.Voron.MaxScratchBufferSize);
configurationComparer.Assert(expected => expected.Voron.TempPath.Value, actual => actual.Storage.Voron.TempPath);
configurationComparer.Assert(expected => expected.FileSystem.MaximumSynchronizationInterval.Value, actual => actual.FileSystem.MaximumSynchronizationInterval);
configurationComparer.Assert(expected => expected.Encryption.EncryptionKeyBitsPreference.Value, actual => actual.Encryption.EncryptionKeyBitsPreference);
configurationComparer.Assert(expected => expected.Encryption.UseFips.Value, actual => actual.Encryption.UseFips);
configurationComparer.Assert(expected => expected.Encryption.UseSsl.Value, actual => actual.Encryption.UseSsl);
configurationComparer.Assert(expected => expected.MaxConcurrentServerRequests.Value, actual => actual.MaxConcurrentServerRequests);
configurationComparer.Assert(expected => expected.PrefetchingDurationLimit.Value, actual => actual.PrefetchingDurationLimit);
configurationComparer.Assert(expected => expected.BulkImportBatchTimeout.Value, actual => actual.BulkImportBatchTimeout);
configurationComparer.Assert(expected => expected.DatbaseOperationTimeout.Value, actual => actual.DatabaseOperationTimeout);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeRunningIdleIndexes.Value, actual => actual.TimeToWaitBeforeRunningIdleIndexes);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeRunningAbandonedIndexes.Value, actual => actual.TimeToWaitBeforeRunningAbandonedIndexes);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeMarkingIdleIndexAsAbandoned.Value, actual => actual.TimeToWaitBeforeMarkingIdleIndexAsAbandoned);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeMarkingAutoIndexAsIdle.Value, actual => actual.TimeToWaitBeforeMarkingAutoIndexAsIdle);
configurationComparer.Assert(expected => expected.RedirectStudioUrl.Value, actual => actual.RedirectStudioUrl);
configurationComparer.Assert(expected => expected.ResetIndexOnUncleanShutdown.Value, actual => actual.ResetIndexOnUncleanShutdown);
configurationComparer.Assert(expected => expected.MaxPageSize.Value, actual => actual.MaxPageSize);
configurationComparer.Assert(expected => expected.MemoryCacheLimitPercentage.Value, actual => actual.MemoryCacheLimitPercentage);
configurationComparer.Assert(expected => expected.MemoryCacheLimitMegabytes.Value, actual => actual.MemoryCacheLimitMegabytes);
configurationComparer.Assert(expected => expected.MemoryCacheLimitCheckInterval.Value, actual => actual.MemoryCacheLimitCheckInterval);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToProcessInSingleBatch.Value, actual => actual.MaxNumberOfItemsToProcessInSingleBatch);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToReduceInSingleBatch.Value, actual => actual.MaxNumberOfItemsToReduceInSingleBatch);
configurationComparer.Assert(expected => expected.NumberOfItemsToExecuteReduceInSingleStep.Value, actual => actual.NumberOfItemsToExecuteReduceInSingleStep);
configurationComparer.Assert(expected => expected.NewIndexInMemoryMaxMb.Value, actual => actual.NewIndexInMemoryMaxBytes);
configurationComparer.Assert(expected => expected.HostName.Value, actual => actual.HostName);
configurationComparer.Assert(expected => expected.AccessControlMaxAge.Value, actual => actual.AccessControlMaxAge);
configurationComparer.Assert(expected => expected.AccessControlAllowMethods.Value, actual => actual.AccessControlAllowMethods);
configurationComparer.Assert(expected => expected.AccessControlRequestHeaders.Value, actual => actual.AccessControlRequestHeaders);
configurationComparer.Assert(expected => expected.HttpCompression.Value, actual => actual.HttpCompression);
configurationComparer.Assert(expected => expected.AllowLocalAccessWithoutAuthorization.Value, actual => actual.AllowLocalAccessWithoutAuthorization);
configurationComparer.Assert(expected => expected.RunInMemory.Value, actual => actual.RunInMemory);
configurationComparer.Assert(expected => expected.DisableInMemoryIndexing.Value, actual => actual.DisableInMemoryIndexing);
configurationComparer.Assert(expected => expected.WebDir.Value, actual => actual.WebDir);
configurationComparer.Assert(expected => expected.DisableDocumentPreFetching.Value, actual => actual.DisableDocumentPreFetching);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToPreFetch.Value, actual => actual.MaxNumberOfItemsToPreFetch);
configurationComparer.Assert(expected => expected.MemoryCacheExpiration.Value, actual => actual.MemoryCacheExpiration);
configurationComparer.Assert(expected => expected.CreateAutoIndexesForAdHocQueriesIfNeeded.Value, actual => actual.CreateAutoIndexesForAdHocQueriesIfNeeded);
configurationComparer.Assert(expected => expected.MaxIndexCommitPointStoreTimeInterval.Value, actual => actual.MaxIndexCommitPointStoreTimeInterval);
configurationComparer.Assert(expected => expected.MinIndexingTimeIntervalToStoreCommitPoint.Value, actual => actual.MinIndexingTimeIntervalToStoreCommitPoint);
configurationComparer.Assert(expected => expected.MaxNumberOfStoredCommitPoints.Value, actual => actual.MaxNumberOfStoredCommitPoints);
configurationComparer.Assert(expected => expected.MemoryLimitForProcessing.Value, actual => actual.MemoryLimitForProcessingInMb);
configurationComparer.Assert(expected => expected.AvailableMemoryForRaisingBatchSizeLimit.Value, actual => actual.AvailableMemoryForRaisingBatchSizeLimit);
configurationComparer.Assert(expected => expected.MaxProcessingRunLatency.Value, actual => actual.MaxProcessingRunLatency);
configurationComparer.Assert(expected => expected.DisableClusterDiscovery.Value, actual => actual.DisableClusterDiscovery);
configurationComparer.Assert(expected => expected.ServerName.Value, actual => actual.ServerName);
configurationComparer.Assert(expected => expected.MaxStepsForScript.Value, actual => actual.MaxStepsForScript);
configurationComparer.Assert(expected => expected.MaxRecentTouchesToRemember.Value, actual => actual.MaxRecentTouchesToRemember);
configurationComparer.Assert(expected => expected.AdditionalStepsForScriptBasedOnDocumentSize.Value, actual => actual.AdditionalStepsForScriptBasedOnDocumentSize);
configurationComparer.Assert(expected => expected.MaxIndexWritesBeforeRecreate.Value, actual => actual.MaxIndexWritesBeforeRecreate);
configurationComparer.Assert(expected => expected.MaxIndexOutputsPerDocument.Value, actual => actual.MaxIndexOutputsPerDocument);
configurationComparer.Assert(expected => expected.PrewarmFacetsOnIndexingMaxAge.Value, actual => actual.PrewarmFacetsOnIndexingMaxAge);
configurationComparer.Assert(expected => expected.PrewarmFacetsSyncronousWaitTime.Value, actual => actual.PrewarmFacetsSyncronousWaitTime);
configurationComparer.Assert(expected => expected.MaxNumberOfParallelProcessingTasks.Value, actual => actual.MaxNumberOfParallelProcessingTasks);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.DataDir.Value.ToFullPath(null)), actual => actual.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.CountersDataDir.Value.ToFullPath(null)), actual => actual.CountersDataDirectory);
configurationComparer.Assert(expected => expected.PluginsDirectory.Value.ToFullPath(null), actual => actual.PluginsDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.FileSystem.DataDir.Value.ToFullPath(null)), actual => actual.FileSystem.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.FileSystem.DataDir.Value.ToFullPath(null)) + @"Indexes", actual => actual.FileSystem.IndexStoragePath);
configurationComparer.Assert(expected => expected.FileSystem.DefaultStorageTypeName.Value, actual => actual.FileSystem.DefaultStorageTypeName);
configurationComparer.Assert(expected => expected.MaxConcurrentMultiGetRequests.Value, actual => actual.MaxConcurrentMultiGetRequests);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.DataDir.Value.ToFullPath(null)) + @"Indexes", actual => actual.IndexStoragePath);
configurationComparer.Assert(expected => expected.DefaultStorageTypeName.Value, actual => actual.DefaultStorageTypeName);
configurationComparer.Assert(expected => expected.CompiledIndexCacheDirectory.Value.ToFullPath(null), actual => actual.CompiledIndexCacheDirectory);
configurationComparer.Assert(expected => expected.JournalsStoragePath.Value, actual => actual.JournalsStoragePath);
configurationComparer.Assert(expected => expected.FlushIndexToDiskSizeInMb.Value, actual => actual.FlushIndexToDiskSizeInMb);
Assert.NotNull(inMemoryConfiguration.OAuthTokenKey);
Assert.Equal("/", inMemoryConfiguration.VirtualDirectory);
Assert.Empty(inMemoryConfiguration.AccessControlAllowOrigin);
Assert.NotNull(inMemoryConfiguration.ServerUrl);
Assert.NotNull(inMemoryConfiguration.OAuthTokenServer);
Assert.True(inMemoryConfiguration.UseDefaultOAuthTokenServer);
Assert.Empty(inMemoryConfiguration.HeadersToIgnore);
Assert.Equal(null, inMemoryConfiguration.CustomTaskScheduler);
Assert.Empty(inMemoryConfiguration.ActiveBundles);
Assert.Equal("*", stronglyTypedConfiguration.Port.Value);
Assert.True(inMemoryConfiguration.Port >= 8080);
Assert.True(inMemoryConfiguration.CreateAnalyzersDirectoryIfNotExisting);
Assert.True(inMemoryConfiguration.CreatePluginsDirectoryIfNotExisting);
configurationComparer.Validate();
}
public void DefaultInMemoryRavenConfigurationShouldBeInitializedCorrectly()
{
var inMemoryConfiguration = new InMemoryRavenConfiguration();
inMemoryConfiguration.Initialize();
int defaultMaxNumberOfItemsToIndexInSingleBatch = Environment.Is64BitProcess ? 128 * 1024 : 16 * 1024;
int defaultInitialNumberOfItemsToIndexInSingleBatch = Environment.Is64BitProcess ? 512 : 256;
var stronglyTypedConfiguration = new StronglyTypedRavenSettings(inMemoryConfiguration.Settings);
stronglyTypedConfiguration.Setup(defaultMaxNumberOfItemsToIndexInSingleBatch, defaultInitialNumberOfItemsToIndexInSingleBatch);
var configurationComparer = new ConfigurationComparer(inMemoryConfiguration, stronglyTypedConfiguration, propertyPathsToIgnore);
configurationComparer.Ignore(x => x.EnableResponseLoggingForEmbeddedDatabases);
configurationComparer.Ignore(x => x.DynamicMemoryLimitForProcessing);
configurationComparer.Assert(expected => expected.MaxPrecomputedBatchSizeForNewIndex.Value, actual => actual.MaxPrecomputedBatchSizeForNewIndex);
configurationComparer.Assert(expected => expected.MaxPrecomputedBatchTotalDocumentSizeInBytes.Value, actual => actual.MaxPrecomputedBatchTotalDocumentSizeInBytes);
configurationComparer.Assert(expected => expected.RejectClientsModeEnabled.Value, actual => actual.RejectClientsMode);
configurationComparer.Assert(expected => expected.MaxSecondsForTaskToWaitForDatabaseToLoad.Value, actual => actual.MaxSecondsForTaskToWaitForDatabaseToLoad);
configurationComparer.Assert(expected => expected.NewIndexInMemoryMaxTime.Value, actual => actual.NewIndexInMemoryMaxTime);
configurationComparer.Assert(expected => expected.Replication.FetchingFromDiskTimeoutInSeconds.Value, actual => actual.Replication.FetchingFromDiskTimeoutInSeconds);
configurationComparer.Assert(expected => expected.ConcurrentResourceLoadTimeout.Value, actual => actual.ConcurrentResourceLoadTimeout);
configurationComparer.Assert(expected => expected.MaxConcurrentResourceLoads.Value, actual => actual.MaxConcurrentResourceLoads);
configurationComparer.Assert(expected => expected.Prefetcher.MaximumSizeAllowedToFetchFromStorageInMb.Value, actual => actual.Prefetcher.MaximumSizeAllowedToFetchFromStorageInMb);
configurationComparer.Assert(expected => expected.Prefetcher.FetchingDocumentsFromDiskTimeoutInSeconds.Value, actual => actual.Prefetcher.FetchingDocumentsFromDiskTimeoutInSeconds);
configurationComparer.Assert(expected => expected.Voron.AllowIncrementalBackups.Value, actual => actual.Storage.Voron.AllowIncrementalBackups);
configurationComparer.Assert(expected => expected.Voron.AllowOn32Bits.Value, actual => actual.Storage.Voron.AllowOn32Bits);
configurationComparer.Assert(expected => expected.Voron.InitialFileSize.Value, actual => actual.Storage.Voron.InitialFileSize);
configurationComparer.Assert(expected => expected.Voron.ScratchBufferSizeNotificationThreshold.Value, actual => actual.Storage.Voron.ScratchBufferSizeNotificationThreshold);
configurationComparer.Assert(expected => expected.Voron.MaxBufferPoolSize.Value, actual => actual.Storage.Voron.MaxBufferPoolSize);
configurationComparer.Assert(expected => expected.Voron.MaxScratchBufferSize.Value, actual => actual.Storage.Voron.MaxScratchBufferSize);
configurationComparer.Assert(expected => expected.Voron.MaxSizePerScratchBufferFile.Value, actual => actual.Storage.Voron.MaxSizePerScratchBufferFile);
configurationComparer.Assert(expected => expected.Voron.TempPath.Value, actual => actual.Storage.Voron.TempPath);
configurationComparer.Assert(expected => expected.Esent.CacheSizeMax.Value, actual => actual.Storage.Esent.CacheSizeMax);
configurationComparer.Assert(expected => expected.Esent.MaxVerPages.Value, actual => actual.Storage.Esent.MaxVerPages);
configurationComparer.Assert(expected => expected.Esent.PreferredVerPages.Value, actual => actual.Storage.Esent.PreferredVerPages);
configurationComparer.Assert(expected => expected.Esent.DbExtensionSize.Value, actual => actual.Storage.Esent.DbExtensionSize);
configurationComparer.Assert(expected => expected.Esent.LogFileSize.Value, actual => actual.Storage.Esent.LogFileSize);
configurationComparer.Assert(expected => expected.Esent.LogBuffers.Value, actual => actual.Storage.Esent.LogBuffers);
configurationComparer.Assert(expected => expected.Esent.MaxCursors.Value, actual => actual.Storage.Esent.MaxCursors);
configurationComparer.Assert(expected => expected.Esent.CircularLog.Value, actual => actual.Storage.Esent.CircularLog);
configurationComparer.Assert(expected => expected.FileSystem.MaximumSynchronizationInterval.Value, actual => actual.FileSystem.MaximumSynchronizationInterval);
configurationComparer.Assert(expected => expected.Encryption.EncryptionKeyBitsPreference.Value, actual => actual.Encryption.EncryptionKeyBitsPreference);
configurationComparer.Assert(expected => expected.Encryption.UseFips.Value, actual => actual.Encryption.UseFips);
configurationComparer.Assert(expected => expected.Encryption.UseSsl.Value, actual => actual.Encryption.UseSsl);
configurationComparer.Assert(expected => expected.MaxConcurrentServerRequests.Value, actual => actual.MaxConcurrentServerRequests);
configurationComparer.Assert(expected => expected.PrefetchingDurationLimit.Value, actual => actual.PrefetchingDurationLimit);
configurationComparer.Assert(expected => expected.BulkImportBatchTimeout.Value, actual => actual.BulkImportBatchTimeout);
configurationComparer.Assert(expected => expected.DatbaseOperationTimeout.Value, actual => actual.DatabaseOperationTimeout);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeRunningIdleIndexes.Value, actual => actual.TimeToWaitBeforeRunningIdleIndexes);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeRunningAbandonedIndexes.Value, actual => actual.TimeToWaitBeforeRunningAbandonedIndexes);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeMarkingIdleIndexAsAbandoned.Value, actual => actual.TimeToWaitBeforeMarkingIdleIndexAsAbandoned);
configurationComparer.Assert(expected => expected.WebSockets.InitialBufferPoolSize.Value, actual => actual.WebSockets.InitialBufferPoolSize);
configurationComparer.Assert(expected => expected.Indexing.DisableIndexingFreeSpaceThreshold.Value, actual => actual.Indexing.DisableIndexingFreeSpaceThreshold);
configurationComparer.Assert(expected => expected.Indexing.DisableMapReduceInMemoryTracking.Value, actual => actual.Indexing.DisableMapReduceInMemoryTracking);
configurationComparer.Assert(expected => expected.Indexing.SkipRecoveryOnStartup.Value, actual => actual.Indexing.SkipRecoveryOnStartup);
configurationComparer.Assert(expected => expected.Monitoring.Snmp.Port.Value, actual => actual.Monitoring.Snmp.Port);
configurationComparer.Assert(expected => expected.Monitoring.Snmp.Community.Value, actual => actual.Monitoring.Snmp.Community);
configurationComparer.Assert(expected => expected.Monitoring.Snmp.Enabled.Value, actual => actual.Monitoring.Snmp.Enabled);
configurationComparer.Assert(expected => expected.LowMemoryLimitForLinuxDetectionInMB.Value, actual => actual.LowMemoryForLinuxDetectionInMB);
configurationComparer.Assert(expected => expected.TimeToWaitBeforeMarkingAutoIndexAsIdle.Value, actual => actual.TimeToWaitBeforeMarkingAutoIndexAsIdle);
configurationComparer.Assert(expected => expected.RedirectStudioUrl.Value, actual => actual.RedirectStudioUrl);
configurationComparer.Assert(expected => expected.ResetIndexOnUncleanShutdown.Value, actual => actual.ResetIndexOnUncleanShutdown);
configurationComparer.Assert(expected => expected.MaxPageSize.Value, actual => actual.MaxPageSize);
configurationComparer.Assert(expected => expected.MemoryCacheLimitPercentage.Value, actual => actual.MemoryCacheLimitPercentage);
configurationComparer.Assert(expected => expected.MemoryCacheLimitMegabytes.Value, actual => actual.MemoryCacheLimitMegabytes);
configurationComparer.Assert(expected => expected.MemoryCacheLimitCheckInterval.Value, actual => actual.MemoryCacheLimitCheckInterval);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToProcessInSingleBatch.Value, actual => actual.MaxNumberOfItemsToProcessInSingleBatch);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToReduceInSingleBatch.Value, actual => actual.MaxNumberOfItemsToReduceInSingleBatch);
configurationComparer.Assert(expected => expected.NumberOfItemsToExecuteReduceInSingleStep.Value, actual => actual.NumberOfItemsToExecuteReduceInSingleStep);
configurationComparer.Assert(expected => expected.NewIndexInMemoryMaxMb.Value, actual => actual.NewIndexInMemoryMaxBytes);
configurationComparer.Assert(expected => expected.HostName.Value, actual => actual.HostName);
configurationComparer.Assert(expected => expected.ExposeConfigOverTheWire.Value, actual => actual.ExposeConfigOverTheWire);
configurationComparer.Assert(expected => expected.AccessControlMaxAge.Value, actual => actual.AccessControlMaxAge);
configurationComparer.Assert(expected => expected.AccessControlAllowMethods.Value, actual => actual.AccessControlAllowMethods);
configurationComparer.Assert(expected => expected.AccessControlRequestHeaders.Value, actual => actual.AccessControlRequestHeaders);
configurationComparer.Assert(expected => expected.HttpCompression.Value, actual => actual.HttpCompression);
configurationComparer.Assert(expected => expected.AllowLocalAccessWithoutAuthorization.Value, actual => actual.AllowLocalAccessWithoutAuthorization);
configurationComparer.Assert(expected => expected.RunInMemory.Value, actual => actual.RunInMemory);
configurationComparer.Assert(expected => expected.DisableInMemoryIndexing.Value, actual => actual.DisableInMemoryIndexing);
configurationComparer.Assert(expected => expected.WebDir.Value, actual => actual.WebDir);
configurationComparer.Assert(expected => expected.DisableDocumentPreFetching.Value, actual => actual.DisableDocumentPreFetching);
configurationComparer.Assert(expected => expected.MaxNumberOfItemsToPreFetch.Value, actual => actual.MaxNumberOfItemsToPreFetch);
configurationComparer.Assert(expected => expected.MemoryCacheExpiration.Value, actual => actual.MemoryCacheExpiration);
configurationComparer.Assert(expected => expected.CreateAutoIndexesForAdHocQueriesIfNeeded.Value, actual => actual.CreateAutoIndexesForAdHocQueriesIfNeeded);
configurationComparer.Assert(expected => expected.MaxIndexCommitPointStoreTimeInterval.Value, actual => actual.MaxIndexCommitPointStoreTimeInterval);
configurationComparer.Assert(expected => expected.MinIndexingTimeIntervalToStoreCommitPoint.Value, actual => actual.MinIndexingTimeIntervalToStoreCommitPoint);
configurationComparer.Assert(expected => expected.MaxNumberOfStoredCommitPoints.Value, actual => actual.MaxNumberOfStoredCommitPoints);
// allow +- 16MB tolerance in memory during the test (can happen in slow machines / debug):
configurationComparer.AssertInRange(expected => expected.MemoryLimitForProcessing.Value, actual => actual.MemoryLimitForProcessingInMb, 16);
configurationComparer.Assert(expected => expected.AvailableMemoryForRaisingBatchSizeLimit.Value, actual => actual.AvailableMemoryForRaisingBatchSizeLimit);
configurationComparer.Assert(expected => expected.MaxProcessingRunLatency.Value, actual => actual.MaxProcessingRunLatency);
configurationComparer.Assert(expected => expected.DisableClusterDiscovery.Value, actual => actual.DisableClusterDiscovery);
configurationComparer.Assert(expected => expected.TurnOffDiscoveryClient.Value, actual => actual.TurnOffDiscoveryClient);
configurationComparer.Assert(expected => expected.ServerName.Value, actual => actual.ServerName);
configurationComparer.Assert(expected => expected.MaxStepsForScript.Value, actual => actual.MaxStepsForScript);
configurationComparer.Assert(expected => expected.AdditionalStepsForScriptBasedOnDocumentSize.Value, actual => actual.AdditionalStepsForScriptBasedOnDocumentSize);
configurationComparer.Assert(expected => expected.MaxIndexWritesBeforeRecreate.Value, actual => actual.MaxIndexWritesBeforeRecreate);
configurationComparer.Assert(expected => expected.MaxSimpleIndexOutputsPerDocument.Value, actual => actual.MaxSimpleIndexOutputsPerDocument);
configurationComparer.Assert(expected => expected.MaxMapReduceIndexOutputsPerDocument.Value, actual => actual.MaxMapReduceIndexOutputsPerDocument);
configurationComparer.Assert(expected => expected.PrewarmFacetsOnIndexingMaxAge.Value, actual => actual.PrewarmFacetsOnIndexingMaxAge);
configurationComparer.Assert(expected => expected.PrewarmFacetsSyncronousWaitTime.Value, actual => actual.PrewarmFacetsSyncronousWaitTime);
configurationComparer.Assert(expected => expected.MaxNumberOfParallelProcessingTasks.Value, actual => actual.MaxNumberOfParallelProcessingTasks);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.DataDir.Value.ToFullPath(null)), actual => actual.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.Counter.DataDir.Value.ToFullPath(null)), actual => actual.Counter.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.TimeSeries.DataDir.Value.ToFullPath(null)), actual => actual.TimeSeries.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.PluginsDirectory.Value.ToFullPath(null)), actual => actual.PluginsDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.AssembliesDirectory.Value.ToFullPath(null)), actual => actual.AssembliesDirectory);
configurationComparer.Assert(expected => expected.EmbeddedFilesDirectory.Value.ToFullPath(null), actual => actual.EmbeddedFilesDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.FileSystem.DataDir.Value.ToFullPath(null)), actual => actual.FileSystem.DataDirectory);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.FileSystem.DataDir.Value.ToFullPath(null)) + @"Indexes", actual => actual.FileSystem.IndexStoragePath);
configurationComparer.Assert(expected => expected.FileSystem.DefaultStorageTypeName.Value, actual => actual.FileSystem.DefaultStorageTypeName);
configurationComparer.Assert(expected => expected.MaxConcurrentMultiGetRequests.Value, actual => actual.MaxConcurrentMultiGetRequests);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.DataDir.Value.ToFullPath(null)) + @"Indexes", actual => actual.IndexStoragePath);
configurationComparer.Assert(expected => expected.DefaultStorageTypeName.Value, actual => actual.DefaultStorageTypeName);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.CompiledIndexCacheDirectory.Value.ToFullPath(null)), actual => actual.CompiledIndexCacheDirectory);
configurationComparer.Assert(expected => expected.Studio.AllowNonAdminUsersToSetupPeriodicExport.Value, actual => actual.Studio.AllowNonAdminUsersToSetupPeriodicExport);
configurationComparer.Assert(expected => expected.FlushIndexToDiskSizeInMb.Value, actual => actual.FlushIndexToDiskSizeInMb);
configurationComparer.Assert(expected => expected.TombstoneRetentionTime.Value, actual => actual.TombstoneRetentionTime);
configurationComparer.Assert(expected => expected.Counter.ReplicationLatencyInMs.Value, actual => actual.Counter.ReplicationLatencyInMs);
configurationComparer.Assert(expected => expected.Counter.TombstoneRetentionTime.Value, actual => actual.Counter.TombstoneRetentionTime);
configurationComparer.Assert(expected => expected.Counter.DeletedTombstonesInBatch.Value, actual => actual.Counter.DeletedTombstonesInBatch);
configurationComparer.Assert(expected => expected.Counter.BatchTimeout.Value, actual => actual.Counter.BatchTimeout);
configurationComparer.Assert(expected => expected.TimeSeries.TombstoneRetentionTime.Value, actual => actual.TimeSeries.TombstoneRetentionTime);
configurationComparer.Assert(expected => expected.TimeSeries.DeletedTombstonesInBatch.Value, actual => actual.TimeSeries.DeletedTombstonesInBatch);
configurationComparer.Assert(expected => expected.TimeSeries.ReplicationLatencyInMs.Value, actual => actual.TimeSeries.ReplicationLatencyInMs);
configurationComparer.Assert(expected => expected.Replication.ReplicationRequestTimeoutInMilliseconds.Value, actual => actual.Replication.ReplicationRequestTimeoutInMilliseconds);
configurationComparer.Assert(expected => expected.Replication.ForceReplicationRequestBuffering.Value, actual => actual.Replication.ForceReplicationRequestBuffering);
configurationComparer.Assert(expected => expected.Indexing.MaxNumberOfItemsToProcessInTestIndexes.Value, actual => actual.Indexing.MaxNumberOfItemsToProcessInTestIndexes);
configurationComparer.Assert(expected => expected.Indexing.MaxNumberOfStoredIndexingBatchInfoElements.Value, actual => actual.Indexing.MaxNumberOfStoredIndexingBatchInfoElements);
configurationComparer.Assert(expected => expected.Indexing.UseLuceneASTParser.Value, actual => actual.Indexing.UseLuceneASTParser);
configurationComparer.Assert(expected => expected.IndexAndTransformerReplicationLatencyInSec.Value, actual => actual.IndexAndTransformerReplicationLatencyInSec);
configurationComparer.Assert(expected => expected.MaxConcurrentRequestsForDatabaseDuringLoad.Value, actual => actual.MaxConcurrentRequestsForDatabaseDuringLoad);
configurationComparer.Assert(expected => expected.Replication.MaxNumberOfItemsToReceiveInSingleBatch.Value, actual => actual.Replication.MaxNumberOfItemsToReceiveInSingleBatch);
configurationComparer.Assert(expected => expected.Replication.ReplicationPropagationDelayInSeconds.Value, actual => actual.Replication.ReplicationPropagationDelayInSeconds);
configurationComparer.Assert(expected => expected.ImplicitFetchFieldsFromDocumentMode.Value, actual => actual.ImplicitFetchFieldsFromDocumentMode);
configurationComparer.Assert(expected => expected.AllowScriptsToAdjustNumberOfSteps.Value, actual => actual.AllowScriptsToAdjustNumberOfSteps);
configurationComparer.Assert(expected => expected.FileSystem.PreventSchemaUpdate.Value, actual => actual.Storage.PreventSchemaUpdate);
configurationComparer.Assert(expected => FilePathTools.MakeSureEndsWithSlash(expected.WorkingDir.Value.ToFullPath(null)), actual => actual.WorkingDirectory);
configurationComparer.Assert(expected => expected.MaxClauseCount.Value, actual => actual.MaxClauseCount);
configurationComparer.Assert(expected => expected.CacheDocumentsInMemory.Value, actual => actual.CacheDocumentsInMemory);
configurationComparer.Assert(expected => expected.MinThreadPoolWorkerThreads.Value, actual => actual.MinThreadPoolWorkerThreads);
configurationComparer.Assert(expected => expected.MinThreadPoolCompletionThreads.Value, actual => actual.MinThreadPoolCompletionThreads);
configurationComparer.Assert(expected => expected.SqlReplication.CommandTimeoutInSec.Value, actual => actual.SqlReplication.CommandTimeoutInSec);
configurationComparer.Assert(expected => expected.Cluster.HeartbeatTimeout.Value, actual => actual.Cluster.HeartbeatTimeout);
configurationComparer.Assert(expected => expected.Cluster.ElectionTimeout.Value, actual => actual.Cluster.ElectionTimeout);
configurationComparer.Assert(expected => expected.Cluster.MaxEntriesPerRequest.Value, actual => actual.Cluster.MaxEntriesPerRequest);
configurationComparer.Assert(expected => expected.Cluster.MaxStepDownDrainTime.Value, actual => actual.Cluster.MaxStepDownDrainTime);
configurationComparer.Assert(expected => expected.Cluster.MaxLogLengthBeforeCompaction.Value, actual => actual.Cluster.MaxLogLengthBeforeCompaction);
configurationComparer.Assert(expected => expected.TempPath.Value, actual => actual.TempPath);
configurationComparer.Assert(expected => expected.Cluster.MaxReplicationLatency.Value, actual => actual.Cluster.MaxReplicationLatency);
configurationComparer.Ignore(x => x.Storage.Esent.JournalsStoragePath);
configurationComparer.Ignore(x => x.Storage.Voron.JournalsStoragePath);
configurationComparer.Ignore(x => x.Storage.SkipConsistencyCheck);
configurationComparer.Ignore(x => x.IgnoreSslCertificateErrors);
configurationComparer.Ignore(x => x.AnonymousUserAccessMode);
configurationComparer.Ignore(x => x.TransactionMode);
configurationComparer.Ignore(x => x.CustomMemoryCacher);
Assert.NotNull(inMemoryConfiguration.OAuthTokenKey);
Assert.Equal("/", inMemoryConfiguration.VirtualDirectory);
Assert.Empty(inMemoryConfiguration.AccessControlAllowOrigin);
Assert.NotNull(inMemoryConfiguration.ServerUrl);
Assert.NotNull(inMemoryConfiguration.OAuthTokenServer);
Assert.True(inMemoryConfiguration.UseDefaultOAuthTokenServer);
Assert.Empty(inMemoryConfiguration.HeadersToIgnore);
Assert.Equal(null, inMemoryConfiguration.CustomTaskScheduler);
Assert.Empty(inMemoryConfiguration.ActiveBundles);
Assert.Equal("*", stronglyTypedConfiguration.Port.Value);
Assert.True(inMemoryConfiguration.Port >= 8080);
Assert.Equal("Open", inMemoryConfiguration.ExposeConfigOverTheWire);
Assert.True(inMemoryConfiguration.CreateAnalyzersDirectoryIfNotExisting);
Assert.True(inMemoryConfiguration.CreatePluginsDirectoryIfNotExisting);
Assert.Equal(null, inMemoryConfiguration.Storage.Esent.JournalsStoragePath);
Assert.Equal(null, inMemoryConfiguration.Storage.Voron.JournalsStoragePath);
Assert.Equal(false, inMemoryConfiguration.Storage.SkipConsistencyCheck);
configurationComparer.Validate();
}