private static NtResult <IEnumerable <SidName> > LookupSids2(string system_name, Sid[] sids, LsaLookupOptions options, bool throw_on_error)
{
using (var policy = SafeLsaHandle.OpenPolicy(system_name, Policy.LsaPolicyAccessRights.LookupNames, throw_on_error))
{
if (!policy.IsSuccess)
{
return(policy.Cast <IEnumerable <SidName> >());
}
using (var list = new DisposableList())
{
var sid_ptrs = sids.Select(s => list.AddSid(s).DangerousGetHandle()).ToArray();
var status = SecurityNativeMethods.LsaLookupSids2(policy.Result, options, sid_ptrs.Length, sid_ptrs,
out SafeLsaMemoryBuffer domains, out SafeLsaMemoryBuffer names);
if (!status.IsSuccess())
{
if (status == NtStatus.STATUS_NONE_MAPPED)
{
list.Add(domains);
list.Add(names);
}
return(status.CreateResultFromError <IEnumerable <SidName> >(throw_on_error));
}
return(GetSidNames(sids, domains, names).CreateResult());
}
}
}
public static DisposableList <IDisposable> RegisterResponders(
this ISigningTestServer testServer,
CertificateAuthority ca,
bool addCa = true,
bool addOcsp = true)
{
var responders = new DisposableList <IDisposable>();
var currentCa = ca;
while (currentCa != null)
{
if (addCa)
{
responders.Add(testServer.RegisterResponder(currentCa));
}
if (addOcsp)
{
responders.Add(testServer.RegisterResponder(currentCa.OcspResponder));
}
currentCa = currentCa.Parent;
}
return(responders);
}
public void TestQueueBig()
{
using (var dl = new DisposableList())
{
var docs = TestHelpers.CreateStarDocuments(10000);
var original = DocdbGatewayMessage.Create("Star", docs);
var queue = new QueueWrapper(TestHelpers.GenUnique("gateq"), TestConfig.GatewayStorageAccount);
var bcont = new BlobContainerWrapper(TestHelpers.GenUnique("gatecont"), TestConfig.GatewayStorageAccount);
dl.Add(queue.Delete);
dl.Add(bcont.Delete);
var blobStorage = new GatewayBlobStore(bcont);
GatewayQueueWriter writer = new GatewayQueueWriter(queue, blobStorage);
writer.Write(original);
GatewayQueueReader reader = new GatewayQueueReader(queue, blobStorage);
reader.ReadNextMessage <DocdbGatewayMessage>(
gm =>
{
var rdocs = gm.DocumentsAs <StarDocument>().ToList();
Assert.AreEqual(docs.Count, rdocs.Count);
for (int i = 0; i < rdocs.Count; ++i)
{
TestHelpers.AssertEqualStars(docs[i], rdocs[i]);
}
},
(e, gm, cqm) => Assert.Fail());
}
}
private async Task <CertificateAuthority> CreateDefaultTrustedCertificateAuthorityAsync()
{
var testServer = await _testServer.Value;
var rootCa = CertificateAuthority.Create(testServer.Url);
var intermediateCa = rootCa.CreateIntermediateCertificateAuthority();
var rootCertificate = new X509Certificate2(rootCa.Certificate.GetEncoded());
StoreLocation storeLocation = CertificateStoreUtilities.GetTrustedCertificateStoreLocation();
_trustedTimestampRoot = TrustedTestCert.Create(
rootCertificate,
StoreName.Root,
storeLocation);
var ca = intermediateCa;
while (ca != null)
{
_responders.Add(testServer.RegisterResponder(ca));
_responders.Add(testServer.RegisterResponder(ca.OcspResponder));
ca = ca.Parent;
}
return(intermediateCa);
}
public async Task <CertificateWithCustomIntermediatesResult> GetRevokedSigningCertificateAsync(DateTimeOffset revocationDate, DateTimeOffset crlUpdateTime)
{
var testServer = await GetTestServerAsync();
var ca = await GetCertificateAuthority();
var ca2 = ca.CreateIntermediateCertificateAuthority();
var responders = new DisposableList <IDisposable>();
var ca2Responder = OcspResponder.Create(ca2, new OcspResponderOptions
{
ThisUpdate = crlUpdateTime,
});
responders.Add(testServer.RegisterResponder(ca2));
responders.Add(testServer.RegisterResponder(ca2Responder));
void CustomizeAsSigningCertificate(X509V3CertificateGenerator generator)
{
generator.AddSigningEku();
generator.AddAuthorityInfoAccess(ca2, addOcsp: true, addCAIssuers: true);
}
var(publicCertificate, certificate) = IssueCertificate(ca2, "Revoked Signing", CustomizeAsSigningCertificate);
var caCert = ca.Certificate.ToX509Certificate2();
var ca2Cert = ca2.Certificate.ToX509Certificate2();
ca2.Revoke(publicCertificate, reason: RevocationReason.Unspecified, revocationDate: revocationDate);
return(new CertificateWithCustomIntermediatesResult(
certificate,
new[] { caCert, ca2Cert },
responders));
}
private async Task <TimestampService> CreateDefaultTrustedTimestampServiceAsync()
{
var testServer = await _testServer.Value;
var ca = await _defaultTrustedCertificateAuthority.Value;
var timestampService = TimestampService.Create(ca);
_responders.Add(testServer.RegisterResponder(timestampService));
return(timestampService);
}
private Molecule AnalyzeMolecule(Point location)
{
// Make sure the molecule is visible in the sidebar
var screenLocation = m_sidebar.ScrollTo(m_palette, location);
Molecule molecule;
bool edgeChanged;
using (var captures = new DisposableList <ScreenCapture>())
{
var sidebarCapture1 = captures.Add(new ScreenCapture(m_sidebar.Rect));
// To analyze the molecule, drag it onto the grid. This will expand it to full size and make it much easier to analyze.
sm_log.Info("Centering grid");
m_grid.ScrollTo(new Vector2(0, 0));
sm_log.Info("Dragging molecule onto grid");
MouseUtils.LeftDrag(screenLocation, m_grid.GetScreenLocationForCell(new Vector2(0, 0)));
molecule = new MoleculeAnalyzer(m_grid, m_type).Analyze();
sm_log.Info("Analyzed molecule:" + Environment.NewLine + molecule.ToString());
var sidebarCapture2 = captures.Add(new ScreenCapture(m_sidebar.Rect));
edgeChanged = ExcludeChangedPixels(sidebarCapture1, sidebarCapture2);
sm_log.Info("edgeChanged: " + edgeChanged);
}
using (var captures = new DisposableList <ScreenCapture>())
{
if (edgeChanged)
{
// A pixel on the bottom edge of the visible part of the sidebar changed, which means
// the molecule probably extends onto the next page. So we scroll down and then exclude
// any pixels that change there when we delete the molecule.
m_sidebar.Area.ScrollBy(new Point(0, m_sidebar.Rect.Height));
var sidebarCapture1 = captures.Add(new ScreenCapture(m_sidebar.Rect));
// Delete the molecule from the grid
KeyboardUtils.KeyPress(Keys.Z);
var sidebarCapture2 = captures.Add(new ScreenCapture(m_sidebar.Rect));
ExcludeChangedPixels(sidebarCapture1, sidebarCapture2);
// Technically the molecule could overlap a third page but we'll ignore that for now.
}
else
{
// Delete the molecule from the grid
KeyboardUtils.KeyPress(Keys.Z);
}
}
return(molecule);
}
private IEnumerable <NtObject> CreateDirectoriesAndObject()
{
if (Close)
{
throw new ArgumentException("Can't use CreateDirectories and Close at the same time");
}
DisposableList <NtObject> objects = new DisposableList <NtObject>();
string[] path_parts = ResolvePath().Split(new char[] { '\\' }, StringSplitOptions.RemoveEmptyEntries);
StringBuilder builder = new StringBuilder();
bool finished = false;
if (Root == null)
{
builder.Append(@"\");
}
try
{
for (int i = 0; i < path_parts.Length - 1; ++i)
{
builder.Append(path_parts[i]);
NtDirectory dir = null;
try
{
dir = NtDirectory.Create(builder.ToString(), Root, DirectoryAccessRights.MaximumAllowed);
}
catch (NtException)
{
}
if (dir != null)
{
objects.Add(dir);
}
builder.Append(@"\");
}
objects.Add((NtObject)CreateObject(ResolvePath(), AttributeFlags, Root, SecurityQualityOfService, SecurityDescriptor));
finished = true;
}
finally
{
if (!finished)
{
objects.Dispose();
objects.Clear();
}
}
return(objects.ToArray());
}
private DisposableList <ScreenCapture> GetSidebarCaptures()
{
// Chop a bit off the bottom of the image because it starts to fade out there, making it more difficult to compare
var captureRect = new Rectangle(SidebarRect.Left, SidebarRect.Top, SidebarRect.Width, SidebarRect.Height - 70);
sm_log.Info("Capturing section 0 of the sidebar");
var prevCapture = new ScreenCapture(captureRect);
var captures = new DisposableList <ScreenCapture> {
prevCapture.Clone()
};
int scrollDistance = CalculateScrollDistance();
const int maxIterations = 100;
int i = 0;
for (; i < maxIterations; i++)
{
MouseUtils.RightDrag(SidebarRect.Location.Add(new Point(0, scrollDistance)), SidebarRect.Location);
// Check if we've reached the bottom
if (SidebarUtil.FindVisibleSidebarHeight() <= SidebarUtil.MaxHeight)
{
break;
}
// Capture the next bit of the sidebar
prevCapture.Dispose();
prevCapture = new ScreenCapture(captureRect);
sm_log.Info(Invariant($"Capturing section {i + 1} of the sidebar"));
captures.Add(prevCapture.Clone(new Rectangle(0, prevCapture.Rect.Height - scrollDistance, prevCapture.Rect.Width, scrollDistance)));
}
if (i >= maxIterations)
{
throw new AnalysisException(Invariant($"Couldn't find the bottom of the sidebar after {i} attempts."));
}
// Capture the final bit of the sidebar
var finalCapture = new ScreenCapture(SidebarRect);
// Work out where it overlaps the previous part, and capture the overlap
int overlap = BitmapComparer.CalculateVerticalOverlap(prevCapture.Bitmap, finalCapture.Bitmap, m_overlapComparer, 0);
sm_log.Info("Capturing final section of the sidebar");
captures.Add(finalCapture.Clone(new Rectangle(0, overlap, finalCapture.Rect.Width, finalCapture.Rect.Height - overlap)));
prevCapture.Dispose();
return(captures);
}
public void BulkOfEntitiesConsistent()
{
using (var dl = new DisposableList())
{
// create the source table
var sourceTableWrapper = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.PrimaryStorageAccount, true);
dl.Add(sourceTableWrapper.Delete);
// initialize the target table and attach it to the disposable container
var targetTable = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.SecondaryStorageAccount, true);
dl.Add(targetTable.Delete);
var tableParamsResolver = new InMemoryTargetTableResolver();
tableParamsResolver.Add(TestHelpers.TableKey, targetTable);
// create gateway blob storage
var gateBlob = new InMemoryGatewayBlobStore();
// create a gateway queue
var gateQueue = new QueueWrapper(TestHelpers.GenUnique("gateq"), TestConfig.GatewayStorageAccount);
var gateQueueWriter = new GatewayQueueWriter(gateQueue, gateBlob);
var sourceTable = new SourceTable <StarEntity>(sourceTableWrapper, gateQueueWriter, TestHelpers.TableKey);
// 100 entities to satisfy TableStorage's batch requirements
var entities = TestHelpers.CreateStarEntities(100);
sourceTable.Write(entities);
// Now verify that the entities were synced to the secondary table storage
TableGatewayQueueProcessor gateQueueProcessor = new TableGatewayQueueProcessor(
new GatewayQueueReader(gateQueue, gateBlob),
tableParamsResolver
);
bool result = gateQueueProcessor.ProcessNext();
Assert.IsTrue(result);
var targetEntities = targetTable.ReadEntities <StarEntity>()
.ToList();
Assert.AreEqual(entities.Count, targetEntities.Count);
foreach (var entity in entities)
{
TestHelpers.AssertEqualStars(
entity,
targetEntities.First(x => x.RowKey == entity.RowKey)
);
}
}
}
public void MenuHandler(Converter<ThreadItem, object> selector, MenuItem menu, PopupTargetInfo pti)
{
using (ViewList vl = this.js.ViewList())
using (DisposableList<ViewItem> views = new DisposableList<ViewItem>(vl))
using (DisposableList<ThreadItem> threads = new DisposableList<ThreadItem>()) {
//スレッドを抽出
foreach (ViewItem view in views) {
ThreadItem t = view.Thread();
if (t != null) threads.Add(t);
}
//スレッドを全部閉じる
foreach (ThreadItem t in threads) {
this.js.Close(t);
}
//スレッドのソートキー取得
List<ThreadKeyPair> pairs = new List<ThreadKeyPair>(threads.Count);
foreach (ThreadItem t in threads) {
pairs.Add(new ThreadKeyPair() {
Thread = t,
SortKey = (IComparable)selector(t),
});
}
//スレッドソート
if (this.ascending) {
pairs.Sort(this.AscendingComparison);
} else {
pairs.Sort(this.DescendingComparison);
}
//全部開く
foreach (var p in pairs) {
this.js.Open(p.Thread, 0, OpenOperation.Local, true, false, true);
}
}
}
private DisposableList <HLODBuildInfo> CreateBuildInfo(TerrainData data, SpaceNode root)
{
DisposableList <HLODBuildInfo> results = new DisposableList <HLODBuildInfo>();
Queue <SpaceNode> trevelQueue = new Queue <SpaceNode>();
Queue <int> parentQueue = new Queue <int>();
Queue <string> nameQueue = new Queue <string>();
Queue <int> depthQueue = new Queue <int>();
int maxDepth = 0;
trevelQueue.Enqueue(root);
parentQueue.Enqueue(-1);
nameQueue.Enqueue("HLOD");
depthQueue.Enqueue(0);
while (trevelQueue.Count > 0)
{
int currentNodeIndex = results.Count;
string name = nameQueue.Dequeue();
SpaceNode node = trevelQueue.Dequeue();
int depth = depthQueue.Dequeue();
HLODBuildInfo info = new HLODBuildInfo
{
Name = name,
ParentIndex = parentQueue.Dequeue(),
Target = node,
};
for (int i = 0; i < node.GetChildCount(); ++i)
{
trevelQueue.Enqueue(node.GetChild(i));
parentQueue.Enqueue(currentNodeIndex);
nameQueue.Enqueue(name + "_" + (i + 1));
depthQueue.Enqueue(depth + 1);
}
info.Heightmap = CreateSubHightmap(node.Bounds);
info.WorkingObjects.Add(CreateBakedTerrain(name, node.Bounds, info.Heightmap, depth, node.GetChildCount() == 0));
info.Distances.Add(depth);
results.Add(info);
if (depth > maxDepth)
{
maxDepth = depth;
}
}
//convert depth to distance
for (int i = 0; i < results.Count; ++i)
{
HLODBuildInfo info = results[i];
for (int di = 0; di < info.Distances.Count; ++di)
{
info.Distances[di] = maxDepth - info.Distances[di];
}
}
return(results);
}
public void TestQueue()
{
using (var dl = new DisposableList())
{
var entities = TestHelpers.CreateStarEntities(3);
var original = TableGatewayMessage.Create("Star", entities);
var queue = new QueueWrapper(TestHelpers.GenUnique("gateq"), TestConfig.GatewayStorageAccount);
dl.Add(queue.Delete);
var blobStorage = new InMemoryGatewayBlobStore();
GatewayQueueWriter writer = new GatewayQueueWriter(queue, blobStorage);
writer.Write(original);
GatewayQueueReader reader = new GatewayQueueReader(queue, blobStorage);
reader.ReadNextMessage <TableGatewayMessage>(
gm =>
{
var rentities = gm.EntitiesAs <StarEntity>().ToList();
Assert.AreEqual(entities.Count, rentities.Count);
for (int i = 0; i < rentities.Count; ++i)
{
TestHelpers.AssertEqualStars(entities[i], rentities[i]);
}
},
(e, gm, cqm) => Assert.Fail());
}
}
private SecurityInformationImpl(string obj_name,
Dictionary <uint, string> names, GenericMapping generic_mapping,
bool read_only)
{
_mapping = generic_mapping;
_obj_name = new SafeStringBuffer(obj_name);
_access_map = new SafeHGlobalBuffer(Marshal.SizeOf(typeof(SiAccess)) * names.Count);
SiAccess[] sis = new SiAccess[names.Count];
IntPtr current_ptr = _access_map.DangerousGetHandle();
_names = new DisposableList <SafeStringBuffer>();
int i = 0;
foreach (KeyValuePair <uint, string> pair in names)
{
_names.Add(new SafeStringBuffer(pair.Value));
SiAccess si = new SiAccess
{
pguid = IntPtr.Zero,
dwFlags = SiAccessFlags.SI_ACCESS_SPECIFIC | SiAccessFlags.SI_ACCESS_GENERAL,
mask = pair.Key,
pszName = _names[i].DangerousGetHandle()
};
sis[i] = si;
i++;
}
_access_map.WriteArray(0, sis, 0, names.Count);
_read_only = read_only;
}
public void TestDiscarding()
{
using (var dl = new DisposableList())
{
var table = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.PrimaryStorageAccount, true);
dl.Add(table.Delete);
var entity1 = TestHelpers.CreateStarEntity();
var entity2 = TestHelpers.CreateStarEntity();
entity2.Version++;
entity2.Name = "Entity Version 2 name";
var entity3 = TestHelpers.CreateStarEntity();
entity3.Name = "Entity Version 3 name";
TargetTable ttable = new TargetTable(table);
XTableResult result;
StarEntity rentity;
result = ttable.Write(TableConvert.ToDynamicTableEntity(entity1));
Assert.IsFalse(result.Discarded);
rentity = table.ReadEntity <StarEntity>(entity3.PartitionKey, entity3.RowKey);
TestHelpers.AssertEqualStars(entity1, rentity);
result = ttable.Write(TableConvert.ToDynamicTableEntity(entity2));
Assert.IsFalse(result.Discarded);
rentity = table.ReadEntity <StarEntity>(entity3.PartitionKey, entity3.RowKey);
TestHelpers.AssertEqualStars(entity2, rentity);
result = ttable.Write(TableConvert.ToDynamicTableEntity(entity3));
Assert.IsTrue(result.Discarded);
rentity = table.ReadEntity <StarEntity>(entity3.PartitionKey, entity3.RowKey);
TestHelpers.AssertEqualStars(entity2, rentity);
}
}
internal VkPipelineColorBlendStateCreateInfo GetNative(DisposableList <IDisposable> marshalled)
{
var result = new VkPipelineColorBlendStateCreateInfo();
result.sType = VkStructureType.PipelineColorBlendStateCreateInfo;
result.logicOpEnable = logicOpEnable ? 1u : 0u;
result.logicOp = logicOp;
result.attachmentCount = (uint)this.attachments.Count;
var attachments = new VkPipelineColorBlendAttachmentState[this.attachments.Count];
for (int i = 0; i < attachments.Length; i++)
{
attachments[i] = this.attachments[i].GetNative();
}
var attachMarshalled = new MarshalledArray <VkPipelineColorBlendAttachmentState>(attachments);
result.attachmentCount = (uint)attachMarshalled.Count;
result.pAttachments = attachMarshalled.Address;
if (blendConstants != null)
{
result.blendConstants_0 = blendConstants[0];
result.blendConstants_1 = blendConstants[1];
result.blendConstants_2 = blendConstants[2];
result.blendConstants_3 = blendConstants[3];
}
marshalled.Add(attachMarshalled);
return(result);
}
public void TestETagViolation409()
{
using (var dl = new DisposableList())
{
var table = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.PrimaryStorageAccount, true);
dl.Add(table.Delete);
var entity1 = TestHelpers.CreateStarEntity();
entity1.Version = 1;
var entity2 = TestHelpers.CreateStarEntity();
entity2.Version = 2;
entity2.Name = "Entity Version 2 name";
TargetTable ttable = new TargetTable(table);
XTableResult result;
int retryAttempt = 0;
result = ttable.Write(
TableConvert.ToDynamicTableEntity(entity1),
() => {
if (retryAttempt++ == 0)
{
result = ttable.Write(TableConvert.ToDynamicTableEntity(entity2));
Assert.AreEqual(false, result.Discarded);
}
}
);
Assert.AreEqual(true, result.Discarded);
var rentity = table.ReadEntity <StarEntity>(entity1.PartitionKey, entity1.RowKey);
TestHelpers.AssertEqualStars(entity2, rentity);
}
}
public async Task <CertificateWithCustomIntermediatesResult> GetPartialChainSigningCertificateAsync()
{
var testServer = await GetTestServerAsync();
var ca = await GetCertificateAuthority();
var ca2 = ca.CreateIntermediateCertificateAuthority();
var responders = new DisposableList <IDisposable>();
responders.Add(testServer.RegisterResponder(ca2.OcspResponder));
void CustomizeAsPartialChainSigningCertificate(X509V3CertificateGenerator generator)
{
generator.AddSigningEku();
generator.AddAuthorityInfoAccess(ca2, addOcsp: true, addCAIssuers: true);
}
var(publicCertificate, certificate) = IssueCertificate(ca2, "Untrusted Signing", CustomizeAsPartialChainSigningCertificate);
var caCert = ca.Certificate.ToX509Certificate2();
var ca2Cert = ca2.Certificate.ToX509Certificate2();
return(new CertificateWithCustomIntermediatesResult(
certificate,
new[] { caCert, ca2Cert },
responders));
}
public async Task <CertificateWithCustomIntermediatesResult> GetPartialChainAndRevokedSigningCertificateAsync()
{
var testServer = await GetTestServerAsync();
var ca = await GetCertificateAuthority();
var ca2 = ca.CreateIntermediateCertificateAuthority();
var responders = new DisposableList <IDisposable>();
responders.Add(testServer.RegisterResponder(ca2.OcspResponder));
void CustomizeAsPartialChainAndRevokedCertificate(X509V3CertificateGenerator generator)
{
generator.AddSigningEku();
generator.AddAuthorityInfoAccess(ca2, addOcsp: true, addCAIssuers: true);
}
var(publicCertificate, certificate) = IssueCertificate(ca2, "Untrusted and Revoked Signing", CustomizeAsPartialChainAndRevokedCertificate);
ca2.Revoke(publicCertificate, reason: RevocationReason.Unspecified, revocationDate: DateTimeOffset.UtcNow);
return(new CertificateWithCustomIntermediatesResult(
certificate,
new X509Certificate2[0],
responders));
}
private static TSqlModel CreateTestModel(params string[] Tsqlscripts)
{
var scripts = Tsqlscripts;
TSqlModel model = _trash.Add(new TSqlModel(SqlServerVersion.Sql110, new TSqlModelOptions()));
AddScriptsToModel(model, scripts);
return(model);
}
public void Host(ObfuscationConfiguration obfuscationConfiguration, Action <long, bool, double> statusCallback)
{
IEnumerable <IDictionary <string, object> > sourceDataEnumerable;
IEnumerable <Message> messages;
if ((object)obfuscationConfiguration == null)
{
throw new ArgumentNullException("obfuscationConfiguration");
}
messages = obfuscationConfiguration.Validate();
if (messages.Any())
{
throw new ApplicationException(string.Format("Obfuscation configuration validation failed:\r\n{0}", string.Join("\r\n", messages.Select(m => m.Description).ToArray())));
}
using (IOxymoronEngine oxymoronEngine = new OxymoronEngine(this, obfuscationConfiguration))
{
using (DisposableList <IDictionaryAdapter> dictionaryAdapters = new DisposableList <IDictionaryAdapter>())
{
foreach (DictionaryConfiguration dictionaryConfiguration in obfuscationConfiguration.DictionaryConfigurations)
{
IDictionaryAdapter dictionaryAdapter;
dictionaryAdapter = dictionaryConfiguration.DictionaryAdapterConfiguration.GetAdapterInstance <IDictionaryAdapter>();
dictionaryAdapters.Add(dictionaryAdapter);
dictionaryAdapter.Initialize(dictionaryConfiguration.DictionaryAdapterConfiguration);
dictionaryAdapter.InitializePreloadCache(dictionaryConfiguration, oxymoronEngine.SubstitutionCacheRoot);
this.DictionaryConfigurationToAdapterMappings.Add(dictionaryConfiguration, dictionaryAdapter);
}
using (ISourceAdapter sourceAdapter = obfuscationConfiguration.SourceAdapterConfiguration.GetAdapterInstance <ISourceAdapter>())
{
sourceAdapter.Initialize(obfuscationConfiguration.SourceAdapterConfiguration);
using (IDestinationAdapter destinationAdapter = obfuscationConfiguration.DestinationAdapterConfiguration.GetAdapterInstance <IDestinationAdapter>())
{
destinationAdapter.Initialize(obfuscationConfiguration.DestinationAdapterConfiguration);
destinationAdapter.UpstreamMetadata = sourceAdapter.UpstreamMetadata;
sourceDataEnumerable = sourceAdapter.PullData(obfuscationConfiguration.TableConfiguration);
sourceDataEnumerable = oxymoronEngine.GetObfuscatedValues(sourceDataEnumerable);
if ((object)statusCallback != null)
{
sourceDataEnumerable = WrapRecordCounter(sourceDataEnumerable, statusCallback);
}
destinationAdapter.PushData(obfuscationConfiguration.TableConfiguration, sourceDataEnumerable);
}
}
}
}
}
public void TestDbLocationModifierForImport()
{
// Given database name, and path to save to
string dbName = TestContext.TestName;
string dataFolder = GetTestDir();
string filePrefix = "mydb";
string bacpacPath = Path.Combine(dataFolder, dbName + ".bacpac");
string mdfFilePath = Path.Combine(dataFolder, filePrefix + "_Primary.mdf");
string ldfFilePath = Path.Combine(dataFolder, filePrefix + "_Primary.ldf");
// Delete any existing artifacts from a previous run
TestUtils.DropDbAndDeleteFiles(dbName, mdfFilePath, ldfFilePath);
SqlTestDB importedDb = null;
try
{
// Create a DB and export
SqlTestDB db = _trash.Add(TestUtils.CreateTestDatabase(TestUtils.DefaultInstanceInfo, "MyOriginalDb"));
db.Execute(CreateOneTable);
db.ExportBacpac(bacpacPath);
// When deploying using the location modifying contributor
DacImportOptions options = new DacImportOptions();
options.ImportContributors = DbLocationModifier.ContributorId;
options.ImportContributorArguments =
Utils.BuildContributorArguments(new Dictionary <string, string>()
{
{ DbLocationModifier.DbSaveDataLocationArg, dataFolder },
{ DbLocationModifier.DbSaveLogDataLocationArg, dataFolder },
{ DbLocationModifier.DbFilePrefixArg, filePrefix },
});
importedDb = SqlTestDB.CreateFromBacpac(TestUtils.DefaultInstanceInfo, bacpacPath, options, true);
// Then expect the database to be saved under that path
AssertDeploySucceeded(importedDb.BuildConnectionString(), importedDb.DatabaseName);
Assert.IsTrue(File.Exists(mdfFilePath));
Assert.IsTrue(File.Exists(ldfFilePath));
// Note: for a real application, after creating the DB on the server they may want to
// detach it and reattach using the database path. We are not doing this since it's
// not relevant to this test
}
finally
{
if (importedDb != null)
{
importedDb.Dispose();
}
TestUtils.DeleteIfExists(bacpacPath);
TestUtils.DeleteIfExists(mdfFilePath);
TestUtils.DeleteIfExists(ldfFilePath);
}
}
private void handleGetDataFn(DataBatchArgs args, IntPtr hcol)
{
OrtValueCollection col = new OrtValueCollection(hcol);
for (int i = 0; i < args.Values.Count; i++)
{
MemoryHandle?memHandle;
OrtValue val = args.Values[i].ToOrtValue(out memHandle);
if (memHandle.HasValue)
{
m_rgCleanUpList.Add(memHandle);
}
m_rgCleanUpList.Add(val);
col.SetAt(i, val, args.Values[i].Name);
}
}
public void EntityConsistent()
{
using (var dl = new DisposableList())
{
// create the source table
var sourceTableWrapper = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.PrimaryStorageAccount, true);
dl.Add(sourceTableWrapper.Delete);
// initialize the target table and attach it to the disposable container
var targetTable = new TableWrapper(TestHelpers.GenUnique(TestConfig.TableName), TestConfig.SecondaryStorageAccount, true);
dl.Add(targetTable.Delete);
var tableParamsResolver = new InMemoryTargetTableResolver();
tableParamsResolver.Add(TestHelpers.TableKey, targetTable);
// create gateway blob storage
var gateBlob = new InMemoryGatewayBlobStore();
// create a gateway queue
var gateQueue = new QueueWrapper(TestHelpers.GenUnique("gateq"), TestConfig.GatewayStorageAccount);
var gateQueueWriter = new GatewayQueueWriter(gateQueue, gateBlob);
var sourceTable = new SourceTable <StarEntity>(sourceTableWrapper, gateQueueWriter, TestHelpers.TableKey);
var entity = TestHelpers.CreateStarEntity();
// write the entity
sourceTable.Write(entity);
// now verify that the entity was synced to the secondary table storage
TableGatewayQueueProcessor gateQueueProcessor = new TableGatewayQueueProcessor(
new GatewayQueueReader(gateQueue, gateBlob),
tableParamsResolver
);
bool result = gateQueueProcessor.ProcessNext();
Assert.IsTrue(result);
var targetEntity = targetTable.ReadEntity <StarEntity>(entity.PartitionKey, entity.RowKey);
TestHelpers.AssertEqualStars(entity, targetEntity);
}
}
public static DisposableList <IDisposable> RegisterResponders(
this ISigningTestServer testServer,
CertificateAuthority ca,
bool addCa = true,
bool addOcsp = true)
{
var responders = new DisposableList <IDisposable>();
if (addCa)
{
responders.Add(testServer.RegisterResponder(ca));
}
if (addOcsp)
{
responders.Add(testServer.RegisterResponder(ca.OcspResponder));
}
return(responders);
}
/// <summary>
/// Fetch the spotify audio session.
/// </summary>
protected AudioSession? FetchAudioSession() {
// Fetch sessions
using var device = AudioDevice.GetDefaultAudioDevice(EDataFlow.eRender, ERole.eMultimedia);
using var sessionManager = device.GetSessionManager();
using var sessions = sessionManager.GetSessionCollection();
// Check main process
var sessionCount = sessions.Count;
using var sessionCache = new DisposableList<AudioSession>(sessionCount);
for (var i = 0; i < sessions.Count; i++) {
var session = sessions[i];
if (session.ProcessID == MainWindowProcess?.Id) {
Logger.LogInfo("SpotifyHook: Successfully fetched audio session using main window process.");
_audioSession = session;
return _audioSession;
} else {
// Store non-spotify sessions in disposable list to make sure that they the underlying COM objects are disposed.
sessionCache.Add(session);
}
}
Logger.LogWarning("SpotifyHook: Failed to fetch audio session using main window process.");
// Try fetch through other "spotify" processes.
var processes = FetchSpotifyProcesses();
// Transfer the found sessions into a dictionary to speed up the search by process id.
// (we do this here to avoid the overhead as most of the time we will find the session in the code above.)
using var sessionMap = new ValueDisposableDictionary<uint, AudioSession>();
foreach (var session in sessionCache)
sessionMap.Add(session.ProcessID, session);
sessionCache.Clear();
foreach (var process in processes) {
var processId = (uint)process.Id;
// skip main process as we already checked it
if (MainWindowProcess?.Id == processId)
continue;
if (sessionMap.TryGetValue(processId, out AudioSession session)) {
_audioSession = session;
Logger.LogInfo("SpotifyHook: Successfully fetched audio session using secondary spotify processes.");
// remove from map to avoid disposal
sessionMap.Remove(processId);
return _audioSession;
}
}
Logger.LogError("SpotifyHook: Failed to fetch audio session.");
return null;
}
public async Task Timestamp_Verify_WithOfflineRevocation_ReturnsCorrectFlagsAndLogsAsync()
{
var nupkg = new SimpleTestPackageContext();
using (var testServer = await SigningTestServer.CreateAsync())
using (var responders = new DisposableList <IDisposable>())
using (var packageStream = await nupkg.CreateAsStreamAsync())
using (var testCertificate = new X509Certificate2(_trustedTestCert.Source.Cert))
{
var ca = CreateOfflineRevocationCA(testServer, responders);
var timestampService = TimestampService.Create(ca);
responders.Add(testServer.RegisterResponder(timestampService));
var timestampProvider = new Rfc3161TimestampProvider(timestampService.Url);
var signature = await SignedArchiveTestUtility.CreateAuthorSignatureForPackageAsync(testCertificate, packageStream, timestampProvider);
var timestamp = signature.Timestamps.First();
var settings = new SignedPackageVerifierSettings(
allowUnsigned: false,
allowUntrusted: false,
allowIllegal: false,
allowIgnoreTimestamp: false,
allowMultipleTimestamps: false,
allowNoTimestamp: false,
allowUnknownRevocation: false,
reportUnknownRevocation: true,
verificationTarget: VerificationTarget.All,
signaturePlacement: SignaturePlacement.Any,
repositoryCountersignatureVerificationBehavior: SignatureVerificationBehavior.Always,
revocationMode: RevocationMode.Online);
var logs = new List <SignatureLog>();
var result = timestamp.Verify(signature, settings, HashAlgorithmName.SHA256, logs);
result.HasFlag(SignatureVerificationStatusFlags.UnknownRevocation).Should().BeTrue();
var errors = logs.Where(l => l.Level == LogLevel.Error);
errors.Count().Should().Be(RuntimeEnvironmentHelper.IsWindows ? 2 : 1);
if (RuntimeEnvironmentHelper.IsWindows)
{
errors.Should().Contain(w => w.Code == NuGetLogCode.NU3028 && w.Message.Contains("The revocation function was unable to check revocation because the revocation server could not be reached."));
errors.Should().Contain(w => w.Code == NuGetLogCode.NU3028 && w.Message.Contains("The revocation function was unable to check revocation for the certificate."));
}
else
{
errors.Should().Contain(w => w.Code == NuGetLogCode.NU3028 && w.Message.Contains("unable to get certificate CRL"));
}
}
}
internal DisposableList <X509Certificate2> GetCyclicCertificateChain()
{
var list = new DisposableList <X509Certificate2>();
foreach (var certificate in _cyclicChain)
{
list.Add(Clone(certificate));
}
return(list);
}
internal IntPtr GetNative(DisposableList <IDisposable> marshalled)
{
var entriesMarshalled = new MarshalledArray <VkSpecializationMapEntry>(mapEntries);
var dataMarshalled = new PinnedArray <byte>(data);
marshalled.Add(entriesMarshalled);
marshalled.Add(dataMarshalled);
var info = new VkSpecializationInfo();
info.mapEntryCount = (uint)entriesMarshalled.Count;
info.pMapEntries = entriesMarshalled.Address;
info.dataSize = (uint)dataMarshalled.Count;
info.pData = dataMarshalled.Address;
var infoMarshalled = new Marshalled <VkSpecializationInfo>(info);
marshalled.Add(infoMarshalled);
return(infoMarshalled.Address);
}
internal VkPipelineVertexInputStateCreateInfo GetNative(DisposableList <IDisposable> marshalled)
{
var result = new VkPipelineVertexInputStateCreateInfo();
result.sType = VkStructureType.PipelineVertexInputStateCreateInfo;
var attMarshalled = new MarshalledArray <VkVertexInputAttributeDescription>(vertexAttributeDescriptions);
result.vertexAttributeDescriptionCount = (uint)attMarshalled.Count;
result.pVertexAttributeDescriptions = attMarshalled.Address;
var bindMarshalled = new MarshalledArray <VkVertexInputBindingDescription>(vertexBindingDescriptions);
result.vertexBindingDescriptionCount = (uint)bindMarshalled.Count;
result.pVertexBindingDescriptions = bindMarshalled.Address;
marshalled.Add(attMarshalled);
marshalled.Add(bindMarshalled);
return(result);
}
internal VkPipelineViewportStateCreateInfo GetNative(DisposableList <IDisposable> marshalled)
{
var result = new VkPipelineViewportStateCreateInfo();
result.sType = VkStructureType.PipelineViewportStateCreateInfo;
var viewportMarshalled = new MarshalledArray <VkViewport>(viewports);
result.viewportCount = (uint)viewportMarshalled.Count;
result.pViewports = viewportMarshalled.Address;
var scissorMarshalled = new MarshalledArray <VkRect2D>(scissors);
result.scissorCount = (uint)scissorMarshalled.Count;
result.pScissors = scissorMarshalled.Address;
marshalled.Add(viewportMarshalled);
marshalled.Add(scissorMarshalled);
return(result);
}
public void Host(ObfuscationConfiguration obfuscationConfiguration, Action<long, bool, double> statusCallback)
{
IEnumerable<IDictionary<string, object>> sourceDataEnumerable;
IEnumerable<Message> messages;
if ((object)obfuscationConfiguration == null)
throw new ArgumentNullException("obfuscationConfiguration");
messages = obfuscationConfiguration.Validate();
if (messages.Any())
throw new ApplicationException(string.Format("Obfuscation configuration validation failed:\r\n{0}", string.Join("\r\n", messages.Select(m => m.Description).ToArray())));
using (IOxymoronEngine oxymoronEngine = new OxymoronEngine(this, obfuscationConfiguration))
{
using (DisposableList<IDictionaryAdapter> dictionaryAdapters = new DisposableList<IDictionaryAdapter>())
{
foreach (DictionaryConfiguration dictionaryConfiguration in obfuscationConfiguration.DictionaryConfigurations)
{
IDictionaryAdapter dictionaryAdapter;
dictionaryAdapter = dictionaryConfiguration.DictionaryAdapterConfiguration.GetAdapterInstance<IDictionaryAdapter>();
dictionaryAdapters.Add(dictionaryAdapter);
dictionaryAdapter.Initialize(dictionaryConfiguration.DictionaryAdapterConfiguration);
dictionaryAdapter.InitializePreloadCache(dictionaryConfiguration, oxymoronEngine.SubstitutionCacheRoot);
this.DictionaryConfigurationToAdapterMappings.Add(dictionaryConfiguration, dictionaryAdapter);
}
using (ISourceAdapter sourceAdapter = obfuscationConfiguration.SourceAdapterConfiguration.GetAdapterInstance<ISourceAdapter>())
{
sourceAdapter.Initialize(obfuscationConfiguration.SourceAdapterConfiguration);
using (IDestinationAdapter destinationAdapter = obfuscationConfiguration.DestinationAdapterConfiguration.GetAdapterInstance<IDestinationAdapter>())
{
destinationAdapter.Initialize(obfuscationConfiguration.DestinationAdapterConfiguration);
destinationAdapter.UpstreamMetadata = sourceAdapter.UpstreamMetadata;
sourceDataEnumerable = sourceAdapter.PullData(obfuscationConfiguration.TableConfiguration);
sourceDataEnumerable = oxymoronEngine.GetObfuscatedValues(sourceDataEnumerable);
if ((object)statusCallback != null)
sourceDataEnumerable = WrapRecordCounter(sourceDataEnumerable, statusCallback);
destinationAdapter.PushData(obfuscationConfiguration.TableConfiguration, sourceDataEnumerable);
}
}
}
}
}
public SecurityInformationImpl(string obj_name, NtObject handle,
Dictionary<uint, string> names, GenericMapping generic_mapping)
{
_mapping = generic_mapping;
_handle = handle;
_obj_name = new SafeStringBuffer(obj_name);
_access_map = new SafeHGlobalBuffer(Marshal.SizeOf(typeof(SiAccess)) * names.Count);
SiAccess[] sis = new SiAccess[names.Count];
IntPtr current_ptr = _access_map.DangerousGetHandle();
_names = new DisposableList<SafeStringBuffer>();
int i = 0;
foreach (KeyValuePair<uint, string> pair in names)
{
_names.Add(new SafeStringBuffer(pair.Value));
SiAccess si = new SiAccess();
si.dwFlags = SiAccessFlags.SI_ACCESS_SPECIFIC | SiAccessFlags.SI_ACCESS_GENERAL;
si.mask = pair.Key;
si.pszName = _names[i].DangerousGetHandle();
sis[i] = si;
i++;
}
_access_map.WriteArray(0, sis, 0, names.Count);
}
/// <summary>
/// Updates the model inside an existing dacpac. All other parts of the package (the refactor log, pre/post deployment scripts,
/// contributors to use etc) stay the same.
/// </summary>
/// <param name="dacpacPath"></param>
public void UpdateDacpacModelWithFilter(string dacpacPath)
{
DisposableList disposables = new DisposableList();
try
{
TSqlModel model = disposables.Add(new TSqlModel(dacpacPath, DacSchemaModelStorageType.Memory));
TSqlModel filteredModel = disposables.Add(CreateFilteredModel(model));
// Note that the package must be opened in ReadWrite mode - this will fail if this isn't specified
DacPackage package = disposables.Add(DacPackage.Load(dacpacPath, DacSchemaModelStorageType.Memory, FileAccess.ReadWrite));
package.UpdateModel(filteredModel, new PackageMetadata());
}
finally
{
disposables.Dispose();
}
}
/// <summary>
/// Creates a new dacpac based on the filtered model. This implementation loads from and saves to
/// disk, but the API supports loading from and saving to a memory stream. This can be useful if you
/// want to support a scenario where you load a dacpac, filter its model, then immediately deploy the filtered
/// model to a database.
/// </summary>
public void CreateFilteredDacpac(string dacpacPath, string filteredDacpacPath)
{
DisposableList disposables = new DisposableList();
try
{
TSqlModel model = disposables.Add(new TSqlModel(dacpacPath, DacSchemaModelStorageType.Memory));
TSqlModel filteredModel = disposables.Add(CreateFilteredModel(model));
DacPackageExtensions.BuildPackage(
filteredDacpacPath,
filteredModel,
new PackageMetadata(), // Describes the dacpac.
new PackageOptions()); // Use this to specify the deployment contributors, refactor log to include in package
}
finally
{
// Models and DacPackage objects are disposable - either use a "using" statement or dispose of them in a finally block.
// In these examples we'd end up with a large amount of indentation and to avoid that I'm using a try/finally block.
disposables.Dispose();
}
}
