public async Task Cannot_revoke_only_owner_grant()
{
var capture = new PlaintextKeyCapture("rosebud", "rosebud");
var service = new TempKeyFileService();
var publicKey = CryptoTestHarness.GenerateKeyFile(_output, capture, service);
capture.Reset();
var revoke = new RevokeRole(Constants.DefaultOwnerRole, publicKey, publicKey);
revoke.Sign(service, capture);
Assert.True(revoke.Verify(), "revocation did not verify");
using var fixture = new LogStoreFixture();
var @default = LogEntryFactory.CreateNamespaceEntry(Constants.DefaultNamespace, default);
await fixture.Store.AddEntryAsync(@default);
var ontology = new MemoryOntologyLog(new OntologyEvents(), publicKey);
Assert.Single(ontology.Roles[Constants.DefaultNamespace]);
await fixture.Store.AddEntryAsync(LogEntryFactory.CreateEntry(revoke));
await Assert.ThrowsAsync <CannotRemoveSingleOwnerException>(() => ontology.MaterializeAsync(fixture.Store));
}
public void ArchiveFilesExistWhenLoggingMultipleEntriesWithRollingFlatFileTraceListener()
{
if (Directory.Exists("RFFLogFiles"))
{
Directory.Delete("RFFLogFiles", true);
}
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration99"));
this.writer = factory.Create();
for (int i = 0; i < 18; i++)
{
LogEntry entry = LogEntryFactory.GetLogEntry("RFFRoleOnSize", this.GetTwoKBMessage());
this.writer.Write(entry);
}
this.writer.Dispose();
Assert.AreEqual(5, Directory.GetFiles(".\\RFFLogFiles", "Log3*.log", SearchOption.TopDirectoryOnly).Length);
Assert.IsTrue(File.Exists(Path.Combine("RFFLogFiles", String.Format("log3.{0}.14.log", DateTime.Now.Year))));
Assert.IsTrue(File.Exists(Path.Combine("RFFLogFiles", String.Format("log3.{0}.15.log", DateTime.Now.Year))));
Assert.IsTrue(File.Exists(Path.Combine("RFFLogFiles", String.Format("log3.{0}.16.log", DateTime.Now.Year))));
Assert.IsTrue(File.Exists(Path.Combine("RFFLogFiles", String.Format("log3.{0}.17.log", DateTime.Now.Year))));
}
public void EntryIsWrittenWhenLoggingUsingEventLog()
{
const string ListenerName = "Event Log Listener";
const string FormatterName = "Text Formatter";
const string Template = "My template";
configurationStart.WithOptions
.LogToCategoryNamed(CategoryName)
.WithOptions
.SetAsDefaultCategory()
.ToSourceLevels(SourceLevels.All)
.SendTo
.EventLog(ListenerName)
.WithTraceOptions(TraceOptions.None)
.FormatWith(new FormatterBuilder()
.TextFormatterNamed(FormatterName)
.UsingTemplate(Template));
this.SetConfigurationSource();
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection(e));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
LogEntry logEntry = LogEntryFactory.GetLogEntry();
this.writer.Write(logEntry);
Assert.IsTrue(this.CheckForEntryInEventlog(Template));
}
public void CustomListenerIsInvokedWhenConfigured()
{
const string ListenerName = "Custom Listener";
const string FormatterName = "Text Formatter";
const string Template = "My template";
configurationStart.LogToCategoryNamed(CategoryName)
.WithOptions
.DoNotAutoFlushEntries()
.SetAsDefaultCategory()
.ToSourceLevels(SourceLevels.All)
.SendTo
.Custom(ListenerName, typeof(MyCustomTraceListener))
.WithTraceOptions(TraceOptions.DateTime)
.Filter(SourceLevels.Verbose)
.FormatWith(new FormatterBuilder()
.TextFormatterNamed(FormatterName)
.UsingTemplate(Template));
this.SetConfigurationSource();
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection(e));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
LogEntry entry = LogEntryFactory.GetLogEntry();
entry.Categories.Add(LoggingFixtureBase.CategoryName);
this.writer.Write(entry);
Assert.IsTrue(MyCustomTraceListener.Wrote);
}
private void SetupMatchService(Action <RtSession> onStartRtSession)
{
_matchService.SubscribeToOnMatchNotFound(() =>
{
OnLogEntryReceived(LogEntryFactory.CreateMatchNotFoundLogEntry());
});
_matchService.SubscribeToOnMatchFound(rtSession =>
{
_sessionListDict.Add(rtSession.MatchId, rtSession);
_sessionGui.MatchMakingGui.AddRealTimeSessionKey(rtSession.MatchId);
OnLogEntryReceived(LogEntryFactory.CreateMatchFoundLogEntry(rtSession));
});
_sessionGui.MatchMakingGui.Initialize(
rtSessionKey =>
{
if (!_sessionListDict.ContainsKey(rtSessionKey))
{
return;
}
onStartRtSession(_sessionListDict[rtSessionKey]);
_sessionGui.RealTimeControlGui.SetActive(true);
},
(skill, shortCode) =>
{
_matchService.FindMatch(skill, shortCode);
OnLogEntryReceived(LogEntryFactory.CreateMatchMakingRequestLogEntry(skill, shortCode));
});
}
public void WhenCategoryFilterIsChanged()
{
string fileName = "trace.log";
File.Delete(fileName);
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration72"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
var entry = LogEntryFactory.GetLogEntry();
entry.Severity = System.Diagnostics.TraceEventType.Critical;
entry.Categories.Clear();
entry.Categories.Add("General");
this.writer.Write(entry);
FileInfo info = new FileInfo(fileName);
Assert.IsTrue(info.Exists);
long originalLength = info.Length;
this.ReplaceCategoryFilter("General");
this.writer.Write(entry);
info = new FileInfo(fileName);
Assert.IsTrue(info.Length == originalLength);
}
public void EntryIsLoggedWhenLoggingLevelIsChanged()
{
string fileName = "trace.log";
File.Delete(fileName);
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration72"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
var entry = LogEntryFactory.GetLogEntry();
entry.Severity = System.Diagnostics.TraceEventType.Verbose;
entry.Categories.Clear();
entry.Categories.Add("General");
this.writer.Write(entry);
FileInfo info = new FileInfo(fileName);
Assert.IsFalse(info.Exists);
this.SetSourceLevel("General", SourceLevels.Critical);
entry.Severity = TraceEventType.Critical;
this.writer.Write(entry);
info = new FileInfo(fileName);
Assert.IsTrue(info.Exists);
Assert.IsTrue(info.Length > 0);
}
public void EntryIsWrittenWhenLoggingUsingBinaryLogFormatter()
{
const string BinaryFileName = "trace.log";
File.Delete(BinaryFileName);
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration102"));
this.writer = factory.Create();
LogEntry entry = LogEntryFactory.GetLogEntry();
entry.Categories.Clear();
entry.Categories.Add("General");
if (writer.ShouldLog(entry))
{
this.writer.Write(entry);
}
Assert.IsTrue(File.Exists(BinaryFileName));
FileInfo fileInfo = new FileInfo(BinaryFileName);
Assert.IsTrue(fileInfo.Length > 0);
LogEntry deserializedEntry = LogFileReader.GetEntry(BinaryFileName);
Assert.AreEqual(entry.Message, deserializedEntry.Message);
Assert.AreEqual(entry.Priority, deserializedEntry.Priority);
Assert.AreEqual(entry.Severity, deserializedEntry.Severity);
}
private void SendPongpacket(int pingRequestId, long pingTime)
{
SendPacket((int)OpCode.Pong, _settings.Protocol,
PacketDataFactory.GetTimestampPong(pingRequestId, pingTime));
OnLogEntry(LogEntryFactory.CreatePongSentEntryLog(pingRequestId, (int)OpCode.Pong));
}
public void EntryIsWrittenWhenLoggingWithXmlFile()
{
const string FilePath = "sample.xml";
const string ListenerName = "Xml File Listener";
File.Delete(FilePath);
configurationStart.LogToCategoryNamed(CategoryName)
.WithOptions
.SetAsDefaultCategory()
.ToSourceLevels(SourceLevels.All)
.SendTo
.XmlFile(ListenerName)
.ToFile(FilePath)
.WithTraceOptions(TraceOptions.None);
this.SetConfigurationSource();
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection(e));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
LogEntry entry = LogEntryFactory.GetLogEntry();
entry.Categories.Add(CategoryName);
writer.Write(entry);
FileInfo info = new FileInfo(FilePath);
Assert.IsTrue(info.Exists);
Assert.IsTrue(info.Length > 0);
}
public void EntryIsWrittenWhenEventLogTraceListenerMin()
{
bool entrymade = false;
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration68"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
var entry = LogEntryFactory.GetLogEntry();
this.writer.Write(entry);
EventLog events = new EventLog()
{
Log = "Application",
Source = "Enterprise Library Logging"
};
foreach (EventLogEntry elogentry in events.Entries)
{
if (elogentry.Message.Contains("Message: Sample Message."))
{
entrymade = true;
break;
}
}
if (entrymade == false)
{
Assert.Fail("Eventlog message not logged");
}
}
void ILog.Write(LogLevel logLevel, string message)
{
var now = _dateTimeProvider.Now;
var logEntry = LogEntryFactory.Create(_name, now, message, logLevel);
_logWriter.Write(logEntry);
}
public void Create_CreateFactoryWithName_ReturnsEntryWithTitleSetToLoggerName()
{
var factory = new LogEntryFactory("Any name");
var result = factory.Create(TraceEventType.Error, "Any message");
Assert.AreEqual("Any name", result.Title);
}
public void Create_SendInObject_ReturnsEntryWithCorrectMessage()
{
var factory = new LogEntryFactory("Any name");
var result = factory.Create(TraceEventType.Error, 1);
Assert.AreEqual("1", result.Message);
}
public void Create_SendInSeverity_ReturnsEntryWithCorrectSeverity()
{
var factory = new LogEntryFactory("Any name");
var result = factory.Create(TraceEventType.Error, "Any message");
Assert.AreEqual(TraceEventType.Error, result.Severity);
}
private void OnFindMatch(int skill, string shortCode)
{
_matchService.FindMatch(skill, shortCode, (err) => // on match making Error
{
OnLogEntryReceived(LogEntryFactory.CreateMatchMakingErrorLogEntry(err));
});
OnLogEntryReceived(LogEntryFactory.CreateMatchMakingRequestLogEntry(skill, shortCode));
}
internal void Write(Log log, LogLevel logLevel, string message)
{
if (_multipeLog != null)
{
var logEntry = LogEntryFactory.Create(log.LoggedName, _dateTimeProvider.Now, message, logLevel);
_multipeLog.Write(logEntry);
}
}
private void WriteOutResults(PingTestResults r)
{
var e = LogEntryFactory.CreateQosTestResultsLogEntry(r);
foreach (var l in _pingTestResultsListeners)
{
l(e);
}
}
public void ShouldNotLogWhenDeniedCategory()
{
LogEntry entry = LogEntryFactory.GetLogEntry();
entry.Categories.Clear();
entry.Categories.Add("Denied");
Assert.IsFalse(writer.ShouldLog(entry));
}
internal void Write(Log log, LogLevel logLevel, string format, params object[] args)
{
if (_multipeLog != null)
{
var message = string.Format(format, args);
var logEntry = LogEntryFactory.Create(log.LoggedName, _dateTimeProvider.Now, message, logLevel);
_multipeLog.Write(logEntry);
}
}
/**
* <summary>Leave the Real Time Session</summary>
*/
public void LeaveSession()
{
if (!_rtConnected)
{
return;
}
_rtConnected = false;
_gameSparksRtUnity.Disconnect();
OnLogEntry(LogEntryFactory.CreateLeaveSessionLogEntry());
}
/**
* <summary>Send Unstructured Packet</summary>
* <param name="opCode">OpCode to send the packet on</param>
*/
public void SendUnstructuredDataPacket(int opCode)
{
if (!_rtConnected)
{
return;
}
var r = GetNextRequestId();
SendPacket(opCode, _settings.Protocol, PacketDataFactory.GetUnstructuredData(r));
OnLogEntry(LogEntryFactory.CreateBlankSentLogEntry(r, opCode));
}
/**
* <summary>Send Ping</summary>
* <remark>This ping is intented to measure the latency and
* round trip of the active clients in the real time session.
* This is not a reflection of the client / server connection.</remark>
*/
public void SendPing()
{
if (!_rtConnected)
{
return;
}
var r = GetNextRequestId();
SendPacket((int)OpCode.Ping, _settings.Protocol, PacketDataFactory.GetTimestampPing(r));
OnLogEntry(LogEntryFactory.CreatePingSentEntryLog(r, (int)OpCode.Ping));
}
public void EntryIsWrittenWhenMinMSMQTraceListener()
{
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration57"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
var entry = LogEntryFactory.GetLogEntry();
this.writer.Write(entry);
}
public void EntryIsWrittenWhenUnprocessedCategoryEventLog()
{
var entry = LogEntryFactory.GetLogEntry();
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration92"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
this.writer.Write(entry);
Assert.IsTrue(this.CheckForEntryInEventlog("Message: Sample Message."));
}
public void EntryIsWrittenWhenSpecialCategoriesCriticalEventLogMax()
{
LogWriterFactory factory = new LogWriterFactory((e) => this.ConfigurationSource.GetSection("loggingConfiguration76"));
this.writer = factory.Create();
Logger.SetLogWriter(this.writer);
var entry = LogEntryFactory.GetLogEntry();
this.writer.Write(entry);
Assert.IsTrue(this.CheckForEntryInEventlog("Message: Sample Message."));
}
public void CustomFormatterIsInvoked()
{
var listener =
this.writer.TraceSources.Values.SelectMany(x => x.Listeners).OfType <MyCustomTraceListener>().Single();
var customFormatter = listener.Formatter as CustomFormatter;
Assert.IsFalse(customFormatter.FormattedInvoked);
this.writer.Write(LogEntryFactory.GetLogEntry());
Assert.IsTrue(customFormatter.FormattedInvoked);
}
private void InitializeMatchServiceSubscriptions()
{
_matchService.SubscribeToOnMatchNotFound(() =>
{
OnLogEntryReceived(LogEntryFactory.CreateMatchNotFoundLogEntry());
});
_matchService.SubscribeToOnMatchFound(rtSession =>
{
_sessionListDict.Add(rtSession.MatchId, rtSession);
_sessionGui.MatchMakingGui.AddRealTimeSessionKey(rtSession.MatchId);
OnLogEntryReceived(LogEntryFactory.CreateMatchFoundLogEntry(rtSession));
});
}
public void EntryIsWrittenWhenMinXMLTraceListener()
{
this.LoadConfig("loggingConfiguration50");
var entry = LogEntryFactory.GetLogEntry();
this.writer.Write(entry);
FileInfo info = new FileInfo(XmlFilePath);
Assert.IsTrue(info.Exists);
Assert.IsTrue(info.Length > 0);
}
public void ShouldOnlyLogWhenAllowedCategoryInCategories()
{
LogEntry entry = LogEntryFactory.GetLogEntry();
entry.Categories.Clear();
entry.Categories.Add("RFFBehavIncrTimeStampEmpty");
Assert.IsFalse(Logger.ShouldLog(entry));
entry.Categories.Add("General");
Assert.IsTrue(Logger.ShouldLog(entry));
}