public void TestDisabledManager_AddLogToDisabledManager_ShouldntEnqueueMessage()
{
var logManager = new BacktraceLogManager(0);
logManager.Enqueue("fake message", string.Empty, LogType.Log);
Assert.AreEqual(0, logManager.Size);
}
public void TestMessageQueue_AddLogToEnabledManager_ShouldEnqueueMessage()
{
uint expectedNumberOfMessages = 1;
var logManager = new BacktraceLogManager(expectedNumberOfMessages);
logManager.Enqueue("fake message", string.Empty, LogType.Log);
Assert.AreEqual(expectedNumberOfMessages, logManager.Size);
}
/// <summary>
/// Handle Untiy unhandled exceptions
/// </summary>
private void CaptureUnityMessages()
{
_backtraceLogManager = new BacktraceLogManager(Configuration.NumberOfLogs);
if (Configuration.HandleUnhandledExceptions || Configuration.NumberOfLogs != 0)
{
Application.logMessageReceived += HandleUnityMessage;
}
}
public void TestLogManagerSourceCodeGeneration_ShouldReturnStringSourceCode_CorrectSourceCodeGenerationFromEmptyLog()
{
var type = LogType.Log;
var backtraceUnityLogManager = new BacktraceLogManager(1);
backtraceUnityLogManager.Enqueue(string.Empty, string.Empty, type);
var sourceCodeText = backtraceUnityLogManager.ToSourceCode();
Assert.IsNotEmpty(sourceCodeText);
}
public void TestLogManagerLimit_AddExceptionReportsThatMatchLimitCriteria_AllMessagesShouldBeInLogManager(int numberOfLogs)
{
var report = new BacktraceReport(new Exception(string.Empty));
var backtraceUnityLogManager = new BacktraceLogManager((uint)numberOfLogs);
for (int i = 0; i < numberOfLogs; i++)
{
backtraceUnityLogManager.Enqueue(report);
}
Assert.AreEqual(backtraceUnityLogManager.Size, numberOfLogs);
}
/// <summary>
/// Handle Unity unhandled exceptions
/// </summary>
private void CaptureUnityMessages()
{
_backtraceLogManager = new BacktraceLogManager(Configuration.NumberOfLogs);
if (Configuration.HandleUnhandledExceptions || Configuration.NumberOfLogs != 0)
{
Application.logMessageReceived += HandleUnityMessage;
#if UNITY_ANDROID || UNITY_IOS
Application.lowMemory += HandleLowMemory;
#endif
}
}
public void TestLogManagerLimit_AddMessagesThatMatchLimitCriteria_AllMessagesShouldBeInLogManager(int numberOfLogs)
{
var message = "fake message";
var stackTrace = string.Empty;
var type = LogType.Log;
var backtraceUnityLogManager = new BacktraceLogManager((uint)numberOfLogs);
for (int i = 0; i < numberOfLogs; i++)
{
backtraceUnityLogManager.Enqueue(message, stackTrace, type);
}
Assert.AreEqual(backtraceUnityLogManager.Size, numberOfLogs);
}
public void TestMessageQueue_AddMultipleLosgToEnabledManager_ShouldEnqueueLimitMessage()
{
uint expectedNumberOfMessages = 1;
var logManager = new BacktraceLogManager(expectedNumberOfMessages);
logManager.Enqueue("deleted message", string.Empty, LogType.Log);
var enqueuedMessage = "enqueued message";
logManager.Enqueue(enqueuedMessage, string.Empty, LogType.Log);
Assert.AreEqual(expectedNumberOfMessages, logManager.Size);
Assert.AreEqual(enqueuedMessage, logManager.LogQueue.First().Message);
}
public void TestLogManagerSourceCodeGeneration_ShouldReturnStringSourceCode_CorrectSourceCodeGenerationWithStackTraceForException()
{
var message = "Message";
var stackTrace = "stack trace";
var type = LogType.Exception;
var backtraceUnityLogManager = new BacktraceLogManager(1);
backtraceUnityLogManager.Enqueue(message, stackTrace, type);
var sourceCodeText = backtraceUnityLogManager.ToSourceCode();
Assert.IsNotEmpty(sourceCodeText);
Assert.IsTrue(sourceCodeText.Contains(message));
Assert.IsTrue(sourceCodeText.Contains(stackTrace));
}
public void TestMessageQueue_AddMultipleLosgToEnabledManager_ShouldEnqueueLimitMessage()
{
uint expectedNumberOfMessages = 1;
var logManager = new BacktraceLogManager(expectedNumberOfMessages);
logManager.Enqueue("deleted message", string.Empty, LogType.Log);
var enqueuedMessage = "enqueued message";
logManager.Enqueue(enqueuedMessage, string.Empty, LogType.Log);
Assert.AreEqual(expectedNumberOfMessages, logManager.Size);
// validate if log ends with enqueueMessage to validate if message is there,
// without checking other message content (date, log type etc..)
Assert.IsTrue(logManager.LogQueue.First().EndsWith(enqueuedMessage));
}
public void TestLogManagerSourceCodeGeneration_ShouldReturnStringSourceCodeForEmptyValues_CorrectSourceCodeGenerationWithStackTraceForException()
{
var message = string.Empty;
var stackTrace = string.Empty;
var type = LogType.Log;
var backtraceUnityLogManager = new BacktraceLogManager(1);
backtraceUnityLogManager.Enqueue(message, stackTrace, type);
string sourceCodeText = string.Empty;
Assert.DoesNotThrow(() =>
{
sourceCodeText = backtraceUnityLogManager.ToSourceCode();
});
Assert.IsNotEmpty(sourceCodeText);
}
public void TestLogManagerInitialization_LimitNotEqualToZero_ShouldBeEnabled()
{
var logManager = new BacktraceLogManager(1);
Assert.IsFalse(logManager.Disabled);
}
public void TestLogManagerInitialization_LimitEqualToZero_ShouldBeDisabled()
{
var logManager = new BacktraceLogManager(0);
Assert.IsTrue(logManager.Disabled);
}