public void FormatMethodExit_SuppliedEntryMethodNameDoesNotMatch_ExceptionIsThrown()
{
// Arrange
var filters = this.GetDefaultFilters();
var formatter = new DelimitedValuesFormatter();
var entry = new MethodExit(1, "Yalf.TestMethod", 345, true, "returnVal");
// Act, Assert
var outputText = formatter.FormatMethodExitForSingleLineOutput(1, 2, 33, entry, filters, true);
}
public void FormatMethodExit_NoEntryMethodSupplied_ExceptionIsThrown()
{
// Arrange
var filters = this.GetDefaultFilters();
var formatter = new DelimitedValuesFormatter();
var entry = new MethodExit(1, "Yalf.TestMethod", 345, true, "returnVal");
var relatedEntry = new MethodEntry(1, "Yalf.DifferentMethod", new[] { "param1", "param2" }, DateTime.Parse("2022-10-22 22:22:31.678"));
formatter.FormatMethodEntry(1, 2, 33, relatedEntry, filters, true);
// Act, Assert
var outputText = formatter.FormatMethodExitForSingleLineOutput(1, 2, 33, entry, filters, true);
}
public void FormatMethodExit_ReturnRecordedIsFalse_ExpectedTextIsReturned()
{
// Arrange
var filters = this.GetDefaultFilters();
var formatter = new DelimitedValuesFormatter();
var entry = new MethodExit(1, "Yalf.TestMethod", 345, false, "returnVal");
var expectedText = "Yalf,Method,Yalf.TestMethod,,22:22:31.678,345,2,1";
var relatedEntry = new MethodEntry(1, "Yalf.TestMethod", new[] { "param1", "param2" }, DateTime.Parse("2022-10-22 22:22:31.678"));
formatter.FormatMethodEntry(1, 2, 33, relatedEntry, filters, true);
// Act
var orderedOutput = formatter.FormatMethodExitForSingleLineOutput(1, 2, 33, entry, filters, true);
// Assert
Assert.That(orderedOutput.Count, Is.Not.EqualTo(0), "Expected one string to be returned");
Assert.That(orderedOutput[0].FormattedLine, Is.EqualTo(expectedText), "Not the expected output text, you may need to adjust the test if the formatter has been changed.");
}
public void FormatMethodExit_MixedNestting_ExpectedTextIsReturned()
{
// Arrange
var filters = LogFiltersBuilder.Create().Build();
var formatter = new DelimitedValuesFormatter();
var startDateTime = DateTime.Now;
int threadId = 22;
int lineNo = 0;
int indentLevel = 0;
var expectedText = (new string[]
{
string.Format("Yalf,Method,TopLevelMethod,blackSheep,{0:HH:mm:ss.fff},233,1,22", startDateTime),
string.Format("Yalf,Method,FirstMethod,,{0:HH:mm:ss.fff},200,1,22", startDateTime.AddSeconds(12)),
string.Format("Yalf,Method,SecondMethod,,{0:HH:mm:ss.fff},178,2,22", startDateTime.AddSeconds(45)),
string.Format("Yalf,Log,Information log message here,,{0:HH:mm:ss.fff},0,2,22", startDateTime.AddSeconds(47)),
string.Format("Yalf,Exception,Test the log Parameter name: lineNo,,{0:HH:mm:ss.fff},0,2,22", startDateTime.AddSeconds(53)),
string.Format("Yalf,Method,ThirdMethod,,{0:HH:mm:ss.fff},100,3,22", startDateTime.AddSeconds(75)),
string.Format("Yalf,Method,TopLevelMethod2,whiteSheep,{0:HH:mm:ss.fff},488,1,22", startDateTime.AddSeconds(99))
}
).ToList();
var entries = new BaseEntry[]
{
new MethodEntry(1, "TopLevelMethod", null, startDateTime),
new MethodExit(1, "TopLevelMethod", 233, true, "blackSheep"),
new MethodEntry(1, "FirstMethod", null, startDateTime.AddSeconds(12)),
new MethodEntry(2, "SecondMethod", null, startDateTime.AddSeconds(45)),
new LogEvent(LogLevel.Info, startDateTime.AddSeconds(47), "Information log message here"),
new ExceptionTrace(new ArgumentNullException("lineNo", "Test the log"), startDateTime.AddSeconds(53)),
new MethodEntry(3, "ThirdMethod", null, startDateTime.AddSeconds(75)),
new MethodExit(3, "ThirdMethod", 100, false, null),
new MethodExit(2, "SecondMethod", 178, false, null),
new MethodExit(1, "FirstMethod", 200, false, null),
new MethodEntry(1, "TopLevelMethod2", null, startDateTime.AddSeconds(99)),
new MethodExit(1, "TopLevelMethod2", 488, true, "whiteSheep"),
};
var actualText = new List <String>();
// Act
foreach (var entry in entries)
{
if (entry is MethodEntry)
{
formatter.FormatMethodEntry(threadId, indentLevel++, ++lineNo, (entry as MethodEntry), filters, true);
}
else if (entry is MethodExit)
{
var result = formatter.FormatMethodExitForSingleLineOutput(threadId, indentLevel--, lineNo++, (entry as MethodExit), filters, true);
if (result != null)
{
actualText.AddRange(result.Select(oo => oo.FormattedLine).ToList());
}
}
else if (entry is LogEvent)
{
var result = formatter.FormatLogEvent(threadId, indentLevel, lineNo++, (entry as LogEvent), filters, true);
if (result != null)
{
actualText.Add(result);
}
}
else if (entry is ExceptionTrace)
{
var result = formatter.FormatException(threadId, indentLevel, lineNo++, (entry as ExceptionTrace), filters);
if (result != null)
{
actualText.Add(result);
}
}
}
// Assert
Console.WriteLine(String.Join(Environment.NewLine, actualText.ToArray()));
Assert.That(actualText.Count, Is.EqualTo(expectedText.Count), "Expected {0} lines to be returned overall, but have {1}.", expectedText.Count, actualText.Count);
for (int logLine = 0; logLine < actualText.Count - 1; logLine++)
{
Assert.That(actualText[logLine], Is.EqualTo(expectedText[logLine]), "Text does not match on line {0}", logLine);
}
//var misMatchedResults = actualText.Where((at, i) => (at != expectedText[i]));
//Assert.That(misMatchedResults.Count(), Is.EqualTo(0), "{0} of the lines do not match.\nExpected:\n{1}\n\nActual:\n{2}"
// , misMatchedResults.Count()
// , String.Join(Environment.NewLine, expectedText.ToArray())
// , String.Join(Environment.NewLine, actualText.ToArray())
// );
}