public void InfoFilter()
{
_testingMessage = "msg";
using (ILOGInstance logInstance = new LOGInstance(false, new[] { new TestOutputter() }))
{
logInstance.SetLogFilter(LogSeverity.Info);
_testingSeverity = LogSeverity.Fatal;
logInstance.Trace("msg");
_testingSeverity = LogSeverity.Fatal;
logInstance.Debug("msg");
_testingSeverity = LogSeverity.Info;
logInstance.Info("msg");
_testingSeverity = LogSeverity.Warning;
logInstance.Warning("msg");
_testingSeverity = LogSeverity.Error;
logInstance.Error("msg");
_testingSeverity = LogSeverity.Fatal;
logInstance.Fatal("msg");
}
}
public void FileOutput()
{
using (LOGInstance instance = new LOGInstance(false, new[] { new FileOutputter(_outputFile) }, new [] { new KeyValuePair <string, string>("SessionID", "TestSession") }))
{
_testingAdditionalfields.Add("SessionID", "TestSession");
instance.Debug("TestCase1");
}
using (StreamReader sr = new StreamReader(_outputFile.OpenRead()))
{
string content = sr.ReadToEnd();
Assert.AreEqual(2, content.Split('\n').Length);
}
using (LOGInstance instance = new LOGInstance(false, new[] { new FileOutputter(_outputFile) }, new[] { new KeyValuePair <string, string>("SessionID", "TestSession") }))
{
instance.Debug("TestCase2");
}
using (StreamReader sr = new StreamReader(_outputFile.OpenRead()))
{
string content = sr.ReadToEnd();
Assert.AreEqual(3, content.Split('\n').Length);
}
}
public void Warning()
{
using (ILOGInstance instance = new LOGInstance(true, new[] { new TestOutputter() }, new[] { new KeyValuePair <string, string>("SessionID", "TestSession") }))
{
_testingAdditionalfields.Add("SessionID", "TestSession");
_testingMessage = "test warning message";
_testingTag = "WARNING";
_testingSeverity = LogSeverity.Warning;
instance.Warning(_testingMessage, _testingTag);
LOG.Warning(_testingMessage, _testingTag);
}
}
public void Trace()
{
using (ILOGInstance instance = new LOGInstance(true, new[] { new TestOutputter() }, new[] { new KeyValuePair <string, string>("SessionID", "TestSession") }))
{
_testingAdditionalfields.Add("SessionID", "TestSession");
_testingMessage = "test Trace message";
_testingTag = "Trace";
_testingSeverity = LogSeverity.Trace;
instance.Trace(_testingMessage, _testingTag);
LOG.Trace(_testingMessage, _testingTag);
}
}
public void LogBridge()
{
using (ILOGInstance parent = new LOGInstance(false, new[] { new TestOutputter() }, new[] { new KeyValuePair <string, string>("SessionID", "TestSession Parent") }))
{
using (ILOGInstance child = new AsyncLOGInstance(true, SyncType.EventWaitHandle, false, new[] { new LOGBridgeOutputter(parent) }, new [] { new KeyValuePair <string, string>("testKey1", "TestSession Child") }))
{
_testingMessage = "test message info";
_testingTag = "testTag";
_testingSeverity = LogSeverity.Info;
_testingAdditionalfields.Add("SessionID", "TestSession Parent");
_testingAdditionalfields.Add("testKey1", "TestSession Child");
child.Info(_testingMessage, _testingTag);
}
}
}
