internal TestStepResult Execute(Dictionary <int, TestClassBase> testClassDictionary)
{
TestAssert.IsNotNull(TestAutomationDefinition,
"The test step is marked as active, however its automation definition has not been set.");
string currentUser = Thread.CurrentThread.Name;
TestStepResult result = new TestStepResult();
result.SetReferenceID(SystemID);
result.SetVirtualUser(currentUser);
result.SetTestVerdict(TestVerdict.Pass);
FireExecutionBeginEvent(this, new TestStepBeginExecutionArgs(currentUser));
TestAutomationDefinition.ResultStruct resultStruct = TestAutomationDefinition.Invoke(testClassDictionary);
result.SetStartTime(resultStruct.StartTime);
result.SetEndTime(resultStruct.EndTime);
result.SetTestVerdict(determineVerdict(ExpectedTestVerdict, resultStruct.TestVerdict));
result.SetTestMessage(resultStruct.TestMessage);
result.SetTestChecks(resultStruct.TestChecks);
result.SetTestWarnings(resultStruct.TestWarnings);
result.SetTestData(resultStruct.TestData);
FireExecutionCompleteEvent(this, result);
return(result);
}
/// <summary>
/// Iteratively processes a string all property callouts with actual property values.
/// </summary>
/// <param name="source"></param>
/// <returns></returns>
public static string ExpandString(string source, bool ignoreEscaped)
{
TestAssert.IsNotNull(_testPropertyCollection, "The TestProperties collection must be initialized before use.");
TestAssert.IsFalse(string.IsNullOrEmpty(source), "The target string key cannot be a null or empty value.");
//source = GetPropertyValueAsString(source, source);
string leftEscapeToken = "&@#!~?^";
string rightEscapeToken = "!@*&%+";
string target = source;
bool macroExpanded = false;
TestProperty testProperty;
if (source.ToUpper() == "[NULL]")
{
target = null;
}
else if (source.ToUpper() == "[EMPTYSTRING]")
{
target = "";
}
else
{
string macro = StripMacro(source, ignoreEscaped);
if (null != macro)
{
if (_testPropertyCollection.TryGetValue(macro, out testProperty))
{
if (testProperty.Value is string)
{
target = target.Replace(string.Format("[{0}]", macro), (string)testProperty.Value);
macroExpanded = true;
}
}
}
if (macroExpanded)
{
target = ExpandString(target, ignoreEscaped);
}
target = target.Replace(leftEscapeToken, "[");
target = target.Replace(rightEscapeToken, "]");
}
return(target);
}
public static void Save(string filePath, List <Type> knownTypes)
{
TestAssert.IsNotNull(_testPropertyCollection, "The TestProperties collection must be initialized before use.");
// Want to exclude system properties that are read only from serialization.
TestPropertyCollection tempCollection = new TestPropertyCollection();
foreach (TestProperty property in _testPropertyCollection)
{
tempCollection.Add(property);
}
if (knownTypes == null)
{
knownTypes = new List <Type>();
knownTypes.Add(typeof(TestProperty));
knownTypes.Add(typeof(TestSystemProperty));
}
serializeToFile(tempCollection, knownTypes, filePath);
}
internal ResultStruct Invoke(Dictionary <int, TestClassBase> testClassDictionary)
{
ResultStruct resultStruct = new ResultStruct();
try
{
Assembly assembly = TestReflection.LoadTestAssembly(TestProperties.ExpandString(TestAssembly));
Type testClassType = TestReflection.GetTestClass(assembly, TestClass);
TestAssert.IsNotNull(testClassType, "The test class specified \"{0}\" cannot be located or is not a valid test class. " +
"Check the test class's TestClassAttribute has been set.", TestClass);
Type[] types = TestParameters.GetParameterTypes();
MethodInfo testMethod = TestReflection.GetTestMethod(testClassType, TestMethod, types);
TestAssert.IsNotNull(testMethod, "The test method specified \"{0}\" cannot be located or it is not a valid test method. " +
"Check the test method signature is correct and the TestMethodAttribute had been set.", TestMethod);
TestClassBase testClassInstance;
var virtualUser = Thread.CurrentThread.Name;
int hashcode = testClassType.GetHashCode() + virtualUser.GetHashCode();
if (testClassDictionary != null && testClassDictionary.TryGetValue(hashcode, out testClassInstance))
{
testClassInstance.TestMessage = null;
testClassInstance.ResetTestCheckCollection();
testClassInstance.ResetTestWarningCollection();
testClassInstance.ResetTestDataCollection();
testClassInstance.TestVerdict = TestVerdict.Pass;
}
else
{
testClassInstance = Activator.CreateInstance(testClassType) as TestClassBase;
testClassInstance.VirtualUser = virtualUser;
if (testClassDictionary != null)
{
testClassDictionary.Add(hashcode, testClassInstance);
}
}
object[] values = TestParameters.GetParameterValues();
PropertyInfo property = null;
//TODO - this needs to be abstractedfrom TestExecutor class.
//if (!TestExecutor.SuppressExecution)
if (true)
{
resultStruct.StartTime = DateTime.Now;
resultStruct.TestVerdict = (TestVerdict)testMethod.Invoke(testClassInstance, values);
resultStruct.EndTime = DateTime.Now;
property = testClassType.GetProperty("TestMessage");
resultStruct.TestMessage = (string)property.GetValue(testClassInstance, null);
}
else
{
resultStruct.TestVerdict = TestVerdict.Pass;
resultStruct.TestMessage = "Test runtime execution has been suppressed.";
}
// Get properties
property = testClassType.GetProperty("TestChecks");
resultStruct.TestChecks = (TestCheckCollection)property.GetValue(testClassInstance, null);
property = testClassType.GetProperty("TestWarnings");
resultStruct.TestWarnings = (TestWarningCollection)property.GetValue(testClassInstance, null);
property = testClassType.GetProperty("TestData");
resultStruct.TestData = (TestDataCollection)property.GetValue(testClassInstance, null);
resultStruct = determineTestVerdict(resultStruct);
}
catch (Exception e)
{
if (e is System.Reflection.ReflectionTypeLoadException)
{
var typeLoadException = e as ReflectionTypeLoadException;
var loaderExceptions = typeLoadException.LoaderExceptions;
}
resultStruct.TestVerdict = TestVerdict.Error;
resultStruct.TestMessage += e.ToString();
}
return(resultStruct);
}
