/// <summary>
/// Provides access to the ParseVerseSegmentsLine method
/// </summary>
public static void ParseVerseSegmentsLine(this ScrVers scrVers, string segmentsLine, string fileName = "testfile")
{
Versification internalVers = (Versification)ReflectionHelper.GetProperty(scrVers, "VersInfo");
ReflectionHelper.CallMethodWithThrow(Versification.Table.Implementation, "ProcessVersLine",
"#! " + segmentsLine, fileName, ScrVersType.Unknown, "", internalVers);
}
/// <summary>
/// Provides access to the ProcessVersLine method
/// </summary>
public static void ProcessVersLine(this ScrVers scrVers, string versLine)
{
Versification internalVers = (Versification)ReflectionHelper.GetProperty(scrVers, "VersInfo");
ReflectionHelper.CallMethodWithThrow(Versification.Table.Implementation, "ProcessVersLine",
versLine, "testfile", ScrVersType.Unknown, "", internalVers);
}
/// <summary>
/// Provides access to the ParseMappingLine method
/// </summary>
public static void ParseMappingLine(this ScrVers scrVers, string mappingLine)
{
Versification internalVers = scrVers.VersInfo;
ReflectionHelper.CallMethodWithThrow(Versification.Table.Implementation, "ProcessVersLine",
mappingLine, "testfile", ScrVersType.Unknown, "", internalVers);
}
public void CallMethodWithThrow_InstanceMethodExistsOnDerivedType_ExpectToBeCalled()
{
MyDerivedClass myClass = new MyDerivedClass();
ReturnValueClass retVal = (ReturnValueClass)ReflectionHelper.CallMethodWithThrow(myClass, "MyDerivedObjectMethod", 3, 9);
Assert.IsNotNull(retVal);
Assert.AreEqual(3, retVal.X);
Assert.AreEqual(9, retVal.Y);
}
/// <summary>
/// Clears all information from the internal versification for testing on a clean slate
/// </summary>
public static void ClearAllInfo(this ScrVers scrVers)
{
Versification internalVers = (Versification)ReflectionHelper.GetProperty(scrVers, "VersInfo");
((List <int[]>)ReflectionHelper.GetField(internalVers, "bookList")).Clear();
scrVers.ClearExcludedVerses();
((Dictionary <int, string[]>)ReflectionHelper.GetField(internalVers, "verseSegments")).Clear();
object mappings = ReflectionHelper.GetField(internalVers, "mappings");
ReflectionHelper.CallMethodWithThrow(mappings, "Clear");
}
/// <summary>
/// Provides access to the WriteToStream method
/// </summary>
public static void WriteToStream(this ScrVers scrVers, StringWriter stream)
{
ReflectionHelper.CallMethodWithThrow(scrVers.VersInfo, "WriteToStream", stream);
}
public void AfterItemsDeleted_EmptyList()
{
_lp.AfterItemsDeleted += delegate { throw new Exception("Should never get here!"); };
ReflectionHelper.CallMethodWithThrow(_lp, "btnDelete_Click", new object[] { null, null });
}
public void CallMethodWithThrow_InstanceMethodMissing_ExpectException()
{
MyDerivedClass myClass = new MyDerivedClass();
Assert.Throws <MissingMethodException>(() => ReflectionHelper.CallMethodWithThrow(myClass, "UnknownMethod", "blah"));
}
public void CallMethodWithThrow_InstanceMethodExistsOnBaseType_ExpectToBeCalled()
{
MyDerivedClass myClass = new MyDerivedClass();
Assert.AreEqual("You got it!", ReflectionHelper.CallMethodWithThrow(myClass, "MyBaseStringMethod", "You "));
}
public void CallMethodWithThrow_StaticMethodMissing_ExpectException()
{
Assert.Throws <MissingMethodException>(() => ReflectionHelper.CallMethodWithThrow(typeof(MyStaticClass), "UnknownMethod", "blah"));
}
public void CallMethodWithThrow_StaticMethodExists_ExpectToBeCalled()
{
Assert.AreEqual(49, ReflectionHelper.CallMethodWithThrow(typeof(MyStaticClass), "MyIntMethod", 7));
}