[Test] public void ExecuteMakeBadClassReturnsException()
{
var executeMake = new ExecuteMake();
var input = new TreeList <string>().AddBranchValue("step").AddBranchValue("make").AddBranchValue("variable").AddBranchValue("garbage");
ExecuteOperation(executeMake, input, 2);
CheckForException("message<<NO_CLASS garbage>>");
}
private void MakeSampleClass(string sampleData)
{
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("scriptTableActor").AddBranchValue("fitSharp.Test.NUnit.Slim.SampleClass").AddBranchValue(sampleData);
ExecuteOperation(executeMake, input, 2);
}
[Test] public void ExecuteMakeBadClassReturnsException()
{
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("variable").AddBranchValue("garbage");
ExecuteOperation(executeMake, input, 2);
CheckForException("message:<<NO_CLASS garbage>>");
}
[Test] public void ExecuteMakeUsesSymbolInClassName()
{
processor.Store(new Symbol("symbol", "NUnit"));
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("variable").AddBranchValue("fitSharp.Test.$symbol.Slim.SampleClass");
ExecuteOperation(executeMake, input, 2);
Assert.IsTrue(processor.Load(new SavedInstance("variable")).Instance is SampleClass);
}
[Test] public void ExecuteMakeUsesSymbolAsFullClassName()
{
processor.Get <Symbols>().Save("symbol", "fitSharp.Test.NUnit.Slim.SampleClass");
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("variable").AddBranchValue("$symbol");
ExecuteOperation(executeMake, input, 2);
Assert.IsTrue(processor.Get <SavedInstances>().GetValue("variable") is SampleClass);
}
[Test] public void ExecuteMakeUsesSymbolAsObject()
{
var newClass = new SampleClass();
processor.Store(new Symbol("symbol", newClass));
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("variable").AddBranchValue("$symbol");
ExecuteOperation(executeMake, input, 2);
Assert.AreEqual(newClass, processor.Load(new SavedInstance("variable")).Instance);
}
[Test] public void ExecuteMakeLibraryIsStacked()
{
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("librarystuff").AddBranchValue("fitSharp.Test.NUnit.Slim.SampleClass");
ExecuteOperation(executeMake, input, 2);
foreach (TypedValue libraryInstance in processor.LibraryInstances)
{
Assert.IsTrue(libraryInstance.Value is SampleClass);
return;
}
Assert.Fail();
}
[Test] public void ExecuteCallOnMissingInstanceUsesLibrary()
{
var executeMake = new ExecuteMake {
Processor = processor
};
var input = new SlimTree().AddBranchValue("step").AddBranchValue("make").AddBranchValue("librarystuff").AddBranchValue("fitSharp.Test.NUnit.Slim.SampleClass");
ExecuteOperation(executeMake, input, 2);
var executeCall = new ExecuteCall {
Processor = processor
};
input = new SlimTree().AddBranchValue("step").AddBranchValue("call").AddBranchValue("garbage").AddBranchValue("SampleMethod");
SampleClass.MethodCount = 0;
ExecuteOperation(executeCall, input, 2);
Assert.AreEqual(1, SampleClass.MethodCount);
}
