public void SourceCodeAndAssemblies_SomeCodeAndStandardAssemblies_Same()
{
const string sourceCode = "some source code";
var factory = new RuntimeLinkedLibraryFactory(sourceCode);
Assert.That(factory.SourceCode, Is.EqualTo(sourceCode));
Assert.That(factory.Assemblies, Is.SameAs(RuntimeLinkedLibraryFactory.StandardAssemblies));
}
public void SourceCodeAndAssemblies_SomeCodeAndAssemblies_Same()
{
const string sourceCode = "some source code";
var assemblies = new[] {"one", "two"};
var factory = new RuntimeLinkedLibraryFactory(sourceCode, assemblies);
Assert.That(factory.SourceCode, Is.EqualTo(sourceCode));
Assert.That(factory.Assemblies, Is.SameAs(assemblies));
}
public void LazyType_StaticClass_DoesNotThrow()
{
const string sourceCode = "public static class Any {}";
var factory = new RuntimeLinkedLibraryFactory(sourceCode);
Assert.DoesNotThrow(() => { var type = factory.TypeLazy.Value; });
}
public void LazyType_NonStaticClass_ThrowExceptionOnEvalLazy()
{
const string sourceCode = "public class Any {}";
var factory = new RuntimeLinkedLibraryFactory(sourceCode);
var type = factory.TypeLazy.Value;
}
public void LazyType_WrongCode_ThrowExceptionOnEvalLazy()
{
const string sourceCode = "wrong code";
var factory = new RuntimeLinkedLibraryFactory(sourceCode);
var type = factory.TypeLazy.Value;
}
public void LazyType_SomeCodeAndtandardAssemblies_NotNull()
{
const string sourceCode = "some source code";
var factory = new RuntimeLinkedLibraryFactory(sourceCode);
Assert.That(factory.TypeLazy, Is.Not.Null);
}
