public void GetMethodInfoFromLambda_StaticNonGenericOfNonGenericType()
{
//-- Arrange
Expression <Func <int, string, string> > lambda = (x, y) => NonGenericStaticClass.One(x, y);
var expectedMethod = typeof(NonGenericStaticClass).GetMethod("One", BindingFlags.Static | BindingFlags.Public);
//-- Act
var actualMethod = Helpers.ResolveMethodFromLambda(lambda);
//-- Assert
Assert.That(expectedMethod, Is.Not.Null);
Assert.That(actualMethod, Is.SameAs(expectedMethod));
}
public void MethodStaticNonGenericTest()
{
#if !NET5_0
return;
#endif
MethodInfo method = Utils.GetMethod(typeof(NonGenericStaticClass), nameof(NonGenericStaticClass.NonGeneric));
NonGenericStaticClass.NonGeneric();
MethodHelper.ForceRecompile(method);
NonGenericStaticClass.NonGeneric();
int count = MethodsCompiled.ToList().Count(m => m == method);
Assert.Equal(2, count);
}
public void GetMethodInfoFromLambda_StaticGenericOfNonGenericType()
{
//-- Arrange
using (TT.CreateScope(typeof(TT.TIndex1), typeof(int), typeof(TT.TIndex2), typeof(string)))
{
Expression <Func <TT.TIndex1, TT.TIndex1, TT.TIndex2> > lambda = (x, y) => NonGenericStaticClass.Two <TT.TIndex1, TT.TIndex2>(x, y);
Expression <Func <int, int, string> > lambdaNoTemplate = (x, y) => NonGenericStaticClass.Two <int, string>(x, y);
var expectedMethod = typeof(NonGenericStaticClass)
.GetMethod("Two", BindingFlags.Public | BindingFlags.Static)
.MakeGenericMethod(typeof(int), typeof(string));
//-- Act
var actualMethod = Helpers.ResolveMethodFromLambda(lambda);
var actualMethodNoTemplate = Helpers.ResolveMethodFromLambda(lambdaNoTemplate);
//-- Assert
Assert.That(expectedMethod, Is.Not.Null);
Assert.That(actualMethod, Is.SameAs(expectedMethod));
Assert.That(actualMethodNoTemplate, Is.SameAs(expectedMethod));
}
}
