public void FieldsTest()
{
var sc2 = new SomeClass2();
var sc2W = sc2.Wrap <ISomeClass2>();
Assert.NotNull(sc2W.field);
Assert.AreEqual("Hello", sc2W.field.Prop1);
sc2W.field = new SomeClass1()
{
Prop1 = "World"
}.Wrap <ISomeClass1>();
Assert.AreEqual("World", sc2W.field.Prop1);
Assert.AreEqual("World", sc2W.Property.Prop1);
Assert.AreEqual("World", sc2W.Method().Prop1);
sc2W.Method2(new SomeClass1()
{
Prop1 = "Value1"
}.Wrap <ISomeClass1>());
Assert.AreEqual("Value1", sc2W.Property.Prop1);
var old = sc2W.Method3(new SomeClass1()
{
Prop1 = "Value2"
}.Wrap <ISomeClass1>());
Assert.AreEqual("Value1", old.Prop1);
Assert.AreEqual("Value2", sc2W.Property.Prop1);
}
public void FactMethodName2()
{
var mockedTmp = new Mock <ITmp>();
var testScheduler = new TestScheduler();
var temp = new SomeClass2(mockedTmp.Object, testScheduler);
const int c = 1;
var eventArgs1 = new MyEventArgs(1);
var eventArgs2 = new MyEventArgs(2);
var results = testScheduler.CreateObserver <MyEventArgs>();
temp.Raw().Select(ep => ep.EventArgs).Subscribe(results);
testScheduler.Schedule(TimeSpan.FromTicks(1000),
() => mockedTmp.Raise(tmp => tmp.tmpEvent += null, eventArgs1));
testScheduler.Schedule(TimeSpan.FromTicks(2000),
() => mockedTmp.Raise(tmp => tmp.tmpEvent += null, eventArgs2));
testScheduler.Start();
results.Messages.AssertEqual(
OnNext(1000 + c, eventArgs1),
OnNext(2000 + c, eventArgs2));
}
public void InvokesVirtualMethodAs()
{
var t2 = new SomeClass2();
var t3 = new SomeClass3();
var method = typeof(SomeClass2).Method("SetP2P3", typeof(string), typeof(string));
Assert.Null(method.InvokerAs <Func <SomeClass2, string, string, object> >()(t2, "t1", "t2"));
Assert.Equal("t1", t2.P2);
Assert.Equal("t2", t2.P3);
Assert.Null(method.InvokerAs <Func <object, string, object, object> >()(t2, "t1!", "t2!"));
Assert.Equal("t1!", t2.P2);
Assert.Null(method.InvokerAs <Func <SomeClass2, string, string, object> >()(t3, "t1", "t2"));
Assert.Equal("t1_", t3.P2);
Assert.Equal("t2_", t3.P3);
Assert.Null(method.InvokerAs <Func <SomeClass2, string, string, object> >()(t3, "t1!", "t2!"));
Assert.Equal("t1!_", t3.P2);
Assert.Equal("t2!_", t3.P3);
var method2 = typeof(SomeClass3).Method("SetP2P3", typeof(string), typeof(string));
Assert.Null(method2.InvokerAs <Func <SomeClass2, string, string, object> >()(t3, "t11", "t22"));
Assert.Equal("t11_", t3.P2);
Assert.Equal("t22_", t3.P3);
Assert.Null(method2.InvokerAs <Func <SomeClass2, string, string, object> >()(t3, "t11!", "t22!"));
Assert.Equal("t11!_", t3.P2);
Assert.Equal("t22!_", t3.P3);
}
public void SomeFunction()
{
SomeClass2 someClass2 = new SomeClass2();
SomeClass3 someClass3 = new SomeClass3();
// Note: SomeClass41 is not accessable!
//SomeClass4.SomeClass41 someClass41 = new SomeClass4.SomeClass41();
SomeClass4.SomeClass42 someClass42 = new SomeClass4.SomeClass42();
SomeClass4.SomeClass43 someClass43 = new SomeClass4.SomeClass43();
// Note: SomeClass51 is not accessable!
//SomeClass5.SomeClass51 someClass51 = new SomeClass5.SomeClass51();
SomeClass5.SomeClass52 someClass52 = new SomeClass5.SomeClass52();
SomeClass5.SomeClass53 someClass53 = new SomeClass5.SomeClass53();
SomeClass6 someClass6 = new SomeClass6();
someClass6.A = 10;
// Note: B Property is not Accessable!
//someClass6.B = 20;
// Note: C Property is not Accessable!
//someClass6.C = 30;
someClass6.D = 40;
someClass6.E = 50;
}
public void GetDeclaredTypeWorks()
{
IList <int> v1 = new List <int>();
SomeClass1 t = new SomeClass2();
Assert.Equal(typeof(IList <int>), TypeEx.TypeOf(v1));
Assert.Equal(typeof(Dictionary <string, double>), TypeEx.TypeOf((Dictionary <string, double>)null));
Assert.Equal(typeof(SomeClass1), TypeEx.TypeOf(t));
}
public void InvokesPrivateMethodInvoker()
{
var t2 = new SomeClass2();
var method = typeof(SomeClass2).Method("SetP2P3Test", typeof(string), typeof(string));
Assert.Null(method.Invoker()(t2, "t1", "t2"));
Assert.Equal("t1", t2.P2);
Assert.Equal("t2", t2.P3);
}
void Start()
{
SomeClass2 myClass = new SomeClass2();
// In order to use this method you must
// tell the method what type to replace
// 'T' with.
myClass.GenericMethod <int>(5);
}
static void Main(string[] args)
{
var class1 = new SomeClass1();
class1.Action = new Class1.Action();
var class2 = new SomeClass2();
class2.Action = new Class2Action();
}
public void SetterThrowsIfWrongType()
{
var c = new SomeClass1();
var d = new SomeClass2();
Assert.Throws <InvalidCastException>(
() => typeof(SomeClass2).Field("_f1").SetterAs <Action <object, object> >()(c, 123));
Assert.Throws <InvalidCastException>(
() => typeof(SomeClass2).Field("_f1").SetterAs <Action <object, object> >()(d, "te"));
}
public void InvokesIntMethodInvoker()
{
var t2 = new SomeClass2();
var t3 = new SomeClass3();
var method = typeof(SomeClass2).Method("GetF1");
var invoker = method.Invoker();
Assert.Equal(11, invoker(t2));
Assert.Equal(11, invoker(t3));
}
public void InvokesPrivateMethodAs()
{
var t2 = new SomeClass2();
var method = typeof(SomeClass2).Method("SetP2P3Test", typeof(string), typeof(string));
Assert.Null(method.InvokerAs <Func <object, object, object, object> >()(t2, "t1", "t2"));
Assert.Equal("t1", t2.P2);
Assert.Equal("t2", t2.P3);
Assert.Null(method.InvokerAs <Func <object, string, string, object> >()(t2, "t1!", "t2!"));
Assert.Equal("t1!", t2.P2);
Assert.Equal("t2!", t2.P3);
}
public void RefTest()
{
var sc2 = new SomeClass2();
var sc2W = sc2.Wrap <ISomeClass2>();
ISomeClass1 value = new SomeClass1().Wrap <ISomeClass1>();
sc2W.Method6(ref value);
Assert.AreEqual("Method6", value.Prop1);
Assert.AreEqual("Hello", sc2W.Method7(ref value));
Assert.AreEqual("Method7", value.Prop1);
}
public void OutTest()
{
var sc2 = new SomeClass2();
var sc2W = sc2.Wrap <ISomeClass2>();
ISomeClass1 value;
sc2W.Method4(out value);
Assert.AreEqual("Method4", value.Prop1);
Assert.AreEqual("Hello", sc2W.Method5(out value));
Assert.AreEqual("Method5", value.Prop1);
}
public void InvokesIntMethodAs()
{
var t2 = new SomeClass2();
var t3 = new SomeClass3();
var method = typeof(SomeClass2).Method("GetF1");
var invoker1 = method.InvokerAs <Func <SomeClass2, int> >();
var invoker2 = method.InvokerAs <Func <object, object> >();
Assert.Equal(11, invoker1(t2));
Assert.Equal(11, invoker2(t2));
Assert.Equal(11, invoker1(t3));
Assert.Equal(11, invoker2(t3));
}
public void TestNamedParams()
{
var p = 7;
var expected = 7;
int actual;
actual = new SomeClass2(a: p).Value;
Assert.AreEqual(expected, actual);
actual = new SomeClass2(p).Value;
Assert.AreEqual(expected, actual);
actual = new SomeClass2().SumOfArray(a: p);
Assert.AreEqual(expected, actual);
actual = new SomeClass2().SumOfArray(p);
Assert.AreEqual(expected, actual);
}
public void TestOverloadedConstructorCallWithOptionalParameters()
{
var o1 = new SomeClass1();
Assert.AreEqual(130, o1.Value, "o1 #1");
var o12 = new SomeClass1(1);
Assert.AreEqual(131, o12.Value, "o1 #2");
var o13 = new SomeClass1(1, 2);
Assert.AreEqual(133, o13.Value, "o1 #3");
var o14 = new SomeClass1(a: 2);
Assert.AreEqual(132, o14.Value, "o1 #4");
var o15 = new SomeClass1(a: 2, b: 3);
Assert.AreEqual(135, o15.Value, "o1 #5");
var o16 = new SomeClass1(b: 3, a: 4);
Assert.AreEqual(137, o16.Value, "o1 #6");
var o2 = new SomeClass2();
Assert.AreEqual(1130, o2.Value, "o2 #1");
var o22 = new SomeClass2(1);
Assert.AreEqual(1131, o22.Value, "o2 #2");
var o23 = new SomeClass2(1, 2);
Assert.AreEqual(1133, o23.Value, "o2 #3");
}
public NamedConstructor([BeanReference] SomeClass2 someClass)
{
}
public SomeClass1(SomeClass2 c2) { }
public static MyType FromSomeClass2(SomeClass2 c2)
{
return(new MyType(c2));
}
