public void ResolveFieldTest()
{
Container c = new Container();
c.AddSingleton(() => new TypeWithField());
c.AddSingleton(() => new GuessableType());
TypeWithField t = c.GetInstance <TypeWithField>();
Assert.NotNull(t.gt);
}
static void Main()
{
TypeWithField <int> .field = "First";
TypeWithField <string> .field = "Second";
TypeWithField <DateTime> .field = "Third";
TypeWithField <int> .PrintField();
TypeWithField <string> .PrintField();
TypeWithField <DateTime> .PrintField();
}
public static void Demo()
{
TypeWithField <int> .field = "First";
TypeWithField <string> .field = "Second";
TypeWithField <DateTime> .field = "Third";
TypeWithField <int> .PrintField();
TypeWithField <string> .PrintField();
TypeWithField <DateTime> .PrintField();
Outer <int> .Inner <string, DateTime> .DummyMethod();
Outer <string> .Inner <int, int> .DummyMethod();
Outer <object> .Inner <string, object> .DummyMethod();
Outer <string> .Inner <string, object> .DummyMethod();
Outer <object> .Inner <object, string> .DummyMethod();
//the next line will not product a console statement, as the static class already executed, and static constructor for any closed type is only executed once
Outer <string> .Inner <int, int> .DummyMethod();
Console.WriteLine("");
CountingEnumerable counter = new CountingEnumerable();
foreach (int x in counter)
{
Console.WriteLine(x);
}
Console.WriteLine("");
DemonstrateTypeOf <int>();
Console.WriteLine("");
RetrievingGenericType();
Console.WriteLine("");
Type type = typeof(AdvancedGenerics);
MethodInfo definition = type.GetMethod("PrintTypeParameter");
MethodInfo constructed = definition.MakeGenericMethod(typeof(string));
constructed.Invoke(null, null);
}
static void Main()
{
TypeWithField <int> .field = "First";
TypeWithField <int> .PrintField();
}
