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using System;
struct A
{
public int a;
private long b;
private float c;
public A (int foo)
{
a = foo;
b = 8;
c = 9.0F;
}
}
struct B
{
public int a;
}
struct C
{
public long b;
public C (long foo)
{
b = foo;
}
// has `this' initializer, no need to initialize fields.
public C (string foo)
: this (500)
{ }
}
struct D
{
public int foo;
}
struct E
{
public D d;
public bool e;
public E (int foo)
{
this.e = true;
this.d.foo = 9;
}
}
struct F
{
public E e;
public float f;
}
class X
{
static void test_output (A x)
{ }
static void test_output (B y)
{ }
static void test_output (E e)
{ }
static void test_output (F f)
{ }
static void test1 ()
{
A x;
x.a = 5;
Console.WriteLine (x.a);
}
static void test2 ()
{
B y;
y.a = 5;
Console.WriteLine (y.a);
Console.WriteLine (y);
}
static void test3 ()
{
A x = new A (85);
Console.WriteLine (x);
}
static void test4 (A x)
{
x.a = 5;
}
static void test5 (out A x)
{
x = new A (85);
}
static void test6 (out B y)
{
y.a = 1;
}
static void test7 ()
{
E e;
e.e = true;
e.d.foo = 5;
test_output (e);
}
static void test8 ()
{
F f;
f.e.e = true;
f.e.d.foo = 5;
f.f = 3.14F;
test_output (f);
}
static void test9 ()
{
E e = new E (5);
Console.WriteLine (e.d.foo);
}
static void test10 ()
{
F f;
f.e = new E (10);
Console.WriteLine (f.e.d.foo);
Console.WriteLine (f.e.d);
f.f = 3.14F;
Console.WriteLine (f);
}
public static int Main ()
{
// Compilation-only test.
return 0;
}
}
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