public class CountConnector extends Host.MyStack
{
	//inner class to glom on the componenet.
	public class CountBase extends CountAPPC.CountComponent
	{
		public Inner inner;
		public Inner inner1 = new Inner1();
		public Inner inner2 = new Inner2();
		public Inner inner3 = new Inner3();
		public Inner inner4 = new Inner4();

		public Object get_host() { return CountConnector.this; }

		public void actualOp(Object passed) { inner.actualOp(passed); }
		public void actualOp(Object passed, Object passed2) {inner.actualOp(passed, passed2); }
		public Object actualOp() { return inner.actualOp(); }
	
		interface Inner 
		{
			public void actualOp(Object passed);
			public void actualOp(Object passed, Object passed2);
			public Object actualOp();		
		}
		public class Inner1 implements Inner 
		{
			public void actualOp(Object passed)  
			{
				CountConnector.this.expected_pushOn2(passed);
			}
			public void actualOp(Object passed, Object passed2){}
			public Object actualOp()  
			{
				return null;
			}
		}
		public class Inner2 implements Inner 
		{
			public void actualOp(Object passed)  
			{
				CountConnector.this.expected_pushTwice2(passed);
			}
			public void actualOp(Object passed, Object passed2){}
			public Object actualOp() { return null; }
		}
		public class Inner3 implements Inner 
		{
			public void actualOp(Object passed){}
			public void actualOp(Object passed, Object passed2){}
			public Object actualOp()  
			{
				return CountConnector.this.expected_popOff2();
			}
		}
		public class Inner4 implements Inner 
		{
			public void actualOp(Object passed){}
			public void actualOp(Object passed, Object passed2)  
			{
				CountConnector.this.expected_pushTwo2(passed, passed2);
			}
			public Object actualOp() { return null; }
		}

		public CountBase setInner(Inner inner) 
		{
			this.inner = inner;
			return this;
		}
	}

	public CountBase c = new CountBase();
	
	public void expected_pushOn2(Object passed) { super.pushOn(passed); }
	public void expected_pushTwice2(Object passed) { super.pushTwice(passed); }
	public void expected_pushTwo2(Object passed, Object passed2) { super.pushTwo(passed, passed2); }
	public Object expected_popOff2() { return super.popOff(); }
	
	// overridden new methods
	
	public void pushOn2(Object passed) { c.setInner(c.inner1).pushOp(passed);  }
	public void pushTwice2(Object passed) { c.setInner(c.inner2).pushOp(passed); }
	public void pushTwo2(Object passed, Object passed2) { c.setInner(c.inner4).pushOp(passed, passed2); }
	public Object popOff2() { return c.setInner(c.inner3).popOp(); }
	
}