/**

 * Quoridor server and related libraries

 * Copyright (C) 2009-2010 Martin Rexa

 *

 * This program is free software: you can redistribute it and/or modify

 * it under the terms of the GNU General Public License as published by

 * the Free Software Foundation, either version 3 of the License.

 *

 * This program is distributed in the hope that it will be useful,

 * but WITHOUT ANY WARRANTY; without even the implied warranty of

 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

 * GNU General Public License for more details.

 *

 * You should have received a copy of the GNU General Public License

 * along with this program. Look for COPYING file in the top folder.

 * If not, see http://www.gnu.org/licenses/.

 */

package cz.xelfi.quoridor.statistics;

import cz.xelfi.quoridor.Fence.Orientation;

import org.junit.Test;

import static org.junit.Assert.*;

import cz.xelfi.quoridor.Move;

import cz.xelfi.quoridor.webidor.Game;

import java.util.Map;

/**

 *

 * @author Martin Rexa

 */

public class OpeningsTest extends Object {

    public OpeningsTest() throws Exception {

    }

    @Test public void testMirrorMoves() throws Exception {

        assertEquals("bad symetric move", Move.NORTH.getMirrorMove(), Move.NORTH);

        assertEquals("bad symetric move", Move.SOUTH.getMirrorMove(), Move.SOUTH);

        assertEquals("bad symetric move", Move.WEST.getMirrorMove(), Move.EAST);

        assertEquals("bad symetric move", Move.EAST.getMirrorMove(), Move.WEST);

        assertEquals("bad symetric move", Move.fence('A', 1, Orientation.HORIZONTAL).getMirrorMove(), Move.fence('H', 1, Orientation.HORIZONTAL));

        assertEquals("bad symetric move", Move.fence('D', 3, Orientation.VERTICAL).getMirrorMove(), Move.fence('E', 3, Orientation.VERTICAL));

    }

    @Test public void testMirrorJump() throws Exception {

        Game g = new Game("w","b");

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.EAST, new java.util.Date());

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.valueOf("WW"), new java.util.Date());

        g.apply("w", Move.RESIGN, new java.util.Date());

        OpeningTree t = new OpeningTree();

        t.processGame(g);

        OpeningTreeNode n = t.root;

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.SOUTH);

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.SOUTH);

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.SOUTH);

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.WEST);

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.valueOf("EE"));

        assertEquals("bad number of children", n.children.size(), 0);

        for(Map.Entry e: n.children.entrySet()){

            System.out.println(e.getKey());

        }

    }

    @Test public void testOpeningTreeNodes() throws Exception {

        OpeningTree t = new OpeningTree();

        assertEquals("bad number of nodes", t.nodes.size(), 1);

        Game g = new Game("w","b");

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.EAST, new java.util.Date());

        g.apply("b", Move.EAST, new java.util.Date());

        g.apply("w", Move.WEST, new java.util.Date());

        g.apply("b", Move.WEST, new java.util.Date());

        g.apply("w", Move.RESIGN, new java.util.Date());

        t.processGame(g);

        assertEquals("bad number of nodes", t.nodes.size(), 9);

        g = new Game("w","b");

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.fence('A', 1, Orientation.HORIZONTAL), new java.util.Date());

        g.apply("b", Move.fence('C', 1, Orientation.VERTICAL), new java.util.Date());

        g.apply("w", Move.RESIGN, new java.util.Date());

        t.processGame(g);

        assertEquals("bad number of nodes", t.nodes.size(), 13);

        g = new Game("w","b");

        g.apply("w", Move.NORTH, new java.util.Date());

        g.apply("b", Move.SOUTH, new java.util.Date());

        g.apply("w", Move.fence('C', 1, Orientation.VERTICAL), new java.util.Date());

        g.apply("b", Move.fence('A', 1, Orientation.HORIZONTAL), new java.util.Date());

        g.apply("w", Move.RESIGN, new java.util.Date());

        t.processGame(g);

        assertEquals("bad number of nodes", t.nodes.size(), 15);

        OpeningTreeNode n = t.root;

        n = n.children.get(Move.NORTH);

        n = n.children.get(Move.SOUTH);

        OpeningTreeNode n1 = n;

        n = n.children.get(Move.WEST);

        n = n.children.get(Move.WEST);

        n = n.children.get(Move.EAST);

        n = n.children.get(Move.EAST);

        assertEquals("different nodes", n.hashCode, n1.hashCode);

        n = n.children.get(Move.fence('F', 1, Orientation.VERTICAL));

        n = n.children.get(Move.fence('H', 1, Orientation.HORIZONTAL));

        assertEquals("bad number of children", n.children.size(), 0);

    }

}