package poker

import (
	"sort"
	"testing"
)

func TestPoker_String(t *testing.T) {
	p := &Poker{
		Color: 1,
		Point: 2,
	}
	t.Log(p.ToInt())
	t.Log(NewPoker(113).ToInt())
	t.Log(NewPoker(208).ToInt())
	t.Log(NewPoker(310).ToInt())
}

func TestPoker_Sort(t *testing.T) {
	sortPks := []*Poker{NewPokerEx(Heart, Point2, Ext1), NewPokerEx(Heart, Point10, Ext1),
		NewPokerEx(Heart, Point3, Ext1), NewPokerEx(Heart, Point6, Ext1),
		NewPokerEx(Heart, Point4, Ext1), NewPokerEx(Heart, Point4, Ext1)}

	sort.Slice(sortPks, func(i, j int) bool {
		return sortPks[i].Point < sortPks[j].Point
	})
	t.Log(PokersToString(sortPks))
}

//func testKind(t *testing.T, wildPoker *Poker, pks ...*Poker) {
//	cacheta := NewCachetaPokers()
//	cacheta.pokers = pks
//	cacheta.wildPoker = wildPoker
//
//	if cacheta.isKind(cacheta.pokers...) {
//		t.Log(fmt.Sprintf("%s %s. 万能牌:%s", PokersToString(cacheta.pokers), "is kind", wildPoker.ToString()))
//	} else {
//		t.Log(fmt.Sprintf("%s %s. 万能牌:%s", PokersToString(cacheta.pokers), "is not kind", wildPoker.ToString()))
//	}
//}

func TestPoker_IsKind(t *testing.T) {
	//var pks []*Poker
	//var wildPoker *Poker
	//
	//// 三张花色各不同，点数相同
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Club), int(Point2)), NewPoker(int(Spade), int(Point2))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 三张花色各不同，点数不相同
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Club), int(Point2)), NewPoker(int(Spade), int(Point3))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 三张花色相同，点数相同
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Spade), int(Point2))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 三张花色相同，点数不同
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Spade), int(Point3))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 两张花色不同，搭配一张万能牌
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Spade), int(Point2)), NewPoker(int(Diamond), int(Point3))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 搭配2张万能牌
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point3)), NewPoker(int(Diamond), int(Point3))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 4张两花色
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Diamond), int(Point2)), NewPoker(int(Diamond), int(Point2))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
	//
	//// 4张3花色
	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Diamond), int(Point2)), NewPoker(int(Club), int(Point2))}
	//wildPoker = NewPoker(int(Heart), int(Point3))
	//testKind(t, wildPoker, pks...)
}

//func testFlush(t *testing.T, wildPoker *Poker, pks ...*Poker) {
//	cacheta := NewCachetaPokers()
//	cacheta.pokers = pks
//	cacheta.wildPoker = wildPoker
//
//	if cacheta.isFlush(cacheta.pokers...) {
//		t.Log(fmt.Sprintf("%s %s. 万能牌:%s", PokersToString(cacheta.pokers), "is flush", wildPoker.ToString()))
//	} else {
//		t.Log(fmt.Sprintf("%s %s. 万能牌:%s", PokersToString(cacheta.pokers), "is not flush", wildPoker.ToString()))
//	}
//}
//
//func TestPoker_IsFlush(t *testing.T) {
//	//var pks []*Poker
//	//var wildPoker *Poker
//	//// 顺子，花色不同
//	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Club), int(Point3)), NewPoker(int(Spade), int(Point4))}
//	//wildPoker = NewPoker(int(Heart), int(Point3))
//	//testFlush(t, wildPoker, pks...)
//	//
//	//// 顺子，花色相同
//	//pks = []*Poker{NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point3)), NewPoker(int(Heart), int(Point4))}
//	//wildPoker = NewPoker(int(Diamond), int(Point5))
//	//testFlush(t, wildPoker, pks...)
//	//
//	//// AQK
//	//pks = []*Poker{NewPoker(int(Heart), int(PointA)), NewPoker(int(Heart), int(PointQ)), NewPoker(int(Heart), int(PointK))}
//	//wildPoker = NewPoker(int(Diamond), int(Point4))
//	//testFlush(t, wildPoker, pks...)
//	//
//	//// A23
//	//pks = []*Poker{NewPoker(int(Heart), int(PointA)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point3))}
//	//wildPoker = NewPoker(int(Diamond), int(Point4))
//	//testFlush(t, wildPoker, pks...)
//	//
//	//// A*K
//	//pks = []*Poker{NewPoker(int(Heart), int(PointA)), NewPoker(int(Heart), int(Point3)), NewPoker(int(Heart), int(PointK))}
//	//wildPoker = NewPoker(int(Diamond), int(Point3))
//	//testFlush(t, wildPoker, pks...)
//	//
//	//// A2*K
//	//pks = []*Poker{NewPoker(int(Heart), int(PointA)), NewPoker(int(Heart), int(Point2)), NewPoker(int(Heart), int(Point3)), NewPoker(int(Heart), int(PointK))}
//	//wildPoker = NewPoker(int(Diamond), int(Point3))
//	//testFlush(t, wildPoker, pks...)
//}