wxXunHuan_test

package wxXunHuan

import (
	"fmt"
	"testing"
)

func Test0001(test *testing.T) {
        //太极
	list := CreateList()
	//两仪
	//s := []string{"阴", "阳"}
	//四象
	//s := []string{"老阴", "少阳","老阳","少阴"}
        //四方
	//s := []string{"北", "东","南","西"}
	//八卦
	//s := []string{"坎", "艮", "震","巽", "离","坤", "兑","乾"}
	//八方
	//s := []string{"北", "东北", "东","东南", "南","西南", "西","西北"}
	//十天干
	//s := []string{"甲", "乙","丙","丁","戊","己","庚","辛","壬","癸"}
	//十二地址
	//s := []string{"子", "丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"}
	s := []string{"子", "癸","丑","艮","寅","甲","卯","乙","辰","巽","巳","丙","午","丁","未","坤","申","庚","酉","辛","戌","乾","亥","壬"}
	for _, v := range s {
		list.PushBack(v)
	}
	list.Print()
	fmt.Println(list.FindByAngle(-16).Data)
	list.Print()
	list.ForWard(2)
	list.Print()
	list.Reverse()
	list.Print()
}
func TestGetSolarTerm(t *testing.T) {
	obj := solar2lunar(2018, 10, 17)
	obj1 := lunar2solar(2018, 9, 19, false)
	fmt.Println(obj.animal, obj.ganzhiYear, obj.ganzhiMonth, obj.ganzhiDay, obj.lunarYear, obj.lunarMonthChineseName, obj.lunarDayChineseName, obj.weekChineseName)
	fmt.Println(obj1.solarYear, obj1.solarMonth, obj1.solarDay, obj1.term)

	fmt.Println(leapDays(1987))
}