# -*- coding: utf-8 -*-
# @Author: Owl
# @Date: 2026/3/17 12:01
# @Description:
import json

from app.db_func_base import *


class WaveDBFunction(TableDbHelperBase):
    def __init__(self, pool):
        self.db_pool = pool
        self.DB_Name = 'greenwave'

    def query_node_wave(self, nodeid):
        sql = """
            select t1.name as wave_name, t1.waveid, t2.crossid, t1.service_status, t1.srcDir, t1.first_left, t1.last_left from wave_cross t2 
            inner join 
            (select name, waveid, service_status, srcDir, first_left, last_left from greenwave where orgid = %s and service_status = 1 and status = 0) t1 
            on t1.waveid = t2.waveid  
        """ % nodeid
        res = self.do_select(sql)
        wave_cross_dict = {}
        for row in res:
            wave_name, waveid, crossid, service_status, srcDir, first_left, last_left = row['wave_name'], row['waveid'], row['crossid'], row['service_status'], row['srcDir'], row['first_left'], row['last_left']
            left_coor = 0 if first_left == 0 and last_left == 0 else 1
            if waveid not in wave_cross_dict:
                wave_cross_dict[waveid] = {
                    'wave_name': wave_name,
                    'waveid': waveid,
                    'src_dir': srcDir,
                    'left_coor': left_coor,
                    'service_status': service_status,
                    'cross_list': [crossid]
                }
            else:
                wave_cross_dict[waveid]['cross_list'].append(crossid)
        return wave_cross_dict

    def query_wave_tp_infos(self, waveid, srcDir):
        sql = """
            select id, type, weekday, tp_start, tp_end from wave_tps where waveid = '%s'
        """ % waveid
        res = self.do_select(sql)
        wave_tp_infos = []
        for row in res:
            type_str = gen_type_str(type, srcDir)
            weekday_str = gen_weekday_str(row['weekday'])
            wave_tp_infos.append({
                'wave_tp_id': row['id'],
                'type_str': type_str,
                'weekday_str': weekday_str,
                'type': row['type'],
                'weekday': row['weekday'],
                'tp_start': row['tp_start'],
                'tp_end': row['tp_end']
            })
        return wave_tp_infos

    def query_wave_tp_optimize_records(self, waveid):
        sql = """
            select * from wave_plan_params where waveid = '%s' order by create_time asc
        """ % waveid
        res = self.do_select(sql)
        tp_info_dict = {}
        for row in res:
            create_time = row['create_time'].strftime('%Y-%m-%d %H:%M:%S')
            base_params = row['base_params']
            tp_info = json.loads(base_params)['formState']['tp']
            tp_info_dict[tp_info] = {
                'create_time': create_time,
                'comment': row['comment']
            }
        return tp_info_dict

    def query_wave_info(self, waveid):
        sql = """
            select * from greenwave where waveid = '%s'
        """ % waveid
        res = self.do_select(sql)
        if res:
            return res[0]
        return None

    def query_wave_crosses(self, waveid):
        sql = """
            select crossid from wave_cross where waveid = '%s'
        """ % waveid
        res = self.do_select(sql)
        cross_list = [item['crossid'] for item in res]
        return cross_list

    def open_wave_tp_monitor_status(self, wave_tp_id_list):
        wave_tp_ids = ','.join(wave_tp_id_list)
        check_sql = """
            select is_polling from wave_tps where id in (%s) and is_polling = 0 
        """ % wave_tp_ids
        res = self.do_select(check_sql)
        need_update_num = len(res)
        sql = """
            update wave_tps set is_polling = 1 where id in (%s) 
        """ % wave_tp_ids
        ret = self.do_execute(sql)
        if ret == need_update_num:
            return True
        else:
            return False

    def open_wave_monitor_status(self, waveid, monitor_job_id):
        check_sql = """
            select waveid from job_waves where jobid = '%s' and waveid = '%s'
        """ % (monitor_job_id, waveid)
        res = self.do_select(check_sql)
        if res:
            return True
        else:
            insert_sql = """
                insert into job_waves (waveid, jobid, is_polling) value ('%s', '%s', 0)
            """
            ret = self.do_execute(insert_sql)
            return ret == 1

    def query_usable_monitor_job_list(self, nodeid):
        sql = """
            select * from greenwave.wave_supervision where orgid = %s and closed = 0
        """ % nodeid
        return self.do_select(sql)


sir2Str = {
    'S': ['南向北', '北向南'],
    'E': ['东向西', '西向东'],
    'W': ['西向东', '东向西'],
    'N': ['北向南', '南向北'],
    'NE': ['东北向西南', '西南向东北'],
    'NW': ['西北向东南', '东南向西北'],
    'SE': ['东南向西北', '西北向东南'],
    'SW': ['西南向东北', '东北向西南']
}

weekday2Str = {
    1: '周一',
    2: '周二',
    3: '周三',
    4: '周四',
    5: '周五',
    6: '周六',
    7: '周日'
}


def gen_type_str(type_int, srcDir):
    type_str = '双向'
    if type_int == 0:
        type_str = sir2Str[srcDir][0]
    elif type_int == 1:
        type_str = sir2Str[srcDir][1]
    return type_str


def gen_weekday_str(weekday):
    if weekday == '1,2,3,4,5':
        weekday_str = '工作日'
    elif weekday == '6,7':
        weekday_str = '节假日'
    elif weekday == '1,2,3,4,5,6,7':
        weekday_str = '全周'
    else:
        weekday_list = weekday.split(',')
        weekday_str = weekday2Str[int(weekday_list[0])]
        for i in range(1, len(weekday_list)):
            weekday_str += '、' + weekday2Str[int(weekday_list[i])]
    return weekday_str