cross_doctor/app/task_db_func.py

# -*- coding: utf-8 -*-
# @Author: Owl
# @Date: 2025/11/10 17:59
# @Description:
# -*- coding:utf-8 -*-
#import logging
import json
import logging

import pymysql
import pymysql.cursors
from datetime import datetime

from flask import g
from app.db_func_base  import *


class TaskDbHelper(TableDbHelperBase):

    def __init__(self, pool):
        self.db_pool = pool
        self.DB_Name = 'task'



    def query_task(self, taskno, nodeid, area_id):
        sql_query = "select * from task.`task` where nodeid='%s' and taskno='%s' and area_id = %s" % (nodeid, taskno, area_id)
        tasks = self.do_select(sql_query)
        if len(tasks) != 1:
            logging.error('query_ledger error! %s' % (sql_query))
            return None
        return tasks[0]

    def query_task_executor(self, nodeid, area_id):
        sql_query = "select user_name, userno from user.user where userno in (select userno from user.area_user where nodeid = '%s' and area_id = %s) and department = '信号调优团队'" % (nodeid, area_id)
        executors = self.do_select(sql_query)
        if len(executors) <= 0:
            logging.error('query_task_executor is null! %s' % (sql_query))
            return []
        return executors


    def query_task_src(self, nodeid, area_id):
        sql_query = "select distinct src from task.`task_src` where nodeid='%s' and area_id = %s" % (nodeid, area_id)
        srcs = self.do_select(sql_query)
        if len(srcs) <= 0:
            logging.error('query_task_src is null! %s' % (sql_query))
            return []
        return srcs

    def query_task_type(self, nodeid, area_id):
        sql_query = "select * from task.`task_type` where (nodeid='%s' or nodeid = 0) and (area_id = %s or area_id = 0)" % (nodeid, area_id)
        types = self.do_select(sql_query)
        if len(types) <= 0:
            logging.error('query_task_type is null! %s' % (sql_query))
            return []
        return types

    def query_all_tak_list(self, nodeid, area_id):
        """查询路口的全部台账履历"""
        sql_query = "select * from task.`task` where nodeid='%s' and area_id = %s and record_state=0 order by task_state asc, progress asc, plan_end_time desc" % (nodeid, area_id)
        res_list = self.do_select(sql_query)
        for res in res_list:
            logging.info(res['update_time'])
            if res['update_time'] is not None:
                res['update_time'] = res['update_time'].strftime('%Y-%m-%d %H:%M:%S')
        return res_list

    def query_task_list(self, task_name,task_type,data_type, task_class,plan_begin_time,plan_end_time,publish_time,task_state,executor,task_src, nodeid):
        """查询路口的全部台账履历"""
        sql_query = "select * from task.`task` where nodeid='%s' and record_state=0" % (nodeid)

        if task_name is not None and len(task_name)>0:
            sql_query += " and task_name like '%%%s%%'" %(task_name)

        if task_type is not None and len(task_type)>0:
            sql_query += " and task_type='%s'" %(task_type)

        if data_type is not None and len(data_type) > 0:
            data_type += " and task_type='%s'" % (data_type)

        if task_class is not None and len(task_class)>0:
            sql_query += " and task_class='%s'" %(task_class)

        if plan_begin_time is not None and len(plan_begin_time)>0:
            sql_query += " and plan_begin_time='%s'" %(plan_begin_time)

        if plan_end_time is not None and len(plan_end_time)>0:
            sql_query += " and plan_end_time='%s'" %(plan_end_time)

        if publish_time is not None and len(publish_time)>0:
            sql_query += " and publish_time='%s'" %(publish_time)

        if task_state is not None and len(task_state)>0:
            sql_query += " and task_state='%s'" %(task_state)

        if executor is not None and len(executor)>0:
            sql_query += " and executor='%s'" %(executor)

        if task_src is not None and len(task_src) > 0:
            sql_query += " and task_src='%s'" % (task_src)
        res_list = self.do_select(sql_query)
        if len(res_list) > 0:
            for res in res_list:
                logging.info(res['update_time'])
                if res['update_time'] is not None:
                    res['update_time'] = res['update_time'].strftime('%Y-%m-%d %H:%M:%S')
        return res_list

    def query_completed_task_cross_list(self, nodeid, area_id):
        sql_query = "select crossid,name from tmnet.cross where crossid in (select crossids from task where task_state=4 and nodeid='%s') and nodeid='%s';" % (nodeid, nodeid)

        return self.do_select(sql_query)

    def query_completed_task_by_cross(self, crossid, nodeid, area_id):
        sql_query = "select * from task.task where task_state=4 and crossids='%s' and nodeid='%s' and area_id = %s;" % (crossid, nodeid, area_id)

        return self.do_select(sql_query)

    def get_last_taskno(self, creatorid, task_name, nodeid):
        sql_query = "select max(taskno) as taskno  from task.task where creatorid='%s' and task_name='%s' and nodeid='%s';" % (creatorid,task_name, nodeid)
        tasknos = self.do_select(sql_query)

        if len(tasknos) != 1:
            logging.error('get_last_taskno error! %s' % (sql_query))
            return None
        return tasknos[0]['taskno']

    def get_task_no(self, nodeid, area_id, task_name, task_type, task_class, data_type, plan_begin_time, plan_end_time, executor, task_src, comment):
        sql = f"""
            select taskno from task.task where nodeid = '{nodeid}' and area_id = {area_id} and task_name = '{task_name}' and task_type = {task_type} 
            and task_class = {task_class} and data_type = {data_type} and plan_begin_time = {plan_begin_time}
            and plan_end_time = {plan_end_time} and executor = '{executor}' and task_src = '{task_src}' and comment = '{comment}'
        """
        res = self.do_select(sql)
        if len(res) > 0:
            return res[0]['taskno']
        return None

    def delete_task(self, taskno, nodeid, area_id):
        taskno_str = ','.join(str(num) for num in taskno)
        sql = "update task.`task` set record_state=1 where taskno in (%s) and nodeid='%s' and area_id = %s;" % (taskno_str, nodeid, area_id)
        # 执行删除操作
        return self.do_execute(sql)

    def query_task_history(self, taskno, nodeid, area_id):
        """查询路口的全部台账履历"""
        sql_query = "select * from task.task_history where taskno='%s' and nodeid='%s' and area_id = %s order by history_date;" % (taskno, nodeid, area_id)
        return self.do_select(sql_query)

    def query_task_progress_history(self, yesterday_date, nodeid, area_id):
        """查询路口的全部台账履历"""

        sql_query = (f"""
            select
                t2.task_name,
                content
            from
            (select * from task.task_history where date(history_date)='{yesterday_date}' and nodeid='{nodeid}' and area_id = {area_id} and content like '%%operation%%任务进度%%content%%' order by history_date) t1
            left join
            (select task_name,taskno from task.task) t2
            on t1.taskno = t2.taskno;
        """)

        return self.do_select(sql_query)

    def add_task_history(self, taskno, nodeid, area_id, operator,remark):
        """查询路口的全部台账履历"""
        now = datetime.now()
        time_str = now.strftime('%Y-%m-%d %H:%M:%S')
        sql_insert = "insert into task.task_history (taskno,nodeid, area_id, operator,content, history_date)  values('%s',%s,'%s','%s','%s','%s')" % (taskno, nodeid, area_id, operator,remark, time_str)
        count = self.do_execute(sql_insert)
        if count != 1:
            logging.error('add_task_history error! %s' % (sql_insert))
            return 0
        return count

    def add_task(self, timestamp, creatorid, task_name, task_type, data_type, plan_begin_time, plan_end_time,publish_time,
                 executor, progress, task_state, description, crossids, waveid, wave_name, comment,
                 record_state, task_src, task_class, nodeid, area_id, task_type_class, full_review):
        sql_insert = "insert into task.task (timestamp, creatorid, task_name, task_type, data_type, plan_begin_time, plan_end_time,publish_time," \
                     " executor, progress, task_state, description, crossids, waveid, wave_name, comment," \
                     " record_state, task_src, task_class, nodeid, area_id, task_type_class, full_review)  values('%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s','%s', %s, %s, %s)" % (
                         timestamp, creatorid, task_name, task_type, data_type, plan_begin_time, plan_end_time,publish_time,
                         executor, progress, task_state, description, crossids, waveid, wave_name, comment,
                         record_state, task_src, task_class, nodeid, area_id, task_type_class, full_review)

        count = self.do_execute(sql_insert)
        if count != 1:
            logging.error('add_task error! %s' % (sql_insert))
            return 0
        return count

    def update_task_info(self, taskno, modify_data, nodeid, area_id):
        update_time = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
        sql = f"update task.task set %s, update_time = '%s' where taskno = '%s' and nodeid = %s and area_id = %s" %(modify_data, update_time, taskno, nodeid, area_id)
        return self.do_execute(sql)
    ##########################################################################

    def insert_upload_file_record(self, taskno, nodeid, download_url, area_id):
        sql = f"""
            insert into task.task_upload_file_record (taskno, nodeid, download_url, area_id)
            values (%d , %d, '%s', %s)
        """ % (int(taskno), int(nodeid), download_url, area_id)
        return self.do_execute(sql)

    def query_task_file(self, nodeid, area_id):
        sql = f"""
            select * from task.task_upload_file_record where nodeid = %d and area_id = %s
        """ % (int(nodeid), area_id)
        row_list = self.do_select(sql)
        tmp_dict = {}
        for row in row_list:
            if row['taskno'] not in tmp_dict.keys():
                tmp_dict[row['taskno']] = [{
                    'id': row['id'],
                    'download_url': row['download_url']
                }]
            else:
                tmp_dict[row['taskno']].append({
                    'id': row['id'],
                    'download_url': row['download_url']
                })
        return tmp_dict

    def query_task_file_by_taskno(self, nodeid, taskno, area_id):
        sql = f"""
            select id, download_url from task.task_upload_file_record where nodeid = %d and taskno = %d and area_id = %d
        """ % (int(nodeid), int(taskno), int(area_id))
        row_list = self.do_select(sql)
        download_url_list = []
        for row in row_list:
            download_url_list.append({
                'id': row['id'],
                'download_url': row['download_url']
            })
        return download_url_list

    def del_task_file(self, nodeid, taskno, file_id):
        sql = f"""
            delete from task.task_upload_file_record where nodeid = %d and taskno = %d and id = %d
        """ % (int(nodeid), int(taskno), int(file_id))
        return self.do_execute(sql)

    def update_task_state(self, nodeid, area_id, task_no, state):
        sql = "update task set task_state='%s' where nodeid='%s' and area_id='%s' and taskno='%s'" % (state, nodeid, area_id, task_no)
        return self.do_execute(sql)

    def query_ledger_task_list(self, nodeid, area_id):
        sql = f"""
            select distinct crossid from task.ledger_task_detail where task_no in (select taskno from task.task where nodeid = %d and area_id = %d and task_type_class = 1 and record_state != 1 and task_state != 4) and (submit_status is null or submit_status != 2)
        """ % (int(nodeid), int(area_id))
        return self.do_select(sql)

    def query_ledger_task_crosses_info(self, task_no):
        sql = """
            select * from ledger_task_detail where task_no = %s
        """ % task_no
        return self.do_select(sql)

    def query_ledger_task_crosses_info_by_area_id(self, nodeid, area_id):
        sql = """
            select * from task.ledger_task_detail where nodeid = %s and area_id = %s
        """ % (nodeid, area_id)
        res = self.do_select(sql)
        task_info_dict = {}
        for row in res:
            task_no = row['task_no']
            if task_no not in task_info_dict.keys():
                task_info_dict[task_no] = []
            task_info_dict[task_no].append(row)
        task_res_dict = {}
        for task_no in task_info_dict.keys():
            task_cross_num = len(task_info_dict[task_no])
            entered_cross_num = len([cross for cross in task_info_dict[task_no] if cross['ledger_status'] == 2 and cross['phase_status'] in (1, 3)])
            approve_cross_num = len([cross for cross in task_info_dict[task_no] if cross['submit_status'] == 2])
            entered_percent = int(entered_cross_num * 100 / task_cross_num) if task_cross_num > 0 else 0
            approve_percent = int(approve_cross_num * 100 / task_cross_num) if task_cross_num > 0 else 0
            task_res_dict[task_no] = {
                'task_no': task_no,
                'task_cross_num': task_cross_num,
                'entered_cross_num': entered_cross_num,
                'entered_percent': entered_percent,
                'approve_cross_num': approve_cross_num,
                'approve_percent': approve_percent
            }
        return task_res_dict

    def query_ledger_task_crosses_pics(self, crossid_list):
        crossids = "'" + "', '".join(item for item in crossid_list) + "'"
        sql = """
            select * from tmnet.user_upload_cross_pics where crossid in (%s)
        """ % crossids
        return self.do_select(sql)

    def drop_old_task_cross(self, crossid_list, old_task_no, nodeid, area_id):
        crossids = "'" + "', '".join(item for item in crossid_list) + "'"
        sql = """
            delete from task.ledger_task_detail where task_no = %s and crossid in (%s)
        """ % (old_task_no, crossids)
        old_task_info = self.query_task(old_task_no, nodeid, area_id)
        old_crossids = old_task_info['crossids'].split(',')
        drop_crossids = list(set(old_crossids) - set(crossid_list))
        update_task_info_sql = """
            update task.task set crossids = '%s' where taskno = %s and nodeid = %s and area_id = %s
        """ % (','.join(drop_crossids), old_task_no, nodeid, area_id)
        conn, cursor = self.connect()
        try:
            conn.begin()
            logging.info('drop_old_task_cross: %s' % (sql))
            logging.info('drop_old_task_cross: %s' % (update_task_info_sql))
            update_ret = cursor.execute(update_task_info_sql)
            del_ret = cursor.execute(sql)
            if update_ret == 1 and del_ret == len(crossid_list):
                conn.commit()
                return True
            else:
                conn.rollback()
                return False
        except Exception as e:
            logging.error(e)
            conn.rollback()
            return False

    def insert_ledger_task_cross(self, insert_list, crossid_list, task_no, nodeid):
        crossids = "'" + "', '".join(item for item in crossid_list) + "'"
        sql = """
            insert into task.ledger_task_detail (task_no, crossid, nodeid, area_id) values(%s, %s, %s, %s)
        """
        query_cross_ledger_status_sql = """
            select crossid, nodeid, status from tmnet.ledger_entering_status where crossid in (%s)
        """ % crossids
        cross_ledger_status_values = set()
        ledger_status_info = self.do_select(query_cross_ledger_status_sql)
        cross_ledger_info_dict = {row['crossid']: row['status'] for row in ledger_status_info}
        for crossid in crossid_list:
            if crossid in cross_ledger_info_dict.keys():
                cross_ledger_status_values.add(f"when '{crossid}' then {cross_ledger_info_dict[crossid]} ")
            else:
                cross_ledger_status_values.add(f"when '{crossid}' then 0 ")
        # logging.error(cross_ledger_status_values)
        update_ledger_task_cross_status_sql = f"""
            update task.ledger_task_detail set ledger_status = case crossid {' '.join(list(cross_ledger_status_values))} end where crossid in ({crossids}) and nodeid = {nodeid} and task_no = {task_no}
        """
        logging.info(update_ledger_task_cross_status_sql)
        conn, cursor = self.connect()
        try:
            conn.begin()
            ret = cursor.executemany(sql, insert_list)
            if ret == len(insert_list):
                update_ledger_status_ret = cursor.execute(update_ledger_task_cross_status_sql)
                if update_ledger_status_ret == len(cross_ledger_status_values):
                    conn.commit()
                    return True
                else:
                    conn.rollback()
                    logging.error("update ledger_entering_status fail")
                    return False
            else:
                conn.rollback()
                return False
        except Exception as e:
            logging.error(e)
            conn.rollback()
            return False

    def query_ledger_task_cross_record(self, task_no, crossid):
        sql = "select * from task.ledger_task_detail where task_no = %s and crossid = '%s'" % (task_no, crossid)
        res = self.do_select(sql)
        if res:
            return res[0]
        return None

    def update_ledger_task_cross_record(self, task_no, crossid, field_name, value):
        sql = "update task.ledger_task_detail set %s = %s where task_no = '%s' and crossid = '%s'" % (field_name, value, task_no, crossid)
        return self.do_execute(sql)

    def approval_ledger_task_cross(self, task_no, crossid, status, approver, approver_id, now_time):
        sql = """
            update task.ledger_task_detail set submit_status = %s, approver = '%s', approver_id = '%s', approver_time = '%s' where task_no = '%s' and crossid = '%s'
        """ % (status, approver, approver_id, now_time, task_no, crossid)
        return self.do_execute(sql)

    def query_ledger_task_crosses(self, taskno):
        sql = """
            select * from task.ledger_task_detail where task_no = %s
        """ % taskno
        return self.do_select(sql)

    def query_all_ledger_task_crosses_info(self, nodeid, area_id):
        sql = """
             select * from task.ledger_task_detail where nodeid = %s and area_id = %s
        """ % (nodeid, area_id)
        res = self.do_select(sql)
        task_cross_dict = {}
        for row in res:
            if row['task_no'] not in task_cross_dict.keys():
                task_cross_dict[row['task_no']] = [row]
            else:
                task_cross_dict[row['task_no']].append(row)
        return task_cross_dict

    def query_cross_entering_status(self, crossid_list):
        crossids = "'" + "', '".join(item for item in crossid_list) + "'"
        sql = """
            select crossid, ledger_status, phase_status, update_time from task.ledger_task_detail where crossid in (%s) order by update_time asc
        """ % crossids
        return self.do_select(sql)

    def query_greenwave_task_requirement_validation_info_sql(self, task_no):
        sql = """
            select * from task.greenwave_task_detail where task_no = %s
        """ % (task_no)
        res = self.do_select(sql)
        if res:
            return res[0]
        return None

    def query_wave_task_additional_info_sql(self, task_no, nodeid, area_id):
        sql = """
            select * from task.greenwave_task_additional_detail where task_no = %s and nodeid = %s and area_id = %s
        """ % (task_no, nodeid, area_id)
        res = self.do_select(sql)
        if res:
            return res[0]
        return None

    def query_wave_task_crosses(self, task_no):
        sql = """
            select * from task.greenwave_task_cross_detail where task_no = %s
        """ % (task_no)
        return self.do_select(sql)

    def query_wave_task_tp_info(self, task_no, nodeid, area_id):
        sql = """
            select * from task.greenwave_task_tp_detail where task_no = %s and nodeid = %s and area_id = %s
        """ % (task_no, nodeid, area_id)
        return self.do_select(sql)

    def query_task_check_res(self, task_no, nodeid, area_id):
        sql = """
            select * from task.greenwave_task_result_addirm_detail where task_no = %s and nodeid = %s and area_id = %s 
        """ % (task_no, nodeid, area_id)
        res = self.do_select(sql)
        tp_info_dict = {}
        for row in res:
            if row['tp_info_id'] not in tp_info_dict.keys():
                tp_info_dict[row['tp_info_id']] = []
            tp_info_dict[row['tp_info_id']].append(row)
        return tp_info_dict

    def query_greenwave_task_adjustment_record(self, task_no):
        sql = """
            select * from task.greenwave_task_tiny_adjustment_record where task_no = %s
        """ % (task_no)
        return self.do_select(sql)

    def save_task_require_confirm_info(self, task_no, nodeid, area_id, require_confirm_info, creator_id, creator):
        base_info = require_confirm_info['base_info']
        cross_list = require_confirm_info['cross_list']
        tp_info = require_confirm_info['tp_info']
        insert_base_info_sql = """
            insert into task.greenwave_task_detail(task_no, wave_name, waveid, start_cross_name, end_cross_name, cross_num, 
            task_src, plan_start_time, plan_end_time, predict_issue_time, is_urgency, wave_status, slc_company, 
            max_phase_position, left_coor, comment, creator_id, creator, executor_id, executor) values (%s, %s, %s, %s, %s, %s, %s, %s, %s, %s,
            %s, %s, %s, %s, %s, %s, %s, %s, %s, %s)
        """
        params = (
            task_no,
            base_info['wave_name'],
            base_info['waveid'],
            base_info['start_cross_name'],
            base_info['end_cross_name'],
            base_info['cross_num'],
            base_info['task_src'],
            base_info['plan_start_time'],
            base_info['plan_end_time'],
            base_info['predict_issue_time'],
            base_info['is_urgency'],
            base_info['wave_status'],
            base_info['slc_company'],
            base_info['max_phase_position'],
            base_info['left_coor'],
            base_info['comment'],
            creator_id,
            creator,
            base_info['executor_id'],
            base_info['executor']
        )
        insert_cross_list = []
        for item in cross_list:
            influence_factor = item['influence_factor']
            phase_info_json = json.dumps(item['phase_info'], ensure_ascii=False)
            insert_cross_list.append((task_no, item['crossid'], item['cross_name'], item['location'], influence_factor['intersect_coor'],
                                      influence_factor['phase_pos_adjust'], influence_factor['phase_seq_adjust'], influence_factor['phase_adjust'],
                                      influence_factor['borrow_left'], influence_factor['waiting_left'], influence_factor['waiting_straight'],
                                      influence_factor['waiting_bicycle'], phase_info_json))
        insert_cross_info_sql = """
            insert into task.greenwave_task_cross_detail(task_no, crossid, cross_name, location, intersect_coor, 
            phase_pos_adjust, phase_seq_adjust, phase_adjust, borrow_left, waiting_left, waiting_straight, 
            waiting_bicycle, phase_info) values (%s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s)
        """
        insert_tp_info = []
        for item in tp_info:
            insert_tp_info.append((task_no, item['wave_tp_id'], item['tp_start'], item['tp_end'], item['coor_dir'], item['priority_coor_dir'], item['weekday'], nodeid, area_id))
        insert_tp_info_sql = """
            insert into task.greenwave_task_tp_detail(task_no, wave_tp_id, tp_start, tp_end, coor_dir, priority_coor_dir, weekday, 
            nodeid, area_id) values (%s, %s, %s, %s, %s, %s, %s, %s, %s)
        """
        insert_additional_sql = "insert into task.greenwave_task_additional_detail (task_no, nodeid, area_id) values (%s, %s, %s)"
        insert_additional_params = (task_no, nodeid, area_id)
        conn, cursor = self.connect()
        try:
            # logging.warning(cursor.mogrify(insert_base_info_sql, params))
            insert_greenwave_task_ret = cursor.execute(insert_base_info_sql, params)
            # logging.warning(cursor.mogrify(insert_cross_info_sql, insert_cross_list))
            insert_cross_ret = cursor.executemany(insert_cross_info_sql, insert_cross_list)
            # logging.warning(cursor.mogrify(insert_tp_info_sql, insert_tp_info))
            insert_tp_ret = cursor.executemany(insert_tp_info_sql, insert_tp_info)
            insert_additional_ret = cursor.execute(insert_additional_sql, insert_additional_params)
            if insert_greenwave_task_ret == 1 and insert_cross_ret == len(cross_list) and insert_tp_ret == len(tp_info) and insert_additional_ret == 1:
                conn.commit()
                return True
            else:
                logging.error(insert_greenwave_task_ret, insert_cross_ret, len(cross_list), insert_tp_ret, len(tp_info))
                conn.rollback()
                return False
        except Exception as e:
            conn.rollback()
            print(e)
            logging.error(e)
            return False

    def init_additional_info(self, task_no, nodeid, area_id, cross_infos):
        cross_values = []
        for cross_info in cross_infos:
            cross_values.append((task_no, cross_info['crossid'], cross_info['name'], cross_info['location']))
        insert_additional_sql = "insert into task.greenwave_task_additional_detail (task_no, nodeid, area_id) values (%s, %s, %s)" % (task_no, nodeid, area_id)
        insert_cross_sql = """
            insert into task.greenwave_task_cross_detail(task_no, crossid, cross_name, location) values (%s, %s, %s, %s)
        """
        conn, cursor = self.connect()
        try:
            insert_additional_ret = cursor.execute(insert_additional_sql)
            insert_cross_ret = cursor.executemany(insert_cross_sql, cross_values)
            if insert_additional_ret == 1 and insert_cross_ret == len(cross_infos):
                conn.commit()
                return True
            else:
                conn.rollback()
                return False
        except Exception as e:
            conn.rollback()
            print(e)
            logging.error(e)
            return False

    def async_wave_tp_id(self, wave_tp_info, task_tp_info, task_no, nodeid, area_id):
        # 补充同步绿波时段id到任务时段信息表中的逻辑
        wave_tp_info_dict = {row['tp_start'] + '-' + row['tp_end'] + '-' + row['weekday']: row['wave_tp_id'] for row in wave_tp_info}
        task_tp_info_dict = {row['tp_start'] + '-' + row['tp_end'] + '-' + row['weekday']: row for row in task_tp_info}
        for tp_key in task_tp_info_dict:
            if tp_key in wave_tp_info_dict:
                task_tp_info_dict[tp_key]['wave_tp_id'] = wave_tp_info_dict[tp_key]
            else:
                return False
        update_sql = """
            update task.greenwave_task_tp_detail set wave_tp_id = %s where tp_start = %s and tp_end = %s and weekday = %s and task_no = %s and nodeid = %s and area_id = %s
        """
        conn, cursor = self.connect()
        try:
            for tp_info in task_tp_info_dict.values():
                cursor.execute(update_sql, (tp_info['wave_tp_id'], tp_info['tp_start'], tp_info['tp_end'], tp_info['weekday'], task_no, nodeid, area_id))
            conn.commit()
            return True
        except Exception as e:
            conn.rollback()
            print(e)
            return False

    def update_stage1_info(self, task_no, waveid, wave_name, task_stage, task_info, wave_crosses):
        conn, cursor = self.connect()
        try:
            if task_info['waveid'] and task_info['waveid'] != '' and task_info['wave_name'] and task_info['wave_name'] != '':
                # 表示任务已经绑定绿波，则该次操作仅需要更新task_stage
                update_sql = """
                    update task.greenwave_task_additional_detail set task_stage = %s where task_no = %s
                """ % (task_stage, task_no)
                cursor.execute(update_sql)
                conn.commit()
                return True
            else:
                crossids = ','.join(wave_crosses)
                update_sql1 = """
                    update task.task set waveid = %s, wave_name = %s, crossids = %s where taskno = %s
                """
                update_sql2 = """
                    update task.greenwave_task_additional_detail set task_stage = %s where task_no = %s
                """
                cursor.execute(update_sql1,  (waveid, wave_name, crossids, task_no))
                cursor.execute(update_sql2, (task_stage, task_no))
                conn.commit()
                return True
        except Exception as e:
            conn.rollback()
            print(e)
            return False

    def update_stage2_info(self, task_no, stage_info):
        sql = """
            update task.greenwave_task_additional_detail set task_stage = '%s' where task_no = %s
        """ % (stage_info, task_no)
        return self.do_execute(sql)

    def update_stage3_info(self, actually_issue_time, task_no, task_stage, delay_reason):
        sql = """
            update task.greenwave_task_additional_detail set actually_issue_time = '%s', task_stage = '%s', delay_issue_reason = '%s' where task_no = %s
        """ % (actually_issue_time, task_stage, delay_reason, task_no)
        return self.do_execute(sql)

    def update_stage4_info(self, task_no, task_stage, tp_info, nodeid, area_id, task_additional_info):
        old_tp_info = self.query_wave_task_tp_info(task_no, nodeid, area_id)
        old_tp_info_dict = {row['tp_start'] + '-' + row['tp_end']: row for row in old_tp_info}
        update_tp_check_res_set, update_tp_json_set, update_tp_info_ids, has_bad = set(), set(), [], False
        for tp_item in tp_info:
            tp_info_id = tp_item['tp_info_id']
            result_check_res = tp_item['result_check_res']
            tp_key = tp_item['tp_start'] + '-' + tp_item['tp_end']
            if result_check_res == 1:
                has_bad = True
            not_pass_detail = tp_item['not_pass_detail']
            # 处理 not_pass_detail，可能是字符串、列表或 None
            if not_pass_detail is None or not not_pass_detail:
                not_pass_detail_json = ''
            else:
                # 如果是字符串，需要先处理转义字符（包括中文）
                # 先替换转义的双引号和换行符等
                not_pass_detail_json = json.dumps(not_pass_detail, ensure_ascii=False)
                # cleaned_str = parsed.replace('\\"', '"').replace('\\\\n', '\\n')
                # not_pass_detail_json = json.dumps(parsed, ensure_ascii=False)
            if result_check_res != old_tp_info_dict[tp_key]['result_check_res'] or not_pass_detail_json != old_tp_info_dict[tp_key]['not_pass_detail']:
                update_tp_check_res_set.add(f"when {tp_info_id} then {result_check_res} ")
                update_tp_json_set.add(f"when {tp_info_id} then '{not_pass_detail_json}' ")
                update_tp_info_ids.append(tp_info_id)
        conn, cursor = self.connect()
        try:
            update_tp_info_sql = f"""
                update task.greenwave_task_tp_detail
                set result_check_res =
                        case id
                            {' '.join(list(update_tp_check_res_set))}
                            else result_check_res
                            end,
                    not_pass_detail  =
                        case id 
                            {' '.join(list(update_tp_json_set))}
                            else not_pass_detail
                            end
                where id in ({','.join(str(id) for id in update_tp_info_ids)})
                and nodeid = {nodeid}
                and area_id = {area_id}
                and task_no = {task_no}
            """
            cursor.execute(update_tp_info_sql)
            if has_bad:
                update_stage_sql = """
                    update task.greenwave_task_additional_detail set task_stage = %s where task_no = %s
                """
                cursor.execute(update_stage_sql, (task_stage, task_no))
            else:
                now_time = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
                update_state_sql = """
                    update task.greenwave_task_additional_detail set task_stage = %s, affirm_time = %s where task_no = %s 
                """
                cursor.execute(update_state_sql, (task_stage, now_time, task_no))
            conn.commit()
            return True, has_bad
        except Exception as e:
            conn.rollback()
            logging.error(e)
            print(e)
            return False, has_bad

    def update_stage5_info(self, task_no, task_stage, affirm_time):
        sql = """
            update task.greenwave_task_additional_detail set task_stage = '%s', affirm_time = '%s' where task_no = %s
        """ % (task_stage, affirm_time, task_no)
        return self.do_execute(sql)

    def update_stage7_info(self, task_no, task_stage, open_wave_monitor_job, belong_wave_monitor_job_id, belong_wave_monitor_job_name, task_additional_info, phase_update_time_record):

        update_phase_list = []
        crossids = "'" + "', '".join(item for item in phase_update_time_record) + "'"
        for crossid in phase_update_time_record:
            update_phase_list.append(f"when '{crossid}' then 1")
        update_phase_sql = f"""
            update task.greenwave_task_cross_detail set phase_update_status = case crossid {' '.join(update_phase_list)} else phase_update_status end where task_no = {task_no} and crossid in ({crossids})
        """
        conn, cursor = self.connect()
        try:
            cursor.execute(update_phase_sql)
            if open_wave_monitor_job != task_additional_info['open_wave_monitor_job'] or belong_wave_monitor_job_id != task_additional_info['belong_wave_monitor_job_id'] or belong_wave_monitor_job_name != task_additional_info['belong_wave_monitor_job_name']:
                update_sql = """
                        update task.greenwave_task_additional_detail set task_stage = %s, open_wave_monitor_job = %s, belong_wave_monitor_job_id = %s, belong_wave_monitor_job_name = %s where task_no = %s
                    """
                cursor.execute(update_sql, (task_stage, open_wave_monitor_job, belong_wave_monitor_job_id, belong_wave_monitor_job_name, task_no))
                conn.commit()
                return True
            else:
                update_sql = """
                        update task.greenwave_task_additional_detail set task_stage = %s where task_no = %s
                    """
                cursor.execute(update_sql, (task_stage, task_no))
                conn.commit()
                return True
        except Exception as e:
            conn.rollback()
            logging.error(e)
            print(e)
            return False

    def update_additional_detail_file_info(self, stage_no, download_url, task_no, nodeid, area_id, upload_time):
        if stage_no == 2:
            update_sql = """
                update task.greenwave_task_additional_detail set wave_optimize_url = '%s', upload_wave_optimize_time = '%s' where task_no = %s and nodeid = %s and area_id = %s
            """ % (download_url, upload_time, task_no, nodeid, area_id)
        else:
            update_sql = """
                update task.greenwave_task_additional_detail set compare_report_url = '%s', upload_compare_report_time = '%s' where task_no = %s and nodeid = %s and area_id = %s
            """ % (download_url, upload_time, task_no, nodeid, area_id)
        return self.do_execute(update_sql)

    def insert_greenwave_task_tiny_adjustment_record(self, values):
        sql = """
            insert into task.greenwave_task_tiny_adjustment_record(task_no, upload_file_path, creator_id, creator) values (%s, %s, %s, %s)
        """
        return self.do_executemany(sql, values)

    def del_greenwave_task_tiny_adjustment_record_sql(self, id):
        sql = """
            delete from task.greenwave_task_tiny_adjustment_record where id = %s
        """ % id
        return self.do_execute(sql)

    def update_task_progress(self, task_no, nodeid, area_id, progress):
        sql = """
            update task.task set progress  = %s where taskno = %s and nodeid= %s and area_id = %s
        """ % (progress, task_no, nodeid, area_id)
        return self.do_execute(sql)
#
# if __name__ == '__main__':
#     tt_5min = get_latest_5min_timestamp()
#     print(tt_5min)
#     print(get_today_str())