title_with_video/tasks/history_task.py

"""
@author: luojunhui
"""
import json
import time
import asyncio

from applications.config import Config
from applications.log import logging
from applications.functions.pqFunctions import publish_to_pq, get_pq_video_detail
from applications.functions.common import shuffle_list
from applications.match_algorithm.rank import get_title_oss_fission_dict


class historyContentIdTask(object):
    """
    处理已经匹配过小程序的文章
    """
    TASK_PROCESSING_STATUS = 101
    TASK_INIT_STATUS = 0
    TASK_PUBLISHED_STATUS = 4

    def __init__(self, mysql_client):
        """
        :param mysql_client:
        """
        self.mysql_client = mysql_client
        self.config = Config()
        self.article_match_video_table = self.config.article_match_video_table
        self.article_text_table = self.config.article_text_table
        self.article_crawler_video_table = self.config.article_crawler_video_table
        self.gh_id_dict = json.loads(self.config.get_config_value("testAccountLevel2"))
        self.history_coroutines = self.config.get_config_value("historyArticleCoroutines")

    async def get_tasks(self):
        """
        获取任务
        :return:
        """
        select_sql1 = f"""
            SELECT 
                ART.trace_id, 
                ART.content_id, 
                ART.flow_pool_level, 
                ART.gh_id,
                ART.process_times
            FROM {self.article_match_video_table} ART
            JOIN (
                select content_id, count(1) as cnt 
                from {self.article_crawler_video_table}
                where download_status = 2
                group by content_id
            ) VID on ART.content_id = VID.content_id and VID.cnt >= 3
            WHERE ART.content_status = 0 and ART.process_times <= 3
            ORDER BY request_timestamp
            LIMIT {self.history_coroutines};
        """
        tasks = await self.mysql_client.async_select(sql=select_sql1)
        task_obj_list = [
            {
                "trace_id": item[0],
                "content_id": item[1],
                "flow_pool_level": item[2],
                "gh_id": item[3],
                "process_times": item[4]
            } for item in tasks
        ]
        logging(
            code="9001",
            info="本次任务获取到 {} 条视频".format(len(task_obj_list)),
            data=task_obj_list
        )
        return task_obj_list

    async def get_video_list(self, content_id) -> list[dict]:
        """
        content_id
        :return:
        """
        sql = f"""
        SELECT platform, play_count, like_count, video_oss_path, cover_oss_path, user_id
        FROM {self.article_crawler_video_table}
        WHERE content_id = '{content_id}' and download_status = 2
        ORDER BY score DESC;
        """
        res_tuple = await self.mysql_client.async_select(sql)
        if len(res_tuple) >= 3:
            return [
                {
                    "platform": i[0],
                    "play_count": i[1],
                    "like_count": i[2],
                    "video_oss_path": i[3],
                    "cover_oss_path": i[4],
                    "uid": i[5]
                    # "fission_0_rate": fission_dict.get(i[3], {}).get("fission_0_rate", 0),
                    # "fission_0_on_read": fission_dict.get(i[3], {}).get("fission_0_on_read", 0)
                }
                for i in res_tuple
            ]
        else:
            return []

    async def get_kimi_title(self, content_id):
        """
        获取 kimiTitle
        :param content_id:
        :return:
        """
        select_sql = f"""
        select kimi_title from {self.article_text_table} where content_id = '{content_id}';
        """
        res_tuple = await self.mysql_client.async_select(select_sql)
        if res_tuple:
            return res_tuple[0][0]
        else:
            return False

    async def update_content_status(self, new_content_status, trace_id, ori_content_status):
        """
        :param new_content_status:
        :param trace_id:
        :param ori_content_status:
        :return:
        """
        update_sql = f"""
                    UPDATE {self.article_match_video_table}
                    SET content_status = %s, content_status_update_time = %s
                    WHERE trace_id = %s and content_status = %s;
                    """
        row_counts = await self.mysql_client.async_insert(
            sql=update_sql,
            params=(
                new_content_status,
                int(time.time()),
                trace_id,
                ori_content_status
            )
        )
        return row_counts

    async def publish_videos_to_pq(self, trace_id, flow_pool_level, kimi_title, gh_id, download_videos, process_times, content_id):
        """
        发布至 pq
        :param content_id:
        :param process_times:
        :param trace_id:
        :param download_videos: 已下载的视频---> list [{}, {}, {}.... ]
        :param gh_id: 公众号 id ---> str
        :param kimi_title: kimi 标题 ---> str
        :param flow_pool_level: 流量池层级 ---> str
        :return:
        """
        match flow_pool_level:
            case "autoArticlePoolLevel4":
                # 冷启层， 全量做
                video_list = shuffle_list(download_videos)[:3]
            case "autoArticlePoolLevel3":
                # 次条，只针对具体账号做
                if self.gh_id_dict.get(gh_id):
                    video_list = shuffle_list(download_videos)[:3]
                else:
                    video_list = download_videos[:3]
            case "autoArticlePoolLevel2":
                video_list = []
            case "autoArticlePoolLevel1":
                # 头条内容，使用重排后结果
                fission_dict = await get_title_oss_fission_dict(
                    db_client=self.mysql_client,
                    config=self.config,
                    content_id=content_id
                )
                fission_list = [[i] + [fission_dict[i]['fission_0_on_read']] for i in fission_dict.keys()]
                sorted_fission_list = sorted(fission_list, key=lambda x: x[1], reverse=True)
                download_videos_with_fission_info = []
                for index, video in enumerate(download_videos[:3]):
                    video['video_oss_path'] = sorted_fission_list[index][0]
                    video["fission_0_on_read"] = sorted_fission_list[index][1]
                    download_videos_with_fission_info.append(video)
                # for video in download_videos:
                #     video["fission_0_rate"] = fission_dict.get(video['video_oss_path'], {}).get("fission_0_rate", 0)
                #     video["fission_0_on_read"] = fission_dict.get(video['video_oss_path'], {}).get("fission_0_on_read", 0)
                #     download_videos_with_fission_info.append(video)
                # sorted_videos = sorted(download_videos_with_fission_info, key=lambda x: x['fission_0_rate'], reverse=True)
                # sorted_videos = sorted(download_videos_with_fission_info, key=lambda x: x['fission_0_on_read'], reverse=True)
                video_list = download_videos_with_fission_info
            case _:
                print("未传流量池信息")
                video_list = download_videos[:3]
        L = []
        for video_obj in video_list:
            params = {
                "videoPath": video_obj['video_oss_path'],
                "uid": video_obj['uid'],
                "title": kimi_title
            }
            publish_response = await publish_to_pq(params)
            video_id = publish_response['data']['id']
            response = await get_pq_video_detail(video_id)
            # time.sleep(2)
            obj = {
                "uid": video_obj['uid'],
                "source": video_obj['platform'],
                "kimiTitle": kimi_title,
                "videoId": response['data'][0]['id'],
                "videoCover": response['data'][0]['shareImgPath'],
                "videoPath": response['data'][0]['videoPath'],
                "videoOss": video_obj['video_oss_path']
            }
            L.append(obj)
        update_sql = f"""
           UPDATE {self.article_match_video_table}
           SET content_status = %s, response = %s, process_times = %s
           WHERE trace_id = %s and content_status = %s;
           """
        await self.mysql_client.async_insert(
            sql=update_sql,
            params=(
                self.TASK_PUBLISHED_STATUS,
                json.dumps(L, ensure_ascii=False),
                process_times + 1,
                trace_id,
                self.TASK_PROCESSING_STATUS
            )
        )
        logging(
            code="9002",
            info="已经从历史文章更新",
            trace_id=trace_id
        )

    async def roll_back_content_status_when_fails(self, process_times, trace_id):
        """
        处理失败，回滚至初始状态，处理次数加 1
        :param process_times:
        :param trace_id:
        :return:
        """
        update_article_sql = f"""
                            UPDATE {self.article_match_video_table}
                            SET
                                content_status = %s, 
                                content_status_update_time = %s,
                                process_times = %s
                            WHERE trace_id = %s and content_status = %s;
                        """
        await self.mysql_client.async_insert(
            sql=update_article_sql,
            params=(
                self.TASK_INIT_STATUS,
                int(time.time()),
                process_times + 1,
                trace_id,
                self.TASK_PROCESSING_STATUS
            )
        )

    async def process_task(self, params):
        """
        异步执行
        :param params:
        :return:
        """
        content_id = params['content_id']
        trace_id = params['trace_id']
        flow_pool_level = params['flow_pool_level']
        gh_id = params['gh_id']
        process_times = params['process_times']
        download_videos = await self.get_video_list(content_id=content_id)
        # time.sleep(3)
        if download_videos:
            # 修改状态为执行状态，获取该任务的锁
            affected_rows = await self.update_content_status(
                trace_id=trace_id,
                new_content_status=self.TASK_PROCESSING_STATUS,
                ori_content_status=self.TASK_INIT_STATUS
            )
            if affected_rows == 0:
                print("修改行数为 0，多个进程抢占同一个 task， 抢占失败，进程退出")
                return
            try:
                kimi_title = await self.get_kimi_title(content_id)
                await self.publish_videos_to_pq(
                    flow_pool_level=flow_pool_level,
                    kimi_title=kimi_title,
                    gh_id=gh_id,
                    trace_id=trace_id,
                    download_videos=download_videos,
                    process_times=process_times,
                    content_id=content_id
                )
            except Exception as e:
                logging(
                    code="5003",
                    info="history task 在发布的时候出现异常, error = {}".format(e),
                    trace_id=trace_id
                )
            await self.roll_back_content_status_when_fails(
                trace_id=trace_id,
                process_times=process_times
            )
        else:
            return

    async def deal(self):
        """
        处理
        :return:
        """
        task_list = await self.get_tasks()
        logging(
            code="5002",
            info="History content_task Task Got {} this time".format(len(task_list)),
            function="History Contents Task"
        )
        if task_list:
            a = time.time()
            tasks = [self.process_task(params) for params in task_list]
            await asyncio.gather(*tasks)
            b = time.time()
            print("{} s 内处理了{}个任务".format(b - a, len(task_list)))
        else:
            print("暂时未获得历史已存在文章")