# -*- coding:utf-8 -*-
# @Time : 2020/4/24 15:21 
# @Author : litao
# -*- coding: utf-8 -*-
"""
Created on Mon May 14 17:52:02 2018

Find urls in given releaser page, and write first batch data into es.
Everytime this program runs, two things will happen:
1 All video urls in given releaser page will be fetched and put into redis url pool,
2 All data related to 1 will be fetched and stored into es.

Data in es will be update when run this program once.

@author: hanye
"""
from crawler.crawler_sys.site_crawler_by_redis.crawler_douban import CrawlerDouban
from crawler.crawler_sys.site_crawler_by_redis import crawler_toutiao
from crawler.crawler_sys.site_crawler_by_redis import toutiao_article
from crawler.crawler_sys.site_crawler_by_redis import crawler_weibo

# crawler_v_qq, crawler_tudou, crawler_haokan,
# crawler_tencent_news,
# crawler_wangyi_news, crawler_kwai, crawler_douyin,

import sys
from crawler.crawler_sys.utils.output_results import output_result
import argparse, copy, datetime, time
# from crawler.crawler_sys.framework.es_target_releasers import get_releaserUrls_from_es
from crawler.crawler_sys.utils.parse_bool_for_args import parse_bool_for_args
import redis,json
from concurrent.futures import ProcessPoolExecutor
import threading
# from redis.sentinel import Sentinel

# sentinel = Sentinel([('192.168.17.65', 26379),
#                      ('192.168.17.66', 26379),
#                      ('192.168.17.67', 26379)
#                      ], socket_timeout=1)
# # 查看master节点
# master = sentinel.discover_master('ida_redis_master')
# # 查看slave 节点
# slave = sentinel.discover_slaves('ida_redis_master')
# # 连接数据库
# rds_1 = sentinel.master_for('ida_redis_master', socket_timeout=1, db=1, decode_responses=True)


parser = argparse.ArgumentParser(description='Specify a platform name.')
parser.add_argument('-n', '--max_page', default=30, type=int,
                    help=('The max page numbers to be scroll for each releaser url, '
                          'must be an int value, default to 30.'))
parser.add_argument('-f', '--output_file_path', default='', type=str,
                    help=('Specify output file path, default None.'))
parser.add_argument('-r', '--push_to_redis', default="True", type=str,
                    help=('Write urls to redis or not, default to True'))
parser.add_argument('-w', '--output_to_es_raw', default='False', type=str,
                    help=('Write data into es or not, default to True'))
parser.add_argument('-index', '--es_index', default='crawler-data-raw', type=str,
                    help=('assign a es_index to write into, default to crawler-data-raw'))
parser.add_argument('-g', '--output_to_es_register', default='True', type=str,
                    help=('Write data into es or not, default to True'))
parser.add_argument('-processes', '--processes_num', default=2, type=int,
                    help=('Processes number to be used in multiprocessing'))
parser.add_argument('-exit_hour', '--exit_hour', default=22, type=int,
                    help=('Processes number to be used in multiprocessing'))
parser.add_argument('-thead', '--thead_num', default=8, type=int,
                    help=('thead_num number to be used in multiprocessing'))
parser.add_argument('-v', '--video', default="False", type=str,
                    help=('Is or not run video_page_crawler'))
parser.add_argument('-name', '--name', default="crawler01", type=str,
                    help=('this computer name'))
args = parser.parse_args()
#, password='ReDis!GmTx*0aN12'
rds_save = redis.StrictRedis(host='172.18.51.10', port=6379, db=20, decode_responses=True)
rds_1 = redis.StrictRedis(host='172.18.51.10', port=6379, db=19, decode_responses=True)
rds_17 = redis.StrictRedis(host='172.18.51.10', port=6379, db=17, decode_responses=True)
platform_crawler_reg = {
        'toutiao': crawler_toutiao.Crawler_toutiao,
        'toutiao_article': toutiao_article.Crawler_toutiao_article,
        # '腾讯视频': crawler_v_qq.Crawler_v_qq,
        # 'iqiyi': crawler_iqiyi.Crawler_iqiyi,
        # 'youku': crawler_youku.Crawler_youku,
        # 'new_tudou': crawler_tudou.Crawler_tudou,
        # 'haokan': crawler_haokan.Crawler_haokan,
        # '腾讯新闻': crawler_tencent_news.Crawler_Tencent_News,
        # 'miaopai': crawler_miaopai.Crawler_miaopai,
        # 'pearvideo': crawler_pear.Crawler_pear,
        # 'bilibili': crawler_bilibili.Crawler_bilibili,
        # 'Mango': crawler_mango,
        # '抖音': crawler_douyin.Crawler_douyin,
        # "网易新闻": crawler_wangyi_news.Crawler_wangyi_news,
        # "kwai": crawler_kwai.Crawler_kwai,
        "weibo": crawler_weibo.Crawler_weibo,
        "douban":CrawlerDouban
}


def get_crawler(platform):
    if platform in platform_crawler_reg:
        platform_crawler = platform_crawler_reg[platform]
    else:
        platform_crawler = None
        print("can't get crawler for platform %s, "
              "do we have the crawler for that platform?" % platform)
    return platform_crawler


releaser_page_num_max = args.max_page
output_f_path = args.output_file_path
exit_hour = args.exit_hour


if output_f_path == '':
    output_f_path = None

if output_f_path is None:
    output_to_file = False
else:
    output_to_file = True

push_to_redis = parse_bool_for_args(args.push_to_redis)
output_to_es_raw = parse_bool_for_args(args.output_to_es_raw)
output_to_es_register = parse_bool_for_args(args.output_to_es_register)

processes_num = args.processes_num
name = args.name

es_index = args.es_index
end_time = int(datetime.datetime.now().timestamp() * 1e3)
kwargs_dict = {
        'output_to_file': output_to_file,
        'filepath': output_f_path,
        'releaser_page_num_max': releaser_page_num_max,
        'output_to_es_raw': output_to_es_raw,
        'es_index': es_index,
        'output_to_es_register': output_to_es_register,
        'push_to_redis': push_to_redis,
}


def get_task_from_redis():
    while True:
        try:

            # print('----------------------')
            # now = datetime.datetime.now()
            # if now.hour >= exit_hour:
            #     sys.exit()
            res = rds_1.hgetall("process_num")
            # print(res)
            for platform in platform_crawler_reg:
                platform_str = platform + "_process"
                # print(platform_str)
                try:
                    process_num = rds_1.get(platform_str)
                    # print(process_num)
                except Exception as e:
                    print("line 152 error",e)
                    continue
                try:
                    # print("rds_1.llen(platform)" ,rds_1.llen(platform))
                    if rds_1.llen(platform) > 0:
                        # print("process_num",process_num)
                        if process_num:
                            if res.get(platform):
                                # print(res.get(platform))
                                if int(res.get(platform)) > int(process_num):
                                    # print("get platfrom %s" % platform)
                                    rds_1.incr(platform_str)
                                    yield platform
                                    rds_1.decr(platform_str)
                    else:
                        continue
                except Exception as e:
                    print(e)
                    continue
        except Exception as e:
            print("line 165 error",e)
            continue


def single_thead(processe,name):
    allow = 10
    data_list = []

    while True:
        # import pdb
        # pdb.set_trace()
        now = datetime.datetime.now()
        # if now.hour >= exit_hour:
        #     sys.exit()
        end_time = int(now.timestamp() * 1e3)
        for count, platform in enumerate(get_task_from_redis()):
            now = datetime.datetime.now()
            # print(count,platform)
            try:
                count_false = 0
                releaser_dic_str = rds_1.blpop(platform)
                releaser_body = json.loads(releaser_dic_str[1])
                start_time = int((datetime.datetime.now() + datetime.timedelta(days=-releaser_body["date"])).timestamp() * 1e3)
                count_has = False
                proxies_num = releaser_body["proxies_num"]
                try:
                    crawler = get_crawler(platform)()
                    for single_data in crawler.releaser_page_by_time(start_time=start_time,
                                                                     end_time=int(now.timestamp() * 1e3), url=releaser_body["releaserUrl"],
                                                                     allow=allow,proxies_num=proxies_num,**kwargs_dict):
                        count_has = True
                        video_time = single_data.get("release_time")
                        if video_time:
                            if start_time < video_time:
                                if video_time < end_time:
                                    rds_save.hset(platform, key=single_data["doc_id"], value=json.dumps(single_data))
                                    # data_list.append(single_data)
                            else:
                                count_false += 1
                                if count_false > allow*3:
                                    break
                                else:
                                    rds_save.hset(platform, key=single_data["doc_id"], value=json.dumps(single_data))
                        # if len(data_list) >= 100:
                        #     output_result(result_Lst=data_list,
                        #                   platform=platform,
                        #                   output_to_file=output_to_file,
                        #                   filepath=None,
                        #                   push_to_redis=push_to_redis,
                        #                   output_to_es_raw=output_to_es_raw,
                        #                   es_index=es_index,
                        #                   output_to_es_register=output_to_es_register)
                        #     print(len(data_list))
                        #     data_list.clear()

                    print("processe"+ str(processe) + " " +threading.current_thread().name + " down " + platform + str(count))
                    if not count_has:
                        releaser_body["mssage"] = "爬取失败,请检查账号"
                        rds_1.hset("error",releaser_body["platform"] + "/" +releaser_body["releaserUrl"],json.dumps(releaser_body))

                    # if data_list != []:
                    #     output_result(result_Lst=data_list,
                    #                   platform=platform,
                    #                   output_to_file=output_to_file,
                    #                   push_to_redis=push_to_redis,
                    #                   filepath=None,
                    #                   output_to_es_raw=output_to_es_raw,
                    #                   es_index=es_index,
                    #                   output_to_es_register=output_to_es_register,
                    #                   expire=86400)
                    #     print(len(data_list))
                    #     data_list.clear()

                except Exception as e:
                    print(e)
                    releaser_body["mssage"] = "报错 %s " % e
                    rds_1.hset("error","%s_error"% platform,json.dumps(releaser_body))
            except Exception as e:
                print("253,",e)




# def singel_thead(processe):
#     global lock
#     while True:
#         lock.acquire()
#         print("processe "+ str(processe) + " " + threading.current_thread().name + ' test')
#         lock.release()


def start_crawler(processe,name):
    for count in range(args.thead_num):
        # single_thead(processe,name)
        # print("processe,name" ,processe,name)
        t = threading.Thread(target=single_thead, name=str(count),args=(str(processe),name))
        # t.setDaemon(False)
        t.start()


if __name__ == "__main__":
    executor = ProcessPoolExecutor(max_workers=processes_num)
    futures = []
    for platform in platform_crawler_reg:
        platform_str = platform + "_process"
        rds_1.set(platform_str, 0)
    for processe in range(processes_num):
        start_crawler(processe,name)
        print(kwargs_dict)
        # future = executor.submit(start_crawler,processe,name)
        # futures.append(future)
        # print('Processe %s start' % processe)
    # executor.shutdown(True)

    for future in futures:
        print(future)
    # while True:
    #     now = datetime.datetime.now()
    #     if now.hour >= exit_hour:
    #         for future in futures:
    #             future.cancel()
    #         sys.exit()
    # singel_thead("1")
