def match_weibo_code(self, match):
mongo_client = MongoClient(mongo_collection="WEIBOBASICINFO")
db, collection_list = mongo_client.client_to_mongodb()
collection = mongo_client.get_check_collection(db, collection_list)
result = mongo_client.match_from_mongo(collection=collection,
match=match,
output="WEIBO_CODE_")
return result
class Generate_task(threading.Thread):
def __init__(self, store, queue, values=()):
'''
消费者
FIFO即 First in First Out,先进先出。Queue提供了一个基本的FIFO容器，使用方法很简单,maxsize是个整数，指明了队列中能存放的数据个数的上限。一旦达到上限，插入会导致阻塞，直到队列中的数据被消费掉。如果maxsize小于或者等于0，队列大小没有限制
可自定义任务函数,
:param store:
:param queue: 队列对象
:param values: 用于切片的值 int
'''
threading.Thread.__init__(self)
self.queue = queue
self.store = store
self.data = []
self.values = values
self.result = ''
collection_name = ''
# MongoDB connection
self.m_client = MongoClient(mongo_collection=collection_name)
self.db, self.collection_list = self.m_client.client_to_mongodb()
# MongoDB old connection
# spider_data_old 的表连接是遍历查询出来的,,所以需要手动建立
self.old_client = MongoClient(mongo_collection=collection_name)
self.old_client.mongo_db = "spider_data_old"
def rask(self, *args, **kwargs):
pass
def get_result(self, result):
'''
线程你不好追踪返回值, 所有座位属性返回
:param result:
:return:
'''
self.result = result
def run(self):
try:
self.queue.get() # 获取任务
# 写入函数
print('This is store %s' % self.store)
result = self.rask()
self.get_result(result)
except Exception as e:
print(e)
finally:
self.queue.task_done() # 通知任务结束
def run(self):
# 创建 MongoDB 对象
m_client = MongoClient(mongo_collection="ORGANIZE_FINASSIST")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
# 遍历 ENTITY_CODE_ 列表
# self.code_list = self.code_list[14:]
for entity_code in self.code_list:
self.count = 0
hash_list = list()
status = False
mongo_data_list = self.get_data_from_mongo(m_client=m_client,
collection=collection,
entity_code=entity_code)
if mongo_data_list:
self.logger.warning("{} 查取成功".format(entity_code))
self.logger.warning("当前共有{}条".format(mongo_data_list.count()))
status = True
else:
self.logger.warning("{} 无数据".format(entity_code))
if status:
for data in mongo_data_list:
if "ADDR_" in data:
hash_m = hashlib.md5()
hash_m.update(data["ADDR_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
if hash_title in hash_list:
self.count += 1
else:
hash_list.append(hash_title)
else:
if "CONTENT_" in data:
hash_m = hashlib.md5()
hash_m.update(data["CONTENT_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
if hash_title in hash_list:
self.count += 1
else:
hash_list.append(hash_title)
self.logger.warning("重复数据{}条".format(self.count))
# 关闭连接
m_client.client_close()
self.logger.handlers.clear()
def run():
shuffle_list = list()
count = 0
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="CommonBidding")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(db=db,
collection_list=collection_list)
m_client.mongo_db = "spider_data"
m_client.mongo_entity_code = "500000CQGGZY"
try:
mongo_data_list = m_client.search_title_from_mongodb(collection)
except pymongo.errors.ServerSelectionTimeoutError:
print("正在重新连接")
time.sleep(1)
mongo_data_list = m_client.search_title_from_mongodb(collection)
for data in mongo_data_list:
data_list = data_shuffle(data)
def run(self):
count = 0
# # 创建 Phoenix 对象-注意表格名字
p_client = PhoenixHbase(table_name="FUND")
p_client.verify_list = self.verify_list
# # 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="JSFUND_CCBDATA")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
#查询省市区的编码列表
# script = GenericScript(entity_code="ICBCFUND", entity_type="JSFUND_CCBDATA")
# province_list, city_list, area_list, dir_area_list = script.area_from_mysql()
list_SUBS_STATUS = self.dict_from_mysql("FUND_SUBS_STATUS")
list_TYPE = self.dict_from_mysql("FUND_TYPE")
# # 删除表
# p_client.drop_table_phoenix(connection=connection)
# # 基金表创建语句
# sql = ('create table "FUND" ("ID_" varchar primary key,"C"."ENTITY_CODE_" varchar,"C"."AREA_CODE_" varchar,'
# '"C"."BANK_CODE_" varchar,"C"."BANK_NAME_" varchar,"C"."UNIT_CODE_" varchar,"C"."PERIOD_CODE_" varchar,"C"."REMARK_" varchar,'
# '"C"."CREATE_TIME_" varchar,"C"."UPDATE_TIME_" varchar,"C"."STATUS_" varchar,"C"."CODE_" varchar,"C"."NAME_" varchar,'
# '"C"."FUND_OLD_VALUE_" varchar,"C"."TOTAL_OLD_VALUE_" varchar,"C"."FUND_NEW_VALUE_" varchar,"C"."TOTAL_NEW_VALUE_" varchar,'
# '"C"."INVEST_PERIOD_" varchar,"C"."DAILY_RATE_" varchar,"C"."YEAR_REWARD_" varchar,"C"."SUBS_STATUS_" varchar,'
# '"C"."ATONEM_STATUS_" varchar,"C"."TYPE_" varchar,"C"."NEWEST_VALUE_" varchar,"C"."TOTAL_VALUE_" varchar,'
# '"C"."POPULARITY_" varchar,"C"."RATING_" varchar,"C"."ENTITY_NAME_" varchar,"C"."OLD_VALUE_" varchar,'
# '"C"."UNIT_VALUE_" varchar,"C"."SCALE_" varchar,"C"."ESTABLISH_DATE_" varchar,"C"."RISK_LEVEL_" varchar,'
# '"C"."BASE_INFO_" varchar,"C"."YIELD_" varchar,"C"."INVEST_" varchar,"C"."MONTH_RATE_" varchar,'
# '"C"."QUARTER_RATE_" varchar,"C"."HALF_YEAR_RATE_" varchar,"C"."URL_" varchar,"C"."HISTORY_RATE_" varchar,'
# '"C"."FUND_STATUS_" varchar,"C"."COMPANY_" varchar,"C"."SUBS_STATUS_CODE_" varchar,"C"."TYPE_CODE_" varchar)IMMUTABLE_ROWS = true')
#
# # 创建表
# p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 遍历 ENTITY_CODE_ 列表
# self.code_list = ["ABCORGANIZE"]
for entity_code in self.code_list:
status = False
module_name = __import__(entity_code)
self.logger.info("开始进行 ENTITY_CODE_ {}".format(entity_code))
self.remove_id_list = []
self.copy_mongo_data_list = []
self.branch_code_list = []
try:
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code)
except pymongo.errors.ServerSelectionTimeoutError:
sleep(1)
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code)
# 清洗数据并插入 HBase
if mongo_data_list:
once_count = 0
self.find_count = mongo_data_list.count()
for data in mongo_data_list:
data_id = data["_id"]
copy_data = {}
self.remove_id_list.append(data_id)
try:
del data["_id"]
copy_data = deepcopy(data)
self.copy_mongo_data_list.append(copy_data)
# re_data = module_name.data_shuffle(data_list,province_list, city_list, area_list,list_SUBS_STATUS,list_TYPE)
re_data = module_name.data_shuffle(
data, list_SUBS_STATUS, list_TYPE)
# re_data = module_name.data_shuffle(data_list)
if not re_data:
self.bad_count += 1
continue
except Exception as e:
# except jpype._jexception.SQLExceptionPyRaisable as e:
# except org.apache.phoenix.exception.BatchUpdateExecution as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning("清洗错误,错误 _id 为{}, {}".format(
data_id, e))
continue
if isinstance(re_data, list):
for list_data in re_data:
# try:
# area_data = self.shuffle_for_area(list_data)
# except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
# self.logger.warning("_id:{} 获取经纬度失败, {}".format(data_id, e))
# continue
# except ValueError:
# pass
# phoenix_HBase 插入数据
if list_data:
try:
count += 1
print(count)
# print(list_data)
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=list_data)
# 导出csv
# pd.DataFrame(area_data).to_csv("E:\\NEWS_CLEAN_\\" + module_name+ ".csv")
once_count += success_count
self.success_count += success_count
self.logger.info(
"HBase 插入成功, 成功条数 {} 条".format(
success_count))
if self.success_count % 50 == 0:
update_count = m_client.update_to_mongodb(
collection=collection,
data_id=self.remove_id_list,
data_dict={"d": 1})
self.remove_count += update_count
self.logger.info("MongoDB 更新成功")
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
elif isinstance(re_data, dict):
# try:
# area_data = self.shuffle_for_area(re_data)
# except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
# self.logger.warning("_id: {}获取经纬度失败, {}".format(data_id, e))
# continue
# phoenix_HBase 插入数据
if re_data:
try:
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=re_data)
once_count += success_count
self.success_count += success_count
if self.success_count % 100 == 0:
self.logger.info(
"HBase 插入成功, 成功条数 {} 条".format(
self.success_count))
# 添加 {d:1}
if self.success_count % 50 == 0:
update_count = m_client.update_to_mongodb(
collection=collection,
data_id=self.remove_id_list,
data_dict={"d": 1})
self.remove_count += update_count
self.logger.info("MongoDB 更新成功")
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
if once_count > 0:
status = True
self.logger.info("HBase 插入成功, 成功条数 {}".format(once_count))
else:
continue
# 关闭连接
m_client.client_close()
p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class WechatScript(object):
def __init__(self, entity_type="WECHAT"):
"""
初始化参数
:param entity_type: WECHAT
"""
self.entity_type = entity_type
self.logger = Logger().logger
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name=self.entity_type)
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="WECHAT")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# # 创建 MongoDB spider_data_old 数据库对象
# self.old_client = MongoClient(mongo_collection="WECHAT")
# # 本地测试
# self.old_client.client = pymongo.MongoClient(host="localhost", port=27017, serverSelectionTimeoutMS=60,
# connectTimeoutMS=60, connect=False)
# self.old_client.mongo_db = "spider_data_old"
# db_old, collection_list_old = self.old_client.client_to_mongodb()
# self.collection_old = db_old["WECHAT"]
# 创建 MySQL 对象
self.mysql_client = GenericScript(entity_code=None, entity_type=None)
self.remove_id_list = list()
self.copy_mongo_data_list = list()
self.verify_list = [
"ID_", "ENTITY_CODE_", "URL_", "AREA_CODE_", "BANK_CODE_",
"BANK_NAME_", "UNIT_CODE_", "PERIOD_CODE_", "CONTENT_",
"CONTENT_TYPE_", "REMARK_", "CREATE_TIME_", "UPDATE_TIME_",
"TITLE_", "ENTITY_NAME_", "DEALTIME_", "DATETIME_", "STATUS_",
"WECHAT_NAME_", "WECHAT_ID_"
]
# BANK_NAME_ 字典
self.name_dict = {
"ICBC": "中国工商银行",
"ABC": "中国农业银行",
"BOC": "中国银行",
"CCB": "中国建设银行",
"BOCOM": "交通银行",
"PSBC": "中国邮政储蓄银行",
"CZB": "浙商银行",
"CBHB": "渤海银行",
"ECITIC": "中信银行",
"CEB": "中国光大银行",
"HXB": "华夏银行",
"CMBC": "中国民生银行",
"CMB": "招商银行",
"CIB": "兴业银行",
"CGB": "广发银行",
"PAB": "平安银行",
"SPDB": "浦发银行",
"EBCL": "恒丰银行"
}
self.headers = {
"User-Agent":
"Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 "
"(KHTML, like Gecko) Chrome/67.0.3396.99 Safari/537.36",
"Accept-Language":
"zh-CN,zh;q=0.9",
"Host":
"weixin.sogou.com",
"Referer":
"http://weixin.sogou.com/"
}
self.url = "http://weixin.sogou.com/weixin?type=1&query={}&ie=utf8&s_from=input&_sug_=y&_sug_type_="
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
def check_name(self, wechat_id):
check_dict = dict()
with open("wechat_id_name.txt", "r", encoding="utf-8") as rf:
read_data = rf.read()
if read_data:
read_data = read_data.replace("\'", "\"")
read_data = read_data.replace(": None", ": \"None\"")
# print(read_data)
check_dict = json.loads(read_data)
else:
wechat_name = self.req_for_name(wechat_id)
check_dict[wechat_id] = wechat_name
with open("wechat_id_name.txt", "w", encoding="utf-8") as wf:
wf.write(str(check_dict))
return check_dict[wechat_id]
if wechat_id in check_dict:
return check_dict[wechat_id]
else:
wechat_name = self.req_for_name(wechat_id)
check_dict[wechat_id] = wechat_name
with open("wechat_id_name.txt", "w", encoding="utf-8") as wf:
wf.write(str(check_dict))
return check_dict[wechat_id]
def req_for_name(self, wechat_id):
url = self.url.format(wechat_id)
# response = WanDou().http_client(url=url, param=self.headers)
resp1 = requests.get(
url=
r"http://h.wandouip.com/get/ip-list?pack=853&num=1&xy=1&type=2&lb=\r\n&mr=1&"
)
resp2 = resp1.json()["data"][0]
# print(resp2)
# resp1.close()
time.sleep(2)
try:
response = requests.get(
url=url,
headers=self.headers,
proxies={"http": "{}:{}".format(resp2["ip"], resp2["port"])})
except Exception as e:
print(1, e)
self.logger.info("error ip: {}".format(resp2))
time.sleep(5)
return self.req_for_name(wechat_id)
html = HTML(response.content.decode())
# response.close()
name = html.xpath('//p[@class="tit"]/a/text()')
if name:
# print(name)
self.error_count = 0
return name[0]
else:
self.error_count += 1
if self.error_count == 5:
self.logger.info("wetchat id error: \"{}\"".format(wechat_id))
return "None"
else:
time.sleep(2)
self.req_for_name(wechat_id)
# if response is None:
# self.logger.info("ip_prox error")
# return self.req_for_name(wechat_id)
# if isinstance(response, str):
# html = HTML(response)
# name = html.xpath('//p[@class="tit"]/a/text()')
# if name:
# print(name)
# return name[0]
# else:
# self.logger.info("ip_prox error2")
# return self.req_for_name(wechat_id)
# else:
# self.logger.info("ip_prox error change")
# return self.req_for_name(wechat_id)
def data_shuffle(self, data, province_list, city_list, area_list):
"""
数据清洗
:param data:
:param province_list:
:param city_list:
:param area_list:
:return: re_data or None
"""
# BANK_CODE_正则匹配规则
pattern = re.compile(
r'ICBC|ABC|BOCOM|CCB|BOC|PSBC|CZB|CBHB|ECITIC|CEB|HXB|CMBC|CMB|CIB|CGB|PAB|SPDB|EBCL'
)
re_data = dict()
if data["TITLE_"]:
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["TITLE_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C" 通用列族字段
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
# re_data["URL_"] = ""
prov_c = None
prov_n = None
city_c = None
city_n = None
area_c = None
area_n = None
bank_n = None
bank_c = pattern.match(data["ENTITY_CODE_"])
if bank_c:
re_data["BANK_CODE_"] = bank_c.group()
else:
return None
# 正则去除银行名称，方便匹配地区编码
bank_n = re.sub(
r"{}银?行?|微信|[总分支]行".format(
self.name_dict[re_data["BANK_CODE_"]][:-2]), "",
data["ENTITY_NAME_"])
re_data["BANK_NAME_"] = self.name_dict[re_data["BANK_CODE_"]]
re_data["PERIOD_CODE_"] = data["PERIOD_CODE_"].replace("-", "")
re_data["NOTICE_TIME_"] = data["PERIOD_CODE_"]
re_data["STATUS_"] = "1"
re_data["CONTENT_"] = data["CONTENT_"]
re_data["REMARK_"] = ""
for area in area_list:
if area["NAME_"] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
if area_c:
pass
else:
for prov in province_list:
if prov["NAME_"] in bank_n:
prov_c = prov["CODE_"]
prov_n = prov["NAME_"]
bank_n = bank_n.replace(prov_n, "")
break
elif prov["NAME_"][:-1] in bank_n:
prov_c = prov["CODE_"]
prov_n = prov["NAME_"]
bank_n = bank_n.replace(prov_n[:-1], "")
break
elif prov["NAME_"][:4] in bank_n:
prov_c = prov["CODE_"]
prov_n = prov["NAME_"]
bank_n = bank_n.replace(prov_n[:4], "")
break
elif prov["NAME_"][:3] in bank_n:
prov_c = prov["CODE_"]
prov_n = prov["NAME_"]
bank_n = bank_n.replace(prov_n[:3], "")
break
elif prov["NAME_"][:2] in bank_n:
prov_c = prov["CODE_"]
prov_n = prov["NAME_"]
bank_n = bank_n.replace(prov_n[:2], "")
break
for city in city_list:
if len(city["NAME_"]) == 1:
continue
if prov_c:
if city["CODE_"][:2] == prov_c[:2]:
if city["NAME_"] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n, "")
break
elif city["NAME_"][:-1] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:-1], "")
break
elif city["NAME_"][:4] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:4], "")
break
elif city["NAME_"][:3] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:3], "")
break
elif city["NAME_"][:2] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:2], "")
break
else:
if city["NAME_"] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n, "")
break
elif city["NAME_"][:-1] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:-1], "")
break
elif city["NAME_"][:4] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:4], "")
break
elif city["NAME_"][:3] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:3], "")
break
elif city["NAME_"][:2] in bank_n:
city_c = city["CODE_"]
city_n = city["NAME_"]
bank_n = bank_n.replace(city_n[:2], "")
break
for area in area_list:
if city_c:
if area["CODE_"][:2] == city_c[:2]:
if area["NAME_"] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:-1] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:4] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:3] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:2] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif prov_c:
if area["CODE_"][:2] == prov_c[:2]:
if area["NAME_"] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:-1] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:4] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:3] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:2] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
else:
if area["NAME_"][:-1] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:4] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:3] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
elif area["NAME_"][:2] in bank_n:
area_c = area["CODE_"]
area_n = area["NAME_"]
break
# 特殊情况 星子县现为庐山市 喻家山位于武汉洪山区
if "星子县" in data["ENTITY_NAME_"]:
area_c = "360483"
area_n = "庐山市"
elif "喻家山" in data["ENTITY_NAME_"]:
area_c = "420111"
area_n = "洪山区"
elif "江南西" in data["ENTITY_NAME_"]:
area_c = "440105"
area_n = "海珠区"
elif "两路口" in data["ENTITY_NAME_"]:
area_c = "500103"
area_n = "渝中区"
elif "大兴安岭" in data["ENTITY_NAME_"]:
area_c = "232700"
area_n = "大兴安岭地区"
elif "张家港" in data["ENTITY_NAME_"]:
area_c = "320582"
area_n = "张家港市"
elif "兴业银行新阳支行" in data["ENTITY_NAME_"]:
area_c = "230102"
area_n = "道里区"
if area_c:
pass
elif (not area_c) and city_c:
area_c = city_c
area_n = city_n
elif (not area_c) and (not city_c) and prov_c:
area_c = prov_c
area_n = prov_n
# 总行地区处理
elif (not area_c) and (not city_c) and (not prov_c):
if re_data["BANK_CODE_"] == "ICBC":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "ABC":
area_c = "110101"
area_n = "东城区"
elif re_data["BANK_CODE_"] == "BOCOM":
area_c = "310115"
area_n = "浦东新区"
elif re_data["BANK_CODE_"] == "CCB":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "BOC":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "PSBC":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "CZB":
area_c = "330103"
area_n = "下城区"
elif re_data["BANK_CODE_"] == "CBHB":
area_c = "120103"
area_n = "河西区"
elif re_data["BANK_CODE_"] == "ECITIC":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "CEB":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "HXB":
area_c = "110101"
area_n = "东城区"
elif re_data["BANK_CODE_"] == "CMBC":
area_c = "110102"
area_n = "西城区"
elif re_data["BANK_CODE_"] == "CMB":
area_c = "440304"
area_n = "福田区"
elif re_data["BANK_CODE_"] == "CIB":
area_c = "350102"
area_n = "鼓楼区"
elif re_data["BANK_CODE_"] == "CGB":
area_c = "440104"
area_n = "越秀区"
elif re_data["BANK_CODE_"] == "PAB":
area_c = "440303"
area_n = "罗湖区"
elif re_data["BANK_CODE_"] == "SPDB":
area_c = "310101"
area_n = "黄浦区"
elif re_data["BANK_CODE_"] == "EBCL":
area_c = "370602"
area_n = "芝罘区"
re_data["AREA_CODE_"] = area_c
if area_c:
re_data["UNIT_CODE_"] = re_data[
"BANK_CODE_"] + "_" + area_c[:4] + "00"
if ("b" in data["BANK_NAME_"]) or ("B" in data["BANK_NAME_"]):
return None
if "DATETIME_" not in data:
time_array = time.localtime(int(float(data["DEALTIME_"])))
value_time = time.strftime("%Y-%m-%d %H:%M:%S", time_array)
re_data["CREATE_TIME_"] = value_time
else:
re_data["CREATE_TIME_"] = data["DATETIME_"]
# data["UPDATE_TIME_"] = ""
re_data["TITLE_"] = data["TITLE_"]
re_data["CONTENT_TYPE_"] = data["CONTENT_TYPE_"]
re_data["WECHAT_ID_"] = data["WECHAT_"].replace(" ", "")
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
re_data["DEALTIME_"] = str(data["DEALTIME_"])
# print(area_c, area_n, data["ENTITY_NAME_"])
return re_data
else:
return None
def delete_data_from_mongo(self):
"""
从 MongoDB 删除数据
:return: delete_count
"""
try:
remove_count = self.m_client.remove_from_mongo(
collection=self.collection, remove_id_list=self.remove_id_list)
return remove_count
except pymongo.errors.ServerSelectionTimeoutError:
mongo_data_list = self.m_client.remove_from_mongo(
collection=self.collection, remove_id_list=self.remove_id_list)
return mongo_data_list
except Exception as e:
self.logger.info(e)
return None
except KeyError as e:
self.logger.info(e)
return None
def upsert_and_delete(self, mongo_data_list, province_list, city_list,
area_list):
"""
插入和删除
:param mongo_data_list:
:param province_list:
:param city_list:
:param area_list:
:return:
"""
for i in range(1000000):
status = False
self.data_id = ""
success_count = 0
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
# print(data["_id"])
# self.remove_id_list.append(self.data_id)
# del data["_id"]
# copy_data = deepcopy(data)
# self.copy_mongo_data_list.append(copy_data)
# 清洗数据
try:
re_data = self.data_shuffle(data=data,
province_list=province_list,
city_list=city_list,
area_list=area_list)
except Exception as e:
# self.remove_id_list.remove(self.data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
# 获取公众号名称
# try:
# print(re_data["WECHAT_ID_"])
re_data["WECHAT_NAME_"] = self.check_name(
re_data["WECHAT_ID_"])
# re_data["WECHAT_NAME_"] = self.req_for_name(re_data["WECHAT_ID_"])
# print(re_data["WECHAT_ID_"])
# print(re_data["WECHAT_NAME_"])
# except Exception as e:
# 向 HBase 插入数据
try:
count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
success_count += count
except jaydebeapi.DatabaseError as e:
# self.logger.info("error: {}".format(e))
# self.remove_id_list.remove(self.data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# # Phoenix 连接关闭
# p_client.close_client_phoenix(connection=connection)
# time.sleep(10)
# # 连接 Phoenix
# connection = p_client.connect_to_phoenix()
# # 向 HBase 插入数据
# count = p_client.upsert_to_phoenix_by_one(connection=connection, data=re_data)
# success_count += count
# try:
# # 添加 {d:1}
# update_count = self.m_client.update_to_mongodb(collection=self.collection, data_id=self.data_id,
# data_dict={"d": 1})
# self.remove_count += update_count
# # self.logger.info("MongoDB 更新成功")
# if self.remove_count % 10 == 0:
# self.logger.info("MongoDB 更新成功, 成功条数 {} 条".format("10"))
# except Exception as e:
# # self.remove_id_list.remove(data_id)
# # self.copy_mongo_data_list.remove(copy_data)
# self.logger.warning("MongoDB 更新 _id 为 {} 的数据失败, {}".format(self.data_id, e))
# continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
# self.remove_id_list.remove(self.data_id)
# self.copy_mongo_data_list.remove(copy_data)
continue
# # 删除数据
# if status:
# delete_count = self.delete_data_from_mongo()
# self.remove_count += delete_count
# self.logger.info("MongoDB 删除成功")
# else:
# self.logger.info("HBase 插入成功条数0条, 不执行删除")
#
# # 将数据插入 spider_data_old 中
# if status:
# try:
# self.old_client.mongo_db = "spider_data_old"
# insert_count = self.old_client.all_to_mongodb(collection=self.collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except pymongo.errors.ServerSelectionTimeoutError as e:
# time.sleep(1)
# self.logger.info("MongoDB 连接失败, 正在重新连接 {}".format(e))
# insert_count = self.old_client.all_to_mongodb(collection=self.collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except Exception as e:
# self.logger.info(e)
def main(self):
"""
:return:
"""
# # 删除表
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
# # 建表语句
# table_sql = ('create table "WECHAT" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."URL_" varchar, "C"."AREA_CODE_" varchar, "C"."BANK_CODE_" varchar,'
# '"C"."BANK_NAME_" varchar, "C"."UNIT_CODE_" varchar, "C"."PERIOD_CODE_" varchar,'
# '"C"."REMARK_" varchar, "C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, '
# '"T"."CONTENT_" varchar, "C"."CONTENT_TYPE_" varchar, "C"."TITLE_" varchar,'
# '"C"."WECHAT_ID_" varchar, "C"."WECHAT_NAME_" varchar, "C"."ENTITY_NAME_" varchar,'
# '"C"."DEALTIME_" varchar, "C"."STATUS_" varchar, "C"."PRAISES_" varchar,'
# '"C"."READ_NUM_" varchar, "C"."REPLIES_" varchar, "C"."RELAYS_" varchar,'
# '"C"."NOTICE_TIME_" varchar, "C"."IMPROTANCE_" varchar) IMMUTABLE_ROWS = true')
#
# # 创建表
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
# f_id = "5c1267258d7fee59f7d089f8" # gte 10M
# f_id = "5c1271a28d7fee66df0fdd83" # gte 10M
# f_id = "5c127e7b9bb3df7412b53b04" # gte 10M
# f_id = "5c1330d28d7fee4d9c87d6e1" # gte 10M
# f_id = "5c1330ed9bb3df2de33bb746" # gte 10M
# f_id = "5c13490a8d7fee79f1d9e87f" # gte 10M
# f_id = "5c1350ee8d7fee2d29b601ef" # gte 10M
# f_id = "5c1351c79bb3df0e23ee68c1" # gte 10M
# f_id = "5c13547d9bb3df06d41997d5" # gte 10M
# f_id = "5c1354849bb3df202508ee3e" # gte 10M
# f_id = "5c1354bd8d7fee44b881b11a" # gte 10M
# f_id = "5c1354e89bb3df1b2a6ef59c" # gte 10M
# f_id = "5c1355139bb3df197beb11c0" # gte 10M
# f_id = "5c1355328d7fee2f0997a3ac" # gte 10M
# f_id = "5c13558e8d7fee50ea04bd0a" # gte 10M
# f_id = "5c135a5f8d7fee5bf7db91b8" # gte 10M
# f_id = "5c135b0c8d7fee697fa5bd80" # gte 10M
# f_id = "5c135bd59bb3df4d7aa66cad" # gte 10M
# f_id = "5c135bdb9bb3df454c0157a3" # gte 10M
# f_id = "5c135bfc8d7fee73c8f84567" # gte 10M
# f_id = "5c135c119bb3df48aeb8fe63" # gte 10M
# f_id = "5c135dfe9bb3df4d7aa66cc2" # gte 10M
# f_id = "5c13602d8d7fee7f7a48c485" # gte 10M
# f_id = "5c1361858d7fee223825f805" # gte 10M
# f_id = "5c1361d68d7fee561806fc4d" # gte 10M
# f_id = "5c1362068d7fee223825f808" # gte 10M
# f_id = "5c1362159bb3df26bba60a05" # gte 10M
# f_id = "5c1366248d7fee6741adb5be" # gte 10M
# f_id = "5c1366418d7fee673f6c95cb" # gte 10M
# f_id = "5c1367099bb3df5a0e013c4d" # gte 10M
# f_id = "5c13686d8d7fee76ac78735b" # gte 10M
# f_id = "5c1368788d7fee6fcb24daa3" # gte 10M
# f_id = "5c1369438d7fee63412b04ff" # gte 10M
# f_id = "5c13697b9bb3df60429b5d31" # gte 10M
# f_id = "5c1389468d7fee6a94c413c3" # gte 10M
# f_id = "5c1389c29bb3df75adc8861a" # gte 10M
# f_id = "5c138b039bb3df75adc88620" # gte 10M
# f_id = "5c138e3d9bb3df074c4ec0b3" # gte 10M
# f_id = "5c138e4d8d7fee06a4f8fd59" # gte 10M
# f_id = "5c1391318d7fee168749a96e" # gte 10M
# f_id = "5c25a4f19bb3df51eba386b8" # gte 10M
# f_id = "5c2601ef9bb3df7d42fe2084" # gte 10M
# f_id = "5c2608099bb3df24f5db4527" # gte 10M
# f_id = "5c2608be9bb3df2d58d08e32" # gte 10M
# f_id = "5c260d2b9bb3df3c084d2a83" # gte 10M
# f_id = "5c2615868d7fee2771bb3914" # gte 10M
# f_id = "5c261d528d7fee3c1383db85" # gte 10M
# f_id = "5c26340e8d7fee66d784fe8a" # gte 10M
# f_id = "5c263b818d7fee630f0d3ac4" # gte 10M
# f_id = "5c263ee28d7fee04ddc62e31" # gte 10M
# f_id = "5c263f269bb3df0d29d1e1e5" # gte 10M
# f_id = "5c2766718d7fee2aa36fa166" # gte 10M
# f_id = "5c2b79ef8d7fee3025e02575" # gte 10M
# f_id = "5c2b854a9bb3df27dc669d5a" # gte 10M
# f_id = "5c2e00078d7fee1b60443cf3" # gte 10M
# f_id = "5c2f69028d7fee62d31a72db" # gte 10M
# f_id = "5c36a7948d7fee18d9333327" # gte 10M
# f_id = "5c36b9ff9bb3df332dfebe39" # gte 10M
# f_id = "5c3754579bb3df02b680150b" # gte 10M
# f_id = "5c375c969bb3df6afd18e22d" # gte 10M
# f_id = "5c38a1e59bb3df6b2ff2f269" # gte 10M
# f_id = "5c394e058d7fee6a2582d1d3" # gte 10M
# f_id = "5c3c983e9bb3df21ddf94a92" # gte 10M
# f_id = "5c3ca38a9bb3df60bca07833" # gte 10M
f_id = "5c3c983e9bb3df21ddf94a92"
# f_id = ""
self.data_id = f_id
province_list, city_list, area_list, dir_area_list = self.mysql_client.area_from_mysql(
)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection, data_id=self.data_id)
self.find_count += mongo_data_list.count()
try:
self.upsert_and_delete(mongo_data_list=mongo_data_list,
province_list=province_list,
city_list=city_list,
area_list=area_list)
except jaydebeapi.DatabaseError:
self.logger.info("error id is: {}".format(self.data_id))
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection, data_id=self.data_id)
self.upsert_and_delete(mongo_data_list=mongo_data_list,
province_list=province_list,
city_list=city_list,
area_list=area_list)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
def run(self):
# 创建 Phoenix 对象
p_client = PhoenixHbase(table_name="FINPRODUCT_FINASSIST")
p_client.verify_list = self.verify_list
# 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="FINPRODUCT_FINASSIST")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(db=db, collection_list=collection_list)
# 创建 MongoDB spider_data_old 数据库对象
# old_client = MongoClient(mongo_collection="FINPRODUCT_FINASSIST")
# 本地测试
# old_client.client = pymongo.MongoClient(host="localhost", port=27017,
# serverSelectionTimeoutMS=60, connectTimeoutMS=60, connect=False)
# old_client.mongo_db = "spider_data_old"
# db_old, collection_list_old = old_client.client_to_mongodb()
# collection_old = db_old["FINPRODUCT_FINASSIST"]
# # 删除表
# p_client.drop_table_phoenix(connection=connection)
# # 表创建语句
# sql = ('create table "FINPRODUCT_FINASSIST" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."AREA_CODE_" varchar,"C"."BANK_CODE_" varchar,"C"."BANK_NAME_" varchar,'
# '"C"."UNIT_CODE_" varchar, "C"."PERIOD_CODE_" varchar, "C"."REMARK_" varchar, '
# '"C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, "C"."STATUS_" varchar,'
# '"C"."CODE_" varchar, "C"."NAME_" varchar, "C"."TIME_LIMIT_" varchar,'
# '"C"."YIELD_RATE_" varchar, "C"."BREAKEVEN_" varchar, "C"."START_FUNDS_" varchar,'
# '"C"."INVEST_PERIOD_" varchar, "C"."SALE_DISTRICT_" varchar, "C"."SALE_START_" varchar,'
# '"C"."SALE_END_" varchar, "C"."RISK_LEVEL_" varchar, "C"."REDEMING_MODE_" varchar,'
# '"C"."PRIVATE_BANK_" varchar, "C"."URL_" varchar, "C"."DEALTIME_" varchar, "C"."DATETIME_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."CURRENCY_TYPE_" varchar, "C"."INCREASE_UNIT_" varchar,'
# '"C"."YIELD_START_DATE_" varchar, "C"."YIELD_END_DATE_" varchar, "C"."YIELD_TYPE_" varchar,'
# '"C"."TARGET_" varchar, "C"."PRODUCT_TYPE_" varchar, "C"."YIELD_STATMENT_" varchar,'
# '"C"."INVEST_RANGE_" varchar, "C"."PRE_STOP_" varchar, "C"."RASE_PLAN_" varchar,'
# '"C"."PURCHASE_" varchar, "T"."CONTENT_" varchar, "C"."IMAGE_" varchar) IMMUTABLE_ROWS = true')
#
# # 创建表
# p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 增加列
# p_client.add_column_phoenix(connection=connection, column="IMAGE_")
for entity in ["CHINANETFINANCIAL", "JSFIN_CCBDATA"]:
# for entity in self.entity_list:
status = False
module_name = __import__(entity)
self.logger.info("开始进行 ENTITY_CODE_: {}".format(entity))
self.remove_id_list = []
self.copy_mongo_data_list = []
# find_id = "5c3f118f8d7fee068da6ef53"
find_id = None
try:
if entity == "JSFIN_CCBDATA":
m_client.mongo_collection = "JSFIN_CCBDATA"
collection = m_client.get_check_collection(db=db, collection_list=collection_list)
mongo_data_list = module_name.ScriptCCB.get_data_from_mongo(self=self, m_client=m_client,
collection=collection,
data_id=None)
else:
m_client.mongo_collection = "FINPRODUCT_FINASSIST"
collection = m_client.get_check_collection(db=db, collection_list=collection_list)
mongo_data_list = self.get_data_from_mongo(m_client=m_client,
collection=collection, entity_code=entity,
data_id=find_id)
except pymongo.errors.ServerSelectionTimeoutError:
sleep(1)
if entity == "JSFIN_CCBDATA":
m_client.mongo_collection = "JSFIN_CCBDATA"
mongo_data_list = module_name.ScriptCCB.get_data_from_mongo(self=self, m_client=m_client,
collection=collection,
data_id=None)
else:
m_client.mongo_collection = "FINPRODUCT_FINASSIST"
collection = m_client.get_check_collection(db=db, collection_list=collection_list)
mongo_data_list = self.get_data_from_mongo(m_client=m_client,
collection=collection, entity_code=entity,
data_id=find_id)
# 清洗数据并插入 HBase
if mongo_data_list:
once_count = 0
self.find_count += mongo_data_list.count()
for data in mongo_data_list:
data_id = data["_id"]
copy_data = {}
self.remove_id_list.append(data_id)
try:
del data["_id"]
copy_data = deepcopy(data)
self.copy_mongo_data_list.append(copy_data)
if entity == "CHINANETFINANCIAL":
re_data = module_name.data_shuffle(data=data, sales_status=self.sales_status,
produc_category=self.produc_category,
revenue_type=self.revenue_type,
operaton_pattern=self.operaton_pattern,
purchase_amount=self.purchase_amount,
duration_type=self.duration_type)
elif entity == "JSFIN_CCBDATA":
re_data = module_name.ScriptCCB.data_shuffle(self=self, data=data)
else:
re_data = module_name.data_shuffle(data)
if not re_data:
self.bad_count += 1
continue
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(data)
self.logger.warning("清洗错误,错误 _id 为{}, {}".format(data_id, e))
continue
print(data_id)
# phoenix_HBase 插入数据
if isinstance(re_data, dict):
try:
success_count = p_client.upsert_to_phoenix_by_one(connection=connection, data=re_data)
once_count += success_count
self.success_count += success_count
# self.logger.info("HBase 插入成功, 成功条数 {} 条".format(success_count))
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(data)
self.logger.warning("HBase 插入 _id 为 {} 的数据失败, {}".format(data_id, e))
continue
elif isinstance(re_data, list):
for r_data in re_data:
try:
success_count = p_client.upsert_to_phoenix_by_one(connection=connection,
data=r_data)
once_count += success_count
self.success_count += success_count
# self.logger.info("HBase 插入成功, 成功条数 {} 条".format(success_count))
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(data)
self.logger.warning("HBase 插入 _id 为 {} 的数据失败, {}".format(data_id, e))
continue
if once_count > 0:
status = True
self.logger.info("HBase 插入成功, 成功条数 {}".format(once_count))
else:
continue
break
# # 删除数据
# if status:
# delete_count = self.delete_data_from_mongo(m_client=m_client, collection=collection,
# entity_code=entity,
# remove_id_list=self.remove_id_list)
# self.remove_count += delete_count
# # self.logger.info("MongoDB 删除成功")
# else:
# self.logger.info("HBase 插入成功条数0条, 不执行删除")
#
# 将数据插入 spider_data_old 中
# if status:
# try:
# old_client.mongo_db = "spider_data_old"
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except pymongo.errors.ServerSelectionTimeoutError as e:
# sleep(1)
# self.logger.info("MongoDB 连接失败, 正在重新连接 {}".format(e))
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except Exception as e:
# self.logger.info(e)
# 关闭连接
m_client.client_close()
# p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.handlers.clear()
class WeiboBasicInfoUpdate(object):
def __init__(self,
table_name="CHA_BRANCH_WEIBO_BASIC",
collection_name="WEIBOBASICINFO"):
# phoenix connection
self.p_client = PhoenixHbase(table_name=table_name)
self.connection = self.p_client.connect_to_phoenix()
# Mongo connection
self.m_client = MongoClient(entity_code="CMBCMICROBLOG",
mongo_collection=collection_name)
self.mongo_host = "172.22.69.35"
self.mongo_port = 20000
self.m_client.client = pymongo.MongoClient(host="172.22.69.35",
port=20000,
serverSelectionTimeoutMS=60,
connectTimeoutMS=60,
connect=False)
self.db, self.collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=self.db, collection_list=self.collection_list)
# Log
self.logger = Logger().logger
def get_mongo_column_dict(self, collection, column1, column2):
mon_logger = Logger().logger
try:
mon_logger.info("开始查取数据")
result = collection.aggregate([{
"$project": {
"_id": 0,
column1: 1,
column2: 1
}
}])
return result
except TypeError as e:
mon_logger.error(
"WEIBO_CODE_ 数据查取失败,错误信息为{}, 请检查匹配规则是否正确".format(e))
raise Exception("WEIBO_CODE_ 查取失败, 错误信息为{}".format(e))
finally:
self.m_client.client.close()
def main(self):
mongo_data_list = self.get_mongo_column_dict(
collection=self.collection, column1="WEIBO_CODE_", column2="FANS_")
# update to hbase
result_generator = self.p_client.search_all_from_phoenix(
connection=self.connection, dict_status=True)
while True:
try:
result = result_generator.__next__()
for mongo_data in mongo_data_list:
if mongo_data["WEIBO_CODE_"] == result["WEIBO_CODE_"]:
result["FANS_"] = mongo_data["FANS_"]
break
except StopIteration:
break
self.p_client.upsert_to_phoenix_by_one(connection=self.connection,
data=result)
self.connection.close()
def judge(item):
if not any([num in item for num in ['长城', '长城科技', '长城信息']]):
return False
else:
return True
if __name__ == '__main__':
# run()
pass
import pandas as pd
main_mongo = MongoClient(entity_code="", mongo_collection="CommonBidding")
db, collection_list = main_mongo.client_to_mongodb()
collection = main_mongo.get_check_collection(
db=db, collection_list=collection_list)
# mon_list = ['01', '02', '03', '04', '05', '06', '07', '08', '09', '10', '11', '12']
mon_list = [
'08',
'09',
'10',
'11',
'12',
# '06',
]
for _ in range(13):
try:
data_list = collection.find(
{
def run(self):
# 创建 Phoenix 对象
p_client = PhoenixHbase(table_name="CommonBidding")
# 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="CommonBidding")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 MongoDB spider_data_old 数据库对象
old_client = MongoClient(mongo_collection="CommonBidding")
# 本地测试
# old_client.client = pymongo.MongoClient(host="localhost", port=27017,
# serverSelectionTimeoutMS=60, connectTimeoutMS=60, connect=False)
old_client.mongo_db = "spider_data_old"
db_old, collection_list_old = old_client.client_to_mongodb()
collection_old = db_old["CommonBidding"]
# 删除表
# p_client.drop_table_phoenix(connection=connection)
# 招投标表创建语句
# sql = ('create table "CommonBidding" ("ID_" varchar primary key, "F"."CONTENT_" varchar,'
# '"F"."NOTICE_TIME_" varchar,"F"."TITLE_" varchar,"F"."PROJECT_NAME_" varchar,'
# '"F"."BID_CONTENT_" varchar, "F"."SIGN_START_TIME_" varchar, "F"."SIGN_END_TIME_" varchar,'
# '"F"."OPEN_BID_TIME_" varchar, "F"."OPEN_BID_PLACE_" varchar, "F"."BID_AGENCY_" varchar,'
# '"F"."APPLY_CONDITION_" varchar, "F"."SIGN_QUALIFICATION_" varchar, "F"."PROJECT_ID_" varchar,'
# '"F"."WIN_CANDIDATE_" varchar, "F"."CANDIDATE_RANK_" varchar, "F"."BID_" varchar,"F"."URL_" varchar,'
# '"F"."DEALTIME_" varchar, "F"."ENTITY_NAME_" varchar, "F"."ENTITY_CODE_" varchar,'
# '"F"."ENTITY_STATUS_" varchar, "F"."SIGN_MATERIAL_" varchar, "F"."BID_TYPE_" varchar,'
# '"F"."DATETIME_" varchar, "F"."BUDGET_PRICE_" varchar, "F"."PASS_REASON_" varchar,'
# '"F"."PRESALE_CONTENT_" varchar, "F"."PRESALE_WAY_" varchar,"F"."PRESALE_START_TIME_" varchar,'
# '"F"."PRESALE_END_TIME_" varchar,"F"."PRESALE_ADDR_" varchar,"F"."PRESALE_PREPARE_" varchar,'
# '"F"."IMAGE_" varchar) IMMUTABLE_ROWS = true')
# 创建表
# p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 增加列
# p_client.add_column_phoenix(connection=connection, column="IMAGE_")
# 遍历 ENTITY_CODE_ 列表
# self.file_list = ["CommonBidding_86JCW"]
for f in self.file_list:
status = False
entity_code = f.replace(".py", "")
module_name = __import__(entity_code)
entity_code_mongo = entity_code.replace("CommonBidding_", "")
self.logger.info("开始进行 ENTITY_CODE_ {}".format(entity_code_mongo))
self.remove_id_list = []
self.copy_mongo_data_list = []
try:
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code_mongo)
except pymongo.errors.ServerSelectionTimeoutError:
time.sleep(1)
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code_mongo)
# 清洗数据并插入 HBase
if mongo_data_list:
once_count = 0
try:
self.find_count += mongo_data_list.count()
except pymongo.errors.ServerSelectionTimeoutError:
time.sleep(1)
self.find_count += mongo_data_list.count()
for data in mongo_data_list:
data_id = data["_id"]
self.remove_id_list.append(data_id)
del data["_id"]
# 深拷贝源数据，用于插入 spider_data 库中
copy_data = deepcopy(data)
self.copy_mongo_data_list.append(copy_data)
# 数据清洗
try:
re_data = module_name.data_shuffle(data)
final_data = self.shuffle_data(re_data)
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning("清洗错误,错误 _id 为{}, {}".format(
data_id, e))
continue
# phoenix_HBase 插入数据
if final_data:
try:
p_client.upsert_to_phoenix_by_one(
connection=connection, data=final_data)
once_count += 1
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
if once_count > 0:
status = True
self.logger.info("HBase 插入成功, 成功条数 {}".format(once_count))
# 删除数据
if status:
delete_count = self.delete_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code_mongo,
remove_id_list=self.remove_id_list)
self.remove_count += delete_count
else:
self.logger.info("HBase 插入成功条数0条, 不执行删除")
# 将数据插入 spider_data_old 中
if status:
try:
old_client.mongo_db = "spider_data_old"
insert_count = old_client.all_to_mongodb(
collection=collection_old,
insert_list=self.copy_mongo_data_list)
self.old_count += insert_count
# self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
except pymongo.errors.ServerSelectionTimeoutError as e:
time.sleep(1)
self.logger.info("MongoDB 连接失败, 正在重新连接 {}".format(e))
insert_count = old_client.all_to_mongodb(
collection=collection_old,
insert_list=self.copy_mongo_data_list)
self.old_count += insert_count
# self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
except Exception as e:
self.logger.info(e)
# 关闭连接
m_client.client_close()
p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(p_client.count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.handlers.clear()
def run(self):
# 创建 Phoenix 对象
p_client = PhoenixHbase(table_name="ORGANIZE_FINASSIST")
p_client.verify_list = self.verify_list
# 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="ORGANIZE_FINASSIST")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
# # 创建 MongoDB spider_data_old 数据库对象
# old_client = MongoClient(mongo_collection="ORGANIZE_FINASSIST")
# # 本地测试
# old_client.client = pymongo.MongoClient(host="localhost", port=27017, serverSelectionTimeoutMS=60,
# connectTimeoutMS=60, connect=False)
# old_client.mongo_db = "spider_data_old"
# db_old, collection_list_old = old_client.client_to_mongodb()
# collection_old = db_old["ORGANIZE_FINASSIST"]
# 获取地区编码
province_list, city_list, area_list, dir_area_list = (GenericScript(
entity_code=None,
entity_type="ORGANIZE_FINASSIST").area_from_mysql())
# # 删除表
# p_client.drop_table_phoenix(connection=connection)
# # 创建表
# # 网点表创建语句
# sql = ('create table "ORGANIZE_FINASSIST" ("ID_" varchar primary key, "C"."BANK_NAME_" varchar,'
# '"C"."BANK_CODE_" varchar, "C"."NAME_" varchar,'
# '"C"."CODE_" varchar, "C"."ENTITY_NAME_" varchar, "C"."ENTITY_CODE_" varchar,'
# '"C"."AREA_CODE_" varchar, "C"."UNIT_CODE_" varchar, "C"."ADDR_" varchar,'
# '"C"."PROVINCE_NAME_" varchar, "C"."PROVINCE_CODE_" varchar, "C"."CITY_" varchar,'
# '"C"."CITY_CODE_" varchar, "C"."DISTRICT_NAME_" varchar, "C". "DISTRICT_CODE_" varchar,'
# '"C"."LAT_" varchar, "C"."LNG_" varchar, "C"."CREATE_TIME_" varchar, "C"."DEALTIME_" varchar,'
# '"C"."URL_" varchar, "C"."TEL_" varchar, "C"."BUSINESS_HOURS_" varchar, "C"."STATUS_" varchar,'
# '"C"."IMPORTANCE_" varchar) IMMUTABLE_ROWS = true')
#
# p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 遍历 ENTITY_CODE_ 列表
# self.code_list = ["ABCORGANIZE"]
for entity_code in self.code_list:
status = False
module_name = __import__(entity_code)
self.logger.info("开始进行 ENTITY_CODE_ {}".format(entity_code))
self.remove_id_list = []
self.copy_mongo_data_list = []
self.branch_code_list = []
# find_id = ""
if entity_code == "ECITICORGANIZE":
find_id = "5c3f48479bb3df1d97d762e1"
else:
find_id = None
try:
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code,
data_id=find_id)
except pymongo.errors.ServerSelectionTimeoutError:
sleep(1)
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code,
data_id=find_id)
# 清洗数据并插入 HBase
if mongo_data_list:
once_count = 0
self.find_count = mongo_data_list.count()
for data in mongo_data_list:
data_id = data["_id"]
# copy_data = {}
# self.remove_id_list.append(data_id)
try:
del data["_id"]
# copy_data = deepcopy(data)
# self.copy_mongo_data_list.append(copy_data)
re_data = module_name.data_shuffle(
data, province_list, city_list, area_list)
if not re_data:
self.bad_count += 1
continue
except Exception as e:
# except jpype._jexception.SQLExceptionPyRaisable as e:
# except org.apache.phoenix.exception.BatchUpdateExecution as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception("清洗错误,错误 _id 为{}, {}".format(
data_id, e))
continue
print(data_id)
if isinstance(re_data, list):
for list_data in re_data:
area_data = ""
try:
# self.logger.info("_id {}".format(data_id))
area_data = self.shuffle_for_area(list_data)
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception(
"_id:{} 获取经纬度失败, {}".format(data_id, e))
continue
# except ValueError:
# pass
# phoenix_HBase 插入数据
if area_data:
try:
# print(area_data)
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=area_data)
once_count += success_count
self.success_count += success_count
# self.logger.info("HBase 插入成功, 成功条数 {} 条".format(success_count))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
elif isinstance(re_data, dict):
area_data = ""
try:
area_data = self.shuffle_for_area(re_data)
except urllib3.exceptions.NewConnectionError as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception("_id: {}获取经纬度失败, {}".format(
data_id, e))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception("_id: {}获取经纬度失败, {}".format(
data_id, e))
continue
# phoenix_HBase 插入数据
if area_data:
try:
# print(area_data)
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=area_data)
once_count += success_count
self.success_count += success_count
# self.logger.info("HBase 插入成功, 成功条数 {} 条".format(success_count))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.exception(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
if self.success_count % 100 == 0:
self.logger.info("HBase 插入成功, 成功条数 {} 条".format(
self.success_count))
# 添加 {d:1}
# if self.success_count % 50 == 0:
# update_count = m_client.update_to_mongodb(collection=collection,
# data_id=self.remove_id_list,
# data_dict={"d": 1})
# self.remove_id_list = []
# self.remove_count += update_count
# self.logger.info("MongoDB 更新成功")
mongo_data_list.close()
# 添加 {d:1}
# if self.remove_id_list:
# update_count = m_client.update_to_mongodb(collection=collection,
# data_id=self.remove_id_list,
# data_dict={"d": 1})
# self.remove_id_list = []
# self.remove_count += update_count
# self.logger.info("MongoDB 更新成功")
if once_count > 0:
status = True
self.logger.info("HBase 插入成功, 成功条数 {}".format(once_count))
else:
continue
# 删除数据
# if status:
# delete_count = self.delete_data_from_mongo(m_client=m_client, collection=collection,
# entity_code=entity_code,
# remove_id_list=self.remove_id_list)
# self.remove_count += delete_count
# self.logger.info("MongoDB 删除成功")
# else:
# self.logger.info("HBase 插入成功条数0条, 不执行删除")
# # 将数据插入 spider_data_old 中
# if status:
# try:
# old_client.mongo_db = "spider_data_old"
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except pymongo.errors.ServerSelectionTimeoutError as e:
# sleep(1)
# self.logger.info("MongoDB 连接失败, 正在重新连接 {}".format(e))
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except Exception as e:
# self.logger.info(e)
# 关闭连接
m_client.client_close()
p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class HexunOpinion(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="HEXUNOPINION")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="SENTIMENT")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
def data_shuffle(self, data):
if ":" not in data["NOTICE_TIME_"]:
return None
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["TITLE_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
# re_data["AREA_CODE_"]
# re_data["UNIT_CODE_"]
period_code = data["NOTICE_TIME_"][:10].replace("-", "")
re_data["PERIOD_CODE_"] = period_code
re_data["CONTENT_"] = re.sub(r"本报告版权归和讯财经传播研究所所有，未经书面授权允许，不得复制转载。\|.*",
"", data["CONTENT_"])
re_data["NOTICE_TIME_"] = data["NOTICE_TIME_"][:10]
re_data["STATUS_"] = "1"
# re_data["REMARK_"] = ""
re_data["CREATE_TIME_"] = data["DATETIME_"]
# re_data["UPDATE_TIME_"]
re_data["TITLE_"] = data["TITLE_"]
re_data["URL_"] = data["URL_"]
re_data["DEALTIME_"] = data["DEALTIME_"]
# re_data["DATETIME_"] = data["DATETIME_"]
return re_data
def run(self):
# # delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
# # create table sql
# table_sql = ('create table "SENTIMENT" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."REMARK_" varchar, "C"."PERIOD_CODE_" varchar,'
# '"C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, "T"."CONTENT_" varchar, '
# '"C"."SOURCE_" varchar, "C"."BRIEF_" varchar, "C"."IMAGE_" varchar, "C"."IMPORTANCE_" varchar,'
# '"C"."TITLE_" varchar, "C"."URL_" varchar, "C"."NOTICE_TIME_" varchar,'
# '"C"."DEALTIME_" varchar, "C"."STATUS_" varchar, "C"."HOME_PAGE_" varchar) IMMUTABLE_ROWS = true')
#
# # create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection)
for i in range(mongo_data_list.count() + 100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
try:
re_data = self.data_shuffle(data=data)
if i < 4:
re_data["HOME_PAGE_"] = "Y"
except Exception as e:
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# add {d:1}
try:
self.m_client.update_to_mongodb(collection=self.collection,
data_id=self.data_id,
data_dict={"d": 1})
self.remove_count += 1
if self.remove_count % 10 == 0:
self.logger.info("MongoDB 更新成功, 成功条数 {}".format(
self.remove_count))
except Exception as e:
self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(
self.data_id, e))
continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class Meipian(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="meipian_CCBDATA")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="MEIPIAN_CCBDATA")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
def data_shuffle(self, data):
re_data = dict()
if data["TITLE_"]:
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["TITLE_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C" 通用列族字段
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
# re_data["BANK_NAME_"]
time_arrary = arrow.get(data["CREATE_TIME"])
period_code = time_arrary.format("YYYYMMDD")
publish_time = time_arrary.format("YYYY-MM-DD HH:mm:ss")
re_data["PERIOD_CODE_"] = str(period_code)
re_data["PUBLISH_TIME_"] = str(publish_time)
re_data["STATUS_"] = "UNPROCESSED"
re_data["CONTENT_"] = data["CONTENT_"]
re_data["REMARK_"] = ""
# re_data["AREA_CODE_"]
# re_data["UNIT_CODE_"]
re_data["CREATE_TIME_"] = data["DATETIME_"]
re_data["URL_"] = data["URL_"]
re_data["TITLE_"] = data["TITLE_"]
re_data["CONTENT_TYPE_"] = data["CONTENT_TYPE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
re_data["DEALTIME_"] = str(data["DEALTIME_"])
re_data["VISIT_COUNT_"] = data["VISIT_COUNT"]
re_data["PRAISE_COUNT_"] = data["PRAISE_COUNT"]
re_data["COMMENT_COUNT_"] = data["COMMENT_COUNT"]
re_data["SOURCE_"] = data["SOURCE_"]
return re_data
else:
return None
def run(self):
# # delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
#
# # create table sql
# table_sql = ('create table "MEIPIAN_CCBDATA" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."URL_" varchar, "C"."PERIOD_CODE_" varchar, "C"."REMARK_" varchar,'
# ' "C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, "T"."CONTENT_" varchar, '
# '"C"."TITLE_" varchar, "C"."CONTENT_TYPE_" varchar, "C"."ENTITY_NAME_" varchar,'
# '"C"."VISIT_COUNT_" varchar, "C"."PRAISE_COUNT_" varchar, "C"."COMMENT_COUNT_" varchar,'
# '"C"."DEALTIME_" varchar, "C"."SOURCE_" varchar, "C"."PUBLISH_TIME_" varchar,'
# '"C"."STATUS_" varchar) IMMUTABLE_ROWS = true')
# # create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
# f_id = "5c6fa1328d7fee306de9463d" # quit()
# f_id = "5c6fe1ba8d7fee1d44775989" # quit()
# f_id = "5c6fdb448d7fee394da6a5fb" # quit() Exception while executing batch.
# f_id = "5c6fe1ba8d7fee1d44775989"
f_id = "5c6fe11b9bb3df6b0ec6168b" # gt 10M
mongo_data_list = self.m_client.all_from_mongodb(self.collection,
data_id=f_id)
for i in range(mongo_data_list.count() + 100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
try:
re_data = self.data_shuffle(data=data)
except Exception as e:
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# add {d:1}
try:
self.m_client.update_to_mongodb(collection=self.collection,
data_id=self.data_id,
data_dict={"d": 1})
self.remove_count += 1
if self.remove_count % 10 == 0:
self.logger.info("MongoDB 更新成功, 成功条数 {}".format(
self.remove_count))
except Exception as e:
self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(
self.data_id, e))
continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
def run(self):
# 创建 Phoenix 对象
p_client = PhoenixHbase(table_name="WEIBOBASICINFO")
p_client.verify_list = self.verify_list
# 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="WEIBOBASICINFO")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
# # 创建 MongoDB spider_data_old 数据库对象
# old_client = MongoClient(mongo_collection="WEIBOBASICINFO")
# # 本地测试
# old_client.client = pymongo.MongoClient(host="localhost", port=27017, serverSelectionTimeoutMS=60,
# connectTimeoutMS=60, connect=False)
# old_client.mongo_db = "spider_data_old"
# db_old, collection_list_old = old_client.client_to_mongodb()
# collection_old = db_old["ORGANIZE_FINASSIST"]
# 获取地区编码
province_list, city_list, area_list, dir_area_list = (GenericScript(
entity_code=None, entity_type=None).area_from_mysql())
# 删除表
p_client.drop_table_phoenix(connection=connection)
# quit()
# 创建表
sql = (
'create table "WEIBOBASICINFO" ("ID_" varchar primary key, "C"."BANK_CODE_" varchar,'
'"C"."BANK_NAME_" varchar, "C"."PERIOD_CODE_" varchar, "C"."CREATE_TIME_" varchar,'
'"C"."UPDATE_TIME_" varchar, "C"."REMARK_" varchar, "C"."WEIBO_CODE_" varchar, "C"."MAIN_URL_" varchar,'
'"C"."NAME_" varchar, "C"."FOCUS_" varchar, "C"."FANS_" varchar, "C"."COMPANY_URL_" varchar,'
'"C"."COMPANY_" varchar, "C"."DETAILED_URL_" varchar, "C"."VIRIFIED_" varchar,"C"."AREA_CODE_" varchar,'
'"C"."BIREF_" varchar, "C"."ENTITY_NAME_" varchar, "C"."ENTITY_CODE_" varchar,'
'"C"."DEALTIME_" varchar,"C"."PROVINCE_NAME_" varchar, "C"."PROVINCE_CODE_" varchar,'
'"C"."STATUS_" varchar) IMMUTABLE_ROWS = true')
p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 增加列
# p_client.add_column_phoenix(connection=connection, column="IMAGE_")
# 遍历 ENTITY_CODE_ 列表
status = False
self.logger.info("开始进行 WEIBOBASICINFO")
try:
mongo_data_list = m_client.all_from_mongodb(collection=collection)
except pymongo.errors.ServerSelectionTimeoutError:
time.sleep(1)
mongo_data_list = m_client.all_from_mongodb(collection=collection)
# 清洗数据并插入 HBase
if mongo_data_list:
self.find_count = mongo_data_list.count()
for data in mongo_data_list:
re_data = ""
data_id = data["_id"]
copy_data = {}
self.remove_id_list.append(data_id)
try:
del data["_id"]
copy_data = deepcopy(data)
self.copy_mongo_data_list.append(copy_data)
re_data = self.data_shuffle(data=data,
province_list=province_list)
if not re_data:
self.bad_count += 1
continue
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning("清洗错误,错误 _id 为{}, {}".format(
data_id, e))
# phoenix_HBase 插入数据
try:
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=re_data)
self.success_count += success_count
# self.logger.info("HBase 插入成功, 成功条数 {} 条".format(success_count))
except Exception as e:
self.remove_id_list.remove(data_id)
self.copy_mongo_data_list.remove(copy_data)
self.logger.warning("HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
if self.success_count > 0:
status = True
self.logger.info("HBase 插入成功, 成功条数 {}".format(
self.success_count))
else:
quit()
# # 删除数据
# if status:
# delete_count = self.delete_data_from_mongo(m_client=m_client, collection=collection,
# remove_id_list=self.remove_id_list)
# self.remove_count += delete_count
# else:
# self.logger.info("HBase 插入成功条数0条, 不执行删除")
#
# # 将数据插入 spider_data_old 中
# if status:
# try:
# old_client.mongo_db = "spider_data_old"
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# except pymongo.errors.ServerSelectionTimeoutError as e:
# time.sleep(1)
# self.logger.info("MongoDB 连接失败, 正在重新连接 {}".format(e))
# insert_count = old_client.all_to_mongodb(collection=collection_old,
# insert_list=self.copy_mongo_data_list)
# self.old_count += insert_count
# # self.logger.info("MongoDB 插入成功, 成功条数 {}".format(insert_count))
# except Exception as e:
# self.logger.info(e)
# 关闭连接
m_client.client_close()
p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class JsInsuranceCcbData(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="JSINSURANCE_CCBDATA")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 MySQL 对象
__mysql_config = {
"host": MYSQL_HOST_25,
"port": MYSQL_PORT_25,
"database": MYSQL_DATABASE_25,
"user": MYSQL_USER_25,
"password": MYSQL_PASSWORD_25,
"table": MYSQL_TABLE_25
}
__mysql_client = MysqlClient(**__mysql_config)
__mysql_connection = __mysql_client.client_to_mysql()
self.type = __mysql_client.search_area_code(
sql=
"select DICT_CODE_,ITEM_LABEL_,ITEM_VALUE_ from sys_dict_item where DICT_CODE_=\'TYPE\'",
connection=__mysql_connection)
__mysql_client.close_client(connection=__mysql_connection)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="INSURANCE")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
self.a = list()
def data_shuffle(self, data):
if data["ENTITY_CODE_"] == "PAINSURANCE":
return None
elif data["ENTITY_CODE_"] == "BJBINSURANCE":
data["CONTET_"] = data["CONTET_"].replace("|主险2：", "主险2：")
first_shuffle = data["CONTET_"].split("|")
data_list = list()
company_dict = dict()
index_list = list()
for first in first_shuffle:
if first[-2:] == "公司":
company_index = first_shuffle.index(first)
company_dict[company_index] = first
index_list.append(company_index)
else:
continue
for key in index_list:
# print(index_list)
j = key + 1
for i in range(100):
if index_list.index(key) == len(index_list) - 1:
if j == len(first_shuffle) - 1:
break
else:
if j == index_list[index_list.index(key) + 1]:
break
data_dict = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(first_shuffle[j].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
data_dict["ID_"] = row_key
data_dict["ENTITY_CODE_"] = data["ENTITY_CODE_"]
data_dict["ENTITY_NAME_"] = data["ENTITY_NAME_"].replace(
"模板", "产品")
data_dict["BANK_CODE_"] = "BJB"
data_dict["BANK_NAME_"] = "北京银行"
data_dict["PERIOD_CODE_"] = data["DATETIME_"][:10].replace(
"-", "")
data_dict["URL_"] = data["URL_"]
data_dict["PRODUCT_NAME_"] = first_shuffle[j]
j += 1
# data_dict["TYPE_"] = first_shuffle[j]
data_dict["TYPE_"] = ""
data_dict["TYPE_CODE_"] = ""
for i in self.type:
if i["ITEM_LABEL_"][:-1] in first_shuffle[j]:
data_dict["TYPE_"] = data_dict["TYPE_"] + i[
"ITEM_LABEL_"] + "|"
data_dict["TYPE_CODE_"] = data_dict[
"TYPE_CODE_"] + i["ITEM_VALUE_"] + "|"
data_dict["TYPE_"] = data_dict["TYPE_"][:-1]
data_dict["TYPE_CODE_"] = data_dict["TYPE_CODE_"][:-1]
j += 1
# data_dict["RISK_LEVEL_"] = first_shuffle[j]
j += 1
data_dict["PAY_METHOD_"] = first_shuffle[j]
j += 1
# data_dict["INSURANCE_DATE_"] = first_shuffle[j]
j += 1
# data_dict["TOUZIZHE_TYPE_"] = first_shuffle[j]
j += 1
data_dict["COM_NAME_"] = company_dict[key]
# data_dict["CONSIGNMENT_"] = "代销"
# if "CONTENT_" in data:
# data_dict["CONTENT_"] = data["CONTENT_"]
data_dict["DEALTIME_"] = data["DEALTIME_"]
data_dict["CREATE_TIME_"] = data["DATETIME_"]
data_dict["STATUS_"] = "1"
# print(data_dict)
data_list.append(data_dict)
return data_list
elif data["ENTITY_CODE_"] == "CIBINSURANCE":
data_list = list()
insurance_name = re.findall(r".*?计划", data["PRODUCT_NAME_"])
for name in insurance_name:
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(name.encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
re_data["ID_"] = row_key
re_data["PRODUCT_NAME_"] = name
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
re_data["BANK_CODE_"] = "CIB"
re_data["BANK_NAME_"] = "兴业银行"
re_data["PERIOD_CODE_"] = data["DATETIME_"][:10].replace(
"-", "")
re_data["URL_"] = data["URL_"]
re_data["DEALTIME_"] = data["DEALTIME_"]
re_data["CREATE_TIME_"] = data["DATETIME_"]
re_data["STATUS_"] = "1"
re_data["TYPE_"] = ""
re_data["TYPE_CODE_"] = ""
for i in self.type:
if i["ITEM_LABEL_"][:-1] in name:
re_data["TYPE_"] = re_data["TYPE_"] + i[
"ITEM_LABEL_"] + "|"
re_data["TYPE_CODE_"] = re_data["TYPE_CODE_"] + i[
"ITEM_VALUE_"] + "|"
re_data["TYPE_"] = re_data["TYPE_"][:-1]
re_data["TYPE_CODE_"] = re_data["TYPE_CODE_"][:-1]
data_list.append(re_data)
return data_list
else:
if "INSURANCE_NAME_" not in data and ("PRODUCT_NAME_" not in data):
return None
else:
if "INSURANCE_NAME_" in data:
# # 承保年龄
# if ("INSURANCE_AGE_" not in data) or (not data["INSURANCE_AGE_"]):
# age = re.findall(r"(\d*)周岁", data["INSURANCE_NAME_"])
# if age:
# data["INSURANCE_AGE_"] = age[0]
# 保障期限
# if ("INSURANCE_DATE_" not in data) or (not data["INSURANCE_DATE_"]):
# limit = re.findall(r"保(终身)|保(\d*年)|(\d*年)期", data["INSURANCE_NAME_"])
# if limit:
# for l in limit[0]:
# if l:
# data["INSURANCE_DATE_"] = l
# break
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["INSURANCE_NAME_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
re_data["BANK_CODE_"] = data["ENTITY_CODE_"].replace(
"INSURANCE", "")
re_data["BANK_NAME_"] = data["ENTITY_NAME_"].replace(
"保险产品", "")
if "INSURANCE_NAME_" in data:
re_data["PRODUCT_NAME_"] = data["INSURANCE_NAME_"]
if ("INSURANCE_AGE_" in data) or ("AGE_" in data):
re_data["AGE_"] = data["INSURANCE_AGE_"]
if "TYPE_" in data:
re_data["TYPE_"] = ""
re_data["TYPE_CODE_"] = ""
if data["TYPE_"] == "财险":
re_data["TYPE_"] = "财产险"
re_data["TYPE_CODE_"] = "PROPERTY_INSURANCE"
else:
for i in self.type:
if i["ITEM_LABEL_"][:-1] in data["TYPE_"]:
re_data["TYPE_"] = re_data["TYPE_"] + i[
"ITEM_LABEL_"] + "|"
re_data["TYPE_CODE_"] = re_data[
"TYPE_CODE_"] + i["ITEM_VALUE_"] + "|"
re_data["TYPE_"] = re_data["TYPE_"][:-1]
re_data["TYPE_CODE_"] = re_data["TYPE_CODE_"][:-1]
else:
re_data["TYPE_"] = ""
re_data["TYPE_CODE_"] = ""
for i in self.type:
if i["ITEM_LABEL_"][:-1] in data["ENTITY_NAME_"]:
re_data["TYPE_"] = re_data["TYPE_"] + i[
"ITEM_LABEL_"] + "|"
re_data["TYPE_CODE_"] = re_data[
"TYPE_CODE_"] + i["ITEM_VALUE_"] + "|"
re_data["TYPE_"] = re_data["TYPE_"][:-1]
re_data["TYPE_CODE_"] = re_data["TYPE_CODE_"][:-1]
# if "INSURANCE_DATE_" in data:
# re_data["INSURANCE_DATE_"] = data["INSURANCE_DATE_"]
if "INSURANCE_DETAIL_" in data:
re_data["PRODUCT_DETAIL_"] = data["INSURANCE_DETAIL_"]
if "COMPANY_NAME_" in data:
re_data["COM_NAME_"] = data["COMPANY_NAME_"]
if "LIMIT_NUMBER_" in data:
re_data["BUY_LIMIT_"] = data["LIMIT_NUMBER_"]
# re_data["AREA_CODE_"]
# re_data["UNIT_CODE_"]
re_data["PERIOD_CODE_"] = data["DATETIME_"][:10].replace(
"-", "")
if "CONTENT_" in data:
re_data["CONTENT_"] = data["CONTENT_"]
# re_data["NOTICE_TIME_"] = data["NOTICE_TIME_"]
re_data["STATUS_"] = "1"
# re_data["REMARK_"] = ""
re_data["CREATE_TIME_"] = data["DATETIME_"]
# re_data["UPDATE_TIME_"]
# re_data["TITLE_"] = data["TITLE_"]
re_data["URL_"] = data["URL_"]
re_data["DEALTIME_"] = data["DEALTIME_"]
# re_data["DATETIME_"] = data["DATETIME_"]
return re_data
elif "PRODUCT_NAME_" in data:
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["PRODUCT_NAME_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
# re_data["BANK_CODE_"] = data["ENTITY_CODE_"]
# re_data["BANK_NAME_"] = data["ENTITY_NAME_"]
if "PRODUCT_NAME_" in data:
re_data["PRODUCT_NAME_"] = data["PRODUCT_NAME_"]
if "FEATURE_NAME_" in data:
re_data["FEATURE_NAME_"] = data["FEATURE_NAME_"]
if "TYPE_" in data:
re_data["TYPE_"] = ""
re_data["TYPE_CODE_"] = ""
if data["TYPE_"] == "财险":
re_data["TYPE_"] = "财产险"
re_data["TYPE_CODE_"] = "PROPERTY_INSURANCE"
elif data["TYPE_"] == "100种疾病保障":
re_data["TYPE_"] = "健康险"
re_data["TYPE_CODE_"] = "HEALTH_INSURANCE"
else:
for i in self.type:
if i["ITEM_LABEL_"][:-1] in data["TYPE_"]:
re_data["TYPE_"] = re_data["TYPE_"] + i[
"ITEM_LABEL_"] + "|"
re_data["TYPE_CODE_"] = re_data[
"TYPE_CODE_"] + i["ITEM_VALUE_"] + "|"
re_data["TYPE_"] = re_data["TYPE_"][:-1]
re_data["TYPE_CODE_"] = re_data["TYPE_CODE_"][:-1]
if "POLICY_DUTY_" in data:
re_data["POLICY_DUTY_"] = data["POLICY_DUTY_"]
if "PRODUCT_CASE_" in data:
re_data["PRODUCT_CASE_"] = data["PRODUCT_CASE_"]
if "BUY_LIMIT_" in data:
re_data["BUY_LIMIT_"] = data["BUY_LIMIT_"]
if "ENSURE_PRICE_" in data:
re_data["ENSURE_PRICE_"] = data["ENSURE_PRICE_"]
# re_data["AREA_CODE_"]
# re_data["UNIT_CODE_"]
re_data["PERIOD_CODE_"] = data["DATETIME_"][:10].replace(
"-", "")
if "PRODUCT_PRICE_" in data:
re_data["PRODUCT_PRICE_"] = data["PRODUCT_PRICE_"]
if "PRODUCT_ID_" in data:
re_data["PRODUCT_ID_"] = data["PRODUCT_ID_"]
if "PRODUCT_CLAUSE_" in data:
re_data["PRODUCT_CLAUSE_"] = data["PRODUCT_CLAUSE_"]
if "GENDER_" in data:
re_data["GENDER_"] = data["GENDER_"]
if "AGE_" in data:
re_data["AGE_"] = data["AGE_"]
if "COM_NAME_" in data:
re_data["COM_NAME_"] = data["COM_NAME_"]
if "PAY_METHOD_" in data:
re_data["PAY_METHOD_"] = data["PAY_METHOD_"]
if "PROBLEM_" in data:
re_data["PROBLEM_"] = data["PROBLEM_"]
if "CLAIM_" in data:
re_data["CLAIM_"] = data["CLAIM_"]
if "COMMENT_" in data:
re_data["COMMENT_"] = data["COMMENT_"]
if "ENSURE_CONTENT_" in data:
re_data["ENSURE_CONTENT_"] = data["ENSURE_CONTENT_"]
if "INSURE_INFO_" in data:
re_data["INSURE_INFO_"] = data["INSURE_INFO_"]
if "RATE_INFO_" in data:
re_data["RATE_INFO_"] = data["RATE_INFO_"]
if "SALE_SERVICE_" in data:
re_data["SALE_SERVICE_"] = data["SALE_SERVICE_"]
# re_data["NOTICE_TIME_"] = data["NOTICE_TIME_"]
re_data["STATUS_"] = "1"
# re_data["REMARK_"] = ""
re_data["CREATE_TIME_"] = data["DATETIME_"]
# re_data["UPDATE_TIME_"]
# re_data["TITLE_"] = data["TITLE_"]
re_data["URL_"] = data["URL_"]
re_data["DEALTIME_"] = data["DEALTIME_"]
# re_data["DATETIME_"] = data["DATETIME_"]
return re_data
def run(self):
# # delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
#
# # create table sql
# table_sql = ('create table "INSURANCE" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."AREA_CODE_" varchar,"C"."BANK_CODE_" varchar,'
# ' "C"."BANK_NAME_" varchar, "C"."UNIT_CODE_" varchar, "C"."PERIOD_CODE_" varchar, '
# '"C"."REMARK_" varchar, "C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar,'
# '"C"."TYPE_" varchar, "C"."URL_" varchar, "C"."DEALTIME_" varchar, "C".PRODUCT_CLAUSE_ varchar,'
# '"C"."SOURCE_" varchar, "C"."PRODUCT_NAME_" varchar, "C"."FEATURE_NAME_" varchar,'
# '"C"."POLICY_DUTY_" varchar, "C"."PRODUCT_CASE_" varchar, "C"."BUY_LIMIT_" varchar,'
# '"C"."ENSURE_PRICE_" varchar, "C"."PRODUCT_PRICE_" varchar, "C"."PRODUCT_ID_" varchar,'
# '"C"."GENDER_" varchar, "C"."AGE_" varchar, "C"."COM_NAME_" varchar, "C"."TYPE_CODE_" varchar,'
# '"C"."PAY_METHOD_" varchar, "C"."PRODUCT_DETAIL_" varchar, "C"."PROBLEM_" varchar,'
# '"C"."CLAIM_" varchar, "C"."COMMENT_" varchar, "C"."STATUS_" varchar,'
# '"C"."ENSURE_CONTENT_" varchar, "C"."INSURE_INFO_" varchar, "C"."RATE_INFO_" varchar,'
# '"C"."SALE_SERVICE_" varchar) IMMUTABLE_ROWS = true')
#
# # create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection)
for i in range(mongo_data_list.count() + 100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
# print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
try:
re_data = self.data_shuffle(data=data)
except Exception as e:
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
if isinstance(re_data, dict):
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
elif isinstance(re_data, list):
for r_d in re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=r_d)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# # add {d:1}
# try:
# self.m_client.update_to_mongodb(collection=self.collection, data_id=self.data_id,
# data_dict={"d": 1})
# self.remove_count += 1
# if self.remove_count % 10 == 0:
# self.logger.info("MongoDB 更新成功, 成功条数 {}".format(self.remove_count))
# except Exception as e:
# self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(self.data_id, e))
# continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class Entrust(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="JSENTRUST_CCBDATA")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="ENTRUST")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
def data_shuffle(self, data):
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["NAME_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
re_data["CREATE_TIME_"] = data["DATETIME_"]
re_data["STATUS_"] = "1"
re_data["DEALTIME_"] = data["DEALTIME_"]
re_data["URL_"] = data["URL_"]
if data["ENTITY_CODE_"] == "CHINATRC":
# "C"
# re_data["AREA_CODE_"]
# re_data["BANK_CODE_"]
# re_data["BANK_NAME_"]
# re_data["UNIT_CODE_"]
pub_date = eval(data["PUB_DATE_"])
date = str(pub_date["time"])[:-3]
t = arrow.get(int(date))
publish_date = str(t)[:10]
period_code = publish_date.replace("-", "")
re_data["PERIOD_CODE_"] = period_code
# re_data["REMARK_"]
# re_data["UPDATE_TIME_"]
re_data["CODE_"] = data["CODE_"]
re_data["NAME_"] = data["NAME_"]
re_data["ISSUER_"] = data["ISSUER_"]
re_data["FUNCTION_"] = data["FUNCTION_"]
pro_date = eval(data["PRO_START_"])
pro_date = str(pro_date["time"])[:-3]
p_t = arrow.get(int(pro_date))
product_date = str(p_t)[:10]
re_data["PRO_START_"] = product_date
re_data["INVEST_PERIOD_"] = data["INVEST_PERIOD_"]
re_data["RUN_MODE_"] = data["RUN_MODE_"]
re_data["INDUSTRY_"] = data["INDUSTRY_"]
re_data["PUB_DATE_"] = publish_date
# re_data["SCALE_"] = data[""]
# re_data["MONTH_"]
# re_data["YIELD_RATE_"]
# re_data["START_FUNDS_"]
# re_data["PURPOSE_"]
# re_data["ESTAB_ANNOUNCEMENT_"]
# re_data["ENTRUST_STATUS_"]
#
# re_data["DISTRIBU_MODE_"]
# re_data["INVEST_AREA_"]
# re_data["TERM_TYPE_"] = data["TERM_TYPE_"]
# re_data["INVEST_DIRECTION_"]
# re_data["INVEST_MODE_"] = data["INVEST_MODE_"]
# re_data["CURRENCY_"]
# re_data["MANAGE_TYPE_"]
# re_data["SALE_TARGET_"]
# re_data["PROFIT_TYPE_"] = data["PROFIT_TYPE_"]
# re_data["ISSUER_AREA_"]
# re_data["RESERVE_INFO_"]
# re_data["TRUSTEESHIP_BANK_"]
# re_data["OTHER_INFO_"]
# re_data["OTHER_INFO_"]
elif data["ENTITY_CODE_"] == "TRUSTHEXUN":
# "C"
# re_data["AREA_CODE_"]
# re_data["BANK_CODE_"]
# re_data["BANK_NAME_"]
# re_data["UNIT_CODE_"]
re_data["PERIOD_CODE_"] = data["PUB_DATE_"].replace("-", "")
# re_data["REMARK_"]
# re_data["UPDATE_TIME_"]
# re_data["CODE_"] = data["CODE_"]
re_data["NAME_"] = data["NAME_"]
re_data["ISSUER_"] = data["ISSUER_"]
# re_data["FUNCTION_"] = data["FUNCTION_"]
# re_data["PRO_START_"]
re_data["INVEST_PERIOD_"] = data["INVEST_PERIOD_"].replace(
"至月", "")
# re_data["RUN_MODE_"] = data["RUN_MODE_"]
re_data["INDUSTRY_"] = data["INDUSTRY_"]
re_data["PUB_DATE_"] = data["PUB_DATE_"]
re_data["SCALE_"] = data["SCALE_"]
# re_data["MONTH_"]
re_data["YIELD_RATE_"] = data["YIELD_RATE_"]
re_data["START_FUNDS_"] = data["START_FUNDS_"]
# re_data["PURPOSE_"]
# re_data["ESTAB_ANNOUNCEMENT_"]
# re_data["ENTRUST_STATUS_"]
#
# re_data["DISTRIBU_MODE_"]
# re_data["INVEST_AREA_"]
# re_data["TERM_TYPE_"] = data["TERM_TYPE_"]
# re_data["INVEST_DIRECTION_"]
re_data["INVEST_MODE_"] = data["INVEST_MODE_"]
re_data["CURRENCY_"] = data["CURRENCY_"]
re_data["MANAGE_TYPE_"] = data["MANAGE_TYPE_"]
re_data["SALE_TARGET_"] = data["SALE_TARGET_"]
re_data["PROFIT_TYPE_"] = data["PROFIT_TYPE_"]
re_data["ISSUER_AREA_"] = data["ISSUER_AREA_"]
re_data["RESERVE_INFO_"] = data["RESERVE_INFO_"]
# re_data["TRUSTEESHIP_BANK_"]
re_data["OTHER_INFO_"] = data["OTHER_INFO_"]
elif data["ENTITY_CODE_"] == "YANGLEE":
# "C"
# re_data["AREA_CODE_"]
# re_data["BANK_CODE_"]
# re_data["BANK_NAME_"]
# re_data["UNIT_CODE_"]
re_data["PERIOD_CODE_"] = data["PUB_DATE_"].replace("-", "")
# # re_data["REMARK_"]
# # re_data["UPDATE_TIME_"]
# re_data["CODE_"] = data["CODE_"]
re_data["NAME_"] = data["NAME_"]
re_data["ISSUER_"] = data["ISSUER_"]
# re_data["FUNCTION_"] = data["FUNCTION_"]
# # re_data["PRO_START_"]
re_data["INVEST_PERIOD_"] = data["INVEST_PERIOD_"]
# re_data["RUN_MODE_"] = data["RUN_MODE_"]
re_data["INDUSTRY_"] = data["INDUSTRY_"]
re_data["PUB_DATE_"] = data["PUB_DATE_"]
# re_data["SCALE_"] = data["SCALE_"]
# # re_data["MONTH_"]
re_data["YIELD_RATE_"] = data["YIELD_RATE_"]
re_data["START_FUNDS_"] = data["START_FUNDS_"]
# # re_data["PURPOSE_"]
# # re_data["ESTAB_ANNOUNCEMENT_"]
re_data["ENTRUST_STATUS_"] = data["STATUS_"]
#
re_data["DISTRIBU_MODE_"] = data["DISTRIBU_MODE_"]
# # re_data["INVEST_AREA_"]
re_data["TERM_TYPE_"] = data["TERM_TYPE_"]
# # re_data["INVEST_DIRECTION_"]
# re_data["INVEST_MODE_"] = data["INVEST_MODE_"]
# re_data["CURRENCY_"] = data["CURRENCY_"]
# re_data["MANAGE_TYPE_"] = data["MANAGE_TYPE_"]
# re_data["SALE_TARGET_"] = data["SALE_TARGET_"]
# re_data["PROFIT_TYPE_"] = data["PROFIT_TYPE_"]
re_data["ISSUER_AREA_"] = data["ISSUER_AREA_"]
# re_data["RESERVE_INFO_"] = data["RESERVE_INFO_"]
re_data["TRUSTEESHIP_BANK_"] = data["TRUSTEESHIP_BANK_"]
re_data["OTHER_INFO_"] = data["OTHER_INFO_"]
elif data["ENTITY_CODE_"] == "TRUSTONE":
# "C"
# re_data["AREA_CODE_"]
# re_data["BANK_CODE_"]
# re_data["BANK_NAME_"]
# re_data["UNIT_CODE_"]
re_data["PERIOD_CODE_"] = data["PUB_DATE_"].replace("-", "")
# # re_data["REMARK_"]
# # re_data["UPDATE_TIME_"]
# re_data["CODE_"] = data["CODE_"]
re_data["NAME_"] = data["NAME_"]
re_data["ISSUER_"] = data["ISSUER_"]
# re_data["FUNCTION_"] = data["FUNCTION_"]
# # re_data["PRO_START_"]
# re_data["INVEST_PERIOD_"] = data["INVEST_PERIOD_"]
# re_data["RUN_MODE_"] = data["RUN_MODE_"]
# re_data["INDUSTRY_"] = data["INDUSTRY_"]
re_data["PUB_DATE_"] = data["PUB_DATE_"]
re_data["SCALE_"] = data["SCALE_"]
# # re_data["MONTH_"]
re_data["YIELD_RATE_"] = data["YIELD_RATE_"]
re_data["START_FUNDS_"] = data["START_FUNDS_"]
# # re_data["PURPOSE_"]
# # re_data["ESTAB_ANNOUNCEMENT_"]
# re_data["ENTRUST_STATUS_"] = data["STATUS_"]
# #
re_data["DISTRIBU_MODE_"] = data["DISTRIBU_MODE_"]
re_data["INVEST_AREA_"] = data["INVEST_AREA_"]
re_data["TERM_TYPE_"] = data["TERM_TYPE_"]
re_data["INVEST_DIRECTION_"] = data["INVEST_DIRECTION_"]
re_data["INVEST_MODE_"] = data["INVEST_MODE_"]
# re_data["CURRENCY_"] = data["CURRENCY_"]
# re_data["MANAGE_TYPE_"] = data["MANAGE_TYPE_"]
# re_data["SALE_TARGET_"] = data["SALE_TARGET_"]
re_data["PROFIT_TYPE_"] = data["PROFIT_TYPE_"]
# re_data["ISSUER_AREA_"] = data["ISSUER_AREA_"]
re_data["RESERVE_INFO_"] = re.sub(r"</?\w*>", "",
data["RESERVE_INFO_"])
# re_data["TRUSTEESHIP_BANK_"] = data["TRUSTEESHIP_BANK_"]
# re_data["OTHER_INFO_"] = data["OTHER_INFO_"]
return re_data
def run(self):
# # delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
#
# # create table sql
# table_sql = ('create table "ENTRUST" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."CREATE_TIME_" varchar, "C"."STATUS_" varchar,'
# '"C"."DEALTIME_" varchar, "C"."URL_" varchar, "C"."AREA_CODE_" varchar, "C"."FUNCTION_" varchar,'
# '"C"."BANK_CODE_" varchar, "C"."BANK_NAME_" varchar, "C"."UNIT_CODE_" varchar,'
# '"C"."PERIOD_CODE_" varchar, "C"."REMARK_" varchar, "C"."UPDATE_TIME_" varchar,'
# '"C"."CODE_" varchar, "C"."NAME_" varchar, "C"."ISSUER_" varchar, "C"."PRO_START_" varchar,'
# '"C"."INVEST_PERIOD_" varchar,"C"."RUN_MODE_" varchar, "C"."INDUSTRY_" varchar,'
# '"C"."PUB_DATE_" varchar, "C"."SCALE_" varchar, "C"."MONTH_" varchar, "C"."YIELD_RATE_" varchar,'
# '"C"."START_FUNDS_" varchar, "C"."PURPOSE_" varchar, "C"."ESTAB_ANNOUNCEMENT_" varchar,'
# '"C"."ENTRUST_STATUS_" varchar, "C"."DISTRIBU_MODE_" varchar, "C"."INVEST_AREA_" varchar,'
# '"C"."TERM_TYPE_" varchar, "C"."INVEST_DIRECTION_" varchar, "C"."INVEST_MODE_" varchar,'
# '"C"."CURRENCY_" varchar, "C"."MANAGE_TYPE_" varchar, "C"."SALE_TARGET_" varchar,'
# '"C"."PROFIT_TYPE_" varchar, "C"."ISSUER_AREA_" varchar, "C"."RESERVE_INFO_" varchar,'
# '"C"."TRUSTEESHIP_BANK_" varchar, "C"."OTHER_INFO_" varchar) IMMUTABLE_ROWS = true')
#
# # create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection, data_id="5c67307d9bb3df76b4229f79")
for i in range(mongo_data_list.count() + 100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
# try:
re_data = self.data_shuffle(data=data)
# except Exception as e:
# self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
# continue
if re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# # add {d:1}
# try:
# self.m_client.update_to_mongodb(collection=self.collection, data_id=self.data_id,
# data_dict={"d": 1})
# self.remove_count += 1
# if self.remove_count % 10 == 0:
# self.logger.info("MongoDB 更新成功, 成功条数 {}".format(self.remove_count))
# except Exception as e:
# self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(self.data_id, e))
# continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class Trend(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="TREND")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="CHA_BRANCH_MARKET_ACT")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
def data_shuffle(self, data):
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["TITLE_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# 分行
copy_result = dict()
copy_result["ID_"] = row_key
copy_result["ENTITY_CODE_"] = data["ENTITY_CODE_"]
copy_result["ENTITY_NAME_"] = data["ENTITY_NAME_"]
copy_result["URL_"] = data["URL_"]
# copy_result["PROVINCE_CODE_"] = result[""]
# copy_result["PROVINCE_NAME_"] = result[""]
# copy_result["CITY_CODE_"] = result[""]
# copy_result["CITY_NAME_"] = result[""]
# copy_result["AREA_CODE_"] = result[""]
# copy_result["AREA_NAME_"] = result[""]
# copy_result["LAT_"] = result[""]
# copy_result["LNG_"] = result[""]
copy_result["APP_VERSION_"] = "BRANCH"
copy_result["BANK_CODE_"] = data["ENTITY_CODE_"].replace(
"PRIVATEINFO", "")
copy_result["BANK_NAME_"] = data["ENTITY_NAME_"].replace("私行动态", "")
# copy_result["UNIT_CODE_"] = result["UNIT_CODE_"]
# copy_result["UNIT_NAME_"] = result[""]
copy_result["PERIOD_CODE_"] = data["NOTICE_TIME_"].replace("-", "")
# copy_result["REMARK_"] = result[""]
time_array = time.localtime()
create_time = time.strftime("%Y-%m-%d %H:%M:%S", time_array)
copy_result["CREATE_TIME_"] = create_time
copy_result["SPIDER_TIME_"] = data["DATETIME_"]
# copy_result["MODIFIED_TIME_"] = result[""]
copy_result["CREATE_BY_ID_"] = "P0131857"
copy_result["CREATE_BY_NAME_"] = "钟楷文"
# copy_result["MODIFIED_BY_ID_"] = result[""]
# copy_result["MODIFIED_BY_NAME_"] = result[""]
copy_result["M_STATUS_"] = "0"
copy_result["DELETE_STATUS_"] = "0"
copy_result["DATA_STATUS_"] = "uncheck"
# copy_result["TAGS_"] = result[""]
source = re.findall(r"(https?://.*?)/", data["URL_"])
copy_result["SOURCE_"] = source[0]
copy_result["SOURCE_NAME_"] = data["ENTITY_NAME_"]
# copy_result["SOURCE_TYPE_"] = result[""]
# copy_result["HOT_"] = result[""]
# copy_result["IMPORTANCE_"] = result[""]
copy_result["ACT_NAME_"] = data["TITLE_"]
# copy_result["IMAGES_"] = data[""]
# copy_result["TARGET_"] = data[""]
# copy_result["BRIEF_"] = data[""]
copy_result["DETAILS_"] = data["CONTENT_"]
# copy_result["RULE_"] = data[""]
# copy_result["START_TIME_"] = data[""]
# copy_result["END_TIME_"] = data[""]
# copy_result["ACT_TYPE1_"] = data[""]
# copy_result["ACT_TYPE2_"] = data[""]
# copy_result["ACT_TYPE3_"] = data[""]
copy_result["PUBLISH_TIME_"] = data["NOTICE_TIME_"]
# copy_result["READS_"] = data[""]
# copy_result["LIKES_"] = data[""]
# copy_result["COMMENTS_"] = data[""]
# copy_result["JOINS_"] = data[""]
# copy_result["RELAYS_"] = data[""]
# copy_result["SOURCE_ID_"] = data[""]
# copy_result["HTML_"] = data[""]
# copy_result["SOURCE_OWN_NAME_"] = data[""]
# copy_result["SOURCE_OWN_ID_"] = data[""]
return copy_result
# "C"
# re_data["ID_"] = row_key
# re_data["TYPE_"] = random.choice(
# ["税务法律", "子女教育", "健康医养", "财富管理", "生活娱乐", "旅游出行", "艺术/艺术品", "节日庆贺", "其他"])
# re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
# re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
# re_data["BANK_CODE_"] = data["ENTITY_CODE_"].replace("PRIVATEINFO", "")
# re_data["BANK_NAME_"] = data["ENTITY_NAME_"].replace("私行动态", "")
# # re_data["AREA_CODE_"]
# # re_data["UNIT_CODE_"]
# period_code = data["NOTICE_TIME_"].replace("-", "")
# re_data["PERIOD_CODE_"] = period_code
# re_data["CONTENT_"] = data["CONTENT_"]
# re_data["NOTICE_TIME_"] = data["NOTICE_TIME_"]
# re_data["STATUS_"] = "1"
# # re_data["REMARK_"] = ""
# re_data["CREATE_TIME_"] = data["DATETIME_"]
# # re_data["UPDATE_TIME_"]
# re_data["TITLE_"] = data["TITLE_"]
# re_data["URL_"] = data["URL_"]
# re_data["DEALTIME_"] = data["DEALTIME_"]
# # re_data["DATETIME_"] = data["DATETIME_"]
# # re_data["SOURCE_TYPE_"]
#
# return re_data
def run(self):
# delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# quit()
# add colum
# self.p_client.add_column_phoenix(connection=self.connection, column="SOURCE_TYPE_")
# quit()
# create table sql
# table_sql = ('create table "MARKETING_ACT" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."TITLE_" varchar,"C"."NOTICE_TIME_" varchar,'
# '"T"."CONTENT_" varchar,"C"."OBJ_" varchar, "C"."ATENDANCE_" varchar, "C"."PERIOD_CODE_" varchar,'
# '"C"."IMAGES_" varchar, "C"."RESULTS_" varchar,"C"."PLACE_" varchar, "C"."TYPE_" varchar,'
# '"C"."READ_NUM_" varchar, "C"."CONTENT_NUM_" varchar, "C"."COMMENT_CONTENT_" varchar, '
# '"C"."FORWARD_NUM_" varchar, "C"."COLLECTION_NUM_" varchar, "C"."PRAISE_NUM_" varchar,'
# '"C"."BANK_NAME_" varchar, "C"."STATUS_" varchar, "C"."REMARK_" varchar, "C"."SOURCE_ID_" varchar,'
# '"C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar,"C"."SOURCE_" varchar,'
# '"C"."URL_" varchar, "C"."BANK_CODE_" varchar, "C"."DEALTIME_" varchar, '
# '"C"."SOURCE_TYPE_" varchar, "C"."IMPROTANCE_" varchar) IMMUTABLE_ROWS = true')
# create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection)
# for i in range(mongo_data_list.count() + 100):
for i in range(100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
try:
re_data = self.data_shuffle(data=data)
except Exception as e:
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# add {d:1}
try:
self.m_client.update_to_mongodb(collection=self.collection,
data_id=self.data_id,
data_dict={"d": 1})
self.remove_count += 1
if self.remove_count % 10 == 0:
self.logger.info("MongoDB 更新成功, 成功条数 {}".format(
self.remove_count))
except Exception as e:
self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(
self.data_id, e))
continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
def run(self):
# # 创建 Phoenix 对象
p_client = PhoenixHbase(table_name="NEWS_FINASSIST")
p_client.verify_list = self.verify_list
# # 连接 Phoenix
connection = p_client.connect_to_phoenix()
# 创建 MongoDB 查询数据库对象
m_client = MongoClient(mongo_collection="NEWS_FINASSIST")
db, collection_list = m_client.client_to_mongodb()
collection = m_client.get_check_collection(
db=db, collection_list=collection_list)
# # 删除表
# p_client.drop_table_phoenix(connection=connection)
#
# # 表创建语句
# sql = ('create table "NEWS_FINASSIST" ("ID_" varchar primary key, "T"."CONTENT_" varchar, '
# '"C"."ENTITY_NAME_" varchar, "C"."ENTITY_CODE_" varchar, "C"."TITLE_" varchar, "C"."BRIEF_" varchar, '
# '"C"."PUBLISH_TIME_" varchar, "C"."KEYWORDS_" varchar, "C"."URL_" varchar, "C"."DATA_SOURCE_" varchar,'
# '"C"."AREA_CODE_" varchar, "C"."BANK_CODE_" varchar, "C"."BANK_NAME_" varchar,'
# '"C"."UNIT_CODE_" varchar, "C"."PERIOD_CODE_" varchar, "C"."REMARK_" varchar,'
# '"C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, "F"."STATUS_" varchar)'
# 'IMMUTABLE_ROWS = true')
# # 创建表
# p_client.create_new_table_phoenix(connection=connection, sql=sql)
# 遍历 ENTITY_CODE_ 列表
for entity_code in self.code_list:
status = False
module_name = __import__(entity_code)
self.logger.info("开始进行 ENTITY_CODE_ {}".format(entity_code))
# self.remove_id_list = []
# self.copy_mongo_data_list = []
# self.branch_code_list = []
if entity_code == "CAIJINGNEWS":
find_id = "5c6bfa508d7fee512a4ca68f"
else:
find_id = ""
# find_id = ""
try:
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code,
find_id=find_id)
except pymongo.errors.ServerSelectionTimeoutError:
sleep(1)
mongo_data_list = self.get_data_from_mongo(
m_client=m_client,
collection=collection,
entity_code=entity_code,
find_id=find_id)
# 清洗数据并插入 HBase
if mongo_data_list:
once_count = 0
self.find_count = mongo_data_list.count()
for i in range(1000000):
try:
data = mongo_data_list.__next__()
except pymongo.errors.ServerSelectionTimeoutError:
continue
except StopIteration:
break
# for data in mongo_data_list:
data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info(
"running on data_id: {}".format(data_id))
# print(data_id)
# copy_data = {}
# self.remove_id_list.append(data_id)
try:
del data["_id"]
# copy_data = deepcopy(data)
# self.copy_mongo_data_list.append(copy_data)
data_list = [data]
re_data = module_name.data_shuffle(data_list)
if not re_data:
self.bad_count += 1
# self.remove_id_list.remove(data_id)
continue
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.warning("清洗错误,错误 _id 为{}, {}".format(
data_id, e))
continue
if isinstance(re_data, list):
for list_data in re_data:
# phoenix_HBase 插入数据
if list_data:
try:
if entity_code != "CNINFONEWS":
ai_data = self.get_brief_from_ai(
data=list_data)
else:
ai_data = list_data
# print(ai_data["CONTENT_"])
except Exception as e:
self.logger.info("AI 调取失败, 错误信息", e)
ai_data = re_data
try:
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=ai_data)
once_count += success_count
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info(
"HBase 插入成功, 成功条数{}条".format(
once_count))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
try:
# 添加 {d:1}
update_count = m_client.update_to_mongodb(
collection=collection,
data_id=data_id,
data_dict={"d": 1})
self.remove_count += update_count
# self.logger.info("MongoDB 更新成功")
if self.remove_count % 10 == 0:
self.logger.info(
"MongoDB 更新成功, 成功条数 {} 条".format(
"10"))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"MongoDB 更新 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
elif isinstance(re_data, dict):
# phoenix_HBase 插入数据
if re_data:
try:
success_count = p_client.upsert_to_phoenix_by_one(
connection=connection, data=re_data)
once_count += success_count
self.success_count += success_count
self.logger.info(
"HBase 插入成功, 成功条数 {} 条".format(
success_count))
except Exception as e:
# self.remove_id_list.remove(data_id)
# self.copy_mongo_data_list.remove(copy_data)
self.logger.warning(
"HBase 插入 _id 为 {} 的数据失败, {}".format(
data_id, e))
continue
if once_count > 0:
status = True
self.logger.info("ENTITY_CODE_: {} 插入成功条数 {}".format(
entity_code, once_count))
mongo_data_list.close()
else:
continue
# 关闭连接
m_client.client_close()
p_client.close_client_phoenix(connection=connection)
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class BaiduSearch(object):
def __init__(self):
# 创建 MongoDB 对象
self.m_client = MongoClient(mongo_collection="BAIDU_SEARCH")
db, collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=db, collection_list=collection_list)
# 创建 Phoenix 对象
self.p_client = PhoenixHbase(table_name="BAIDU_SEARCH")
# 连接 Phoenix
self.connection = self.p_client.connect_to_phoenix()
self.logger = Logger().logger
self.find_count = 0
self.success_count = 0
self.remove_count = 0
self.old_count = 0
self.bad_count = 0
self.error_count = 0
self.data_id = ""
# BANK_NAME_ 字典 交通银行 BOCOM 改为 COMM 中信银行 ECITIC 改为 CITIC 增加 平安银行 北京银行 上海银行
self.name_dict = {
"ICBC": "中国工商银行",
"ABC": "中国农业银行",
"BOC": "中国银行",
"CCB": "中国建设银行",
"COMM": "交通银行",
"PSBC": "中国邮政储蓄银行",
"CZB": "浙商银行",
"CBHB": "渤海银行",
"CITIC": "中信银行",
"CEB": "中国光大银行",
"HXB": "华夏银行",
"CMBC": "中国民生银行",
"CMB": "招商银行",
"CIB": "兴业银行",
"CGB": "广发银行",
"PAB": "平安银行",
"SPDB": "浦发银行",
"EBCL": "恒丰银行",
"PINGAN": "平安银行",
"LTD": "中国光大银行",
"BEIJING": "北京银行",
"BOSC": "上海银行"
}
# TYPE_ 列表
self.type_list = [
"Market", "Activity", "GoodStart", "MidSeason", "PrivateBank",
"Recommendation"
]
def data_shuffle(self, data):
re_data = dict()
# HBase row_key
hash_m = hashlib.md5()
hash_m.update(data["TITLE_"].encode("utf-8"))
hash_title = hash_m.hexdigest()
row_key = str(data["ENTITY_CODE_"]) + "_" + str(hash_title)
# "C"
re_data["ID_"] = row_key
re_data["ENTITY_CODE_"] = data["ENTITY_CODE_"]
# re_data["AREA_CODE_"]
for bank_c in self.name_dict:
if bank_c in data["ENTITY_CODE_"]:
re_data["BANK_CODE_"] = bank_c
break
if "BANK_CODE_" in re_data:
re_data["BANK_NAME_"] = self.name_dict[re_data["BANK_CODE_"]]
else:
print(data["ENTITY_CODE_"])
# re_data["UNIT_CODE_"]
# re_data["PERIOD_CODE_"] = ""
re_data["CONTENT_"] = data["CONTENT_"]
re_data["STATUS_"] = "UNPROCESSED"
# re_data["REMARK_"] = ""
re_data["CREATE_TIME_"] = data["DATETIME_"]
# re_data["UPDATE_TIME_"]
for type in self.type_list:
if type in data["ENTITY_CODE_"]:
re_data["TYPE_"] = type
break
re_data["TITLE_"] = data["TITLE_"]
re_data["URL_"] = data["URL_"]
re_data["DEALTIME_"] = data["DEALTIME_"]
# re_data["DATETIME_"] = data["DATETIME_"]
re_data["ENTITY_NAME_"] = data["ENTITY_NAME_"]
return re_data
def run(self):
# # delete table
# self.p_client.drop_table_phoenix(connection=self.connection)
# # quit()
#
# # create table sql
# table_sql = ('create table "BAIDU_SEARCH" ("ID_" varchar primary key, "C"."ENTITY_CODE_" varchar,'
# '"C"."BANK_CODE_" varchar, "C"."BANK_NAME_" varchar,"C"."REMARK_" varchar,'
# ' "C"."CREATE_TIME_" varchar, "C"."UPDATE_TIME_" varchar, "T"."CONTENT_" varchar, '
# '"C"."TITLE_" varchar, "C"."URL_" varchar, "C"."ENTITY_NAME_" varchar,"C"."TYPE_" varchar,'
# '"C"."DEALTIME_" varchar, "C"."STATUS_" varchar) IMMUTABLE_ROWS = true')
#
# # create table
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
mongo_data_list = self.m_client.all_from_mongodb(
collection=self.collection)
for i in range(mongo_data_list.count() + 100):
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError as e:
self.logger.info("MongoDB 超时, 正在重新连接, 错误信息 {}".format(e))
time.sleep(3)
data = mongo_data_list.__next__()
self.data_id = data["_id"]
if self.success_count % 100 == 0:
self.logger.info("正在进行 _id 为 {} 的数据".format(self.data_id))
print(data["_id"])
# todo remove and upsert data from mongo
# shuffle data
try:
re_data = self.data_shuffle(data=data)
except Exception as e:
self.logger.info("数据清洗失败 {}, id: {}".format(e, self.data_id))
continue
if re_data:
# upsert data to HBase
try:
success_count = self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
except jaydebeapi.DatabaseError as e:
self.logger.info("错误 id: {}, 错误信息 {}".format(
self.data_id, e))
continue
# add {d:1}
try:
self.m_client.update_to_mongodb(collection=self.collection,
data_id=self.data_id,
data_dict={"d": 1})
self.remove_count += 1
if self.remove_count % 10 == 0:
self.logger.info("MongoDB 更新成功, 成功条数 {}".format(
self.remove_count))
except Exception as e:
self.logger.info("MongoDB 更新 _id 为 {} 的数据失败, {}".format(
self.data_id, e))
continue
if success_count > 0:
status = True
self.success_count += success_count
if self.success_count % 10 == 0:
self.logger.info("HBase 插入成功 {} 条".format(
self.success_count))
else:
self.bad_count += 1
continue
mongo_data_list.close()
self.logger.info("本次共向 MongoDB 查取数据{}条".format(self.find_count))
self.logger.info("本次共向 HBase 插入数据{}条".format(self.success_count))
self.logger.info("本次共向 MongoDB 删除数据{}条".format(self.remove_count))
self.logger.info("本次共向 MongoDB 插入数据{}条".format(self.old_count))
self.logger.info("本次坏数据共 {} 条".format(self.bad_count))
self.logger.handlers.clear()
class MapBarTransfer(object):
def __init__(self,
table_name="CHA_BRANCH_MAPBAR",
collection_name="mapbar"):
# phoenix connection
self.p_client = PhoenixHbase(table_name=table_name)
self.connection = self.p_client.connect_to_phoenix()
# MongoDB connection
self.m_client = MongoClient(mongo_collection=collection_name,
entity_code="MAPBAR_DEATAIL_BJ")
self.m_client.mongo_host = "172.22.69.35"
self.m_client.mongo_port = 20000
self.m_client.client = pymongo.MongoClient(host="172.22.69.35",
port=20000,
serverSelectionTimeoutMS=60,
connectTimeoutMS=60,
connect=False)
self.db, self.collection_list = self.m_client.client_to_mongodb()
self.collection = self.m_client.get_check_collection(
db=self.db, collection_list=self.collection_list)
# Log
self.logger = Logger().logger
# count
self.count = 0
def main(self):
# # 创建表
# table_sql = (f'create table "{self.p_client.table_name}" ("ID_" varchar primary key,'
# '"C"."BTYPE_" varchar, "C"."TYPE_" varchar, "C"."NAME_" varchar, "C"."UPDATETIME_" varchar,'
# '"C"."ADDRESS_" varchar, "C"."POINAME_" varchar, "C"."PHONE_" varchar, "C"."BUSSTOP_" varchar,'
# '"C"."BUS_" varchar, "C"."URL_" varchar, "C"."DEALTIME_" varchar, "C"."DATETIME_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."ENTITY_CODE_" varchar, "C"."LAT_" varchar, "C"."LNG_" varchar'
# ') IMMUTABLE_ROWS = true')
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
# 获取数据
# mongo_data_list = self.m_client.all_from_mongodb(collection=self.collection)
mongo_data_list = self.m_client.search_from_mongodb(
collection=self.collection,
field_name="DEALTIME_",
field_value={"$gt": "1555136656.0579224"},
data_id="5cb65fac9bb3df61a09c6625")
count = 0
while True:
# 取一条处理
try:
data = mongo_data_list.__next__()
except StopIteration:
break
except pymongo.errors.ServerSelectionTimeoutError:
time.sleep(3)
data = mongo_data_list.__next__()
# 清洗
try:
data["PHONE_"] = data["PHONE_"].replace("无，", "")
u_time_list = re.findall(r"(\d{4}年\d{1,2}月\d{1,2})日",
data["UPDATETIME_"])
if u_time_list:
u_ = u_time_list[0].replace("年", "-")
u_ = u_.replace("月", "-")
u_l = u_.split("-")
if len(u_l[1]) == 1:
u_l[1] = "0" + u_l[1]
if len(u_l[2]) == 1:
u_l[2] = "0" + u_l[2]
data["UPDATETIME_"] = "-".join(u_l)
except Exception as e:
self.logger.exception(f"数据清洗出错, _id: {data['_id']}, error {e}")
continue
# 获取经纬度
try:
if data["ADDRESS_"]:
data["ADDRESS_"] = "".join(data["ADDRESS_"].split("|")[1:])
location_result = get_lat_lng(address=data["ADDRESS_"])
if location_result["status"] == 0:
data["LNG_"] = str(
location_result["result"]["location"]["lng"])
data["LAT_"] = str(
location_result["result"]["location"]["lat"])
else:
self.logger.warning(f"_id: {data['_id']} 获取经纬度失败")
else:
continue
except Exception as e:
self.logger.exception(
f"_id: {data['_id']} 获取经纬度失败, error: {e}")
continue
# upsert to HBase
try:
re_data = self.__check_lat(data=data)
# 向 HBase 中插入一条
self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=re_data)
count += 1
if count % 100 == 0:
self.logger.info(
f"HBase 插入成功, _id: {data['_id']}, 成功条数 {count}")
except Exception as e:
self.logger.exception(
f"HBase 插入失败, _id: {data['_id']}, error: {e}")
continue
# 关闭 MongoDB cursor
mongo_data_list.close()
self.logger.info(
f"collection: {self.m_client.mongo_collection} 的数据清洗完毕, 成功条数共计: {count} 条"
)
def check_lat(self):
# # 删除表
# self.p_client.drop_table_phoenix(connection=self.connection, table_name="CHA_BRANCH_MAPBAR")
#
# table_sql = (f'create table "CHA_BRANCH_MAPBAR" ("ID_" varchar primary key,'
# '"C"."BTYPE_" varchar, "C"."TYPE_" varchar, "C"."NAME_" varchar, "C"."UPDATETIME_" varchar,'
# '"C"."ADDRESS_" varchar, "C"."POINAME_" varchar, "C"."PHONE_" varchar, "C"."BUSSTOP_" varchar,'
# '"C"."BUS_" varchar, "C"."URL_" varchar, "C"."DEALTIME_" varchar, "C"."DATETIME_" varchar,'
# '"C"."ENTITY_NAME_" varchar, "C"."ENTITY_CODE_" varchar, "C"."LAT_" varchar, "C"."LNG_" varchar,'
# '"C"."CHECK_LAT_" varchar, "C"."CHECK_LNG_" varchar'
# ') IMMUTABLE_ROWS = true')
# self.p_client.create_new_table_phoenix(connection=self.connection, sql=table_sql)
self.p_client.table_name = "FANSILE"
data_cursor = self.p_client.search_all_from_phoenix(
connection=self.connection, dict_status=True)
self.p_client.table_name = "CHA_BRANCH_MAPBAR"
while True:
try:
data = data_cursor.__next__()
# del data["('C', 'CHECK_LNG_')"]
# if not data["LAT_"]:
# self.p_client.upsert_to_phoenix_by_one(connection=self.connection, data=data)
# continue
# if 30.7083860773 < float(data["LAT_"]) < 31.8739003864:
# pass
# else:
# self.logger.warning(f"错误 _id: {data['ID_']}, 经纬度: {data['LAT_']},{data['LNG_']}")
# data["CHECK_LAT_"] = data["LAT_"]
# data["CHECK_LNG_"] = data["LNG_"]
# data["LAT_"] = ""
# data["LNG_"] = ""
#
# self.p_client.upsert_to_phoenix_by_one(connection=self.connection, data=data)
# continue
# if 120.8778122800 < float(data["LNG_"]) < 122.1248433443:
# self.p_client.upsert_to_phoenix_by_one(connection=self.connection, data=data)
# continue
# else:
# self.logger.warning(f"错误 _id: {data['ID_']}, 经纬度: {data['LAT_']},{data['LNG_']}")
# data["CHECK_LAT_"] = data["LAT_"]
# data["CHECK_LNG_"] = data["LNG_"]
# data["LAT_"] = ""
# data["LNG_"] = ""
# self.p_client.upsert_to_phoenix_by_one(connection=self.connection, data=data)
# continue
self.p_client.upsert_to_phoenix_by_one(
connection=self.connection, data=data)
self.count += 1
if self.count % 100 == 0:
self.logger.info(
f"HBase 插入成功, _id: {data['_id']}, 成功条数 {self.count} 条")
except StopIteration:
break
def __check_lat(self, data):
if "LAT_" not in data:
return data
# 上海
# if 30.7083860773 < float(data["LAT_"]) < 31.8739003864:
# 北京
if 39.4498800000 < float(data["LAT_"]) < 41.1684980000:
pass
else:
self.logger.warning(
f"错误 _id: {data['_id']}, 经纬度: {data['LAT_']},{data['LNG_']}")
data["CHECK_LAT_"] = data["LAT_"]
data["CHECK_LNG_"] = data["LNG_"]
data["LAT_"] = ""
data["LNG_"] = ""
return data
# 上海
# if 120.8778122800 < float(data["LNG_"]) < 122.1248433443:
# 北京
if 115.4534230000 < float(data["LNG_"]) < 117.5461160000:
return data
else:
self.logger.warning(
f"错误 _id: {data['_id']}, 经纬度: {data['LAT_']},{data['LNG_']}")
data["CHECK_LAT_"] = data["LAT_"]
data["CHECK_LNG_"] = data["LNG_"]
data["LAT_"] = ""
data["LNG_"] = ""
return data