node2vec_ctr.py

# -*- coding: UTF-8 -*-
from utils import con_sql,get_yesterday_date,get_between_day
import time

OUTPUT_PATH = "/data2/models/eda/node2vec/"


class GrayStat(object):
	def __init__(self, cid_type, uid_type, ndays=get_yesterday_date()):
		"""
		cid_type : diary，answer，question
		uid_type : 8：_8结尾；6：_6结尾；6|8：_6或者_8结尾;^68：不是6或者8结尾的
		ndays : '2018-08-30'....
		"""
		self.cid_type = cid_type
		self.uid_type = uid_type
		self.ndays = ndays

	def get_uid_count(self):
		sql = "select count(distinct(device_id)) from data_feed_click \
			where stat_date='{0}' \
			and (cid_type='{1}' or cid_type='diary_video') \
			and device_id regexp '[{2}]$' \
			and device_id in \
				(select device_id \
				from nd_device_cid_similarity_matrix_tmp) \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_count = con_sql(sql)[0][0]
		return uid_count

	def get_uid_clk_times(self):
		sql = "select count(device_id) from data_feed_click \
			where stat_date='{0}' \
			and (cid_type='{1}' or cid_type='diary_video') \
			and device_id regexp '[{2}]$' \
			and device_id in \
				(select device_id \
				from nd_device_cid_similarity_matrix_tmp) \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_clk_times = con_sql(sql)[0][0]
		return uid_clk_times

	def get_uid_imp_times(self):
		sql = "select count(device_id) from data_feed_exposure \
			where stat_date='{0}' \
			and cid_type='{1}' \
			and device_id regexp '[{2}]$' \
			and device_id in \
				(select device_id \
				from nd_device_cid_similarity_matrix_tmp) \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_imp_times = con_sql(sql)[0][0]
		return uid_imp_times



class AllStat(object):
	def __init__(self, cid_type, uid_type, ndays=get_yesterday_date()):
		"""
		cid_type : diary，answer，question
		uid_type : 8：_8结尾；6：_6结尾；6|8：_6或者_8结尾;^68：不是6或者8结尾的
		ndays : '2018-08-30'....
		"""
		self.cid_type = cid_type
		self.uid_type = uid_type
		self.ndays = ndays

	def get_uid_count(self):
		sql = "select count(distinct(device_id)) from data_feed_click \
			where stat_date='{0}' \
			and (cid_type='{1}' or cid_type='diary_video') \
			and device_id regexp '[{2}]$' \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_count = con_sql(sql)[0][0]
		return uid_count

	def get_uid_clk_times(self):
		sql = "select count(device_id) from data_feed_click \
			where stat_date='{0}' \
			and (cid_type='{1}' or cid_type='diary_video') \
			and device_id regexp '[{2}]$' \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_clk_times = con_sql(sql)[0][0]
		return uid_clk_times

	def get_uid_imp_times(self):
		sql = "select count(device_id) from data_feed_exposure \
			where stat_date='{0}' \
			and cid_type='{1}' \
			and device_id regexp '[{2}]$' \
			and device_id not in (select distinct(device_id) from jerry_test.bl_device_list) \
			and device_id not in (select distinct(device_id) from jerry_prod.blacklist)".format(self.ndays,\
				self.cid_type,self.uid_type)
		uid_imp_times = con_sql(sql)[0][0]
		return uid_imp_times


def main():
	output = OUTPUT_PATH + "ctr.csv"
	with open(output,"a+") as f:
		print("stat" + "  " + get_yesterday_date())
		g_class = GrayStat("diary","3|4")
		a_class = AllStat("diary","3|4")
		line1 = str(g_class.get_uid_count())+","+str(g_class.get_uid_imp_times())+","+str(g_class.get_uid_clk_times())
		line2 = str(a_class.get_uid_count())+","+str(a_class.get_uid_imp_times())+","+str(a_class.get_uid_clk_times())
		g_ctr = g_class.get_uid_clk_times()/g_class.get_uid_imp_times()
		a_ctr = a_class.get_uid_clk_times()/a_class.get_uid_imp_times()
		growth_rate = (g_ctr-a_ctr)/a_ctr
		coverage_rate = g_class.get_uid_count()/a_class.get_uid_count()
		line = get_yesterday_date() + "," + str(round(g_ctr*100,2))+'%' + "," + str(round(a_ctr*100,2))+'%' + "," + \
		str(round(growth_rate*100,2))+'%' + "," + line1 + "," + line2 + "," + str(round(coverage_rate*100,2)) + "%" + "\n"
		f.write(line)


if __name__ == '__main__':
	main()