def test():
item = {}
'''
item['task_name'] = '天津老太摆射击摊被判刑' #'毛泽东诞辰纪念日'
item['pinyin_task_name'] = 'tian_jin_lao_tai_she_ji_qiang_bei_pan_xing' #"mao_ze_dong_dan_chen_ji_nian_ri"
item['start_time'] = 1482768502 #1482681600
item['stop_time'] = 1483455435 #1483113600
item['submit_user'] = '******'
item['submit_time'] = time.time()
item['must_keywords'] = ['射击','判刑']
item['should_keywords'] = ['天津','老太']
item['event_value_finish'] = 0
item['scan_text_finish'] = 0
'''
item['task_name'] = '毛泽东诞辰纪念日'
item['pinyin_task_name'] = "mao_ze_dong_dan_chen_ji_nian_ri"
item['start_time'] = 1482681600
item['stop_time'] = 1483113600
item['submit_user'] = '******'
item['submit_time'] = time.time()
item['must_keywords'] = ['毛泽东']
item['should_keywords'] = ['诞辰', '纪念日']
item['event_value_finish'] = 0
item['scan_text_finish'] = 0
mappings_event_analysis_task()
es.index(index=index_manage_event_analysis,
doc_type=type_manage_event_analysis,
id=item['pinyin_task_name'],
body=item)
'''
def save_results(task_name, ts, prediction_in, future_dict):
mappings_stimulation(task_name)
work_index = "stimulation_"+task_name
work_type = "stimulation_results"
update_body = {"update_time": ts, "in_results":json.dumps(prediction_in), "future_results": json.dumps(future_dict)}
es_prediction.index(index=work_index, doc_type=work_type, id=ts, body=update_body)
return True
def test():
item = {}
item['task_name'] = '毛泽东诞辰纪念日'
item['pinyin_task_name'] = "mao_ze_dong_dan_chen_ji_nian_ri"
item['start_ts'] = 1482681600
item['end_ts'] = 1483113600
item['event_value_finish'] = 0
item['scan_text_finish'] = 0
mappings_event_analysis_task()
es.index(index=index_manage_event_analysis,
doc_type=type_manage_event_analysis,
id=item['pinyin_task_name'],
body=item)
'''
def organize_feature(task_name, event, start_ts, end_ts, during=3600):
data = []
index_list = []
task_name = "micro_prediction_" + task_name
while 1:
data_dict = dict()
if start_ts >= end_ts:
break
results_list = user_fansnum(event, start_ts, start_ts + during)
for i in range(len(data_order)):
data_dict[data_order[i]] = results_list[i]
data_dict["update_time"] = start_ts + minimal_time_interval
start_ts += during
print "start timestamp: ", start_ts
es_prediction.index(index=task_name,
doc_type=index_type_prediction_task,
id=start_ts,
body=data_dict)
def dispose_data(task_name, current_ts, during=3600):
K = 2 ########
task_detail = es_prediction.get(index=index_manage_prediction_task,
doc_type=type_manage_prediction_task,
id=task_name)["_source"]
start_time = int(task_detail["start_time"])
origin_task_name = task_name
task_name = "micro_prediction_" + task_name
query_body = {
"query": {
"range": {
"update_time": {
"lte": current_ts
}
}
},
"size": K,
"sort": {
"update_time": {
"order": "desc"
}
}
}
sort_query_body = {
"query": {
"range": {
"update_time": {
"lte": current_ts
}
}
}
}
total_count = []
total_fans_list = []
total_origin_list = []
total_retweet_list = []
total_comment_list = []
total_uid_list = []
total_positive_list = []
total_negetive_list = []
average_origin_ts = []
average_retweet_ts = []
feature_list = []
results = es_prediction.search(index=task_name,
doc_type=index_type_prediction_task,
body=query_body)["hits"]["hits"]
location = es_prediction.count(index=task_name,
doc_type=index_type_prediction_task,
body=sort_query_body)["count"]
if len(results) != K:
short_len = K - len(results)
results.extend([[]] * short_len)
print "former result: ", len(results), K
results.reverse()
for item in results:
if item:
item = item["_source"]
#total_fans_list.append(item["total_fans_number"])
total_origin_list.append(item["origin_weibo_number"])
total_retweet_list.append(item["retweeted_weibo_number"])
total_comment_list.append(item["comment_weibo_number"])
total_count.append(item["total_count"])
total_uid_list.append(item["total_uid_count"])
total_positive_list.append(item["positive_count"])
total_negetive_list.append(item["negetive_count"])
average_origin_ts.append(item["average_origin_ts"])
average_retweet_ts.append(item["average_retweet_ts"])
else:
#total_fans_list.append(0)
total_origin_list.append(0)
total_retweet_list.append(0)
total_comment_list.append(0)
total_uid_list.append(0)
total_count.append(0)
total_positive_list.append(0)
total_negetive_list.append(0)
average_origin_ts.append(0)
average_retweet_ts.append(0)
print "total_count: ", total_count
feature_list = []
feature_list.append(math.log(int(total_retweet_list[-1] + 1)))
feature_list.append(math.log(int(total_comment_list[-1] + 1)))
feature_list.append(math.log(int(total_positive_list[-1] + 1)))
feature_list.append(math.log(int(total_negetive_list[-2] + 1)))
feature_list.append(math.log(int(total_negetive_list[-1] + 1)))
feature_list.append(math.log(int(total_count[-1] + 1)))
feature_list.append(math.log(int(total_uid_list[-1] + 1)))
if int(during) == 3 * 3600:
feature_list.append(average_origin_ts[-1])
feature_list.append(average_retweet_ts[-1])
# load model and prediction
if int(during) == 3600:
if total_count[-1] - total_count[-2] >= -0.2 * total_count[-2]:
with open("model-up.pkl", "r") as f:
gbdt = pickle.load(f)
else:
with open("model-down.pkl", "r") as f:
gbdt = pickle.load(f)
elif int(during) == 3 * 3600:
with open("model-3.pkl", "r") as f:
gbdt = pickle.load(f)
print "feature_list: ", feature_list
pred = gbdt.predict(feature_list)
for item in pred:
prediction_value = item
prediction_value = math.exp(prediction_value)
print "prediction_valie: ", prediction_value
# update scan processing
#es_prediction.update(index=index_manage_prediction_task,doc_type=type_manage_prediction_task, \
# id=origin_task_name, body={"doc":{"scan_text_processing":"0"}})
# update prediction value in es
task_detail = es_prediction.get(index=index_manage_prediction_task, \
doc_type=type_manage_prediction_task, id=origin_task_name)["_source"]
if current_ts >= int(task_detail["stop_time"]):
task_detail["finish"] = "1"
task_detail["processing_status"] = "0"
# update task info
es_prediction.index(index=index_manage_prediction_task, \
doc_type=type_manage_prediction_task, id=origin_task_name, body=task_detail)
# update prediction
es_prediction.update(index=task_name,
doc_type=index_type_prediction_task,
id=current_ts,
body={"doc": {
"prediction_value": prediction_value
}})
return True
from elasticsearch import Elasticsearch
social_sensors = ["1738004582", "1784473157", "2286908003", "1717833412", "1314608344", "1644114654",\
"1686546714", "1656737654", "2028810631", "1677991972", "3881380517", "1847582585", "1651428902",\
"1420157965", "1913382117", "1884334303", "1734530730", "1893278624", "1720962692", "1700648435",\
"3288875501", "1672519561", "2034347300", "1688864597", "2615417307", "1191965271", "1643971635", \
"1778758223", "1216431741", "1698823241", "1977460817", "1644729004", "1231759973", "1231759973",\
"1315591982", "1656831930", "1926909715", "1699432410", "1660452532", "1722628512", "1267454277",\
"1640601392", "2443459455", "3921730119", "1867571077", "1718493627", "1653460650", "1737737970",\
"2616293707", "3271121353", "1642591402", "1326410461", "1645705403", "1985593262", "1654164742",\
"1638781994", "2993049293", "1653944045", "5977555696", "1992613670", "1726393244", "1216431741",\
"1724367710", "1880087643", "2827102952", "1974808274", "1700720163", "3164957712", "3266943013",\
"2127460165", "2083844833", "5305757517", "2803301701", "2656274875", "1618051664", "1974576991", \
"1642512402", "1649173367", "1658388624", "1697601814", "1703371307", "1638782947", "1402977920", \
"1893801487", "2108053230", "1649469284", "1975995305", "2810373291", "1749990115", "1663937380", \
"1497087080", "1652484947", "2162541102", "2462605080", "1650111241", "1265998927", "1698857957", \
"1887790981", "1698233740", "3712035812", "5044281310", "1701401324", "1571497285", "1635764393"]
user = "******"
task_detail = dict()
task_detail["task_name"] = id_sensing
task_detail["remark"] = "感知热门事件"
task_detail["social_sensors"] = json.dumps(list(social_sensors))
task_detail["history_status"] = json.dumps([])
print es.index(index=index_sensing,
doc_type=type_sensing,
id=id_sensing,
body=task_detail)
def social_sensing(task_detail):
# 任务名 传感器 终止时间 之前状态 创建者 时间
task_name = task_detail[0]
social_sensors = task_detail[1]
ts = int(task_detail[2])
wb = Workbook()
ws = wb.create_sheet()
print ts2date(ts)
# PART 1
#forward_result = get_forward_numerical_info(task_name, ts, create_by)
# 之前时间阶段内的原创微博list/retweeted
forward_origin_weibo_list = query_mid_list(ts-time_interval, social_sensors, forward_time_range)
forward_retweeted_weibo_list = query_mid_list(ts-time_interval, social_sensors, forward_time_range, 3)
# 当前阶段内原创微博list
current_mid_list = query_mid_list(ts, social_sensors, time_interval)
current_retweeted_mid_list = query_mid_list(ts, social_sensors, time_interval, 3)
all_mid_list = []
all_mid_list.extend(current_mid_list)
all_mid_list.extend(current_retweeted_mid_list)
all_mid_list.extend(forward_origin_weibo_list)
all_mid_list.extend(forward_retweeted_weibo_list)
all_origin_list = []
all_origin_list.extend(current_mid_list)
all_origin_list.extend(forward_origin_weibo_list)
all_origin_list = list(set(all_origin_list))
all_retweeted_list = []
all_retweeted_list.extend(current_retweeted_mid_list)
all_retweeted_list.extend(forward_retweeted_weibo_list)#被转发微博的mid/root-mid
all_retweeted_list = list(set(all_retweeted_list))
print "all mid list: ", len(all_mid_list)
#print "all_origin_list", all_origin_list
#print "all_retweeted_list", all_retweeted_list
# 查询微博在当前时间内的转发和评论数, 聚合按照message_type
statistics_count = query_related_weibo(ts, all_mid_list, time_interval)
if all_origin_list:
origin_weibo_detail = query_hot_weibo(ts, all_origin_list, time_interval) # 原创微博详情
else:
origin_weibo_detail = {}
if all_retweeted_list:
retweeted_weibo_detail = query_hot_weibo(ts, all_retweeted_list, time_interval) # 转发微博详情
else:
retweeted_weibo_detail = {}
current_total_count = statistics_count['total_count']
# 当前阶段内所有微博总数
current_retweeted_count = statistics_count['retweeted']
current_comment_count = statistics_count['comment']
"""
# 聚合当前时间内重要的人
important_uid_list = []
datetime = ts2datetime(ts-time_interval)
index_name = flow_text_index_name_pre + datetime
exist_es = es_text.indices.exists(index_name)
if exist_es:
search_results = get_important_user(ts, all_mid_list, time_interval)
important_uid_list = search_results
# 根据获得uid_list，从人物库中匹配重要人物
if important_uid_list:
important_results = es_user_portrait.mget(index=portrait_index_name,doc_type=portrait_index_type, body={"ids": important_uid_list})['docs']
else:
important_results = []
filter_important_list = [] # uid_list
if important_results:
for item in important_results:
if item['found']:
#if item['_source']['importance'] > IMPORTANT_USER_THRESHOULD:
filter_important_list.append(item['_id'])
print "filter_important_list", filter_important_list
print "important_results", important_uid_list
"""
#判断感知
# 感知到的事, all_mid_list
sensitive_text_list = []
tmp_sensitive_warning = ""
text_dict = dict() # 文本信息
mid_value = dict() # 文本赋值
duplicate_dict = dict() # 重合字典
portrait_dict = dict() # 背景信息
classify_text_dict = dict() # 分类文本
classify_uid_list = []
duplicate_text_list = []
sensitive_words_dict = dict()
sensitive_weibo_detail = {}
# 有事件发生时开始
if 1:
index_list = []
important_words = []
datetime_1 = ts2datetime(ts)
index_name_1 = flow_text_index_name_pre + datetime_1
exist_es = es_text.indices.exists(index=index_name_1)
if exist_es:
index_list.append(index_name_1)
datetime_2 = ts2datetime(ts-DAY)
index_name_2 = flow_text_index_name_pre + datetime_2
exist_es = es_text.indices.exists(index=index_name_2)
if exist_es:
index_list.append(index_name_2)
if index_list and all_mid_list:
query_body = {
"query":{
"filtered":{
"filter":{
"terms":{"mid": all_mid_list}
}
}
},
"size": 5000
}
search_results = es_text.search(index=index_list, doc_type="text", body=query_body)['hits']['hits']
tmp_sensitive_warning = ""
text_dict = dict() # 文本信息
mid_value = dict() # 文本赋值
duplicate_dict = dict() # 重合字典
portrait_dict = dict() # 背景信息
classify_text_dict = dict() # 分类文本
classify_uid_list = []
duplicate_text_list = []
sensitive_words_dict = dict()
if search_results:
for item in search_results:
iter_uid = item['_source']['uid']
iter_mid = item['_source']['mid']
iter_text = item['_source']['text'].encode('utf-8', 'ignore')
iter_sensitive = item['_source'].get('sensitive', 0)
duplicate_text_list.append({"_id":iter_mid, "title": "", "content":iter_text.decode("utf-8",'ignore')})
if iter_sensitive:
tmp_sensitive_warning = signal_sensitive_variation #涉及到敏感词的微博
sensitive_words_dict[iter_mid] = iter_sensitive
keywords_dict = json.loads(item['_source']['keywords_dict'])
personal_keywords_dict = dict()
for k, v in keywords_dict.iteritems():
k = k.encode('utf-8', 'ignore')
personal_keywords_dict[k] = v
classify_text_dict[iter_mid] = personal_keywords_dict
classify_uid_list.append(iter_uid)
# 去重
if duplicate_text_list:
dup_results = duplicate(duplicate_text_list)
for item in dup_results:
if item['duplicate']:
duplicate_dict[item['_id']] = item['same_from']
# 分类
mid_value = dict()
if classify_text_dict:
classify_results = topic_classfiy(classify_uid_list, classify_text_dict)
#print "classify_results: ", classify_results
for k,v in classify_results.iteritems(): # mid:value
mid_value[k] = topic_value_dict[v[0]]
if sensitive_words_dict:
sensitive_mid_list = sensitive_words_dict.keys()
sensitivie_weibo_detail = query_hot_weibo(ts, sensitive_mid_list, time_interval)
results = dict()
results['mid_topic_value'] = json.dumps(mid_value)
results['duplicate_dict'] = json.dumps(duplicate_dict)
results['sensitive_words_dict'] = json.dumps(sensitive_words_dict)
results['sensitive_weibo_detail'] = json.dumps(sensitive_weibo_detail)
results['origin_weibo_number'] = len(all_origin_list)
results['retweeted_weibo_number'] = len(all_retweeted_list)
results['origin_weibo_detail'] = json.dumps(origin_weibo_detail)
results['retweeted_weibo_detail'] = json.dumps(retweeted_weibo_detail)
results['retweeted_weibo_count'] = current_retweeted_count
results['comment_weibo_count'] = current_comment_count
results['weibo_total_number'] = current_total_count
results['timestamp'] = ts
# es存储当前时段的信息
es_prediction.index(index=index_sensing_task, doc_type=type_sensing_task, id=ts, body=results)
#print results
#temp_titles = list(results.keys())
#temp_results = list(results.values())
#ws.append(temp_titles)
#ws.append(temp_results)
#wb.save('./temp/temp'+str(ts)+'.xlsx')
#查找并展示经济类的相关微博
#eco_mid_list = get_economics_mids(mid_value)
#size = 10
#get_origin_weibo_detail(ts,size,'retweeted')
#print eco_mid_list
#eco_weibos = get_weibo_content(index_list,eco_mid_list)
#print eco_weibos
#eco_content = eco_weibos['_source']['text']
#weibo_content = ''
#for aaa in eco_weibos:
#weibo_content += aaa['_source']['text']+'\n'
#save_results(weibo_content,ts)
return "1"
def rank_predict(event, start_ts, end_ts):
feature_list = feature_compute(event, start_ts, end_ts)
print 'feature_list:::::', feature_list
feature_list_gbdt = []
for i in range(len(feature_list)):
#把多个分开（extend
if i == 15:
feature_list[i] = json.loads(json.dumps(feature_list[i]))
print 'type::', type(feature_list[i])
print 'feature_list[i][at_0]::', feature_list[i]['at_0']
feature_list_gbdt.append(feature_list[i]['at_0'])
feature_list_gbdt.append(feature_list[i]['at_1'])
feature_list_gbdt.append(feature_list[i]['at_2'])
feature_list_gbdt.append(feature_list[i]['at>3'])
elif i == 16:
feature_list[i] = json.loads(json.dumps(feature_list[i]))
print 'feature_list[i]:::', feature_list[i]
feature_list_gbdt.append(feature_list[i][0])
feature_list_gbdt.append(feature_list[i][1])
feature_list_gbdt.append(feature_list[i][2])
feature_list_gbdt.append(feature_list[i][3])
else:
feature_list_gbdt.append(feature_list[i])
print 'feature_list_gbdt:::::', feature_list_gbdt
#加载微博模型
with open("0305_macro-prediction-weibos-value.pkl", "rb") as f:
gbdt = pickle.load(f)
pred = gbdt.predict(feature_list_gbdt)
for item in pred:
predict_weibo_value = item
#加载用户模型
with open("0305_macro-prediction-uids-value.pkl", "rb") as f:
gbdt = pickle.load(f)
pred = gbdt.predict(feature_list_gbdt)
for item in pred:
predict_user_value = item
predict_rank = get_rank(predict_user_value)
## 存入事件信息表
#for i in range(len(feature_list)):
feature_results = {}
feature_results['event'] = event
'''
feature_results['topic_field'] = feature_list[0]
feature_results['total_num'] = feature_list[1]
feature_results['total_user_fans'] = feature_list[2]
feature_results['total_comment'] = feature_list[3]
feature_results['total_retweet'] = feature_list[4]
feature_results['total_sensitive'] = feature_list[5]
feature_results['total_sensitive_ratio'] = feature_list[6]
feature_results['total_negtive'] = feature_list[7]
feature_results['total_important_user'] = feature_list[8]
feature_results['total_origin_type'] = feature_list[9]
feature_results['origin_ratio'] = feature_list[10]
feature_results['total_retweet_type'] = feature_list[11]
feature_results['retweet_ratio'] = feature_list[12]
feature_results['total_comment_type'] = feature_list[13]
feature_results['comment_ratio'] = feature_list[14]
feature_results['at_count'] = feature_list[15]
feature_results['event_uid_count'] = feature_list[16]
feature_results['event_trend_delta'] = feature_list[17]
feature_results['predict_weibo_value'] = predict_weibo_value
feature_results['predict_user_value'] = predict_user_value
feature_results['predict_rank'] = predict_rank
feature_results['update_time'] = time.time()
'''
#feature_results['topic_field'] = feature_list[0]
feature_results['uid_count'] = feature_list[0]
feature_results['total_num'] = feature_list[1]
feature_results['total_user_fans'] = feature_list[2]
feature_results['total_comment'] = feature_list[3]
feature_results['total_retweet'] = feature_list[4]
feature_results['total_sensitive'] = feature_list[5]
feature_results['total_sensitive_ratio'] = feature_list[6]
feature_results['total_negtive'] = feature_list[7]
feature_results['total_important_user'] = feature_list[8]
feature_results['total_origin_type'] = feature_list[9]
feature_results['origin_ratio'] = feature_list[10]
feature_results['total_retweet_type'] = feature_list[11]
feature_results['retweet_ratio'] = feature_list[12]
feature_results['total_comment_type'] = feature_list[13]
feature_results['comment_ratio'] = feature_list[14]
feature_results['at_count'] = json.dumps(feature_list[15])
feature_results['event_trend_delta'] = json.dumps(feature_list[16])
feature_results['predict_weibo_value'] = predict_weibo_value
feature_results['predict_user_value'] = predict_user_value
feature_results['predict_rank'] = predict_rank
feature_results['update_time'] = time.time()
'''
save_event_info_results(event,topic_field,total_num,total_user_fans,\
total_comment,total_retweet,total_sensitive,\
total_sensitive_ratio,total_negtive,total_important_user,\
total_origin_type,origin_ratio,total_retweet_type,retweet_ratio,\
total_comment_type,comment_ratio,at_count,event_uid_count,\
event_trend_delta,predict_value,predict_rank,update_time)
'''
#update macro features & results
feature_results = json.dumps(feature_results)
try:
item_exists = es_prediction.get(index=index_macro_feature_result,doc_type= type_macro_feature_result,\
id=event)['_source']
es_prediction.update(index=index_macro_feature_result,doc_type=type_macro_feature_result,\
id=event,body={'doc':feature_results})
except:
es_prediction.index(index=index_macro_feature_result,doc_type=type_macro_feature_result,\
id=event,body=feature_results)
# update task info —— "macro_value_finish"
task_detail = es_prediction.get(index=index_manage_prediction_task, \
doc_type=type_manage_prediction_task, id=event)["_source"]
task_detail["macro_value_finish"] = '1'
es_prediction.index(index=index_manage_prediction_task, \
doc_type=type_manage_prediction_task, id=event, body=task_detail)
print 'feature_results::::', feature_results
