def check_all_haap():
Origin_from_engine, Info_from_engine = haap.data_for_db()
try:
Info_from_DB = db.haap_last_record()
if Info_from_DB:
for engine in lst_haap_alias:
lstRT = haap_info_for_judge(Info_from_engine)[engine]
lstDB = haap_info_for_judge(Info_from_DB.info)[engine]
haap_judge(lstRT, lstDB, engine).all_judge()
finally:
db.haap_insert(datetime.datetime.now(), Origin_from_engine,
Info_from_engine)
def haap_rt_info_to_show():
"""
@note: HAAP网页展示即时数据(status)
"""
dicALL = haap.data_for_db()[1]
lstHAAPToShow = []
if dicALL:
for engine_alias in dicALL.keys():
info_status = dicALL[engine_alias]['status']
info_status.insert(0, engine_alias)
info_status.append(dicALL[engine_alias]['level'])
lstHAAPToShow.append(info_status)
return lstHAAPToShow
def test_data_for_db():
data = haap.data_for_db()
assert data[0].keys() == ['engine0']
assert data[1].keys() == ['engine0']
import pytest
import DB
import datetime
import HAAP as haap
import SANSW as sw
try:
import configparser as cp
except Exception:
import ConfigParser as cp
cfg = cp.ConfigParser(allow_no_value=True)
cfg.read('config.ini')
time = datetime.datetime.now()
time_ago = time - datetime.timedelta(minutes=1)
timeshow = time.strftime('%Y-%m-%d %H:%M:%S')
Origin, Info = haap.data_for_db()
origin, total, dic = sw.get_info_for_DB()
ip = str(cfg.get('Engines', 'engine0'))
device = 'engine0'
level = 2
warn = 'Engine AH'
confirm = 0
@pytest.mark.mnt
def test_haap_insert():
assert DB.haap_insert(time, Origin, Info) == None
@pytest.mark.mnt
def test_haap_last_record():