def get_net_compare_data_list(request):
print 'in get_net_compare_data_list'
datas =[]
columnIndexNameMap = {0: 'datetime'}
appprotc = request.GET["appprotc"]
print appprotc
earliest_time = NetBehaviour.objects.order_by("datetime")[0].datetime
latest_time = NetBehaviour.objects.order_by("-datetime")[0].datetime
end_days = (latest_time-earliest_time).days
#check the days between make sure it is 30 days
if end_days < 30:
earliest_time = earliest_time
print earliest_time,'get_net_compare_data_list 30 '
end_days = 30
else:
earliest_time = latest_time + datetime.timedelta(hours=-30*24)
print earliest_time,'get_net_compare_data_list 60'
#fill the time with 0 and add num to the one that exist
filterdict = dict()
filterdict["appprotc"] = appprotc
if User.objects.get(username = request.user).is_superuser == False:
userinfo = Userinfo.objects.get(user=request.user)
filterdict["user_id"] =ObjectId(userinfo.id)
db_datetime = get_highcharts_records(NetBehaviour,columnIndexNameMap,filterdict,"datetime")
appprotcdict = {}
for i in range((latest_time - earliest_time).seconds/3600 + 1 + end_days*24):
currtime = earliest_time + datetime.timedelta(hours=i)
totime = earliest_time + datetime.timedelta(hours=i+1)
secstimestr = datestrtsecs(currtime.strftime("%Y-%m-%d %H:00:00"))*1000
#print secstimestr
totimestr = datestrtsecs(totime.strftime("%Y-%m-%d %H:00:00"))*1000
appprotcdict[secstimestr] = 0
for cmp_time in db_datetime:
icmp_time = int(cmp_time[0])
#print icmp_time,'icmp_time'
if icmp_time >= secstimestr and icmp_time <= totimestr:
appprotcdict[secstimestr] += 1
# change tha data to style what we want
strlist = list()
for i in sorted(appprotcdict):
tmpstr = "[%s,%d]"%(i,appprotcdict[i])
strlist.append(tmpstr)
appprotcdata = ",".join(strlist)
#print driverdata
datas.append(appprotcdata)
response = HttpResponse(simplejson.dumps(datas), mimetype='application/json')
#阻止缓存
add_never_cache_headers(response)
#print response
return response
except Exception,e:
traceback.print_exc()
if end:
try:
timedict["$lt"] = end
except Exception,e:
traceback.print_exc()
if timedict: filterdict["insert_time"] = timedict
columnIndexNameMap = {
0: 'insert_time',
}
columnNameIndexMap = dict([[v,k] for k,v in columnIndexNameMap.items()])#将columnIndexNameMap的key,value对调
aaData = get_highcharts_detail_records(AlarmList,columnIndexNameMap,filterdict,'insert_time')
tempbegin = datestrtsecs(begin.strftime("%Y-%m-%d %H")+':00:00')*1000
redata = []
alarmdict = dict()
for i in range(24*7):
alarmdict[str(tempbegin)]=0
tempbegin = tempbegin+60*60*1000
for i in aaData:
hours = i[0]
alarmdict[str(hours)] += 1
tempbegin = datestrtsecs(begin.strftime("%Y-%m-%d %H")+':00:00')*1000
for i in range(24*7):
tempdata = [0,0]
tempdata[0]=tempbegin
tempdata[1]=alarmdict[str(tempbegin)]
redata.append(tempdata)
