data = obj.tag_id.find({"tag":tag},{"_id":1})
print ("==========")
print (data)
in_json = json.dumps(data)
print ("-----------")
print (in_json)
id = json.loads(in_json)["_id"]
tagids.append(id.rstrip())
print ("id=" + id + ",tagids=" + tagids)
return tagids
if __name__ == '__main__':
obj = MainTagIds()
list_tag = readfile.readtext("tags")
list_appkey = readfile.readtext("android_appkey.txt")
for i in range(10000000):
tagids = []
num = random.randint(0,41)
tags = getfakedata.gettags(list_tag,num)
cid = getfakedata.getcid()
deviceid = getfakedata.getdeviceid()
appkey = getfakedata.getappkey(list_appkey)
obj.tag_cid.save({"tags":tags,"cid":cid,"appkey":appkey,"deviceid":deviceid})
#tagids = obj.gettagids(tags,obj)
#print (appkey)
#print (deviceid)
#print (tags)
print (cid)
def PostClientdata(date, count):
list_platform = readfile.readtext("platform.txt")
list_appkey_android = readfile.readtext("android_appkey.txt")
list_appkey_iphone = readfile.readtext("iphone_appkey.txt")
list_osversion_android = readfile.readtext("android_os_version.txt")
list_osversion_iphone = readfile.readtext("iphone_os_version.txt")
list_version = readfile.readtext("version.txt")
list_language = readfile.readtext("language.txt")
list_resolution = readfile.readtext("resolution.txt")
list_deviceid_android = readfile.readtext("android_deviceid.txt")
list_deviceid_iphone = readfile.readtext("iphone_deviceid.txt")
list_ismobiledevice = readfile.readtext("ismobiledevice.txt")
list_devicename_android = readfile.readtext("android_devicename.txt")
list_devicename_iphone = readfile.readtext("iphone_devicename.txt")
'''
list_defaultbrowser = readfile.readtext("defaultbrowser.txt")
list_javasupport = readfile.readtext("javasupport.txt")
list_flashversion = readfile.readtext("flashversion.txt")
'''
list_modulename_android = readfile.readtext("android_modulename.txt")
list_modulename_iphone = readfile.readtext("iphone_modulename.txt")
'''list_imei = readfile.readtext("imei.txt")'''
list_imsi = readfile.readtext("imsi.txt")
list_phonenumber = readfile.readtext("phonenumber.txt")
list_haveGPS = readfile.readtext("havegps.txt")
list_haveBT = readfile.readtext("havebt.txt")
list_havegravity = readfile.readtext("havegravity.txt")
list_havewifi = readfile.readtext("havewifi.txt")
list_wifimac = readfile.readtext("wifimac.txt")
list_longilati = readfile.readtext("longitude_latitude.txt")
list_cellid = readfile.readtext("cellid.txt")
list_mccmnc = readfile.readtext("mccmnc.txt")
list_lac = readfile.readtext("lac.txt")
list_network = readfile.readtext("network.txt")
list_jbreak = readfile.readtext("iphonrjbreak.txt")
list_hours = readfile.readtext("hour.txt")
sdate = time.strptime(date, "%Y-%m-%d")
startdate = datetime.datetime(sdate[0], sdate[1], sdate[2])
d = startdate
postitems = []
for ii in range(0, int(count)):
c = {}
c["platform"] = getfakedata.getdata(list_platform)
c["version"] = getfakedata.getdata(list_version)
c["language"] = getfakedata.getdata(list_language)
c["resolution"] = getfakedata.getdata(list_resolution)
c["ismobiledevice"] = getfakedata.getdata(list_ismobiledevice)
c["imsi"] = getfakedata.getdata(list_imsi)
c["phonenumber"] = getfakedata.getdata(list_phonenumber)
c["havebt"] = getfakedata.getdata(list_haveBT)
c["havegps"] = getfakedata.getdata(list_haveGPS)
c["havegravity"] = getfakedata.getdata(list_havegravity)
c["havewifi"] = getfakedata.getdata(list_havewifi)
c["wifimac"] = getfakedata.getdata(list_wifimac)
temp_l = getfakedata.getdata(list_longilati)
l = temp_l.split("_")
c["latitude"] = l[1]
c["longitude"] = l[0]
c["cellid"] = getfakedata.getdata(list_cellid)
c["mccmnc"] = getfakedata.getdata(list_mccmnc)
c["lac"] = getfakedata.getdata(list_lac)
c["network"] = getfakedata.getdata(list_network)
hour = getfakedata.getdata(list_hours)
minute = random.randint(0, 59)
second = random.randint(0, 59)
# demodate = time.strptime(d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second), "%Y-%m-%d %H:%M:%S")
# c["time"] = time.strftime("%Y-%m-%d %H:%M:%S", demodate)
c["time"] = d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second)
if c["platform"] == "android":
c["appkey"] = getfakedata.getdata(list_appkey_android)
c["os_version"] = getfakedata.getdata(list_osversion_android)
c["devicename"] = getfakedata.getdata(list_devicename_android)
c["modulename"] = getfakedata.getdata(list_modulename_android)
c["deviceid"] = getfakedata.getdata(list_deviceid_android)
c["isjailbreak"] = "1"
else:
c["appkey"] = getfakedata.getdata(list_appkey_iphone)
c["os_version"] = getfakedata.getdata(list_osversion_iphone)
c["devicename"] = getfakedata.getdata(list_devicename_iphone)
c["modulename"] = getfakedata.getdata(list_modulename_iphone)
c["deviceid"] = getfakedata.getdata(list_deviceid_iphone)
c["isjailbreak"] = getfakedata.getdata(list_jbreak)
postitems.append(c)
for ii in range(0, int(count)):
print ii, "Clientdata Start"
thread = myThread_clientdata(ii, postitems[ii])
thread.start()
from readfile import readfile
from getfakedata import getfakedata
import pymongo
if __name__ == '__main__':
conn = pymongo.Connection('192.168.1.160',27017)
db = conn.mydb
coll = db.tag_cid
list_tag = readfile.readtext("tags")
for i in range(20):
tag = getfakedata.getindexdata(list_tag,i)
cid = getfakedata.getcid()
cids = getfakedata.getcids(100000)
coll.insert({"tag":tag,"cids":cids})
print (tag)
print (cids)
#print (tag)
#print (getfakedata.getcids(10))
pass
def PostError(date, count):
list_platform = readfile.readtext("platform.txt", "fakedata/")
list_appkey_android = readfile.readtext("android_appkey.txt", "fakedata/")
list_appkey_iphone = readfile.readtext("iphone_appkey.txt", "fakedata/")
list_activities_android = readfile.readtext("android_activities.txt", "fakedata/")
list_activities_iphone = readfile.readtext("iphone_activities.txt", "fakedata/")
list_version = readfile.readtext("version.txt", "fakedata/")
list_hours = readfile.readtext("hour.txt", "fakedata/")
list_osversion_android = readfile.readtext("android_os_version.txt", "fakedata/")
list_osversion_iphone = readfile.readtext("iphone_os_version.txt", "fakedata/")
list_devicename_android = readfile.readtext("android_devicename.txt", "fakedata/")
list_devicename_iphone = readfile.readtext("iphone_devicename.txt", "fakedata/")
list_error_android = readfile.readfolder("error/android_error/")
list_error_iphone = readfile.readfolder("error/iphone_error/")
sdate = time.strptime(date, "%Y-%m-%d")
startdate = datetime.datetime(sdate[0], sdate[1], sdate[2])
d = startdate
print d.strftime("%Y-%m-%d") + "Error"
postitems = []
for i in range(0, int(count)):
c = {}
platform = getfakedata.getdata(list_platform)
c["version"] = getfakedata.getdata(list_version)
if platform == "android":
c["appkey"] = getfakedata.getdata(list_appkey_android)
c["activity"] = getfakedata.getdata(list_activities_android)
c["os_version"] = getfakedata.getdata(list_osversion_android)
c["deviceid"] = getfakedata.getdata(list_devicename_android)
c["stacktrace"] = getfakedata.getdata(list_error_android)
else:
c["appkey"] = getfakedata.getdata(list_appkey_iphone)
c["activity"] = getfakedata.getdata(list_activities_iphone)
c["os_version"] = getfakedata.getdata(list_osversion_iphone)
c["deviceid"] = getfakedata.getdata(list_devicename_iphone)
c["stacktrace"] = getfakedata.getdata(list_error_iphone)
hour = getfakedata.getdata(list_hours)
minute = random.randint(0, 59)
second = random.randint(0, 59)
# starttime = time.strptime(d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second), "%Y-%m-%d %H:%M:%S")
# c["time"] = time.strftime("%Y-%m-%d %H:%M:%S", starttime)
c["time"] = d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second)
# service.posterrorlog(c)
postitems.append(c)
for ii in range(0, len(postitems)):
print ii, "Event Start thread"
thread = myThread_error(ii, postitems[ii])
thread.start()
def PostEvent(date, count):
list_platform = readfile.readtext("platform.txt", "fakedata/")
list_appkey_android = readfile.readtext("android_appkey.txt", "fakedata/")
list_appkey_iphone = readfile.readtext("iphone_appkey.txt", "fakedata/")
list_event_android = readfile.readtext("android_event.txt", "fakedata/")
list_event_iphone = readfile.readtext("iphone_event.txt", "fakedata/")
list_activities_android = readfile.readtext("android_activities.txt", "fakedata/")
list_activities_iphone = readfile.readtext("iphone_activities.txt", "fakedata/")
list_version = readfile.readtext("version.txt", "fakedata/")
list_hours = readfile.readtext("hour.txt", "fakedata/")
#label_list = ("label%s" % i for i in range(100))
sdate = time.strptime(date, "%Y-%m-%d")
startdate = datetime.datetime(sdate[0], sdate[1], sdate[2])
d = startdate
for i in range(0, int(count)):
postitems = []
c = {}
platform = getfakedata.getdata(list_platform)
c["version"] = getfakedata.getdata(list_version)
if platform == "android":
c["appkey"] = getfakedata.getdata(list_appkey_android)
usepages = random.randint(0, len(list_activities_android))
else:
c["appkey"] = getfakedata.getdata(list_appkey_iphone)
usepages = random.randint(0, len(list_activities_iphone))
hour = getfakedata.getdata(list_hours)
minute = random.randint(0, 59)
second = random.randint(0, 59)
starttime = time.strptime(d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second),
"%Y-%m-%d %H:%M:%S")
# c["time"] = time.strftime("%Y-%m-%d %H:%M:%S", starttime)
startdate = datetime.datetime(starttime[0], starttime[1], starttime[2], starttime[3], starttime[4],
starttime[5])
for j in range(0, usepages):
print "-----------------------"
print j
random_second = random.randint(1, 120)
enddate = startdate + datetime.timedelta(seconds=random_second)
if platform == "android":
c["activity"] = getfakedata.getdata(list_activities_android)
loop = len(list_event_android)
else:
c["activity"] = getfakedata.getdata(list_activities_iphone)
loop = len(list_event_iphone)
lloop = random.randint(1, loop)
for k in range(0, lloop):
random_second = random.randint(1, 120)
enddate = startdate + datetime.timedelta(seconds=random_second)
c["clientdate"] = str(enddate)
if platform == "android":
c["event_identifier"] = getfakedata.getdata(list_event_android)
else:
c["event_identifier"] = getfakedata.getdata(list_event_iphone)
label_list = ("label%s" % i for i in range(25))
c["label"] = random.choice(list(label_list))
c["acc"] = random.randint(1, 5)
postitems.append(c)
print c["label"]
# service.posteventlog(c)
print " [" + str(enddate) + "]" + "Post Event " + str(k) + "/" + str(lloop) + " OK!"
print " [" + str(enddate) + "]" + "Post Event Activity" + str(j) + "/" + str(usepages) + " OK!"
for ii in range(0, len(postitems)):
print ii, "Event Start thread"
thread = myThread_event(ii, postitems[ii])
thread.start()
print " [" + d.strftime("%Y-%m-%d") + "]" + "Post Event " + str(i) + "/" + str(count) + " OK!"
print "----------------End Event Post Data----------------------"
def PostUsinglog(date, count):
list_platform = readfile.readtext("platform.txt", "fakedata/")
list_appkey_android = readfile.readtext("android_appkey.txt", "fakedata/")
list_appkey_iphone = readfile.readtext("iphone_appkey.txt", "fakedata/")
list_activities_android = readfile.readtext("android_activities.txt", "fakedata/")
list_activities_iphone = readfile.readtext("iphone_activities.txt", "fakedata/")
list_version = readfile.readtext("version.txt", "fakedata/")
list_hours = readfile.readtext("hour.txt", "fakedata/")
sdate = time.strptime(date, "%Y-%m-%d")
startdate = datetime.datetime(sdate[0], sdate[1], sdate[2])
d = startdate
print d.strftime("%Y-%m-%d") + "UsingLog"
for i in range(0, int(count)):
postitems = []
c = {}
platform = getfakedata.getdata(list_platform)
c["version"] = getfakedata.getdata(list_version)
c["session_id"] = str(uuid.uuid4().hex)
if platform == "android":
c["appkey"] = getfakedata.getdata(list_appkey_android)
else:
c["appkey"] = getfakedata.getdata(list_appkey_iphone)
usepages = random.randint(1, 12)
tempdate = ""
for j in range(0, usepages):
if platform == "android":
c["activities"] = getfakedata.getdata(list_activities_android)
else:
c["activities"] = getfakedata.getdata(list_activities_iphone)
hour = getfakedata.getdata(list_hours)
minute = random.randint(0, 59)
second = random.randint(0, 59)
if (j == 0):
starttime = time.strptime(
d.strftime("%Y-%m-%d") + " " + str(hour) + ":" + str(minute) + ":" + str(second),
"%Y-%m-%d %H:%M:%S")
c["start_millis"] = time.strftime("%Y-%m-%d %H:%M:%S", starttime)
startdate = datetime.datetime(starttime[0], starttime[1], starttime[2], starttime[3], starttime[4],
starttime[5])
else:
starttime = tempdate
c["start_millis"] = str(tempdate)
startdate = tempdate
random_second = random.randint(1, 220)
enddate = startdate + datetime.timedelta(seconds=random_second)
tempdate = enddate
c["end_millis"] = str(enddate)
c["duration"] = str(random_second * 1000)
postitems.append(c)
print " [" + c["start_millis"] + "]-[" + c["end_millis"] + "]" + "Activity Usage:" + str(
j) + "/" + str(usepages)
# end activities loop
print i, "/", count, " Usinglog start"
for ii in range(0, usepages):
print ii, "Usinglog Start thread"
thread = myThread_usinglog(ii, postitems[ii])
thread.start()
print " [" + d.strftime("%Y-%m-%d") + "]" + "Post UsingLog One Time Usage" + str(i) + "/" + str(count)
from readfile import readfile
from getfakedata import getfakedata
import random
if __name__ == '__main__':
tag_list = readfile.readtext("tags")
num = random.randint(1,20)
tags = getfakedata.gettags(tag_list,num)
print (tags)
def PostClientdata(edate):
list_platform = readfile.readtext("platform.txt")
list_appkey_android = readfile.readtext("android_appkey.txt")
list_appkey_iphone = readfile.readtext("iphone_appkey.txt")
list_appkey_winphone = readfile.readtext("winphone_appkey.txt")
list_osversion_android = readfile.readtext("android_os_version.txt")
list_osversion_iphone = readfile.readtext("iphone_os_version.txt")
list_osversion_winphone = readfile.readtext("winphone_os_version.txt")
list_deviceid_android = readfile.readtext("android_deviceid.txt")
list_deviceid_iphone = readfile.readtext("iphone_deviceid.txt")
list_deviceid_winphone = readfile.readtext("winphone_deviceid.txt")
list_devicename_android = readfile.readtext("android_devicename.txt")
list_devicename_iphone = readfile.readtext("iphone_devicename.txt")
list_devicename_winphone = readfile.readtext("winphone_devicename.txt")
'''
list_defaultbrowser = readfile.readtext("defaultbrowser.txt")
list_javasupport = readfile.readtext("javasupport.txt")
list_flashversion = readfile.readtext("flashversion.txt")
'''
list_modulename_android = readfile.readtext("android_modulename.txt")
list_modulename_iphone = readfile.readtext("iphone_modulename.txt")
list_modulename_winphone = readfile.readtext("winphone_modulename.txt")
'''list_imei = readfile.readtext("imei.txt")'''
list_version = readfile.readtext("version.txt")
list_language = readfile.readtext("language.txt")
list_resolution = readfile.readtext("resolution.txt")
list_ismobiledevice = readfile.readtext("ismobiledevice.txt")
list_imsi = readfile.readtext("imsi.txt")
list_phonenumber = readfile.readtext("phonenumber.txt")
list_haveGPS = readfile.readtext("havegps.txt")
list_haveBT = readfile.readtext("havebt.txt")
list_havegravity = readfile.readtext("havegravity.txt")
list_havewifi = readfile.readtext("havewifi.txt")
list_wifimac = readfile.readtext("wifimac.txt")
list_longilati = readfile.readtext("longitude_latitude.txt")
list_cellid = readfile.readtext("cellid.txt")
list_mccmnc = readfile.readtext("mccmnc.txt")
list_lac = readfile.readtext("lac.txt")
list_network = readfile.readtext("network.txt")
list_jbreak = readfile.readtext("iphonrjbreak.txt")
list_hours = readfile.readtext("hour.txt")
list_activities_android = readfile.readtext("android_activities.txt")
list_activities_iphone = readfile.readtext("iphone_activities.txt")
list_activities_winphone = readfile.readtext("winphone_activities.txt")
list_event_android = readfile.readtext("android_event.txt")
list_event_iphone = readfile.readtext("iphone_event.txt")
list_event_winphone = readfile.readtext("winphone_event.txt")
list_error_android = readfile.readfolder("error/android_error/")
list_error_iphone = readfile.readfolder("error/iphone_error/")
list_error_winphone = readfile.readfolder("error/winphone_error/")
list_duration = readfile.readtext("duration.txt")
edate = time.strptime(edate, "%Y-%m-%d")
enddate = datetime.date(edate[0], edate[1], edate[2])
currentDay = datetime.datetime.now().date()
'''Loop each day until enddate'''
while (currentDay <= enddate):
print '[' + currentDay.strftime(
"%Y-%m-%d") + ']' + "Start Post Data..."
tmpDate = currentDay
i = 0
while (currentDay == tmpDate):
'''Clientdata'''
'''================================================================================================='''
clientdata = {'data': []}
for k in range(0, random.randint(1, 3)):
c = {}
c["platform"] = getfakedata.getdata(list_platform)
c["version"] = getfakedata.getdata(list_version)
c["language"] = getfakedata.getdata(list_language)
c["resolution"] = getfakedata.getdata(list_resolution)
c["ismobiledevice"] = getfakedata.getdata(
list_ismobiledevice)
c["imsi"] = getfakedata.getdata(list_imsi)
c["phonenumber"] = getfakedata.getdata(list_phonenumber)
c["havebt"] = getfakedata.getdata(list_haveBT)
c["havegps"] = getfakedata.getdata(list_haveGPS)
c["havegravity"] = getfakedata.getdata(list_havegravity)
c["havewifi"] = getfakedata.getdata(list_havewifi)
c["wifimac"] = getfakedata.getdata(list_wifimac)
temp_l = getfakedata.getdata(list_longilati)
l = temp_l.split("_")
c["latitude"] = l[1]
c["longitude"] = l[0]
c["cellid"] = getfakedata.getdata(list_cellid)
c["mccmnc"] = getfakedata.getdata(list_mccmnc)
c["lac"] = getfakedata.getdata(list_lac)
c["network"] = getfakedata.getdata(list_network)
'''simulate date '''
hour = datetime.datetime.now().hour
minute = datetime.datetime.now().minute
second = datetime.datetime.now().second
demodate = time.strptime(
currentDay.strftime("%Y-%m-%d") + " " + str(hour) +
":" + str(minute) + ":" + str(second),
"%Y-%m-%d %H:%M:%S")
c["time"] = time.strftime("%Y-%m-%d %H:%M:%S", demodate)
if c["platform"] == "Android":
c["appkey"] = getfakedata.getdata(list_appkey_android)
c["os_version"] = getfakedata.getdata(
list_osversion_android)
c["devicename"] = getfakedata.getdata(
list_devicename_android)
c["modulename"] = getfakedata.getdata(
list_modulename_android)
c["deviceid"] = getfakedata.getdeviceid()
c["isjailbreak"] = "1"
list_activities = list_activities_android
c["event_identifier"] = getfakedata.getdata(
list_event_android)
list_event = list_event_android
list_error = list_error_android
elif (c["platform"] == "iOS"):
c["appkey"] = getfakedata.getdata(list_appkey_iphone)
c["os_version"] = getfakedata.getdata(
list_osversion_iphone)
c["devicename"] = getfakedata.getdata(
list_devicename_iphone)
c["modulename"] = getfakedata.getdata(
list_modulename_iphone)
c["deviceid"] = getfakedata.getdeviceid()
c["isjailbreak"] = getfakedata.getdata(list_jbreak)
list_activities = list_activities_iphone
c["event_identifier"] = getfakedata.getdata(
list_event_iphone)
list_event = list_event_iphone
list_error = list_error_iphone
else:
c["appkey"] = getfakedata.getdata(list_appkey_winphone)
c["os_version"] = getfakedata.getdata(
list_osversion_winphone)
c["devicename"] = getfakedata.getdata(
list_devicename_winphone)
c["modulename"] = getfakedata.getdata(
list_modulename_winphone)
c["deviceid"] = getfakedata.getdeviceid()
c["isjailbreak"] = "1"
list_activities = list_activities_winphone
c["event_identifier"] = getfakedata.getdata(
list_event_winphone)
list_event = list_event_winphone
list_error = list_error_winphone
clientdata['data'].append(c)
service.postclientdata(clientdata)
'''Usinglog'''
'''========================================================================================================='''
usinglog = {'data': []}
for k in range(0, random.randint(1, 3)):
d = {}
d["version"] = c["version"]
d["session_id"] = str(uuid.uuid4().hex)
d["appkey"] = c["appkey"]
d["deviceid"] = c["deviceid"]
d["devicename"] = c["devicename"]
endtime = time.strptime(
currentDay.strftime("%Y-%m-%d") + " " + str(hour) +
":" + str(minute) + ":" + str(second),
"%Y-%m-%d %H:%M:%S")
d["end_millis"] = time.strftime("%Y-%m-%d %H:%M:%S",
endtime)
enddate2 = datetime.datetime(endtime[0], endtime[1],
endtime[2], endtime[3],
endtime[4], endtime[5])
'''Make activities, separate with "|"'''
d["activities"] = ""
d["sd"] = ""
d["duration"] = "0"
usepages = random.randint(1, len(list_activities))
startdate = enddate2
for j in range(0, usepages):
random_second = random.randint(1, len(list_duration))
d["sd"] += str(random_second * 1000)
d["duration"] = str(
int(d["duration"]) + random_second * 1000)
startdate -= datetime.timedelta(seconds=random_second)
d["activities"] += getfakedata.getdata(list_activities)
if (j < usepages - 1):
d["activities"] += "|"
d["sd"] += "|"
d["start_millis"] = str(startdate)
usinglog['data'].append(d)
service.postusinglog(usinglog)
'''
end post usinglog
'''
''' Event '''
''' ========================================================================= '''
event = {'data': []}
session_id = str(uuid.uuid4().hex)
for k in range(0, random.randint(1, 3)):
e = {}
e["version"] = c["version"]
e["appkey"] = c["appkey"]
e["deviceid"] = c["deviceid"]
e["session_id"] = session_id
for j in range(0, usepages / 2):
e["activity"] = getfakedata.getdata(list_activities)
loop = len(list_event)
enddate3 = c["time"]
lloop = random.randint(1, loop)
for m in range(0, lloop / 3):
#random_second = random.randint(1,120)
#enddate3 = startdate+datetime.timedelta(seconds=random_second)
enddate3 = c["time"]
e["time"] = c["time"]
e["event_identifier"] = getfakedata.getdata(
list_event)
e["label"] = "label"
e["acc"] = random.randint(1, 5)
event['data'].append(e)
if event['data']:
service.posteventlog(event)
#print "-------->["+str(enddate3)+"]"+"Post Event " + str(k+1)+"/"+str(lloop)+" OK!"
#print "----->["+str(enddate3)+"]"+"Post Event Activity" + str(j)+"/"+str(usepages)+" OK!"
#print "-->["+currentDay.strftime("%Y-%m-%d")+"]"+"Post Event "
'''Post Error'''
''' =================================================================== '''
error = {'data': []}
for k in range(0, random.randint(1, 3)):
roll = random.randint(1, 20)
if (roll == 1):
f = {}
f["version"] = c["version"]
f["appkey"] = c["appkey"]
f["activity"] = getfakedata.getdata(list_activities)
f["os_version"] = c["os_version"]
f["deviceid"] = c["deviceid"]
f["devicename"] = c["devicename"]
f["stacktrace"] = getfakedata.getdata(list_error)
f["time"] = c["time"]
error['data'].append(f)
if error['data']:
service.posterrorlog(error)
#print "-->["+c["time"]+"]"+"Post Error "
time.sleep(0.1)
i += 1
currentDay = datetime.datetime.now().date()
'''start next day's data'''
#currentDay = datetime.datetime.now().date()
print "loop end", currentDay
