def testContradictoryCreation(self):
try:
Period(TimeFormatter.toDatetime('2014-01-01 00:00:00'),
TimeFormatter.toDatetime('2013-12-01 23:59:59'))
except:
return
self.fail()
def fromCSVRow(aRow):
id = int(aRow.pop(0))
period = Period( TimeFormatter.toDatetime( aRow.pop(0) ), TimeFormatter.toDatetime( aRow.pop(0) ))
nickName = aRow.pop(0)
savedDateTime = TimeFormatter.toDatetime(aRow.pop(0))
result = Group(id,period.start,period.end,nickName,savedDateTime)
return result
def testTypeDeterminationOfPayment(self):
apiCall = APICall(anUrl="/foradmin/before_payment", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{'time':'012', 'location':'강남'}")
self.assertEqual( apiCall.type, APICall.TYPE_PAYMENT )
apiCall = APICall(anUrl="/foradmin/before_payment/asd", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{'time':'012', 'location':'강남'}")
self.assertEqual( apiCall.type, None )
apiCall = APICall(anUrl="/foradmin", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{'time':'012', 'location':'강남'}")
self.assertEqual( apiCall.type, None )
def testAnalyzeNewGroups(self):
cohort = Cohort(
aStartDate=TimeFormatter.toDatetime('2014-05-05 00:00:00'),
aEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'),
aInterval=7)
groups = cohort.groups
group = Group(
anId=1,
aStartDate=TimeFormatter.toDatetime('2014-05-05 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-05-11 23:59:59'),
aNickname="5월 1째 주")
self.assertEqual(groups[0].period, group.period)
group = Group(
anId=2,
aStartDate=TimeFormatter.toDatetime('2014-05-12 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-05-18 23:59:59'),
aNickname="5월 2째 주")
self.assertEqual(groups[1].period, group.period)
group = Group(
anId=3,
aStartDate=TimeFormatter.toDatetime('2014-05-19 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-05-25 23:59:59'),
aNickname="5월 3째 주")
self.assertEqual(groups[2].period, group.period)
group = Group(
anId=3,
aStartDate=TimeFormatter.toDatetime('2014-05-26 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'),
aNickname="5월 4째 주")
self.assertEqual(groups[3].period, group.period)
self.assertEqual(groups.__len__(), 4)
def delete(anIndex):
if (RelativeProjectPathManager.isThereFile(Group.FILE_PATH_TO_SAVE)):
groups = Group.all()
for groupTuple in enumerate(groups):
if (groupTuple[1].id == anIndex):
groups.pop(groupTuple[0])
os.remove(
RelativeProjectPathManager.getRealFilePathToSave(
Group.FILE_PATH_TO_SAVE))
with open(RelativeProjectPathManager.getRealFilePathToSave(
Group.FILE_PATH_TO_SAVE),
'w',
encoding='UTF8') as wCSVFile:
writer = csv.writer(wCSVFile, delimiter=',')
for group in groups:
row = []
row.append(group.id)
row.append(
TimeFormatter.toDatetimeString(group.period.start))
row.append(TimeFormatter.toDatetimeString(
group.period.end))
row.append(group.nickName)
row.append(
TimeFormatter.toDatetimeString(group.savedDateTime))
writer.writerow(row)
wCSVFile.close()
def fromCSVRow(aRow):
id = int(aRow.pop(0))
period = Period(TimeFormatter.toDatetime(aRow.pop(0)),
TimeFormatter.toDatetime(aRow.pop(0)))
nickName = aRow.pop(0)
savedDateTime = TimeFormatter.toDatetime(aRow.pop(0))
result = Group(id, period.start, period.end, nickName, savedDateTime)
return result
def testUpdate(self):
self.saveAll(self.groups)
newGroup = Group(
anId=1,
aStartDate=TimeFormatter.toDatetime('2013-01-01 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2015-12-10 23:59:59'),
aNickname="2013~2015")
newGroup.save()
def testTypeDeterminationOfShallowSearch(self):
apiCall = APICall(anUrl="/classes/dance/etc/1", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, APICall.TYPE_SHALLOW_SEARCH )
apiCall = APICall(anUrl="/classes/music/etc/2", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, APICall.TYPE_SHALLOW_SEARCH )
apiCall = APICall(anUrl="/classes/music", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, None )
apiCall = APICall(anUrl="/classes/kk/ho/123", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, None )
def testTypeDeterminationOfDetailView(self):
apiCall = APICall(anUrl="/classes/1/3", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, APICall.TYPE_DETAIL_VIEW )
apiCall = APICall(anUrl="/classes/123123/7777", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, APICall.TYPE_DETAIL_VIEW )
apiCall = APICall(anUrl="/classes/123123/7777/123", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{}")
self.assertEqual( apiCall.type, None )
apiCall = APICall(anUrl="/classes/123123", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{r}")
self.assertEqual( apiCall.type, None )
def testTypeDeterminationOfFilter(self):
apiCall = APICall(
anUrl="/classes/dance/etc/1",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{'time':'012', 'location':'강남'}")
self.assertEqual(apiCall.type, APICall.TYPE_FILTER)
apiCall = APICall(
anUrl="/classes/music/hoho/1",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{'time':'012'}")
self.assertEqual(apiCall.type, APICall.TYPE_FILTER)
def testEnableToCapture(self):
group = Group(anId=1, aStartDate=TimeFormatter.toDatetime('2014-06-01 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'), aNickname="6월 1일")
snapshot = Snapshot(group)
snapshot.capture(TimeFormatter.toDatetime('2014-06-07 23:59:59'))
self.assertTrue( snapshot.funnel is not None)
try:
snapshot.capture(TimeFormatter.toDatetime('2014-06-01 23:59:59'))
except:
return
self.fail("this is not correct time relation, should be failed")
def testAnalyzeNewGroups(self):
cohort = Cohort(aStartDate=TimeFormatter.toDatetime('2014-05-05 00:00:00'), aEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'), aInterval = 7)
groups = cohort.groups
group = Group(anId=1, aStartDate=TimeFormatter.toDatetime('2014-05-05 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-11 23:59:59'), aNickname="5월 1째 주")
self.assertEqual(groups[0].period, group.period)
group = Group(anId=2, aStartDate=TimeFormatter.toDatetime('2014-05-12 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-18 23:59:59'), aNickname="5월 2째 주")
self.assertEqual(groups[1].period, group.period)
group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-19 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-25 23:59:59'), aNickname="5월 3째 주")
self.assertEqual(groups[2].period, group.period)
group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-26 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'), aNickname="5월 4째 주")
self.assertEqual(groups[3].period, group.period)
self.assertEqual(groups.__len__(),4)
def save(self):
if(Group.findById(self.id) is not None):
Group.delete(self.id)
with open(RelativeProjectPathManager.getRealFilePathToSave(Group.FILE_PATH_TO_SAVE), 'a', encoding='UTF8') as wCSVFile:
writer = csv.writer(wCSVFile, delimiter=',')
row = []
row.append(self.id)
row.append(TimeFormatter.toDatetimeString(self.period.start))
row.append(TimeFormatter.toDatetimeString(self.period.end))
row.append(self.nickName)
self.savedDateTime = datetime.now()
row.append(TimeFormatter.toDatetimeString(self.savedDateTime))
writer.writerow(row)
wCSVFile.close()
def testTypeDeterminationOfPayment(self):
apiCall = APICall(
anUrl="/foradmin/before_payment",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{'time':'012', 'location':'강남'}")
self.assertEqual(apiCall.type, APICall.TYPE_PAYMENT)
apiCall = APICall(
anUrl="/foradmin/before_payment/asd",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{'time':'012', 'location':'강남'}")
self.assertEqual(apiCall.type, None)
apiCall = APICall(
anUrl="/foradmin",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{'time':'012', 'location':'강남'}")
self.assertEqual(apiCall.type, None)
def save(self):
if (Group.findById(self.id) is not None):
Group.delete(self.id)
with open(RelativeProjectPathManager.getRealFilePathToSave(
Group.FILE_PATH_TO_SAVE),
'a',
encoding='UTF8') as wCSVFile:
writer = csv.writer(wCSVFile, delimiter=',')
row = []
row.append(self.id)
row.append(TimeFormatter.toDatetimeString(self.period.start))
row.append(TimeFormatter.toDatetimeString(self.period.end))
row.append(self.nickName)
self.savedDateTime = datetime.now()
row.append(TimeFormatter.toDatetimeString(self.savedDateTime))
writer.writerow(row)
wCSVFile.close()
def delete(anIndex):
if(RelativeProjectPathManager.isThereFile(Group.FILE_PATH_TO_SAVE)):
groups = Group.all()
for groupTuple in enumerate(groups):
if(groupTuple[1].id == anIndex):
groups.pop(groupTuple[0])
os.remove(RelativeProjectPathManager.getRealFilePathToSave(Group.FILE_PATH_TO_SAVE))
with open(RelativeProjectPathManager.getRealFilePathToSave(Group.FILE_PATH_TO_SAVE), 'w', encoding='UTF8') as wCSVFile:
writer = csv.writer(wCSVFile, delimiter=',')
for group in groups:
row = []
row.append(group.id)
row.append(TimeFormatter.toDatetimeString(group.period.start))
row.append(TimeFormatter.toDatetimeString(group.period.end))
row.append(group.nickName)
row.append(TimeFormatter.toDatetimeString(group.savedDateTime))
writer.writerow(row)
wCSVFile.close()
def setUp(self):
try:
os.remove(
RelativeProjectPathManager.getRealFilePathToSave(
Group.FILE_PATH_TO_SAVE))
except:
pass
Group.FILE_PATH_TO_SAVE = GroupTest.directoryPathToSave
self.groups = []
self.groups.append(
Group(anId=1,
aStartDate=TimeFormatter.toDatetime('2014-06-01 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'),
aNickname="5월 4째주"))
self.groups.append(
Group(anId=2,
aStartDate=TimeFormatter.toDatetime('2011-09-09 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2013-12-12 23:59:59'),
aNickname="ㅋㅋㅋ"))
def testTypeDeterminationOfShallowSearch(self):
apiCall = APICall(
anUrl="/classes/dance/etc/1",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, APICall.TYPE_SHALLOW_SEARCH)
apiCall = APICall(
anUrl="/classes/music/etc/2",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, APICall.TYPE_SHALLOW_SEARCH)
apiCall = APICall(
anUrl="/classes/music",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, None)
apiCall = APICall(
anUrl="/classes/kk/ho/123",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, None)
def testTypeDeterminationOfDetailView(self):
apiCall = APICall(
anUrl="/classes/1/3",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, APICall.TYPE_DETAIL_VIEW)
apiCall = APICall(
anUrl="/classes/123123/7777",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, APICall.TYPE_DETAIL_VIEW)
apiCall = APICall(
anUrl="/classes/123123/7777/123",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{}")
self.assertEqual(apiCall.type, None)
apiCall = APICall(
anUrl="/classes/123123",
aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"),
aParm="{r}")
self.assertEqual(apiCall.type, None)
def fromDict(aJsonDict):
return APICall(anUrl=aJsonDict[APICall.JSON_PARM_URL], aCreatedDateTime=TimeFormatter.toDatetime(aJsonDict[APICall.JSON_PARM_CREATED_DATE_TIME]), aParm=aJsonDict[APICall.JSON_PARM_PARM].__str__())
def __str__(self):
return self.url + '\n' + self.parm + '\n' + TimeFormatter.toDatetimeString(self.createdDateTime) + '\n' + self.typeToString()
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-05-20 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-19 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-25 23:59:59'), aNickname="5월 3째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-05-27 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-26 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'), aNickname="5월 4째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-06-03 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-06-02 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-08 23:59:59'), aNickname="6월 1째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-06-10 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
group = Group(anId=3,
aStartDate=TimeFormatter.toDatetime('2014-06-09 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-06-14 23:59:59'),
aNickname="5월 4째 주")
snapshot = Snapshot(group)
funnel = snapshot.capture(TimeFormatter.toDatetime('2014-06-16 00:00:00'))
print(
str(funnel.countNumberOfIndifference()) + ', ' +
str(funnel.countNumberOfCurios()) + ', ' +
str(funnel.countNumberOfInterested()) + ', ' +
str(funnel.countNumberOfFilter()) + ', ' +
str(funnel.countNumberOfPayment()))
def testInstantiateUserBehaviorBySessionId(self):
try:
userBehavior = UserBehavior.instantiateBasedOnSessionIdWithCaptureDatetime(aSessionId = 'W1A/aq3DnaO6NpBrD8gbzw==', aCaptureDatetime=TimeFormatter.toDatetime('2014-06-01 11:23:30'))
except:
self.fail("fail to instantiate userBehavior, this function is related with http request and json parsing tasks.")
print("indifference, curious, interested, filter, payment")
# group = Group(anId=1, aStartDate=TimeFormatter.toDatetime('2014-05-05 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-11 23:59:59'), aNickname="5월 1째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-05-13 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.printCuriosUserSessions()) + ', ' + str(funnel.printInterestedUserSessions()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
# group = Group(anId=2, aStartDate=TimeFormatter.toDatetime('2014-05-12 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-18 23:59:59'), aNickname="5월 2째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-05-20 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-19 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-05-25 23:59:59'), aNickname="5월 3째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-05-27 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-05-26 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-01 23:59:59'), aNickname="5월 4째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-06-03 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
#
# group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-06-02 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-08 23:59:59'), aNickname="6월 1째 주")
# snapshot = Snapshot(group)
# funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-06-10 00:00:00') )
# print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
group = Group(anId=3, aStartDate=TimeFormatter.toDatetime('2014-06-09 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-14 23:59:59'), aNickname="5월 4째 주")
snapshot = Snapshot(group)
funnel = snapshot.capture(TimeFormatter.toDatetime( '2014-06-16 00:00:00') )
print(str(funnel.countNumberOfIndifference()) + ', ' + str(funnel.countNumberOfCurios()) + ', ' + str(funnel.countNumberOfInterested()) + ', ' + str(funnel.countNumberOfFilter()) + ', ' + str(funnel.countNumberOfPayment()) )
def __str__(self):
return self.url + '\n' + self.parm + '\n' + TimeFormatter.toDatetimeString(
self.createdDateTime) + '\n' + self.typeToString()
def fromDict(aJsonDict):
return APICall(anUrl=aJsonDict[APICall.JSON_PARM_URL],
aCreatedDateTime=TimeFormatter.toDatetime(
aJsonDict[APICall.JSON_PARM_CREATED_DATE_TIME]),
aParm=aJsonDict[APICall.JSON_PARM_PARM].__str__())
def fromJson(aJsonString):
jsonDict = json.loads(aJsonString)
return APICall(anUrl=jsonDict[APICall.JSON_PARM_URL],
aCreatedDateTime=TimeFormatter.toDatetime(
jsonDict[APICall.JSON_PARM_CREATED_DATE_TIME]),
aParm=jsonDict[APICall.JSON_PARM_PARM].__str__())
def getAPICallLogListGivenSessionId(aSessionId, aCaptureDatetime):
response = ClassweekHttpRequester.postForDictResponse(ClassweekHttpRequester.URL_API_CALL_LOG_LIST_GIVEN_SESSION_ID, { ClassweekHttpRequester.POST_PARM_SESSION_ID : aSessionId, ClassweekHttpRequester.POST_PARM_CAPTURE_DATETIME : TimeFormatter.toDatetimeString(aCaptureDatetime)})
return response[ClassweekHttpRequester.SUCCESSFUL_RESULT_DATA_PARSING_KEY]
from src.main.domain.Group import Group
from src.main.domain.Snapshot import Snapshot
from src.main.domain.UserBehavior import UserBehavior
from src.main.util.TimeFormatter import TimeFormatter
__author__ = 'continueing'
if __name__ == "__main__":
group = Group(anId=1, aStartDate=TimeFormatter.toDatetime('2014-06-15 00:00:00'), anEndDate=TimeFormatter.toDatetime('2014-06-19 23:59:59'), aNickname="6월 12일 하루")
group.save()
snapshot = Snapshot(group)
snapshot.capture(TimeFormatter.toDatetime( '2014-06-20 00:00:00') )
funnel = snapshot.funnel
print('Indifference:\t\t' + str(funnel.countNumberOfIndifference()))
print('curios:\t\t' + str(funnel.countNumberOfCurios()))
print('interested:\t\t' + str(funnel.countNumberOfInterested()))
print('filter:\t\t' + str(funnel.countNumberOfFilter()))
print('payment:\t\t' + str(funnel.countNumberOfPayment()))
userbehavior = UserBehavior.instantiateBasedOnSessionIdWithCaptureDatetime("09FN8+0qQscHPgeR5RrTmg==",TimeFormatter.toDatetime( '2014-06-20 00:00:00'))
userbehavior.printLog()
from src.main.domain.Group import Group
from src.main.domain.Snapshot import Snapshot
from src.main.domain.UserBehavior import UserBehavior
from src.main.util.TimeFormatter import TimeFormatter
__author__ = 'continueing'
if __name__ == "__main__":
group = Group(anId=1,
aStartDate=TimeFormatter.toDatetime('2014-06-15 00:00:00'),
anEndDate=TimeFormatter.toDatetime('2014-06-19 23:59:59'),
aNickname="6월 12일 하루")
group.save()
snapshot = Snapshot(group)
snapshot.capture(TimeFormatter.toDatetime('2014-06-20 00:00:00'))
funnel = snapshot.funnel
print('Indifference:\t\t' + str(funnel.countNumberOfIndifference()))
print('curios:\t\t' + str(funnel.countNumberOfCurios()))
print('interested:\t\t' + str(funnel.countNumberOfInterested()))
print('filter:\t\t' + str(funnel.countNumberOfFilter()))
print('payment:\t\t' + str(funnel.countNumberOfPayment()))
userbehavior = UserBehavior.instantiateBasedOnSessionIdWithCaptureDatetime(
"09FN8+0qQscHPgeR5RrTmg==",
TimeFormatter.toDatetime('2014-06-20 00:00:00'))
userbehavior.printLog()
def fromJson(aJsonString):
jsonDict= json.loads(aJsonString)
return APICall(anUrl=jsonDict[APICall.JSON_PARM_URL], aCreatedDateTime=TimeFormatter.toDatetime(jsonDict[APICall.JSON_PARM_CREATED_DATE_TIME]), aParm=jsonDict[APICall.JSON_PARM_PARM].__str__())
def testTypeDeterminationOfFilter(self):
apiCall = APICall(anUrl="/classes/dance/etc/1", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{'time':'012', 'location':'강남'}")
self.assertEqual( apiCall.type, APICall.TYPE_FILTER )
apiCall = APICall(anUrl="/classes/music/hoho/1", aCreatedDateTime=TimeFormatter.toDatetime("2014-02-12 23:11:20"), aParm="{'time':'012'}")
self.assertEqual( apiCall.type, APICall.TYPE_FILTER )
def getSessionIdsGivenPeriod(aPeriod):
post_params = { ClassweekHttpRequester.POST_PARM_START_DATE : TimeFormatter.toDateString(aPeriod.start) , ClassweekHttpRequester.POST_PARM_END_DATE : TimeFormatter.toDateString(aPeriod.end)}
response = ClassweekHttpRequester.postForDictResponse(ClassweekHttpRequester.URL_SESSION_IDS_GIVEN_PERIOD, post_params)
return response[ClassweekHttpRequester.SUCCESSFUL_RESULT_DATA_PARSING_KEY]
def testIsAndroidUser(self):
userBehavior = UserBehavior.instantiateBasedOnSessionIdWithCaptureDatetime(aSessionId = 'W1A/aq3DnaO6NpBrD8gbzw==', aCaptureDatetime=TimeFormatter.toDatetime('2014-06-11 11:23:30'))
self.assertTrue(userBehavior.isAndroidUser())