class ResultTest(TestCase):
def setUp(self):
self.group = Group(name="group")
self.group.save()
self.area = AreaInfo(areaid="TEST000000",areanm="TEST",groupid = self.group)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",placenm="TEST",areaid=self.area,groupid = self.group)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",devicetype=1,typenm="Controller")
self.devicetype.save()
self.con = ControllerInfo(controllerid = "TEST-0000-000000",placeid=self.place,controllernm="TEST cont",type=self.devicetype)
self.con.save()
self.req = ControlResult(requestid=1,controllerid=self.con,controltype=80,devicetype=1,deviceindex=0)
self.req.save()
def test_normal(self):
self.client = Client()
csvline = "1,0,TEST"
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/controlresult/' + has,csvline,'application/x-www-form-urlencoded')
self.assertEqual(response.content, 'OK', 'response dont match %s' % response.content)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.result ,0, "controltype don't match {0}".format(res.result))
self.assertEqual(res.resultmsg ,"TEST", "devicetype don't match {0}".format(res.resultmsg))
def test_nothing(self):
self.client = Client()
csvline = "0,1,TEST"
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/controlresult/' + has,csvline,'application/x-www-form-urlencoded')
self.assertEqual(response.content, "NG Data don't match", 'response dont match %s' % response.content)
def test_getlog(self):
self.req.controltype = 60
self.req.save()
self.client = Client()
csvline = "1,0,test.log"
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/controlresult/' + has,csvline,'application/x-www-form-urlencoded')
self.assertEqual(response.content, 'OK')
flist = LogList.objects.get(controllerid = self.con.controllerid)
self.assertEqual(flist.filenm, 'test.log')
self.assertEqual(flist.url, settings.MY_WEBDAV_URL + 'test.log')
class TestEventSave(TestCase):
def setUp(self):
self.group1 = Group(name="group")
self.group1.save()
self.group2 = Group(name="group2")
self.group2.save()
self.area = AreaInfo(areaid="TEST000000",areanm="TEST",groupid = self.group1)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",placenm="TEST",areaid=self.area,groupid = self.group2)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",devicetype=1,typenm="Controller")
self.devicetype.save()
self.con = ControllerInfo(controllerid = "TEST-0000-000000",placeid=self.place,controllernm="TEST cont",type=self.devicetype)
self.con.save()
def test_OneMailtoAdminHappen(self):
#user = User.objects.create_user('tester', '*****@*****.**', 'password')
user = User.objects.create_user('tester', '*****@*****.**', 'password')
user.is_staff = True
user.is_superuser = True
user.save()
#evmail = EventSms()
#evmail.priorityno = 0
#evmail.sendrange = 0
#evmail.sendhappen = True
#evmail.sendrestore= False
#evmail.subject= 'Test Mail'
#evmail.message = 'Happen Alarm $CONT-NM$'
#evmail.targetevent = '1010000011'
#evmail.save()
evsms = EventSms()
evsms.priorityno = 0
evsms.sendrange = 0
evsms.sendhappen = True
evsms.sendrestore= False
evsms.subject= 'Test Mail'
evsms.message = 'Happen Alarm $CONT-NM$'
evsms.targetevent = '1010000011'
evsms.save()
evn = Event(controllerid="TEST-0000-000000",deviceindex=0,alarmtype=1)
evn.senddate = timezone.now()
evn.measureddate = timezone.now()
evn.id = createid(evn.controllerid,evn.measureddate,Event)
evn.code = "1010000011"
evn.level = 3
evn.message = "Changed Controller Setting by the Controller"
evn.save()
class MakeDairyPowerTest(TestCase):
def setUp(self):
self.group = Group(name="group")
self.group.save()
self.area = AreaInfo(areaid="TEST000000",
areanm="TEST",
groupid=self.group)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",
placenm="TEST",
areaid=self.area,
groupid=self.group)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",
devicetype=1,
typenm="Controller")
self.devicetype.save()
self.con = ControllerInfo(controllerid="0000-0000-000000",
placeid=self.place,
controllernm="TEST cont",
type=self.devicetype)
self.con.save()
self.senddate = "2013-07-08 11:11:11"
self.alermtype = "0"
def test_load_pv_zero(self):
ret = makedairypower(self.con.controllerid, "2013-02-01", 20)
power = Target_daily_power.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1),
devicetype=3).order_by('time')
self.assertEqual(-1, ret, "ret={0}".format(ret))
self.assertEqual(0, len(power), "power insert {0}".format(len(power)))
def test_load_zero(self):
pv = MeasuredPV()
measureddate = "2013-01-30 11:11:11"
csvline = ",".join([
self.con.controllerid, "0", self.senddate, self.alermtype, "1",
measureddate, "", "", "100"
])
pv.setcsvline(csvline)
pv.save()
ret = makedairypower(self.con.controllerid, "2013-02-01", 20)
power = Target_daily_power.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1),
devicetype=3).order_by('time')
self.assertEqual(-1, ret, "ret={0}".format(ret))
self.assertEqual(0, len(power), "power insert {0}".format(len(power)))
def test_pv_zero(self):
load = MeasuredLoad()
measureddate = "2013-01-30 11:11:11"
csvline = ",".join([
self.con.controllerid, "0", self.senddate, self.alermtype, "1",
measureddate, "", "", "100"
])
load.setcsvline(csvline)
load.save()
ret = makedairypower(self.con.controllerid, "2013-02-01", 20)
power = Target_daily_power.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1),
devicetype=4).order_by('time')
self.assertEqual(0, ret, "ret={0}".format(ret))
self.assertEqual(24 * 3, len(power),
"power insert {0}".format(len(power)))
for test in power:
if test.time >= time(11, 0):
self.assertEqual(
10, test.power,
"time={0} power={1}".format(test.time, test.power))
else:
self.assertEqual(
0, test.power,
"time={0} power={1}".format(test.time, test.power))
def test_load_full(self):
for i in range(0, 24 * 60, 5):
load = MeasuredLoad()
measureddate = "2013-01-30 %d:%d:0" % (int(
i / 60), int(i / 5) * 5 % 60)
csvline = ",".join([
self.con.controllerid, "0", self.senddate, self.alermtype, "1",
measureddate, "", "",
str(i * 100)
])
load.setcsvline(csvline)
load.save()
ret = makedairypower(self.con.controllerid, "2013-02-01", 20)
power = Target_daily_power.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1),
devicetype=4).order_by('time')
self.assertEqual(0, ret, "ret={0}".format(ret))
self.assertEqual(24 * 3, len(power),
"power insert {0}".format(len(power)))
for test in power:
po = 75 + 10 * (test.time.hour * 60 + test.time.minute)
self.assertEqual(
po, test.power,
"time={0} power={1}".format(test.time, test.power))
class makeperiodTest(TestCase):
def setUp(self):
self.group = Group(name="group")
self.group.save()
self.area = AreaInfo(areaid="TEST000000",
areanm="TEST",
groupid=self.group)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",
placenm="TEST",
areaid=self.area,
groupid=self.group)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",
devicetype=1,
typenm="Controller")
self.devicetype.save()
self.con = ControllerInfo(controllerid="0000-0000-000000",
placeid=self.place,
controllernm="TEST cont",
type=self.devicetype)
self.con.save()
self.senddate = "2013-07-08 11:11:11"
self.alermtype = "0"
self.bttrtype = DeviceTypeInfo(typeid="1",
devicetype=2,
typenm="Battery")
self.bttrtype.save()
self.sb = SettingBattery(type=self.bttrtype)
self.sb.controllerid = self.con
self.sb.deviceindex = 0
self.sb.mode = 1
self.sb.soc_max = 80
self.sb.soc_min = 0
self.sb.energy = 1800
self.sb.shipping_energy = 1800
self.sb.chargepower_max = 2000
self.sb.dischargepower_max = 1000
self.sb.bms_cnt = 1
self.sb.voltage_max = 100
self.sb.voltage_min = 50
self.sb.peak_shaving_limit = 10000
self.sb.save()
def test_makeperiod_only_tariff(self):
tari = SettingGridTariff(areaid=self.area,
period_type=0,
start_time=time(0, 0),
end_time=time(12, 30),
price=10)
tari.save()
tari = SettingGridTariff(areaid=self.area,
period_type=1,
start_time=time(12, 30),
end_time=time(0, 0),
price=20)
tari.save()
makeperiod(self.con.controllerid, 20, date(2013, 2, 1))
sdi = SettingDirective.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1)).order_by('start_time')
self.assertEqual(2, len(sdi), "len={0}".format(len(sdi)))
self.assertEqual(0, sdi[0].period_no,
"period_no={0}".format(sdi[0].period_no))
self.assertEqual(1, sdi[1].period_no,
"period_no={0}".format(sdi[1].period_no))
self.assertEqual(0, sdi[0].period_type,
"period_type={0}".format(sdi[0].period_type))
self.assertEqual(1, sdi[1].period_type,
"period_type={0}".format(sdi[1].period_type))
self.assertEqual(10, sdi[0].grid_cost,
"grid_cost={0}".format(sdi[0].grid_cost))
self.assertEqual(20, sdi[1].grid_cost,
"grid_cost={0}".format(sdi[1].grid_cost))
self.assertEqual(
0, sdi[0].outage_probability,
"outage_probability={0}".format(sdi[0].outage_probability))
self.assertEqual(0, sdi[1].outage_probability,
"grid_cost={0}".format(sdi[1].outage_probability))
self.assertEqual(time(0, 0), sdi[0].start_time,
"start_time={0}".format(sdi[0].start_time))
self.assertEqual(time(12, 40), sdi[1].start_time,
"start_time={0}".format(sdi[1].start_time))
self.assertEqual(time(12, 40), sdi[0].end_time,
"end_time={0}".format(sdi[0].end_time))
self.assertEqual(time(0, 0), sdi[1].end_time,
"end_time={0}".format(sdi[1].end_time))
self.assertEqual(0, sdi[0].soc_opt,
"start_time={0}".format(sdi[0].soc_opt))
self.assertEqual(0, sdi[1].soc_opt,
"start_time={0}".format(sdi[1].soc_opt))
self.assertEqual(0, sdi[0].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[0].outage_cnt_opt))
self.assertEqual(0, sdi[1].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[1].outage_cnt_opt))
self.assertEqual(
80, sdi[0].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[0].outage_soc_max_opt))
self.assertEqual(
80, sdi[1].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[1].outage_soc_max_opt))
self.assertEqual(
0, sdi[0].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[0].outage_soc_min_opt))
self.assertEqual(
0, sdi[1].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[1].outage_soc_min_opt))
def test_makeperiod_tariff_outage(self):
tari = SettingGridTariff(areaid=self.area,
period_type=0,
start_time=time(0, 0),
end_time=time(12, 30),
price=10)
tari.save()
tari = SettingGridTariff(areaid=self.area,
period_type=1,
start_time=time(12, 30),
end_time=time(0, 0),
price=20)
tari.save()
out = Target_daily_outage_profile(controllerid=self.con,
period_type=101,
start_time=time(0, 0),
end_time=time(0, 0),
during_minute=100,
probability=50)
out.save()
makeperiod(self.con.controllerid, 20, date(2013, 2, 1))
sdi = SettingDirective.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1)).order_by('start_time')
self.assertEqual(2, len(sdi), "len={0}".format(len(sdi)))
self.assertEqual(0, sdi[0].period_no,
"period_no={0}".format(sdi[0].period_no))
self.assertEqual(1, sdi[1].period_no,
"period_no={0}".format(sdi[1].period_no))
self.assertEqual(0, sdi[0].period_type,
"period_type={0}".format(sdi[0].period_type))
self.assertEqual(1, sdi[1].period_type,
"period_type={0}".format(sdi[1].period_type))
self.assertEqual(10, sdi[0].grid_cost,
"grid_cost={0}".format(sdi[0].grid_cost))
self.assertEqual(20, sdi[1].grid_cost,
"grid_cost={0}".format(sdi[1].grid_cost))
self.assertEqual(
50, sdi[0].outage_probability,
"outage_probability={0}".format(sdi[0].outage_probability))
self.assertEqual(
50, sdi[1].outage_probability,
"outage_probability={0}".format(sdi[1].outage_probability))
self.assertEqual(time(0, 0), sdi[0].start_time,
"start_time={0}".format(sdi[0].start_time))
self.assertEqual(time(12, 40), sdi[1].start_time,
"start_time={0}".format(sdi[1].start_time))
self.assertEqual(time(12, 40), sdi[0].end_time,
"end_time={0}".format(sdi[0].end_time))
self.assertEqual(time(0, 0), sdi[1].end_time,
"end_time={0}".format(sdi[1].end_time))
self.assertEqual(0, sdi[0].soc_opt,
"start_time={0}".format(sdi[0].soc_opt))
self.assertEqual(0, sdi[1].soc_opt,
"start_time={0}".format(sdi[1].soc_opt))
self.assertEqual(0, sdi[0].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[0].outage_cnt_opt))
self.assertEqual(0, sdi[1].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[1].outage_cnt_opt))
self.assertEqual(
80, sdi[0].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[0].outage_soc_max_opt))
self.assertEqual(
80, sdi[1].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[1].outage_soc_max_opt))
self.assertEqual(
0, sdi[0].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[0].outage_soc_min_opt))
self.assertEqual(
0, sdi[1].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[1].outage_soc_min_opt))
def test_makeperiod_tariff_outage_startsift(self):
tari = SettingGridTariff(areaid=self.area,
period_type=0,
start_time=time(0, 0),
end_time=time(12, 30),
price=10)
tari.save()
tari = SettingGridTariff(areaid=self.area,
period_type=1,
start_time=time(12, 30),
end_time=time(0, 0),
price=20)
tari.save()
out = Target_daily_outage_profile(controllerid=self.con,
period_type=101,
start_time=time(8, 30),
end_time=time(0, 0),
during_minute=100,
probability=50)
out.save()
makeperiod(self.con.controllerid, 20, date(2013, 2, 1))
sdi = SettingDirective.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1)).order_by('start_time')
self.assertEqual(3, len(sdi), "len={0}".format(len(sdi)))
self.assertEqual(0, sdi[0].period_no,
"period_no={0}".format(sdi[0].period_no))
self.assertEqual(1, sdi[1].period_no,
"period_no={0}".format(sdi[1].period_no))
self.assertEqual(2, sdi[2].period_no,
"period_no={0}".format(sdi[2].period_no))
self.assertEqual(0, sdi[0].period_type,
"period_type={0}".format(sdi[0].period_type))
self.assertEqual(0, sdi[1].period_type,
"period_type={0}".format(sdi[1].period_type))
self.assertEqual(1, sdi[2].period_type,
"period_type={0}".format(sdi[2].period_type))
self.assertEqual(10, sdi[0].grid_cost,
"grid_cost={0}".format(sdi[0].grid_cost))
self.assertEqual(10, sdi[1].grid_cost,
"grid_cost={0}".format(sdi[1].grid_cost))
self.assertEqual(20, sdi[2].grid_cost,
"grid_cost={0}".format(sdi[2].grid_cost))
self.assertEqual(
0, sdi[0].outage_probability,
"outage_probability={0}".format(sdi[0].outage_probability))
self.assertEqual(
50, sdi[1].outage_probability,
"outage_probability={0}".format(sdi[1].outage_probability))
self.assertEqual(
50, sdi[2].outage_probability,
"outage_probability={0}".format(sdi[2].outage_probability))
self.assertEqual(time(0, 0), sdi[0].start_time,
"start_time={0}".format(sdi[0].start_time))
self.assertEqual(time(8, 40), sdi[1].start_time,
"start_time={0}".format(sdi[1].start_time))
self.assertEqual(time(12, 40), sdi[2].start_time,
"start_time={0}".format(sdi[2].start_time))
self.assertEqual(time(8, 40), sdi[0].end_time,
"end_time={0}".format(sdi[0].end_time))
self.assertEqual(time(12, 40), sdi[1].end_time,
"end_time={0}".format(sdi[1].end_time))
self.assertEqual(time(0, 0), sdi[2].end_time,
"end_time={0}".format(sdi[2].end_time))
self.assertEqual(0, sdi[0].soc_opt,
"start_time={0}".format(sdi[0].soc_opt))
self.assertEqual(0, sdi[1].soc_opt,
"start_time={0}".format(sdi[1].soc_opt))
self.assertEqual(0, sdi[2].soc_opt,
"start_time={0}".format(sdi[2].soc_opt))
self.assertEqual(0, sdi[0].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[0].outage_cnt_opt))
self.assertEqual(0, sdi[1].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[1].outage_cnt_opt))
self.assertEqual(0, sdi[2].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[2].outage_cnt_opt))
self.assertEqual(
80, sdi[0].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[0].outage_soc_max_opt))
self.assertEqual(
80, sdi[1].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[1].outage_soc_max_opt))
self.assertEqual(
80, sdi[2].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[2].outage_soc_max_opt))
self.assertEqual(
0, sdi[0].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[0].outage_soc_min_opt))
self.assertEqual(
0, sdi[1].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[1].outage_soc_min_opt))
self.assertEqual(
0, sdi[2].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[2].outage_soc_min_opt))
def test_makeperiod_tariff_outage_endsift(self):
tari = SettingGridTariff(areaid=self.area,
period_type=0,
start_time=time(0, 0),
end_time=time(12, 30),
price=10)
tari.save()
tari = SettingGridTariff(areaid=self.area,
period_type=1,
start_time=time(12, 30),
end_time=time(0, 0),
price=20)
tari.save()
out = Target_daily_outage_profile(controllerid=self.con,
period_type=101,
start_time=time(0, 0),
end_time=time(13, 30),
during_minute=100,
probability=50)
out.save()
makeperiod(self.con.controllerid, 20, date(2013, 2, 1))
sdi = SettingDirective.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1)).order_by('start_time')
self.assertEqual(3, len(sdi), "len={0}".format(len(sdi)))
self.assertEqual(0, sdi[0].period_no,
"period_no={0}".format(sdi[0].period_no))
self.assertEqual(1, sdi[1].period_no,
"period_no={0}".format(sdi[1].period_no))
self.assertEqual(2, sdi[2].period_no,
"period_no={0}".format(sdi[2].period_no))
self.assertEqual(0, sdi[0].period_type,
"period_type={0}".format(sdi[0].period_type))
self.assertEqual(1, sdi[1].period_type,
"period_type={0}".format(sdi[1].period_type))
self.assertEqual(1, sdi[2].period_type,
"period_type={0}".format(sdi[2].period_type))
self.assertEqual(10, sdi[0].grid_cost,
"grid_cost={0}".format(sdi[0].grid_cost))
self.assertEqual(20, sdi[1].grid_cost,
"grid_cost={0}".format(sdi[1].grid_cost))
self.assertEqual(20, sdi[2].grid_cost,
"grid_cost={0}".format(sdi[2].grid_cost))
self.assertEqual(
50, sdi[0].outage_probability,
"outage_probability={0}".format(sdi[0].outage_probability))
self.assertEqual(
50, sdi[1].outage_probability,
"outage_probability={0}".format(sdi[1].outage_probability))
self.assertEqual(
0, sdi[2].outage_probability,
"outage_probability={0}".format(sdi[2].outage_probability))
self.assertEqual(time(0, 0), sdi[0].start_time,
"start_time={0}".format(sdi[0].start_time))
self.assertEqual(time(12, 40), sdi[1].start_time,
"start_time={0}".format(sdi[1].start_time))
self.assertEqual(time(13, 40), sdi[2].start_time,
"start_time={0}".format(sdi[2].start_time))
self.assertEqual(time(12, 40), sdi[0].end_time,
"end_time={0}".format(sdi[0].end_time))
self.assertEqual(time(13, 40), sdi[1].end_time,
"end_time={0}".format(sdi[1].end_time))
self.assertEqual(time(0, 0), sdi[2].end_time,
"end_time={0}".format(sdi[2].end_time))
self.assertEqual(0, sdi[0].soc_opt,
"start_time={0}".format(sdi[0].soc_opt))
self.assertEqual(0, sdi[1].soc_opt,
"start_time={0}".format(sdi[1].soc_opt))
self.assertEqual(0, sdi[2].soc_opt,
"start_time={0}".format(sdi[2].soc_opt))
self.assertEqual(0, sdi[0].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[0].outage_cnt_opt))
self.assertEqual(0, sdi[1].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[1].outage_cnt_opt))
self.assertEqual(0, sdi[2].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[2].outage_cnt_opt))
self.assertEqual(
80, sdi[0].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[0].outage_soc_max_opt))
self.assertEqual(
80, sdi[1].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[1].outage_soc_max_opt))
self.assertEqual(
80, sdi[2].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[2].outage_soc_max_opt))
self.assertEqual(
0, sdi[0].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[0].outage_soc_min_opt))
self.assertEqual(
0, sdi[1].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[1].outage_soc_min_opt))
self.assertEqual(
0, sdi[2].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[2].outage_soc_min_opt))
def test_makeperiod_tariff_outage_sift(self):
tari = SettingGridTariff(areaid=self.area,
period_type=0,
start_time=time(0, 0),
end_time=time(12, 30),
price=10)
tari.save()
tari = SettingGridTariff(areaid=self.area,
period_type=1,
start_time=time(12, 30),
end_time=time(0, 0),
price=20)
tari.save()
out = Target_daily_outage_profile(controllerid=self.con,
period_type=101,
start_time=time(8, 30),
end_time=time(13, 30),
during_minute=100,
probability=50)
out.save()
makeperiod(self.con.controllerid, 20, date(2013, 2, 1))
sdi = SettingDirective.objects.filter(
controllerid__exact=self.con.controllerid,
target_day__exact=date(2013, 2, 1)).order_by('start_time')
self.assertEqual(4, len(sdi), "len={0}".format(len(sdi)))
self.assertEqual(0, sdi[0].period_no,
"period_no={0}".format(sdi[0].period_no))
self.assertEqual(1, sdi[1].period_no,
"period_no={0}".format(sdi[1].period_no))
self.assertEqual(2, sdi[2].period_no,
"period_no={0}".format(sdi[2].period_no))
self.assertEqual(3, sdi[3].period_no,
"period_no={0}".format(sdi[3].period_no))
self.assertEqual(0, sdi[0].period_type,
"period_type={0}".format(sdi[0].period_type))
self.assertEqual(0, sdi[1].period_type,
"period_type={0}".format(sdi[1].period_type))
self.assertEqual(1, sdi[2].period_type,
"period_type={0}".format(sdi[2].period_type))
self.assertEqual(1, sdi[3].period_type,
"period_type={0}".format(sdi[3].period_type))
self.assertEqual(10, sdi[0].grid_cost,
"grid_cost={0}".format(sdi[0].grid_cost))
self.assertEqual(10, sdi[1].grid_cost,
"grid_cost={0}".format(sdi[1].grid_cost))
self.assertEqual(20, sdi[2].grid_cost,
"grid_cost={0}".format(sdi[2].grid_cost))
self.assertEqual(20, sdi[3].grid_cost,
"grid_cost={0}".format(sdi[3].grid_cost))
self.assertEqual(
0, sdi[0].outage_probability,
"outage_probability={0}".format(sdi[0].outage_probability))
self.assertEqual(
50, sdi[1].outage_probability,
"outage_probability={0}".format(sdi[1].outage_probability))
self.assertEqual(
50, sdi[2].outage_probability,
"outage_probability={0}".format(sdi[2].outage_probability))
self.assertEqual(
0, sdi[3].outage_probability,
"outage_probability={0}".format(sdi[3].outage_probability))
self.assertEqual(time(0, 0), sdi[0].start_time,
"start_time={0}".format(sdi[0].start_time))
self.assertEqual(time(8, 40), sdi[1].start_time,
"start_time={0}".format(sdi[1].start_time))
self.assertEqual(time(12, 40), sdi[2].start_time,
"start_time={0}".format(sdi[2].start_time))
self.assertEqual(time(13, 40), sdi[3].start_time,
"start_time={0}".format(sdi[3].start_time))
self.assertEqual(time(8, 40), sdi[0].end_time,
"end_time={0}".format(sdi[0].end_time))
self.assertEqual(time(12, 40), sdi[1].end_time,
"end_time={0}".format(sdi[1].end_time))
self.assertEqual(time(13, 40), sdi[2].end_time,
"end_time={0}".format(sdi[2].end_time))
self.assertEqual(time(0, 0), sdi[3].end_time,
"end_time={0}".format(sdi[3].end_time))
self.assertEqual(0, sdi[0].soc_opt,
"start_time={0}".format(sdi[0].soc_opt))
self.assertEqual(0, sdi[1].soc_opt,
"start_time={0}".format(sdi[1].soc_opt))
self.assertEqual(0, sdi[2].soc_opt,
"start_time={0}".format(sdi[2].soc_opt))
self.assertEqual(0, sdi[3].soc_opt,
"start_time={0}".format(sdi[3].soc_opt))
self.assertEqual(0, sdi[0].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[0].outage_cnt_opt))
self.assertEqual(0, sdi[1].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[1].outage_cnt_opt))
self.assertEqual(0, sdi[2].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[2].outage_cnt_opt))
self.assertEqual(0, sdi[3].outage_cnt_opt,
"outage_cnt_opt={0}".format(sdi[3].outage_cnt_opt))
self.assertEqual(
80, sdi[0].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[0].outage_soc_max_opt))
self.assertEqual(
80, sdi[1].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[1].outage_soc_max_opt))
self.assertEqual(
80, sdi[2].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[2].outage_soc_max_opt))
self.assertEqual(
80, sdi[3].outage_soc_max_opt,
"outage_soc_max_opt={0}".format(sdi[3].outage_soc_max_opt))
self.assertEqual(
0, sdi[0].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[0].outage_soc_min_opt))
self.assertEqual(
0, sdi[1].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[1].outage_soc_min_opt))
self.assertEqual(
0, sdi[2].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[2].outage_soc_min_opt))
self.assertEqual(
0, sdi[3].outage_soc_min_opt,
"outage_soc_min_opt={0}".format(sdi[3].outage_soc_min_opt))
class PollingTest(TestCase):
def setUp(self):
self.group = Group(name="group")
self.group.save()
self.area = AreaInfo(areaid="TEST000000",areanm="TEST",groupid = self.group)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",placenm="TEST",areaid=self.area,groupid = self.group)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",devicetype=1,typenm="Controller")
self.devicetype.save()
self.devicetypeb = DeviceTypeInfo(typeid="1",devicetype=2,typenm="Battery")
self.devicetypeb.save()
self.con = ControllerInfo(controllerid = "TEST-0000-000000",placeid=self.place,controllernm="TEST cont",type=self.devicetype)
self.con.save()
def test_nothing(self):
self.client = Client()
deviceindex = "10"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
self.assertEqual(response.content,"Nothing",)
def test_resetController(self):
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=10,devicetype=1)
req.save()
self.client = Client()
deviceindex = "10"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"RESET",)
self.assertEqual(result[2] ,"CONTROLLER", )
self.assertEqual(result[3] ,"1", )
self.assertEqual(result[4],"",)
conr=ControlRequest.objects.filter(controllerid=self.con,deviceindex=1,controltype=10,devicetype=1).get()
self.assertEqual(conr.deleteflg,True)
reqreslt = ControlResult.objects.get(controllerid=self.con,deviceindex=1,controltype=10,devicetype=1)
self.assertIsNone(reqreslt.result,)
self.assertEqual(reqreslt.resultmsg,"")
def test_settingController(self):
scon = SettingController(controllerid=self.con,mode="01")
scon.save()
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=30,devicetype=1)
req.save()
self.client = Client()
deviceindex = "10"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"SETTING",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"CONTROLLER", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
self.assertEqual(result[4],"01","csvdata don't match %s " % result[4])
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
req =ControlRequest.objects.filter(controllerid=self.con,deviceindex=1,controltype=30,devicetype=1).get()
self.assertEqual(req.deleteflg,True)
reqreslt = ControlResult.objects.get(controllerid=self.con,deviceindex=1,controltype=30,devicetype=1)
self.assertIsNone(reqreslt.result,)
self.assertEqual(res.resultmsg,"")
def test_settingBattery(self):
sbttr = SettingBattery(controllerid=self.con)
sbttr.deviceindex = 1
sbttr.mode = 00
sbttr.soc_max = 100
sbttr.soc_min = 100
sbttr.energy = 99999.9
sbttr.shipping_energy = 99999.9
sbttr.chargepower_max =99999.9
sbttr.dischargepower_max = 99999.9
sbttr.bms_cnt = 99
sbttr.voltage_max = 99999.9
sbttr.voltage_min =99999.9
sbttr.peak_shaving_limit = 99999.9
sbttr.type = self.devicetypeb
sbttr.save()
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=30,devicetype=2)
req.save()
self.client = Client()
deviceindex = "10"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"SETTING",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"BATTERY", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
ressettting = result[4].split(',')
self.assertEqual(ressettting[0], str(sbttr.mode),'mode does not match{0}!={1}'.format(int(ressettting[0]), sbttr.mode))
self.assertEqual(ressettting[1], str(sbttr.soc_max),'soc_max does not match{0}!={1}'.format(int(ressettting[1]), sbttr.soc_max))
self.assertEqual(ressettting[2], str(sbttr.soc_min),'soc_min does not match{0}!={1}'.format(int(ressettting[2]), sbttr.soc_min))
self.assertEqual(ressettting[3], str(int(sbttr.energy*10)),'energy does not match{0}!={1}'.format(Decimal(ressettting[3]) / Decimal(10), sbttr.energy))
self.assertEqual(ressettting[4], str(int(sbttr.shipping_energy*10)),'shipping_energy does not match{0}!={1}'.format(Decimal(ressettting[4]) / Decimal(10), sbttr.shipping_energy))
self.assertEqual(ressettting[5], str(int(sbttr.chargepower_max*10)),'chargepower_max does not match{0}!={1}'.format(Decimal(ressettting[5]) / Decimal(10), sbttr.chargepower_max))
self.assertEqual(ressettting[6], str(int(sbttr.dischargepower_max*10)),'dischargepower_max does not match{0}!={1}'.format(Decimal(ressettting[6]) / Decimal(10), sbttr.dischargepower_max))
self.assertEqual(ressettting[7], str(sbttr.bms_cnt), 'bms_cnt does not match{0}!={1}'.format(int(ressettting[7]), sbttr.bms_cnt))
self.assertEqual(ressettting[8], str(int(sbttr.voltage_max*10)),'voltage_max does not match{0}!={1}'.format(Decimal(ressettting[8]) / Decimal(10), sbttr.voltage_max))
self.assertEqual(ressettting[9], str(int(sbttr.voltage_min*10)),'voltage_min does not match{0}!={1}'.format(Decimal(ressettting[9]) / Decimal(10), sbttr.voltage_min))
self.assertEqual(ressettting[10], str(int(sbttr.peak_shaving_limit*10)),'peak_shaving_limit does not match{0}!={1}'.format(Decimal(ressettting[10]) / Decimal(10), sbttr.peak_shaving_limit))
req = ControlRequest.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(req.deleteflg,True)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
self.assertIsNone(res.result,)
self.assertEqual(res.resultmsg,"")
def test_settingDEG(self):
sdeg = SettingDEG(controllerid=self.con)
sdeg.deviceindex = 1
sdeg.max_power = 99999.9
sdeg.min_sec_switch_onoff = 99
sdeg.max_cnt_switch_onoff = 99
sdeg.mode = 1
sdeg.save()
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=30,devicetype=6)
req.save()
self.client = Client()
deviceindex = "1"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"SETTING",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"DEG", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
ressettting = result[4].split(',')
self.assertEqual(ressettting[0], str(int(sdeg.max_power*10)),)
self.assertEqual(ressettting[1], str(sdeg.min_sec_switch_onoff),)
self.assertEqual(ressettting[2], str(sdeg.max_cnt_switch_onoff),)
self.assertEqual(ressettting[3], str(sdeg.mode),)
req = ControlRequest.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(req.deleteflg,True)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
self.assertIsNone(res.result,)
self.assertEqual(res.resultmsg,"")
def test_GET_LOG(self):
slog = SettingGetLogInfo(controllerid=self.con)
slog.deviceindex = 1
slog.logfile = "AAAa"
slog.save()
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=60,devicetype=1)
req.save()
self.client = Client()
deviceindex = "1"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
print response.content
self.assertEqual(result[0],"GET_LOG",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"CONTROLLER", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
self.assertEqual(result[4] ,"AAAa", "deviceid don't match %s" % result[3])
req = ControlRequest.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(req.deleteflg,True)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
self.assertIsNone(res.result,)
self.assertEqual(res.resultmsg,"")
def test_FW_UPDATE(self):
sfw = SettingFWUpdateInfo(controllerid=self.con)
sfw.deviceindex = 1
sfw.url = "AAAa"
fwt = FWType(typeid="0",typenm="test0",devicetype=self.devicetype)
fwt.save()
fwt2 = FWType(typeid="1",typenm="test1",devicetype=self.devicetype)
fwt2.save()
fwif = FWInfo(type=fwt2,version="X.X",url="http://aaa.aaa.aaa/romfs.img.gz",filehash="aaaa")
fwif.save()
sfw.fw = fwif
sfw.save()
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=50,devicetype=1)
req.save()
self.client = Client()
deviceindex = "1"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
print response.content
self.assertEqual(result[0],"FW_UPDATE",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"CONTROLLER", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
self.assertEqual(result[4] ,"2", "deviceid don't match %s" % result[4])
self.assertEqual(result[5] ,";http", "deviceid don't match %s" % result[5])
req = ControlRequest.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(req.deleteflg,True)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
self.assertIsNone(res.result,)
self.assertEqual(res.resultmsg,"")
def test_Directive(self):
req = ControlRequest(controllerid=self.con,deviceindex=1,controltype=80,devicetype=1)
req.save()
direct = SettingDirective()
direct.controllerid = self.con
direct.target_day = datetime.date(2014,1,2)
direct.period_no = 0
direct.period_type = 1
direct.grid_cost = 1
direct.outage_probability = 0
direct.start_time = datetime.time(0,0,0)
direct.end_time =datetime.time(12,0,0)
direct.soc_opt =50
direct.outage_cnt_opt = 0
direct.outage_soc_max_opt = 50
direct.outage_soc_min_opt = 50
direct.save()
objs = SettingDirective.objects.filter(controllerid = self.con).order_by("period_no")
print len(objs)
direct2 = SettingDirective()
direct2.controllerid = self.con
direct2.target_day = datetime.date(2014,1,2)
direct2.period_no = 1
direct2.period_type = 2
direct2.grid_cost =2
direct2.outage_probability = 0
direct2.start_time = datetime.time(12,0,0)
direct2.end_time =datetime.time(0,0,0)
direct2.soc_opt =20
direct2.outage_cnt_opt = 0
direct2.outage_soc_max_opt = 50
direct2.outage_soc_min_opt = 50
direct2.save()
objs = SettingDirective.objects.filter(controllerid = self.con).order_by("period_no")
print len(objs)
self.client = Client()
deviceindex = "1"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
print response.content
result = response.content.split(":")
self.assertEqual(result[0],"DIRECTIVE",'controltype does not match %s' % result[0])
self.assertRegexpMatches(result[1],"[0-9]+", "id don't match %s" % result[1])
self.assertEqual(result[2] ,"CONTROLLER", "controltype don't match %s" % result[2])
self.assertEqual(result[3] ,"1", "deviceid don't match %s" % result[3])
self.assertEqual(result[4],"2","csvdata don't match %s = %s " % (result[4],direct.getline()))
self.assertEqual(result[5],direct.getline(),"csvdata don't match %s = %s " % (result[5],direct.getline()))
self.assertEqual(result[6],direct2.getline(),"csvdata don't match %s = %s " % (result[6],direct2.getline()))
req = ControlRequest.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(req.deleteflg,True)
res = ControlResult.objects.filter(controllerid_id__exact=self.con.controllerid).order_by("updatedate")[0:1].get()
self.assertEqual(res.requestid ,int(result[1]), "requestid don't match {0}".format(res.requestid))
self.assertEqual(res.controllerid ,req.controllerid, "controllerid don't match {0}".format(res.controllerid))
self.assertEqual(res.deviceindex ,req.deviceindex, "deviceindex don't match {0}".format(res.deviceindex))
self.assertEqual(res.controltype ,req.controltype, "controltype don't match {0}".format(res.controltype))
self.assertEqual(res.devicetype ,req.devicetype, "devicetype don't match {0}".format(res.devicetype))
self.assertIsNone(res.result,)
self.assertEqual(res.resultmsg,"")
def test_multirequest(self):
req1 = ControlRequest(controllerid=self.con,deviceindex=1,controltype=10,devicetype=1)
req1.save()
req2 = ControlRequest(controllerid=self.con,deviceindex=1,controltype=40,devicetype=1)
req2.save()
self.client = Client()
deviceindex = "1"
alarmtype = "0"
senddate = "2020-07-08 11:11:11"
csvline = ','.join([self.con.controllerid,deviceindex,senddate,alarmtype,])
has = hashlib.md5(csvline+"gaui120gtahogsa").hexdigest()
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"RESET",)
self.assertEqual(result[2] ,"CONTROLLER", )
self.assertEqual(result[3] ,"1", )
self.assertEqual(result[4],"",)
response = self.client.post('/emsserver/deviceif/polling/' + has,csvline,'application/x-www-form-urlencoded')
result = response.content.split(':')
self.assertEqual(result[0],"GET_SETTING",)
self.assertEqual(result[2] ,"CONTROLLER", )
self.assertEqual(result[3] ,"1", )
self.assertEqual(result[4],"",)
class TestSql:
def test_connSql(self):
print "###################################"
try:
db = MySQLdb.connect(host="localhost",
user="******",
passwd="ems=2013",
db="emsserver")
cur = db.cursor()
cur.execute("select * from receivedata_event")
for row in cur.fetchall():
#print row
#print "hello"
pass
db.close()
except Exception as e:
print e
def test_email(self):
a = DailyMail()
a.getevent()
def add_group(self):
print "Adding group"
self.group1 = Group(name="group")
self.group1.save()
self.group2 = Group(name="group2")
self.group2.save()
self.area = AreaInfo(areaid="TEST000000",
areanm="TEST",
groupid=self.group1)
self.area.save()
self.place = PlaceInfo(placeid="TEST000000",
placenm="TEST",
areaid=self.area,
groupid=self.group2)
self.place.save()
self.devicetype = DeviceTypeInfo(typeid="0",
devicetype=1,
typenm="Controller")
self.devicetype.save()
print "Enter controller id from 0 to 19, please enter a single digit.\n"
for ev in range(14):
id1 = raw_input()
test_ev = "0000-0000-0000" + id1
self.con = ControllerInfo(controllerid=test_ev,
placeid=self.place,
controllernm="TEST cont",
type=self.devicetype)
self.con.save()
def test_sms(self):
print "In test sms"
evn = Event(controllerid="0000-0000-000000",
deviceindex=0,
alarmtype=1)
#from datetime import datetime, time, timedelta
#tz = pytz.timezone("Asia/Calcutta")
#dt_naive = datetime.today()
#dt = tz.localize(dt_naive, is_dst=None)
evn.senddate = timezone.now()
#evn.senddate = dt
#evn.senddate = (datetime.date.today() - datetime.timedelta(1))
#print evn.senddate
evn.measureddate = timezone.now()
evn.id = createid(evn.controllerid, evn.measureddate, Event)
evn.code = "1010000011"
evn.level = 0
evn.message = "Changed Controller Setting by the Controller"
#evn.save()
evsms = EventSms()
evsms.priorityno = 0
evsms.sendrange = 0
evsms.sendhappen = True
evsms.sendrestore = False
evsms.subject = 'Test Mail'
evsms.message = 'Controller : $CONT-NM$ Area : $AREA-NM$ Place : $PLACE-NM$ Target Event Message : $MESSAGE$ Target Event Datetime: $DATETIME$ Target Event Code : $CODE$ Target Event Level : $LEVEL$ '
evsms.targetevent = '1010000011'
#evsms.phone_no = '8800968857'
#evsms.save()
evn.save()
def create_event(self, controID):
#print "Enter controller id from 0 to 19, please enter a single digit.\n"
#id1 = raw_input()
#test_ev = "0000-0000-0000" + id1
test_ev = controID
print "How many event you want to generate, please enter a digit \n"
ev_gen = raw_input()
evList = []
for ev in range(int(ev_gen)):
evn = Event(controllerid=test_ev, deviceindex=0, alarmtype=3)
#from datetime import datetime, time, timedelta
#tz = pytz.timezone("Asia/Calcutta")
#dt_naive = datetime.today()
#dt = tz.localize(dt_naive, is_dst=None)
#evn.senddate = dt
evn.senddate = timezone.now()
evn.updatedate = timezone.now()
#evn.senddate = (dt.date() + timedelta(days=1))
#evn.senddate = "2014-09-25 02:14:17"
#evn.senddate = (datetime.date.today() - datetime.timedelta(1))
#print evn.senddate
evn.measureddate = timezone.now()
#evn.measureddate = "2014-11-27 11:17:37.475515+00:00"
#evn.measureddate = "2015-03-07 20:38:00"
#evn.measureddate = (datetime.date.today() - datetime.timedelta(1))
#evn.measureddate = (timezone.now() - timedelta(1000))
print evn.measureddate
#evn.measureddate = datetime.today()
evn.id = createid(evn.controllerid, evn.measureddate, Event)
evn.code = "2100000003"
#evn.code = "2020000002"
#evn.code = "3090000014"
#evn.code = "8080808081"
#evn.code = "2060000007"
#evn.code = "2090000002"
#if ev % 2 == 0:
# evn.level = 3
#else :
# evn.level = 2
evn.level = 3
#evn.message = "EMS Controller SNMP NO Response"
evn.message = "Event Message 1"
print "Saving event########"
#evList.append(evn)
#for l in evList:
evn.save()
#print evn.senddate
def updateBattData(self, controID):
battery = MeasuredBattery(controllerid=controID,
deviceindex="0",
alarmtype=3)
battery.measureddate = timezone.now()
#battery.measureddate = (datetime.date.today() - datetime.timedelta(1000))
battery.senddate = timezone.now()
#battery.senddate = (datetime.date.today() - datetime.timedelta(1000))
status = raw_input(
"Enter 01 to CHARGE, 02 to DISCHARGE, 00 to IDLE and 10 to FAILURE \n"
)
if status == "01":
battery.status = status #charge
elif status == "02":
battery.status = status #discharge
elif status == "00":
battery.status = status #idle
elif status == "10":
battery.status = status #failure
else:
print "Wrong choice"
#battery.status = "02" #discharge
#battery.status = "00" #idle
#battery.status = "10" #failure
battery.soc = "30"
battery.energy = "16342.9"
battery.id = createid(battery.controllerid, battery.measureddate,
MeasuredBattery)
battery.soh = "100"
battery.power = "30.6"
battery.celltem = "30"
battery.uniquekey = "123456"
battery.save()
def updateDegData(self, controID):
deg = MeasuredDEG(controllerid=controID, deviceindex="0", alarmtype=3)
#deg.measureddate = (datetime.date.today() - datetime.timedelta(1000))
#deg.senddate = (datetime.date.today() - datetime.timedelta(1000))
deg.measureddate = timezone.now()
deg.senddate = timezone.now()
status = raw_input("Enter 0 to ON DEG and 1 to OFF DEG\n")
if status == "1":
deg.status = status #off
elif status == "0":
deg.status = status #on
else:
print "Wrong choice"
deg.power = "0.0"
deg.id = createid(deg.controllerid, deg.measureddate, MeasuredDEG)
deg.uniquekey = "123457"
deg.save()
def updateGridData(self, controID):
grid = MeasuredGrid(controllerid=controID,
deviceindex="0",
alarmtype=3)
#grid.measureddate = (datetime.date.today() - datetime.timedelta(1000))
#grid.senddate = (datetime.date.today() - datetime.timedelta(1000))
grid.measureddate = timezone.now()
grid.senddate = timezone.now()
status = raw_input("Enter 0 to OUTAGE and 1 to NO OUTAGE\n")
if status == "1":
grid.status = status #no outage
elif status == "0":
grid.status = status #outage
else:
print "Wrong choice"
grid.power = "100"
grid.id = createid(grid.controllerid, grid.measureddate, MeasuredGrid)
grid.uniquekey = "123458"
grid.save()
def updatePvData(self, controID):
pv = MeasuredPV(controllerid=controID, deviceindex="0", alarmtype=3)
#pv.measureddate = (datetime.date.today() - datetime.timedelta(1000))
#pv.senddate = (datetime.date.today() - datetime.timedelta(1000))
pv.measureddate = timezone.now()
pv.senddate = timezone.now()
pv.id = createid(pv.controllerid, pv.measureddate, MeasuredPV)
power = raw_input("Enter 0 to give pv power and 1 to 0.0 pv power\n")
if power == "0":
pvPow = raw_input("Enter a pv power\n")
pv.power = pvPow
elif power == "1":
pv.power = "0.0"
else:
print "Wrong choice"
#pv.power = "30.6"
pv.uniquekey = "123459"
pv.save()
def updateLoadData(self, controID):
load = MeasuredLoad(controllerid=controID,
deviceindex="0",
alarmtype=3)
#load.measureddate = (datetime.date.today() - datetime.timedelta(1000))
#load.senddate = (datetime.date.today() - datetime.timedelta(1000))
load.measureddate = timezone.now()
load.senddate = timezone.now()
load.id = createid(load.controllerid, load.measureddate, MeasuredLoad)
loadPower = raw_input("Enter power\n")
load.power = loadPower
load.uniquekey = "123459"
load.save()
def updatePowerData(self, controID):
power = MeasuredPower(controllerid=controID,
deviceindex="0",
alarmtype=3)
#power.measureddate = (datetime.date.today() - datetime.timedelta(1000))
#power.senddate = (datetime.date.today() - datetime.timedelta(1000))
power.measureddate = timezone.now()
power.senddate = timezone.now()
power.id = createid(power.controllerid, power.measureddate,
MeasuredPower)
powerChoice = raw_input(
"Enter 0 for power_a, power_b, power_c and 1 for default values \n"
)
if powerChoice == "0":
voltage_a = raw_input("Enter voltage_a in decimal\n")
power.voltage_a = voltage_a
current_a = raw_input("Enter current_a in decimal\n")
power.current_a = current_a
power_a = raw_input("Enter power_a in decimal\n")
power.power_a = power_a
app_power_a = raw_input("Enter apparent power_a in decimal\n")
power.app_power_a = app_power_a
voltage_b = raw_input("Enter voltage_b in decimal\n")
power.voltage_b = voltage_b
current_b = raw_input("Enter current_b in decimal\n")
power.current_b = current_b
power_b = raw_input("Enter power_b in decimal\n")
power.power_b = power_b
app_power_b = raw_input("Enter apparent power_b in decimal\n")
power.app_power_b = app_power_b
voltage_c = raw_input("Enter voltage_c in decimal\n")
power.voltage_c = voltage_c
current_c = raw_input("Enter current_c in decimal\n")
power.current_c = current_c
power_c = raw_input("Enter power_c in decimal\n")
power.power_c = power_c
app_power_c = raw_input("Enter apparent power_c in decimal\n")
power.app_power_c = app_power_c
elif powerChoice == "1":
power.voltage_a = "0.0"
power.current_a = "0.0"
power.power_a = "0.0"
power.app_power_a = "0.0"
power.voltage_b = "0.0"
power.current_b = "0.0"
power.power_b = "0.0"
power.app_power_b = "0.0"
power.voltage_c = "0.0"
power.current_c = "0.0"
power.power_c = "0.0"
power.app_power_c = "0.0"
else:
print "Wrong choice"
##pv.power = "30.6"
power.uniquekey = "123459"
power.save()