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unittest_ekmmeters.py
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unittest_ekmmeters.py
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"""
Simple unit tests for the ekmmeters library. While it should work
under any python unittest caller, it requires attached, named meters,
and the serial port name to use. The included sample values are as
employed in Windows, Linux and OS X release tests.
(c) 2015, 2016 EKM Metering.
This software is provided under an MIT license:
https://opensource.org/licenses/MIT
"""
from six.moves import configparser
import random
import unittest
from ekmmeters import *
class TestObserver(MeterObserver):
"""
Observer subclass for test
"""
def __init__(self):
"""Constructor for test observer"""
super(MeterObserver, self).__init__()
def update(self, definition_buffer):
"""
Required override of update() for this observer
Parameters
----------
definition_buffer : collections.OrderedDict
Results of last read
"""
pass
def loadparams():
"""
Helper. Call at start of any test function which needs the meter and port
(all of them)
"""
test_ini = configparser.ConfigParser()
test_ini.read('unittest.ini')
test_port = test_ini.get("PARAMS", 'test_port')
v3_addr = test_ini.get("PARAMS", 'v3_addr')
v4_addr = test_ini.get("PARAMS", 'v4_addr')
dbpath = test_ini.get("PARAMS", 'dbpath')
user_prompts = test_ini.getboolean("PARAMS", "user_prompts")
wait = test_ini.getfloat("PARAMS", "force_wait")
return wait, test_port, v3_addr, v4_addr, dbpath, user_prompts
class AcceptanceTest(unittest.TestCase):
"""
Lightweight traversal of all reads and settings.
Non schedule settings tests include both read
and write, with 2 consecutive values.
Edit unittest.ini to parameterize test for
currently attached meters and port
In real use, the serial port would remain open over
an entire session. In this set of test methods,
every test method can be executed directly and alone.
Simple manual inspection required to:
* Verify relay operation during test call
* Check LCD display during test call
* Check return for schedule period, month schedules.
holiday dates, seasons, weekend schedules and
resettable kWh. Use any unittests drop down tool.
as UI. Ideally a high current pickup
is avaliable. Modify test calls as appropriate
for inspection.
"""
@classmethod
def setUpClass(cls):
super(AcceptanceTest, cls).setUpClass()
def testReadAndDb(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
print(v4_addr)
port = SerialPort(test_port, force_wait=wait)
print("***** Read and database tests")
print("Manually remove test database to force recreate")
failed = False
try:
ekm_set_log(ekm_print_log)
my_observer = IntervalObserver(10)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV3 = V3Meter(v3_addr)
meterV4.attachPort(port)
meterV4.registerObserver(my_observer)
meterV3.attachPort(port)
meterV4.request()
meterV3.request()
meterDB = SqliteMeterDB("test.db")
meterDB.dbDropReads()
meterDB.dbCreate()
print( "*****************************************************")
print("***** Two reads from each meter")
for i in range(2):
i += 1
try:
if meterV4.request():
meterV4.insert(meterDB)
test = meterV4.jsonRender(meterV4.getReadBuffer())
json_test = json.loads(test)
print("Read meter address (Request and jsonRender): " \
+ json_test[Field.Meter_Address])
print(json.dumps(json_test, indent=4))
else:
print("Fail v4 request\n")
if meterV3.request():
meterV3.insert(meterDB)
test = meterV3.jsonRender(meterV3.getReadBuffer())
json_test = json.loads(test)
print("Read meter address (Request and jsonRender): " \
+ json_test[Field.Meter_Address])
print(json.dumps(json_test, indent=4))
else:
print("Fail v3 request\n")
except:
print(traceback.format_exc(sys.exc_info()))
for frame in traceback.extract_tb(sys.exc_info()[2]):
fname, lineno, fn, text = frame
print("Error in %s on line %d" % (fname, lineno))
return False
print( "***** End Two reads from each meter")
print("*****************************************************")
print("***** Database reads ")
print("***** MeterDB.renderJsonReadsSince (v3, v4): ")
print(meterDB.renderJsonReadsSince(0, meterV4.getMeterAddress()))
print(meterDB.renderJsonReadsSince(0, meterV3.getMeterAddress()))
print("*****************************************************")
print("***** MeterDB.renderRaw JsonReadsSince (v3, v4): ")
print("\nMeterDB.renderRawJsonReadsSince: ")
print(meterDB.renderRawJsonReadsSince(0, meterV4.getMeterAddress()))
print(meterDB.renderRawJsonReadsSince(0, meterV3.getMeterAddress()))
print("***** End database reads")
print("*****************************************************")
print("***** Delete table ")
print("*****Run MeterDB.dbDropReads (clear) ")
print("***** End delete table")
print("*****************************************************")
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
for frame in traceback.extract_tb(sys.exc_info()[2]):
fname, lineno, fn, text = frame
print("Error in %s on line %d" % (fname, lineno))
self.assertEqual(True, False)
port.closePort()
if failed == True:
self.assertEqual(True, False)
def testSetPasswordV3(self):
failed = False
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
try:
print("***** password V3 test")
print("If this test fails, the meter password may be stuck at 00000001")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.setMeterPassword("00000001", "00000000"), True)
self.assertEqual(meterV3.setMeterPassword("00000000", "00000001"), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
if failed == True:
self.assertEqual(True, False)
def testSetPasswordV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** password V3 test")
print("If this test fails, the meter password may be stuck at 00000001")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.setMeterPassword("00000001", "00000000"), True)
self.assertEqual(meterV3.setMeterPassword("00000000", "00000001"), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.request(), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadScheduleTariffsV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read periods and times V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.readScheduleTariffs(ReadSchedules.Schedules_1_To_4), True)
self.assertEqual(meterV4.readScheduleTariffs(ReadSchedules.Schedules_5_To_8), True)
pt_buf_1 = meterV4.getSchedulesBuffer(ReadSchedules.Schedules_1_To_4)
pt_buf_2 = meterV4.getSchedulesBuffer(ReadSchedules.Schedules_5_To_8)
print(meterV4.jsonRender(pt_buf_1))
print(meterV4.jsonRender(pt_buf_2))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadScheduleTariffsV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** read periods and times V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.readScheduleTariffs(ReadSchedules.Schedules_1_To_4), True)
self.assertEqual(meterV3.readScheduleTariffs(ReadSchedules.Schedules_5_To_8), True)
pt_buf_1 = meterV3.getSchedulesBuffer(ReadSchedules.Schedules_1_To_4)
pt_buf_2 = meterV3.getSchedulesBuffer(ReadSchedules.Schedules_5_To_8)
print(meterV3.jsonRender(pt_buf_1))
print(meterV3.jsonRender(pt_buf_2))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadMonthsTariffsV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** read months V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.readMonthTariffs(ReadMonths.kWh), True)
mon_buf_kwh = meterV4.getMonthsBuffer(ReadMonths.kWh)
print(meterV4.jsonRender(mon_buf_kwh))
self.assertEqual(meterV4.readMonthTariffs(ReadMonths.kWhReverse), True)
mon_buf_rev_kwh = meterV4.getMonthsBuffer(ReadMonths.kWhReverse)
print(meterV4.jsonRender(mon_buf_rev_kwh))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadHolidayDatesV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read holidays V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.readHolidayDates(), True)
hd_buf = meterV4.getHolidayDatesBuffer()
print(meterV4.jsonRender(hd_buf))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadHolidayDatesV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read holidays V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.readHolidayDates(), True)
hd_buf = meterV3.getHolidayDatesBuffer()
print(meterV3.jsonRender(hd_buf))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadMonthTariffsV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read months V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.readMonthTariffs(ReadMonths.kWh), True)
mon_buf_kwh = meterV3.getMonthsBuffer(ReadMonths.kWh)
print(meterV3.jsonRender(mon_buf_kwh))
self.assertEqual(meterV3.readMonthTariffs(ReadMonths.kWhReverse), True)
mon_buf_rev_kwh = meterV3.getMonthsBuffer(ReadMonths.kWhReverse)
print(meterV3.jsonRender(mon_buf_rev_kwh))
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testReadV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** read V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.request(), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetCtV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** CT V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.setCTRatio(CTRatio.Amps_200), True)
self.assertEqual(meterV4.request(), True)
str_ct = meterV4.getField(Field.CT_Ratio)
print("V4 CT after 200 set = " + str_ct)
self.assertEqual(str_ct == str(CTRatio.Amps_200), True)
self.assertEqual(meterV4.setCTRatio(CTRatio.Amps_400), True)
self.assertEqual(meterV4.request(), True)
str_ct = meterV4.getField(Field.CT_Ratio)
print("V4 CT after 400 set = " + str_ct)
self.assertEqual(str_ct == str(CTRatio.Amps_400), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetHoldayWeekendV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** Holiday weekend V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.setWeekendHolidaySchedules(1, 2), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetHolidayWeekendV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Holiday weekend V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.setWeekendHolidaySchedules(1, 2), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetMaxDemandIntervalV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Max Demand Interval Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.setMaxDemandResetInterval(MaxDemandResetInterval.Hourly), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetPulseOuputRatioV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Pulse output V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.setPulseOutputRatio(PulseOutput.Ratio_5), True)
self.assertEqual(meterV4.request(), True)
str_out = meterV4.getField(Field.Pulse_Output_Ratio)
self.assertEqual(str(str_out) == str(PulseOutput.Ratio_5), True)
self.assertEqual(meterV4.setPulseOutputRatio(PulseOutput.Ratio_16), True)
self.assertEqual(meterV4.request(), True)
str_out = meterV4.getField(Field.Pulse_Output_Ratio)
self.assertEqual(str(str_out) == str(PulseOutput.Ratio_16), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetCtV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
ekm_set_log(ekm_print_log)
print("***** CT V3 Test")
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.request(), True)
self.assertEqual(meterV3.setCTRatio(CTRatio.Amps_200), True)
self.assertEqual(meterV3.request(), True)
str_ct = meterV3.getField(Field.CT_Ratio)
print("V3 CT after 200 set = " + str_ct)
self.assertEqual(str_ct == str(CTRatio.Amps_200), True)
self.assertEqual(meterV3.request(), True)
self.assertEqual(meterV3.setCTRatio(CTRatio.Amps_400), True)
self.assertEqual(meterV3.request(), True)
str_ct = meterV3.getField(Field.CT_Ratio)
print("V3 CT after 400 set = " + str_ct)
self.assertEqual(str_ct == str(CTRatio.Amps_400), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetTimeV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Set Meter Time V4")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.request(), True)
yy = 2016
mm = 11
dd = 22
hh = 15
min = 39
ss = 2
self.assertEqual(meterV4.setTime(yy, mm, dd, hh, min, ss), True)
self.assertEqual(meterV4.request(), True)
str_time = meterV4.getField(Field.Meter_Time)
print(str_time)
date_tuple = meterV4.splitEkmDate(int(str_time))
if (((yy - 2000) == date_tuple.yy) and
(mm == date_tuple.mm) and
(dd == date_tuple.dd) and
(hh == date_tuple.hh) and
(min == date_tuple.minutes)):
print( "Passed and return time agree pass 1")
else:
self.assertEqual(True, False)
yy = 2019
mm = 3
dd = 16
hh = 23
min = 56
ss = 5
self.assertEqual(meterV4.setTime(yy, mm, dd, hh, min, ss), True)
self.assertEqual(meterV4.request(), True)
str_time = meterV4.getField(Field.Meter_Time)
date_tuple = meterV4.splitEkmDate(int(str_time))
if (((yy - 2000) == date_tuple.yy) and
(mm == date_tuple.mm) and
(dd == date_tuple.dd) and
(hh == date_tuple.hh) and
(min == date_tuple.minutes)):
print( "Passed and return time agree pass 2")
else:
self.assertEqual(True, False)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetTimeV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** Set Meter Time V3")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.request(), True)
yy = 2016
mm = 11
dd = 22
hh = 15
min = 39
ss = 2
self.assertEqual(meterV3.setTime(yy, mm, dd, hh, min, ss), True)
self.assertEqual(meterV3.request(), True)
str_time = meterV3.getField(Field.Meter_Time)
date_tuple = meterV3.splitEkmDate(int(str_time))
if (((yy - 2000) == date_tuple.yy) and
(mm == date_tuple.mm) and
(dd == date_tuple.dd) and
(hh == date_tuple.hh) and
(min == date_tuple.minutes)):
print( "Passed and return time agree pass 1")
else:
self.assertEqual(True, False)
yy = 2019
mm = 3
dd = 16
hh = 23
min = 56
ss = 5
self.assertEqual(meterV3.setTime(yy, mm, dd, hh, min, ss), True)
self.assertEqual(meterV3.request(), True)
str_time = meterV3.getField(Field.Meter_Time)
date_tuple = meterV3.splitEkmDate(int(str_time))
if (((yy - 2000) == date_tuple.yy) and
(mm == date_tuple.mm) and
(dd == date_tuple.dd) and
(hh == date_tuple.hh) and
(min == date_tuple.minutes)):
print( "Passed and return time agree pass 2")
else:
self.assertEqual(True, False)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetMaxDemandPeriodV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Max Demand Period V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.setMaxDemandPeriod(MaxDemandPeriod.At_15_Minutes), True)
self.assertEqual(meterV4.request(), True)
str_mdp = meterV4.getField(Field.Max_Demand_Period)
if int(str_mdp) != MaxDemandPeriod.At_15_Minutes:
self.assertEqual(False, True)
self.assertEqual(meterV4.setMaxDemandPeriod(MaxDemandPeriod.At_30_Minutes), True)
self.assertEqual(meterV4.request(), True)
str_mdp = meterV4.getField(Field.Max_Demand_Period)
if int(str_mdp) != MaxDemandPeriod.At_30_Minutes:
self.assertEqual(False, True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetPulseInputRatioV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Pulse ratio V4 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.request(), True)
p1new = 34
p2new = 93
p3new = 87
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In1, p1new), True)
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In2, p2new), True)
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In3, p3new), True)
self.assertEqual(meterV4.request(), True)
str_pulse_1 = meterV4.getField(Field.Pulse_Ratio_1)
str_pulse_2 = meterV4.getField(Field.Pulse_Ratio_2)
str_pulse_3 = meterV4.getField(Field.Pulse_Ratio_3)
self.assertEqual(str_pulse_1 == str(p1new), True)
self.assertEqual(str_pulse_2 == str(p2new), True)
self.assertEqual(str_pulse_3 == str(p3new), True)
p1new = 121
p2new = 343
p3new = 454
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In1, p1new), True)
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In2, p2new), True)
self.assertEqual(meterV4.setPulseInputRatio(Pulse.In3, p3new), True)
self.assertEqual(meterV4.request(), True)
str_pulse_1 = meterV4.getField(Field.Pulse_Ratio_1)
str_pulse_2 = meterV4.getField(Field.Pulse_Ratio_2)
str_pulse_3 = meterV4.getField(Field.Pulse_Ratio_3)
self.assertEqual(str_pulse_1 == str(p1new), True)
self.assertEqual(str_pulse_2 == str(p2new), True)
self.assertEqual(str_pulse_3 == str(p3new), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetZeroResetV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Test resettable kwh v4")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
self.assertEqual(meterV4.request(), True)
str_rev_rst = meterV4.getField(Field.Resettable_Rev_kWh_Tot)
str_rst = meterV4.getField(Field.Resettable_kWh_Tot)
print("Inital: Fwd resettable = " + str_rst + "Rev resettable kwh " + str_rev_rst)
self.assertEqual(meterV4.setZeroResettableKWH(), True)
self.assertEqual(meterV4.request(), True)
str_rev_rst = meterV4.getField(Field.Resettable_Rev_kWh_Tot)
str_rst = meterV4.getField(Field.Resettable_kWh_Tot)
self.assertEqual(str_rev_rst == str(float(0)), True)
self.assertEqual(str_rst == str(float(0)), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetScheduleTariffsV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** Test set period times v4")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
param_buf =OrderedDict()
param_buf["Schedule"] = 0
param_buf["Hour_1"] = 1
param_buf["Min_1"] = 11
param_buf["Rate_1"] = 1
param_buf["Hour_2"] = 2
param_buf["Min_2"] = 21
param_buf["Rate_2"] = 2
param_buf["Hour_3"] = 3
param_buf["Min_3"] = 31
param_buf["Rate_3"] = 3
param_buf["Hour_4"] = 4
param_buf["Min_4"] = 41
param_buf["Rate_4"] = 4
self.assertEqual(meterV4.setScheduleTariffs(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetScheduleTariffsV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Test set period times v3")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
param_buf =OrderedDict()
param_buf["Schedule"] = 0
param_buf["Hour_1"] = 1
param_buf["Min_1"] = 11
param_buf["Rate_1"] = 1
param_buf["Hour_2"] = 2
param_buf["Min_2"] = 21
param_buf["Rate_2"] = 2
param_buf["Hour_3"] = 3
param_buf["Min_3"] = 31
param_buf["Rate_3"] = 3
param_buf["Hour_4"] = 4
param_buf["Min_4"] = 41
param_buf["Rate_4"] = 4
self.assertEqual(meterV3.setScheduleTariffs(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetSeasonSchedulesV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
failed = False
port = SerialPort(test_port, force_wait=wait)
try:
print("***** Test seasons v4")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
param_buf = OrderedDict()
param_buf["Season_1_Start_Month"] = 1
param_buf["Season_1_Start_Day"] = 1
param_buf["Season_1_Schedule"] = 1
param_buf["Season_2_Start_Month"] = 3
param_buf["Season_2_Start_Day"] = 21
param_buf["Season_2_Schedule"] = 2
param_buf["Season_3_Start_Month"] = 6
param_buf["Season_3_Start_Day"] = 20
param_buf["Season_3_Schedule"] = 3
param_buf["Season_4_Start_Month"] = 9
param_buf["Season_4_Start_Day"] = 21
param_buf["Season_4_Schedule"] = 4
self.assertEqual(meterV4.setSeasonSchedules(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetHolidayDatesV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Test holidays v4")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV4 = V4Meter(v4_addr)
meterV4.attachPort(port)
param_buf = OrderedDict()
param_buf["Holiday_1_Month"] = 1
param_buf["Holiday_1_Day"] = 1
param_buf["Holiday_2_Month"] = 2
param_buf["Holiday_2_Day"] = 3
param_buf["Holiday_3_Month"] = 4
param_buf["Holiday_3_Day"] = 4
param_buf["Holiday_4_Month"] = 4
param_buf["Holiday_4_Day"] = 5
param_buf["Holiday_5_Month"] = 0
param_buf["Holiday_5_Day"] = 0
param_buf["Holiday_6_Month"] = 0
param_buf["Holiday_6_Day"] = 0
param_buf["Holiday_7_Month"] = 0
param_buf["Holiday_7_Day"] = 0
param_buf["Holiday_8_Month"] = 0
param_buf["Holiday_8_Day"] = 0
param_buf["Holiday_9_Month"] = 0
param_buf["Holiday_9_Day"] = 0
param_buf["Holiday_10_Month"] = 0
param_buf["Holiday_10_Day"] = 0
param_buf["Holiday_11_Month"] = 0
param_buf["Holiday_11_Day"] = 0
param_buf["Holiday_12_Month"] = 0
param_buf["Holiday_12_Day"] = 0
param_buf["Holiday_13_Month"] = 0
param_buf["Holiday_13_Day"] = 0
param_buf["Holiday_14_Month"] = 0
param_buf["Holiday_14_Day"] = 0
param_buf["Holiday_15_Month"] = 0
param_buf["Holiday_15_Day"] = 0
param_buf["Holiday_16_Month"] = 0
param_buf["Holiday_16_Day"] = 0
param_buf["Holiday_17_Month"] = 0
param_buf["Holiday_17_Day"] = 0
param_buf["Holiday_18_Month"] = 0
param_buf["Holiday_18_Day"] = 0
param_buf["Holiday_19_Month"] = 0
param_buf["Holiday_19_Day"] = 0
param_buf["Holiday_20_Month"] = 0
param_buf["Holiday_20_Day"] = 0
self.assertEqual(meterV4.setHolidayDates(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetHolidayDatesV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Test holidays v3")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
param_buf = OrderedDict()
param_buf["Holiday_1_Month"] = 1
param_buf["Holiday_1_Day"] = 1
param_buf["Holiday_2_Month"] = 2
param_buf["Holiday_2_Day"] = 3
param_buf["Holiday_3_Month"] = 4
param_buf["Holiday_3_Day"] = 4
param_buf["Holiday_4_Month"] = 4
param_buf["Holiday_4_Day"] = 5
param_buf["Holiday_5_Month"] = 0
param_buf["Holiday_5_Day"] = 0
param_buf["Holiday_6_Month"] = 0
param_buf["Holiday_6_Day"] = 0
param_buf["Holiday_7_Month"] = 0
param_buf["Holiday_7_Day"] = 0
param_buf["Holiday_8_Month"] = 0
param_buf["Holiday_8_Day"] = 0
param_buf["Holiday_9_Month"] = 0
param_buf["Holiday_9_Day"] = 0
param_buf["Holiday_10_Month"] = 0
param_buf["Holiday_10_Day"] = 0
param_buf["Holiday_11_Month"] = 0
param_buf["Holiday_11_Day"] = 0
param_buf["Holiday_12_Month"] = 0
param_buf["Holiday_12_Day"] = 0
param_buf["Holiday_13_Month"] = 0
param_buf["Holiday_13_Day"] = 0
param_buf["Holiday_14_Month"] = 0
param_buf["Holiday_14_Day"] = 0
param_buf["Holiday_15_Month"] = 0
param_buf["Holiday_15_Day"] = 0
param_buf["Holiday_16_Month"] = 0
param_buf["Holiday_16_Day"] = 0
param_buf["Holiday_17_Month"] = 0
param_buf["Holiday_17_Day"] = 0
param_buf["Holiday_18_Month"] = 0
param_buf["Holiday_18_Day"] = 0
param_buf["Holiday_19_Month"] = 0
param_buf["Holiday_19_Day"] = 0
param_buf["Holiday_20_Month"] = 0
param_buf["Holiday_20_Day"] = 0
self.assertEqual(meterV3.setHolidayDates(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetSeasonSchedulesV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Test seasons v3")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
param_buf = OrderedDict()
param_buf["Season_1_Start_Month"] = 1
param_buf["Season_1_Start_Day"] = 1
param_buf["Season_1_Schedule"] = 1
param_buf["Season_2_Start_Month"] = 3
param_buf["Season_2_Start_Day"] = 21
param_buf["Season_2_Schedule"] = 2
param_buf["Season_3_Start_Month"] = 6
param_buf["Season_3_Start_Day"] = 20
param_buf["Season_3_Schedule"] = 3
param_buf["Season_4_Start_Month"] = 9
param_buf["Season_4_Start_Day"] = 21
param_buf["Season_4_Schedule"] = 4
self.assertEqual(meterV3.setSeasonSchedules(param_buf), True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetMaxDemandPeriodV3(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try:
print("***** Max Demand Period V3 Test")
ekm_set_log(ekm_print_log)
self.assertEqual(port.initPort(), True)
meterV3 = V3Meter(v3_addr)
meterV3.attachPort(port)
self.assertEqual(meterV3.setMaxDemandPeriod(MaxDemandPeriod.At_15_Minutes), True)
self.assertEqual(meterV3.request(), True)
str_mdp = meterV3.getField(Field.Max_Demand_Period)
if int(str_mdp) != MaxDemandPeriod.At_15_Minutes:
self.assertEqual(False, True)
self.assertEqual(meterV3.setMaxDemandPeriod(MaxDemandPeriod.At_30_Minutes), True)
self.assertEqual(meterV3.request(), True)
str_mdp = meterV3.getField(Field.Max_Demand_Period)
if int(str_mdp) != MaxDemandPeriod.At_30_Minutes:
self.assertEqual(False, True)
self.assertEqual(True, True)
except:
failed = True
print(traceback.format_exc(sys.exc_info()))
port.closePort()
self.assertEqual(failed, False)
def testSetLcdV4(self):
wait, test_port , v3_addr, v4_addr, dbpath, user_prompts = loadparams()
port = SerialPort(test_port, force_wait=wait)
failed = False
try: