def test_quick_timer(self):
hours = random.randint(0, 9)
minutes = random.randint(0, 59)
Pump(1).quick_timer = [hours, minutes]
self.assertEqual(Pump(1).quick_timer, [hours, minutes])
Pump(1).quick_timer = [0, 10]
self.assertEqual(Pump(1).quick_timer, [0, 10])
def test_time_out_timer(self):
hours = random.randint(0, 9)
minutes = random.randint(0, 59)
Pump(1).time_out_timer = [hours, minutes]
self.assertEqual(Pump(1).time_out_timer, [hours, minutes])
Pump(1).time_out_timer = [3, 0]
self.assertEqual(Pump(1).time_out_timer, [3, 0])
def test_rpm(self):
for program in Pump(1).programs:
rpm = random.randint(2000, 3000)
program.rpm = rpm
self.assertEqual(Pump(1).program(program.index).rpm, rpm)
program.rpm = 1100
self.assertEqual(Pump(1).program(program.index).rpm, 1100)
def test_set_rpm(self):
for rpm in [3000, 2500, 2000, 1100]:
with self.subTest(rpm=rpm):
Pump(1).rpm = rpm
self.assertEqual(Pump(1).rpm, rpm)
# Ugly formula below is best-fit polynomial to manually collected data.
# Across the usable rpm range, deviation stays <100 watts
self.assertAlmostEqual(Pump(1).watts,
0.0004 * (rpm**2) - 0.8 * rpm + 611,
delta=100)
def test_mode(self):
Pump(1).speed(1).mode = "EGG_TIMER"
self.assertEqual(Pump(1).speed(1).mode, "EGG_TIMER")
Pump(1).speed(1).mode = 0
self.assertEqual(Pump(1).speed(1).mode, "MANUAL")
Pump(1).speed(5).mode = "SCHEDULE"
self.assertEqual(Pump(1).speed(5).mode, "SCHEDULE")
Pump(1).speed(5).mode = 3
self.assertEqual(Pump(1).speed(5).mode, "DISABLED")
def test_fahrenheit(self):
Pump(1).fahrenheit = 1
self.assertEqual(Pump(1).fahrenheit, 1)
self.assertEqual(Pump(1).celsius, 0)
Pump(1).fahrenheit = 0
self.assertEqual(Pump(1).fahrenheit, 0)
self.assertEqual(Pump(1).celsius, 1)
def test_id(self):
Pump(1).id = 2
self.assertEqual(Pump(2).address, 97)
self.assertEqual(Pump(2).id, 2)
Pump(2).id = 1
self.assertEqual(Pump(1).address, 96)
self.assertEqual(Pump(1).id, 1)
def test_schedule_end(self):
Pump(1).speed(1).schedule_end = [7, 1]
self.assertEqual(Pump(1).speed(1).schedule_end, [7, 1])
Pump(1).speed(1).schedule_end = [18, 0]
self.assertEqual(Pump(1).speed(1).schedule_end, [18, 0])
def test_schedule_start(self):
Pump(1).speed(1).schedule_start = [7, 1]
self.assertEqual(Pump(1).speed(1).schedule_start, [7, 1])
Pump(1).speed(1).schedule_start = [11, 0]
self.assertEqual(Pump(1).speed(1).schedule_start, [11, 0])
def test_power_off(self):
Pump(1).power = False
self.assertEqual(Pump(1).power, False)
def test_antifreeze_enable(self):
Pump(1).antifreeze_enable = False
self.assertEqual(Pump(1).antifreeze_enable, False)
Pump(1).antifreeze_enable = True
self.assertEqual(Pump(1).antifreeze_enable, True)
def test_address(self):
Pump(1).address = 97
self.assertEqual(Pump(2).address, 97)
Pump(2).address = 96
self.assertEqual(Pump(1).address, 96)
def test_programs(self):
for x in range(1, 4):
Pump(1).running_program = x
self.assertEqual(Pump(1).running_program, x)
def test_prime_sensitivity(self):
sens = random.randint(1, 100)
Pump(1).prime_sensitivity = sens
self.assertEqual(Pump(1).prime_sensitivity, sens)
Pump(1).prime_sensitivity = 3
self.assertEqual(Pump(1).prime_sensitivity, 3)
def test_svrs_restart_timer(self):
seconds = random.randint(30, 300)
Pump(1).svrs_restart_timer = seconds
self.assertEqual(Pump(1).svrs_restart_timer, seconds)
Pump(1).svrs_restart_timer = 120
self.assertEqual(Pump(1).svrs_restart_timer, 120)
def test_power_on(self):
Pump(1).power = True
self.assertEqual(Pump(1).power, True)
def test_svrs_restart_enable(self):
Pump(1).svrs_restart_enable = False
self.assertEqual(Pump(1).svrs_restart_enable, False)
Pump(1).svrs_restart_enable = True
self.assertEqual(Pump(1).svrs_restart_enable, True)
def test_antifreeze_temp(self):
temp = random.randint(40, 50)
Pump(1).antifreeze_temp = temp
self.assertEqual(Pump(1).antifreeze_temp, temp)
Pump(1).antifreeze_temp = 40
self.assertEqual(Pump(1).antifreeze_temp, 40)
def test_antifreeze_rpm(self):
rpm = random.randint(2000, 3000)
Pump(1).antifreeze_rpm = rpm
self.assertEqual(Pump(1).antifreeze_rpm, rpm)
Pump(1).antifreeze_rpm = 1100
self.assertEqual(Pump(1).antifreeze_rpm, 1100)
def test_egg_timer(self):
for speed in Pump(1).speeds:
speed.egg_timer = [7, 1]
self.assertEqual(Pump(1).speed(speed.index).egg_timer, [7, 1])
speed.egg_timer = [0, 5]
self.assertEqual(Pump(1).speed(speed.index).egg_timer, [0, 5])
def test_prime_enable(self):
Pump(1).prime_enable = False
self.assertEqual(Pump(1).prime_enable, False)
Pump(1).prime_enable = True
self.assertEqual(Pump(1).prime_enable, True)
def test_soft_prime_counter(self):
self.assertEqual(Pump(1).soft_prime_counter, 10)
def test_ramp(self):
Pump(1).ramp = 100
self.assertEqual(Pump(1).ramp, 100)
Pump(1).ramp = 200
self.assertEqual(Pump(1).ramp, 200)
def test_ampm(self):
Pump(1).ampm = False
self.assertEqual(Pump(1).ampm, False)
Pump(1).ampm = True
self.assertEqual(Pump(1).ampm, True)
def test_contrast(self):
Pump(1).contrast = 1
self.assertEqual(Pump(1).contrast, 1)
Pump(1).contrast = 3
self.assertEqual(Pump(1).contrast, 3)
def test_prime_max_time(self):
time = random.randint(1, 30)
Pump(1).prime_max_time = time
self.assertEqual(Pump(1).prime_max_time, time)
Pump(1).prime_max_time = 11
self.assertEqual(Pump(1).prime_max_time, 11)
def test_rpm(self):
Pump(1).speed(1).rpm = 2000
self.assertEqual(Pump(1).speed(1).rpm, 2000)
Pump(1).speed(1).rpm = 1100
self.assertEqual(Pump(1).speed(1).rpm, 1100)
def test_prime_delay(self):
delay = random.randint(1, 600)
Pump(1).prime_delay = delay
self.assertEqual(Pump(1).prime_delay, delay)
Pump(1).prime_delay = 20
self.assertEqual(Pump(1).prime_delay, 20)
def test_max_speed(self):
Pump(1).max_speed = 3445
self.assertEqual(Pump(1).max_speed, 3445)
Pump(1).max_speed = 3450
self.assertEqual(Pump(1).max_speed, 3450)
def test_quick_clean(self):
rpm = random.randint(2000, 3000)
Pump(1).quick_rpm = rpm
self.assertEqual(Pump(1).quick_rpm, rpm)
Pump(1).quick_rpm = 2000
self.assertEqual(Pump(1).quick_rpm, 2000)
