def test_platform_pin_count(self): self.assertEqual(m.getPinCount(), PLATFORM_PINCOUNT, "Wrong number of pins reported by platform")
import mraa
mraa.init()
print(mraa.getPinCount())
print(mraa.getVersion())
print("Raw adc bits: " + str(mraa.adcRawBits()))
print("Support adc bits: " + str(mraa.adcSupportedBits()))
count = 0
while (count < 100):
try:
#There is no adcs on this dragonboard. wtf!! even from 0 to 100
print("Reading I2c" + str(count))
port = mraa.I2c(count)
print("Trying to read I2c" + str(count))
port.dir(mraa.DIR_IN)
a = port.read(count)
if (a / 255 * 100 > 90):
pass #BOTTLE IF FULL
elif (a / 255 * 100 < 50):
pass #BOTTLE IS HALF FULL
elif (a / 255 * 100 < 25):
pass #YOU MIGHT WANNA CONSIDER REFILL THE MEDICINE
elif (a / 255 * 100 < 10):
pass #TIME TO GO GET MEDICATION
print("Got a I2c" + str(count) + " of " + str(a))
except:
print("Are you sure you have an I2c" + str(count))
count = count + 1
def test_mraa_check_platform_no_of_pins(self):
pinCount = m.getPinCount()
self.assertEqual(pinCount, 20,
"Wrong number. of pins. Check platform ...")
def test_platform_pin_count(self):
self.assertEqual(m.getPinCount(), PLATFORM_PINCOUNT,
"Wrong number of pins reported by platform")
def test_mraa_check_platform_no_of_pins(self):
pinCount = m.getPinCount()
self.assertEqual(pinCount, 20, "Wrong number. of pins. Check platform ...")
def test_mraa_check_platform_no_of_pins(self): self.p_no_of_pins = m.getPinCount() print "Platform no. of pins: " + str(self.p_no_of_pins) self.assertEqual(self.p_no_of_pins, 20, "Wrong no. of pins. Check platform ...")
