def execute():
"""
Executable
:return:
"""
parser = _setup_arg_parser()
provided_args = parser.parse_args(sys.argv[1:])
data_dir = provided_args.datadir
cook_name = provided_args.cookname
output_file = "/home/pi/pitmaster_flex.sq3"
use_lcd = provided_args.tft
sensors = sensor.find_temp_sensors()
data_obj = DBObject(filename=output_file)
if use_lcd:
display = LocalDisplay()
display.set_display_msg("Welcome!")
try:
while True:
for sen in sensors:
temp_c = sensor.read_temp(sen["location"])
temp_f = temps.from_c_to_f(temp=temp_c)
info = {
"date": time.time(),
"temp_f": temp_f,
"temp_c": temp_c,
"probe_name": sen["name"],
"cook_name": cook_name
}
data_obj.save(info=info)
if use_lcd:
display.check_events()
display.set_display_msg("{}: {}f".format(
sen["name"],
temp_f
))
time.sleep(3)
except KeyboardInterrupt:
print
for i in data_obj.list_all_by_cook(cook_name=cook_name):
print i
raise SystemExit
def execute():
"""
Executable
:return:
"""
parser = _setup_arg_parser()
provided_args = parser.parse_args(sys.argv[1:])
data_dir = provided_args.datadir
cook_name = provided_args.cookname
output_file = "/home/pi/pitmaster_flex.sq3"
use_lcd = provided_args.tft
sensors = sensor.find_temp_sensors()
data_obj = DBObject(filename=output_file)
if use_lcd:
display = LocalDisplay()
display.set_display_msg("Welcome!")
try:
while True:
for sen in sensors:
temp_c = sensor.read_temp(sen["location"])
temp_f = temps.from_c_to_f(temp=temp_c)
info = {
"date": time.time(),
"temp_f": temp_f,
"temp_c": temp_c,
"probe_name": sen["name"],
"cook_name": cook_name
}
data_obj.save(info=info)
if use_lcd:
display.check_events()
display.set_display_msg("{}: {}f".format(
sen["name"], temp_f))
time.sleep(3)
except KeyboardInterrupt:
print
for i in data_obj.list_all_by_cook(cook_name=cook_name):
print i
raise SystemExit
def test_c_to_f_when_c_str_invalid_prop_exception_raised(self):
c_temp = "hello"
with self.assertRaises(InvalidPropertyException) as c:
temps.from_c_to_f(c_temp)
self.assertIn("temp must be a valid number", c.exception.message)
def test_c_to_f_when_c_none_raises_missing_property(self):
c_temp = None
with self.assertRaises(MissingPropertyException) as c:
temps.from_c_to_f(c_temp)
self.assertEqual("temp can not be None!", c.exception.message)
def test_c_to_f_when_c_positive(self):
c_temp = 107.6
expected = 225.68
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
def test_c_to_f_when_c_negative(self):
c_temp = -11.2
expected = 11.84
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
def test_c_to_f_when_c_0(self):
c_temp = 0
expected = 32
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
def test_c_to_f_when_c_str_invalid_prop_exception_raised(self):
c_temp = "hello"
with self.assertRaises(InvalidPropertyException) as c:
temps.from_c_to_f(c_temp)
self.assertIn("temp must be a valid number", c.exception.message)
def test_c_to_f_when_c_none_raises_missing_property(self):
c_temp = None
with self.assertRaises(MissingPropertyException) as c:
temps.from_c_to_f(c_temp)
self.assertEqual("temp can not be None!", c.exception.message)
def test_c_to_f_when_c_positive(self):
c_temp = 107.6
expected = 225.68
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
def test_c_to_f_when_c_negative(self):
c_temp = -11.2
expected = 11.84
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
def test_c_to_f_when_c_0(self):
c_temp = 0
expected = 32
actual = temps.from_c_to_f(c_temp)
self.assertEqual(expected, actual)
