def check_time(self, s):
"""
checks the current time in any part of the globe.
-- Examples:
check time in Manchester (UK)
"""
timeIn.main(self._jarvis, s)
def test_timeIn(self):
""" test the timeIn.main function against time.ctime """
# call timeIn.main and redirect stdout to a StringIO object
timeIn.main(self, "time in Greenwich, UK")
sys.stdout.seek(0)
output = sys.stdout.read()
# What is ctime in your current locale?
time_here = datetime.datetime.now()
# Create a datetime object for the api call
output_list = output.split(' ')
result = datetime.datetime.strptime(' '.join([output_list[-2],
output_list[-1][0:8]]),
'%Y-%m-%d %H:%M:%S')
# Create a timedelta object to adjust for your locale's timezone
# print self.dst
delta_tz = datetime.timedelta(
hours=((time.timezone)/3600.0+int(self.dst)))
result -= (delta_tz)
# Create another timedelta object to give the API call a margin
# of error since the HTTP request may have latency
delta_delay = datetime.timedelta(seconds=5)
self.assertAlmostEqual(result, time_here, delta=delta_delay)
def test_timeIn(self):
""" test the timeIn.main function against time.ctime """
# call timeIn.main and redirect stdout to a StringIO object
timeIn.main(self, "time in Greenwich, UK")
sys.stdout.seek(0)
output = sys.stdout.read()
# What is ctime in you current local?
time_here = time.ctime(time.time()).split(' ')
# fix indices if the day of month is one or two digits long
if '' in time_here:
index = time_here.index('')
time_here = time_here[0:index] + time_here[index + 1:]
time_here = time_here[3]
# Adjust 'result' variable for your current local's timezone
result = output.split(' ')[10][0:8]
adjustment = time.timezone / 3600
result_list = result.split(':')
hour = (int(result_list[0]) - adjustment) % 24
result = ':'.join([str(hour), result_list[1], result_list[2]])
self.assertEqual(result, time_here)
def check_time(self, s):
"""
checks the current time in any part of the globe.
-- Examples:
check time in Manchester (UK)
"""
timeIn.main(self._jarvis, s)
def do_check(self, s):
"""Checks your system's RAM stats."""
# if s == "ram":
if "ram" in s:
system("free -lm")
# if s == "time"
if "time" in s:
timeIn.main(self, s)
# if s == "weather"
if "weather" in s:
weatherIn.main(self, s)
def do_check(self, s):
"""Checks your system's RAM stats."""
# if s == "ram":
if "ram" in s:
system("free -lm")
# if s == "time"
elif "time" in s:
timeIn.main(self, s)
elif "forecast" in s:
forecast.main(self, s)
# if s == "weather"
elif "weather" in s:
try:
weatherIn.main(self, s)
except ConnectionError:
print(CONNECTION_ERROR_MSG)
