def test_insert(self):
input_1 = '(-9, -6], [1, 16], [24, 36)'
input_2 = '(16, 24)'
result = Interval.insert(input_1, input_2)
int_1 = result[0]
int_2 = result[1]
self.assertTrue(int_1)
self.assertEqual(int_1.lower, -9)
self.assertEqual(int_1.upper, -6)
self.assertEqual(int_1.lowerBound, "(")
self.assertEqual(int_1.upperBound, "]")
self.assertTrue(int_2)
self.assertEqual(int_2.lower, 1)
self.assertEqual(int_2.upper, 36)
self.assertEqual(int_2.lowerBound, "[")
self.assertEqual(int_2.upperBound, ")")
def test_insert(self):
input_1 = '(-9, -6], [1, 16], [24, 36)'
input_2 = '(16, 24)'
result = Interval.insert(input_1, input_2)
int_1 = result[0]
int_2 = result[1]
self.assertTrue(int_1)
self.assertEqual(int_1.lower, -9)
self.assertEqual(int_1.upper, -6)
self.assertEqual(int_1.lowerBound, "(")
self.assertEqual(int_1.upperBound, "]")
self.assertTrue(int_2)
self.assertEqual(int_2.lower, 1)
self.assertEqual(int_2.upper, 36)
self.assertEqual(int_2.lowerBound, "[")
self.assertEqual(int_2.upperBound, ")")
user_input = raw_input("Interval?: ")
if user_input == "quit":
continue_flag = False
else:
try:
# Validate the users interval input. Strips white spaces.
user_input = user_input.strip().replace(' ', '')
# Uses a regular expression to verify the format of the input
lone_interval_pattern = '([\(|\[]-?\d+,-?\d+[\)|\]])'
match = re.findall(lone_interval_pattern, user_input)
# If there is a match continues with the program, if not, an exception is raised.
if match:
user_input = match[0]
interval_to_insert = Interval(user_input)
interval_objects_list = Interval.insert(
interval_objects_list, interval_to_insert)
print interval_objects_list
else:
raise IntervalException(
"User Interval Input with invalid format. Try again")
except IntervalException as e:
print e
except IntervalException as e:
print "Interval Error:", e
except ValueError as e:
print "Interval Error:", e
"""
interval3 = Interval('[-10,-7]')
interval4 = Interval('(-4,1]')
except:
print("Invalid list")
while True:
addOn = input("interval? ")
if addOn == "quit":
print('Sorry to see you go.')
sys.exit()
try:
test = Interval(addOn)
except:
print("Invalid Input")
continue
ans = Interval.insert(userInput, addOn)
userInput = userInput + ', ' + addOn
print(ans)
# except:
# print("Invalid Input")
# while True:
# try:
# addOn = input("interval? ")
# if addOn == "quit":
# print('Sorry to see you go.')
# sys.exit()
# try:
# ans = Interval.insert(userInput, addOn)
user_input = raw_input("Interval?: ")
if user_input == "quit":
continue_flag = False
else:
try:
# Validate the users interval input. Strips white spaces.
user_input = user_input.strip().replace(' ', '')
# Uses a regular expression to verify the format of the input
lone_interval_pattern = '([\(|\[]-?\d+,-?\d+[\)|\]])'
match = re.findall(lone_interval_pattern, user_input)
# If there is a match continues with the program, if not, an exception is raised.
if match:
user_input = match[0]
interval_to_insert = Interval(user_input)
interval_objects_list = Interval.insert(interval_objects_list, interval_to_insert)
print interval_objects_list
else:
raise IntervalException("User Interval Input with invalid format. Try again")
except IntervalException as e:
print e
except IntervalException as e:
print "Interval Error:", e
except ValueError as e:
print "Interval Error:", e
"""
interval3 = Interval('[-10,-7]')
print("Invalid list")
while True:
addOn = input("interval? ")
if addOn == "quit":
print('Sorry to see you go.')
sys.exit()
try:
test = Interval(addOn)
except:
print("Invalid Input")
continue
ans = Interval.insert(userInput, addOn)
userInput = userInput + ', ' + addOn
print(ans)
# except:
# print("Invalid Input")
# while True:
# try:
# addOn = input("interval? ")
# if addOn == "quit":
# print('Sorry to see you go.')
# sys.exit()
# try:
