def test_is_Overlap(self):
self.assertEqual(
interval.isOverlap(interval('[1,5)'), interval('[3,8]')), 1)
self.assertEqual(interval.insert('[1,3],[6,9]', '[2,5]'), '[1,9]')
self.assertEqual(
interval.insert('[1,2], (3,5), [6,7), (8,10], [12,16]', '[4,9]'),
'[1,2], (3,10], [12,16]')
def test_insert(self):
int1 = interval('[1,3]')
int2 = interval('[5,7]')
int3 = interval('[9,14]')
int4 = interval('[4,6]')
mergedInt124 = interval('[1,7]')
mergedInts = [mergedInt124]
## test basic insert:
self.assertEqual(interval.insert([int1,int3],int2), [int1,int2,int3])
## test overlapping and adjacent merges:
self.assertEqual(interval.insert([int1,int2],int4), mergedInts)
def test_insert(self):
int1 = interval('[1,3]')
int2 = interval('[5,7]')
int3 = interval('[9,14]')
int4 = interval('[4,6]')
mergedInt124 = interval('[1,7]')
mergedInts = [mergedInt124]
## test basic insert:
self.assertEqual(interval.insert([int1, int3], int2),
[int1, int2, int3])
## test overlapping and adjacent merges:
self.assertEqual(interval.insert([int1, int2], int4), mergedInts)
def startProgram():
'''Function runs the program to take list of intervals and then new interval
each time from the user and inserts the new interval to the list of intervals
and merges if overlapping or adjacent then returns the new list of intervals.
Program terminates when the user inputs quit.
'''
ExitProgram = False
intervals = input("List of intervals? ")
if intervals == 'quit':
ExitProgram = True
else:
intervals = intervals.split(', ')
intervals = [interval(i) for i in intervals]
while not ExitProgram:
int1 = input("Interval? ")
if int1 == 'quit':
break
try:
int1 = interval(int1)
except Exception as e:
print(e)
else:
intervals = insert(intervals, int1)
print(', '.join([i.interval for i in intervals]))
def main():
"""
Prompts user for intervals, which it merges. Exits on "quit".
"""
intlist = []
while True:
try:
inp = input('List of intervals? ')
if inp == "quit":
return
intlist = interval.parseList(inp)
intlist = interval.mergeOverlapping(intlist)
interval.printList(intlist)
break
except (IntervalError, ValueError):
print('Error inputting intervals')
while True:
istr = input('interval? ')
if istr == "quit":
break
try:
val = interval(istr)
intlist = interval.insert(intlist, val)
interval.printList(intlist)
except (IntervalError, ValueError):
print('Invalid interval')
def main():
while True:
try:
list_of_intervals = input("List of intervals? ")
if list_of_intervals == 'quit':
print ('')
sys.exit(1)
list_of_intervals = interval.mergeOverlapping(list_of_intervals)
break
except KeyboardInterrupt:
sys.exit(1)
except Exception:
print ('Invalid list of intervals')
pass
while True:
try:
interv = input('Interval? ')
if interv == 'quit':
print ('')
break
else:
interval(interv)
list_of_intervals = interval.insert(list_of_intervals, interv)
print (list_of_intervals)
except KeyboardInterrupt:
sys.exit(1)
except:
print ('Invalid interval')
def main() :
"""
Prompts user for intervals, which it merges. Exits on "quit".
"""
intlist = []
while True :
try :
inp = input('List of intervals? ')
if inp == "quit":
return
intlist = interval.parseList(inp)
intlist = interval.mergeOverlapping(intlist)
interval.printList(intlist)
break
except (IntervalError, ValueError):
print('Error inputting intervals')
while True :
istr = input('interval? ')
if istr == "quit" :
break
try :
val = interval(istr)
intlist = interval.insert(intlist,val)
interval.printList(intlist)
except (IntervalError, ValueError) :
print('Invalid interval')
def startProgram():
'''Function runs the program to take list of intervals and then new interval
each time from the user and inserts the new interval to the list of intervals
and merges if overlapping or adjacent then returns the new list of intervals.
Program terminates when the user inputs quit.
'''
ExitProgram = False
intervals = input("List of intervals? ")
if intervals == 'quit':
ExitProgram = True
else:
intervals = intervals.split(', ')
intervals = [interval(i) for i in intervals]
while not ExitProgram:
int1 = input("Interval? ")
if int1 == 'quit':
break
try:
int1 = interval(int1)
except Exception as e:
print(e)
else:
intervals = insert(intervals, int1)
print(', '.join([i.interval for i in intervals]))
isCorrect = False
print 'Please make your input of the form [a,b], [c,d)], ,,, , [z,y]'
inList = raw_input('List of intervals? ')
##############################################################################
# Subsequent Input
##############################################################################
inputInterval = raw_input('Interval? [TYPE quit TO EXIT] ')
# Check intervals
while inputInterval != 'quit':
try:
if inputInterval == '': raise Exception
outList = interval.insert(outList,interval(inputInterval))
print outList
except KeyboardInterrupt:
exit()
except:
print 'Invalid Interval'
inputInterval = raw_input('Interval? [TYPE quit TO EXIT] ')
is_interval_list_valid = False
break
user_interval_input = "hey"
while user_interval_input <> "quit": #Introducing the word "quit" is the way to exit the program
try:
user_interval_input = raw_input("Interval? ")
except:
(KeyboardInterrupt, EOFError) #avoid interrupting the program
user_interval_input = user_interval_input.replace(" ", "")
try:
new_interval = interval(user_interval_input)
my_intervals_list = interval.insert(my_intervals_list, new_interval)
new_list_string = ""
for i in my_intervals_list:
new_list_string += str(i)
new_list_string += ", "
new_list_string = new_list_string[:-2]
print new_list_string
except: #If one of the errors of the class is raised, then the user input is invalid.
"\n"
if user_interval_input <> "quit":
print "Invalid interval"
is_interval_list_valid = False
continue
print "Bye Bye!"
is_interval_list_valid = False
break
user_interval_input = "hey"
while user_interval_input <> "quit": #Introducing the word "quit" is the way to exit the program
try:
user_interval_input = raw_input("Interval? ")
except: (KeyboardInterrupt, EOFError) #avoid interrupting the program
user_interval_input = user_interval_input.replace(" ","")
try:
new_interval = interval(user_interval_input)
my_intervals_list = interval.insert(my_intervals_list, new_interval)
new_list_string = ""
for i in my_intervals_list:
new_list_string += str(i)
new_list_string += ", "
new_list_string = new_list_string[:-2]
print new_list_string
except: #If one of the errors of the class is raised, then the user input is invalid.
"\n"
if user_interval_input <> "quit":
print "Invalid interval"
is_interval_list_valid = False
continue
def test_insert(self):
# test to insert an interval into a list
self.assertEquals(interval.insert([self.interval1, self.interval4], self.interval2),[self.interval3, self.interval4])
def test_insert(self):
self.assertEqual(interval.insert('[1,2), [3,6], (6,8]', '[4,7]'),
'[1,2), [3,8]')
def test_is_Overlap(self):
self.assertEqual(interval.isOverlap(interval("[1,5)"), interval("[3,8]")), 1)
self.assertEqual(interval.insert("[1,3],[6,9]", "[2,5]"), "[1,9]")
self.assertEqual(interval.insert("[1,2], (3,5), [6,7), (8,10], [12,16]", "[4,9]"), "[1,2], (3,10], [12,16]")
def test_insert(self):
self.assertEqual(interval.insert("[1,2), [3,6], (6,8]", "[4,7]"), "[1,2), [3,8]")