In: Computer Science
#Write a function called get_integer that takes as input
one
#variable, my_var. If my_var can be converted to an integer,
#do so and return that integer. If my_var cannot be converted
#to an integer, return a message that says, "Cannot convert!"
#
#For example, for "5" as the value of my_var, get_integer
would
#return the integer 5. If the value of my_var is the string
#"Boggle.", then get_integer would return a string with the
#value "Cannot convert!"
#
#Do not use any conditionals or the type() function.
#Write your function here!
#Below are some lines of code that will test your function.
#You can change the value of the variable(s) to test your
#function with different inputs.
#
#If your function works correctly, this will originally
#print: 5, Cannot convert!, and 5.
print(get_integer("5"))
print(get_integer("Boggle."))
print(get_integer(5.1))
# Write a function called get_integer that takes as input one # variable, my_var. If my_var can be converted to an integer, # do so and return that integer. If my_var cannot be converted # to an integer, return a message that says, "Cannot convert!" # # For example, for "5" as the value of my_var, get_integer would # return the integer 5. If the value of my_var is the string # "Boggle.", then get_integer would return a string with the # value "Cannot convert!" # # Do not use any conditionals or the type() function. def get_integer(s): try: return int(s) except: return 'Cannot convert!' # Below are some lines of code that will test your function. # You can change the value of the variable(s) to test your # function with different inputs. # # If your function works correctly, this will originally # print: 5, Cannot convert!, and 5. print(get_integer("5")) print(get_integer("Boggle.")) print(get_integer(5.1))