LANGUAGE=PYTHON NOT JAVA PLZ Input validation is a critical behavior that a programmer must master. Without checking the

[answerhappygod]

LANGUAGE=PYTHON NOT JAVA PLZ
Input validation is a critical behavior that a programmer must
master. Without checking the user inputs, most programs would be
tough to use at best, and at worst, they do terrible things. This
exercise is a good chance to practice while loops using the video
starter.
 Complete getRequiredString – The user must provide text - (5
points)
 Complete getIntegerInput – The user must provide a number with
no decimal points included - (5 points)
 Complete getPositiveInteger – The user must provide a positive
integer - (5 points)
 Complete getFloatInput – The user must provide any number - (5
points)
 Complete getMinimumIntegerInput- The user must provide an
integer at least some value or greater - (5 points)
 Complete getSeveralIntegers – Prompt the user for some number
of integers, each of which is required - (5 points) o Hint, you
already have code to get one integer; how can you do that multiple
times?
PYTHON.PY
def getRequiredString(prompt, error):
'''
Prompt the user until they provide a non-empty that is also not
whitespace
prompt - the text to show to the user as a prompt
error - the error message to show the user on invalid entries
returns a valid string
'''
# Implement me!
return ""
def getIntegerInput(prompt, error):
'''
Prompt the user until they provide valid integer value
prompt - the text to show to the user as a prompt
error - the error message to show the user on invalid entries
returns an integer
'''
# Implement me!
return 0
def getPositiveIntegerInput(prompt, error):
'''
Prompt the user until they provide valid positive value
prompt - the text to show to the user as a prompt
error - the error message to show the user on invalid entries
returns a positive integer
'''
# Implement me!
return 0
def getFloatInput(prompt, error):
'''
Prompt the user until they provide valid floating point
number
prompt - the text to show to the user as a prompt
error - the error message to show the user on invalid entries
returns a floating point number
'''
# Implement me!
return 0
def getMinimumIntegerInput(prompt, min, error):
'''
Prompt the user until they provide an integer greater than or equal
to the minimum
prompt - the text to show to the user as a prompt
min - the minimal value the user can enter
error - the error message to show the user on invalid entries
returns an integer greater than or equal to min
'''
# Implement me!
return 0
def getSeveralIntegers(prompt, count, error):
'''
Prompt the user until they provide a predetermined number of
integer values
e.g., if you passed in "Test Score " this function would
prompt
Test Score 1:
Test Score 2:
Test Score ....(up to the count)
prompt - the text to show to the user as a prompt
count - the number of values to collect
error - the error message to show the user on invalid entries
returns a Python list of the entered values
'''
# Implement me!
answers = []
return answers
#=================================================================

# Testing code below - DO NOT MODIFY
import subprocess
def testValidation():
'''
'''
success = True
tests = [# Happy Path
("purple\n13\n46\n3.14159\n1900\n1\n2\n3\n",
["I love purple", "I hope the lottery includes 13",
"You look good for 46", "Not bad at 3.14159",
"Are you sure that you are 46 if you were born in 1900",
"Your lottery picks are: [1, 2, 3]"]),
# Empty required
("\nbetter\n13\n46\n3.14159\n1900\n1\n2\n3\n",
["Input is required", "I love better"]),
# Blank required
(" \nbetter\n13\n46\n3.14159\n1900\n1\n2\n3\n",
["Input is required", "I love better"]),
# Invalid integer
("purple\nd\n13\n46\n3.14159\n1900\n1\n2\n3\n",
["You must provide an integer value", "I hope the lottery includes
13"]),

# Negative integer
("purple\n13\n-1\n46\n3.14159\n1900\n1\n2\n3\n",
["You must provide a positive integer value", "You look good for
46"]),
# Invalid Float
("purple\n13\n46\npi\n3.14159\n1900\n1\n2\n3\n",
["You must provide an float value", "Not bad at 3.14159"]),

# Too Small Int
("purple\n13\n46\npi\n3.14159\n50\n1900\n1\n2\n3\n",
["Your integer must be greater than " + str(1900), "Are you sure
that you are 46 if you were born in 1900"]),
# Invalid multiple
("purple\n13\n46\npi\n3.14159\n50\n1900\n1\nd\n2\nf\n3\n",
["An integer is required", "Your lottery picks are: [1, 2,
3]"])
]
for inputs, expected in tests:
uut = subprocess.Popen('python validation.py -test'.split(),
stdin=subprocess.PIPE, stdout=subprocess.PIPE)
output, err = uut.communicate(inputs.encode(), 1)
result = str(output)
for item in expected:
if result.find(item) == -1:
success = False
print("...... Test Failed......",
"The automated tester sent the inputs:", inputs,
"and expected your code to return:", item,
"but instead your code returned (the last value):", result,
sep='\n')
break
return success
def testPrompts():
favoriteColor = getRequiredString("What is your favorite color:
",
"Input is required")
print("I love", favoriteColor)
luckyNumber = getIntegerInput("Your lucky number:
",
"You must provide an integer value")
print("I hope the lottery includes", luckyNumber)
age = getPositiveIntegerInput("Your age: ",
"You must provide a positive integer value")
print("You look good for", age)
pi = getFloatInput("How many digits of pi can you
remember: ",
"You must provide an float value")
print ("Not bad at", pi)
year = getMinimumIntegerInput("Birth year: ",
1900,
"Your integer must be greater than " + str(1900))
print("Are you sure that you are", age, "if you were born in",
year)
lottery = getSeveralIntegers("Pick a number ", 3, "An
integer is required")
print("Your lottery picks are:", lottery)
# Only run this code below if this is called as the main,
not imported
if __name__ == '__main__':
import sys
if len(sys.argv) == 1: #Ignore this for the automated tester, which
adds a parameter
sys.path.append('..')
from utils.ledger import grab
FILE = "validation"
grab(FILE)
if testValidation():
print("Your validation passed the automated tests!")
print(".....................")
print("Now manually test your code")
print()
testPrompts()