def testMethod():
nArguments = len(
lib.getFunction("simuleer_groot_aantal_potjes_monopoly",
_fileName).arguments)
# Trump
if nArguments == 1:
testInput = lib.getFunction(
"simuleer_groot_aantal_potjes_monopoly", _fileName)(1000)
test.success = lambda info: "De code werkt zonder startgeld, je kunt nu startgeld invoeren!"
if assertlib.sameType(
lib.getFunction("simuleer_groot_aantal_potjes_monopoly",
_fileName)(10000), None):
test.fail = lambda info: "Zorg er voor dat de functie simuleer_groot_aantal_potjes_monopoly het gemiddeld aan benodigde worpen returnt en ook alleen deze waarde returnt"
# Stargeld, 1 speler
elif nArguments == 2:
twoArguments = True
testInput = lib.getFunction(
"simuleer_groot_aantal_potjes_monopoly", _fileName)(1000,
1000000)
if assertlib.sameType(
lib.getFunction("simuleer_groot_aantal_potjes_monopoly",
_fileName)(10000, 1000000), None):
test.fail = lambda info: "Zorg er voor dat de functie simuleer_groot_aantal_potjes_monopoly het gemiddeld aan benodigde worpen returnt en ook alleen deze waarde returnt"
else:
testInput = False
test.fail = lambda info: "Zorg er voor dat de functie simuleer_groot_aantal_potjes_monopoly bij Trumpmode 1 argument heeft en bij starggeld 2 argumenten"
return testInput
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(
_fileName, function_name)
if not hasfunction:
info = "Make sure you use a function named " + function_name + " as you're writing your code."
return False, info
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
info = "Make sure your function has 1 argument."
return False, info
correct_return = assertlib.sameType(
lib.getFunction(function_name, _fileName)(test_text), [])
if not correct_return:
info = "Make sure you return an list and nothing else."
return False, info
if assertlib.exact(
lib.getFunction(function_name, _fileName)(test_text),
[test_text]):
info = "Make sure that all letters are lowercase."
return False, info
if not assertlib.exact(
lib.getFunction(function_name, _fileName)(""), []):
info = "For an empty text, the list of words should be empty"
return False, info
return assertlib.exact(
lib.getFunction(function_name, _fileName)(""),
[]) and assertlib.exact(
lib.getFunction(function_name, _fileName)(test_text),
[test_text.lower()])
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(
_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
return False
correct_return = assertlib.sameType(
lib.getFunction(function_name, _fileName)(test_text), [])
if not correct_return:
return False
output = lib.getFunction(function_name, _fileName)(test_text)
output.sort()
if "boy's" not in output:
info = "Make sure to deal in the right way with punctuations."
return False, info
if "festive," in output or "season." in output:
info = "Make sure there are no periods and/or commas left in list."
return output == correctlist
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(
_fileName, function_name)
if not hasfunction:
info = "Make sure you use a function named " + function_name + " as you're writing your code."
return False, info
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 2:
info = "Make sure your function has 2 argument."
return False, info
correct_return = assertlib.sameType(
lib.getFunction(function_name, _fileName)(test_text, max_length),
"abc")
if not correct_return:
info = "Make sure you return an string and nothing else."
return False, info
outputtext = lib.getFunction(function_name, _fileName)(test_text,
max_length)
if " " in outputtext:
info = "Make sure there are no double spaces in the reformatted text."
return False, info
if " \n" in outputtext:
info = "Make sure lines don't start with a white space."
return False, info
elif "\n " in outputtext:
info = "Make sure lines don't end with a white space (after the enter)."
return False, info
return True
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(
_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 2:
return False
correct_return = assertlib.sameType(
lib.getFunction(function_name, _fileName)(test_text, max_length),
"abc")
if not correct_return:
return False
reformatted_test_text = ""
test_text_splitup = test_text.split()
counter = 0
for word in test_text_splitup:
if reformatted_test_text == "":
reformatted_test_text = word
counter += len(word)
elif len(word) + counter < max_length:
reformatted_test_text += " " + word
counter += len(word) + 1
else:
reformatted_test_text += "\n" + word
counter = len(word)
outputtext = lib.getFunction(function_name, _fileName)(test_text,
max_length)
return outputtext == reformatted_test_text
def try_run():
try:
testInput = lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)()
test.fail = lambda info : "Zorg dat de functie simuleer_groot_aantal_potjes_Monopoly als argument het aantal potjes heeft"
return False
except:
try:
testInput = lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)(10000)
test.success = lambda info : "De code werkt zonder startgeld, je kunt nu startgeld invoeren!"
if assertlib.sameType(lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)(10000), None):
test.fail = lambda info : "Zorg er voor dat de functie simuleer_groot_aantal_potjes_Monopoly het gemiddeld aan benodigde worpen returnt en ook alleen deze waarde returnt"
return testInput
except:
testInput = lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)(10000, 1000000)
if assertlib.sameType(lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)(10000, 1000000), None):
test.fail = lambda info : "Zorg er voor dat de functie simuleer_groot_aantal_potjes_Monopoly het gemiddeld aan benodigde worpen returnt en ook alleen deze waarde returnt"
return testInput
def testMethod():
outcome = lib.getFunction("simuleer_groot_aantal_potjes_Monopoly", _fileName)(10000, 1500, 1500)
if assertlib.sameType(outcome, None):
info = "Zorg er voor dat de functie simuleer_groot_aantal_potjes_Monopoly het verschil in het bezit van straten returnt en alleen deze waarde returnt"
elif assertlib.between(outcome, 0, 99999999):
info = "Als speler 1 meer straten heeft dan speler 2 is het verschil negatief"
else:
info = "Het verschil is niet erg groot, gemiddeld zelfs minder dan 1 straat"
return assertlib.between(outcome, -.45, -.15), info
def testMethod():
outcome = lib.getFunction("simulate_monopoly_games", _fileName)(10000, 1500, 1500)
if assertlib.sameType(outcome, None):
info = "Make sure that the function simulate_monopoly_games only returns the difference in the number of streets owned"
elif assertlib.between(outcome, -99999999, 0):
info = "Are you sure you are subtracting player 2s values from player 1 and not the other way around?"
else:
info = "When starting both with 1500, the difference in street ownership is not that big, it should be somewhere between .15 and .55."
return assertlib.between(outcome, .15, .55), info
def testMethod():
student_func = lib.getFunction("simulate_monopoly_games", _fileName)
nArguments = len(student_func.arguments)
if nArguments == 2:
testInput = student_func(10000, 1500)
if assertlib.sameType(testInput, None):
test.fail = lambda info: "Make sure that the function simulate_monopoly_games returns the average required number of throws and nothing else"
return testInput
else:
return 0
def testMethod():
student_func = lib.getFunction("simulate_monopoly_games", _fileName)
nArguments = len(student_func.arguments)
# Trump
if nArguments == 1:
testInput = student_func(10000)
test.success = lambda info: "The code works without starting_money, you can now proceed with starting_money!"
if assertlib.sameType(testInput, None):
test.fail = lambda info: "Make sure that the function simulate_monopoly_games returns the average required number of throws and nothing else"
# starting money, 1 player
elif nArguments == 2:
testInput = student_func(10000, 1000000)
if assertlib.sameType(testInput, None):
test.fail = lambda info: "Make sure that the function simulate_monopoly_games returns the average required number of throws and nothing else"
else:
testInput = False
test.fail = lambda info: "Make sure that the function simulate_monopoly_games with Trumpmode uses 1 argument and with starting_money 2 arguments"
return testInput
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
return False
correct_return = assertlib.sameType(lib.getFunction(function_name, _fileName)(test_text), 1)
if not correct_return:
return False
return assertlib.exact(lib.getFunction(function_name, _fileName)(test_text), -1)
def testMethod():
nArguments = len(
lib.getFunction("simuleer_groot_aantal_potjes_monopoly",
_fileName).arguments)
if nArguments == 2:
testInput = lib.getFunction(
"simuleer_groot_aantal_potjes_monopoly", _fileName)(10000,
1500)
if assertlib.sameType(
lib.getFunction("simuleer_groot_aantal_potjes_monopoly",
_fileName)(10000, 1500), None):
test.fail = lambda info: "Zorg er voor dat de functie simuleer_groot_aantal_potjes_monopoly het gemiddeld aan benodigde worpen returnt en ook alleen deze waarde returnt"
return testInput
else:
return 0
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(_fileName, function_name)
if not hasfunction:
info = "Make sure you use a function named " + function_name + " as you're writing your code."
return False, info
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
info = "Make sure your function has 1 argument."
return False, info
correct_return = assertlib.sameType(lib.getFunction(function_name, _fileName)(test_text), 1)
if not correct_return:
info = "Make sure you return an list and nothing else."
return False, info
return assertlib.exact(lib.getFunction(function_name, _fileName)(test_text), 1)
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
return False
correct_return = assertlib.sameType(lib.getFunction(function_name, _fileName)(test_text), [])
if not correct_return:
return False
if "boy's" not in lib.getFunction(function_name, _fileName)(test_text):
info = "Make sure to deal in the right way with punctuations."
return False, info
return assertlib.exact(lib.getFunction(function_name, _fileName)(test_text), ['stick', "boy's", 'festive', 'season'])
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
return False
correct_return = assertlib.sameType(lib.getFunction(function_name, _fileName)(test_text), [])
if not correct_return:
return False
if "" in lib.getFunction(function_name, _fileName)(test_text):
info = "Make sure to deal in the right way with punctuations."
return False, info
return assertlib.exact(lib.getFunction(function_name, _fileName)(test_text), ['stick', 'boy', 'noticed', 'that', 'his', 'christmas', 'tree', 'looked', 'healtier', 'than', 'he', 'did'])
def testMethod():
hasfunction = assertlib.fileContainsFunctionDefinitions(
_fileName, function_name)
if not hasfunction:
return False
nArguments = len(lib.getFunction(function_name, _fileName).arguments)
if nArguments != 1:
return False
correct_return = assertlib.sameType(
lib.getFunction(function_name, _fileName)(test_text), [])
if not correct_return:
return False
if "" in lib.getFunction(function_name, _fileName)(test_text):
info = "Make sure to deal in the right way with punctuations."
return False, info
output = lib.getFunction(function_name, _fileName)(test_text)
output.sort()
return output == correctlist
def returnTypeIsList(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("nulpunten", _fileName)(1, 2, -10), [])
test.description = lambda: "nulpunten geeft een lijst terug"
def returnTypeIsList(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("roots", _fileName)(1, 2, -10), [])
test.description = lambda: "roots() returns a list"
def is_list_exact_matches(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("exact_matches", _fileName)("a", "a"), [])
test.description = lambda: "exact_matches returns a list"
def is_int_count_exact_matches(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("count_exact_matches", _fileName)("a", "a"), 0)
test.description = lambda: "count_exact_matches returns the right integer"
def is_list_fuzzy_matches(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("fuzzy_matches", _fileName)("a", "a"), [])
test.description = lambda: "fuzzy_matches geeft een lijst terug"
def is_list_split_needle(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("split_needle", _fileName)("a"), [])
test.description = lambda: "split_needle geeft een lijst terug"
def is_int_count_exact_matches(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("count_exact_matches", _fileName)("a", "a"), 0)
test.description = lambda: "count_exact_matches geeft een integer terug"
def is_int_levenshtein(test):
test.test = lambda: assertlib.sameType(
lib.getFunction("levenshtein_distance", _fileName)("a", "b"), 0)
test.description = lambda: "levenshtein_distance geeft een int terug"
def testMethod():
import monopoly
possession = lib.getFunction("possession", _fileName)
return asserts.sameType(possession(monopoly.Board()), dict())
