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():
import monopoly
possession = lib.getFunction("possession", _fileName)
correct = {
'dorpstraat': False,
'brink': False,
'station zuid': False,
'steenstraat': False,
'ketelstraat': False,
'velperplein': False,
'barteljorisstraat': False,
'elecriciteitsbedrijf': False,
'zijlweg': False,
'houtstraat': False,
'station west': False,
'neude': False,
'biltstraat': False,
'vreeburg': False,
'a-kerkhof': False,
'groote markt': False,
'heerestraat': False,
'station noord': False,
'spui': False,
'plein': False,
'waterleiding': False,
'lange poten': False,
'hofplein': False,
'blaak': False,
'coolsingel': False,
'station oost': False,
'leidschestraat': False,
'kalverstraat': False
}
return asserts.exact(set(possession(monopoly.Board()).keys()),
set(correct.keys()))
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():
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 "" 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 "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 correct(test):
test.test = lambda: assertlib.exact(
sorted(
int(p * 10) for p in lib.getFunction("roots", _fileName)
(1, 2, -10)), [-43, 23])
test.description = lambda: "roots() yields two roots for a=1, b=2, c=-10"
def testMethod():
isResistent = lib.getFunction("isResistent", _fileName)
return asserts.exact(isResistent("AAA"), True)
def levenshtein_e(test):
test.test = lambda: assertlib.exact(
lib.getFunction("levenshtein_distance", _fileName)
("sitting", "sittin"), 1)
test.description = lambda: "levenshtein_distance werkt voor de invoer 'sitting', 'sittin'"
def levenshtein_b(test):
test.test = lambda: assertlib.exact(
lib.getFunction("levenshtein_distance", _fileName)
("mineur", "majeur"), 4)
test.description = lambda: "levenshtein_distance werkt voor de invoer 'mineur', 'majeur'"
def count_exact_matches_0a(test):
test.test = lambda: assertlib.exact(
lib.getFunction("count_exact_matches", _fileName)
("atgacatgcacaagtatgcat", "b"), 0)
test.description = lambda: "count_exact_matches works for input 'atgacatgcacaagtatgcat', 'b'"
def correctInitials3(test):
test.test = lambda : assertlib.exact(lib.getFunction("initials", _fileName)("Martha Chase").upper(), "MC")
test.description = lambda : "initials() geeft de correcte initialen van \"Martha Chase\""
def correctInitials1(test):
test.test = lambda : assertlib.exact(lib.getFunction("initials", _fileName)("Johann Friedrich Miescher").upper(), "JFM")
test.description = lambda : "initials() geeft de correcte initialen van \"Johann Friedrich Miescher\""
def oneLine(test):
test.test = lambda : assertlib.exact(len(lib.outputOf(_fileName).split("\n")), 2) and assertlib.exact(lib.getLine(lib.outputOf(_fileName), 1), "")
test.description = lambda : "prints exactly 1 line"
def testMethod():
simulate = lib.getFunction("simulate", _fileName)
viruses = ["GGGG", "AAAA", "TTTT", "GGGG", "ATGC"] * 20
return asserts.exact(len(simulate(viruses, 0, 0, 0, 100, 500)), 501)
def testMethod():
reproduce = lib.getFunction("reproduce", _fileName)
viruses = ["GGGG", "AAAA", "TTTT", "GGGG", "ATGC"] * 20
return asserts.exact(reproduce(viruses, 0.25, 0), viruses)
def correctInitials2(test):
test.test = lambda: assertlib.exact(
lib.getFunction("initials", _fileName)("Phoebus Levene").upper(), "PL")
test.description = lambda: "initials() returns the correct initials for \"Phoebus Levene\""
def correctInitials3(test):
test.test = lambda: assertlib.exact(
lib.getFunction("initials", _fileName)("Martha Chase").upper(), "MC")
test.description = lambda: "initials() returns the correct initials for \"Martha Chase\""
def exactHello(test): test.test = lambda : assertlib.exact(lib.outputOf(_fileName), "Hello, world!\n") test.description = lambda : "prints exactly: Hello, world!"
def correctNone(test):
test.test = lambda: assertlib.exact(
sorted(
int(p * 10)
for p in lib.getFunction("roots", _fileName)(3, 6, 9)), [])
test.description = lambda: "roots() yields no roots for a=3, b=6, c=9"
def correctInitials2(test):
test.test = lambda : assertlib.exact(lib.getFunction("initials", _fileName)("Phoebus Levene").upper(), "PL")
test.description = lambda : "initials() geeft de correcte initialen van \"Phoebus Levene\""
def testMethod():
output = lib.outputOf(_fileName,
overwriteAttributes=[("__name__", "__main__")])
return asserts.exact(output.strip(), "Hello, world!")
def almostWrongInput(test):
test.test = lambda : assertlib.exact(lib.getFunction("initials", _fileName)("John Double Spaces").upper(), "JDS")
test.description = lambda : "initials() geeft de correcte initialen van \"John Double Spaces\""
def count_exact_matches_8(test):
test.test = lambda: assertlib.exact(
lib.getFunction("count_exact_matches", _fileName)
("atgacatgcacaagtatgcat", "a"), 8)
test.description = lambda: "count_exact_matches werkt voor invoer 'atgacatgcacaagtatgcat', 'a'"
def count_exact_matches_0b(test):
test.test = lambda: assertlib.exact(
lib.getFunction("count_exact_matches", _fileName)("", "atgc"), 0)
test.description = lambda: "count_exact_matches works for input '', 'atgc'"
def correct(test):
test.test = lambda: assertlib.exact(
sorted(
int(p * 10) for p in lib.getFunction("nulpunten", _fileName)
(1, 2, -10)), [-43, 23])
test.description = lambda: "vind de nulpunten voor invoer a=1, b=2, c=-10"
def levenshtein_c(test):
test.test = lambda: assertlib.exact(
lib.getFunction("levenshtein_distance", _fileName)
("kitten", "sitting"), 5)
test.description = lambda: "levenshtein_distance werkt voor de invoer 'kitten', 'sitting'"
def correctNone(test):
test.test = lambda: assertlib.exact(
sorted(
int(p * 10)
for p in lib.getFunction("nulpunten", _fileName)(3, 6, 9)), [])
test.description = lambda: "vind geen nulpunten voor invoer a=3, b=6, c=9"
def levenshtein_g(test):
test.test = lambda: assertlib.exact(
lib.getFunction("levenshtein_distance", _fileName)("", "hello"), 5)
test.description = lambda: "levenshtein_distance werkt voor de invoer '', 'hello'"
def testMethod():
isResistent = lib.getFunction("isResistent", _fileName)
return asserts.exact(isResistent("ATGCAATGCAATGGGCCCCTTTAAACCCT"),
True)
