def test_outputWordPointPairs_2():
# Write to file
words = ['ape', 'nape', 'pipe', 'pan', 'go']
pointWordList = []
for w in words:
pointWordList.append((getWordPoints(w, letterPoints), w))
outputWordPointPairs(pointWordList, 'apenpigon', True)
try:
f = open('apenpigon.txt')
line = f.readline()
count = 0
while line:
line = line.strip()
wordPoints = line.split()
if (wordPoints[0] not in words) or \
int(wordPoints[1])!= getWordPoints(wordPoints[0], letterPoints):
assert (False)
count = count + 1
line = f.readline()
if count != len(words):
assert (False)
f.close()
except:
assert (False)
def test_outputWordPointPairs_1():
words = ['ape', 'nape', 'pipe', 'pan', 'goin\'']
pointWordList = []
for w in words:
pointWordList.append((getWordPoints(w, letterPoints), w))
outputWordPointPairs(pointWordList, 'apenpigon\'', False)
def test_getWordPoints_0():
# Example Test
assert (getWordPoints('ape', letterPoints) == 5)
def test_getWordPoints_4():
emptyDict = {}
assert (getWordPoints('goin\'', emptyDict) == 0)
def test_getWordPoints_3():
assert (getWordPoints('goin\'', letterPoints) == 2 + 1 + 1 + 1)
def test_getWordPoints_2():
assert (getWordPoints('pan', letterPoints) == 5)
def test_getWordPoints_1():
assert (getWordPoints('nape', letterPoints) == 6)
def test_getWordPoints_0():
assert (getWordPoints('ape', letterPoints) == 5)