def test_gen_stats_ascii_two_chunk(self):
teststr = 'the quick brown fox jumps over the lazy dog\n'
out1 = gen_stats(teststr)
out2 = gen_stats(teststr)
combstr = teststr + teststr
for i in range(128):
numfound = out1[0][i] + out2[0][i]
numactual = combstr.count(chr(i))
self.assertEqual(numactual, numfound)
def test_gen_stats_ascii_two_chunk(self):
teststr = 'the quick brown fox jumps over the lazy dog\n'
out1 = gen_stats(teststr)
out2 = gen_stats(teststr)
combstr = teststr + teststr
for i in range(128):
numfound = out1[0][i] + out2[0][i]
numactual = combstr.count(chr(i))
self.assertEqual(numactual, numfound)
def test_get_mode_chars(self):
teststr = 'the quick brown fox jumps over the lazy dog'
out = gen_stats(teststr)
combinedresults = combine_resultsets(out[0].tolist(), out[1])
modefound = get_mode_chars(combinedresults)
modeactual = ['o']
self.assertEqual(modeactual, modefound)
def test_get_num_lines_two_multi(self):
teststr = 'the quick brown fox\n\f\vjumps over the lazy dog'
out = gen_stats(teststr)
numfound = 4
numactual = teststr.count('\n') + teststr.count('\f') + teststr.count(
'\v') + 1
self.assertEqual(numfound, numactual)
def test_get_num_words_two_chunk(self):
teststr = 'the quick brown fox \n \njumps over the lazy dog'
out1 = gen_stats(teststr)
out2 = out1
numfound = get_num_words(out1[0]) + get_num_words(out2[0])
numactual = 18
self.assertEqual(numactual, numfound)
def test_gen_stats_ascii_two_line(self):
teststr = 'the quick brown fox jumps over the lazy dog\n\nthe quick brown fox jumps over the lazy dog\n'
out = gen_stats(teststr)
for i in range(128):
numfound = out[0][i]
numactual = teststr.count(chr(i))
self.assertEqual(numactual, numfound)
def test_gen_stats_ascii_two_line(self):
teststr = 'the quick brown fox jumps over the lazy dog\n\nthe quick brown fox jumps over the lazy dog\n'
out = gen_stats(teststr)
for i in range(128):
numfound = out[0][i]
numactual = teststr.count(chr(i))
self.assertEqual(numactual, numfound)
def test_gen_stats_utf_simple(self):
# trad chinese quick brown.... fyi
teststr = u'快速的棕色狐狸跳過懶狗'
out = gen_stats(teststr)
for char in teststr:
numfound = out[1][char]
numactual = teststr.count(char)
self.assertEqual(numactual, numfound)
def test_gen_stats_utf_simple(self):
# trad chinese quick brown.... fyi
teststr = u'快速的棕色狐狸跳過懶狗'
out = gen_stats(teststr)
for char in teststr:
numfound = out[1][char]
numactual = teststr.count(char)
self.assertEqual(numactual, numfound)
def test_get_num_lines_two(self):
teststr = 'the quick brown fox\njumps over the lazy dog'
out = gen_stats(teststr)
numfound = get_num_lines(out[0])
numactual = 2
self.assertEqual(numfound, numactual)
def test_get_num_words_double_newline(self):
teststr = 'the quick brown fox \n \njumps over the lazy dog'
out = gen_stats(teststr)
numfound = get_num_words(out[0])
numactual = 9
self.assertEqual(numactual, numfound)
def test_get_num_words(self):
teststr = 'the quick brown fox jumps over the lazy dog'
out1 = gen_stats(teststr)
numfound = get_num_words(out1[0])
numactual = 9
self.assertEqual(numactual, numfound)