Python @ ФМИ

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8 точки от тестове

0 точки от учител

8 точки общо

10 успешни теста

2 неуспешни теста

Код

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 1def beginning(word):
 2    word_length = len(word)
 3    size = int(word_length / 3)
 4
 5    if word_length % 3 == 2:
 6        size = int(word_length / 3 + 1)
 7
 8    result = word[:size]
 9
10    return result
11
12
13def middle(word):
14    word_length = len(word)
15    size = int(word_length / 3)
16
17    if word_length % 3 == 2:
18       size = int(word_length / 3 + 1)
19
20    result = word[size:-size]
21
22    return result
23
24
25def end(word):
26    word_length = len(word)
27    size = int(word_length / 3)
28
29    if word_length % 3 == 2:
30        size = int(word_length / 3 + 1)
31
32    result = word[-size:]
33
34    return result
35
36
37def split_sentence(sentence):
38    words = sentence.split()
39    result = []
40
41    for word in words :
42       my_tuple = beginning(word), middle(word), end(word)
43       result.append(my_tuple)
44
45    return result

.F....F.....
======================================================================
FAIL: test_mixed_sentence (test.TestSentence)
Test with mixed remainder input.
----------------------------------------------------------------------
Traceback (most recent call last):
File "/tmp/test.py", line 75, in test_mixed_sentence
self.assertEqual(split_sentence('Здравейте момчета къде ми е отвертката'),
AssertionError: Lists differ: [('Зд[49 chars]', 'е'), ('м', '', 'и'), ('', '', 'е'), ('отв', 'ертк', 'ата')] != [('Зд[49 chars]', 'е'), ('м', '', 'и'), ('', 'е', ''), ('отв', 'ертк', 'ата')]

First differing element 4:
('', '', 'е')
('', 'е', '')

[('Здр', 'аве', 'йте'),
('мо', 'мче', 'та'),
('к', 'ъд', 'е'),
('м', '', 'и'),
- ('', '', 'е'),
+ ('', 'е', ''),
('отв', 'ертк', 'ата')]

======================================================================
FAIL: test_one_letter (test.TestWords)
Test with single letter.
----------------------------------------------------------------------
Traceback (most recent call last):
File "/tmp/test.py", line 45, in test_one_letter
self.assertEqual(middle('#'), '#')
AssertionError: '' != '#'
+ #

----------------------------------------------------------------------
Ran 12 tests in 0.001s

FAILED (failures=2)

Дискусия

Георги Кунчев

15.10.2023 10:44

Не смятам, че е добра идея да вадиш сметките в отделната функция checkword. Реално останалите три функции стават еднакви и само играят ролята на посредник към истинската функционалност.

История

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n	1	def beginning(word) :	n	1	def beginning(word):
	2	word_length = len(word)		2	word_length = len(word)
n	3	size = int(word_length/3)	n	3	size = int(word_length / 3)
	4			4
	5	if word_length % 3 == 2:		5	if word_length % 3 == 2:
n	6	size = int(word_length/3 + 1)	n	6	size = int(word_length / 3 + 1)
	7			7
n	8	result = ''.join(word[0:size])	n	8	result = word[:size]
	9			9
	10	return result		10	return result
	11			11
	12			12
n	13	def middle(word) :	n	13	def middle(word):
	14	word_length = len(word)		14	word_length = len(word)
n	15	size = int(word_length/3)	n	15	size = int(word_length / 3)
	16			16
	17	if word_length % 3 == 2:		17	if word_length % 3 == 2:
n	18	size = int(word_length/3 + 1)	n	18	size = int(word_length / 3 + 1)
	19			19
n	20	result = ''.join(word[size:-size])	n	20	result = word[size:-size]
	21			21
	22	return result		22	return result
	23			23
	24			24
	25	def end(word):		25	def end(word):
	26	word_length = len(word)		26	word_length = len(word)
n	27	size = int(word_length/3)	n	27	size = int(word_length / 3)
	28			28
	29	if word_length % 3 == 2:		29	if word_length % 3 == 2:
n	30	size = int(word_length/3 + 1)	n	30	size = int(word_length / 3 + 1)
	31			31
n	32	result = ''.join(word[-size:])	n	32	result = word[-size:]
	33			33
	34	return result		34	return result
	35			35
	36			36
	37	def split_sentence(sentence):		37	def split_sentence(sentence):
	38	words = sentence.split()		38	words = sentence.split()
	39	result = []		39	result = []
	40			40
	41	for word in words :		41	for word in words :
t	42	my_tuple = beginning(word),middle(word),end(word)	t	42	my_tuple = beginning(word), middle(word), end(word)
	43	result.append(my_tuple)		43	result.append(my_tuple)
	44			44
	45	return result		45	return result

n	1	def checkWord(characters, length, orderedFrom):	n	1	def beginning(word) :
	2	actualSize=int(length/3)		2	word_length = len(word)
				3	size = int(word_length/3)
	3			4
n	4	if length % 3 == 2 :	n	5	if word_length % 3 == 2:
	5	actualSize=int(length/3 + 1)		6	size = int(word_length/3 + 1)
	6
	7	if orderedFrom == "beginning" :
	8	return characters[0:actualSize]
	9	elif orderedFrom == "middle" :
	10	return characters[actualSize:-actualSize]
	11	elif orderedFrom == "end" :
	12	return characters[-actualSize:]
	13			7
n	14		n	8	result = ''.join(word[0:size])
	15	def beginning(word) :
	16	word_size = len(word)
	17
	18	characters = list(word)
	19	begin = checkWord(characters, word_size, "beginning")
	20	result=''.join(begin)
	21			9
	22	return result		10	return result
	23			11
	24			12
	25	def middle(word) :		13	def middle(word) :
n	26	word_size = len(word)	n	14	word_length = len(word)
				15	size = int(word_length/3)
	27			16
n	28	characters = list(word)	n	17	if word_length % 3 == 2:
	29	mid = checkWord(characters, word_size, "middle")		18	size = int(word_length/3 + 1)
	30	result=''.join(mid)		19
				20	result = ''.join(word[size:-size])
	31			21
	32	return result		22	return result
	33			23
	34			24
	35	def end(word):		25	def end(word):
n	36	word_size = len(word)	n	26	word_length = len(word)
				27	size = int(word_length/3)
	37			28
n	38	characters = list(word)	n	29	if word_length % 3 == 2:
	39	ending = checkWord(characters, word_size, "end")		30	size = int(word_length/3 + 1)
	40	result=''.join(ending)		31
				32	result = ''.join(word[-size:])
	41			33
	42	return result		34	return result
	43			35
	44			36
	45	def split_sentence(sentence):		37	def split_sentence(sentence):
	46	words = sentence.split()		38	words = sentence.split()
	47	result = []		39	result = []
	48			40
t	49	for i in range(0,len(words)) :	t	41	for word in words :
	50	currentWord = []		42	my_tuple = beginning(word),middle(word),end(word)
	51
	52	currentWord.append(beginning(words[i]))
	53	currentWord.append(middle(words[i]))
	54	currentWord.append(end(words[i]))
	55
	56	myTuple = tuple(currentWord)
	57
	58	result.append(myTuple)		43	result.append(my_tuple)
	59			44
	60	return result		45	return result

Домашни > Man who speaks the ends of words > Решения > Решението на Диан Василев

Резултати

17.10.2023 14:42

Код

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Дискусия

15.10.2023 10:44

История

17.10.2023 14:40

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