def p2080():
if not os.path.exists('2080'):
os.mkdir('2080')
os.system('g++ code/2080.cpp')
# case 1 1 #简单输入
io = IO(file_prefix="2080/", data_id=1)
io.input_writeln('ABCBDABF')
io.input_writeln('BDCABAF')
io.output_gen('./a.out')
# case 2~10 #小数据输入
for x in range(2, 11):
io = IO(file_prefix="2080/", data_id=x)
a = String.random(randrange(7, 11), charset=cyaron.ALPHABET_CAPITAL)
b = String.random(randrange(7, 11), charset=cyaron.ALPHABET_CAPITAL)
io.input_writeln(a)
io.input_writeln(b)
io.output_gen('./a.out')
# case 11~20 #大数据输入
for x in range(11, 21):
io = IO(file_prefix="2080/", data_id=x)
a = String.random(randrange(490, 501), charset=cyaron.ALPHABET_CAPITAL)
b = String.random(randrange(490, 501), charset=cyaron.ALPHABET_CAPITAL)
io.input_writeln(a)
io.input_writeln(b)
io.output_gen('./a.out')
open('2080/scores', 'w').write(open('raw_data/scores/2080').read())
def p1008():
if not os.path.exists('1008'):
os.mkdir('1008')
os.system('g++ code/1008.cpp')
# case 1 1 #简单输入
io = IO(file_prefix="1008/", data_id=1)
io.input_writeln('1')
io.input_writeln('3')
io.input_writeln('ab')
io.input_writeln('ab')
io.input_writeln('bc')
io.output_gen('./a.out')
# case 2~11 # n = 2
for case_id in range(2, 11):
io = IO(file_prefix="1008/", data_id=case_id)
io.input_writeln(20)
for x in range(20):
io.input_writeln(2)
b = String.random(randrange(90, 100),
charset=cyaron.ALPHABET_CAPITAL)
c = String.random(randrange(90, 100),
charset=cyaron.ALPHABET_CAPITAL)
io.input_writeln(b)
io.input_writeln(c)
io.output_gen('./a.out')
# case 11~20 #边界输入
for case_id in range(11, 21):
io = IO(file_prefix="1008/", data_id=case_id)
io.input_write(
open('raw_data/1008/data{}.in'.format(case_id - 10)).read())
io.output_gen('./a.out')
open('1008/scores', 'w').write(open('raw_data/scores/1008').read())
from cyaron import String
from cyaron import IO
import random
cstr = []
for cases in range(13, 21):
io = IO('delta' + str(cases) + '.in', 'delta' + str(cases) + '.out')
n = random.randint(301, 1000)
#print(n)
io.input_writeln(n)
for i in range(0, n):
cstr.append(String.random(random.randint(3, 10)))
#print(cstr[i])
io.input_writeln(cstr[i])
pass
for i in range(0, n):
cstr.append(String.random(random.randint(3, 10)))
pass
an = random.randint(5001, 100000)
#print(an)
io.input_writeln(an)
for i in range(0, an):
#print(String.random(None,charset=cstr))
io.input_writeln(String.random(None, charset=cstr))
pass
pass
def test_random_word(self):
test = String.random(100, charset="abc")
self.assertTrue(all(a in "abc" for a in test))
def test_random_regular(self):
pattern = r'[0-9]+\w_.{0,9}'
sentence = String.random_regular(pattern, limit=5)
self.assertTrue(re.match(pattern, sentence).group() == sentence)
def test_random_paragraph(self):
# Only test for Errors
String.random_paragraph(10)
def test_random_sentence(self):
sentence = String.random_sentence(10, sentence_terminators=".")
self.assertTrue(sentence[0].isupper())
self.assertTrue(sentence[-1] == ".")
self.assertTrue(sentence.count(" ") == 9)
def test_random_word_from_dict(self):
my_dict = ["lorem", "ipsum", "dolor", "sit", "amet"]
test = String.random(None, charset=my_dict)
self.assertTrue(test in my_dict)