def test_1():
source = open('./test/text/source1.txt', 'r')
expected = (
'hello', 'world', 'Python', 'rocks!', '32.14', r'\n', r'^D'
)
input_gen = jutge.read_many(file=source)
assert all(next(input_gen) == val for val in expected)
def test_5():
source = open('./test/text/source4.txt', 'r')
expected = (("Avatar", 2008), ("Thor", 2010), ("The_Great_Gatsby", 1956),
("GATTACA", 1999), ("Blade_Runner", 1981), ("Cars", 2005),
("A_Really_Long_Title", 2050), ("Monty_Python", 1010))
input_gen = jutge.read_many(str, int, file=source)
assert all(tuple(next(input_gen)) == val for val in expected)
def test_4():
source = open('./test/text/source2.txt', 'r')
expected = (
2, -3, 8, 3.14, 12
)
input_gen = jutge.read_many(float, file=source)
assert all(next(input_gen) == val for val in expected)
def test_5():
source = open('./test/text/source4.txt', 'r')
expected = (
("Avatar", 2008),
("Thor", 2010),
("The_Great_Gatsby", 1956),
("GATTACA", 1999),
("Blade_Runner", 1981),
("Cars", 2005),
("A_Really_Long_Title", 2050),
("Monty_Python", 1010)
)
input_gen = jutge.read_many(str, int, file=source)
assert all(tuple(next(input_gen)) == val for val in expected)
def upper_jutge(data):
stream = io.StringIO(data)
return "".join(x.upper() for x in jutge.read_many(file=stream))
def test_7():
source = open('./test/text/source3.txt', 'r')
expected = (tuple(range(1 + 5 * d, 6 + 5 * d)) for d in range(2))
input_gen = jutge.read_many(int, file=source, amount=5)
assert all(tuple(next(input_gen)) == tuple(val) for val in expected)
def test_1():
source = open('./test/text/source1.txt', 'r')
expected = ('hello', 'world', 'Python', 'rocks!', '32.14', r'\n', r'^D')
input_gen = jutge.read_many(file=source)
assert all(next(input_gen) == val for val in expected)
def test_4():
source = open('./test/text/source2.txt', 'r')
expected = (2, -3, 8, 3.14, 12)
input_gen = jutge.read_many(float, file=source)
assert all(next(input_gen) == val for val in expected)
def test_2():
source = open('./test/text/source1.txt', 'r')
assert not tuple(jutge.read_many(int, file=source))
def count_As(data):
stream = io.StringIO(data)
return sum(x == 'a' for x in (jutge.read_many(chr, file=stream)))
from jutge import read_many, read
x = read(int)
cont = 0
for n in read_many(int):
if n == 0 or n % x == 0:
cont += 1
print(cont)
def sum_jutge(data):
stream = io.StringIO(data)
return sum(jutge.read_many(int, file=stream))
def test_7():
source = open('./test/text/source3.txt', 'r')
expected = (tuple(range(1 + 5 * d, 6 + 5 * d)) for d in range(2))
input_gen = jutge.read_many(int, file=source, amount=5)
assert all(tuple(next(input_gen)) == tuple(val) for val in expected)
def test_2():
source = open('./test/text/source1.txt', 'r')
assert not tuple(jutge.read_many(int, file=source))
