def test_pair():
t = ("a", "b")
pair = Pair(t)
assert pair == Pair(*t)
assert pair == t
assert pair == Pair("b", "a")
assert pair == eval(repr(pair))
assert str(pair) == "b - a"
# Test unicode (C4 87 -> latin small letter C with acute)
pair = Pair("a", "\xc4\x87")
assert str(pair) == "\xc4\x87 - a"
def test_pair():
t = ('a', 'b')
pair = Pair(t)
assert_equal(pair, Pair(*t))
assert_equal(pair, t)
assert_equal(pair, Pair('b', 'a'))
assert_equal(pair, eval(repr(pair)))
assert_equal(str(pair), "b - a")
# Test unicode (C4 87 -> latin small letter C with acute)
pair = Pair("a", "\xc4\x87")
assert_equal(str(pair), "\xc4\x87 - a")
def test_pair():
t = ('a', 'b')
pair = Pair(t)
assert_equal(pair, Pair(*t))
assert_equal(pair, Pair('b', 'a'))
assert_equal(pair, eval(repr(pair)))
assert_equal(str(pair), "b - a")
assert_equal(unicode(pair), u"b - a")
# Non-ASCII characters should not cause exception if they're proper UTF-8
pair = Pair("a", "\xc4\x87")
str(pair)
unicode(pair)
def test_pair():
# We cannot use six.u since it expects a string literal as argument and
# we're passing an object.
u = unicode if six.PY2 else str
t = ('a', 'b')
pair = Pair(t)
assert_equal(pair, Pair(*t))
assert_equal(pair, Pair('b', 'a'))
assert_equal(pair, eval(repr(pair)))
assert_equal(u(pair), "b - a")
# Test unicode (C4 87 -> latin small letter C with acute)
pair = Pair("a", "\xc4\x87")
assert_equal(u(pair), "\xc4\x87 - a")
def test_scoresheet():
sheet = Scoresheet()
t = ('a', 'b')
sheet[t] = 5
assert_equal(len(sheet), 1)
assert_equal(sheet.items(), [(Pair('a', 'b'), 5.0)])
assert_equal(sheet[t], 5.0)
del sheet[t]
assert_equal(len(sheet), 0)
def test_scoresheet():
sheet = Scoresheet()
t = ("a", "b")
sheet[t] = 5
assert len(sheet) == 1
assert list(sheet.items()) == [(Pair("a", "b"), 5.0)]
assert sheet[t] == 5.0
del sheet[t]
assert len(sheet) == 0
def test_pair_identical_elements():
Pair('a', 'a')
def test_pair_different_types():
# Should not raise an error
assert Pair("a", 1) == Pair(1, "a")
def test_pair_identical_elements():
with pytest.raises(AssertionError):
Pair("a", "a")
def test_pair_different_types():
# Should not raise an error
assert_equal(Pair('a', 1), Pair(1, 'a'))