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_scoresheet_process_data():
t = ('a', 'b')
d = {t: 5}
G = nx.Graph()
G.add_edge(*t, weight=5)
s = [(t, 5)]
for x in (d, G, s):
sheet = Scoresheet(x)
assert_equal(sheet[t], 5.0)
def test_scoresheet_process_data():
t = ("a", "b")
d = {t: 5}
G = nx.Graph()
G.add_edge(*t, weight=5)
s = [(t, 5)]
for x in (d, G, s):
sheet = Scoresheet(x)
assert sheet[t] == 5.0
def setup(self):
self.sheet = Scoresheet()
self.sheet[(u"a", u"b")] = 2.0
self.sheet[(u"b", u"\xe9")] = 1.0
self.expected = b"b\ta\t2.0\n\xc3\xa9\tb\t1.0\n"
def setup(self):
self.sheet = Scoresheet()
self.sheet[(u'a', u'b')] = 2.0
self.sheet[(u'b', u'\xe9')] = 1.0
self.expected = b"b\ta\t2.0\n\xc3\xa9\tb\t1.0\n"
