def test_reusing_same_splitter(self):
c = Chunk('asdf', {'fg': 32})
s1 = c.splitter()
self.assertEqual(s1.request(3), (3, Chunk('asd', {'fg': 32})))
s1.reinit(c)
self.assertEqual(s1.request(3), (3, Chunk('asd', {'fg': 32})))
s1.reinit(c)
self.assertEqual(s1.request(3), (3, Chunk('asd', {'fg': 32})))
c2 = Chunk('abcdef', {})
s1.reinit(c2)
self.assertEqual(s1.request(3), (3, Chunk('abc')))
def test_reusing_same_splitter(self):
c = Chunk("asdf", {"fg": 32})
s1 = c.splitter()
self.assertEqual(s1.request(3), (3, Chunk("asd", {"fg": 32})))
s1.reinit(c)
self.assertEqual(s1.request(3), (3, Chunk("asd", {"fg": 32})))
s1.reinit(c)
self.assertEqual(s1.request(3), (3, Chunk("asd", {"fg": 32})))
c2 = Chunk("abcdef", {})
s1.reinit(c2)
self.assertEqual(s1.request(3), (3, Chunk("abc")))
def test_width_awareness(self):
s = Chunk('asdf')
self.assertEqual(
Chunk('ab\u0300c').splitter().request(3), (3, Chunk('ab\u0300c')))
self.assertEqual(
Chunk('ab\u0300c').splitter().request(2), (2, Chunk('ab\u0300')))
s = Chunk('ab\u0300c').splitter()
self.assertEqual(s.request(1), (1, Chunk('a')))
self.assertEqual(s.request(2), (2, Chunk('b\u0300c')))
c = Chunk('aＥbc')
self.assertEqual(c.splitter().request(4), (4, Chunk('aＥb')))
s = c.splitter()
self.assertEqual(s.request(2), (2, Chunk('a ')))
self.assertEqual(s.request(2), (2, Chunk('Ｅ')))
self.assertEqual(s.request(2), (2, Chunk('bc')))
self.assertEqual(s.request(2), None)
def test_chunk_splitter(self):
splitter = Chunk('asdf', {'fg': 32}).splitter()
self.assertEqual(splitter.request(1), (1, Chunk('a', {'fg': 32})))
self.assertEqual(splitter.request(4), (3, Chunk('sdf', {'fg': 32})))
self.assertEqual(splitter.request(4), None)
def test_repr(self):
c = Chunk('a', {'fg': 32})
if PY2:
self.assertEqual(repr(c), """Chunk(u'a', {'fg': 32})""")
else:
self.assertEqual(repr(c), """Chunk('a', {'fg': 32})""")
def test_unicode_repr(self):
repr(Chunk('–'))
self.assertEqual(repr(fmtstr('–')), repr_without_leading_u('–'))
def test_funny_chars(self):
fmtstr('⁇', 'blue')
str(Chunk('⁇', {'fg': 'blue'}))
str(fmtstr('⁇', 'blue'))
unicode(fmtstr('⁇', 'blue'))
self.assertTrue(True)
def add_things(n):
part = Chunk('hi', {'fg': 36})
whole = FmtStr(part)
return sum([whole for _ in range(n)], FmtStr())
def test_width_awareness(self):
s = Chunk("asdf")
self.assertEqual(
Chunk("ab\u0300c").splitter().request(3), (3, Chunk("ab\u0300c")))
self.assertEqual(
Chunk("ab\u0300c").splitter().request(2), (2, Chunk("ab\u0300")))
s = Chunk("ab\u0300c").splitter()
self.assertEqual(s.request(1), (1, Chunk("a")))
self.assertEqual(s.request(2), (2, Chunk("b\u0300c")))
c = Chunk("aＥbc")
self.assertEqual(c.splitter().request(4), (4, Chunk("aＥb")))
s = c.splitter()
self.assertEqual(s.request(2), (2, Chunk("a ")))
self.assertEqual(s.request(2), (2, Chunk("Ｅ")))
self.assertEqual(s.request(2), (2, Chunk("bc")))
self.assertEqual(s.request(2), None)
def test_chunk_splitter(self):
splitter = Chunk("asdf", {"fg": 32}).splitter()
self.assertEqual(splitter.request(1), (1, Chunk("a", {"fg": 32})))
self.assertEqual(splitter.request(4), (3, Chunk("sdf", {"fg": 32})))
self.assertEqual(splitter.request(4), None)
def test_funny_chars(self):
fmtstr("⁇", "blue")
str(Chunk("⁇", {"fg": "blue"}))
str(fmtstr("⁇", "blue"))
unicode(fmtstr("⁇", "blue"))
self.assertTrue(True)
def test_repr(self):
c = Chunk("a", {"fg": 32})
self.assertEqual(repr(c), """Chunk('a', {'fg': 32})""")
def test_unicode_repr(self):
repr(Chunk(u'–'))
self.assertEqual(repr(fmtstr(u'–')), repr(u'–'))