def test_groups(self):
fl = {'ws': ' ', 'nl': '\n'}
sc = Scope()
sc.push()
sc.current = Identifier(['.a', ',', '.b'], 0).parse(sc)
for i in [
(['&', '.scope', ' ', 'a'], '.a.scope a,\n.b.scope a'),
(['.scope', '&', ' ', 'a'], '.scope.a a,\n.scope.b a'),
(['.scope', ' ', 'a', '&'], '.scope a.a,\n.scope a.b'),
(['>', '&', '.scope', ' ', 'a'], ' > .a.scope a,\n > .b.scope a'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
sc.current = Identifier(['.next'], 0).parse(sc)
sc.push()
sc.current = Identifier(['.c', ',', '.d'], 0).parse(sc)
id = Identifier(['.deep'], 0)
self.assertEqual(
id.parse(sc).fmt(fl), '.a .next .c .deep,\n'
'.b .next .c .deep,\n'
'.a .next .d .deep,\n'
'.b .next .d .deep')
self.assertEqual(
id.raw(), '.a% %.next% %.c% %.deep%'
'.b% %.next% %.c% %.deep%'
'.a% %.next% %.d% %.deep%'
'.b% %.next% %.d% %.deep')
def test_media(self):
fl = {'ws': ' '}
sc = Scope()
sc.push()
sc.current = Identifier(
['@media', ' ', 'screen', ',', 'projection'], 0).parse(sc)
self.assertEqual(sc.current.fmt(fl), '@media screen,projection')
for i in [
(['html'], 'html'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
def test_media(self):
fl = {'ws': ' ', 'nl': '\n'}
sc = Scope()
sc.push()
sc.current = Identifier(['@media', ' ', 'screen', ',', 'projection'],
0).parse(sc)
self.assertEqual(sc.current.fmt(fl), '@media screen,projection')
for i in [
(['html'], 'html'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
def test_groups(self):
fl = {'ws': ' '}
sc = Scope()
sc.push()
sc.current = Identifier(['.a', ',', '.b'], 0).parse(sc)
for i in [
(['&', '.scope', ' ', 'a'], '.a.scope a, .b.scope a'),
(['.scope', '&', ' ', 'a'], '.scope.a a, .scope.b a'),
(['.scope', ' ', 'a', '&'], '.scope a.a, .scope a.b'),
(['>', '&', '.scope', ' ', 'a'], ' > .a.scope a, > .b.scope a'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
sc.current = Identifier(['.next'], 0).parse(sc)
sc.push()
sc.current = Identifier(['.c', ',', '.d'], 0).parse(sc)
id = Identifier(['.deep'], 0)
self.assertEqual(id.parse(sc).fmt(fl), '.a .next .c .deep, '
'.a .next .d .deep, '
'.b .next .c .deep, '
'.b .next .d .deep')
self.assertEqual(id.raw(), '.a% %.next% %.c% %.deep%.a%'
' %.next% %.d% %.deep%.b% %.next%'
' %.c% %.deep%.b% %.next% %.d% %.deep')
def test_scope(self):
fl = {'ws': ' '}
sc = Scope()
sc.push()
sc.current = Identifier(['.current'], 0).parse(sc)
for i in [
(['.scope', ' ', 'a'], '.current .scope a'),
(['a', ' ', '.scope'], '.current a .scope'),
(['a', '.scope'], '.current a.scope'),
(['a', '>', 'p', '>', 'h2'], '.current a > p > h2'),
(['a', '~', 'p', '+', 'h2'], '.current a ~ p + h2'),
(['>', 'p', '+', 'h2'], '.current > p + h2'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
def test_scope(self):
fl = {'ws': ' ', 'nl': '\n'}
sc = Scope()
sc.push()
sc.current = Identifier(['.current'], 0).parse(sc)
for i in [
(['.scope', ' ', 'a'], '.current .scope a'),
(['a', ' ', '.scope'], '.current a .scope'),
(['a', '.scope'], '.current a.scope'),
(['a', '>', 'p', '>', 'h2'], '.current a > p > h2'),
(['a', '~', 'p', '+', 'h2'], '.current a ~ p + h2'),
(['>', 'p', '+', 'h2'], '.current > p + h2'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
def test_combinators(self):
fl = {'ws': ' ', 'nl': '\n'}
sc = Scope()
sc.push()
sc.current = Identifier(['.current'], 0).parse(sc)
for i in [
(['&', '.scope', ' ', 'a'], '.current.scope a'),
(['.scope', '&', ' ', 'a'], '.scope.current a'),
(['.scope', ' ', 'a', '&'], '.scope a.current'),
(['&', '>', '.scope', ' ', 'a'], '.current > .scope a'),
(['.span', '&', '.scope', ' ', 'a',
'&'], '.span.current.scope a.current'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
sc.push()
sc.current = Identifier(['&', '.next'], 0).parse(sc)
id = Identifier(['&', '.top'], 0)
self.assertEqual(id.parse(sc).fmt(fl), '.current.next.top')
def test_combinators(self):
fl = {'ws': ' '}
sc = Scope()
sc.push()
sc.current = Identifier(['.current'], 0).parse(sc)
for i in [
(['&', '.scope', ' ', 'a'], '.current.scope a'),
(['.scope', '&', ' ', 'a'], '.scope.current a'),
(['.scope', ' ', 'a', '&'], '.scope a.current'),
(['&', '>', '.scope', ' ', 'a'], '.current > .scope a'),
(['.span', '&', '.scope', ' ', 'a', '&'],
'.span.current.scope a.current'),
]:
t, r = i
id = Identifier(t, 0)
self.assertEqual(id.parse(sc).fmt(fl), r, i)
sc.push()
sc.current = Identifier(['&', '.next'], 0).parse(sc)
id = Identifier(['&', '.top'], 0)
self.assertEqual(id.parse(sc).fmt(fl), '.current.next.top')