def test_keyterm_in_begin(self):
self.assertEqual(list(tokenize('pre-foo-suf', ('pre', 'pre-foo-suf'))),
[Token('pre-foo-suf')])
self.assertEqual(
list(tokenize('d-pre-foo-suf', ('pre', 'pre-foo-suf'))),
[Token('d-'), Token('pre-foo-suf')])
def test_tokenize(self):
self.assertEqual(list(tokenize('the end', ' ')),
[Token('the'), Token(' '),
Token('end')])
self.assertEqual(list(tokenize('the end is', (' ', 'the end',))),
[Token('the end'), Token(' '),
Token('is')])
def test_keyterm_in_begin(self):
self.assertEqual(
list(tokenize('pre-foo-suf', ('pre', 'pre-foo-suf'))),
[Token('pre-foo-suf')])
self.assertEqual(
list(tokenize('d-pre-foo-suf', ('pre', 'pre-foo-suf'))),
[Token('d-'), Token('pre-foo-suf')])
def test_keyterm_in_end(self):
self.assertEqual(list(tokenize('pre-foo-suf', ('pre-foo-suf', 'suf'))),
[Token('pre-foo-suf')])
self.assertEqual(
list(tokenize('n.º 2', (' ', 'n.º', '.º'))),
[Token('n.º'), Token(' '), Token('2')])
self.assertEqual(list(tokenize('foo-bar', ('foo-bar', 'bar tal'))),
[Token('foo-bar')])
def test_tokenize(self):
self.assertEqual(
list(tokenize('the end', ' ')),
[Token('the'), Token(' '), Token('end')])
self.assertEqual(list(tokenize('the end is', (
' ',
'the end',
))), [Token('the end'), Token(' '),
Token('is')])
def test_keyterm_in_end(self):
self.assertEqual(
list(tokenize('pre-foo-suf', ('pre-foo-suf', 'suf'))),
[Token('pre-foo-suf')])
self.assertEqual(
list(tokenize('n.º 2', (' ', 'n.º', '.º'))),
[Token('n.º'), Token(' '), Token('2')])
self.assertEqual(
list(tokenize('foo-bar', ('foo-bar', 'bar tal'))),
[Token('foo-bar')])
def test_keyterm_in_word(self):
"""
262.º with keyterm `.º` must return 262 and .º
"""
self.assertEqual(
list(tokenize('262.º', (' ', ',', '.º',))),
[Token('262'), Token('.º')]
)
self.assertEqual(
list(tokenize('262.º-A', (' ', ',', '.º',))),
[Token('262'), Token('.º'), Token('-A')]
)
def test_keyterm_subset_of_keyterm(self):
"""
When keyterm is a subset of the other, return other.
"""
self.assertEqual(list(tokenize('Decreto-Lei', {'Decreto'})),
[Token('Decreto'), Token('-Lei')])
self.assertEqual(
list(tokenize('Decreto-Lei', {'Decreto', 'Decreto-Lei'})),
[Token('Decreto-Lei')])
self.assertEqual(
list(tokenize('Decreto-Barro', {'Decreto', 'Decreto-Lei'})),
[Token('Decreto'), Token('-Barro')])
def test_keyterm_subset_of_keyterm(self):
"""
When keyterm is a subset of the other, return other.
"""
self.assertEqual(
list(tokenize('Decreto-Lei', {'Decreto'})),
[Token('Decreto'), Token('-Lei')])
self.assertEqual(
list(tokenize('Decreto-Lei', {'Decreto', 'Decreto-Lei'})),
[Token('Decreto-Lei')])
self.assertEqual(
list(tokenize('Decreto-Barro', {'Decreto', 'Decreto-Lei'})),
[Token('Decreto'), Token('-Barro')])
def test_real(self):
self.assertEqual(
list(
tokenize('no n.º 2 do artigo 26.º do Decreto-Lei 2/2013,',
(' ', '.', ',', 'Decreto-Lei', 'Decretos-Leis', 'n.º',
'.º', 'n.os'))), [
Token('no'),
Token(' '),
Token('n.º'),
Token(' '),
Token('2'),
Token(' '),
Token('do'),
Token(' '),
Token('artigo'),
Token(' '),
Token('26'),
Token('.º'),
Token(' '),
Token('do'),
Token(' '),
Token('Decreto-Lei'),
Token(' '),
Token('2/2013'),
Token(',')
])
def test_multiple_keyterms(self):
self.assertEqual(
list(
tokenize('Decreto-Barros',
{'Decreto', 'Decreto-Lei', '-Barro'})),
[Token('Decreto'), Token('-Barro'),
Token('s')])
def test_shifted_keyterms(self):
self.assertEqual(
list(
tokenize('the foo is bad',
(' ', 'the foo stay', 'foo is bad'))),
[Token('the'), Token(' '),
Token('foo is bad')])
def test_keyterm_found(self):
self.assertEqual(
list(tokenize('this is the end of', (' ', 'the end',))),
[Token('this'), Token(' '),
Token('is'), Token(' '),
Token('the end'),
Token(' '),
Token('of')])
def test_keyterm_in_word(self):
"""
262.º with keyterm `.º` must return 262 and .º
"""
self.assertEqual(list(tokenize('262.º', (
' ',
',',
'.º',
))), [Token('262'), Token('.º')])
self.assertEqual(
list(tokenize('262.º-A', (
' ',
',',
'.º',
))),
[Token('262'), Token('.º'), Token('-A')])
def test_similar_keyterms(self):
expected = [Token('this'),
Token(' '),
Token('is'),
Token(' '),
Token('the'),
Token(' '),
Token('foo'),
Token(' '),
Token('of')]
self.assertEqual(list(tokenize('this is the foo of',
(' ', 'the end', 'the bar'))),
expected)
self.assertEqual(list(tokenize('this is the foo of',
(' ', 'the foo is', 'foo is bad'))),
expected)
def test_similar_keyterms(self):
expected = [
Token('this'),
Token(' '),
Token('is'),
Token(' '),
Token('the'),
Token(' '),
Token('foo'),
Token(' '),
Token('of')
]
self.assertEqual(
list(tokenize('this is the foo of', (' ', 'the end', 'the bar'))),
expected)
self.assertEqual(
list(
tokenize('this is the foo of',
(' ', 'the foo is', 'foo is bad'))), expected)
def test_real(self):
self.assertEqual(
list(tokenize(
'no n.º 2 do artigo 26.º do Decreto-Lei 2/2013,',
(' ', '.', ',', 'Decreto-Lei', 'Decretos-Leis',
'n.º', '.º', 'n.os'))),
[Token('no'), Token(' '), Token('n.º'), Token(' '),
Token('2'), Token(' '), Token('do'), Token(' '),
Token('artigo'), Token(' '), Token('26'),
Token('.º'), Token(' '), Token('do'),
Token(' '), Token('Decreto-Lei'), Token(' '),
Token('2/2013'), Token(',')]
)
def test_keyterm_found(self):
self.assertEqual(
list(tokenize('this is the end of', (
' ',
'the end',
))), [
Token('this'),
Token(' '),
Token('is'),
Token(' '),
Token('the end'),
Token(' '),
Token('of')
])
def parse(string, managers, terms=set()):
"""
Parses a string into a list of expressions. Uses managers to replace `Token`s
by other elements.
"""
result = [] # the end result
for manager in managers:
terms |= manager.terms
for index, token in enumerate(tokenize(string, terms)):
result.append(token)
caught = False
for manager in managers:
manager.generate(index, token)
caught = manager.observe(index, token, caught) or caught
manager.replace_in(result)
for manager in managers:
manager.finish(result)
return result
def parse(string, managers, terms=set()):
"""
Parses a string into a list of expressions. Uses managers to replace `Token`s
by other elements.
"""
result = [] # the end result
for manager in managers:
terms |= manager.terms
for index, token in enumerate(tokenize(string, terms)):
result.append(token)
caught = False
for manager in managers:
manager.generate(index, token)
caught = manager.observe(index, token, caught) or caught
manager.replace_in(result)
for manager in managers:
manager.finish(result)
return result
def test_keyterms_in_string_end(self):
self.assertEqual(
list(tokenize('the is', (' ', 'is solid', 'is black'))),
[Token('the'), Token(' '), Token('is')])
def test_basic(self):
self.assertEqual(
list(tokenize('the the', ' ')),
[Token('the'), Token(' '), Token('the')])
def test_multiple_keyterms(self):
self.assertEqual(
list(tokenize('Decreto-Barros', {'Decreto', 'Decreto-Lei', '-Barro'})),
[Token('Decreto'), Token('-Barro'), Token('s')])
def test_basic(self):
self.assertEqual(list(tokenize('the the', ' ')),
[Token('the'), Token(' '), Token('the')])
def test_keyterm_in_middle(self):
self.assertEqual(list(tokenize('pre-foo-suf', ('foo', 'pre-foo-suf'))),
[Token('pre-foo-suf')])
def test_shifted_keyterms(self):
self.assertEqual(list(tokenize('the foo is bad',
(' ', 'the foo stay', 'foo is bad'))),
[Token('the'),
Token(' '),
Token('foo is bad')])
def test_keyterm_in_middle(self):
self.assertEqual(
list(tokenize('pre-foo-suf', ('foo', 'pre-foo-suf'))),
[Token('pre-foo-suf')])
def test_keyterms_in_string_end(self):
self.assertEqual(
list(tokenize('the is', (' ', 'is solid', 'is black'))),
[Token('the'), Token(' '), Token('is')])
