def test_parse_one_of():
emphasis = pg.NamedPattern(
'emphasis',
pg.AllOf(
pg.Ignore("*"),
pg.Words(),
pg.Ignore("*")))
words = pg.NamedPattern(
'words',
pg.Words())
phrase = pg.NamedPattern(
'phrase',
pg.OneOf(
words,
emphasis))
expected = ['phrase', ['emphasis', "bold words"]]
result = pg.parse_string("*bold words*", phrase)
assert result == expected
expected = ['phrase', ['words', "normal words"]]
result = pg.parse_string("normal words", phrase)
assert result == expected
def test_parse_many():
emphasis = pg.NamedPattern(
'emphasis',
pg.AllOf(
pg.Ignore("*"),
pg.Words(),
pg.Ignore("*")))
words = pg.NamedPattern(
'words',
pg.Words())
phrase = pg.NamedPattern(
'phrase',
pg.OneOf(
words,
emphasis))
body = pg.NamedPattern(
'body',
pg.Many(phrase))
expected = ['body',
['phrase',
['words', 'a phrase with ']],
['phrase',
['emphasis', "bold words"]],
['phrase',
['words', " in it"]]]
result = pg.parse_string("a phrase with *bold words* in it", body)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("123", body)
def test_parse_many():
def emphasis():
return pg.AllOf(
lambda: pg.Ignore("*"),
lambda: pg.Words(),
lambda: pg.Ignore("*"))
def words():
return pg.Words()
def phrase():
return pg.OneOf(
words,
emphasis)
def body():
return pg.Many(phrase)
expected = ['body',
['phrase',
['words', 'a phrase with ']],
['phrase',
['emphasis', "bold words"]],
['phrase',
['words', " in it"]]]
result = pg.parse_string("a phrase with *bold words* in it", body)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("123", body)
def test_parse_many():
def emphasis():
return pg.AllOf(lambda: pg.Ignore("*"), lambda: pg.Words(),
lambda: pg.Ignore("*"))
def words():
return pg.Words()
def phrase():
return pg.OneOf(words, emphasis)
def body():
return pg.Many(phrase)
expected = [
'body', ['phrase', ['words', 'a phrase with ']],
['phrase', ['emphasis', "bold words"]],
['phrase', ['words', " in it"]]
]
result = pg.parse_string("a phrase with *bold words* in it", body)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("123", body)
def test_escaped():
html_text = pg.NamedPattern(
'html_text',
pg.Many(
pg.Words(
pg.Words.letters+"</>")))
escaped_text = pg.NamedPattern(
'escaped_text',
pg.Escaped(html_text))
data = """<p>Some Text</p>"""
expected = [
'escaped_text',
['html_text',
"<p>Some Text</p>"]]
result = pg.parse_string(data, escaped_text)
assert expected == result
html_text = pg.Many(
pg.Words(
pg.Words.letters+"</>"))
escaped_text = pg.NamedPattern(
'escaped_text',
pg.Escaped(html_text))
expected = [
'escaped_text',
"<p>Some Text</p>"]
result = pg.parse_string(data, escaped_text)
assert expected == result
def test_parse_string_b():
letter_b = pg.NamedPattern("letter_b", "b")
result = pg.parse_string("b", letter_b)
assert result == ['letter_b', "b"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_b)
def test_not():
def not_a():
return pg.Not("a")
result = pg.parse_string("bc", not_a)
assert result == ['not_a', 'b']
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("a", not_a)
def test_not():
def not_a():
return pg.Not("a")
result = pg.parse_string("bc", not_a)
assert result == ['not_a', 'b']
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("a", not_a)
def test_parse_string_b():
def letter_b():
return "b"
result = pg.parse_string("b", letter_b)
assert result == ['letter_b', "b"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_b)
def test_parse_string_b():
def letter_b():
return "b"
result = pg.parse_string("b", letter_b)
assert result == ['letter_b', "b"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_b)
def test_not():
not_a = pg.NamedPattern(
'not_a',
pg.Not("a"))
result = pg.parse_string("bc", not_a)
assert result == ['not_a', 'b']
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("a", not_a)
def test_parse_string_a():
letter_a = pg.NamedPattern("letter_a", "a")
result = pg.parse_string("a", letter_a)
assert result == ['letter_a', "a"]
result = pg.parse_string("ab", letter_a)
assert result == ['letter_a', "a"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_a)
def test_parse_string_some_a():
def word_a():
return pg.Some('a')
result = pg.parse_string("aa", word_a)
assert result == ['word_a', "aa"]
result = pg.parse_string("aaa", word_a)
assert result == ['word_a', "aaa"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("caa", word_a)
def test_parse_string_some_a():
def word_a():
return pg.Some('a')
result = pg.parse_string("aa", word_a)
assert result == ['word_a', "aa"]
result = pg.parse_string("aaa", word_a)
assert result == ['word_a', "aaa"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("caa", word_a)
def test_parse_string_a():
def letter_a():
return "a"
result = pg.parse_string("a", letter_a)
assert result == ['letter_a', "a"]
result = pg.parse_string("ab", letter_a)
assert result == ['letter_a', "a"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_a)
def test_parse_string_a():
def letter_a():
return "a"
result = pg.parse_string("a", letter_a)
assert result == ['letter_a', "a"]
result = pg.parse_string("ab", letter_a)
assert result == ['letter_a', "a"]
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("c", letter_a)
def test_indented():
def list_item():
return pg.AllOf(pg.Ignore(pg.Optional(pg.Many("\n"))), pg.Ignore("* "),
pg.Words())
def nested_list():
return pg.AllOf(
pg.Ignore(pg.Optional(pg.Many("\n"))),
pg.Indented(pg.AllOf(list_item,
pg.Optional(pg.Many(list_item, nested_list))),
optional=True))
data = """
* A bullet
"""
expected = ['nested_list', ['list_item', "A bullet"]]
result = pg.parse_string(data, nested_list)
assert expected == result
data = """
* A bullet
* A bullet in a sublist
"""
expected = [
'nested_list', ['list_item', "A bullet"],
['nested_list', ['list_item', "A bullet in a sublist"]]
]
result = pg.parse_string(data, nested_list)
assert expected == result
data = """
* A bullet
* A bullet in a sublist
* Another bullet in a sublist
* Another bullet in the first list
"""
expected = [
'nested_list', ['list_item', "A bullet"],
[
'nested_list', ['list_item', "A bullet in a sublist"],
['list_item', "Another bullet in a sublist"]
], ['list_item', "Another bullet in the first list"]
]
result = pg.parse_string(data, nested_list)
assert expected == result
def test_parse_words():
body = pg.NamedPattern(
'body',
pg.Words())
result = pg.parse_string("The confused dog jumped over the fox", body)
assert result == ['body', "The confused dog jumped over the fox"]
def test_parse_ignore():
def emphasis():
return pg.AllOf(lambda: pg.Ignore("*"), lambda: pg.Words(),
lambda: pg.Ignore("*"))
result = pg.parse_string("*bold words*", emphasis)
assert result == ['emphasis', "bold words"]
def test_numbered_bullet():
def numbered_bullet():
return pg.AllOf(pg.Ignore(pg.Optional(pg.Many("\n"))),
pg.Ignore(pg.Words(letters="1234567890")),
pg.Ignore(". "), pg.Words())
def ordered_list():
return pg.AllOf(
pg.Ignore(pg.Optional(pg.Many("\n"))),
pg.Indented(pg.AllOf(
numbered_bullet,
pg.Optional(pg.Many(numbered_bullet, ordered_list))),
optional=True))
data = """
1. A numbered bullet
2. A bullet in a sublist
3. Another bullet in a sublist
4. Another bullet in the first list
"""
expected = [
'ordered_list', ['numbered_bullet', "A numbered bullet"],
[
'ordered_list', ['numbered_bullet', "A bullet in a sublist"],
['numbered_bullet', "Another bullet in a sublist"]
], ['numbered_bullet', "Another bullet in the first list"]
]
result = pg.parse_string(data, ordered_list)
assert expected == result
def test_parse_string_some_aab():
word_a = pg.NamedPattern("word_a", pg.Some('a'))
letter_b = pg.NamedPattern("letter_b", "b")
word_aab = pg.NamedPattern(
'word_aab',
pg.AllOf(word_a, letter_b))
expected = ['word_aab',
['word_a', "aa"],
['letter_b', "b"]]
result = pg.parse_string("aab", word_aab)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("caab", word_aab)
def test_parse_string_some_aab():
def word_a():
return pg.Some('a')
def letter_b():
return "b"
def word_aab():
return pg.AllOf(word_a, letter_b)
expected = ['word_aab', ['word_a', "aa"], ['letter_b', "b"]]
result = pg.parse_string("aab", word_aab)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("caab", word_aab)
def test_parse_one_of():
def emphasis():
return pg.AllOf(lambda: pg.Ignore("*"), lambda: pg.Words(),
lambda: pg.Ignore("*"))
def words():
return pg.Words()
def phrase():
return pg.OneOf(words, emphasis)
expected = ['phrase', ['emphasis', "bold words"]]
result = pg.parse_string("*bold words*", phrase)
assert result == expected
expected = ['phrase', ['words', "normal words"]]
result = pg.parse_string("normal words", phrase)
assert result == expected
def test_parse_ignore():
def emphasis():
return pg.AllOf(
lambda: pg.Ignore("*"),
lambda: pg.Words(),
lambda: pg.Ignore("*"))
result = pg.parse_string("*bold words*", emphasis)
assert result == ['emphasis', "bold words"]
def test_parse_string_some_aab():
def word_a():
return pg.Some('a')
def letter_b():
return "b"
def word_aab():
return pg.AllOf(word_a, letter_b)
expected = ['word_aab',
['word_a', "aa"],
['letter_b', "b"]]
result = pg.parse_string("aab", word_aab)
assert result == expected
with py.test.raises(pg.NoPatternFound):
result = pg.parse_string("caab", word_aab)
def test_parse_ignore():
emphasis = pg.NamedPattern(
'emphasis',
pg.AllOf(
pg.Ignore("*"),
pg.Words(),
pg.Ignore("*")))
result = pg.parse_string("*bold words*", emphasis)
assert result == ['emphasis', "bold words"]
def test_optional():
def optional_a():
return pg.Optional("a")
result = pg.parse_string("a", optional_a)
expected = ['', "a"]
assert expected == result
def optional_a():
return pg.Optional("a")
def letters():
return pg.Words()
def body():
return pg.AllOf(optional_a, letters)
result = pg.parse_string("abc", body)
expected = ['body', "a", ['letters', "bc"]]
assert expected == result
def test_parse_one_of():
def emphasis():
return pg.AllOf(
lambda: pg.Ignore("*"),
lambda: pg.Words(),
lambda: pg.Ignore("*"))
def words():
return pg.Words()
def phrase():
return pg.OneOf(
words,
emphasis)
expected = ['phrase', ['emphasis', "bold words"]]
result = pg.parse_string("*bold words*", phrase)
assert result == expected
expected = ['phrase', ['words', "normal words"]]
result = pg.parse_string("normal words", phrase)
assert result == expected
def test_optional():
optional_a = pg.NamedPattern(
'optional_a',
pg.Optional("a"))
result = pg.parse_string("a", optional_a)
expected = ['', "a"]
assert expected == result
letters = pg.NamedPattern(
'letters',
pg.Words())
body = pg.NamedPattern(
'body',
pg.AllOf(optional_a, letters))
result = pg.parse_string("abc", body)
expected = [
'body',
"a",
['letters', "bc"]]
assert expected == result
def test_optional():
def optional_a():
return pg.Optional("a")
result = pg.parse_string("a", optional_a)
expected = ['', "a"]
assert expected == result
def optional_a():
return pg.Optional("a")
def letters():
return pg.Words()
def body():
return pg.AllOf(optional_a, letters)
result = pg.parse_string("abc", body)
expected = [
'body',
"a",
['letters', "bc"]]
assert expected == result
def test_numbered_bullet():
def numbered_bullet():
return pg.AllOf(
pg.Ignore(
pg.Optional(
pg.Many("\n"))),
pg.Ignore(pg.Words(letters="1234567890")),
pg.Ignore(". "),
pg.Words())
def ordered_list():
return pg.AllOf(
pg.Ignore(
pg.Optional(
pg.Many("\n"))),
pg.Indented(
pg.AllOf(
numbered_bullet,
pg.Optional(
pg.Many(
numbered_bullet,
ordered_list))),
optional=True))
data = """
1. A numbered bullet
2. A bullet in a sublist
3. Another bullet in a sublist
4. Another bullet in the first list
"""
expected = [
'ordered_list',
['numbered_bullet',
"A numbered bullet"],
['ordered_list',
['numbered_bullet',
"A bullet in a sublist"],
['numbered_bullet',
"Another bullet in a sublist"]],
['numbered_bullet',
"Another bullet in the first list"]]
result = pg.parse_string(data, ordered_list)
assert expected == result
def test_unknown_matcher():
def unknown():
return 1
with py.test.raises(pg.UnknownMatcherType):
result = pg.parse_string("", unknown)
def test_parse_words():
def body():
return pg.Words()
result = pg.parse_string("The confused dog jumped over the fox", body)
assert result == ['body', "The confused dog jumped over the fox"]
def test_unknown_matcher():
def unknown():
return 1
with py.test.raises(pg.UnknownMatcherType):
result = pg.parse_string("", unknown)
def test_indented():
list_item = pg.NamedPattern(
'list_item',
pg.AllOf(
pg.Ignore(
pg.Optional(
pg.Many("\n"))),
pg.Ignore("* "),
pg.Words()))
@pg.lazy
def nested_list():
return pg.AllOf(
pg.Ignore(
pg.Optional(
pg.Many("\n"))),
pg.Indented(
pg.AllOf(
list_item,
pg.Optional(
pg.Many(
list_item,
nested_list))),
optional=True))
data = """
* A bullet
"""
expected = [
'nested_list',
['list_item', "A bullet"]]
result = pg.parse_string(data, nested_list)
assert expected == result
data = """
* A bullet
* A bullet in a sublist
"""
expected = [
'nested_list',
['list_item', "A bullet"],
['nested_list',
['list_item', "A bullet in a sublist"]]]
result = pg.parse_string(data, nested_list)
assert expected == result
data = """
* A bullet
* A bullet in a sublist
* Another bullet in a sublist
* Another bullet in the first list
"""
expected = [
'nested_list',
['list_item', "A bullet"],
['nested_list',
['list_item', "A bullet in a sublist"],
['list_item', "Another bullet in a sublist"]],
['list_item', "Another bullet in the first list"]]
result = pg.parse_string(data, nested_list)
assert expected == result
def parse(text, pattern=body):
if not text.endswith("\n\n"):
text = text + "\n\n"
return pg.parse_string(text, pattern)
def to_html(text, pattern=body):
if not text.endswith("\n\n"):
text = text + "\n\n"
return htmlise(pg.parse_string(text, pattern)).strip()
def test_parse_words():
def body():
return pg.Words()
result = pg.parse_string("The confused dog jumped over the fox", body)
assert result == ['body', "The confused dog jumped over the fox"]
