def test_fix_bad_unicode():
text = "and install a \\u2018new\\u2019 society in their" # and install a ‘new’ society in their
assert cleantext.fix_bad_unicode(
text) == "and install a 'new' society in their"
assert "všetko" == cleantext.fix_bad_unicode("všetko")
assert "Všetko" == cleantext.fix_bad_unicode("Všetko")
def clean(
docstring: str, language: Optional[str] = None,
extract_summary: bool = True,
no_comment_delimiters: bool = True,
no_html_tags: bool = True,
no_doctags: bool = True,
no_urls: bool = True, url_replacement: str = "",
tokenize: bool = True,
fix_unicode: bool = True
):
if no_comment_delimiters:
docstring = remove_comment_delimiters(docstring)
if extract_summary:
docstring = extract_docstring_summary(docstring, language=language)
if fix_unicode:
docstring = fix_bad_unicode(docstring)
if no_urls:
docstring = remove_urls(docstring, replace_with=url_replacement)
if no_html_tags and docstring:
try:
docstring = remove_html_tags(docstring)
except Exception as e:
pass
if no_doctags:
docstring = remove_doctags(docstring, keep_inside=True, language=language)
if tokenize:
docstring = tokenize_csn(docstring)
return docstring
def line_to_words(self, line):
words, fonts = [], []
for word in line["content"]:
if word["type"] == "word":
w_fixed = word["content"]
w_fixed = fix_bad_unicode(w_fixed).strip()
words.append(w_fixed)
fonts.append(word["font"])
return words, fonts
def test_fix_bad_unicode():
text = ("and install a \\u2018new\\u2019 society in their"
) # and install a ‘new’ society in their
assert cleantext.fix_bad_unicode(
text) == "and install a 'new' society in their"
def only_text(es):
r = []
for e in es:
for x in extract_elements(e, "word"):
r.append(x["content"].strip())
return fix_bad_unicode(" ".join(r))
