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Top 10 Examples of "bleach in functional component" in Python

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'bleach' in functional components in Python. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.

def clean_html(input):
    # Reaplce html tags from user input, see utils.test for examples

    ok_tags = [u"a", u"img", u"strong", u"b", u"em", u"i", u"u", u"ul", u"li", u"p", u"br",  u"blockquote", u"code"]
    ok_attributes = {u"a": [u"href", u"rel"], u"img": [u"src", u"alt", u"title"]}
    # all other tags: replace with the content of the tag

    # If input contains link in the format:  then convert it to < http:// >
    # This is because otherwise the library recognizes it as a tag and breaks the link.
    input = re.sub("\<(http\S+?)\>", r'< \1 >', input)

    cleaner = bleach.Cleaner(
            filters=[
                EmptyLinkFilter,
                partial(bleach.linkifier.LinkifyFilter, callbacks=[nofollow]),
                ],
            attributes=ok_attributes,
            tags=ok_tags,
            strip=True)
    output = cleaner.clean(input)
    return output
def clean_html(input):
    # Reaplce html tags from user input, see utils.test for examples

    ok_tags = [u"a", u"img", u"strong", u"b", u"em", u"i", u"u", u"ul", u"li", u"p", u"br",  u"blockquote", u"code"]
    ok_attributes = {u"a": [u"href", u"rel"], u"img": [u"src", u"alt", u"title"]}
    # all other tags: replace with the content of the tag

    # If input contains link in the format:  then convert it to < http:// >
    # This is because otherwise the library recognizes it as a tag and breaks the link.
    input = re.sub("\<(http\S+?)\>", r'< \1 >', input)

    cleaner = bleach.Cleaner(
            filters=[
                EmptyLinkFilter,
                partial(bleach.linkifier.LinkifyFilter, callbacks=[nofollow]),
                ],
            attributes=ok_attributes,
            tags=ok_tags,
            strip=True)
    output = cleaner.clean(input)
    return output
def test_no_href_links(self):
        s = '<a name="anchor">x</a>'
        assert linkify(s) == s
def test_ports(data, expected_data):
    """URLs can contain port numbers."""
    out = '<a rel="nofollow" href="{0}">{0}</a>{1}'
    assert linkify(data) == out.format(*expected_data)
def test_mangle_text():
    """We can muck with the inner text of a link."""

    def ft(attrs, new=False):
        attrs['_text'] = 'bar'
        return attrs

    assert (
        linkify('http://ex.mp <a href="http://ex.mp/foo">foo</a>', callbacks=[ft]) ==
        '<a href="http://ex.mp">bar</a> <a href="http://ex.mp/foo">bar</a>'
    )
def test_has_nofollow_already(self):
        attrs = {
            (None, 'href'): 'http://example.com',
            (None, 'rel'): 'nofollow',
        }
        assert nofollow(attrs) == attrs
def test_mailto(self):
        attrs = {(None, 'href'): 'mailto:joe@example.com'}
        assert nofollow(attrs) == attrs
def test_other_rel(self):
        attrs = {
            (None, 'href'): 'http://example.com',
            (None, 'rel'): 'next',
        }
        assert (
            nofollow(attrs) ==
            {(None, 'href'): 'http://example.com', (None, 'rel'): 'next nofollow'}
        )
def test_bleach_html_parser(parser_args, data, expected):
    args = {
        'tags': None,
        'strip': True,
        'consume_entities': True
    }
    args.update(parser_args)

    # Build a parser, walker, and serializer just like we do in clean()
    parser = html5lib_shim.BleachHTMLParser(**args)
    walker = html5lib_shim.getTreeWalker('etree')
    serializer = html5lib_shim.BleachHTMLSerializer(
        quote_attr_values='always',
        omit_optional_tags=False,
        escape_lt_in_attrs=True,
        resolve_entities=False,
        sanitize=False,
        alphabetical_attributes=False,
    )

    # Parse, walk, and then serialize the output
    dom = parser.parseFragment(data)
    serialized = serializer.render(walker(dom))

    assert serialized == expected
def test_convert_entities(data, expected):
    assert html5lib_shim.convert_entities(data) == expected

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