def test_ast_directive(self):
data = fixtures.load_json('directive.json')
md = Markdown(renderer=AstRenderer())
md.use(PluginDirective())
# Use JSON to fix the differences between tuple and list
tokens = json.loads(json.dumps(md(data['text'])))
self.assertEqual(tokens, data['tokens'])
def __init__(self, renderer=None, inline=None, block=None, **kwargs):
if not renderer:
renderer = MarkdownRenderer(**kwargs)
if not block:
block = MarkdownBlockProcessor(**kwargs)
Markdown.__init__(self, renderer, inline, block, **kwargs)
def __init__(self):
renderer = WikiRenderer()
inline = WikiInlineLexer(renderer)
# enable the feature
inline.enable_wiki_page()
inline.enable_wiki_file()
self.markdown = Markdown(renderer, inline=inline)
def test_published_body(self):
article = mommy.make('djblog.Article', body='hello')
self.mock.StubOutWithMock(Markdown, 'render')
Markdown.render('hello').AndReturn('converted text')
self.mock.ReplayAll()
a = article.published_body()
self.mock.VerifyAll()
self.assertEqual(a, 'converted text')
def singlecard(md_file):
'''converts single md file'''
renderer = simple() #Picks which generator to use, cloze or simple
inline = HighlightsInlineLexer(renderer)
inline.enable_highlights()
md = Markdown(renderer=renderer, inline=inline)
text = open(md_file, encoding='utf-8').read()
html = md.render(text)
html = html.replace('\n', '')
html = html.replace(f'{card_left}', '\n')
html = html.replace(f'{card_right}', f'{delimiter}')
html = html.replace('<p>\n', '', 1)
html = html.replace('images/', '')
return html
def md2html(md): renderer = LaTexRenderer() inline = LaTexInlineLexer(renderer) # enable the feature inline.enable_LaTex() markdown = Markdown(renderer, inline=inline) return markdown(md)
def save(self, *args, **kwargs):
# markdown to html
markdown = Markdown(renderer=BlogContentRenderer())
self.html_content = markdown(self.md_content)
# preview content
bs = BeautifulSoup(self.html_content, 'html.parser')
p_list = bs.find_all('p')
preview = ''
preview_len = 0
preview_paragraph = 0
for p_item in p_list:
p_item_string_len = len(p_item.get_text().strip()) if isinstance(p_item.get_text(), str) else 0
if p_item_string_len > 0:
preview += '<p>%s</p>' % p_item.get_text()
preview_len += p_item_string_len
preview_paragraph += 1
if preview_len > 200 or preview_paragraph >= 5:
break
self.preview_content = preview
super(Article, self).save(*args, **kwargs)
# process images
# clear old image data
article_images = ArticleImage.objects.filter(article=self)
for article_image in article_images:
article_image.delete()
# write new data
img_list = bs.find_all('img')
for img_item in img_list:
src = img_item.get('src')
if not isinstance(src, str) or len(src.strip()) == 0:
continue
article_image = ArticleImage(url=src, publish_time=self.publish_time, article=self)
article_image.save()
def parse_json_post_data(json_data, post_author):
data = json.loads(json_data)
if 'title' not in data:
raise Exception("No title found in data")
data["posted"] = datetime.datetime.utcnow()
markdown = Markdown()
content = markdown(data['content'])
content = html.sanitize_html(content)
data['preview'] = html.html_preview(content)
data['markdown'] = data['content']
data['content'] = content
data['author'] = post_author
data['img'] = html.get_first_img(content)
if 'topics' in data:
for count in range(0, len(data['topics'])):
data['topics'][count] = data['topics'][count].lower()
# recreate dictionary to remove any unwanted fields the client
# could have included in the post
return {
"title": data["title"],
"posted": data["posted"],
"preview": data["preview"],
"markdown": data["markdown"],
"content": data["content"],
"author": data["author"],
"img": data["author"],
}
def run(item: Any, **_kwargs: Any) -> Any:
if item.path.suffix.lower() == ".md":
renderer = Render(escape=True)
markdown = Markdown(renderer=renderer)
content = markdown(item.path.read_text())
item = evolve(item, content=content, title=renderer.title)
return item
def render(self, ctx: GenContext) -> RenderedMarkdown:
"""Render Markdown to html, extracting the ToC."""
link_mapping = self._map_links(ctx)
renderer = self.renderer(link_mapping)
html = Markdown(renderer).render(self.text)
toc = renderer.table_of_contents(level=3)
preview_html = self._extract_preview(html)
return RenderedMarkdown(html=html, preview_html=preview_html, toc=toc)
def to_pot(self, text):
renderer = TvhMdRenderer(pot=1)
renderer.pot_blacklist = read_blacklist()
md = Markdown(renderer)
md(text)
return pot_header('markdown text') + renderer.pot
def __init__(self, markdown):
parser = RecipeParser()
md = Markdown(parser, extensions=('fenced-code', ))
md(markdown)
if parser.current_step is not None:
raise MarkdownAnnotationError(
'Reached end of input searching for <!-- {} -->'.format(
end_token))
self.all_steps = parser.all_steps
def __init__(self, path: str, dev: bool):
self.path = path
self.dev = dev
kinxfile = load_fm(self.__get_path("Kinxfile"))
self.markdown = Markdown(
renderer=Renderer(escape=False, hard_wrap=True),
inline=InlineLexer,
block=BlockLexer,
)
try:
try:
jinja_extensions = kinxfile["extensions"]["jinja"]
except KeyError:
jinja_extensions = ()
self.env = Environment(
extensions=jinja_extensions,
autoescape=True,
loader=FileSystemLoader(self.__get_path(kinxfile["root"])),
)
del jinja_extensions
except KeyError:
print("Unexpected error: 'root' key not found in Kinxfile")
raise
project_dir: dict = {}
self.headers: List[Union[Tuple[str, int], str]] = [self.DEFAULT_HEADER]
for i in etree.fromstring(self.markdown(kinxfile.content),
HTMLParser())[0]:
if i.tag == "ul":
project_dir[self.headers[-1]].extend(self.__get_links_md(i))
elif (i.tag[:1] == "h"
and i.tag[1:] in (str(j) for j in range(1, 7))):
self.headers.append((i.text, i.tag[1:]))
project_dir[self.headers[-1]] = []
else:
project_dir[self.headers[-1]].append(i.tag)
if i.tag not in ["hr"]:
print("{} is not read in Kinxfile".format(
etree.tostring(i)))
self.kx: dict = {}
for i in [
"title", "author", "description", "url", "copyright", "theme"
]:
self.kx[i] = kinxfile[i]
del kinxfile
self.kx["content"] = (project_dir)
del project_dir
print(self.kx)
self.pages: Dict[str, str] = {}
def default_content_generator(sutra, markdown_parser=None):
json_doc = sutra.json()
markdown_parser = markdown_parser or Markdown()
content = json_doc['content']
content_parsed = markdown_parser(content).strip()
content_parsed = content_parsed.replace('\n', '<BR>').replace(
'<code>', '<strong>').replace('</code>', '</strong>')
if content_parsed == '':
print('sutra {} has no content'.format(sutra.index))
return content_parsed
def markdown(text):
from mistune import Markdown, Renderer, escape
from pygments import highlight
from pygments.lexers import get_lexer_by_name
from pygments.formatters import HtmlFormatter
class ExtRenderer(Renderer):
def block_code(self, code, lang):
if not lang:
return '\n<pre><code>%s</code></pre>\n' % escape(code)
lexer = get_lexer_by_name(lang, stripall=True, startinline=True)
formatter = HtmlFormatter()
return highlight(code, lexer, formatter)
md = Markdown(
renderer=ExtRenderer(use_xhtml=True),
escape=False, hard_wrap=True
)
return md.render(text)
def internationalize(self, text, po):
po = self.po_parse(po)
renderer = TvhMdRenderer(lang_md=1)
renderer.strings = self.strings
renderer.pot_blacklist = read_blacklist()
md = Markdown(renderer)
output = md(text)
return output
def main():
with open('slides.md') as slides:
with open('index.template.html') as template:
with open('index.html', 'w') as output:
renderer = CodeRunner()
markdown = Markdown(renderer=renderer)
slides_html = markdown(slides.read())
template = template.read()
print(template.replace('<!-- SLIDES -->', format(slides_html)),
file=output)
def html(self, text):
renderer = WEBUI_Renderer(use_xhtml=1)
md = Markdown(renderer)
output = md(text)
hdr = '<!-- Do not edit! Automatically created file: https://github.com/tvheadend/tvheadend-documentation -->\n'
#now = datetime.datetime.now(UTC())
#hdr += '<!-- Build date: ' + now.strftime("%F %R %z") + ' -->\n'
return hdr + '<div class="hts-doc-text">\n' + output + '</div>\n'
def run(input, name, human):
fp = utf8open(input, 'r')
text = fp.read(1024 * 1024 * 2)
fp.close()
renderer = TVH_C_Renderer(parse_html=1)
md = Markdown(renderer)
text = md(text)
text = optimize(text)
if human:
return text
return 'const char *' + name + '[] = {\n' + text + '\nNULL\n};\n'
def extract_yaml(markdown_content):
# Get the YAML code inside the Markdown
try:
block = YamlBlockLexer()
block.enable_autorest_yaml()
extractor = YamlExtractor()
markdown_processor = Markdown(extractor, block=block)
markdown_processor(markdown_content)
return extract_input_file(extractor.yaml_content)
except Exception as err:
raise ValueError("The Markdown/YAML content is not valid: %s",
str(err))
def parse(self, content, **kwargs):
newline_type = find_newline_type(content)
if newline_type == 'DOS':
content = force_newline_type(content, 'UNIX')
# mistune expands tabs to 4 spaces and trims trailing spaces, so we
# need to do the same in order to be able to match the substrings
template = content.expandtabs(4)
pattern = re.compile(ensure_unicode(r'^ +$'), re.M)
content = pattern.sub('', template)
template = content
stringset = []
yml_header = re.match(
ensure_unicode(r'^(---\s+)([\s\S]*?[^`])\s*(\n---\s+)(?!-)'),
content)
yaml_header_content = ''
yaml_stringset = []
if yml_header:
yaml_header_content = yml_header.group()
md_content = content[len(yaml_header_content):]
yaml_stringset = self.yaml_parser(yaml_header_content)
else:
md_content = content
block = TxBlockLexer()
markdown = Markdown(block=block)
# Making sure stringset is empty because of recursive inside `markdown`
block.md_stringset = []
# Command that populates block.stringset var
markdown(md_content)
order = 0
curr_pos = 0
for string in (yaml_stringset + block.md_stringset):
string = string_handler(string, template)
if string and string in template[curr_pos:]:
string_object = OpenString(six.text_type(order),
string,
order=order)
order += 1
stringset.append(string_object)
# Keep track of the index of the last replaced hash
template = template[:curr_pos] + template[curr_pos:].replace(
string, string_object.template_replacement, 1)
curr_pos = template.find(string_object.template_replacement)
curr_pos = curr_pos + len(string_object.template_replacement)
return force_newline_type(template, newline_type), stringset
def extract_yaml(markdown_content):
# Get the YAML code inside the Markdown
try:
extractor = YamlExtractor()
markdown_processor = Markdown(extractor)
markdown_processor(markdown_content)
raw_yaml = extractor.yaml_content.getvalue()
except Exception:
raise ValueError("The Markdown content is not valid")
# Get the yaml as a dict
try:
return yaml.load(raw_yaml)
except Exception:
raise ValueError("Unable to build a valid YAML from this Markdown")
def create_babylon(
vritti,
babylon_file_path,
babylon_directives_generator=default_babylon_directives_generator,
headwords_generator=default_headwords_generator,
content_generator=default_content_generator):
try:
os.remove(babylon_file_path)
except FileNotFoundError:
pass
babylon_file = open(babylon_file_path, 'ab')
babylon_file.write('\n'.encode('utf-8'))
directives = babylon_directives_generator(vritti)
for key, val in directives.items():
directive_line = "#{key}={val}\n".format(key=key, val=val)
babylon_file.write(directive_line.encode('utf-8'))
babylon_file.write('\n'.encode('utf-8'))
markdown_parser = Markdown()
for adhyaaya in vritti:
for paada in adhyaaya:
for sutra in paada:
head_words = headwords_generator(sutra)
if not head_words:
continue
content = content_generator(sutra,
markdown_parser=markdown_parser)
if not content:
continue
headwords_line = '|'.join(head_words) + '\n'
content_line = content.strip('\n') + '\n'
babylon_file.write(headwords_line.encode('utf-8'))
babylon_file.write(content_line.encode('utf-8'))
babylon_file.write('\n'.encode('utf-8'))
babylon_file.close()
class WikiMarkdown:
def __init__(self):
renderer = WikiRenderer()
inline = WikiInlineLexer(renderer)
# enable the feature
inline.enable_wiki_page()
inline.enable_wiki_file()
self.markdown = Markdown(renderer, inline=inline)
def __call__(self, wiki_page, markdown):
g.wiki_page = wiki_page
self.markdown.renderer.reset_toc()
html = self.markdown.parse(markdown)
# workaround for when there is no headings
try:
toc = self.markdown.renderer.render_toc(level=3)
except TypeError:
toc = ''
return toc, html
def md2html(text,
styles=None,
poster="",
banner="",
convert_list=True,
ul_style="\u25CB"):
md = Markdown()
# 将markdown列表转化为带序号的普通段落（纯为适应微信中列表序号样式自动丢失的古怪现象）
if convert_list:
blocks = text.split("\n```")
for i in range(0, len(blocks)):
if i % 2 == 0:
blocks[i] = re.sub(r"(\n\d+)(\.\s.*?)", r"\n\1\\\2", blocks[i])
blocks[i] = re.sub(r"\n[\-\+\*](\s.*?)",
u"\n\n{} \1".format(ul_style), blocks[i])
else:
continue # 跳过代码块内部内容
text = "\n```".join(blocks)
inner_html = md(text)
result = premailer.transform(pack_html(inner_html, styles, poster, banner))
return result
DISCOURSE_API_KEY = os.getenv("DISCOURSE_API_KEY")
DISCOURSE_API_USERNAME = os.getenv("DISCOURSE_API_USERNAME")
session = requests.get_session()
discourse_api = DiscourseAPI(
base_url="https://discourse.juju.is/",
session=session,
api_key=DISCOURSE_API_KEY,
api_username=DISCOURSE_API_USERNAME,
)
_yaml = YAML(typ="rt")
_yaml_safe = YAML(typ="safe")
md_parser = Markdown(renderer=Renderer())
def get_yaml_loader(typ="safe"):
if typ == "safe":
return _yaml_safe
return _yaml
def split_filters(filters):
filter_params = {}
for charm_filter in filters:
if charm_filter not in filter_params:
filter_params[charm_filter] = []
def markdown_renderer(content):
renderer = ZhiQueMarkdownRenderer(inlinestyles=False)
mdp = Markdown(escape=True, renderer=renderer)
return mark_safe(mdp(content))
from feedgen.feed import FeedGenerator
from marshmallow import EXCLUDE
from marshmallow.exceptions import ValidationError
from mistune import Markdown
from sortedcontainers import SortedDict
from sqlalchemy import asc, desc, or_
from sqlalchemy.exc import IntegrityError, DataError
# Local
from webapp.security.database import db_session
from webapp.security.models import CVE, Notice, Package, Status, Release
from webapp.security.schemas import CVESchema, NoticeSchema
from webapp.security.auth import authorization_required
markdown_parser = Markdown(hard_wrap=True,
parse_block_html=True,
parse_inline_html=True)
def notice(notice_id):
notice = db_session.query(Notice).get(notice_id)
if not notice:
flask.abort(404)
package_descriptions = set()
release_packages = SortedDict()
if notice.release_packages:
for codename, pkgs in notice.release_packages.items():
release_version = (db_session.query(Release).filter(
def md2html(text, styles=None, poster=''):
md = Markdown()
inner_html = md(text)
result = premailer.transform(pack_html(inner_html, styles, poster))
return result
def rendered_content(self):
return mark_safe(Markdown(escape=True).render(self.content))
def published_body(self):
md = Markdown(renderer=SyntaxHighlightRenderer())
return md.render(self.body)
