def _fix_title(self, title, categ_id, _ws_re=re.compile(r'\s+'),
_status_re=re.compile(r'<font[^>]+>\s*(open|closed)\s*$')):
orig = title
title = _status_re.sub(r'(\1)', title) # XXX: remove for 2.0; only needed for a CERN indico catgory
title = HTMLParser().unescape(strip_tags(title))
title = _ws_re.sub(' ', title).strip()
if title != orig:
self.print_warning('Sanitized category title', event_id=categ_id)
self.print_warning('%[red!]{}%[reset] => %[green!]{}%[reset]'.format(orig, title))
return title
def _fix_title(self, title, categ_id, _ws_re=re.compile(r'\s+'),
_status_re=re.compile(r'<font[^>]+>\s*(open|closed)\s*$')):
orig = title
title = _status_re.sub(r'(\1)', title) # XXX: remove for 2.0; only needed for a CERN indico catgory
title = HTMLParser().unescape(strip_tags(title))
title = _ws_re.sub(' ', title).strip()
if title != orig:
self.print_warning('Sanitized category title', event_id=categ_id)
self.print_warning(cformat('%{red!}OLD: {}').format(orig))
self.print_warning(cformat('%{green!}NEW: {}').format(title))
return title
def _draw_item(self, canvas, item, tpl_data, content, margin_x, margin_y):
style = ParagraphStyle({})
style.alignment = ALIGNMENTS[item['text_align']]
style.textColor = COLORS[item['color']]
style.fontSize = _extract_font_size(item['font_size'])
style.leading = style.fontSize
if item['bold'] and item['italic']:
style.fontName = FONT_STYLES[item['font_family']][3]
elif item['italic']:
style.fontName = FONT_STYLES[item['font_family']][2]
elif item['bold']:
style.fontName = FONT_STYLES[item['font_family']][1]
else:
style.fontName = FONT_STYLES[item['font_family']][0]
item_x = float(item['x']) / PIXELS_CM * cm
item_y = float(item['y']) / PIXELS_CM * cm
item_width = item['width'] / PIXELS_CM * cm
item_height = (item['height'] / PIXELS_CM *
cm) if item.get('height') is not None else None
if isinstance(content, Image):
canvas.drawImage(ImageReader(content), margin_x + item_x,
self.height - margin_y - item_height - item_y,
item_width, item_height)
else:
content = strip_tags(content)
for line in content.splitlines():
p = Paragraph(line, style)
available_height = (tpl_data.height_cm -
(item_y / PIXELS_CM)) * cm
w, h = p.wrap(item_width, available_height)
if w > item_width or h > available_height:
# TODO: add warning
pass
p.drawOn(canvas, margin_x + item_x,
self.height - margin_y - item_y - h)
item_y += h
def _sanitize(title):
return WHITESPACE_RE.sub(
' ',
HTMLParser().unescape(strip_tags(convert_to_unicode(title)))).strip()
def _sanitize_title(title):
return WHITESPACE_RE.sub(" ", HTMLParser().unescape(strip_tags(convert_to_unicode(title)))).strip()
def _sanitize_title(self, title, _ws_re=re.compile(r'\s+')):
title = convert_to_unicode(title)
title = HTMLParser().unescape(strip_tags(title))
return _ws_re.sub(' ', title).strip()
def sanitize_user_input(string, html=False):
string = convert_to_unicode(string)
if not html:
string = HTMLParser().unescape(strip_tags(string))
return WHITESPACE_RE.sub(' ', string).strip()
def _sanitize(string, html=False):
string = convert_to_unicode(string)
if not html:
string = HTMLParser().unescape(strip_tags(string))
return WHITESPACE_RE.sub(' ', string).strip()
def _sanitize_title(self, title, _ws_re=re.compile(r'\s+')):
title = convert_to_unicode(title)
title = HTMLParser().unescape(strip_tags(title))
return _ws_re.sub(' ', title).strip()
