def substitute(self, mapping): collector = ChangeCollector(self.template) for name, occurrences in self.names.items(): for region in occurrences: original = mapping[name] result = self.twist(eval(original)) collector.add_change(region[0], region[1], result) result = collector.get_changed() if result is None: return self.template return result
def substitute(self, mapping): collector = ChangeCollector(self.template) for name, occurrences in self.names.items(): for region in occurrences: original = mapping[name] result = self.twist(eval(original)) collector.add_change(region[0], region[1], result) result = collector.get_changed() if result is None: return self.template return result
def mark_tags_in_text(text, matches): ''' produce a text with the tags written as markup :param text: text to tags :param matches: tags to encode :return: ''' text_to_tag = text tagged_abstract = '' if isinstance(text, str): text_to_tag = text try: tagged_abstract = ChangeCollector(text_to_tag) for i, tag in enumerate( sorted(matches, key=lambda x: (x['start'], -x['end']))): if isinstance(tag['reference'], (list, tuple)): tag_reference = '|'.join(tag['reference']) else: tag_reference = tag['reference'] tagged_abstract.add_change( tag['start'], tag['start'], '<mark-%s data-entity="%s" reference-db="%s" reference="%s">' % (str(i), tag['category'], tag['reference_db'], tag_reference)) tagged_abstract.add_change(tag['end'], tag['end'], '</mark-%s>' % str(i)) tagged_abstract = '<div class="entities">%s</div></br>' % tagged_abstract.get_changed( ) except UnicodeDecodeError: logging.error( 'cannot generate maked text for unicode decode error') return tagged_abstract
def print_code(self): region = self.node.region lines_min, lines_max = self.lines.get_line_number(region[0]), self.lines.get_line_number(region[1]) lines_min -= 1 if lines_min < 0: lines_min = 0 lines_max += 2 if lines_max > self.lines.length(): lines_max = self.lines.length() min_offset = self.lines.get_line_start(lines_min) max_offset = self.lines.get_line_end(lines_max) code = self.lines.code[min_offset: max_offset] region_min = region[0] - min_offset region_max = region[1] - min_offset orig_offset = self.lines.get_line_start(self.node.lineno) + self.node.col_offset orig_offset = orig_offset - min_offset orig_f_offset = None if hasattr(self.node, 'f_lineno') and hasattr(self.node, 'f_offset'): try: orig_f_offset = self.lines.get_line_start(self.node.f_lineno) + self.node.f_offset orig_f_offset = orig_f_offset - min_offset except: pass rnd = lambda : ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(20)) a1, a2, a3, a4, a5, a6 = tuple(rnd() for _ in range(6)) t = { a1: u'<span style="background-color:#339999;">', a2: u'</span>', a3: u'<span style="background-color:#660000;">', a4: u'</span>', a5: u'<span style="background-color:#060f0f;">', a6: u'</span>', } c = ChangeCollector(code) c.add_change(region_min, region_min, a1) c.add_change(region_max, region_max, a2) c.add_change(orig_offset, orig_offset, a3) c.add_change(orig_offset+1, orig_offset+1, a4) if orig_f_offset: c.add_change(orig_f_offset, orig_f_offset, a5) c.add_change(orig_f_offset+1, orig_f_offset+1, a6) code = markupsafe.escape(code) rend_code = c.get_changed() for w, h in t.items(): rend_code = rend_code.replace(w,h) return rend_code