Next round of programming yields:<\/p>\n
def panflute_to_bike_etree_nr(e, level=0) -> ET.Element:\n\n # questions about how header levels are handled as we put them into the etree\n etree = None\n stack = [(e, level)]\n # current ul_elem\n ul_elem = None\n heading_level = 0\n\n while stack:\n (e, level) = stack.pop()\n print(" " * level, e.tag)\n\n if is_inline_or_contentless(e):\n\n li_elem = ET.Element("li")\n\n # TO DO: handle rich text\n p_elem = ET.SubElement(li_elem, "p")\n p_elem.text = pf.stringify(e).strip()\n\n # 2 things to figure out: parent_ul (where to attach li_elem) and what the current ul_elem is\n\n if e.tag == "Header":\n print ("header", e.level, e.identifier, e.classes, e.attributes, pf.stringify(e))\n li_elem.attrib["data-type"] = "heading"\n li_elem.attrib["data-level"] = str(e.level)\n\n if e.level > heading_level:\n # child\n parent_ul = ul_elem\n print ("e.level > heading_level", ul_elem)\n elif e.level == heading_level:\n # sibling\n # parent_ul has to be ul parent of ul_elem \n parent_ul = ul_elem.getparent().getparent()\n else:\n # e.level < heading_level\n # uncle or higher\n parent_ul = find_ul_ancestor(ul_elem, int(e.level)-1)\n\n heading_level = e.level\n ul_elem = ET.SubElement(li_elem, "ul")\n parent_ul.append(li_elem)\n else:\n ul_elem.append(li_elem)\n\n else:\n if e.tag == "Doc":\n etree = empty_bike_etree()\n ul_elem = etree.xpath("\/\/ul")[0]\n else:\n # BulletList\n # OrderedList\n # ListItem\n print("block", e.tag)\n\n try:\n for c in reversed(e.content):\n stack.append((c, level + 1))\n except AttributeError:\n pass\n\n # clean up etree by adding ids\n etree = add_ids_to_bike_etree(etree)\n return etree\n<\/code><\/pre>\n","protected":false},"excerpt":{"rendered":"Next round of programming yields: def panflute_to_bike_etree_nr(e, level=0) -> ET.Element: # questions about how header levels are handled as we put them into the etree etree = None stack = [(e, level)] # current ul_elem ul_elem = None heading_level = … Continue reading