def _get_date_value(element: Element) -> UncertainDate:
for sub_element in element.get_child_elements():
if FamilyTree._has_tag(sub_element, Tag.Date):
date, unparsed = Date.parse(sub_element.get_value())
assert (date is not None and unparsed
== ""), f"Must parse date, but got {date, unparsed}"
return date
return None
def element_equals(element1: Element, element2: Element):
if not element_values_equals(element1, element2):
print(f'{element1.to_gedcom_string()} != {element2.to_gedcom_string()}', file=sys.stderr)
return False
if len(element1.get_child_elements()) != len(element2.get_child_elements()):
print(f'element1.len ({len(element1.get_child_elements())}) != '
f'element2.len ({len(element2.get_child_elements())})', file=sys.stderr)
return False
child_elements_2 = element2.get_child_elements().copy()
for e1 in element1.get_child_elements():
found_match = False
for e2 in child_elements_2:
if element_values_equals(e1, e2):
found_match = True
child_elements_2.remove(e2)
break
if not found_match:
print(f'No match found for element: {e1.to_gedcom_string()}', file=sys.stderr)
return False
return True
def print_element(file, element: Element, depth=0):
file.write(element.to_gedcom_string())
for child in element.get_child_elements():
print_element(file, child, depth=depth+1)
def print_element(self, file, element: Element, depth=0):
gedcom_string = element.to_gedcom_string()
file.write(gedcom_string)
for child in element.get_child_elements():
self.print_element(file, child, depth=depth + 1)
def get_create_child_by_tag(element: Element, tag: str):
childs = element.get_child_elements()
for child in childs:
if child.get_tag() == tag:
return child
return element.new_child_element(tag)
