def export_sex(self, character: Character, element: Element):
sex = character.get_property(PropertyTag.SEX).value
if sex != Sex.UNDEFINED:
element.new_child_element('SEX', '', {
Sex.MALE: 'M',
Sex.FEMALE: 'F'
}[sex])
def create_character_element(self, character: Character):
element = Element(0, '@{}@'.format(character.id), 'INDI', '')
element.new_child_element('NAME', '', str(character.label))
for property_tag in self.properties:
try:
export_gedcom_property_methods[property_tag](self, character,
element)
except (ExportPropertyException, EntityException):
self.logger.error('{}: {} is impossible to export'.format(
self.__class__.__name__, property_tag))
self.create_family(character)
self.elements[character.id] = element
def create_character_element(self, character: Character):
element = Element(0, '@{}@'.format(character.id), 'INDI', '')
name_element = element.new_child_element('NAME', '',
str(character.label))
if character.data.given_name and character.data.family_name:
name_element.new_child_element('GIVN', '',
character.data.given_name)
name_element.new_child_element('SURN', '',
character.data.family_name)
if character.data.birth_date:
birth_element = element.new_child_element('BIRT')
birth_element.new_child_element('DATE', '',
str(character.data.birth_date))
if character.data.birth_date:
death_element = element.new_child_element('DEAT')
death_element.new_child_element('DATE', '',
str(character.data.birth_date))
if character.sex:
element.new_child_element('SEX', '', character.sex)
self.create_family(character)
self.elements[character.id] = element
def __export_place(place: Place, event: Element):
plac_element = event.new_child_element('PLAC', '', place.label)
coordinates = place.get_property(PropertyTag.COORDINATE_LOCATION).value
if coordinates.latitude and coordinates.longitude:
map_element = plac_element.new_child_element('MAP')
map_element.new_child_element(
'LATI', '',
'{}{}'.format('N' if coordinates.latitude > 0 else 'S',
abs(coordinates.latitude)))
map_element.new_child_element(
'LONG', '',
'{}{}'.format('E' if coordinates.longitude > 0 else 'W',
abs(coordinates.longitude)))
def create_family_element(self, family: Family):
element = Element(0, '@{}@'.format(family.family_id), 'FAM', '')
if family.father_id and family.father_id in self.elements.keys():
element.new_child_element('HUSB', '',
'@{}@'.format(family.father_id))
self.elements[family.father_id].new_child_element(
'FAMS', '', '@{}@'.format(family.family_id))
if family.mother_id and family.mother_id in self.elements.keys():
element.new_child_element('WIFE', '',
'@{}@'.format(family.mother_id))
self.elements[family.mother_id].new_child_element(
'FAMS', '', '@{}@'.format(family.family_id))
for child_id in family.children_ids:
if child_id in self.database.cache.keys():
element.new_child_element('CHIL', '', '@{}@'.format(child_id))
self.elements[child_id].new_child_element(
'FAMC', '', '@{}@'.format(family.family_id))
self.elements[family.family_id] = element
def create_family_element(self, family: Family):
if family.mother_id == 'Q271506':
print('Q271506')
element = Element(0, '@{}@'.format(family.id), 'FAM', '')
if family.father_id and family.father_id in self.elements.keys():
element.new_child_element('HUSB', '',
'@{}@'.format(family.father_id))
self.elements[family.father_id].new_child_element(
'FAMS', '', '@{}@'.format(family.id))
if family.mother_id and family.mother_id in self.elements.keys():
element.new_child_element('WIFE', '',
'@{}@'.format(family.mother_id))
self.elements[family.mother_id].new_child_element(
'FAMS', '', '@{}@'.format(family.id))
for child_id in family.children_ids:
if child_id in self.characters.keys():
element.new_child_element('CHIL', '', '@{}@'.format(child_id))
self.elements[child_id].new_child_element(
'FAMC', '', '@{}@'.format(family.id))
self.elements[family.id] = element
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)
