def us28(children, num_chil, fam_id, individuals, test=False):
""" List siblings in families by decreasing age, i.e. oldest siblings first. """
# Needs Revision: import from gedcom_file_parser and use print_individuals_pretty_table function?
birth_order = defaultdict(list)
for i in range(num_chil):
bd_key = individuals[children[i]]['BIRT'].date_time_obj
if Date.is_valid_date(bd_key):
if bd_key not in birth_order:
birth_order[bd_key] = [children[i]]
else:
birth_order[bd_key].append(children[i])
print(f"US28: List: Eldest to youngest children in family '{fam_id}'.")
pt = PrettyTable(field_names=["ID", "Name", "Date of Birth"])
for birthdate, child_list in sorted(birth_order.items(), reverse=False):
child_list_len = len(child_list)
if child_list_len == 1:
child_info = [
child_list[0], individuals[child_list[0]]['NAME'],
birthdate.strftime('%d %b %Y')
]
pt.add_row(child_info)
elif child_list_len > 1:
for i in range(child_list_len):
child_info = [
child_list[i], individuals[child_list[i]]['NAME'],
birthdate.strftime('%d %b %Y')
]
pt.add_row(child_info)
if test:
return str(pt)
else:
print(pt)
def us34(individuals, families, fam_id='', test=False):
""" List all couples who were married when the older spouse was more than twice as old as the younger spouse. """
if test:
errors = list()
error1, error2 = False, False
if families[fam_id]['HUSB'] != 'NA' and Date.is_valid_date(
individuals[families[fam_id]['HUSB']]['BIRT'].date_time_obj):
husb_id = families[fam_id]['HUSB']
husb_bd = individuals[husb_id]['BIRT'].date_time_obj
if families[fam_id]['WIFE'] != 'NA' and Date.is_valid_date(
individuals[families[fam_id]['WIFE']]['BIRT'].date_time_obj):
wife_id = families[fam_id]['WIFE']
wife_bd = individuals[wife_id]['BIRT'].date_time_obj
if families[fam_id]['MARR'] != 'NA' and Date.is_valid_date(
families[fam_id]['MARR'].date_time_obj):
marr_dt = families[fam_id]['MARR'].date_time_obj
check = [husb_bd, wife_bd, marr_dt]
if None not in check:
if Date.get_dates_difference(husb_bd, marr_dt) > (
2 * Date.get_dates_difference(wife_bd, marr_dt)):
error1 = True
elif Date.get_dates_difference(wife_bd, marr_dt) > (
2 * Date.get_dates_difference(husb_bd, marr_dt)):
error2 = True
errors = [error1, error2]
return errors
else:
husb_bd, wife_bd, marr_dt = None, None, None
for fam_id, fam in families.items():
if fam['HUSB'] != 'NA' and Date.is_valid_date(
individuals[fam['HUSB']]['BIRT'].date_time_obj):
husb_id = fam['HUSB']
husb_bd = individuals[husb_id]['BIRT'].date_time_obj
if fam['WIFE'] != 'NA' and Date.is_valid_date(
individuals[fam['WIFE']]['BIRT'].date_time_obj):
wife_id = fam['WIFE']
wife_bd = individuals[wife_id]['BIRT'].date_time_obj
if fam['MARR'] != 'NA' and Date.is_valid_date(
fam['MARR'].date_time_obj):
marr_dt = fam['MARR'].date_time_obj
check = [husb_bd, wife_bd, marr_dt]
if None not in check:
if Date.get_dates_difference(husb_bd, marr_dt) > (
2 * Date.get_dates_difference(wife_bd, marr_dt)):
print(
f"US34: Husband '{husb_id}' was more than twice as old as wife '{wife_id}' in family '{fam_id}' on marriage date '{marr_dt}'."
)
elif Date.get_dates_difference(wife_bd, marr_dt) > (
2 * Date.get_dates_difference(husb_bd, marr_dt)):
print(
f"US34: Wife '{wife_id}' was more than twice as old as wife '{husb_id}' in family '{fam_id}' on marriage date '{marr_dt}'."
)
return None
def us35(individuals, test=False):
""" List all people in a GEDCOM file who were born in the last 30 days. """
print(
'US35: List: The following people were born within the last 30 days')
pt = PrettyTable(field_names=["ID", "Name", "Date of Birth"])
for ind_id, ind in individuals.items():
if Date.is_valid_date(ind['BIRT'].date_time_obj):
diff, time_typ = get_dates_diff(ind['BIRT'].date_time_obj)
if time_typ == 'days' and diff <= 30:
recent_births = [
ind_id, ind['NAME'],
(ind['BIRT'].date_time_obj).strftime('%d %b %Y')
]
pt.add_row(recent_births)
if test:
return (str(pt))
else:
print(pt)
return None
def us36(individuals, families, test=False):
""" List all people in a GEDCOM file who died in the last 30 days. """
def us37(ind_id, individuals, families, test=False):
""" List all living spouses and descendants of people in a GEDCOM file who died in the last 30 days. """
def get_descendants(ind_id, individuals, families, so_far=None):
""" return a set of individual ids of all descendants of ind_id """
if so_far is None:
descendants = set()
else:
descendants = so_far # the descendants we've already checked
if individuals[ind_id]['FAMS'] != 'NA':
# get the descendants for all of ind_id's children
fam_id = individuals[ind_id]['FAMS']
if families[fam_id]['CHIL'] != 'NA':
child_in_desc = False
for child in families[fam_id]['CHIL']:
if child not in descendants:
descendants.add(
child) # this child is a descendant
descendants.update(
get_descendants(child, individuals, families,
descendants)
) # add all of the children of child to the set as well
else:
child_in_desc = True
if child_in_desc == True:
print(
f"US37: WARNING: {ind_id} is a descendant of him/her self in {fam_id}"
)
return descendants
if individuals[ind_id]['FAMS'] != 'NA':
pt = PrettyTable(field_names=["ID", "Name", "Relation"])
fam_id = individuals[ind_id]['FAMS']
if families[fam_id]['WIFE'] == ind_id:
if families[fam_id]['HUSB'] != 'NA':
relation = 'Husband'
recent_survivor = [
families[fam_id]['HUSB'], families[fam_id]['HNAME'],
relation
]
pt.add_row(recent_survivor)
elif families[fam_id]['HUSB'] == ind_id:
if families[fam_id]['WIFE'] != 'NA':
relation = 'Wife'
recent_survivor = [
families[fam_id]['WIFE'], families[fam_id]['WNAME'],
relation
]
pt.add_row(recent_survivor)
descendants = get_descendants(ind_id, individuals, families)
if len(descendants) > 0:
for child in descendants:
recent_survivor = [
child, individuals[child]['NAME'], 'Descendant'
]
pt.add_row(recent_survivor)
if test:
return str(pt)
else:
print(
f"US37: List: The following people are living spouses and descendents of '{individuals[ind_id]['NAME']}' who died within the last 30 days"
)
print(pt)
return None
# End US37
pt = PrettyTable(field_names=["ID", "Name", "Date of Death"])
for ind_id, ind in individuals.items():
if ind['DEAT'] != 'NA' and Date.is_valid_date(
ind['DEAT'].date_time_obj):
diff, time_typ = get_dates_diff(ind['DEAT'].date_time_obj)
if time_typ == 'days' and diff <= 30:
us37_test = us37(ind_id, individuals, families, test)
recent_deaths = [
ind_id, ind['NAME'],
(ind['DEAT'].date_time_obj).strftime('%d %b %Y')
]
pt.add_row(recent_deaths)
if test:
return str(pt), us37_test
else:
print('US36: List: The following people died within the last 30 days')
print(pt)
return None
def us13(children, num_chil, fam_id, individuals, test=False):
""" Birth dates of siblings should be more than 8 months apart or less than 2 days apart. """
if test:
error1, error2 = False, False
error3 = ''
errors = list()
bd_dict = defaultdict(list)
for i in range(num_chil):
bd_key = individuals[children[i]]['BIRT'].date_time_obj
if Date.is_valid_date(bd_key):
if bd_key not in bd_dict:
bd_dict[bd_key] = [children[i]]
else:
bd_dict[bd_key].append(children[i])
test_next = True
for bd_child, child in sorted(bd_dict.items(), reverse=True):
error = False
if len(bd_dict[bd_child]) == 1:
if test_next:
bd_sib1 = bd_child
child1 = child
test_next = False
else:
bd_sib2 = bd_child
child2 = child
diff, time_typ = get_dates_diff(bd_sib1, bd_sib2)
if time_typ == 'years':
continue
elif time_typ == 'months' and diff < 8:
print(
f"US13: Error: Child '{child1}' and Child '{child2}' in family '{fam_id}' are born more than 2 days and less than 8 months apart."
)
error1 = True
elif time_typ == 'days' and diff > 2:
print(
f"US13: Error: Child '{child1}' and Child '{child2}' in family '{fam_id}' are born more than 2 days and less than 8 months apart."
)
error1 = True
test_next = True
elif len(bd_dict[bd_child]) > 1:
error2, error3 = us14(len(bd_dict[bd_child]), bd_child,
bd_dict[bd_child], fam_id, individuals,
test)
test_next = True
errors = [error1, error2, error3]
return errors
else:
bd_dict = defaultdict(list)
for i in range(num_chil):
bd_key = individuals[children[i]]['BIRT'].date_time_obj
if Date.is_valid_date(bd_key):
if bd_key not in bd_dict:
bd_dict[bd_key] = [children[i]]
else:
bd_dict[bd_key].append(children[i])
test_next = True
for bd_child, child in sorted(bd_dict.items(), reverse=True):
if len(bd_dict[bd_child]) == 1:
if test_next:
bd_sib1 = bd_child
child1 = child
test_next = False
else:
bd_sib2 = bd_child
child2 = child
diff, time_typ = get_dates_diff(bd_sib1, bd_sib2)
if time_typ == 'years':
continue
elif time_typ == 'months' and diff < 8:
print(
f"US13: Error: Child '{child1}' and Child '{child2}' in family '{fam_id}' are born more than 2 days and less than 8 months apart."
)
elif time_typ == 'days' and diff > 2:
print(
f"US13: Error: Child '{child1}' and Child '{child2}' in family '{fam_id}' are born more than 2 days and less than 8 months apart."
)
test_next = True
elif len(bd_dict[bd_child]) > 1:
test_next = True
