def test_list_living_single_us31(self):
dict_indi, dict_fam = parse_gedcom(PATH)
indi_list = build_individual(dict_indi)
list_result = list_living_single_us31(indi_list)
self.assertEqual(list_result, [
'014I03', '014I04', '014I05', '014I06', '014I07', '014I08',
'031I03'
])
def test_US03(self):
path = "C:\\project05\\test.ged"
m, n = parse_gedcom(path)
with patch('builtins.print') as mocked_print:
birth_b_death_us03(build_individual(m))
mocked_print.assert_called_with(
"Error: INDIVITUAL: US03 birth before death：line 5 and 9: I01: 5 JUL 1950 isn't before 31 DEC 1949"
)
def main():
path = ""
while len(path) == 0:
path = input("Please enter your GEDCOM file path:\n")
dict_indi, dict_fam = parse_gedcom(path)
indi_list = build_individual(dict_indi)
fam_list = build_family(dict_fam, indi_list)
print(individual_table(indi_list))
family_table(fam_list)
verification(indi_list, fam_list)
output_errors_indi(indi_list)
output_errors_fam(fam_list)
def test_include_individual_ages_us27(self):
dict_indi, dict_fam = parse_gedcom(PATH)
indi_list = build_individual(dict_indi)
tb = individual_table(indi_list)
l_age = []
for row in tb:
row.border = False
row.header = False
l_age.append(row.get_string(fields=["Age"]).strip())
self.assertEqual(tb.field_names,
['ID', 'Name', 'Gender', 'Birthday', 'Alive', 'Death', 'Child', 'Spouse', 'Age'])
self.assertEqual(l_age, ['death age: 0', '69', '51', '51', '51', '51', '51', '51', 'death age: 283',
'69', '51', '-2', '25', '21', 'death age: 21', '47', '45', '22', '19', '17'])
def build_individual_list(path):
return build_individual(parse_gedcom(path)[0])
def build_family_list(path):
result = parse_gedcom(path)[1]
return build_family(result, build_individual_list(path))
def test_List_upcoming_birthdays_us38(self):
dict_indi, dict_fam = parse_gedcom(PATH)
indi_list = build_individual(dict_indi)
list_result = list_birthday_recent(indi_list)
self.assertEqual(list_result, ['038I02', '038I05'])
def main():
path = ""
while len(path) == 0:
path = input("Please enter your GEDCOM file path:\n")
parse_gedcom(path)