def test_us21(self):
with open("testfiles/test-us21.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us21(parsed), [
'Anomaly US21: Gender of Alex /Jones/ (I01) does not match family role',
'Anomaly US21: Gender of Lacy /jones/ (I07) does not match family role'
])
def test_us34(self):
with open("testfiles/test-us34.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us34_list(parsed), [
'US34: List couples married with one spouse twice the age of the other:',
['Alex /Jones/ and Lacy /jones/ (F23)']
])
def test_us29(self):
with open("testfiles/test-us29.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us29_list(parsed), [
'US29: List of deceased individuals:',
['Alex /Jones/ (I01)', 'Lacy /jones/ (I07)']
])
def test_us03(self):
self.assertEqual(mf.US03(
ged.parse_ged(ged.read_ged("testfiles/test-us03.ged").split("\n"))
),
['Error US03: Users [ I01 ] have died before being born']
)
def test_us08(self):
self.assertEqual(yl.us08(
ged.parse_ged(ged.read_ged("testfiles/test-us08.ged").split("\n"))
),
["Anomaly US08: Dick /Smith/ (I19) was born before marriage of parents.",
"Anomaly US08: Jane /Smith/ (I26) was born after more than 9 months of divorce of parents."]
)
def test_us35(self):
self.assertEqual(mf.US35(
ged.parse_ged(ged.read_ged("testfiles/test-us35.ged").split("\n"))
),
['US35: no recent births']
)
def test_us28(self):
self.assertEqual(yl.us28_list(
ged.parse_ged(ged.read_ged("testfiles/test-us28.ged").split("\n"))
),
["US28: List siblings in families by decreasing age:",
[["F23", ["I19", "Dick /Smith/", "13 FEB 1981"], ["I26", "Jane /Smith/", "2 JUN 1983"]]]
]
)
def test_us09(self):
with open("testfiles/test-us09.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us09(parsed), [
'Error US09: Death date of Alex /Jones/ (3 JAN 1938) occurs before birth date'
])
def test_us06(self):
with open("testfiles/test-us06.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us06(parsed), [
'Error US06: Divorce date of jason /Wong/ (I01) occurs after Death date'
])
def test_us41(self):
self.assertEqual(mf.US41_list(
ged.parse_ged(ged.read_ged("testfiles/test-us41.ged").split("\n"))
),
['US41: All Dates Made Valid:', [['I02', '10 SEP 1960'], ['I01', '10 JAN 2017']], [['F23', '10 JAN 1980']]]
)
def test_us42(self):
self.assertEqual(mf.US42_list(
ged.parse_ged(ged.read_ged("testfiles/test-us42.ged").split("\n"))
),
['US42: Invalid dates:', [['I01', '32 JUL 1960'], ['I19', '112 FEB 1981']], [['F24', '45 AUG 2004']]]
)
def test_us39(self):
self.assertEqual(mf.US39(
ged.parse_ged(ged.read_ged("testfiles/test-us39.ged").split("\n"))
),
['US39: no upcoming anniversaries']
)
def test_us20(self):
self.assertEqual(yl.us20(
ged.parse_ged(ged.read_ged("testfiles/test-us20.ged").split("\n"))
),
["Anomaly US20: Alex /Smith/ (I31) marries his nieces Jane /Smith/ (I18)"]
)
def test_us30(self):
self.assertEqual(mf.US30_list(
ged.parse_ged(ged.read_ged("testfiles/test-us30.ged").split("\n"))
),
['US30: list of married couples:', [['I26', 'I27']]]
)
def test_us07(self):
self.assertEqual(yl.us07(
ged.parse_ged(ged.read_ged("testfiles/test-us07.ged").split("\n"))
),
["Anomaly US07: John Smith (I28) is more than 150 years old."])
def test_us19(self):
self.assertEqual(yl.us19(
ged.parse_ged(ged.read_ged("testfiles/test-us19.ged").split("\n"))
),
["Anomaly US19: Dick /Smith/ (I17) marries his first cousin Jane /Smith/ (I18)."]
)
def test_us12(self):
with open("testfiles/test-us12.ged") as f:
parsed = parse_ged(f.read().split('\n'))
self.assertEqual(mi.us12(parsed), [
'Anomaly US12: Father Alex /Jones/ (I01) is at least 80 years older than his child'
])
def test_us36(self):
self.assertEqual(mf.US36(
ged.parse_ged(ged.read_ged("testfiles/test-us36.ged").split("\n"))
),
['US36: recent deaths - I01 ']
)
def test_us16(self):
self.assertEqual(yl.us16(
ged.parse_ged(ged.read_ged("testfiles/test-us16.ged").split("\n"))
),
["Anomaly US16: Not all male members of family F23 have the same last name."]
)
def test_us38(self):
self.assertEqual(mf.US38(
ged.parse_ged(ged.read_ged("testfiles/test-us38.ged").split("\n"))
),
['US38: no upcoming birthdays']
)
def setUp(self):
self.ged = ged.parse_ged(ged.read_ged("testfiles/test-us17.ged").split("\n"))
self.result = yl.us17(self.ged)
