def test_to_json(self):
repo = self.repo
# get an existing biography
bios = repo.get_biographies()
bios = list(bios)[1:4]
merged = MergedBiography(bios)
merged.to_dict()
def test_min_max_dates(self):
bio1 = self._create_biography(naam='Lucky', birth_date='1900', death_date='1970')
m_bio = MergedBiography([bio1])
# we gave
wanted = (
datetime(1900, 1, 1),
datetime(1900, 12, 31),
datetime(1970, 1, 1),
datetime(1970, 12, 31),
)
self.assertEqual(m_bio._get_min_max_dates(), wanted)
bio = self._create_biography(naam='Pozzo')
bio._add_event(type='baptism', when='1910-01-02')
m_bio = MergedBiography([bio])
wanted = (
datetime(1900, 1, 2), # at most 10 years before baptism
datetime(1910, 1, 2), # birth_date_max on the day of baptism
datetime(1920, 1, 2), # death_date at least 20 years after date_min
datetime(2010, 1, 2), # lived not more than 100 years
)
self.assertEqual(m_bio._get_min_max_dates(), wanted)
# test with only a date of death
bio = self._create_biography(naam='Vladimir')
bio._add_event(type='death', when='1980-03')
m_bio = MergedBiography([bio])
wanted = (
datetime(1880, 3, 1), # min birth 100 years before min death
datetime(1960, 3, 31), # max birth 20 years before max death
datetime(1980, 3, 1),
datetime(1980, 3, 31),
)
self.assertEqual(m_bio._get_min_max_dates(), wanted)
# test with only a range of date of death
bio = self._create_biography(naam='Vladimir')
bio._add_event(type='death', notBefore='1980-03', notAfter='1990')
m_bio = MergedBiography([bio])
wanted = (
datetime(1880, 3, 1), # min birth 100 years before min death
datetime(1970, 12, 31), # max birth 20 years before max death
datetime(1980, 3, 1),
datetime(1990, 12, 31),
)
self.assertEqual(m_bio._get_min_max_dates(), wanted)
def test_biography(self):
repo = self.repo
# get an existing biography
bios = repo.get_biographies()
bios = list(bios)[1:4]
merged = MergedBiography(bios)
bios = merged.get_biographies()
ls = []
for bio in bios:
ls += bio.get_names()
assert ls
self.assertEqual(len(merged.get_names()), len(ls))
self.assertEqual(set([n.to_string() for n in merged.get_names()]), set([n.to_string() for n in ls]))
# check if the default value works
self.assertEqual(len(merged.get_illustrations(default=['123'])), 1)
for bio in bios:
bio.set_value('geboortedatum', '')
self.assertEqual(bio.get_value('geboortedatum'), None)
self.assertEqual(merged.get_value('geboortedatum'), None)
# if dates are consistent with each other, they "add up"
bios[-1].set_value('geboortedatum', '2000')
self.assertEqual(merged.get_value('geboortedatum'), '2000')
bios[-2].set_value('geboortedatum', '2000-02')
self.assertEqual(merged.get_value('geboortedatum'), '2000-02')
bios[-3].set_value('geboortedatum', '2000-02-01')
self.assertEqual(merged.get_value('geboortedatum'), '2000-02-01')
self.assertEqual(merged.geboortedatum(), '2000-02-01')
bios[-3].add_or_update_event(type='birth', when='', date_text='ongeveer') # , notBefore=notBefore, notAfter=notAfter, place=place)
self.assertEqual(merged.geboortedatum(), 'ongeveer', etree.tostring(merged.get_event('birth'))) # @UndefinedVariable
# test if all relevaent information ends up in the "merged biodes" file
bios[-3].set_value('geboortedatum', '2000-02-01')
doc = merged.to_xml()
self.assertEqual(doc.get_value('geboortedatum'), '2000-02-01', doc.to_string())
self.assertEqual(doc.get_value('birth_date'), '2000-02-01')
