def test_territory_exception_definition(self):
# Check that all codes used in constants to define exceptionnal
# treatment are valid and recognized.
for subdiv_code, alias_code in SUBDIVISION_ALIASES.items():
self.assertIn(subdiv_code, supported_subdivision_codes())
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(
alias_code,
set(map(attrgetter('alpha_2'),
countries)).union(map(attrgetter('code'),
subdivisions)))
for country_code, alias_code in COUNTRY_ALIASES.items():
# Aliased country codes are not supposed to be supported by
# pycountry, as it's the main reason to define an alias in the
# first place.
self.assertNotIn(country_code, map(attrgetter('alpha_2'),
countries))
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(
alias_code,
set(map(attrgetter('alpha_2'),
countries)).union(map(attrgetter('code'),
subdivisions)))
def test_all_territory_codes(self) -> None:
"""Validate & render random addresses with all supported territories."""
for territory_code in supported_subdivision_codes():
address = random_address()
address.country_code = None
address.subdivision_code = territory_code
address.normalize(strict=False)
address.validate()
address.render()
for territory_code in supported_country_codes():
address = random_address()
address.country_code = territory_code
address.subdivision_code = None
address.normalize(strict=False)
address.validate()
address.render()
def test_all_territory_codes(self):
""" Validate & render random addresses with all supported territories.
"""
for territory_code in supported_subdivision_codes():
address = random_address()
address.country_code = None
address.subdivision_code = territory_code
address.normalize(strict=False)
address.validate()
address.render()
for territory_code in supported_country_codes():
address = random_address()
address.country_code = territory_code
address.subdivision_code = None
address.normalize(strict=False)
address.validate()
address.render()
def test_territory_exception_definition(self):
# Check that all codes used in constants to define exceptional
# treatment are valid and recognized.
for subdiv_code, alias_code in SUBDIVISION_COUNTRIES.items():
self.assertIn(subdiv_code, supported_subdivision_codes())
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
for country_code, alias_code in COUNTRY_ALIASES.items():
# Aliased country codes are not supposed to be supported by
# pycountry, as it's the main reason to define an alias in the
# first place.
self.assertNotIn(country_code, PYCOUNTRY_CC)
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
for country_code, alias_code in RESERVED_COUNTRY_CODES.items():
self.assertNotIn(country_code, PYCOUNTRY_CC)
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
def test_territory_exception_definition(self):
# Check that all codes used in constants to define exceptional
# treatment are valid and recognized.
for subdiv_code, alias_code in SUBDIVISION_COUNTRIES.items():
self.assertIn(subdiv_code, supported_subdivision_codes())
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
for country_code, alias_code in COUNTRY_ALIASES.items():
# Aliased country codes are not supposed to be supported by
# pycountry, as it's the main reason to define an alias in the
# first place.
self.assertNotIn(country_code, PYCOUNTRY_CC)
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
for country_code, alias_code in RESERVED_COUNTRY_CODES.items():
self.assertNotIn(country_code, PYCOUNTRY_CC)
self.assertIn(alias_code, PYCOUNTRY_CC.union(PYCOUNTRY_SUB))
def test_territory_exception_definition(self):
# Check that all codes used in constants to define exceptionnal
# treatment are valid and recognized.
for subdiv_code, alias_code in SUBDIVISION_ALIASES.items():
self.assertIn(subdiv_code, supported_subdivision_codes())
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(
alias_code, set(imap(attrgetter('alpha2'), countries)).union(
imap(attrgetter('code'), subdivisions)))
for country_code, alias_code in COUNTRY_ALIASES.items():
# Aliased country codes are not supposed to be supported by
# pycountry, as it's the main reason to define an alias in the
# first place.
self.assertNotIn(
country_code, imap(attrgetter('alpha2'), countries))
# Target alias is supposed to be a valid subdivision or country
# recognized by pycountry right away.
self.assertIn(
alias_code, set(imap(attrgetter('alpha2'), countries)).union(
imap(attrgetter('code'), subdivisions)))
def test_supported_subdivision_codes(self):
self.assertIn('FR-59', supported_subdivision_codes())
self.assertNotIn('FR', supported_subdivision_codes())
self.assertNotIn('UK', supported_subdivision_codes())
def test_supported_subdivision_codes(self):
self.assertIn('FR-59', supported_subdivision_codes())
self.assertNotIn('FR', supported_subdivision_codes())
self.assertNotIn('UK', supported_subdivision_codes())
def test_supported_subdivision_codes(self) -> None:
assert "FR-59" in supported_subdivision_codes()
assert "FR" not in supported_subdivision_codes()
assert "UK" not in supported_subdivision_codes()