def convert_geographic_to_db(value, context):
if isinstance(value, list):
regions = value
elif value:
regions = [value]
else:
regions = []
return GeoCoverageType.get_instance().form_to_db(regions)
def convert_geographic_to_db(value, context):
from ckanext.dgu.schema import GeoCoverageType
if isinstance(value, list):
regions = value
elif value:
regions = [value]
else:
regions = []
return GeoCoverageType.get_instance().form_to_db(regions)
def test_backward_compatibility_of_adding_an_extra_option(self):
"""
Test that omitting the last character from the bit-string encoding
is equivelant to having the character set at '0'. This ensures
backward compatibility when reading from the db.
"""
# str_, form, db
expected_data = [
('England', ['england'], u'100000: England'),
('England and Wales', ['england', 'wales'], u'101000: England, Wales'),
('Scotland', ['scotland'], u'010000: Scotland'),
('Northern Ireland', ['northern_ireland'], u'000100: Northern Ireland'),
('GB', ['england', 'scotland', 'wales'], u'111000: Great Britain (England, Scotland, Wales)'),
('UK', ['england', 'scotland', 'wales', 'northern_ireland'], u'111100: United Kingdom (England, Scotland, Wales, Northern Ireland)'),
]
for str_, form, db in expected_data:
result_form = GeoCoverageType.get_instance().db_to_form(db)
assert_equal(result_form, form)
def test_backward_compatibility_of_adding_an_extra_option(self):
"""
Test that omitting the last character from the bit-string encoding
is equivelant to having the character set at '0'. This ensures
backward compatibility when reading from the db.
"""
# str_, form, db
expected_data = [
("England", ["england"], u"100000: England"),
("England and Wales", ["england", "wales"], u"101000: England, Wales"),
("Scotland", ["scotland"], u"010000: Scotland"),
("Northern Ireland", ["northern_ireland"], u"000100: Northern Ireland"),
("GB", ["england", "scotland", "wales"], u"111000: Great Britain (England, Scotland, Wales)"),
(
"UK",
["england", "scotland", "wales", "northern_ireland"],
u"111100: United Kingdom (England, Scotland, Wales, Northern Ireland)",
),
]
for str_, form, db in expected_data:
result_form = GeoCoverageType.get_instance().db_to_form(db)
assert_equal(result_form, form)
def convert_geographic_to_form(value, context):
return GeoCoverageType.get_instance().db_to_form(value)
def convert_geographic_to_form(value, context):
from ckanext.dgu.schema import GeoCoverageType
return GeoCoverageType.get_instance().db_to_form(value)
def test_db_to_form(self):
for str_, form, db in self.expected_data:
if form is None or db is None:
continue
result_form = GeoCoverageType.get_instance().db_to_form(db)
assert_equal(result_form, form)
def test_str_to_db(self):
for str_, form, db in self.expected_data:
if str_ is None or db is None:
continue
result_db = GeoCoverageType.get_instance().str_to_db(str_)
assert_equal(result_db, db)
def test_str_to_db(self):
for str_, form, db in self.expected_data:
if str_ is None or db is None:
continue
result_db = GeoCoverageType.get_instance().str_to_db(str_)
assert_equal(result_db, db)
def convert_geographic_to_form(value, context):
from ckanext.dgu.schema import GeoCoverageType
return GeoCoverageType.get_instance().db_to_form(value)
def convert_geographic_to_form(value, context):
return GeoCoverageType.get_instance().db_to_form(value)
def test_db_to_form(self):
for str_, form, db in self.expected_data:
if form is None or db is None:
continue
result_form = GeoCoverageType.get_instance().db_to_form(db)
assert_equal(result_form, form)