def test_add_dataset():
c = Cihai()
c.add_dataset(SimplestDataset, namespace='simple')
assert hasattr(c, 'simple')
assert isinstance(c.simple, extend.Dataset)
assert hasattr(c.simple, 'a_method')
assert callable(c.simple.a_method)
assert c.simple.a_method() == 'hi'
def run():
c = Cihai(unihan=False)
c.add_dataset(MyDataset, namespace='moo')
c.moo.bootstrap()
print('Definitions exactly for 好', c.moo.givemedata('好'))
print('Definitions matching with 你好:', ', '.join(c.moo.search('好')))
print('Reverse definition with Good:', ', '.join(c.moo.backwards('Good')))
def run():
c = Cihai(unihan=False)
c.add_dataset(MyDataset, namespace='moo')
c.moo.bootstrap()
print('Definitions exactly for 好', c.moo.givemedata('好'))
print('Definitions matching with 你好:', ', '.join(c.moo.search('好')))
print('Reverse definition with Good:', ', '.join(c.moo.backwards('Good')))
def run(unihan_options={}):
c = Cihai(unihan=False)
c.add_dataset('cihai.data.unihan.dataset.Unihan', namespace='unihan')
if not c.unihan.is_bootstrapped: # download and install Unihan to db
c.unihan.bootstrap(unihan_options)
query = c.unihan.lookup_char('好')
glyph = query.first()
print("lookup for 好: %s" % glyph.kDefinition)
query = c.unihan.reverse_char('good')
print('matches for "good": %s ' % ', '.join([glph.char for glph in query]))
def test_add_dataset_unihan(unihan_options):
c = Cihai()
c.add_dataset(Unihan, namespace='unihan')
assert hasattr(c, 'unihan')
assert isinstance(c.unihan, extend.Dataset)
c.unihan.sql
c.unihan.bootstrap(options=unihan_options)
U = c.sql.base.classes.Unihan
first_glyph = (c.unihan.sql.session.query(U).filter(
U.kDefinition.isnot(None)).first())
char = first_glyph.char
assert (c.unihan.lookup_char(
char=char).first().kDefinition == first_glyph.kDefinition)
assert (c.unihan.reverse_char(
hints=[first_glyph.kDefinition]).first().char == char
), 'works with list of column value matches'
assert (c.unihan.reverse_char(
hints=first_glyph.kDefinition).first().char == char
), 'works with strings'
c.unihan.add_plugin(UnihanVariants, 'variants')
assert hasattr(c.unihan, 'variants')
def variant_list(field):
for char in c.unihan.with_fields(field):
variants = []
for var in char.untagged_vars(field):
variants.append(var)
yield (char, variants)
result = {char: variants for (char, variants) in variant_list('kZVariant')}
assert len(result.values()) > 0
assert len(result.keys()) > 0