assert_equal(results[0].object.__tablename__, 'pokemon',
u'Type restriction works correctly')
assert_equal(len(results), 1, u'Only one id result when type is specified')
- assert_equal(results[0].name, u'Bulbasaur', u'Type + id returns the right result')
+ assert_equal(results[0].object.name, u'Bulbasaur',
+ u'Type + id returns the right result')
results = lookup.lookup(u'1', valid_types=['pokemon'])
- assert_equal(results[0].name, u'Bulbasaur', u'valid_types works as well as type: prefix')
+ assert_equal(results[0].object.name, u'Bulbasaur',
+ u'valid_types works as well as type: prefix')
+
+def test_language_lookup():
+ # There are two objects named "charge": the move Charge, and the move
+ # Tackle, which is called "Charge" in French.
+ results = lookup.lookup(u'charge')
+ assert_true(len(results) > 1, u'There are multiple "charge"s')
+
+ results = lookup.lookup(u'@fr:charge')
+ assert_equal(results[0].iso639, u'fr', u'Language restriction works correctly')
+ assert_equal(len(results), 1, u'Only one "charge" result when language is specified')
+ assert_equal(results[0].object.name, u'Tackle',
+ u'Language + vague name returns the right result')
+
+ results = lookup.lookup(u'charge', valid_types=['@fr'])
+ assert_equal(results[0].object.name, u'Tackle',
+ u'valid_types works as well as @lang: prefix')
+
+ results = lookup.lookup(u'@fr,move:charge')
+ assert_equal(results[0].object.name, u'Tackle',
+ u'Languages and types both work together')
+
+ results = lookup.lookup(u'@fr:charge', valid_types=['move'])
+ assert_equal(results[0].object.name, u'Tackle',
+ u'valid_types and language prefixes get along')
def test_fuzzy_lookup():
tests = [
assert_equal(len(results), 1, u'Constrained random returns one result')
assert_equal(results[0].object.__tablename__, table_name,
u'Constrained random returns result from the right table')
+
+def test_crash_empty_prefix():
+ """Searching for ':foo' used to crash, augh!"""
+ results = lookup.lookup(u'Eevee')
+ assert_equal(results[0].object.name, u'Eevee', u'Empty prefix dun crash')