def params_for_test_no_stuck():
param_names = ['cls', 'tilemap', 'start_rect', 'dx', 'dy', 'expect_dxdy']
scenaries = [ d for d in aux.case_generator(aux.first_expansion(maps_cache, aux.common_base_cases))]
sufixes_parametrized_tests = []
cases = []
for cls in [RectMapCollider, RectMapWithPropsCollider]:
for d in scenaries:
d['cls'] = cls
test_sufix, params = scenario_to_test_sufix_and_tuple_params(d)
sufixes_parametrized_tests.append(test_sufix)
cases.append(params)
return (param_names, cases, False, sufixes_parametrized_tests)
## assert a == b
##
## def test_zerodivision(self, a, b):
## py.test.raises(ZeroDivisionError, "a/b")
##
##class TestClass2():
## params = {
## "test_concatenation": [dict(r='a', s='b', res='ab'),
## dict(r='aa', s='bb', res='aabb')]
## }
##
## def test_concatenation(self, r, s, res):
## assert r+s+'z' == res
scenario = [
d for d in aux.case_generator(
aux.first_expansion(maps_cache, aux.common_base_cases))
]
class TestClass():
params = {
'test_RectMapCollider__no_stuck': scenario,
'test_RectMapWithPropsCollider__no_stuck': scenario,
}
def test_RectMapCollider__no_stuck(self, generic_id, tilemap, start_rect,
dx, dy, expect_dxdy):
collider = RectMapCollider()
collider.on_bump_handler = collider.on_bump_slide
new = start_rect.copy()
new.x += dx
## def test_equals(self, a, b):
## assert a == b
##
## def test_zerodivision(self, a, b):
## py.test.raises(ZeroDivisionError, "a/b")
##
##class TestClass2():
## params = {
## "test_concatenation": [dict(r='a', s='b', res='ab'),
## dict(r='aa', s='bb', res='aabb')]
## }
##
## def test_concatenation(self, r, s, res):
## assert r+s+'z' == res
scenario = [ d for d in aux.case_generator(aux.first_expansion(maps_cache, aux.common_base_cases))]
class TestClass():
params = {
'test_RectMapCollider__no_stuck': scenario,
'test_RectMapWithPropsCollider__no_stuck': scenario,
}
def test_RectMapCollider__no_stuck(self, generic_id, tilemap, start_rect, dx, dy, expect_dxdy):
collider = RectMapCollider()
collider.on_bump_handler = collider.on_bump_slide
new = start_rect.copy()
new.x += dx
new.y += dy
collider.collide_map(tilemap, start_rect, new, 0, 0)
assert new.position == (start_rect.x + expect_dxdy[0],