def test_for_loop2(self):
clean("test_cython_compile_CyTest2")
CyTest2(1)
res1, t_cy = get_time(CyTest2)(10000000)
res2, t_py = get_time(PyTest2)(10000000)
self.assertTrue(res1, res2)
self.assertTrue(t_cy * 20 < t_py, "20*%s=%s not < %s" % (t_cy, 20 * t_cy, t_py))
def test_for_loop(self):
clean("test_cython_compile_autodeclare_CyTest2")
CyTest2(1)
res1, t_cy = get_time(CyTest2)(10000000)
res2, t_py = get_time(PyTest2)(10000000)
self.assertTrue(res1, res2)
self.assertTrue(t_cy * 20 < t_py, "t_cy, t_py: %s, %s" % (t_cy, t_py))
def test_for_loop2(self):
clean("test_cython_compile_CyTest2")
CyTest2(1)
res1, t_cy = get_time(CyTest2)(10000000)
res2, t_py = get_time(PyTest2)(10000000)
self.assertTrue(res1, res2)
self.assertTrue(t_cy * 20 < t_py,
"20*%s=%s not < %s" % (t_cy, 20 * t_cy, t_py))
def compare(self, module_name, func, *args):
clean(module_name)
with open(module_name + '.py', 'w') as fid:
fid.write(inspect.getsource(func))
res1, t_py = get_time(func)(*args)
cython_import(module_name)
cmodule = __import__(module_name)
cfunc = getattr(cmodule, func.func_name)
res2, t_cy = get_time(cfunc)(*args)
self.assertEqual(res1, res2, "%s - %s" % (module_name, func))
clean(module_name)
return t_py, t_cy
def compare(self, module_name, func, *args):
clean(module_name)
with open(module_name + '.py', 'w') as fid:
fid.write(inspect.getsource(func))
res1, t_py = get_time(func)(*args)
cython_import(module_name)
cmodule = __import__(module_name)
cfunc = getattr(cmodule, func.func_name)
res2, t_cy = get_time(cfunc)(*args)
self.assertEqual(res1, res2, "%s - %s" % (module_name, func))
clean(module_name)
return t_py, t_cy
def test_for_loop(self):
clean("test_cython_compile_CyTest1")
CyTest1(1)
_, t_cy = get_time(CyTest1)(10000000)
_, t_py = get_time(PyTest1)(10000000)
self.assertTrue(t_cy * 2 < t_py)
def test_for_loop(self):
clean("test_cython_compile_CyTest1")
CyTest1(1)
_, t_cy = get_time(CyTest1)(10000000)
_, t_py = get_time(PyTest1)(10000000)
self.assertTrue(t_cy * 2 < t_py)