def test_permutations_0(self):
config = dict(
x=12,
y=True,
z={1: 2},
)
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 1)
self.assertEqual(cfgs[0], config)
def test_permutations_0(self):
config = dict(
x=12,
y=True,
z={1: 2},
)
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 1)
self.assertEqual(cfgs[0], config)
def test_permutations_1(self):
config = dict(x=12, y=True, z={1: 2}, t=[1, 2, "4"])
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 3)
self.assertEqual([dict] * 3, map(type, cfgs))
tvals = []
for cfg in cfgs:
for field in 'xyz':
self.assertEqual(cfg[field], config[field])
tvals.append(cfg['t'])
self.assertEqual(sorted(tvals), sorted(config['t']))
def test_permutations_2(self):
config = dict(x=12, y=True, z={1: 2}, t=[1, 2, "4"], j=[7, True, "gg"])
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 9)
self.assertEqual([dict] * 9, map(type, cfgs))
tjvals = []
for cfg in cfgs:
for field in 'xyz':
self.assertEqual(cfg[field], config[field])
tjvals.append((cfg['t'], cfg['j']))
for tval in config['t']:
for jval in config['j']:
self.assertEqual(1, tjvals.count((tval, jval)))
def test_permutations_1(self):
config = dict(
x=12,
y=True,
z={1: 2},
t=[1, 2, "4"]
)
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 3)
self.assertEqual([dict] * 3, map(type, cfgs))
tvals = []
for cfg in cfgs:
for field in 'xyz':
self.assertEqual(cfg[field], config[field])
tvals.append(cfg['t'])
self.assertEqual(sorted(tvals), sorted(config['t']))
def test_permutations_2(self):
config = dict(
x=12,
y=True,
z={1: 2},
t=[1, 2, "4"],
j=[7, True, "gg"]
)
cfgs = list(benchmarkfactory.all_configs(config))
self.assertEqual(len(cfgs), 9)
self.assertEqual([dict] * 9, map(type, cfgs))
tjvals = []
for cfg in cfgs:
for field in 'xyz':
self.assertEqual(cfg[field], config[field])
tjvals.append((cfg['t'], cfg['j']))
for tval in config['t']:
for jval in config['j']:
self.assertEqual(1, tjvals.count((tval, jval)))
