def test_ordering(self):
""" See that we can simulate an MZI"""
postdata = {
"circuit": TWO_COUPLERS,
"format": "table",
"mode": "probability"
}
request = {"body": json.dumps(postdata)}
output = json.loads(views.simulate(request).content)
assert all(output[i][1] >= output[i + 1][1]
for i in range(len(output) - 1))
def test_ordering(self):
""" See that we can simulate an MZI"""
postdata = {"circuit" : TWO_COUPLERS, "format":"table", "mode":"probability"}
request = {"body": json.dumps(postdata)}
output = json.loads(views.simulate(request).content)
assert all(output[i][1]>=output[i+1][1] for i in range(len(output)-1))
def test_mzi(self):
""" See that we can simulate an MZI"""
postdata = {"circuit" : MZI, "format":"dict", "mode":"amplitude"}
request = {"body": json.dumps(postdata)}
output = json.loads(views.simulate(request).content)
self.assertAlmostEqual(output["(1,)"]["imag"], 1)
def test_no_nonzero(self):
""" What happens when have an empty circuit ? """
postdata = {"circuit" : []}
request = {"body": json.dumps(postdata)}
output = views.simulate(request)
self.assertEqual(output.status_code, 400)
def test_mzi(self):
""" See that we can simulate an MZI"""
postdata = {"circuit": MZI, "format": "dict", "mode": "amplitude"}
request = {"body": json.dumps(postdata)}
output = json.loads(views.simulate(request).content)
self.assertAlmostEqual(output["(1,)"]["imag"], 1)
def test_no_nonzero(self):
""" What happens when have an empty circuit ? """
postdata = {"circuit": []}
request = {"body": json.dumps(postdata)}
output = views.simulate(request)
self.assertEqual(output.status_code, 400)
