def simulaqron():
from cqc.pythonLib import CQCConnection
from qpz_atomics.mappings.simulaqron import mapping
with CQCConnection("Alice") as Alice:
_ = qpz_atomics.lib(mapping, Alice)
#use library to prepare a single qubit
# all commands are applied locally: no need to specify the node
q = _.PREP()
# show info about created qubit
_.DISP(q)
# flip the qubit
_.X(q)
# sending to Bob (need to pass the arguments using the syntax used by the backend used)
_.SEND(q, "Bob")
with CQCConnection("Bob") as Bob:
_ = qpz_atomics.lib(mapping, Bob)
# receive a qubit
q = _.RECV()
# show info about this qubit
_.DISP(q)
def source_protocol(source_host, target_host_id):
_ = qpz_atomics.lib(mapping, source_host)
for i in range(5):
q = _.PREP()
q = _.H(q)
print("sending"), _.DISP(q)
_.SEND(q, target_host_id)
def target_protocol(target_host, source_host_id):
_ = qpz_atomics.lib(mapping, target_host)
for i in range(5):
print(source_host_id)
q = _.RECV(source_host_id)
print("recieved"), _.DISP(q)
def test_meas_pauli(bit, base):
with CQCConnection("Alice") as Alice:
_ = qpz_atomics.lib(mapping, Alice)
meas.pauli(_, bit, base)
def test_prep_ghz(nb_target_nodes, basis):
with CQCConnection("Alice") as Alice:
_ = qpz_atomics.lib(mapping, Alice)
prep.ghz(_, nb_target_nodes, basis)
def test_pres_qotp(ck_b):
with CQCConnection("Alice") as Alice:
_ = qpz_atomics.lib(mapping, Alice)
pres.qotp(_, ck_b)