def test_get_random_int(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "001" * 1000
bitgen.load_cache(cache)
assert qrng.get_random_int() == -1
assert qrng.get_random_int(-4, 4) == -2
def test_get_random_double(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert qrng.get_random_double() == 0.1428571428571428
assert qrng.get_random_double(-4, 4) == -2.8571428571428577
def test_get_random_float(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert qrng.get_random_float() == 0.14285707473754883
assert qrng.get_random_float(-4, 4) == -1.7142858505249023
def test_state(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
job_config = {
"max_bits_per_request": None,
"bits_per_request": 1572864,
"n_qubits": 24,
"shots": 65536,
"experiments": 1,
}
backend_config = {
# "backend_name": "qasm_simulator",
"credits_required": False,
"local": True,
"n_qubits": 24,
"simulator": True,
}
bitcache = {
"size": 3000,
}
bitgen_state = qrng.state["quantum_bit_generator"]
assert bitgen_state["BITS"] == 64
assert bitgen_state["job_config"] == job_config
assert bitgen_state["backend_config"] == backend_config
assert bitgen_state["bitcache"] == bitcache
def test_get_random_bitstring(self):
bitgen = QiskitBitGenerator()
bitgen32 = QiskitBitGenerator(ISRAW32=True)
qrng = Qrng(bitgen)
qrng32 = Qrng(bitgen32)
cache = "100" * 1000
bitgen.load_cache(cache)
bitgen32.load_cache(cache)
assert qrng.get_random_bitstring() == cache[:64]
assert qrng32.get_random_bitstring() == cache[:32]
assert qrng.get_random_bitstring(4) == cache[64:68]
def test_get_random_complex_rect(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert (qrng.get_random_complex_rect() == 0.14285707473754883 -
0.4285714626312256j)
assert (qrng.get_random_complex_rect(-4, 4) == -2.8571434020996094 +
0.5714282989501953j)
assert (qrng.get_random_complex_rect(
-4, 3, -2, 1) == -2.0000001192092896 - 1.5714287757873535j)
def test_get_random_complex_polar(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert (qrng.get_random_complex_polar() == -0.16820993120165456 +
0.7369762251347793j)
assert (qrng.get_random_complex_polar(4) == -1.362136709039319 -
0.6559701073130655j)
assert (qrng.get_random_complex_polar(4, 3.14) == 1.926563627649004 +
0.9272437045189929j)
def test_QiskitBitGenerator():
provider = IBMQ.load_account()
bitgen = QiskitBitGenerator(provider)
assert not bitgen.state["backend_config"]["simulator"]
simulator = BasicAer.get_backend("qasm_simulator")
bitgen = QiskitBitGenerator(backend=simulator)
assert bitgen.state["backend_config"]["simulator"]
gen = Generator(bitgen)
cache = "100" * 1000
assert bitgen.load_cache(cache)
assert (
bitgen.random_raw() == 10540996613548315209
and bitgen.random_bitstring()
== "0010010010010010010010010010010010010010010010010010010010010010"
and bitgen.random_uint() == 5270498306774157604
and bitgen.random_double() == 0.5714285714285714)
assert (gen.binomial(4, 1 / 4) == 0
and gen.exponential() == 0.18350170297843915
and gen.logistic() == 0.28768207245178085 and gen.poisson() == 0
and gen.standard_normal() == -0.24679872730094507
and gen.triangular(-1, 0, 1) == 0.07417990022744847)
assert bitgen.flush_cache()
bitgen = QiskitBitGenerator(max_bits_per_request=128, ISRAW32=True)
bitgen.random_raw()
assert bitgen._fetch_random_bits()
def test_get_random_int64(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert qrng.get_random_int64() == 10540996613548315209
def test_get_random_int32(self):
bitgen = QiskitBitGenerator()
qrng = Qrng(bitgen)
cache = "100" * 1000
bitgen.load_cache(cache)
assert qrng.get_random_int32() == 2454267026