def run(gates_list, clock: Signal = None, n_pulse=None, display=None):
if n_pulse is None:
n_pulse = -1
if clock is None:
depend = []
for gate in gates_list:
gate.logic(depend)
if display:
for lst in display:
if type(lst[0]) in CircuitRunner.NOT_GATE:
print("".join([str(r.output.output) for r in lst]))
else:
print("".join([str(r.output) for r in lst]))
else:
while not n_pulse == 0:
n_pulse -= 1
clock.pulse()
depend = []
for gate in gates_list:
gate.logic(depend)
if display:
for lst in display:
if type(lst[0]) in CircuitRunner.NOT_GATE:
print("".join([str(r.output.output) for r in lst]))
else:
print("".join([str(r.output) for r in lst]))
def test2():
clock = Signal()
d1 = D_FlipFlop(clock, None, "d1")
not1 = Not(d1, "not")
d1.set_input(not1)
d1.set()
for _ in range(20):
clock.pulse()
d1.logic()
print(d1)
def johnson_counter(n=100):
clock = Signal()
bits = [D_FlipFlop(clock, None, f"d{i}") for i in range(n)]
for i in range(1, n):
bits[i].set_input(bits[i - 1])
bits[i].reset()
bits[0].set_input(Not(bits[-1], "not"))
bits[0].reset()
for _ in range(4 * n):
clock.pulse()
bits[0].logic()
print("".join([str(b.q()) for b in bits]))
