def __test_single_flow(sender, receiver, times_ms, capacities_kbps, jitter):
"""
Simulates a RMCAT single flow on a variable capacity link.
"""
link_simulator = LinkSimulator(None, jitter)
now_ms = 0.0
for i in range(len(capacities_kbps)):
link_simulator.capacity_kbps = capacities_kbps[i]
end_time_ms = times_ms[i]
while now_ms < end_time_ms:
packet = sender.create_packet()
link_simulator.send_packet(packet)
if packet.arrival_time_ms is not None:
receiver.receive_packet(packet)
feedback = receiver.get_feedback()
if feedback is not None:
sender.receive_feedback(feedback)
now_ms = packet.send_time_ms
__print(receiver)
__plot(receiver, times_ms, capacities_kbps)
def __test_single_flow(sender, receiver, times_ms, capacities_kbps, jitter):
"""
Simulates a RMCAT single flow on a variable capacity link.
"""
link_simulator = LinkSimulator(None, jitter)
now_ms = 0.0
for i in range(len(capacities_kbps)):
link_simulator.capacity_kbps = capacities_kbps[i]
end_time_ms = times_ms[i]
while now_ms < end_time_ms:
packet = sender.create_packet()
link_simulator.send_packet(packet)
if packet.arrival_time_ms is not None:
receiver.receive_packet(packet)
feedback = receiver.get_feedback()
if feedback is not None:
sender.receive_feedback(feedback)
now_ms = packet.send_time_ms
__print(receiver)
__plot(receiver, times_ms, capacities_kbps)
