def __init__(self, sim):
"""
Initialize the counter collection.
:param sim: the simulation, the CounterCollection belongs to.
"""
self.sim = sim
# waiting time
self.cnt_wt = TimeIndependentCounter(name="waiting time")
self.hist_wt = TimeIndependentHistogram(self.sim, "w")
self.acnt_wt = TimeIndependentAutocorrelationCounter(
"waiting time with lags 1 to 20", max_lag=20)
# queue length
self.cnt_ql = TimeDependentCounter(self.sim, name="queue length")
self.hist_ql = TimeDependentHistogram(self.sim, "q")
# system utilization
self.cnt_sys_util = TimeDependentCounter(self.sim,
name="system utilization")
# blocking probability
self.cnt_bp = TimeIndependentCounter("bp")
self.hist_bp = TimeIndependentHistogram(self.sim, "bp")
# cross correlations
self.cnt_iat_wt = TimeIndependentCrosscorrelationCounter(
"inter-arrival time vs. waiting time")
self.cnt_iat_st = TimeIndependentCrosscorrelationCounter(
"inter-arrival time vs. service time")
self.cnt_iat_syst = TimeIndependentCrosscorrelationCounter(
"inter-arrival time vs. system time")
self.cnt_st_syst = TimeIndependentCrosscorrelationCounter(
"service time vs. system time")
def __init__(self, sim):
"""
Initialize the counter collection.
:param sim: the simulation, the CounterCollection belongs to.
"""
self.sim = sim
# waiting time
self.cnt_wt = TimeIndependentCounter()
self.hist_wt = TimeIndependentHistogram(self.sim, "w")
# queue length
self.cnt_ql = TimeDependentCounter(self.sim)
self.hist_ql = TimeDependentHistogram(self.sim, "q")
# system utilization
self.cnt_sys_util = TimeDependentCounter(self.sim)
"""
def __init__(self, server):
"""
Initialize the counter collection.
:param sim: the simulation, the CounterCollection belongs to.
"""
self.server = server
#self.sim = server.slicesim
# waiting time
#self.cnt_wt = TimeIndependentCounter(self.server)
#self.hist_wt = TimeIndependentHistogram(self.server, "w")
#self.acnt_wt = TimeIndependentAutocorrelationCounter("waiting time with lags 1 to 20", max_lag=20)
# system time(delay)
self.cnt_syst = TimeIndependentCounter(self.server)
self.hist_syst = TimeIndependentHistogram(self.server, "s")
# queue length
self.cnt_ql = TimeDependentCounter(self.server)
self.hist_ql = TimeDependentHistogram(self.server, "q")
# throughput
self.cnt_tp = TimeDependentCounter(self.server, 'tp')
self.cnt_tp2 = TimeDependentCounter(self.server, 'tp2')
class CounterCollection(object):
"""
CounterCollection is a collection of all counters and histograms that are used in the simulations.
It contains several counters and histograms, that are used in the different tasks.
Reporting is done by calling the report function. This function can be adapted, depending on which counters should
report their results and print strings or plot histograms.
"""
def __init__(self, sim):
"""
Initialize the counter collection.
:param sim: the simulation, the CounterCollection belongs to.
"""
self.sim = sim
# waiting time
self.cnt_wt = TimeIndependentCounter()
self.hist_wt = TimeIndependentHistogram(self.sim, "w")
# queue length
self.cnt_ql = TimeDependentCounter(self.sim)
self.hist_ql = TimeDependentHistogram(self.sim, "q")
# system utilization
self.cnt_sys_util = TimeDependentCounter(self.sim)
"""
# blocking probability
self.cnt_bp = TimeIndependentCounter("bp")
self.hist_bp = TimeIndependentHistogram(self.sim, "bp")
# correlations
self.cnt_iat_wt = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. waiting time")
self.cnt_iat_st = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. service time")
self.cnt_iat_syst = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. system time")
self.cnt_st_syst = TimeIndependentCrosscorrelationCounter("service time vs. system time")
self.acnt_wt = TimeIndependentAutocorrelationCounter("waiting time with lags 1 to 20", max_lag=20)
"""
def reset(self):
"""
Resets all counters and histograms.
"""
self.cnt_wt.reset()
self.hist_wt.reset()
self.cnt_ql.reset()
self.hist_ql.reset()
self.cnt_sys_util.reset()
"""
self.cnt_bp.reset()
self.hist_bp.reset()
self.cnt_iat_wt.reset()
self.cnt_iat_st.reset()
self.cnt_iat_syst.reset()
self.cnt_st_syst.reset()
self.acnt_wt.reset()
"""
def report(self):
"""
Calls the report function of the counters and histograms.
Can be adapted, such that not all reports are printed
"""
self.cnt_wt.report()
self.hist_wt.report()
self.cnt_ql.report()
self.hist_ql.report()
self.cnt_sys_util.report()
"""
self.cnt_iat_wt.report()
self.cnt_iat_st.report()
self.cnt_iat_syst.report()
self.cnt_st_syst.report()
self.acnt_wt.report()
"""
def count_packet(self, packet):
"""
Count a packet. Its data is counted by the various counters
"""
self.cnt_wt.count(packet.get_waiting_time())
self.hist_wt.count(packet.get_waiting_time())
"""
self.cnt_iat_wt.count(packet.get_interarrival_time(), packet.get_waiting_time())
self.cnt_iat_st.count(packet.get_interarrival_time(), packet.get_service_time())
self.cnt_iat_syst.count(packet.get_interarrival_time(), packet.get_system_time())
self.cnt_st_syst.count(packet.get_service_time(), packet.get_system_time())
self.acnt_wt.count(packet.get_waiting_time())
"""
def count_queue(self):
"""
Count the number of packets in the buffer and add the values to the corresponding (time dependent) histogram.
This function should be called at least whenever the number of packets in the buffer changes.
The system utilization is counted as well and can be counted from the counter cnt_sys_util.
"""
self.cnt_ql.count(self.sim.system_state.get_queue_length())
self.hist_ql.count(self.sim.system_state.get_queue_length())
# TODO Task 2.5.1: Your code goes here
if self.sim.system_state.server_busy:
self.cnt_sys_util.count(1)
else:
self.cnt_sys_util.count(0)
class CounterCollection(object):
"""
CounterCollection is a collection of all counters and histograms that are used in the simulations.
It contains several counters and histograms, that are used in the different tasks.
Reporting is done by calling the report function. This function can be adapted, depending on which counters should
report their results and print strings or plot histograms.
"""
def __init__(self, server):
"""
Initialize the counter collection.
:param sim: the simulation, the CounterCollection belongs to.
"""
self.server = server
#self.sim = server.slicesim
# waiting time
#self.cnt_wt = TimeIndependentCounter(self.server)
#self.hist_wt = TimeIndependentHistogram(self.server, "w")
#self.acnt_wt = TimeIndependentAutocorrelationCounter("waiting time with lags 1 to 20", max_lag=20)
# system time(delay)
self.cnt_syst = TimeIndependentCounter(self.server)
self.hist_syst = TimeIndependentHistogram(self.server, "s")
# queue length
self.cnt_ql = TimeDependentCounter(self.server)
self.hist_ql = TimeDependentHistogram(self.server, "q")
# throughput
self.cnt_tp = TimeDependentCounter(self.server, 'tp')
self.cnt_tp2 = TimeDependentCounter(self.server, 'tp2')
# system utilization
#self.cnt_sys_util = TimeDependentCounter(self.server)
# blocking probability
#self.cnt_bp = TimeIndependentCounter(self.server, "bp")
#self.hist_bp = TimeIndependentHistogram(self.server, "bp")
# cross correlations
#self.cnt_iat_wt = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. waiting time")
#self.cnt_iat_st = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. service time")
#self.cnt_iat_syst = TimeIndependentCrosscorrelationCounter("inter-arrival time vs. system time")
#self.cnt_st_syst = TimeIndependentCrosscorrelationCounter("service time vs. system time")
def reset(self):
"""
Resets all counters and histograms.
"""
#self.cnt_wt.reset()
#self.hist_wt.reset()
#self.acnt_wt.reset()
self.cnt_syst.reset()
self.hist_syst.reset()
self.cnt_ql.reset()
self.hist_ql.reset()
self.cnt_tp.reset()
#self.cnt_sys_util.reset()
#self.cnt_bp.reset()
#self.hist_bp.reset()
#self.cnt_iat_wt.reset()
#self.cnt_iat_st.reset()
#self.cnt_iat_syst.reset()
#self.cnt_st_syst.reset()
def report(self, filename=''):
"""
Calls the report function of the counters and histograms.
Can be adapted, such that not all reports are printed
"""
#self.cnt_wt.report(filename)
#self.hist_wt.report(filename)
#self.acnt_wt.report()
self.cnt_syst.report(filename)
self.hist_syst.report(filename)
self.cnt_ql.report(filename)
self.hist_ql.report(filename)
self.cnt_tp.report(filename)
#self.cnt_sys_util.report()
#self.cnt_iat_wt.report()
#self.cnt_iat_st.report()
#self.cnt_iat_syst.report()
#self.cnt_st_syst.report()
def count_throughput(self, throughput):
"""
Count a throughput. Its data is counted by the various counters
tp in kilobits per second
"""
self.cnt_tp.count(throughput)
def count_throughput2(self, throughput):
"""
Count a throughput. Its data is counted by the various counters
tp in kilobits per second
"""
self.cnt_tp2.count(throughput)
def count_packet(self, packet):
"""
Count a packet. Its data is counted by the various counters
"""
#self.cnt_wt.count(packet.get_waiting_time())
#self.hist_wt.count(packet.get_waiting_time())
#self.acnt_wt.count(packet.get_waiting_time())
self.cnt_syst.count(packet.get_system_time())
self.hist_syst.count(packet.get_system_time())
#self.cnt_iat_wt.count(packet.get_interarrival_time(), packet.get_waiting_time())
#self.cnt_iat_st.count(packet.get_interarrival_time(), packet.get_service_time())
#self.cnt_iat_syst.count(packet.get_interarrival_time(), packet.get_system_time())
#self.cnt_st_syst.count(packet.get_service_time(), packet.get_system_time())
def count_queue(self):
"""
Count the number of packets in the buffer and add the values to the corresponding (time dependent) histogram.
This function should be called at least whenever the number of packets in the buffer changes.
The system utilization is counted as well and can be counted from the counter cnt_sys_util.
"""
self.cnt_ql.count(int(self.server.get_queue_length()))
self.hist_ql.count(self.server.get_queue_length())