kv["foo"]
cli, plan, dead_time = build_plan(sys, CLOCK_RATE)
network[(serv, serv1)] = False
ignore, plan, dead_time = build_plan(network, CLOCK_RATE)
print plan
cli.start()
cli.join()
print "Total Errors:", count_errors(cli.ctrace)
print "Thread 1 ran for: run time={0}, dead_time={1} slack={2}".format(cli.runtime, dead_time, cli.ctrace.slack)
effective_time = cli.runtime - cli.ctrace.slack
print "C-Runtime (msec):", cli.ctrace.runtime
print "effecitve run time (not sleeping), seconds: ", effective_time
print "Mean Time per Request (ms): ", cli.runtime * 1000 / cli.ctrace.reqcount
print "(Effective) Mean Time per Request (ms): ", effective_time * 1000 / cli.ctrace.reqcount
print "Slack % = {0}".format(cli.ctrace.slack * 1.0 / (cli.runtime - dead_time) * 100)
cli, plan, dead_time = build_plan(sys, CLOCK_RATE)
cli2, plan2, dead_time2 = build_plan(sys2, CLOCK_RATE)
strt = (time() * 1000) + 1000
cli.abstime = strt
cli2.abstime = strt
cli.start()
cli2.start()
cli.join()
cli2.join()
print 'Total Errors:', count_errors(cli.ctrace)
print 'Thread 1 ran for: run time={0}, dead_time={1} slack={2}'.format( cli.runtime, dead_time, cli.ctrace.slack)
effective_time = cli.ctrace.slack
print 'C-Runtime (msec):', cli.ctrace.runtime
print 'effecitve run time (not sleeping), seconds: ', effective_time
print 'Mean Time per Request (ms): ', cli.runtime * 1000 / cli.ctrace.reqcount
print '(Effective) Mean Time per Request (ms): ', effective_time * 1000 / cli.ctrace.reqcount
mrg = merge_traces(cli.ctrace, cli2.ctrace)
print 'ORDERING:'
kv = sys.store
for i in xrange(500):
kv['foo'] = 'bar'
kv['foo']
for clk in xrange(10):
cli, plan, dead_time = build_plan(sys, clk)
cli.abstime = int(time() * 1000) + 100
cli.start()
cli.join()
if count_errors(cli.ctrace) != 0:
print 'errors: '+ str(count_errors(cli.ctrace))
rate = (cli.ctrace.slack * 1000.0 / cli.ctrace.reqcount)
print '@{0}ms clock, msec / req : {1}'.format(clk, rate)
raise SystemExit
print 'Total Errors:', count_errors(cli.ctrace)
print 'Thread 1 ran for: run time={0}, dead_time={1} slack={2}'.format( cli.runtime, dead_time, cli.ctrace.slack)
effective_time = cli.runtime - cli.ctrace.slack
print 'C-Runtime (msec):', cli.ctrace.runtime
print 'effecitve run time (not sleeping), seconds: ', effective_time