def _run_sleep_bench(bench_name, n_workers, cmd, sleep_time, process_name, csv_out):
print("BENCH: {} - {} workers".format(bench_name, n_workers))
# Launch the process in the background
cmd_str = [
cmd,
str(n_workers),
]
cmd_str = " ".join(cmd_str)
# Set up environment
set_benchmark_env()
# Launch subprocess
sleep_proc = Process(target=_exec_cmd, args=[cmd_str])
sleep_proc.start()
sleep(sleep_time)
pid = get_pid_for_name(process_name)
print("Measuring memory of process {}".format(pid))
mem_total = get_total_memory_for_pid(pid)
for label, value in zip(mem_total.get_labels(), mem_total.get_data()):
csv_out.write("{},{},{},{},{}\n".format(
bench_name,
label,
value,
n_workers,
Decimal(value) / n_workers,
))
csv_out.flush()
# Rejoin the background process
sleep_proc.join()
def plot_proc_mem(ctx, proc_name):
"""
Plot the memory usage for the given process name
"""
pid = get_pid_for_name(proc_name)
_plot_pid_mem(pid)
def proc_mem(ctx, proc_name):
"""
Show the memory usage for the given process name
"""
pid = get_pid_for_name(proc_name)
_print_pid_mem(pid)
def plot_proc_mem(ctx, proc_name):
pid = get_pid_for_name(proc_name)
_plot_pid_mem(pid)