def my_results():
linux_total = np.fromfile(
"/var/lib/arhuaco/data/performance/sysdig_total_final.log",
dtype=float,
sep="\n")
docker_total = np.fromfile(
"/var/lib/arhuaco/data/performance/docker_total_final.log",
dtype=float,
sep="\n")
sysdig_total = np.fromfile(
"/var/lib/arhuaco/data/performance/linux_total_final.log",
dtype=float,
sep="\n")
# Graphically plot the results
plot = Plot()
# Linux job vs docker job vs docker+sysdig job
plot.history2error([linux_total, docker_total, sysdig_total],
[linux_total, docker_total, sysdig_total],
['Linux', 'Docker', 'Arhuaco isolation and monitoring'],
"Performance test",
"Number of ALICE grid jobs in parallel",
"Average runtime [s]",
"/var/lib/arhuaco/data/performance/performance-%s.pdf" %
time.strftime("%Y%m%d-%H%M%S"), 'lower right', [1, 10],
[0, 60000])
def my_second_results():
# average
linux_total_avg = np.fromfile(
"/var/lib/arhuaco/data/performance/linux_avg_final.log",
dtype=float,
sep="\n")
docker_total_avg = np.fromfile(
"/var/lib/arhuaco/data/performance/docker_avg_final.log",
dtype=float,
sep="\n")
sysdig_total_avg = np.fromfile(
"/var/lib/arhuaco/data/performance/sysdig_avg_final.log",
dtype=float,
sep="\n")
# standard deviation
linux_total_std = np.fromfile(
"/var/lib/arhuaco/data/performance/linux_std_final.log",
dtype=float,
sep="\n")
docker_total_std = np.fromfile(
"/var/lib/arhuaco/data/performance/docker_std_final.log",
dtype=float,
sep="\n")
sysdig_total_std = np.fromfile(
"/var/lib/arhuaco/data/performance/sysdig_std_final.log",
dtype=float,
sep="\n")
# Graphically plot the results
plot = Plot()
# Linux job vs docker job vs docker+sysdig job
plot.history2error([linux_total_avg, docker_total_avg, sysdig_total_avg],
[linux_total_std, docker_total_std, sysdig_total_std],
['Linux', 'Docker', 'Arhuaco isolation and monitoring'],
"Performance test",
"Number of ALICE grid jobs in parallel",
"Average runtime [s]",
"/var/lib/arhuaco/data/performance/performance-%s.pdf" %
time.strftime("%Y%m%d-%H%M%S"), 'lower right',
[0.5, 10.5], [4200, 5800])