def __init__(self):
self.anime = Animation()
host = '' # Bind server to all interfaces
self.s = socket.socket(
socket.AF_INET,
socket.SOCK_DGRAM) # Creating the socket using IPv4, UDP
self.s.bind(
(host,
PORT)) # Binding Server to all interfaces and the chosen port.
self.setup_tool = SetupTool()
self.paths = self.setup_tool.parse_file('../config/paths.dat')
self.setup_tool.get_setup_data('../config/session-setup.dat')
self.clients_list = self.setup_tool.get_clients_list()
self.query_type = self.setup_tool.get_query_type().split()
self.repetitions = int(self.setup_tool.get_repetitions())
fLog = open(
self.paths['LOG_FOLDER_PATH'] + 'enum-bench-tool-master.log', 'w')
fLog.close()
# Refreshing results folder and temp folder
for s in self.setup_tool.get_scenario_list():
self.setup_tool.refresh_folder(self.setup_tool.get_save_dir() +
self.setup_tool.get_session_name() +
'/' + s + '/')
self.setup_tool.refresh_folder(self.paths['TEMP_FOLDER_PATH'])
def __init__ (self):
setup = SetupTool()
self.paths = setup.parse_file('../config/paths.dat')
# Refresh import.sql file
setup.refresh_file(self.paths['PDNS_OUTPUT_FOLDER_PATH'] + 'import.sql')
self.fSql = open (self.paths['PDNS_OUTPUT_FOLDER_PATH'] + 'import.sql', 'a')
self.domainCounter = 0
def __init__(self):
"""Initializing the configurations at "Client" """
self.setup_tool = SetupTool()
self.paths = self.setup_tool.parse_file('../config/paths.dat')
host = '' # Bind server to all interfaces
self.s = socket.socket (socket.AF_INET, socket.SOCK_DGRAM) # Creating the socket using IPv4, UDP
self.s.bind((host, PORT)) # Binding Server to all interfaces and the chosen port.
fLog = open(self.paths['LOG_FOLDER_PATH'] + 'enum-bench-tool-client.log', 'w')
fLog.close()
def __init__ (self):
self.setup = SetupTool()
self.paths = self.setup.parse_file('../config/paths.dat')
self.setup.get_setup_data('../config/result-parser-setup.dat')
y_axis = []
y_axis.append((self.setup.throughput(), self.setup.get_throughput_label(), self.setup.get_throughput_plot_name(), 4))
y_axis.append((self.setup.latency_mean(), self.setup.get_latency_mean_label(), self.setup.get_latency_mean_plot_name(), 5))
y_axis.append((self.setup.network(), self.setup.get_network_label(), self.setup.get_network_plot_name(), 8))
n = 0
for p in self.setup.get_cpu_utilization_processes_list():
y_axis.append((self.setup.cpu_utilization(),
self.setup.get_cpu_utilization_label(),
self.setup.get_cpu_utilization_plot_name() + '-' + p,
7 + n))
n += 2
print '>> Starting plot process...'
for i in self.setup.get_session_list():
for j in self.setup.get_plot_list():
call(['mkdir', '-p', self.setup.get_img_dir() + i + '/' + j])
call(['mkdir', '-p', self.setup.get_gp_dir() + i + '/' + j])
if j.startswith('a') or j.startswith('n'):
for q in range(len(y_axis)):
if y_axis[q][0]:
f_gp = open(self.setup.get_gp_dir() + i + '/' + j + '/' + y_axis[q][2] + '.gp', 'w')
if self.setup.get_plot_format() == 'eps':
f_gp.write('set terminal postscript eps color enhanced\n')
else:
f_gp.write('set terminal ' + self.setup.get_plot_format() + '\n')
f_gp.write('set encoding utf8\n' +
'set output "' + self.setup.get_img_dir() + i + '/' + j + '/' + y_axis[q][2] + '-' + i + '-' + j + '.' + self.setup.get_plot_format() + '"\n' +
'set grid\n' +
'set xtics auto\n' +
'set ytics auto\n' +
'set mxtics 5\n' +
'set mytics 5\n' +
'set xlabel "' + self.setup.get_label_x_axis() + '"\n' +
'set ylabel "' + y_axis[q][1] + '"\n' +
'set key bottom\n')
for k in self.setup.get_curves_list():
f_gp.write('set style line ' + str(self.setup.get_curves_list().index(k) + 1) + ' lt 1 lw 2 lc rgb "' + self.setup.get_curves_colors()[self.setup.get_curves_list().index(k)] + '"\n')
f_gp.write('plot ')
for k in self.setup.get_curves_list():
if k == self.setup.get_curves_list()[-1]:
f_gp.write('"' + self.setup.get_data_dir() + i + '/' + k + '/' + j + '/stats.dat' +
'" u 1:' + str(y_axis[q][3]) + ' title "' +
self.setup.get_curves_labels()[self.setup.get_curves_list().index(k)] +
'" w lp ls ' + str(self.setup.get_curves_list().index(k) + 1))
else:
f_gp.write('"' + self.setup.get_data_dir() + i + '/' + k + '/' + j + '/stats.dat' +
'" u 1:' + str(y_axis[q][3]) + ' title "' +
self.setup.get_curves_labels()[self.setup.get_curves_list().index(k)] +
'" w lp ls ' + str(self.setup.get_curves_list().index(k) + 1) + ', \\\n')
f_gp.close()
call(['gnuplot', self.setup.get_gp_dir() + i + '/' + j + '/' + y_axis[q][2] + '.gp'])
else:
for q in range(len(y_axis)):
if y_axis[q][0]:
f_gp = open(self.setup.get_gp_dir() + i + '/' + j + '/' + y_axis[q][2] + '.gp', 'w')
if self.setup.get_plot_format() == 'eps':
f_gp.write('set terminal postscript eps color enhanced\n')
else:
f_gp.write('set terminal ' + self.setup.get_plot_format() + '\n')
f_gp.write('set encoding utf8\n' +
'set output "' + self.setup.get_img_dir() + i + '/' + j + '/' + y_axis[q][2] + '-' + i + '-' + j + '.' + self.setup.get_plot_format() + '"\n' +
'set grid\n' +
'set xtic auto\n' +
'set ytic auto\n' +
'set mxtics 5\n' +
'set mytics 5\n' +
'set xlabel "' + self.setup.get_label_x_axis() + '"\n' +
'set ylabel "' + y_axis[q][1] + '"\n' +
'set key bottom\n')
for k in self.setup.get_curves_list():
f_gp.write('set style line ' + str(self.setup.get_curves_list().index(k) + 1) + ' lt 1 lw 2 lc rgb "' + self.setup.get_curves_colors()[self.setup.get_curves_list().index(k)] + '"\n')
f_gp.write('plot ')
for k in self.setup.get_curves_list():
if k == self.setup.get_curves_list()[-1]:
f_gp.write('"' + self.setup.get_data_dir() + i + '/' + j + '/' + k + '/stats.dat' +
'" u 1:' + str(y_axis[q][3]) + ' title "' +
self.setup.get_curves_labels()[self.setup.get_curves_list().index(k)] +
'" w lp ls ' + str(self.setup.get_curves_list().index(k) + 1))
else:
f_gp.write('"' + self.setup.get_data_dir() + i + '/' + j + '/' + k + '/stats.dat' +
'" u 1:' + str(y_axis[q][3]) + ' title "' +
self.setup.get_curves_labels()[self.setup.get_curves_list().index(k)] +
'" w lp ls ' + str(self.setup.get_curves_list().index(k) + 1) + ', \\\n')
f_gp.close()
call(['gnuplot', self.setup.get_gp_dir() + i + '/' + j + '/' + y_axis[q][2] + '.gp'])
print '>> Plot process successfully completed.'
