est_ob.close()
est_ob2.close()
-Info_dict = {}
inxi_host = os.popen("""cat $PWD/est_1 | grep -o -P '(?<=Host:).*(?=Kernel)' """).read().lstrip().rstrip()
inxi_mem = os.popen("""cat $PWD/est_1 | grep -o -P '(?<=Memory:).*(?=MB)' """).read().lstrip().rstrip() + "MB"
inxi_cpu = os.popen("""cat $PWD/est_1 | grep -o -P '(?<=CPU).*(?=speed)' | cut -f2 -d':'""").read().lstrip().rstrip()
inxi_HD = os.popen(""" cat $PWD/est_1 | grep -o -P '(?<=HDD Total Size:).*(?=Info:)' """).read().rstrip().lstrip()
inxi_product = os.popen(""" cat $PWD/est_1 | grep -o -P '(?<=product:).*(?=Mobo:)' """).read().rstrip().lstrip()
-Info_dict['1_Hostname'] = inxi_host
-Info_dict['2_Product'] = inxi_product
-Info_dict['3_OS Distribution'] = inxi_distro
-Info_dict['4_Kernel'] = inxi_kernel
-Info_dict['5_CPU'] = inxi_cpu
-Info_dict['6_CPU_Usage'] = str(round(cpu_usage, 3)) + '%'
-Info_dict['7_Memory Usage'] = inxi_mem
-Info_dict['8_Disk usage'] = inxi_HD
+info_dict = {'hostname': inxi_host,
+ 'product': inxi_product,
+ 'os': inxi_distro,
+ 'kernel': inxi_kernel,
+ 'cpu': inxi_cpu,
+ 'cpu_usage': '{0}%'.format(str(round(cpu_usage, 3))),
+ 'memory_usage': inxi_mem,
+ 'disk_usage': inxi_HD}
network_flag = str(sys.argv[1]).rstrip()
if (network_flag == 'n'):
- Info_dict['9_Network_Interfaces'] = {}
+ info_dict['network_interfaces'] = {}
tem_2 = """ cat $PWD/est_1 | grep -o -P '(?<=Network:).*(?=Info:)'"""
print os.system(tem_2 + ' > Hello')
i = int(os.popen(tem_2 + " | grep -o 'Card' | wc -l ").read())
tem = """ cat $PWD/est_1 | grep -o -P '(?<=Network:).*(?=Info:)'"""
inxi_card_1 = ((os.popen(tem + " | grep -o -P '(?<=Card:).*(?=Drives:)'|sed 's/ *driver:.*//'").read().rstrip().lstrip()))
print inxi_card_1
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)] = {}
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['1_Network_Card'] = inxi_card_1
+ info_dict['network_interfaces']['interface_' + str(x)] = {}
+ info_dict['network_interfaces']['interface_' + str(x)]['network_card'] = inxi_card_1
inxi_card_2 = ((os.popen(tem + "| grep -o -P '(?<=Card:).*(?=Drives:)'|sed -e 's/^.*IF: //'").read())).rstrip().lstrip()
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['2_Interface_info'] = inxi_card_2
+ info_dict['network_interfaces']['interface_' + str(x)]['interface_info'] = inxi_card_2
elif x < (i):
print "two"
inxi_card_1 = ((os.popen(tem + "| sed 's/ *driver:.*//'").read().rstrip().lstrip()))
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)] = {}
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['1_Network_Card'] = inxi_card_1
+ info_dict['network_interfaces']['interface_' + str(x)] = {}
+ info_dict['network_interfaces']['interface_' + str(x)]['network_Card'] = inxi_card_1
inxi_card_2 = ((os.popen(tem + "|sed -e 's/^.*IF: //'").read())).rstrip().lstrip()
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['2_Interface_info'] = inxi_card_2
+ info_dict['network_interfaces']['interface_' + str(x)]['interface_info'] = inxi_card_2
elif x == i:
print "Three"
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)] = {}
+ info_dict['network_interfaces']['interface_' + str(x)] = {}
inxi_card_1 = ((os.popen(""" cat $PWD/est_1 | grep -o -P '(?<=Card-""" + str(x) + """:).*(?=Drives:)'| sed 's/ *driver:.*//' """).read().rstrip().lstrip()))
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['1_Network_Card'] = inxi_card_1
+ info_dict['network_interfaces']['interface_' + str(x)]['network_Card'] = inxi_card_1
inxi_card_2 = ((os.popen(""" cat $PWD/est_1 | grep -o -P '(?<=Card-""" + str(x) + """:).*(?=Drives:)'| sed -e 's/^.*IF: //' """).read().rstrip().lstrip()))
- Info_dict['9_Network_Interfaces']['Interface_' + str(x)]['2_Interface_info'] = inxi_card_2
+ info_dict['network_interfaces']['interface_' + str(x)]['interface_info'] = inxi_card_2
else:
print "No network cards"
os.system("bwm-ng -o plain -c 1 | grep -v '=' | grep -v 'iface' | grep -v '-' > bwm_dump")
interface[str(interface_name)]['Tx (KB/s)'] = os.popen(" cat bwm_dump | awk 'NR==" + str(x) + "' | awk '{print $4}' ").read().rstrip()
interface[str(interface_name)]['Total (KB/s)'] = os.popen(" cat bwm_dump | awk 'NR== " + str(x) + "' | awk '{print $6}' ").read().rstrip()
- Info_dict['10.Interface I/O'] = interface
+ info_dict['interface_io'] = interface
-print Info_dict
+print info_dict
with open('./sys_info_temp', 'w+')as out_info:
- pickle.dump(Info_dict, out_info)
+ pickle.dump(info_dict, out_info)
with open('temp', 'w+') as result_json:
- json.dump(Info_dict, result_json, indent=4, sort_keys=True)
+ json.dump(info_dict, result_json, indent=4, sort_keys=True)
home_dir = str(os.popen("echo $HOME").read().rstrip())
host = os.popen("echo $HOSTNAME")
-result = {}
-result['DPI_benchmark(M pps)'] = round(dpi_result_pps, 3)
-result['DPI_benchmark(Gb/s)'] = round(dpi_result_bps, 3)
+result = {'pps': round(dpi_result_pps, 3),
+ 'bps': round(dpi_result_bps, 3)}
with open('./result_temp', 'w+') as result_file:
pickle.dump(result, result_file)
+++ /dev/null
-import pickle
-import json
-import datetime
-import sys
-
-with open('/root/qtip_result/sys_info_temp', 'r') as sys_info_f:
- sys_info_dict = pickle.load(sys_info_f)
-with open('/root/qtip_result/result_temp', 'r') as result_f:
- result_dict = pickle.load(result_f)
-
-host_name = sys_info_dict['1_Hostname']
-benchmark_name = str(sys.argv[1])
-report_time_stamp = str(datetime.datetime.utcnow().isoformat())
-final_dict = {}
-final_dict['1 Time of Report'] = report_time_stamp
-final_dict['2 System Information'] = sys_info_dict
-final_dict['3 ' + benchmark_name + ' result'] = result_dict
-
-with open('/root/qtip_result/' + host_name + '-' + report_time_stamp + '.json', 'w+') as result_json:
- json.dump(final_dict, result_json, indent=4, sort_keys=True)
benchmark_name = str(sys.argv[1])
testcase_name = str(sys.argv[2])
report_time_stamp = str(datetime.datetime.utcnow().isoformat())
-final_dict = {}
-final_dict['1 Testcase Name'] = testcase_name
-final_dict['2 Time of Report'] = report_time_stamp
-final_dict['3 System Information'] = sys_info_dict
-final_dict['4 ' + benchmark_name + ' result'] = result_dict
+final_dict = {"name": testcase_name,
+ "time": report_time_stamp,
+ "system_information": sys_info_dict,
+ "details": result_dict}
with open('./' + host_name + '-' + report_time_stamp + '.json', 'w+') as result_json:
json.dump(final_dict, result_json, indent=4, sort_keys=True)
import os
import datetime
-with open("fio_result.json") as fio_raw:
- fio_data = json.load(fio_raw)
-
-r_iops = []
-r_io_bytes = []
-r_io_runtime = []
-r_lat = []
-w_iops = []
-w_io_bytes = []
-w_io_runtime = []
-w_lat = []
-total_jobs = len(fio_data["jobs"])
+def get_fio_job_result(fio_job_data):
+ return {'read': {'io_bytes': fio_job_data["read"]["io_bytes"],
+ 'io_ps': fio_job_data["read"]["iops"],
+ 'io_runtime_millisec': fio_job_data["read"]["runtime"],
+ 'mean_io_latenchy_microsec': fio_job_data["read"]["lat"]["mean"]},
+ 'write': {'io_bytes': fio_job_data["write"]["io_bytes"],
+ 'io_ps': fio_job_data["write"]["iops"],
+ 'io_runtime_millisec': fio_job_data["write"]["runtime"],
+ 'mean_io_latenchy_microsec': fio_job_data["write"]["lat"]["mean"]}}
-for x in range(0, int(total_jobs)):
- r_iops.append(fio_data["jobs"][x]["read"]["iops"])
- r_io_bytes.append(fio_data["jobs"][x]["read"]["io_bytes"])
- r_io_runtime.append(fio_data["jobs"][x]["read"]["runtime"])
- r_lat.append(fio_data["jobs"][x]["read"]["lat"]["mean"])
- w_iops.append(fio_data["jobs"][x]["write"]["iops"])
- w_io_bytes.append(fio_data["jobs"][x]["write"]["io_bytes"])
- w_io_runtime.append(fio_data["jobs"][x]["write"]["runtime"])
- w_lat.append(fio_data["jobs"][x]["write"]["lat"]["mean"])
-FIO_result_dict = {}
-
-for x in range(0, total_jobs):
- FIO_result_dict['Job_' + str(x)] = {}
- FIO_result_dict['Job_' + str(x)]['read'] = {}
- FIO_result_dict['Job_' + str(x)]['read']['Total_IO_Bytes'] = r_io_bytes[x]
- FIO_result_dict['Job_' + str(x)]['read']['IO/sec'] = r_iops[x]
- FIO_result_dict['Job_' + str(x)]['read']['IO_runtime (millisec)'] = r_io_runtime[x]
- FIO_result_dict['Job_' + str(x)]['read']['mean_IO_latenchy (microsec)'] = r_lat[x]
+with open("fio_result.json") as fio_raw:
+ fio_data = json.load(fio_raw)
- FIO_result_dict['Job_' + str(x)]['write'] = {}
- FIO_result_dict['Job_' + str(x)]['write']['Total_IO_Bytes'] = w_io_bytes[x]
- FIO_result_dict['Job_' + str(x)]['write']['IO/sec'] = w_iops[x]
- FIO_result_dict['Job_' + str(x)]['write']['IO_runtime (millisec)'] = w_io_runtime[x]
- FIO_result_dict['Job_' + str(x)]['write']['mean_IO_latenchy (microsec)'] = w_lat[x]
+fio_result_dict = {}
+for x, result in enumerate(map(get_fio_job_result, fio_data["jobs"])):
+ fio_result_dict['job_{0}'.format(x)] = result
host_name = (os.popen("hostname").read().rstrip())
report_time = str(datetime.datetime.utcnow().isoformat())
os.system("mv fio_result.json " + str(host_name) + "-" + report_time + ".log")
with open('./result_temp', 'w + ')as out_fio_result:
- pickle.dump(FIO_result_dict, out_fio_result)
+ pickle.dump(fio_result_dict, out_fio_result)
cpu_host_total_percent = raw_iperf_data['end']['cpu_utilization_percent']['host_total']\r
cpu_remote_total_percent = raw_iperf_data['end']['cpu_utilization_percent']['remote_total']\r
\r
-result = {}\r
time_stamp = str(datetime.datetime.utcnow().isoformat())\r
\r
-result['1. Version'] = raw_iperf_data['start']['version']\r
-result['2. Bandwidth'] = {}\r
-result['2. Bandwidth']['1. throughput Sender (b/s)'] = bits_sent\r
-result['2. Bandwidth']['2. throughput Received (b/s)'] = bits_received\r
-result['3. CPU'] = {}\r
-result['3. CPU']['1. CPU host total (%)'] = cpu_host_total_percent\r
-result['3. CPU']['2. CPU remote total (%)'] = cpu_remote_total_percent\r
+result = {'version': raw_iperf_data['start']['version'],\r
+ 'bandwidth': {'sender_throughput': bits_sent,\r
+ 'received_throughput': bits_received},\r
+ 'cpu': {'cpu_host': cpu_host_total_percent,\r
+ 'cpu_remote': cpu_remote_total_percent}\r
+ }\r
\r
with open('iperf_raw-' + time_stamp + '.log', 'w+') as ofile:\r
ofile.write(json.dumps(raw_iperf_data))\r
os.system("mv Intmem " + hostname + "-" + time_stamp + ".log")
os.system("cp Floatmem >> " + hostname + "-" + time_stamp + ".log")
-result = {}
-
-result['1. INTmem bandwidth'] = {}
-result['1. INTmem bandwidth']['1. Copy (MB/s)'] = intmem_copy
-result['1. INTmem bandwidth']['2. Add (MB/s)'] = intmem_add
-result['1. INTmem bandwidth']['3. Scale (MB/s)'] = intmem_scale
-result['1. INTmem bandwidth']['4. Triad (MB/s)'] = intmem_triad
-result['1. INTmem bandwidth']['5. Average (MB/s)'] = intmem_average
-
-result['2. FLOATmem bandwidth'] = {}
-result['2. FLOATmem bandwidth']['1. Copy (MB/s)'] = floatmem_copy
-result['2. FLOATmem bandwidth']['2. Add (MB/s)'] = floatmem_add
-result['2. FLOATmem bandwidth']['3. Scale (MB/s)'] = floatmem_scale
-result['2. FLOATmem bandwidth']['4. Triad (MB/s)'] = floatmem_triad
-result['2. FLOATmem bandwidth']['5. Average (MB/s)'] = floatmem_average
+result = {"int_bandwidth": {"copy": intmem_copy,
+ "add": intmem_add,
+ "scale": intmem_scale,
+ "triad": intmem_triad,
+ "average": intmem_average},
+ "float_bandwidth": {"copy": floatmem_copy,
+ "add": floatmem_add,
+ "scale": floatmem_scale,
+ "triad": floatmem_triad,
+ "average": floatmem_average}}
with open('./result_temp', 'w+') as result_file:
pickle.dump(result, result_file)
os.system("mv RSA_dump " + hostname + "-" + time_stamp + ".log")
os.system("cat AES-128-CBC_dump >> " + hostname + "-" + time_stamp + ".log")
-result = {}
-
-result['1. Version'] = [openssl_version]
-result['2. RSA signatures'] = {}
-result['2. RSA signatures']['1. 512 bits (sign/s)'] = rsa_512_sps
-result['2. RSA signatures']['2. 1024 bits (sign/s)'] = rsa_1024_sps
-result['2. RSA signatures']['3. 2048 bits (sign/s)'] = rsa_2048_sps
-result['2. RSA signatures']['4. 4096 bits (sign/s)'] = rsa_4096_sps
-
-result['3. AES-128-cbc throughput'] = {}
-result['3. AES-128-cbc throughput']['1. 16 Bytes block (B/sec)'] = aes_16B
-result['3. AES-128-cbc throughput']['2. 64 Bytes block (B/sec)'] = aes_64B
-result['3. AES-128-cbc throughput']['3. 256 Bytes block (B/sec)'] = aes_256B
-result['3. AES-128-cbc throughput']['4. 1024 Bytes block (B/sec)'] = aes_1024B
-result['3. AES-128-cbc throughput']['5. 8192 Bytes block (B/sec)'] = aes_8192B
-
+result = {"version": [openssl_version],
+ "rsa_sig": {"512_bits": rsa_512_sps,
+ "1024_bits": rsa_1024_sps,
+ "2048_bits": rsa_2048_sps,
+ "4096_bits": rsa_4096_sps,
+ "unit": "sig/sec"},
+ "aes_128_cbc": {"16B_block": aes_16B,
+ "64B_block": aes_64B,
+ "256B_block": aes_256B,
+ "1024B_block": aes_1024B,
+ "8192B_block": aes_8192B,
+ "unit": "B/sec"}}
with open('./result_temp', 'w+') as result_file:
pickle.dump(result, result_file)
"cat $HOME/tempT/UnixBench/results/* | grep 'of tests' | awk '{print $6;}' | awk 'NR==2'").read().rstrip()
-Index_1 = os.popen(
+index_1 = os.popen(
"cat $HOME/tempT/UnixBench/results/* | grep 'Index Score (Partial Only) ' | awk '{print $7;}' | awk 'NR==1'").read().rstrip()
-Index_2 = os.popen(
+index_2 = os.popen(
"cat $HOME/tempT/UnixBench/results/* | grep 'Index Score (Partial Only) ' | awk '{print $7;}' | awk 'NR==2'").read().rstrip()
-result = {}
-result['1.Number of CPU(s) in system'] = total_cpu
-result['2.Single CPU test'] = {}
-result['2.Single CPU test']['1.Number of parallell test(s)'] = cpu_1
-result['2.Single CPU test']['2.Index score'] = Index_1
-result['3.Multi CPU test'] = {}
-result['3.Multi CPU test']['1.Number of parallell test(s)'] = cpu_2
-result['3.Multi CPU test']['2.Index score'] = Index_2
+result = {"n_cpu": total_cpu,
+ "single": {"n_para_test": cpu_1,
+ "score": index_1},
+ "multi": {"n_para_test": cpu_2,
+ "score": index_2}
+ }
with open('result_temp', 'w+') as result_file:
pickle.dump(result, result_file)
def dpi_index():
dpi_dict = concat('../../results/dpi/')
dpi_bm_ref = get_reference('compute', 'dpi_bm')
- dpi_bm_index = get_index(dpi_dict, 'dpi_bm', dpi_bm_ref, '4 DPI result', 'DPI_benchmark(Gb/s)')
+ dpi_bm_index = get_index(dpi_dict, 'dpi_bm', dpi_bm_ref, 'details', 'bps')
dpi_vm_ref = get_reference('compute', 'dpi_vm')
- dpi_vm_index = get_index(dpi_dict, 'dpi_vm', dpi_vm_ref, '4 DPI result', 'DPI_benchmark(Gb/s)')
+ dpi_vm_index = get_index(dpi_dict, 'dpi_vm', dpi_vm_ref, 'details', 'bps')
dpi_index = (dpi_bm_index + dpi_vm_index) / 2
dpi_dict_i = {}
- dpi_dict_i['1. Index'] = dpi_index
- dpi_dict_i['2. Results'] = dpi_dict
+ dpi_dict_i['index'] = dpi_index
+ dpi_dict_i['results'] = dpi_dict
return dpi_dict_i
dhrystone_dict = concat('../../results/dhrystone/')
dhrystone_single_bm_ref = get_reference('compute', 'dhrystone_bm', 'single_cpu')
- dhrystone_single_bm_index = get_index(dhrystone_dict, 'dhrystone_bm', dhrystone_single_bm_ref, '4 Dhrystone result', '2.Single CPU test', '2.Index score')
+ dhrystone_single_bm_index = get_index(dhrystone_dict, 'dhrystone_bm', dhrystone_single_bm_ref, 'details', 'single', 'score')
dhrystone_multi_bm_ref = get_reference('compute', 'dhrystone_bm', 'multi_cpu')
- dhrystone_multi_bm_index = get_index(dhrystone_dict, 'dhrystone_bm', dhrystone_multi_bm_ref, '4 Dhrystone result', '3.Multi CPU test', '2.Index score')
+ dhrystone_multi_bm_index = get_index(dhrystone_dict, 'dhrystone_bm', dhrystone_multi_bm_ref, 'details', 'multi', 'score')
dhrystone_bm_index = (dhrystone_single_bm_index + dhrystone_multi_bm_index) / 2
dhrystone_single_vm_ref = get_reference('compute', 'dhrystone_vm', 'single_cpu')
- dhrystone_single_vm_index = get_index(dhrystone_dict, 'dhrystone_vm', dhrystone_single_vm_ref, '4 Dhrystone result', '2.Single CPU test', '2.Index score')
+ dhrystone_single_vm_index = get_index(dhrystone_dict, 'dhrystone_vm', dhrystone_single_vm_ref, 'details', 'single', 'score')
dhrystone_multi_vm_ref = get_reference('compute', 'dhrystone_vm', 'multi_cpu')
- dhrystone_multi_vm_index = get_index(dhrystone_dict, 'dhrystone_vm', dhrystone_multi_vm_ref, '4 Dhrystone result', '3.Multi CPU test', '2.Index score')
+ dhrystone_multi_vm_index = get_index(dhrystone_dict, 'dhrystone_vm', dhrystone_multi_vm_ref, 'details', 'multi', 'score')
dhrystone_vm_index = (dhrystone_single_vm_index + dhrystone_multi_vm_index) / 2
dhrystone_index = (dhrystone_bm_index + dhrystone_vm_index) / 2
dhrystone_dict_i = {}
- dhrystone_dict_i['1. Index'] = dhrystone_index
- dhrystone_dict_i['2. Results'] = dhrystone_dict
+ dhrystone_dict_i['index'] = dhrystone_index
+ dhrystone_dict_i['results'] = dhrystone_dict
return dhrystone_dict_i
whetstone_dict = concat('../../results/whetstone/')
whetstone_single_bm_ref = get_reference('compute', 'whetstone_bm', 'single_cpu')
- whetstone_single_bm_index = get_index(whetstone_dict, 'whetstone_bm', whetstone_single_bm_ref, '4 Whetstone result', '2.Single CPU test', '2.Index score')
+ whetstone_single_bm_index = get_index(whetstone_dict, 'whetstone_bm', whetstone_single_bm_ref, 'details', 'single', 'score')
whetstone_multi_bm_ref = get_reference('compute', 'whetstone_bm', 'multi_cpu')
- whetstone_multi_bm_index = get_index(whetstone_dict, 'whetstone_bm', whetstone_multi_bm_ref, '4 Whetstone result', '3.Multi CPU test', '2.Index score')
+ whetstone_multi_bm_index = get_index(whetstone_dict, 'whetstone_bm', whetstone_multi_bm_ref, 'details', 'multi', 'score')
whetstone_bm_index = (whetstone_single_bm_index + whetstone_multi_bm_index) / 2
whetstone_single_vm_ref = get_reference('compute', 'whetstone_vm', 'single_cpu')
- whetstone_single_vm_index = get_index(whetstone_dict, 'whetstone_vm', whetstone_single_vm_ref, '4 Whetstone result', '2.Single CPU test', '2.Index score')
+ whetstone_single_vm_index = get_index(whetstone_dict, 'whetstone_vm', whetstone_single_vm_ref, 'details', 'single', 'score')
whetstone_multi_vm_ref = get_reference('compute', 'whetstone_vm', 'multi_cpu')
- whetstone_multi_vm_index = get_index(whetstone_dict, 'whetstone_vm', whetstone_multi_vm_ref, '4 Whetstone result', '3.Multi CPU test', '2.Index score')
+ whetstone_multi_vm_index = get_index(whetstone_dict, 'whetstone_vm', whetstone_multi_vm_ref, 'details', 'multi', 'score')
whetstone_vm_index = (whetstone_single_vm_index + whetstone_multi_vm_index) / 2
whetstone_index = (whetstone_bm_index + whetstone_vm_index) / 2
whetstone_dict_i = {}
- whetstone_dict_i['1. Index'] = whetstone_index
- whetstone_dict_i['2. Results'] = whetstone_dict
+ whetstone_dict_i['index'] = whetstone_index
+ whetstone_dict_i['results'] = whetstone_dict
return whetstone_dict_i
ramspeed_dict = concat('../../results/ramspeed/')
ramspeed_int_bm_ref = get_reference('compute', 'ramspeed_bm', 'INTmem', 'Average (MB/s)')
- ramspeed_int_bm_index = get_index(ramspeed_dict, 'ramspeed_bm', ramspeed_int_bm_ref, '4 RamSpeed result', '1. INTmem bandwidth', '5. Average (MB/s)')
+ ramspeed_int_bm_index = get_index(ramspeed_dict, 'ramspeed_bm', ramspeed_int_bm_ref, 'details', 'int_bandwidth', 'average')
ramspeed_float_bm_ref = get_reference('compute', 'ramspeed_bm', 'FLOATmem', 'Average (MB/s)')
- ramspeed_float_bm_index = get_index(ramspeed_dict, 'ramspeed_bm', ramspeed_float_bm_ref, '4 RamSpeed result', '2. FLOATmem bandwidth', '5. Average (MB/s)')
+ ramspeed_float_bm_index = get_index(ramspeed_dict, 'ramspeed_bm', ramspeed_float_bm_ref, 'details', 'float_bandwidth', 'average')
ramspeed_bm_index = (ramspeed_int_bm_index + ramspeed_float_bm_index) / 2
ramspeed_int_vm_ref = get_reference('compute', 'ramspeed_vm', 'INTmem', 'Average (MB/s)')
- ramspeed_int_vm_index = get_index(ramspeed_dict, 'ramspeed_vm', ramspeed_int_vm_ref, '4 RamSpeed result', '1. INTmem bandwidth', '5. Average (MB/s)')
+ ramspeed_int_vm_index = get_index(ramspeed_dict, 'ramspeed_vm', ramspeed_int_vm_ref, 'details', 'int_bandwidth', 'average')
ramspeed_float_vm_ref = get_reference('compute', 'ramspeed_vm', 'FLOATmem', 'Average (MB/s)')
- ramspeed_float_vm_index = get_index(ramspeed_dict, 'ramspeed_vm', ramspeed_float_vm_ref, '4 RamSpeed result', '2. FLOATmem bandwidth', '5. Average (MB/s)')
+ ramspeed_float_vm_index = get_index(ramspeed_dict, 'ramspeed_vm', ramspeed_float_vm_ref, 'details', 'float_bandwidth', 'average')
ramspeed_vm_index = (ramspeed_int_vm_index + ramspeed_float_vm_index) / 2
ramspeed_index = (ramspeed_vm_index + ramspeed_bm_index) / 2
ramspeed_dict_i = {}
- ramspeed_dict_i['1. Index'] = ramspeed_index
- ramspeed_dict_i['2. Results'] = ramspeed_dict
+ ramspeed_dict_i['index'] = ramspeed_index
+ ramspeed_dict_i['results'] = ramspeed_dict
return ramspeed_dict_i
ssl_AES1024B_bm_ref = get_reference('compute', 'ssl_bm', 'AES', '1024B')
ssl_AES8192B_bm_ref = get_reference('compute', 'ssl_bm', 'AES', '8192B')
- ssl_RSA512b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA512b_bm_ref, '4 SSL result', '2. RSA signatures', '1. 512 bits (sign/s)')
- ssl_RSA1024b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA1024b_bm_ref, '4 SSL result', '2. RSA signatures', '2. 1024 bits (sign/s)')
- ssl_RSA2048b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA2048b_bm_ref, '4 SSL result', '2. RSA signatures', '3. 2048 bits (sign/s)')
- ssl_RSA4096b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA4096b_bm_ref, '4 SSL result', '2. RSA signatures', '4. 4096 bits (sign/s)')
+ ssl_RSA512b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA512b_bm_ref, 'details', 'rsa_sig', '512_bits')
+ ssl_RSA1024b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA1024b_bm_ref, 'details', 'rsa_sig', '1024_bits')
+ ssl_RSA2048b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA2048b_bm_ref, 'details', 'rsa_sig', '2048_bits')
+ ssl_RSA4096b_bm_index = get_index(ssl_dict, "ssl_bm", ssl_RSA4096b_bm_ref, 'details', 'rsa_sig', '4096_bits')
ssl_RSA_bm_index = (ssl_RSA512b_bm_index + ssl_RSA1024b_bm_index + ssl_RSA2048b_bm_index + ssl_RSA4096b_bm_index) / 4
- ssl_AES16B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES16B_bm_ref, '4 SSL result', '3. AES-128-cbc throughput', '1. 16 Bytes block (B/sec)')
- ssl_AES64B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES64B_bm_ref, '4 SSL result', '3. AES-128-cbc throughput', '2. 64 Bytes block (B/sec)')
- ssl_AES256B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES256B_bm_ref, '4 SSL result', '3. AES-128-cbc throughput', '3. 256 Bytes block (B/sec)')
- ssl_AES1024B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES1024B_bm_ref, '4 SSL result', '3. AES-128-cbc throughput', '4. 1024 Bytes block (B/sec)')
- ssl_AES8192B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES8192B_bm_ref, '4 SSL result', '3. AES-128-cbc throughput', '5. 8192 Bytes block (B/sec)')
+ ssl_AES16B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES16B_bm_ref, 'details', 'aes_128_cbc', '16_block')
+ ssl_AES64B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES64B_bm_ref, 'details', 'aes_128_cbc', '64_block')
+ ssl_AES256B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES256B_bm_ref, 'details', 'aes_128_cbc', '256_block')
+ ssl_AES1024B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES1024B_bm_ref, 'details', 'aes_128_cbc', '1024_block')
+ ssl_AES8192B_bm_index = get_index(ssl_dict, "ssl_bm", ssl_AES8192B_bm_ref, 'details', 'aes_128_cbc', '8192_block')
ssl_AES_bm_index = (ssl_AES16B_bm_index + ssl_AES64B_bm_index + ssl_AES256B_bm_index + ssl_AES1024B_bm_index + ssl_AES8192B_bm_index) / 5
ssl_bm_index = (ssl_RSA_bm_index + ssl_AES_bm_index) / 2
ssl_AES1024B_vm_ref = get_reference('compute', 'ssl_vm', 'AES', '1024B')
ssl_AES8192B_vm_ref = get_reference('compute', 'ssl_vm', 'AES', '8192B')
- ssl_RSA512b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA512b_vm_ref, '4 SSL result', '2. RSA signatures', '1. 512 bits (sign/s)')
- ssl_RSA1024b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA1024b_vm_ref, '4 SSL result', '2. RSA signatures', '2. 1024 bits (sign/s)')
- ssl_RSA2048b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA2048b_vm_ref, '4 SSL result', '2. RSA signatures', '3. 2048 bits (sign/s)')
- ssl_RSA4096b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA4096b_vm_ref, '4 SSL result', '2. RSA signatures', '4. 4096 bits (sign/s)')
+ ssl_RSA512b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA512b_vm_ref, 'details', 'rsa_sig', '512_bits')
+ ssl_RSA1024b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA1024b_vm_ref, 'details', 'rsa_sig', '1024_bits')
+ ssl_RSA2048b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA2048b_vm_ref, 'details', 'rsa_sig', '2048_bits')
+ ssl_RSA4096b_vm_index = get_index(ssl_dict, "ssl_vm", ssl_RSA4096b_vm_ref, 'details', 'rsa_sig', '4096_bits')
ssl_RSA_vm_index = (ssl_RSA512b_vm_index + ssl_RSA1024b_vm_index + ssl_RSA2048b_vm_index + ssl_RSA4096b_vm_index) / 4
- ssl_AES16B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES16B_vm_ref, '4 SSL result', '3. AES-128-cbc throughput', '1. 16 Bytes block (B/sec)')
- ssl_AES64B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES64B_vm_ref, '4 SSL result', '3. AES-128-cbc throughput', '2. 64 Bytes block (B/sec)')
- ssl_AES256B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES256B_vm_ref, '4 SSL result', '3. AES-128-cbc throughput', '3. 256 Bytes block (B/sec)')
- ssl_AES1024B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES1024B_vm_ref, '4 SSL result', '3. AES-128-cbc throughput', '4. 1024 Bytes block (B/sec)')
- ssl_AES8192B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES8192B_vm_ref, '4 SSL result', '3. AES-128-cbc throughput', '5. 8192 Bytes block (B/sec)')
+ ssl_AES16B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES16B_vm_ref, 'details', 'aes_128_cbc', '16_block')
+ ssl_AES64B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES64B_vm_ref, 'details', 'aes_128_cbc', '64_block')
+ ssl_AES256B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES256B_vm_ref, 'details', 'aes_128_cbc', '256_block')
+ ssl_AES1024B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES1024B_vm_ref, 'details', 'aes_128_cbc', '1024_block')
+ ssl_AES8192B_vm_index = get_index(ssl_dict, "ssl_vm", ssl_AES8192B_vm_ref, 'details', 'aes_128_cbc', '8192_block')
ssl_AES_vm_index = (ssl_AES16B_vm_index + ssl_AES64B_vm_index + ssl_AES256B_vm_index + ssl_AES1024B_vm_index + ssl_AES8192B_vm_index) / 5
ssl_vm_index = (ssl_RSA_vm_index + ssl_AES_vm_index) / 2
ssl_index = (ssl_bm_index + ssl_vm_index) / 2
ssl_dict_i = {}
- ssl_dict_i['1. Index'] = ssl_index
- ssl_dict_i['2. Results'] = ssl_dict
+ ssl_dict_i['index'] = ssl_index
+ ssl_dict_i['results'] = ssl_dict
return ssl_dict_i
temp = 0
for benchmark in compute_bench_list:
try:
- temp = temp + float(compute_dict[benchmark]['1. Index'])
+ temp = temp + float(compute_dict[benchmark]['index'])
except KeyError:
l = l - 1
pass
compute_suite_index = temp / l
compute_dict_f = {}
compute_dict_f['index'] = compute_suite_index
- compute_dict_f['suite results'] = compute_dict
+ compute_dict_f['suite_results'] = compute_dict
with open('../../results/compute_result.json', 'w+') as result_json:
json.dump(compute_dict_f, result_json, indent=4, sort_keys=True)
result = 0
for k, v in dict_gen.iteritems():
dict_temp = dict_gen[k]
- if dict_gen[k]['1 Testcase Name'] == str(testcase):
+ if dict_gen[k]['name'] == str(testcase):
count = count + 1
for arg in args:
if arg == args[c - 1]:
def iperf_index():
iperf_dict = concat('../../results/iperf/')
iperf_bm_ref = get_reference('network', 'iperf_bm', 'throughput received(b/s)')
- iperf_bm_index = get_index(iperf_dict, 'iperf_bm', iperf_bm_ref, '4 IPERF result', '2. Bandwidth', '2. throughput Received (b/s)')
+ iperf_bm_index = get_index(iperf_dict, 'iperf_bm', iperf_bm_ref, 'details', 'bandwidth', 'received_throughput')
iperf_vm_ref = get_reference('network', 'iperf_vm', 'throughput received(b/s)')
- iperf_vm_index = get_index(iperf_dict, 'iperf_vm', iperf_vm_ref, '4 IPERF result', '2. Bandwidth', '2. throughput Received (b/s)')
+ iperf_vm_index = get_index(iperf_dict, 'iperf_vm', iperf_vm_ref, 'details', 'bandwidth', 'received_throughput')
iperf_vm_2_ref = get_reference('network', 'iperf_vm_2', 'throughput received(b/s)')
- iperf_vm_2_index = get_index(iperf_dict, 'iperf_vm_2', iperf_vm_2_ref, '4 IPERF result', '2. Bandwidth', '2. throughput Received (b/s)')
+ iperf_vm_2_index = get_index(iperf_dict, 'iperf_vm_2', iperf_vm_2_ref, 'details', 'bandwidth', 'received_throughput')
iperf_index = float(iperf_bm_index + iperf_vm_index + iperf_vm_2_index) / 3
print iperf_index
iperf_dict_i = {}
- iperf_dict_i['1. Index'] = iperf_index
- iperf_dict_i['2. Results'] = iperf_dict
+ iperf_dict_i['index'] = iperf_index
+ iperf_dict_i['results'] = iperf_dict
return iperf_dict_i
for benchmark in network_bench_list:
try:
- temp = temp + float(network_dict[benchmark]['1. Index'])
+ temp = temp + float(network_dict[benchmark]['index'])
except:
l = l - 1
pass
network_suite_index = temp / len(network_bench_list)
network_dict_f = {}
network_dict_f['index'] = network_suite_index
- network_dict_f['suite results'] = network_dict
+ network_dict_f['suite_results'] = network_dict
with open('../../results/network_result.json', 'w+') as result_json:
json.dump(network_dict_f, result_json, indent=4, sort_keys=True)
def fio_index():
fio_dict = concat('../../results/fio/')
fio_r_bm_ref = get_reference('storage', 'fio_bm', 'read', 'IOPS')
- fio_r_bm_index = get_index(fio_dict, 'fio_bm', fio_r_bm_ref, '4 FIO result', 'Job_0', 'read', 'IO/sec')
-
+ fio_r_bm_index = get_index(fio_dict, 'fio_bm', fio_r_bm_ref, 'details', 'job_0', 'read', 'io_ps')
fio_w_bm_ref = get_reference('storage', 'fio_bm', 'write', 'IOPS')
- fio_w_bm_index = get_index(fio_dict, 'fio_bm', fio_w_bm_ref, '4 FIO result', 'Job_0', 'write', 'IO/sec')
+ fio_w_bm_index = get_index(fio_dict, 'fio_bm', fio_w_bm_ref, 'details', 'job_0', 'write', 'io_ps')
fio_bm_index = (fio_r_bm_index + fio_w_bm_index) / 2
fio_r_vm_ref = get_reference('storage', 'fio_vm', 'read', 'IOPS')
- fio_r_vm_index = get_index(fio_dict, 'fio_vm', fio_r_vm_ref, '4 FIO result', 'Job_0', 'read', 'IO/sec')
+ fio_r_vm_index = get_index(fio_dict, 'fio_vm', fio_r_vm_ref, 'details', 'job_0', 'read', 'io_ps')
fio_w_vm_ref = get_reference('storage', 'fio_vm', 'write', 'IOPS')
- fio_w_vm_index = get_index(fio_dict, 'fio_vm', fio_w_vm_ref, '4 FIO result', 'Job_0', 'write', 'IO/sec')
+ fio_w_vm_index = get_index(fio_dict, 'fio_vm', fio_w_vm_ref, 'details', 'job_0', 'write', 'io_ps')
fio_vm_index = (fio_r_vm_index + fio_w_vm_index) / 2
print fio_index
fio_dict_i = {}
- fio_dict_i['1. Index'] = fio_index
- fio_dict_i['2. Results'] = fio_dict
+ fio_dict_i['index'] = fio_index
+ fio_dict_i['results'] = fio_dict
return fio_dict_i
temp = 0
for benchmark in storage_bench_list:
try:
- temp = temp + float(storage_dict[benchmark]['1. Index'])
+ temp = temp + float(storage_dict[benchmark]['index'])
except KeyError:
l -= 1
if l == 0:
storage_suite_index = temp / l
storage_dict_f = {}
storage_dict_f['index'] = storage_suite_index
- storage_dict_f['storage suite'] = storage_dict
+ storage_dict_f['storage_suite'] = storage_dict
with open('../../results/storage_result.json', 'w+') as result_json:
json.dump(storage_dict_f, result_json, indent=4, sort_keys=True)
Code Review / qtip.git / commitdiff