import os import json import pickle import datetime intmem_copy = os.popen("cat Intmem | grep 'BatchRun Copy' | awk '{print $4}'").read().rstrip() intmem_scale = os.popen("cat Intmem | grep 'BatchRun Scale' | awk '{print $4}'").read().rstrip() intmem_add = os.popen("cat Intmem | grep 'BatchRun Add' | awk '{print $4}'").read().rstrip() intmem_triad = os.popen("cat Intmem | grep 'BatchRun Triad' | awk '{print $4}'").read().rstrip() intmem_average = os.popen("cat Intmem | grep 'BatchRun AVERAGE' | awk '{print $4}'").read().rstrip() print intmem_copy print intmem_average floatmem_copy = os.popen("cat Floatmem | grep 'BatchRun Copy' | awk '{print $4}'").read().rstrip() floatmem_scale = os.popen("cat Floatmem | grep 'BatchRun Scale' | awk '{print $4}'").read().rstrip() floatmem_add = os.popen("cat Floatmem | grep 'BatchRun Add' | awk '{print $4}'").read().rstrip() floatmem_triad = os.popen("cat Floatmem | grep 'BatchRun Triad' | awk '{print $4}'").read().rstrip() floatmem_average = os.popen("cat Floatmem | grep 'BatchRun AVERAGE' | awk '{print $4}'").read().rstrip() print floatmem_copy print floatmem_average hostname = os.popen("hostname").read().rstrip() time_stamp = str(datetime.datetime.utcnow().isoformat()) 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 with open('./result_temp', 'w+') as result_file: pickle.dump(result, result_file)