def pretty_printing_ropgadget(results):
tab = []
for benchmark, \
total_before, total_after, \
jop_before, jop_after, \
sys_before, sys_after, \
rop_before, rop_after in results:
# total_red = 0.0
# if (total_before > 0):
# total_red = (1.0 - (float(total_after) / float(total_before))) * 100.0
rop_red = 0.0
if (rop_before > 0):
rop_red = (1.0 - (float(rop_after) / float(rop_before))) * 100.0
sys_red = 0.0
if (sys_before > 0):
sys_red = (1.0 - (float(sys_after) / float(sys_before))) * 100.0
jop_red = 0.0
if (jop_before > 0):
jop_red = (1.0 - (float(jop_after) / float(jop_before))) * 100.0
tab.append([
benchmark,
#total_before,
#total_after,
#float("{0:.2f}".format(total_red)),
rop_before,
rop_after,
float("{0:.2f}".format(rop_red)),
sys_before,
sys_after,
float("{0:.2f}".format(sys_red)),
jop_before,
jop_after,
float("{0:.2f}".format(jop_red))
])
table = [["Program", \
"B ROP", "A ROP", "% ROP Red", \
"B SYS", "A SYS", "% SYS Red", \
"B JOP", "A JOP", "% JOP Red"]]
for row in tab:
table.append(row)
out = sys.stdout
pptable.pprint_table(out, table)
def pretty_printing_ropgadget(results):
tab = []
for benchmark, \
total_before, total_after, \
jop_before, jop_after, \
sys_before, sys_after, \
rop_before, rop_after in results:
# total_red = 0.0
# if (total_before > 0):
# total_red = (1.0 - (float(total_after) / float(total_before))) * 100.0
rop_red = 0.0
if (rop_before > 0):
rop_red = (1.0 - (float(rop_after) / float(rop_before))) * 100.0
sys_red = 0.0
if (sys_before > 0):
sys_red = (1.0 - (float(sys_after) / float(sys_before))) * 100.0
jop_red = 0.0
if (jop_before > 0):
jop_red = (1.0 - (float(jop_after) / float(jop_before))) * 100.0
tab.append([benchmark,
#total_before,
#total_after,
#float("{0:.2f}".format(total_red)),
rop_before,
rop_after,
float("{0:.2f}".format(rop_red)),
sys_before,
sys_after,
float("{0:.2f}".format(sys_red)),
jop_before,
jop_after,
float("{0:.2f}".format(jop_red))])
table = [["Program", \
"B ROP", "A ROP", "% ROP Red", \
"B SYS", "A SYS", "% SYS Red", \
"B JOP", "A JOP", "% JOP Red"]]
for row in tab:
table.append(row)
out = sys.stdout
pptable.pprint_table(out,table)
def pretty_printing_occam(results):
tab = []
for benchmark, before, after in results:
if before is None or after is None:
continue
func_red = 0.0
if (before.funcs > 0):
func_red = (1.0 -
(float(after.funcs) / float(before.funcs))) * 100.0
insts_red = 0.0
if (before.insts > 0):
insts_red = (1.0 -
(float(after.insts) / float(before.insts))) * 100.0
mem_red = 0.0
if (before.mem_insts > 0):
mem_red = (
1.0 -
(float(after.mem_insts) / float(before.mem_insts))) * 100.0
tab.append([
benchmark, before.funcs, after.funcs,
float("{0:.2f}".format(func_red)), before.insts, after.insts,
float("{0:.2f}".format(insts_red)), before.mem_insts,
after.mem_insts,
float("{0:.2f}".format(mem_red))
])
table = [["Program", \
"B Fun", "A Fun", "% Fun Red", \
"B Ins", "A Ins", "% Ins Red", \
"B Mem Ins", "A Mem Ins", "% Mem Ins Red"]]
for row in tab:
table.append(row)
import pptable
out = sys.stdout
pptable.pprint_table(out, table)
def pretty_printing_occam(results):
tab = []
for benchmark, before, after in results:
if before is None or after is None:
continue
func_red = 0.0
if (before.funcs > 0):
func_red = (1.0 - (float(after.funcs) / float(before.funcs))) * 100.0
insts_red = 0.0
if (before.insts > 0):
insts_red = (1.0 - (float(after.insts) / float(before.insts))) * 100.0
mem_red = 0.0
if (before.mem_insts > 0):
mem_red = (1.0 - (float(after.mem_insts) / float(before.mem_insts))) * 100.0
tab.append([benchmark,
before.funcs,
after.funcs,
float("{0:.2f}".format(func_red)),
before.insts,
after.insts,
float("{0:.2f}".format(insts_red)),
before.mem_insts,
after.mem_insts,
float("{0:.2f}".format(mem_red))])
table = [["Program", \
"B Fun", "A Fun", "% Fun Red", \
"B Ins", "A Ins", "% Ins Red", \
"B Mem Ins", "A Mem Ins", "% Mem Ins Red"]]
for row in tab:
table.append(row)
import pptable
out = sys.stdout
pptable.pprint_table(out,table)