def slice(self):
print "Taints: %s" % scanf_taint.taints
taints = []
for _, v in self._hooks.iteritems():
taints.extend(v.taints)
target_tmps, target_regs, target_addrs = self._slice_from_last_condition()
try:
slicer = Slicer(self._project, self._path, \
target_tmps, target_regs, target_addrs, \
self._mem_reads, self._mem_writes, taints)
slicer.slice()
except SlicerError:
raise TracerError("Slicer failed")
sources = self.insts_to_source(sorted(slicer.instructions))
for line in sources:
print line
from slicer import Slicer
import time
import datetime
dir_name = "C:\\Users\\absch\\Desktop\\slicer-test-large\\"
img_ext = ".jpg"
test_timestamp = datetime.datetime.fromtimestamp(
time.time()).strftime('%Y-%m-%d %H:%M:%S')
f = open("timelog.txt", "a")
begin = time.clock()
slicer = Slicer(dir_name, img_ext, "simple", False)
slicer.slice()
f.write(test_timestamp + "\t\tSimple\t\t" +
str(round(time.clock() - begin, 4)) + "\n")
begin = time.clock()
convex_slicer = Slicer(dir_name, img_ext, "convex", False, 10)
convex_slicer.slice()
f.write(test_timestamp + "\t\tConvex\t\t" +
str(round(time.clock() - begin, 4)) + "\n")
begin = time.clock()
concave_slicer = Slicer(dir_name, img_ext, "concave", False, 10)
concave_slicer.slice()
f.write(test_timestamp + "\t\tConcave\t\t" +
str(round(time.clock() - begin, 4)) + "\n")
from slicer import Slicer #dir_name = "C:\\Users\\absch\\Desktop\\Slicer-test\\" dir_name = "/mnt/c/Users/absch/Desktop/Slicer-test/" img_ext = ".jpg" slicer = Slicer(dir_name, img_ext, "simple", reverse=False, num_slices=20) slicer.slice() # convex_slicer = Slicer(dir_name, img_ext, "convex", False, 10) # convex_slicer.slice() # # concave_slicer = Slicer(dir_name, img_ext, "concave", False, 10) # concave_slicer.slice()
