def test_mix_of_concrete_and_symbolic__push_pop_cleaning_store(self):
#global mainsolver
my_solver = Solver()
mem = SMemory(my_solver, 32, 12)
start_mapping_addr = mem.mmap(None, 0x1000, 'rwx')
concrete_addr = start_mapping_addr
symbolic_addr = start_mapping_addr+1
mem.putchar(concrete_addr, 'C')
sym = my_solver.mkBitVec(8)
mem.putchar(symbolic_addr, sym)
my_solver.add(sym.uge(0xfe))
values = list(my_solver.getallvalues(sym))
self.assertIn(0xfe, values)
self.assertIn(0xff, values)
self.assertNotIn(0x7f, values)
values = list(my_solver.getallvalues(mem.getchar(symbolic_addr)))
self.assertIn(0xfe, values)
self.assertIn(0xff, values)
self.assertNotIn(0x7f, values)
my_solver.push()
my_solver.add(sym==0xfe)
values = list(my_solver.getallvalues(sym))
self.assertIn(0xfe, values)
self.assertNotIn(0xff, values)
self.assertNotIn(0x7f, values)
values = list(my_solver.getallvalues(mem.getchar(symbolic_addr)))
self.assertIn(0xfe, values)
self.assertNotIn(0xff, values)
self.assertNotIn(0x7f, values)
my_solver.pop()
values = list(my_solver.getallvalues(sym))
self.assertIn(0xfe, values)
self.assertIn(0xff, values)
self.assertNotIn(0x7f, values)
values = list(my_solver.getallvalues(mem.getchar(symbolic_addr)))
self.assertIn(0xfe, values)
self.assertIn(0xff, values)
self.assertNotIn(0x7f, values)
except Exception,e:
test_case_no+=1
if e.message == 'Finished':
print "Program Finnished correctly"
generate_testcase(linux)
elif e.message == "Max number of different solutions hit":
print "Max number of target PCs hit. Checking for wild PC."
solver = linux.solver
solver.push()
try:
#Quick heuristics to determine wild pc
solver.push()
solver.add(linux.cpu.PC == 0x41414141)
if solver.check() == 'sat':
print "PC seems controled!"
solver.pop()
m,M = solver.minmax(linux.cpu.PC)
print "Program counter range: %016x - %016x" %(m,M)
generate_testcase(linux)
finally:
solver.pop()
else:
print Exception, e
generate_testcase(linux)
print '-'*60
traceback.print_exc(file=sys.stdout)
print '-'*60
import pdb
pdb.set_trace()
except Exception,e:
