def test_dh(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
register.edx = 0x080484cc
if register.dh != 0x84:
assert False
return
register.dh = 0x77
if register.dh != 0x077:
assert False
return
if register.edx != 0x080477cc:
assert False
return
assert True
return
def test_compute_instructrion(self, o):
"""
Test
"""
register = Register32()
value = compute_operation(o[0], register)
if value != o[1]:
assert False
else:
assert True
def test_create_register(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
assert True
return
def test_compute_operation_register(self, o):
"""
Test de l'initialisation du moteur disass 32
"""
register = Register32()
register.eax = 5
register.edx = 1
r = compute_operation(o[0], register)
if r == o[1]:
assert True
else:
print o[0], o[1], r
assert False
return
def test_compute_operation_basic(self, o):
"""
Test de l'initialisation du moteur disass 32
"""
register = Register32()
r = compute_operation(o[0], register)
if r == o[1]:
print o[1], "=", str(r)
assert True
else:
print "%s !!! %s != %s " % (o[0], str(r), str(o[1]))
assert False
return
def __init__(self, path=None, data=None, verbose=False):
self.verbose = verbose
self.path = path
self.register = Register32(self)
self.map_call = dict()
self.map_call_by_name = dict()
self.pe = None
self.action_reverse = dict()
self.symbols_imported = dict()
self.symbols_imported_by_name = dict()
self.symbols_exported = dict()
self.symbols_exported_by_name = dict()
self.decode = None
self.backhistory = []
self.data_code = ''
self.stack = list()
self.xref = dict()
self.load_win32_pe(path=path, data=data)
def test_eax(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
register.eax = 0x080484cc
if register.eax == 0x080484cc:
assert True
else:
assert False
return
def test_eip(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
register.eip = 0x11111111
if register.eip != 0x11111111:
assert False
return
assert True
return
def test_al(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
register.al = 0x84cc
if register.al != 0xcc:
assert False
return
if register.eax != 0xcc:
assert False
return
assert True
return
def test_xor(self):
"""
Test de l'initialisation du moteur disass 32
"""
try:
register = Register32()
except:
assert False
return
register.eax = 0x25
register.ebx = 0x12
r = 0x25^0x12
register.set('ecx',register.eax^register.ebx)
if register.ecx != r:
print register.ecx, r
assert False
assert True
return