def create_behavior_associated_code(self,type=None,description=None,purpose=None,code_language=None,targeted_platforms=None,processor_family=None,discovery_method=None,
start_address=None,code_segment=None,code_segment_xor=None,xor_pattern=None,digital_signatures=None,extracted_features=None):
code = Code()
code.type_ =type
code.description = StructuredText(description)
code.purpose = purpose
code.code_language = code_language
if targeted_platforms is not None:
code.targeted_platforms =TargetedPlatforms()
for platform in targeted_platforms:
code.targeted_platforms.append(platform)
code.processor_family = processor_family
code.discovery_method =discovery_method
code.start_address = start_address
code.code_segment = code_segment
if code_segment_xor is not None:
code.code_segment_xor = CodeSegmentXOR(value=code_segment_xor)
code.code_segment_xor.xor_pattern= xor_pattern
if digital_signatures is not None:
code.digital_signatures = DigitalSignatureList()
for signature in digital_signatures:
code.digital_signatures.append(signature)
code.extracted_features = extracted_features
return code
def test_code(self):
cs = Code()
cs.code_segment_xor = CodeSegmentXOR()
cs.code_segment_xor.xor_pattern = UNICODE_STR
cs2 = round_trip(cs)
self.assertEqual(cs.to_dict(), cs2.to_dict())
def test_code(self):
cs = Code()
cs.code_segment_xor = CodeSegmentXOR()
cs.code_segment_xor.xor_pattern = UNICODE_STR
cs2 = round_trip(cs)
self.assertEqual(cs.to_dict(), cs2.to_dict())
