def test_analyzer_output(self):
odb_file = OdbFile(BinaryFile(self.get_test_bin_path('ls'), 'elf64-x86-64', 'i386:x86-64'))
odb_file.execute(LoadOperation())
odb_file.execute(PassiveScanOperation())
dasm = Disassembler(odb_file)
# Disassemble at a provided vma
units = dasm.display(0x4095e0, 200, False)
# The provided address should be the first instruction
self.assertEquals(0x4095e0, units[0].vma)
self.assertEquals("mov", units[0].opcode)
# Another random instruction
self.assertEquals("test", units[18].opcode)
self.assertEquals("al,al", units[18].operands)
# Disassemble at a provided negative vma
units = dasm.display(0x4095e0, -10, False)
# The provided address should be the last instruction
self.assertEquals(0x4095e0, units[9].vma)
self.assertEquals("mov", units[9].opcode)
# IDA finds this one through a function pointer in data section
# self.assertEquals(True, units[9].isFunction)
# 9 instructions earlier
self.assertEquals(0x4095BB, units[0].vma)
self.assertEquals("call", units[0].opcode)
# Disassemble a function
units = dasm.display(0x40BEE0, 10, False)
self.assertEquals(True, units[0].isFunction)
# Cross Parcel Boundaries
units = dasm.display(0x412BF4, -10, False)
self.assertEquals(0x412BF4, units[9].vma)
self.assertEquals("ret", units[9].opcode)
self.assertEquals(".fini", units[9].section_name)
self.assertEquals(0x412BE1, units[2].vma)
self.assertEquals("jmp", units[2].opcode)
self.assertEquals(".text", units[2].section_name)
# Cross Code/Data Boundaries
units = dasm.display(0x412BF4, 10, False)
self.assertEquals(0x412BF4, units[0].vma)
self.assertEquals(0x412C00, units[1].vma)
self.assertEquals(1, units[1].dataSize)
def list(self, request):
start = 0
units = 100
logical = False
if request.query_params.get('addr'):
start = int(request.query_params.get('addr'), 0)
if request.query_params.get('units'):
units = int(request.query_params.get('units'), 0)
if request.query_params.get('logical'):
logical = True # TODO: Check this value for realz
oda = OdaMaster.objects.get(
short_name=request.query_params.get('short_name'),
revision=request.query_params.get('revision'))
dasm = Disassembler(oda.odb_file)
dunits = dasm.display(start, units, logical)
logger.debug("DisplayUnitsViewSet: Generate serialized data")
serializer = self.get_serializer(dunits, many=True)
serialData = Response(serializer.data)
logger.debug("DisplayUnitsViewSet: Serial data complete")
return serialData
def getNodes(self):
dasm = Disassembler(self.odb_file)
# convert _nodes to representation needed by front end
nodes = []
for startAddr, node in self._nodes.items():
startLine = self.parcels.vma_to_lda(startAddr)
endLine = self.parcels.vma_to_lda(startAddr + node.size)
if endLine is None:
endLine = self.parcels.sum_ldas()
dus = dasm.display(startAddr, endLine - startLine, False)
nodes.append({'id': node.id, 'instructions': dus})
return nodes