def simpleString(self):
analyseColor = Color.CYAN if self.__info else Color.RED
address = self.__lines[0][0]
if isinstance(self.arch, ropper.arch.ArchitectureArmThumb):
address += 1
toReturn = '%s (%s): ' % (cstr(
toHex(self._lines[0][0] + self.imageBase,
self.__arch.addressLength), analyseColor),
cstr(
toHex(address + self.imageBase,
self.__arch.addressLength),
Color.GREEN))
else:
toReturn = '%s: ' % cstr(
toHex(self._lines[0][0] + self.imageBase,
self.__arch.addressLength), analyseColor)
toReturn += self.simpleInstructionString()
#savefile = open('lines-save','w')
#for i in range(0,len(self.__lines)):
# savefile.write('\n')
# for j in range(0,len(self.__lines[i])):
# savefile.write(str(self.__lines[i][j]) + '\n')
#savefile.close()
#if self.__info:
#toReturn += '\nClobbered Register = %s; StackPointer-Offset = %s\n' % (", ".join(list(self.info.clobberedRegisters)),self.info.spOffset if self.info.spOffset is not None else 'Undef')
return toReturn
def __str__(self):
if not Gadget.DETAILED:
return self.simpleString()
if not len(self._lines):
return "empty gadget"
address = self._lines[0][0]
if self.__arch == ropper.arch.ARMTHUMB:
address += 1
toReturn = cstr('Gadget', Color.BLUE) + ': %s (%s)\n' % (
cstr(
toHex(self._lines[0][0] + self.imageBase,
self.__arch.addressLength), Color.YELLOW),
cstr(
toHex(address + self.imageBase, self.__arch.addressLength),
Color.GREEN))
else:
toReturn = cstr('Gadget', Color.BLUE) + ': %s\n' % (cstr(
toHex(self._lines[0][0] + self.imageBase,
self.__arch.addressLength), Color.YELLOW))
for line in self._lines:
toReturn += cstr(
toHex(line[0] + self.imageBase, self.__arch.addressLength),
Color.RED) + ': ' + cstr(line[1], Color.LIGHT_GRAY) + '\n'
return toReturn
def __str__(self):
if not len(self.__lines):
return "empty gadget"
toReturn = cstr('Gadget', Color.GREEN)+': %s\n' % (cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.BLUE))
for line in self.__lines:
toReturn += cstr(toHex(line[0] + self.imageBase, self.__arch.addressLength), Color.RED) +': '+ cstr(line[1], Color.LIGHT_GRAY) + '\n'
return toReturn
def simpleString(self):
address = self.__lines[0][0]
if self.__arch == ropper.arch.ARMTHUMB:
address += 1
toReturn = '%s (%s): ' % (cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.RED),cstr(toHex(address + self.imageBase, self.__arch.addressLength), Color.GREEN))
else:
toReturn = '%s: ' % cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.RED)
toReturn += self.simpleInstructionString()
return toReturn
def simpleString(self):
analyseColor = Color.CYAN if self.__info else Color.RED
address = self.__lines[0][0]
if isinstance(self.arch, ropper.arch.ArchitectureArmThumb):
address += 1
toReturn = '%s (%s): ' % (cstr(toHex(self._lines[0][0] + self.imageBase, self.__arch.addressLength), analyseColor),cstr(toHex(address + self.imageBase, self.__arch.addressLength), Color.GREEN))
else:
toReturn = '%s: ' % cstr(toHex(self._lines[0][0] + self.imageBase, self.__arch.addressLength), analyseColor)
toReturn += self.simpleInstructionString()
if self.__info:
toReturn += '\nClobbered Register = %s; StackPointer-Offset = %s\n' % (", ".join(list(self.info.clobberedRegisters)),self.info.spOffset if self.info.spOffset is not None else 'Undef')
return toReturn
def __str__(self):
if not len(self.__lines):
return "empty gadget"
address = self.__lines[0][0]
if self.__arch == ropper.arch.ARMTHUMB:
address += 1
toReturn = cstr('Gadget', Color.BLUE)+': %s (%s)\n' % (cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.YELLOW),cstr(toHex(address+ self.imageBase, self.__arch.addressLength), Color.GREEN))
else:
toReturn = cstr('Gadget', Color.BLUE)+': %s\n' % (cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.YELLOW))
for line in self.__lines:
toReturn += cstr(toHex(line[0] + self.imageBase, self.__arch.addressLength), Color.RED) +': '+ cstr(line[1], Color.LIGHT_GRAY) + '\n'
return toReturn
def simpleString(self):
analyseColor = Color.CYAN if self.__info else Color.RED
address = self.__lines[0][0]
if isinstance(self.arch, ropper.arch.ArchitectureArmThumb):
address += 1
toReturn = '%s (%s): ' % (cstr(toHex(self._lines[0][0] + self.imageBase, self.__arch.addressLength), analyseColor),cstr(toHex(address + self.imageBase, self.__arch.addressLength), Color.GREEN))
else:
toReturn = '%s: ' % cstr(toHex(self._lines[0][0] + self.imageBase, self.__arch.addressLength), analyseColor)
toReturn += self.simpleInstructionString()
if self.__info:
toReturn += '\nClobbered Register = %s; StackPointer-Offset = %s\n' % (", ".join(list(self.info.clobberedRegisters)),self.info.spOffset if self.info.spOffset is not None else 'Undef')
return toReturn
def disassemblyString(self):
toReturn = ''
for line in self.__lines:
toReturn += cstr(
toHex(line[0] + self.imageBase, self.__arch.addressLength),
Color.RED) + ': ' + cstr(line[1], Color.LIGHT_GRAY) + '\n'
return toReturn
def simpleString(self):
address = self.__lines[0][0]
if self.__arch == ropper.arch.ARMTHUMB:
address += 1
toReturn = '%s (%s): ' % (cstr(
toHex(self.__lines[0][0] + self.imageBase,
self.__arch.addressLength), Color.RED),
cstr(
toHex(address + self.imageBase,
self.__arch.addressLength),
Color.GREEN))
else:
toReturn = '%s: ' % cstr(
toHex(self.__lines[0][0] + self.imageBase,
self.__arch.addressLength), Color.RED)
toReturn += self.simpleInstructionString()
return toReturn
def disassemblyString(self):
toReturn = ""
for line in self.__lines:
toReturn += (
cstr(toHex(line[0] + self.imageBase, self.__arch.addressLength), Color.RED)
+ ": "
+ cstr(line[1], Color.LIGHT_GRAY)
+ "\n"
)
return toReturn
def disassAddress(self, name, address, length):
fc = self.getFileFor(name)
if not fc:
raise RopperError('No such file opened: %s' % name)
eSections = fc.loader.executableSections
for section in eSections:
if section.virtualAddress <= address and section.virtualAddress + section.size > address:
ropper = Ropper()
g = ropper.disassembleAddress(section, fc.loader, address, address - (fc.loader.imageBase+section.offset), length)
if not g:
raise RopperError('Cannot disassemble address: %s' % toHex(address))
if length < 0:
length = length * -1
return g.disassemblyString()
return ''
def disassAddress(self, name, address, length):
fc = self.getFileFor(name)
if not fc:
raise RopperError('No such file opened: %s' % name)
eSections = fc.loader.executableSections
for section in eSections:
if section.virtualAddress <= address and section.virtualAddress + section.size > address:
ropper = Ropper()
g = ropper.disassembleAddress(section, fc.loader, address, address - (fc.loader.imageBase+section.offset), length)
if not g:
raise RopperError('Cannot disassemble address: %s' % toHex(address))
if length < 0:
length = length * -1
return g.disassemblyString()
return ''
def disassemblyString(self):
toReturn = ''
for line in self.__lines:
toReturn += cstr(toHex(line[0] + self.imageBase, self.__arch.addressLength), Color.RED) +': '+ cstr(line[1], Color.LIGHT_GRAY) + '\n'
return toReturn
def simpleString(self):
toReturn = '%s: ' % cstr(
toHex(self.__lines[0][0] + self.imageBase,
self.__arch.addressLength), Color.RED)
toReturn += self.simpleInstructionString()
return toReturn
def simpleString(self):
toReturn = "%s: " % cstr(toHex(self.__lines[0][0] + self.imageBase, self.__arch.addressLength), Color.RED)
toReturn += self.simpleInstructionString()
return toReturn
