class ETDbgHookMobile(DBG_Hooks):
"""
Execution Trace Debugger hook
This class receives notifications from the actually IDA Pro debugger
"""
def __init__(self, traceFile, treeTraceFile, logger, mode):
super(ETDbgHookMobile, self).__init__()
self.logger = logger
self.memoryWriter = BufferWriter()
self.memoryWriter.fileOpen(traceFile)
self.treeIDBFile = treeTraceFile
self.startTracing = False
self.interactiveMode = mode
def dbg_process_start(self, pid, tid, ea, name, base, size):
"""
Notified when a process starts
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process started, pid=%d tid=%d name=%s ea=0x%x" %
(pid, tid, name, ea))
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base, size))
def dbg_process_exit(self, pid, tid, ea, code):
"""
Notified when a process exits
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process exited pid=%d tid=%d ea=0x%x code=%d" %
(pid, tid, ea, code))
self.memoryWriter.writeToFile("T 0x%x %d\n" % (ea, code))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_process_attach(self, pid, tid, ea, name, base, size):
"""
Notified when the debugger attaches to a process
This is a standard IDA Debug Hook callback
"""
self.logger.info(
"Process attach pid=%d tid=%d ea=0x%x name=%s base=%x size=%x" %
(pid, tid, ea, name, base, size))
def dbg_process_detach(self, pid, tid, ea):
"""
Notified when the debugger detaches from a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process detached, pid=%d tid=%d ea=0x%x" %
(pid, tid, ea))
self.memoryWriter.writeToFile("T 0x%x\n" % (ea))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_unload(self, pid, tid, ea, info):
"""
Notified when a library unloads
This is a standard IDA Debug Hook callback
"""
self.logger.info("Library unloaded: pid=%d tid=%d ea=0x%x info=%s" %
(pid, tid, ea, info))
self.memoryWriter.writeToFile("U 0x%x 0x%x\n" % (ea, tid))
def dbg_library_load(self, pid, tid, ea, name, base, size):
"""
Notified when a library loads
We use this callback to monitor which library loads into memory so we can hook the appropriate functions for monitoring
This is a standard IDA Debug Hook callback
"""
self.logger.info("Library loaded: pid=%d tid=%d name=%s base=%x" %
(pid, tid, name, base))
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base, size))
def dbg_trace(self, tid, ip):
"""
Notified when the debugger is in IDA Pro's trace mode
This is a standard IDA Debug Hook callback
"""
instruction = GetDisasm(ip)
self.logger.info("Trace: tid=%d 0x%x %s" % (tid, ip, instruction))
def dbg_bpt(self, tid, ea):
"""
Notified when the debugger hits a breakpoint
This is a standard IDA Debug Hook callback
"""
self.logger.info("Breakpoint: tid=%d 0x%x" % (tid, ea))
# return values:
# -1 - to display a breakpoint warning dialog
# if the process is suspended.
# 0 - to never display a breakpoint warning dialog.
# 1 - to always display a breakpoint warning dialog.
return 0
def dbg_suspend_process(self):
"""
Notified when the current debugged process is being suspended
We force the debugger into suspend mode as a way to notify the tracer to start tracing
TakeMemorySnapshot is called to capture all the memory content of the debugger at this point.
This will have all the loaded DLLs / libraries in memory
If the debugger is suspend for any other reason, we will not trace
This is a standard IDA Debug Hook callback
"""
if self.startTracing:
self.startTracing = False
self.logger.info("Process suspended")
idc.TakeMemorySnapshot(0)
self.dbg_step_into()
idaapi.request_step_into()
idaapi.run_requests()
else:
self.logger.info("suspend process called but not to start tracing")
def dbg_exception(self, pid, tid, ea, exc_code, exc_can_cont, exc_ea,
exc_info):
"""
Notified when the debugger hits an exception
This is a standard IDA Debug Hook callback
"""
self.logger.info(
"Exception: pid=%d tid=%d ea=0x%x exc_code=0x%x can_continue=%d exc_ea=0x%x exc_info=%s"
% (pid, tid, ea, exc_code & idaapi.BADADDR, exc_can_cont, exc_ea,
exc_info))
self.memoryWriter.writeToFile("X 0x%x 0x%x\n" %
(ea, exc_code & idaapi.BADADDR))
#Check if this is an access violation, exit if it is one because an overflow error has likely occurred.
exception_code = exc_code & idaapi.BADADDR
if (exception_code == 0xc0000005):
self.logger.error(
"Exception: Access Violation! Stopping Debugger!")
idc.StopDebugger()
request_exit_process()
return 0
def dbg_step_into(self):
"""
Notified when the debugger is single stepping thru a process
This is the main function for tracing, we analyze each instruction being executed
The instruction along with its metadata is written to either memory or out to a file
This is a standard IDA Debug Hook callback
"""
global instSeq
eip = here()
#DecodeInstruction(eip)
"""
data_line = ""
#Haven't found a good way to get all the registers
#This routine causes GetRegValue to error out because some of the registers do not have value
for register in GetRegisterList():
reg_val = GetRegValue(register)
data_str = "%s = 0x%x "
data_line = data_line + data_str
"""
"""
inslen = cmd.size
if cmd.size > 0:
bytes = get_many_bytes(cmd.ea,cmd.size)
#Manually printing general register values (from the debugger)
registers = "R0=0x%x, R1=0x%x, R2=0x%x, R3=0x%x, R4=0x%x, R5=0x%x, R6=0x%x, R7=0x%x, R8=0x%x, " \
"R9=0x%x, R10=0x%x, R11=0x%x, R12=0x%x, SP=0x%x, LR=0x%x, PC=0x%x, PSR=0x%x" \
% (GetRegValue('R0'),GetRegValue('R1'),GetRegValue('R2'),GetRegValue('R3'), \
GetRegValue('R4'),GetRegValue('R5'),GetRegValue('R6'),GetRegValue('R7'), \
GetRegValue('R8'),GetRegValue('R9'),GetRegValue('R10'),GetRegValue('R11'), \
GetRegValue('R12'),GetRegValue('SP'),GetRegValue('LR'),GetRegValue('PC'),GetRegValue('PSR'))
print registers
self.memoryWriter.writeToFile("E 0x%x %x %s %s" % (cmd.ea,cmd.size,toHex(bytes),registers))
self.memoryWriter.writeToFile("\n")
request_step_into()
else:
self.logger.error("The instruction at 0x%x has 0 size." % cmd.ea)
"""
print("Stepping 0x%x" % eip)
request_step_into()
def dbg_run_to(self, pid, tid=0, ea=0):
"""
Notified when the debugger was set to run to a certain point
This is a standard IDA Debug Hook callback
"""
self.logger.info("Runto: tid=%d pid=%d address=0x%x" % (tid, pid, ea))
def dbg_step_over(self):
"""
Notified when the debugger steps over command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("StepOver: 0x%x %s" % (eip, GetDisasm(eip)))
def dbg_information(self, pid, tid, ea, info):
self.logger.info("dbg_information: 0x%x %s pid=%d tid=%d info=%s" %
(ea, GetDisasm(ea), pid, tid, info))
def dbg_thread_start(self, pid, tid, ea):
"""
Notified when a thread has started
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_start: 0x%x pid=%d tid=%d" %
(ea, pid, tid))
def dbg_thread_exit(self, pid, tid, ea, exit_code):
"""
Notified when a thread has exited
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_exit: 0x%x pid=%d tid=%d exit_code=%d " %
(ea, pid, tid, exit_code))
def dbg_request_error(self, failed_command, failed_dbg_notification):
"""
Notified when the debugger encounters an error
This is a standard IDA Debug Hook callback
"""
self.logger.info(
"dbg_request_error: failed_command=%d failed_dbg_notification=%d" %
(failed_command, failed_dbg_notification))
def dbg_step_until_ret(self):
"""
Notified when the step until ret command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("dbg_step_until_ret: 0x%x %s" % (eip, GetDisasm(eip)))
def startTrace(self):
self.startTracing = True
PauseProcess()
def stopTrace(self):
self.startTracing = False
idaapi.request_detach_process()
idaapi.run_requests()
def takeSnapshot(self, data):
"""
This function saves the current state of the debugger, whatever is in the IDB database, all of its memory content
into a netnode which then gets saved to a new IDB file
The data is the entire execution trace in memory. A blob is used to stored the trace.
@param data: The data to save into the netnode, this is the entire execution trace in memory
@return: None
"""
ExTraces = idaapi.netnode("$ ExTraces", 0, True)
ExTraces.setblob(data, 0, 'A')
idc.SaveBase(self.treeIDBFile)
class ETDbgHookMobile(DBG_Hooks):
"""
Execution Trace Debugger hook
This class receives notifications from the actually IDA Pro debugger
"""
def __init__(self,traceFile,treeTraceFile,logger,mode):
super(ETDbgHookMobile, self ).__init__()
self.logger = logger
self.memoryWriter = BufferWriter()
self.memoryWriter.fileOpen(traceFile)
self.treeIDBFile = treeTraceFile
self.startTracing = False
self.interactiveMode = mode
def dbg_process_start(self, pid, tid, ea, name, base, size):
"""
Notified when a process starts
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process started, pid=%d tid=%d name=%s ea=0x%x" % (pid, tid, name,ea))
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base, size))
def dbg_process_exit(self, pid, tid, ea, code):
"""
Notified when a process exits
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process exited pid=%d tid=%d ea=0x%x code=%d" % (pid, tid, ea, code))
self.memoryWriter.writeToFile("T 0x%x %d\n" % ( ea, code))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_process_attach(self, pid, tid, ea, name, base, size):
"""
Notified when the debugger attaches to a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process attach pid=%d tid=%d ea=0x%x name=%s base=%x size=%x" % (pid, tid, ea, name, base, size))
def dbg_process_detach(self, pid, tid, ea):
"""
Notified when the debugger detaches from a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process detached, pid=%d tid=%d ea=0x%x" % (pid, tid, ea))
self.memoryWriter.writeToFile("T 0x%x\n" % ( ea))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_unload(self, pid, tid, ea, info):
"""
Notified when a library unloads
This is a standard IDA Debug Hook callback
"""
self.logger.info("Library unloaded: pid=%d tid=%d ea=0x%x info=%s" % (pid, tid, ea, info))
self.memoryWriter.writeToFile("U 0x%x 0x%x\n" % (ea, tid))
def dbg_library_load(self, pid, tid, ea, name, base, size):
"""
Notified when a library loads
We use this callback to monitor which library loads into memory so we can hook the appropriate functions for monitoring
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Library loaded: pid=%d tid=%d name=%s base=%x" % (pid, tid, name, base) )
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base,size))
def dbg_trace(self, tid, ip):
"""
Notified when the debugger is in IDA Pro's trace mode
This is a standard IDA Debug Hook callback
"""
instruction = GetDisasm(ip)
self.logger.info("Trace: tid=%d 0x%x %s" % (tid, ip, instruction))
def dbg_bpt(self, tid, ea):
"""
Notified when the debugger hits a breakpoint
This is a standard IDA Debug Hook callback
"""
self.logger.info("Breakpoint: tid=%d 0x%x" % (tid, ea))
# return values:
# -1 - to display a breakpoint warning dialog
# if the process is suspended.
# 0 - to never display a breakpoint warning dialog.
# 1 - to always display a breakpoint warning dialog.
return 0
def dbg_suspend_process(self):
"""
Notified when the current debugged process is being suspended
We force the debugger into suspend mode as a way to notify the tracer to start tracing
TakeMemorySnapshot is called to capture all the memory content of the debugger at this point.
This will have all the loaded DLLs / libraries in memory
If the debugger is suspend for any other reason, we will not trace
This is a standard IDA Debug Hook callback
"""
if self.startTracing:
self.startTracing = False
self.logger.info( "Process suspended" )
idc.TakeMemorySnapshot(0)
self.dbg_step_into()
idaapi.request_step_into()
idaapi.run_requests()
else:
self.logger.info("suspend process called but not to start tracing")
def dbg_exception(self, pid, tid, ea, exc_code, exc_can_cont, exc_ea, exc_info):
"""
Notified when the debugger hits an exception
This is a standard IDA Debug Hook callback
"""
self.logger.info("Exception: pid=%d tid=%d ea=0x%x exc_code=0x%x can_continue=%d exc_ea=0x%x exc_info=%s" % (
pid, tid, ea, exc_code & idaapi.BADADDR, exc_can_cont, exc_ea, exc_info))
self.memoryWriter.writeToFile("X 0x%x 0x%x\n" % (ea, exc_code & idaapi.BADADDR))
#Check if this is an access violation, exit if it is one because an overflow error has likely occurred.
exception_code = exc_code & idaapi.BADADDR
if (exception_code == 0xc0000005):
self.logger.error("Exception: Access Violation! Stopping Debugger!")
idc.StopDebugger()
request_exit_process()
return 0
def dbg_step_into(self):
"""
Notified when the debugger is single stepping thru a process
This is the main function for tracing, we analyze each instruction being executed
The instruction along with its metadata is written to either memory or out to a file
This is a standard IDA Debug Hook callback
"""
global instSeq
eip = here()
#DecodeInstruction(eip)
"""
data_line = ""
#Haven't found a good way to get all the registers
#This routine causes GetRegValue to error out because some of the registers do not have value
for register in GetRegisterList():
reg_val = GetRegValue(register)
data_str = "%s = 0x%x "
data_line = data_line + data_str
"""
"""
inslen = cmd.size
if cmd.size > 0:
bytes = get_many_bytes(cmd.ea,cmd.size)
#Manually printing general register values (from the debugger)
registers = "R0=0x%x, R1=0x%x, R2=0x%x, R3=0x%x, R4=0x%x, R5=0x%x, R6=0x%x, R7=0x%x, R8=0x%x, " \
"R9=0x%x, R10=0x%x, R11=0x%x, R12=0x%x, SP=0x%x, LR=0x%x, PC=0x%x, PSR=0x%x" \
% (GetRegValue('R0'),GetRegValue('R1'),GetRegValue('R2'),GetRegValue('R3'), \
GetRegValue('R4'),GetRegValue('R5'),GetRegValue('R6'),GetRegValue('R7'), \
GetRegValue('R8'),GetRegValue('R9'),GetRegValue('R10'),GetRegValue('R11'), \
GetRegValue('R12'),GetRegValue('SP'),GetRegValue('LR'),GetRegValue('PC'),GetRegValue('PSR'))
print registers
self.memoryWriter.writeToFile("E 0x%x %x %s %s" % (cmd.ea,cmd.size,toHex(bytes),registers))
self.memoryWriter.writeToFile("\n")
request_step_into()
else:
self.logger.error("The instruction at 0x%x has 0 size." % cmd.ea)
"""
print("Stepping 0x%x" % eip)
request_step_into()
def dbg_run_to(self, pid, tid=0, ea=0):
"""
Notified when the debugger was set to run to a certain point
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Runto: tid=%d pid=%d address=0x%x" % ( tid, pid, ea) )
def dbg_step_over(self):
"""
Notified when the debugger steps over command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("StepOver: 0x%x %s" % (eip, GetDisasm(eip)))
def dbg_information(self, pid, tid, ea, info):
self.logger.info("dbg_information: 0x%x %s pid=%d tid=%d info=%s" % (ea, GetDisasm(ea),pid,tid,info))
def dbg_thread_start(self, pid, tid, ea):
"""
Notified when a thread has started
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_start: 0x%x pid=%d tid=%d" % (ea,pid,tid))
def dbg_thread_exit(self, pid, tid, ea, exit_code):
"""
Notified when a thread has exited
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_exit: 0x%x pid=%d tid=%d exit_code=%d " % (ea,pid,tid,exit_code))
def dbg_request_error(self, failed_command, failed_dbg_notification):
"""
Notified when the debugger encounters an error
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_request_error: failed_command=%d failed_dbg_notification=%d" % (failed_command,failed_dbg_notification) )
def dbg_step_until_ret(self):
"""
Notified when the step until ret command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("dbg_step_until_ret: 0x%x %s" % (eip, GetDisasm(eip)))
def startTrace(self):
self.startTracing = True
PauseProcess()
def stopTrace(self):
self.startTracing = False
idaapi.request_detach_process()
idaapi.run_requests()
def takeSnapshot(self,data):
"""
This function saves the current state of the debugger, whatever is in the IDB database, all of its memory content
into a netnode which then gets saved to a new IDB file
The data is the entire execution trace in memory. A blob is used to stored the trace.
@param data: The data to save into the netnode, this is the entire execution trace in memory
@return: None
"""
ExTraces = idaapi.netnode("$ ExTraces", 0, True)
ExTraces.setblob(data,0,'A')
idc.SaveBase(self.treeIDBFile)
class ETDbgHook(DBG_Hooks):
"""
Execution Trace Debugger hook
This class receives notifications from the actually IDA Pro debugger
"""
def __init__(self,traceFile,treeTraceFile,logger,mode):
super(ETDbgHook, self ).__init__()
self.logger = logger
hostOS = None
if(sys.platform == 'win32'):
hostOS = WINDOWS
elif (sys.platform == 'linux2'):
hostOS = LINUX
self.xDecoder32 = x86Decoder(isa_bits,32, hostOS)
self.memoryWriter = BufferWriter()
self.memoryWriter.fileOpen(traceFile)
self.checkInput = None
self.bCheckFileIO = False
self.bCheckNetworkIO = False
self.treeIDBFile = treeTraceFile
self.startTracing = False
self.interactiveMode = mode
def dbg_process_start(self, pid, tid, ea, name, base, size):
"""
Notified when a process starts
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process started, pid=%d tid=%d name=%s ea=0x%x" % (pid, tid, name,ea))
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base, size))
def dbg_process_exit(self, pid, tid, ea, code):
"""
Notified when a process exits
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process exited pid=%d tid=%d ea=0x%x code=%d" % (pid, tid, ea, code))
self.memoryWriter.writeToFile("T 0x%x %d\n" % ( ea, code))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_unload(self, pid, tid, ea, info):
"""
Notified when a library unloads
This is a standard IDA Debug Hook callback
"""
self.logger.info("Library unloaded: pid=%d tid=%d ea=0x%x info=%s" % (pid, tid, ea, info))
self.memoryWriter.writeToFile("U 0x%x 0x%x\n" % (ea, tid))
def dbg_process_attach(self, pid, tid, ea, name, base, size):
"""
Notified when the debugger attaches to a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process attach pid=%d tid=%d ea=0x%x name=%s base=%x size=%x" % (pid, tid, ea, name, base, size))
def dbg_process_detach(self, pid, tid, ea):
"""
Notified when the debugger detaches from a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process detached, pid=%d tid=%d ea=0x%x" % (pid, tid, ea))
self.memoryWriter.writeToFile("T 0x%x\n" % ( ea))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_load(self, pid, tid, ea, name, base, size):
"""
Notified when a library loads
We use this callback to monitor which library loads into memory so we can hook the appropriate functions for monitoring
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Library loaded: pid=%d tid=%d name=%s base=%x" % (pid, tid, name, base) )
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base,size))
if self.interactiveMode:
print("dbg_library_load: %d using interactive mode" % (tid))
self.checkInput = None
else:
print("dbg_library_load: %d not using interactive mode." % (tid))
self.checkInput(name,base,self.bCheckFileIO,self.bCheckNetworkIO)
def dbg_trace(self, tid, ip):
"""
Notified when the debugger is in IDA Pro's trace mode
This is a standard IDA Debug Hook callback
"""
instruction = GetDisasm(ip)
self.logger.info("Trace: tid=%d 0x%x %s" % (tid, ip, instruction))
def dbg_bpt(self, tid, ea):
"""
Notified when the debugger hits a breakpoint
This is a standard IDA Debug Hook callback
"""
self.logger.info("Breakpoint: tid=%d 0x%x" % (tid, ea))
# return values:
# -1 - to display a breakpoint warning dialog
# if the process is suspended.
# 0 - to never display a breakpoint warning dialog.
# 1 - to always display a breakpoint warning dialog.
return 0
def dbg_suspend_process(self):
"""
Notified when the current debugged process is being suspended
We force the debugger into suspend mode as a way to notify the tracer to start tracing
TakeMemorySnapshot is called to capture all the memory content of the debugger at this point.
This will have all the loaded DLLs / libraries in memory
If the debugger is suspend for any other reason, we will not trace
This is a standard IDA Debug Hook callback
"""
if self.startTracing:
self.startTracing = False
self.logger.info( "Process suspended" )
idc.TakeMemorySnapshot(0)
self.dbg_step_into()
idaapi.request_step_into()
idaapi.run_requests()
else:
self.logger.info("suspend process called but not to start tracing")
def dbg_exception(self, pid, tid, ea, exc_code, exc_can_cont, exc_ea, exc_info):
"""
Notified when the debugger hits an exception
This is a standard IDA Debug Hook callback
"""
self.logger.info("Exception: pid=%d tid=%d ea=0x%x exc_code=0x%x can_continue=%d exc_ea=0x%x exc_info=%s" % (
pid, tid, ea, exc_code & idaapi.BADADDR, exc_can_cont, exc_ea, exc_info))
self.memoryWriter.writeToFile("X 0x%x 0x%x\n" % (ea, exc_code & idaapi.BADADDR))
#Check if this is an access violation, exit if it is one because an overflow error has likely occurred.
exception_code = exc_code & idaapi.BADADDR
if (exception_code == 0xc0000005):
self.logger.error("Exception: Access Violation! Stopping Debugger!")
idc.StopDebugger()
request_exit_process()
return 0
def dbg_step_into(self):
"""
Notified when the debugger is single stepping thru a process
This is the main function for tracing, we analyze each instruction being executed
The instruction along with its metadata is written to either memory or out to a file
This is a standard IDA Debug Hook callback
"""
global instSeq
eip = GetRegValue("EIP")
DecodeInstruction(eip)
inslen = cmd.size
if cmd.size > 0:
bytes = get_many_bytes(cmd.ea,cmd.size)
self.memoryWriter.writeToFile("E 0x%x %x %s " % (cmd.ea,cmd.size,toHex(bytes)))
instcode = c_byte*inslen
instBytes = instcode()
for i in range(inslen):
instBytes[i]=get_byte(cmd.ea+i)
curid = idc.GetCurrentThreadId()
self.memoryWriter.writeToFile("0x%x 0x%x" % (curid, instSeq)) # current_thread_id
instSeq = instSeq+1
instInfo = instDecode()
if inslen > 0:
self.xDecoder32.decode_inst(inslen, pointer(instBytes),ctypes.byref((instInfo)))
else:
self.logger.error( "Cannot decode instruction at 0x%x %x %s" % (cmd.ea,cmd.size,toHex(bytes)) )
self.logger.debug("source_operands_number=%d" % (instInfo.n_src_operand))
lReadEA = 0
lReadSize = 0
lWriteEA = 0
lWriteSize = 0
bSegFS = 0
regs = {}
for i in range(instInfo.n_src_operand):
self.logger.debug("%d: width=%d, rw=%d, type=%d, ea_string=%s" %(i, instInfo.src_operands[i]._width_bits,instInfo.src_operands[i]._rw,instInfo.src_operands[i]._type,instInfo.src_operands[i]._ea))
if(instInfo.src_operands[i]._type == REGISTER):
if(instInfo.src_operands[i]._ea == "STACKPOP"):
regs["ESP"] = GetRegValue("ESP")
elif((instInfo.src_operands[i]._ea.find("EFLAGS"))!=-1):
regs["eflags"] = GetRegValue("EFL")
else:
regs[instInfo.src_operands[i]._ea]= GetRegValue(instInfo.src_operands[i]._ea)
elif(instInfo.src_operands[i]._type == MEMORY): #collect registers used to calculate memory address
lBase = 0
lIndex = 0
lScale =0
lDisp = 0
parts = (instInfo.src_operands[i]._ea).split(":")
for part in parts:
comps = part.split("=")
if(len(comps)==2):
self.logger.debug("%s is %s"%(comps[0], comps[1]))
if comps[0] =="SEG":
if(comps[1]=="FS"):
bSegFS = 1
self.logger.debug("SRC SEG==FS")
continue
elif comps[0] =="BASE":
lBase = GetRegValue(comps[1])
regs[comps[1]] = GetRegValue(comps[1])
elif comps[0] =="INDEX":
lIndex = GetRegValue(comps[1])
regs[comps[1]] = GetRegValue(comps[1])
elif comps[0] =="SCALE":
lScale = int(comps[1])
elif comps[0] =="DISP":
lDisp = int(comps[1])
else:
break
lReadEA = lBase + lIndex*lScale + lDisp
if (instInfo.attDisa.find("lea")!=-1): # lea doesn't actually read
lReadSize = 0
self.logger.debug("Encounter instruction lea:%s" %(instInfo.attDisa))
elif (bSegFS==1):
lReadSize = 0
self.logger.debug("FS segement register ignored for NOW:%s" %(instInfo.attDisa))
else:
lReadSize = instInfo.src_operands[i]._width_bits/8
self.logger.debug("lEA = 0x%x" %(lReadEA))
self.logger.debug("dest_operands_number=%d" % (instInfo.n_dest_operand))
for i in range(instInfo.n_dest_operand):
self.logger.debug("%d: width=%d, rw=%d, type=%d, ea_string=%s" %(i, instInfo.dest_operands[i]._width_bits,instInfo.dest_operands[i]._rw,instInfo.dest_operands[i]._type,instInfo.dest_operands[i]._ea))
if(instInfo.dest_operands[i]._type == REGISTER):
if(instInfo.dest_operands[i]._ea == "STACKPUSH"): #push ino stack
regs["ESP"] = GetRegValue("ESP")
elif((instInfo.dest_operands[i]._ea.find("EFLAGS"))!=-1):
regs["eflags"] = GetRegValue("EFL")
else:
regs[instInfo.dest_operands[i]._ea]= GetRegValue(instInfo.dest_operands[i]._ea)
elif(instInfo.dest_operands[i]._type == MEMORY): #collect registers used to calculate memory address
lBase = 0
lIndex = 0
lScale =0
lDisp = 0
parts = (instInfo.dest_operands[i]._ea).split(":")
for part in parts:
comps = part.split("=")
if(len(comps)==2):
self.logger.debug("%s is %s" %(comps[0], comps[1]))
if comps[0] =="SEG":
if(comps[1]=="FS"):
bSegFS = 1
self.logger.debug("DEST: SEG==FS")
continue
elif comps[0] =="BASE":
lBase = GetRegValue(comps[1])
regs[comps[1]] = lBase
self.logger.debug("BASE %s equals 0x%x" %(comps[1],lBase))
elif comps[0] =="INDEX":
lIndex = GetRegValue(comps[1])
regs[comps[1]] = lIndex
self.logger.debug("lIndex %s equals 0x%x" %(comps[1],lIndex))
elif comps[0] =="SCALE":
lScale = int(comps[1])
self.logger.debug("lScale equals 0x%x" %(lScale))
elif comps[0] =="DISP":
lDisp = int(comps[1])
self.logger.debug("lDisp equals 0x%x" %(lDisp))
else:
break
lWriteEA = lBase + lIndex*lScale + lDisp
if (bSegFS==1):
lWriteSize = 0
self.logger.debug("FS segement register ignored for NOW:%s" %(instInfo.attDisa))
else:
lWriteSize = instInfo.dest_operands[i]._width_bits/8
self.logger.debug("lEA = 0x%x" %(lWriteEA))
self.memoryWriter.writeToFile(" Reg( ")
for reg in regs:
self.memoryWriter.writeToFile("%s=0x%x " %(reg,regs[reg]))
self.memoryWriter.writeToFile(") ")
if lReadEA!=0 and lReadSize!=0:
self.memoryWriter.writeToFile("R %d %x " % (lReadSize,lReadEA))
for j in range(lReadSize):
value = DbgByte(lReadEA+j)
if(value is not None):
if(j==0):
self.memoryWriter.writeToFile("%x" %(value))
else:
self.memoryWriter.writeToFile("_%x" %(value))
else:
self.memoryWriter.writeToFile("X")
if lWriteEA!=0 and lWriteSize!=0: # no need to get contents from the write address
self.memoryWriter.writeToFile(" W %d %x " % (lWriteSize,lWriteEA))
self.memoryWriter.writeToFile("\n")
request_step_into()
else:
self.logger.error("The instruction at 0x%x has 0 size." % cmd.ea)
def dbg_run_to(self, pid, tid=0, ea=0):
"""
Notified when the debugger was set to run to a certain point
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Runto: tid=%d pid=%d address=0x%x" % ( tid, pid, ea) )
def dbg_step_over(self):
"""
Notified when the debugger steps over command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("StepOver: 0x%x %s" % (eip, GetDisasm(eip)))
def dbg_information(self, pid, tid, ea, info):
self.logger.info("dbg_information: 0x%x %s pid=%d tid=%d info=%s" % (ea, GetDisasm(ea),pid,tid,info))
def dbg_thread_start(self, pid, tid, ea):
"""
Notified when a thread has started
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_start: 0x%x pid=%d tid=%d" % (ea,pid,tid))
def dbg_thread_exit(self, pid, tid, ea, exit_code):
"""
Notified when a thread has exited
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_exit: 0x%x pid=%d tid=%d exit_code=%d " % (ea,pid,tid,exit_code))
def dbg_request_error(self, failed_command, failed_dbg_notification):
"""
Notified when the debugger encounters an error
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_request_error: failed_command=%d failed_dbg_notification=%d" % (failed_command,failed_dbg_notification) )
def dbg_step_until_ret(self):
"""
Notified when the step until ret command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("dbg_step_until_ret: 0x%x %s" % (eip, GetDisasm(eip)))
def startTrace(self):
self.startTracing = True
PauseProcess()
def stopTrace(self):
self.startTracing = False
#PauseProcess()
idaapi.request_detach_process()
idaapi.run_requests()
def callbackProcessing(self,inputLoggingList):
"""
This function is a callback from the API monitoring functions
When the API monitoring functions is ready to start tracing, it calls this function from the debugger to start tracing
The list of input values is written to a file or memory, then PauseProcess is called to force the debugger to suspend
Suspending the debugger will then trigger the debugger to go into single stepping mode
In single stepping mode, each instruction will be written to either memory or a file
@param inputLoggingList: A list of input values to log
@return: None
"""
data_addr = inputLoggingList.pop(0)
data_size = inputLoggingList.pop(0)
data = inputLoggingList.pop(0)
handle = inputLoggingList.pop(0)
caller_addr = inputLoggingList.pop(0)
caller_name = inputLoggingList.pop(0)
thread_id = inputLoggingList.pop(0)
global instSeq
self.logger.info( "Taking a memory snapshot then saving to the current idb file.")
self.logger.info("CallbackProcessing called. Logging input... I %x %d %s 0x%x 0x%x %s 0x%x 0x%x" % \
(data_addr,data_size,toHex(data),thread_id,instSeq,caller_name,caller_addr,handle) )
self.memoryWriter.writeToFile("I %x %d %s 0x%x 0x%x %s 0x%x 0x%x\n" % \
(data_addr,data_size,toHex(data),thread_id,instSeq,caller_name,caller_addr,handle) )
#update the instruction sequence counter
instSeq = instSeq+1
self.startTracing = True
PauseProcess()
def takeSnapshot(self,data):
"""
This function saves the current state of the debugger, whatever is in the IDB database, all of its memory content
into a netnode which then gets saved to a new IDB file
The data is the entire execution trace in memory. A blob is used to stored the trace.
@param data: The data to save into the netnode, this is the entire execution trace in memory
@return: None
"""
ExTraces = idaapi.netnode("$ ExTraces", 0, True)
ExTraces.setblob(data,0,'A')
idc.SaveBase(self.treeIDBFile)
class ETDbgHook(DBG_Hooks):
"""
Execution Trace Debugger hook
This class receives notifications from the actually IDA Pro debugger
"""
def __init__(self,traceFile,treeTraceFile,logger,mode):
super(ETDbgHook, self ).__init__()
self.logger = logger
hostOS = None
if(sys.platform == 'win32'):
hostOS = WINDOWS
elif (sys.platform == 'linux2'):
hostOS = LINUX
self.xDecoder32 = x86Decoder(isa_bits,32, hostOS)
self.memoryWriter = BufferWriter()
self.memoryWriter.fileOpen(traceFile)
self.checkInput = None
self.bCheckFileIO = False
self.bCheckNetworkIO = False
self.treeIDBFile = treeTraceFile
self.startTracing = False
self.interactiveMode = mode
def dbg_process_start(self, pid, tid, ea, name, base, size):
"""
Notified when a process starts
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process started, pid=%d tid=%d name=%s ea=0x%x" % (pid, tid, name,ea))
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base, size))
def dbg_process_exit(self, pid, tid, ea, code):
"""
Notified when a process exits
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process exited pid=%d tid=%d ea=0x%x code=%d" % (pid, tid, ea, code))
self.memoryWriter.writeToFile("T 0x%x %d\n" % ( ea, code))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_unload(self, pid, tid, ea, info):
"""
Notified when a library unloads
This is a standard IDA Debug Hook callback
"""
self.logger.info("Library unloaded: pid=%d tid=%d ea=0x%x info=%s" % (pid, tid, ea, info))
self.memoryWriter.writeToFile("U 0x%x 0x%x\n" % (ea, tid))
def dbg_process_attach(self, pid, tid, ea, name, base, size):
"""
Notified when the debugger attaches to a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process attach pid=%d tid=%d ea=0x%x name=%s base=%x size=%x" % (pid, tid, ea, name, base, size))
def dbg_process_detach(self, pid, tid, ea):
"""
Notified when the debugger detaches from a process
This is a standard IDA Debug Hook callback
"""
self.logger.info("Process detached, pid=%d tid=%d ea=0x%x" % (pid, tid, ea))
self.memoryWriter.writeToFile("T 0x%x\n" % ( ea))
data = self.memoryWriter.getBufferData()
self.takeSnapshot(data)
self.memoryWriter.fileClose(data)
def dbg_library_load(self, pid, tid, ea, name, base, size):
"""
Notified when a library loads
We use this callback to monitor which library loads into memory so we can hook the appropriate functions for monitoring
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Library loaded: pid=%d tid=%d name=%s base=%x" % (pid, tid, name, base) )
self.memoryWriter.writeToFile("L %s %x %x\n" % (name, base,size))
if self.interactiveMode:
print("dbg_library_load: %d using interactive mode" % (tid))
self.checkInput = None
else:
print("dbg_library_load: %d not using interactive mode." % (tid))
self.checkInput(name,base,self.bCheckFileIO,self.bCheckNetworkIO)
def dbg_trace(self, tid, ip):
"""
Notified when the debugger is in IDA Pro's trace mode
This is a standard IDA Debug Hook callback
"""
instruction = GetDisasm(ip)
self.logger.info("Trace: tid=%d 0x%x %s" % (tid, ip, instruction))
def dbg_bpt(self, tid, ea):
"""
Notified when the debugger hits a breakpoint
This is a standard IDA Debug Hook callback
"""
self.logger.info("Breakpoint: tid=%d 0x%x" % (tid, ea))
# return values:
# -1 - to display a breakpoint warning dialog
# if the process is suspended.
# 0 - to never display a breakpoint warning dialog.
# 1 - to always display a breakpoint warning dialog.
return 0
def dbg_suspend_process(self):
"""
Notified when the current debugged process is being suspended
We force the debugger into suspend mode as a way to notify the tracer to start tracing
TakeMemorySnapshot is called to capture all the memory content of the debugger at this point.
This will have all the loaded DLLs / libraries in memory
If the debugger is suspend for any other reason, we will not trace
This is a standard IDA Debug Hook callback
"""
if self.startTracing:
self.startTracing = False
self.logger.info( "Process suspended" )
idc.TakeMemorySnapshot(0)
self.dbg_step_into()
idaapi.request_step_into()
idaapi.run_requests()
else:
self.logger.info("suspend process called but not to start tracing")
def dbg_exception(self, pid, tid, ea, exc_code, exc_can_cont, exc_ea, exc_info):
"""
Notified when the debugger hits an exception
This is a standard IDA Debug Hook callback
"""
self.logger.info("Exception: pid=%d tid=%d ea=0x%x exc_code=0x%x can_continue=%d exc_ea=0x%x exc_info=%s" % (
pid, tid, ea, exc_code & idaapi.BADADDR, exc_can_cont, exc_ea, exc_info))
self.memoryWriter.writeToFile("X 0x%x 0x%x\n" % (ea, exc_code & idaapi.BADADDR))
#Check if this is an access violation, exit if it is one because an overflow error has likely occurred.
exception_code = exc_code & idaapi.BADADDR
if (exception_code == 0xc0000005):
self.logger.error("Exception: Access Violation! Stopping Debugger!")
idc.StopDebugger()
request_exit_process()
return 0
def dbg_step_into(self):
"""
Notified when the debugger is single stepping thru a process
This is the main function for tracing, we analyze each instruction being executed
The instruction along with its metadata is written to either memory or out to a file
This is a standard IDA Debug Hook callback
"""
global instSeq
eip = GetRegValue("EIP")
DecodeInstruction(eip)
inslen = cmd.size
if cmd.size > 0:
bytes = get_many_bytes(cmd.ea,cmd.size)
self.memoryWriter.writeToFile("E 0x%x %x %s " % (cmd.ea,cmd.size,toHex(bytes)))
instcode = c_byte*inslen
instBytes = instcode()
for i in range(inslen):
instBytes[i]=get_byte(cmd.ea+i)
curid = idc.GetCurrentThreadId()
self.memoryWriter.writeToFile("0x%x 0x%x" % (curid, instSeq)) # current_thread_id
instSeq = instSeq+1
instInfo = instDecode()
if inslen > 0:
self.xDecoder32.decode_inst(inslen, pointer(instBytes),ctypes.byref((instInfo)))
else:
self.logger.error( "Cannot decode instruction at 0x%x %x %s" % (cmd.ea,cmd.size,toHex(bytes)) )
self.logger.debug("source_operands_number=%d" % (instInfo.n_src_operand))
lReadEA = 0
lReadSize = 0
lWriteEA = 0
lWriteSize = 0
bSegFS = 0
regs = {}
for i in range(instInfo.n_src_operand):
self.logger.debug("%d: width=%d, rw=%d, type=%d, ea_string=%s" %(i, instInfo.src_operands[i]._width_bits,instInfo.src_operands[i]._rw,instInfo.src_operands[i]._type,instInfo.src_operands[i]._ea))
if(instInfo.src_operands[i]._type == REGISTER):
if(instInfo.src_operands[i]._ea == "STACKPOP"):
regs["ESP"] = GetRegValue("ESP")
elif((instInfo.src_operands[i]._ea.find("EFLAGS"))!=-1):
regs["eflags"] = GetRegValue("EFL")
else:
regs[instInfo.src_operands[i]._ea]= GetRegValue(instInfo.src_operands[i]._ea)
elif(instInfo.src_operands[i]._type == MEMORY): #collect registers used to calculate memory address
lBase = 0
lIndex = 0
lScale =0
lDisp = 0
parts = (instInfo.src_operands[i]._ea).split(":")
for part in parts:
comps = part.split("=")
if(len(comps)==2):
self.logger.debug("%s is %s"%(comps[0], comps[1]))
if comps[0] =="SEG":
if(comps[1]=="FS"):
bSegFS = 1
self.logger.debug("SRC SEG==FS")
continue
elif comps[0] =="BASE":
lBase = GetRegValue(comps[1])
regs[comps[1]] = GetRegValue(comps[1])
elif comps[0] =="INDEX":
lIndex = GetRegValue(comps[1])
regs[comps[1]] = GetRegValue(comps[1])
elif comps[0] =="SCALE":
lScale = int(comps[1])
elif comps[0] =="DISP":
lDisp = int(comps[1])
else:
break
lReadEA = lBase + lIndex*lScale + lDisp
if (instInfo.attDisa.find("lea")!=-1): # lea doesn't actually read
lReadSize = 0
self.logger.debug("Encounter instruction lea:%s" %(instInfo.attDisa))
elif (bSegFS==1):
lReadSize = 0
self.logger.debug("FS segement register ignored for NOW:%s" %(instInfo.attDisa))
else:
lReadSize = instInfo.src_operands[i]._width_bits/8
self.logger.debug("lEA = 0x%x" %(lReadEA))
self.logger.debug("dest_operands_number=%d" % (instInfo.n_dest_operand))
for i in range(instInfo.n_dest_operand):
self.logger.debug("%d: width=%d, rw=%d, type=%d, ea_string=%s" %(i, instInfo.dest_operands[i]._width_bits,instInfo.dest_operands[i]._rw,instInfo.dest_operands[i]._type,instInfo.dest_operands[i]._ea))
if(instInfo.dest_operands[i]._type == REGISTER):
if(instInfo.dest_operands[i]._ea == "STACKPUSH"): #push ino stack
regs["ESP"] = GetRegValue("ESP")
elif((instInfo.dest_operands[i]._ea.find("EFLAGS"))!=-1):
regs["eflags"] = GetRegValue("EFL")
else:
regs[instInfo.dest_operands[i]._ea]= GetRegValue(instInfo.dest_operands[i]._ea)
elif(instInfo.dest_operands[i]._type == MEMORY): #collect registers used to calculate memory address
lBase = 0
lIndex = 0
lScale =0
lDisp = 0
parts = (instInfo.dest_operands[i]._ea).split(":")
for part in parts:
comps = part.split("=")
if(len(comps)==2):
self.logger.debug("%s is %s" %(comps[0], comps[1]))
if comps[0] =="SEG":
if(comps[1]=="FS"):
bSegFS = 1
self.logger.debug("DEST: SEG==FS")
continue
elif comps[0] =="BASE":
lBase = GetRegValue(comps[1])
regs[comps[1]] = lBase
self.logger.debug("BASE %s equals 0x%x" %(comps[1],lBase))
elif comps[0] =="INDEX":
lIndex = GetRegValue(comps[1])
regs[comps[1]] = lIndex
self.logger.debug("lIndex %s equals 0x%x" %(comps[1],lIndex))
elif comps[0] =="SCALE":
lScale = int(comps[1])
self.logger.debug("lScale equals 0x%x" %(lScale))
elif comps[0] =="DISP":
lDisp = int(comps[1])
self.logger.debug("lDisp equals 0x%x" %(lDisp))
else:
break
lWriteEA = lBase + lIndex*lScale + lDisp
if (bSegFS==1):
lWriteSize = 0
self.logger.debug("FS segement register ignored for NOW:%s" %(instInfo.attDisa))
else:
lWriteSize = instInfo.dest_operands[i]._width_bits/8
self.logger.debug("lEA = 0x%x" %(lWriteEA))
self.memoryWriter.writeToFile(" Reg( ")
for reg in regs:
self.memoryWriter.writeToFile("%s=0x%x " %(reg,regs[reg]))
self.memoryWriter.writeToFile(") ")
if lReadEA!=0 and lReadSize!=0:
self.memoryWriter.writeToFile("R %d %x " % (lReadSize,lReadEA))
for j in range(lReadSize):
value = DbgByte(lReadEA+j)
if(value is not None):
if(j==0):
self.memoryWriter.writeToFile("%x" %(value))
else:
self.memoryWriter.writeToFile("_%x" %(value))
else:
self.memoryWriter.writeToFile("X")
if lWriteEA!=0 and lWriteSize!=0: # no need to get contents from the write address
self.memoryWriter.writeToFile(" W %d %x " % (lWriteSize,lWriteEA))
self.memoryWriter.writeToFile("\n")
request_step_into()
else:
self.logger.error("The instruction at 0x%x has 0 size." % cmd.ea)
def dbg_run_to(self, pid, tid=0, ea=0):
"""
Notified when the debugger was set to run to a certain point
This is a standard IDA Debug Hook callback
"""
self.logger.info( "Runto: tid=%d pid=%d address=0x%x" % ( tid, pid, ea) )
def dbg_step_over(self):
"""
Notified when the debugger steps over command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("StepOver: 0x%x %s" % (eip, GetDisasm(eip)))
def dbg_information(self, pid, tid, ea, info):
self.logger.info("dbg_information: 0x%x %s pid=%d tid=%d info=%s" % (ea, GetDisasm(ea),pid,tid,info))
def dbg_thread_start(self, pid, tid, ea):
"""
Notified when a thread has started
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_start: 0x%x pid=%d tid=%d" % (ea,pid,tid))
def dbg_thread_exit(self, pid, tid, ea, exit_code):
"""
Notified when a thread has exited
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_thread_exit: 0x%x pid=%d tid=%d exit_code=%d " % (ea,pid,tid,exit_code))
def dbg_request_error(self, failed_command, failed_dbg_notification):
"""
Notified when the debugger encounters an error
This is a standard IDA Debug Hook callback
"""
self.logger.info("dbg_request_error: failed_command=%d failed_dbg_notification=%d" % (failed_command,failed_dbg_notification) )
def dbg_step_until_ret(self):
"""
Notified when the step until ret command is called
This is a standard IDA Debug Hook callback
"""
eip = here()
self.logger.info("dbg_step_until_ret: 0x%x %s" % (eip, GetDisasm(eip)))
def startTrace(self):
self.startTracing = True
PauseProcess()
def stopTrace(self):
self.startTracing = False
#PauseProcess()
idaapi.request_detach_process()
idaapi.run_requests()
def callbackProcessing(self,inputLoggingList):
"""
This function is a callback from the API monitoring functions
When the API monitoring functions is ready to start tracing, it calls this function from the debugger to start tracing
The list of input values is written to a file or memory, then PauseProcess is called to force the debugger to suspend
Suspending the debugger will then trigger the debugger to go into single stepping mode
In single stepping mode, each instruction will be written to either memory or a file
@param inputLoggingList: A list of input values to log
@return: None
"""
data_addr = inputLoggingList.pop(0)
data_size = inputLoggingList.pop(0)
data = inputLoggingList.pop(0)
handle = inputLoggingList.pop(0)
caller_addr = inputLoggingList.pop(0)
caller_name = inputLoggingList.pop(0)
thread_id = inputLoggingList.pop(0)
global instSeq
self.logger.info( "Taking a memory snapshot then saving to the current idb file.")
self.logger.info("CallbackProcessing called. Logging input... I %x %d %s 0x%x 0x%x %s 0x%x 0x%x" % \
(data_addr,data_size,toHex(data),thread_id,instSeq,caller_name,caller_addr,handle) )
self.memoryWriter.writeToFile("I %x %d %s 0x%x 0x%x %s 0x%x 0x%x\n" % \
(data_addr,data_size,toHex(data),thread_id,instSeq,caller_name,caller_addr,handle) )
#update the instruction sequence counter
instSeq = instSeq+1
self.startTracing = True
PauseProcess()
def takeSnapshot(self,data):
"""
This function saves the current state of the debugger, whatever is in the IDB database, all of its memory content
into a netnode which then gets saved to a new IDB file
The data is the entire execution trace in memory. A blob is used to stored the trace.
@param data: The data to save into the netnode, this is the entire execution trace in memory
@return: None
"""
ExTraces = idaapi.netnode("$ ExTraces", 0, True)
ExTraces.setblob(data,0,'A')
idc.SaveBase(self.treeIDBFile)