def _spawn_a_gdb(self, _):
gdb = Gdb()
gdb_pid = gdb.get_gdb_pid()
self.gdb_by_its_pid[gdb_pid] = gdb
self.ev.publish("spawner.debugger-started", {"debugger-id": gdb_pid})
return gdb_pid
def __init__(self, completekey='tab', stdin=None, stdout=None,
siglist=None):
Gdb.__init__(self, completekey, stdin, stdout, siglist)
self.annotate = 0 # if > 0, print annotations (for better emacs
# integration)
self.__show_breakpoints_postcmd = set(["break", "b", "tbreak",
"disable", "enable", "condition",
"cl", "clear", "delete"])
self.__show_annotations_preloop = set(["s", "step", "c", "continue",
"n", "next", "return", "jump"])
self.__show_annotations_postcmd = set(["down", "frame", "up"])
self.__show_annotations = True
return
def __init__(self,
completekey='tab',
stdin=None,
stdout=None,
siglist=None):
Gdb.__init__(self, completekey, stdin, stdout, siglist)
self.annotate = 0 # if > 0, print annotations (for better emacs
# integration)
self.__show_breakpoints_postcmd = set([
"break", "b", "tbreak", "disable", "enable", "condition", "cl",
"clear", "delete"
])
self.__show_annotations_preloop = set(
["s", "step", "c", "continue", "n", "next", "return", "jump"])
self.__show_annotations_postcmd = set(["down", "frame", "up"])
self.__show_annotations = True
self.precmd_hooks = []
self.preloop_hooks = []
self.postcmd_hooks = []
self.postloop_hooks = []
return
def invoke_server(signum, frame):
"""This function sets up a signal handler, which when it
traps a signal, starts a debugging server suitable for other
debugging clients to connect to.
"""
p = Gdb()
p._sys_argv = list(sys.argv)
from remote import RemoteWrapperServer
p = RemoteWrapperServer(p)
p.do_pydbserver(server_addr)
p.set_trace(frame)
import signal
signal.signal(signum, old_handler)
def invoke_server(signum, frame):
"""This function sets up a signal handler, which when it
traps a signal, starts a debugging server suitable for other
debugging clients to connect to.
"""
p = Gdb()
p._sys_argv = list(sys.argv)
from remote import RemoteWrapperServer
p = RemoteWrapperServer(p)
p.do_pydbserver(server_addr)
p.set_trace(frame)
import signal
signal.signal(signum, old_handler)
class Tracer:
def __init__(self, pid):
self.process = Process(pid)
self.gdb = Gdb(pid)
self.io_read_bytes = 0
self.io_write_bytes = 0
self.about = (self.process.name, pid, datetime.now())
def snapshot(self):
cpu = self.process.get_cpu_percent()
mem = self.process.get_memory_info()[0] # only RSS for now
io = self.get_io_bytes()
stack = self.gdb.get_stack()
return (cpu, mem, io, stack)
def get_io_bytes(self):
_, _, read_bytes, write_bytes = self.process.get_io_counters()
io = (read_bytes - self.io_read_bytes, write_bytes - self.io_write_bytes)
self.io_read_bytes, self.io_write_bytes = read_bytes, write_bytes
return io
class Tracer:
def __init__(self, pid):
self.process = Process(pid)
self.gdb = Gdb(pid)
self.io_read_bytes = 0
self.io_write_bytes = 0
self.about = (self.process.name, pid, datetime.now())
def snapshot(self):
cpu = self.process.get_cpu_percent()
mem = self.process.get_memory_info()[0] # only RSS for now
io = self.get_io_bytes()
stack = self.gdb.get_stack()
return (cpu, mem, io, stack)
def get_io_bytes(self):
_, _, read_bytes, write_bytes = self.process.get_io_counters()
io = (read_bytes - self.io_read_bytes,
write_bytes - self.io_write_bytes)
self.io_read_bytes, self.io_write_bytes = read_bytes, write_bytes
return io
import sys
import struct
from gdb import Gdb
from ptrace.debugger import PtraceDebugger, ProcessSignal, ProcessExit
pid = sys.argv[1]
gdb = Gdb()
gdb.debugger = PtraceDebugger()
gdb.process = None
gdb.attachProcess(pid)
print("[!] attached to {0}".format(pid))
#gdb.breakpoint("0x80487e0")
gdb.breakpoint("0x080487d6")
gdb.breakpoint("0x08048802")
while (True):
try:
gdb.cont()
eip = gdb.process.getreg("eip")
print("EIP: {0}".format(hex(eip)))
#if eip == 0x80487e0:
# print("pipe descriptor: {0}".format(hex(gdb.process.getreg("eax"))))
# WRITE WHERE
if eip == 0x80487d6:
eax = gdb.process.getreg("eax")
i = gdb.process.readBytes(eax, 4)
def __init__(self, pydb_object):
Gdb.__init__(self)
self.pydb = pydb_object
self.connection = None
self.use_rawinput = False
self.running = True
def __init__(self, vim):
self.vim = vim
self.gdb = Gdb(vim)
class DbugPlugin(object):
def __init__(self, vim):
self.vim = vim
self.gdb = Gdb(vim)
@pynvim.command('Dbg', sync=True)
def dbg(self):
self.gdb.start()
remote_address = self.vim.vars.get('dbug_remote_hint')
if remote_address:
self.gdb.target_connect_remote(remote_address)
fname = self.vim.vars.get('dbug_file')
if fname:
self.gdb.load_exec_and_symbol_file(fname)
if remote_address:
self.gdb.download()
self.gdb.stack_info()
self.gdb.bp_list()
@pynvim.command('DbgAttach', sync=True)
def dbg_attach(self):
self.gdb.start()
remote_address = self.vim.vars.get('dbug_remote_hint')
if remote_address:
self.gdb.target_connect_remote(remote_address)
fname = self.vim.vars.get('dbug_file')
if fname:
self.gdb.load_exec_and_symbol_file(fname)
self.gdb.stack_info()
self.gdb.bp_list()
@pynvim.command('DbgStart', sync=True)
def dbg_start(self):
self.gdb.start()
@pynvim.command('DbgStop', sync=False)
def dbg_stop(self):
self.gdb.stop()
@pynvim.command('DbgFile', nargs='?', complete="file", sync=True)
def dbg_file(self, args):
if len(args) == 0:
fname = self.vim.vars.get('dbug_file')
else:
fname = args[0]
self.gdb.load_exec_and_symbol_file(fname)
@pynvim.command('DbgRemote', nargs='?', sync=True)
def dbg_remote(self, args):
if len(args) == 0:
address = self.vim.vars.get('dbug_remote_hint')
else:
address = args[0]
self.gdb.target_connect_remote(address)
@pynvim.command('DbgLoad', sync=False)
def dbg_load(self):
self.gdb.download()
@pynvim.command('DbgRun', sync=True)
def dbg_run(self):
self.gdb.run()
@pynvim.command('DbgContinue', sync=True)
def dbg_continue(self):
self.gdb.cont()
@pynvim.command('DbgStep', sync=True)
def dbg_step(self):
self.gdb.step()
@pynvim.command('DbgNext', sync=True)
def dbg_next(self):
self.gdb.next()
@pynvim.command('DbgBreakpoint', sync=True)
def dbg_breakpoint_toggle(self):
line = self.vim.current.window.api.get_cursor()[0]
fname = self.vim.current.buffer.api.get_name()
self.gdb.bp_toggle(fname, line)
@pynvim.command('DbgBreakpointList', sync=True)
def dbg_breakpoint_list(self):
self.gdb.bp_list()
@pynvim.command('DbgWatchExpression', nargs='1', sync=True)
def dbg_expr_watch(self, args):
self.gdb.expr_watch(args[0])
@pynvim.command('DbgExpressionUpdate', sync=True)
def dbg_expr_update(self):
self.gdb.expr_update()
@pynvim.command('DbgWatchDelete', range=True, sync=True)
def dbg_watch_del(self, args):
line = int(args[0]) - 1
self.gdb.watch_del(line)
@pynvim.command('DbgBacktrace', sync=True)
def dbg_backtrace(self):
self.gdb.stack_list()
handler = logging.FileHandler('/tmp/dbug.log', 'w')
handler.formatter = logging.Formatter(
'%(msecs)6d %(levelname)-5s %(message)s')
logger = logging.getLogger(__name__)
logger.addHandler(handler)
logger.setLevel(logging.DEBUG)
bpdb = BreakpointDB()
from gdb import Gdb
try:
logger.info("\n\n\n\n\n")
if len(sys.argv) == 1:
gdb = Gdb()
logger.info("GDB server started")
elif len(sys.argv) == 2:
gdb_path = sys.argv[1]
gdb = Gdb(gdb_path=gdb_path)
logger.info("GDB server started %s" % (gdb_path))
while True:
msg = vim.recv_msg()
if msg["name"] == "file":
filepath = msg["path"]
gdb.file_and_exec_symbols(filepath)
elif msg["name"] == "remote":
import sys
import struct
from gdb import Gdb
from ptrace.debugger import PtraceDebugger, ProcessSignal, ProcessExit
pid = sys.argv[1]
gdb = Gdb()
gdb.debugger = PtraceDebugger()
gdb.process = None
gdb.attachProcess(pid)
print("[!] attached to {0}".format(pid))
#gdb.breakpoint("0x80487e0")
gdb.breakpoint("0x080487d6")
gdb.breakpoint("0x08048802")
while(True):
try:
gdb.cont()
eip = gdb.process.getreg("eip")
print("EIP: {0}".format(hex(eip)))
#if eip == 0x80487e0:
# print("pipe descriptor: {0}".format(hex(gdb.process.getreg("eax"))))
# WRITE WHERE
if eip == 0x80487d6:
eax = gdb.process.getreg("eax")
i = gdb.process.readBytes(eax, 4)
def __init__(self, pydb_object):
Gdb.__init__(self)
self.pydb = pydb_object
self.connection = None
self.use_rawinput = False
self.running = True
def __init__(self, pid):
self.process = Process(pid)
self.gdb = Gdb(pid)
self.io_read_bytes = 0
self.io_write_bytes = 0
self.about = (self.process.name, pid, datetime.now())
def __init__(self, pid):
self.process = Process(pid)
self.gdb = Gdb(pid)
self.io_read_bytes = 0
self.io_write_bytes = 0
self.about = (self.process.name, pid, datetime.now())