def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_flag = self.objectName().lower()
label_text = "Enter the new value of flag " + self.objectName()
register_dialog = InputDialogForm(item_list=[(label_text, ["0", "1", int(registers[current_flag])])])
if register_dialog.exec_():
GDB_Engine.set_register_flag(current_flag, register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_flag])
def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_register = self.objectName().lower()
register_dialog = InputDialogForm(
item_list=[("Enter the new value of register " + self.objectName(), registers[current_register])])
if register_dialog.exec_():
GDB_Engine.set_convenience_variable(current_register, register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_register])
def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_register = self.objectName().lower()
register_dialog = InputDialogForm(
item_list=[("Enter the new value of register " + self.objectName(),
registers[current_register])])
if register_dialog.exec_():
GDB_Engine.set_convenience_variable(current_register,
register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_register])
def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_register = self.objectName().lower()
register_dialog = DialogWithButtonsForm(
label_text="Enter the new value of register " + self.objectName(),
hide_line_edit=False,
line_edit_text=registers[current_register])
if register_dialog.exec_():
GDB_Engine.set_convenience_variable(current_register,
register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_register])
def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_flag = self.objectName().lower()
label_text = "Enter the new value of flag " + self.objectName()
register_dialog = InputDialogForm(
item_list=[(label_text,
["0", "1", int(registers[current_flag])])])
if register_dialog.exec_():
GDB_Engine.set_register_flag(current_flag,
register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_flag])
def refresh(self, int_address, offset):
self.breakpoint_list.clear()
hex_list = GDB_Engine.hex_dump(int_address, offset)
self.data_array = hex_list
breakpoint_list = GDB_Engine.get_breakpoint_info()
for breakpoint in breakpoint_list:
difference = int(breakpoint.address, 16) - int_address
if difference < 0:
continue
size = breakpoint.size
for i in range(size):
self.breakpoint_list.add(difference + i)
self.layoutChanged.emit()
def refresh(self, int_address, offset, data_array=None, breakpoint_info=None):
int_address = SysUtils.modulo_address(int_address, GDB_Engine.inferior_arch)
self.breakpoint_list.clear()
if data_array is None:
self.data_array = GDB_Engine.hex_dump(int_address, offset)
else:
self.data_array = data_array
if breakpoint_info is None:
breakpoint_info = GDB_Engine.get_breakpoint_info()
for breakpoint in breakpoint_info:
breakpoint_address = int(breakpoint.address, 16)
for i in range(breakpoint.size):
self.breakpoint_list.add(SysUtils.modulo_address(breakpoint_address + i, GDB_Engine.inferior_arch))
self.current_address = int_address
self.layoutChanged.emit()
def test_read_registers(self):
register_dict = GDB_Engine.read_registers()
if GDB_Engine.inferior_arch == type_defs.INFERIOR_ARCH.ARCH_64:
test_register = "rax"
else:
test_register = "eax"
self.assertRegex(register_dict[test_register], common_regexes.hex_number.pattern)
def test_read_registers(self):
register_dict = GDB_Engine.read_registers()
if GDB_Engine.inferior_arch == type_defs.INFERIOR_ARCH.ARCH_64:
test_register = "rax"
else:
test_register = "eax"
self.assertRegex(register_dict[test_register], common_defs.regex_hex)
def mouseDoubleClickEvent(self, QMouseEvent):
registers = GDB_Engine.read_registers()
current_flag = self.objectName().lower()
label_text = "Enter the new value of flag " + self.objectName(
) + "(0 or 1)"
register_dialog = DialogWithButtonsForm(
label_text=label_text,
hide_line_edit=False,
line_edit_text=registers[current_flag])
if register_dialog.exec_():
result = register_dialog.get_values().strip()
if result == "0" or result == "1":
GDB_Engine.set_register_flag(current_flag,
register_dialog.get_values())
self.set_value(GDB_Engine.read_registers()[current_flag])
else:
QMessageBox.information(self, "Error",
"That's clearly not 0 or 1")
return
def refresh(self,
int_address,
offset,
data_array=None,
breakpoint_info=None):
int_address = SysUtils.modulo_address(int_address,
GDB_Engine.inferior_arch)
self.breakpoint_list.clear()
if data_array is None:
self.data_array = GDB_Engine.hex_dump(int_address, offset)
else:
self.data_array = data_array
if breakpoint_info is None:
breakpoint_info = GDB_Engine.get_breakpoint_info()
for breakpoint in breakpoint_info:
breakpoint_address = int(breakpoint.address, 16)
for i in range(breakpoint.size):
self.breakpoint_list.add(
SysUtils.modulo_address(breakpoint_address + i,
GDB_Engine.inferior_arch))
self.current_address = int_address
self.layoutChanged.emit()
type=str,
default="",
help="Path of the preloaded .so file, only can be used with -c, optional")
args = parser.parse_args()
if args.a:
process_list = SysUtils.search_in_processes_by_name(args.a)
if not process_list:
parser.error("There's no process with the name " + args.a)
if len(process_list) > 1:
for item in process_list:
print(item.name())
print("There are more than one process with the name " + args.a)
exit()
pid = process_list[0].pid
if not GDB_Engine.can_attach(pid):
parser.error("Failed to attach to the process with pid " + str(pid))
GDB_Engine.attach(pid)
elif args.c:
if not GDB_Engine.create_process(args.c, args.o, args.l):
parser.error("Couldn't create the process with current args")
else:
parser.error("Provide at least one of these arguments: -a or -c")
import sys
print(sys.argv)
unittest.main(module="tests.GDB_Engine_tests", exit=False, argv=[""])
unittest.main(module="tests.SysUtils_tests", exit=False, argv=[""])
unittest.main(module="tests.GuiUtils_tests", exit=False, argv=[""])
GDB_Engine.detach()
help="Path of the preloaded .so file, only can be used with -c, optional")
args = parser.parse_args()
if args.a:
process_list = SysUtils.search_in_processes_by_name(args.a)
if not process_list:
parser.error("There's no process with the name " + args.a)
if len(process_list) > 1:
for p in process_list:
try:
name = p.name()
except psutil.NoSuchProcess:
print("Process with pid", p.pid, "does not exist anymore")
continue
print(name)
print("There are more than one process with the name " + args.a)
exit()
pid = process_list[0].pid
if not GDB_Engine.can_attach(pid):
parser.error("Failed to attach to the process with pid " + str(pid))
GDB_Engine.attach(pid)
elif args.c:
if not GDB_Engine.create_process(args.c, args.o, args.l):
parser.error("Couldn't create the process with current args")
else:
parser.error("Provide at least one of these arguments: -a or -c")
unittest.main(module="tests.GDB_Engine_tests", exit=False, argv=[""])
unittest.main(module="tests.SysUtils_tests", exit=False, argv=[""])
unittest.main(module="tests.GuiUtils_tests", exit=False, argv=[""])
GDB_Engine.detach()