相对坐标定位
背景
相对坐标定位方案是是一种基于 UI 的元素定位方案,是我们自研的一个使用简单,且效率极高、稳定性好的元素定位方案,基于元素按钮在应用中的相对位置,动态获取元素在当前屏幕中的位置,适用于各种屏幕分辨率(包括高分屏、宽屏、带鱼屏),当元素按钮位置相对于应用界面位置发生修改之后,只需要根据 UI 设计图上的源数据修改对应坐标数据就好,维护非常的方便。
此类元素定位方案适用于一些元素位置相对与应用界面比较固定的应用,比如音乐(99% 的元素定位采用这种,效果非常好),不适用于界面不固定的应用,比如截图录屏,很明显不适用于这类元素定位方案。这种全新的元素定位方案有它的适用条件,如果你发现使用常规的(属性定位、图像定位)不好做时,不妨考虑使用这种,其效果一定能惊讶到你,并且迅速爱上他。
实现原理
在 UI 设计图中我们是可以获取到元素按钮相对于应用边框的距离的,然后我们可以通过技术手段获取到应用界面在当前屏幕中的位置及应用窗口的大小,示意图如下:
(x1, y1)
为应用左上角相对于屏幕左上角(0, 0)的位置;(x2, y2)
是按钮【播放所有】的左上角相对于应用窗口左上角(x1, y1)
的坐标,那么实际上【播放所有】左上角相对于屏幕左上角(0, 0)的位置为:( x1 + x2, y1 + y2 )
;
是按钮【播放所有】的大小(w2, h2),可以从 UI 设计图上获取;
在 UI 设计稿上点击【播放所有】图标,然后移动鼠标就就可以看到上图的参考线及数据;
所以,我们可以轻松的获取到按钮【播放所有】的中心坐标为:( x1 + x2 + (w2 / 2), y1 + y2 + ( h2 / 2) )
详细源代码请查看 AT 基础框架: src/button_center.py
- 获取应用窗口的信息
使用 xdotool
和 xwininfo
获取到应用窗口在当前屏幕中的位置(左上角)及大小。
代码示例:
app_id = CmdCtl.run_cmd(f"xdotool search --classname --onlyvisible {self.app_name}"
).split("\n")
app_id_list = [int(_id) for _id in app_id if _id]
return CmdCtl.run_cmd(f"xwininfo -id {app_id_list[self.number]}")
使用正则获取窗口的位置及大小。
- 获取配置
读 ini
配置文件,获取元素按钮相对与应用窗口边界的位置及大小。
代码示例:
conf = ConfigParser()
conf.read(self.config_path)
direction = conf.get(btn_name, "direction")
position = [int(i.strip()) for i in conf.get(btn_name, "location").split(",")]
- 计算元素按钮坐标
根据应用窗口在屏幕中的位置大小、元素按钮相对于应用窗口边界的位置大小,使用一定的算法即可计算出元素按钮在当前屏幕中的位置(中心坐标)。
使用方法
【配置方法】
基于 UI 的元素定位方案的数据源是应用库中的 ui.ini
配置文件:
;section
[新建歌单+]
;key = value
direction = left_top
location = 180, 268, 21, 21
section
是你根据对应的元素按钮命名,你可以任意命名,但最好有具体含义,且能明确表示这个元素按钮的名称;用中括号括起来就行,比如:[新建歌单+]
;direction
是配置该元素的参考系,分别为:left_top
左上;left_bottom
左下;right_top
右上;right_bottom
右下;
参考系的选取标准:拉动改变窗口大小时,元素按钮相对于参考系位置是不变的;
location
是该元素按钮的相对与参考系的 x, y 的距离,及大小(w, h),这四个数据可以通过 UI 设计图上获取数据,在编辑模式下,点击 UI 图上的按钮,右侧就会出现该元素按钮的 x, y, w, h 数据。
如果 UI 图上没有提供你想要的元素数据,你可以直接在系统中使用截图录屏进行尺量,这是一种不推荐但能用的方法。
【调用方法】
在应用库方法层这样写:
def click_add_music_list_btn_in_music_by_ui(self):
"""点击新建歌单按钮"""
self.click(*self.ui.btn_center("新建歌单+"))
self.ui.btn_center()
是固定写法,参数就是配置里面的 section
。
方法明细
#!/usr/bin/env python3
# _*_ coding:utf-8 _*_
# SPDX-FileCopyrightText: 2023 UnionTech Software Technology Co., Ltd.
# SPDX-License-Identifier: GPL-2.0-only
import re
from configparser import ConfigParser, NoSectionError
from time import sleep
import dbus
from setting.globalconfig import GlobalConfig
from src import logger
from src.cmdctl import CmdCtl
from src.custom_exception import ApplicationStartError
from src.custom_exception import GetWindowInformation
from src.custom_exception import NoSetReferencePoint
from src.shortcut import ShortCut
from src.wayland_wininfo import WaylandWindowInfo
class ButtonCenter:
"""
根据应用程序中控件元素的相对坐标,通过配置元素的x、y、w和h来定位元素在屏幕中的位置,并返回用于鼠标和键盘操作的坐标。
"""
__author__ = "Mikigo <huangmingqiang@uniontech.com>, Litao <litaoa@uniontech.com>"
def __init__(
self, app_name: str, config_path: str, number: int = -1, pause: int = 1, retry: int = 1
):
"""
:param app_name: 系统应用软件包,例如,dde-file-manager
:param config_path: ui 定位配置文件路径(绝对路径)
:param number: 默认为 -1, 即最后一个窗口
如果你想指定不同的窗口,你可以在实例化对象的时候显式的传入 number,第一个为 0
"""
self.app_name = app_name
self.number = number
# 每个操作步骤之前暂停的时间
self.pause = pause
self.config_path = config_path
self.retry = retry
def window_info(self):
"""
窗口信息
:return: 窗口的基本信息,左上角坐标,窗口宽高等
"""
if GlobalConfig.IS_X11:
try:
# Get window_operate ID based on package name
app_id = (
CmdCtl.run_cmd(
f"xdotool search --classname --onlyvisible {self.app_name}",
interrupt=False,
out_debug_flag=False,
command_log=False,
)
.strip()
.split("\n")
)
app_id_list = [int(_id) for _id in app_id if _id]
app_id_list.sort()
logger.debug(f"app_id_list: {app_id_list}")
return CmdCtl.run_cmd(
f"xwininfo -id {app_id_list[self.number]}",
interrupt=False,
out_debug_flag=False,
command_log=False,
)
except Exception as exc:
raise ApplicationStartError(f"{self.app_name, exc}") from exc
elif GlobalConfig.IS_WAYLAND:
self.wwininfo = WaylandWindowInfo()
if hasattr(self.wwininfo.library, "GetAllWindowStatesList"):
for _ in range(self.retry + 1):
info = self.wwininfo.window_info().get(self.app_name)
if info is None:
sleep(1)
else:
break
else:
raise ApplicationStartError(self.app_name)
if isinstance(info, dict):
return info
elif isinstance(info, list):
return info[self.number]
else:
proxy_object = dbus.SessionBus().get_object("org.kde.KWin", "/dde")
dbus.Interface(proxy_object, "org.kde.KWin").WindowMove()
sleep(self.pause)
ShortCut.esc()
return self.wwininfo._window_info()
return None
def window_location_and_sizes(self):
"""
获取窗口的位置及大小
:return:
"""
try:
if GlobalConfig.IS_X11:
for _ in range(self.retry + 1):
app_window_info = self.window_info()
re_pattern = re.compile(r"Absolute.*:\s\s(-?\d+)")
result = re.findall(re_pattern, app_window_info)
if not result:
sleep(1)
else:
break
else:
raise ApplicationStartError(self.app_name)
window_width = re.findall(r"Width.*:\s(\d+)", app_window_info)[0]
window_height = re.findall(r"Height.*:\s(\d+)", app_window_info)[0]
window_x, window_y = result
else:
self.wwininfo = WaylandWindowInfo()
if hasattr(self.wwininfo.library, "GetAllWindowStatesList"):
app_window_info = self.window_info()
window_x, window_y, window_width, window_height = app_window_info.get(
"location"
)
else:
app_window_info = self.window_info()
name = app_window_info.get("name")
if name != self.app_name:
raise ValueError(
f"您想要获取的窗口为:{self.app_name}, 但实际获取的窗口为:{name}"
)
window_x, window_y, window_width, window_height = app_window_info.get("wininfo")
logger.debug(
f"窗口左上角坐标 {window_x, window_y},获取窗口大小 {window_width}*{window_height}"
)
return (int(window_x), int(window_y), int(window_width), int(window_height))
except (IndexError, KeyError) as exc:
raise GetWindowInformation(f"获取窗口大小错误 {exc}") from exc
def window_left_top_position(self) -> tuple:
"""
获取窗口左上角坐标
:return: (0, 0)
"""
try:
re_pattern = re.compile(r"Absolute.*:\s\s(-?\d+)")
app_window_info = self.window_info()
if GlobalConfig.IS_X11:
result = re.findall(re_pattern, app_window_info)
if not result:
sleep(1)
result = re.findall(re_pattern, self.window_info())
window_x, window_y = result
else:
self.wwininfo = WaylandWindowInfo()
if hasattr(self.wwininfo.library, "GetAllWindowStatesList"):
window_x, window_y, window_width, window_height = app_window_info.get(
"location"
)
else:
window_x, window_y, window_width, window_height = app_window_info.get("wininfo")
logger.debug(f"窗口左上角坐标 {window_x, window_y}")
return int(window_x), int(window_y)
except (ValueError, KeyError) as exc:
raise GetWindowInformation(f"获取窗口左上角坐标错误 {exc}") from exc
def window_sizes(self) -> tuple:
"""
获取窗口的大小
:return: (宽, 高), 例如:(400, 600)
"""
try:
app_window_info = self.window_info()
if GlobalConfig.IS_X11:
window_width = re.findall(r"Width.*:\s(\d+)", app_window_info)[0]
window_height = re.findall(r"Height.*:\s(\d+)", app_window_info)[0]
else:
self.wwininfo = WaylandWindowInfo()
if hasattr(self.wwininfo.library, "GetAllWindowStatesList"):
window_x, window_y, window_width, window_height = app_window_info.get(
"location"
)
else:
window_x, window_y, window_width, window_height = app_window_info.get("wininfo")
logger.debug(f"获取窗口大小 {window_width}*{window_height}")
return int(window_width), int(window_height)
except (IndexError, KeyError) as exc:
raise GetWindowInformation(f"获取窗口大小错误 {exc}") from exc
def window_left_bottom_position(self) -> tuple:
"""
左下角的坐标
:return: (0, 1080)
"""
(
window_x,
window_y,
_window_width,
window_height,
) = self.window_location_and_sizes()
left_y = window_y + window_height
logger.debug(f"窗口左下角坐标 {window_x, left_y}")
return int(window_x), int(left_y)
def window_right_top_position(self) -> tuple:
"""
右上角的坐标
:return: (1920, 0)
"""
(
window_x,
window_y,
window_width,
_window_height,
) = self.window_location_and_sizes()
right_x = window_x + window_width
logger.debug(f"窗口右上角坐标 {right_x, window_y}")
return int(right_x), int(window_y)
def window_right_bottom_position(self) -> tuple:
"""
右下角的坐标
:return: (1920, 1080)
"""
(
window_x,
window_y,
window_width,
window_height,
) = self.window_location_and_sizes()
right_x = window_x + window_width
right_y = window_y + window_height
logger.debug(f"窗口右下角坐标 {right_x, right_y}")
return int(right_x), int(right_y)
def window_left_center_position(self) -> tuple:
"""
获取窗口左边界中心坐标
:return: (0, 540)
"""
(
window_x,
window_y,
_window_width,
window_height,
) = self.window_location_and_sizes()
center_y = window_y + window_height / 2
logger.debug(f"窗口左边界中心坐标 {window_x, center_y}")
return int(window_x), int(center_y)
def window_top_center_position(self) -> tuple:
"""
获取窗口上边界中心坐标
:return: (960, 0)
"""
(
window_x,
window_y,
window_width,
_window_height,
) = self.window_location_and_sizes()
center_x = window_x + window_width / 2
logger.debug(f"获取窗口上边界中心坐标 {center_x, window_y}")
return int(center_x), int(window_y)
def window_right_center_position(self) -> tuple:
"""
获取窗口右边界中心坐标
:return: (1920, 540)
"""
(
window_x,
window_y,
window_width,
window_height,
) = self.window_location_and_sizes()
right_x = window_x + window_width
center_y = window_y + window_height / 2
logger.debug(f"获取窗口右边界中心坐标 {right_x, center_y}")
return int(right_x), int(center_y)
def window_bottom_center_position(self) -> tuple:
"""
获取窗口下边界中心的坐标
:return: (960, 1080)
"""
(
window_x,
window_y,
window_width,
window_height,
) = self.window_location_and_sizes()
center_x = window_x + window_width / 2
bottom_y = window_y + window_height
logger.debug(f"获取窗口下边界中心的坐标 {center_x, bottom_y}")
return int(center_x), int(bottom_y)
def window_center(self) -> tuple:
"""
获取窗口的中心点坐标
:return: (960, 540)
"""
(
window_x,
window_y,
window_width,
window_height,
) = self.window_location_and_sizes()
_x = window_x + window_width / 2
_y = window_y + window_height / 2
logger.debug(f"窗口中心坐标 {_x, _y}")
return _x, _y
def btn_center_by_left_top(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据左上角的坐标按钮的中心坐标
:param button_x: 控件左上角相对于窗口左上角的横向距离
:param button_y: 控件左上角相对于窗口左上角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_left_top_position()
b_x = window_x + button_x + button_w / 2
b_y = window_y + button_y + button_h / 2
logger.debug(f"左上角按钮的中心坐标 {b_x, b_y}")
return b_x, b_y
def btn_center_by_right_top(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据右上角的坐标按钮的中心坐标
:param button_x: 控件右上角相对于窗口右上角的横向距离
:param button_y: 控件右上角相对于窗口右上角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_right_top_position()
b_x = window_x - button_x - button_w / 2
b_y = window_y + button_y + button_h / 2
logger.debug(f"右上角按钮的中心坐标 {b_x, b_y}")
return b_x, b_y
def btn_center_by_left_bottom(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据左下角的坐标按钮的中心坐标
:param button_x: 控件左下角相对于窗口左下角的横向距离
:param button_y: 控件左下角相对于窗口左下角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_left_bottom_position()
b_x = window_x + button_x + button_w / 2
b_y = window_y - button_y - button_h / 2
logger.debug(f"左下角按钮的中心坐标 {b_x, b_y}")
return b_x, b_y
def btn_center_by_right_bottom(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据右下角的坐标按钮的中心坐标
:param button_x: 控件右下角相对于窗口右下角的横向距离
:param button_y: 控件右下角相对于窗口右下角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_right_bottom_position()
b_x = window_x - button_x - button_w / 2
b_y = window_y - button_y - button_h / 2
logger.debug(f"右下角按钮的中心坐标 {b_x, b_y}")
return b_x, b_y
def btn_pic_by_left_top(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据左上角的坐标按钮的截图区域
:param button_x: 控件左上角相对于窗口左上角的横向距离
:param button_y: 控件左上角相对于窗口左上角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_left_top_position()
b_x = window_x + button_x
b_y = window_y + button_y
logger.debug(f"左上角按钮的截取区域左上角 {b_x, b_y}, 控件长宽 {button_w, button_h}")
return b_x, b_y, button_w, button_h
def btn_pic_by_right_top(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据右上角的坐标按钮的截图区域
:param button_x: 控件右上角相对于窗口右上角的横向距离
:param button_y: 控件右上角相对于窗口右上角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_right_top_position()
b_x = window_x - button_x - button_w
b_y = window_y + button_y
logger.debug(f"右上角按钮的截取区域左上角 {b_x, b_y}, 控件长宽 {button_w, button_h}")
return b_x, b_y, button_w, button_h
def btn_pic_by_left_bottom(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据左下角的坐标按钮的截图区域
:param button_x: 控件左下角相对于窗口左下角的横向距离
:param button_y: 控件左下角相对于窗口左下角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_left_bottom_position()
b_x = window_x + button_x
b_y = window_y - button_y - button_h
logger.debug(f"左下角按钮的截取区域左上角 {b_x, b_y}, 控件长宽 {button_w, button_h}")
return b_x, b_y, button_w, button_h
def btn_pic_by_right_bottom(self, button_x, button_y, button_w, button_h) -> tuple:
"""
根据右下角的坐标按钮的截图区域
:param button_x: 控件右下角相对于窗口右下角的横向距离
:param button_y: 控件右下角相对于窗口右下角的纵向距离
:param button_w: 控件宽度
:param button_h: 控件高度
:return: 控件的中心坐标 (1, 1)
"""
window_x, window_y = self.window_right_bottom_position()
b_x = window_x - button_x - button_w
b_y = window_y - button_y - button_h
logger.debug(f"右下角按钮的截取区域左上角 {b_x, b_y}, 控件长宽 {button_w, button_h}")
return b_x, b_y, button_w, button_h
def btn_center(
self,
btn_name,
offset_x=None,
multiplier_x=None,
offset_y=None,
multiplier_y=None,
) -> tuple:
"""
获取元素的中心坐标
:param btn_name: 控件名
:param offset_x
正数为右移动
负数为左移动
:param multiplier_x
offset_x 移动的倍数
:param offset_y
正数为上移动
负数为下移动
:param multiplier_y
offset_y 移动的倍数
"""
btn_x = btn_y = ""
sleep(self.pause)
conf = ConfigParser()
if isinstance(self.config_path, list):
for config in self.config_path:
conf.read(config)
elif isinstance(self.config_path, str):
conf.read(self.config_path)
else:
raise ValueError
try:
direction = conf.get(btn_name, "direction")
except NoSectionError:
raise NoSectionError(f"在 [{self.config_path}] 文件中没有配置 '{btn_name}'")
position = [int(i.strip()) for i in conf.get(btn_name, "location").split(",")]
default_point = ("left_bottom", "left_top", "right_top", "right_bottom")
default_boundary_point = (
"top_center",
"bottom_center",
"left_center",
"right_center",
)
if direction in default_point:
btn_x, btn_y = getattr(self, f"btn_center_by_{direction}")(*position)
elif direction in default_boundary_point:
window_x, window_y = getattr(self, f"window_{direction}_position")()
# pylint: disable=eval-used
btn_x = eval(
f"{window_x} + {position[0]} {'+' if position[0] > 0 else '-'} {position[2] / 2}"
)
# pylint: disable=eval-used
btn_y = eval(
f"{window_y} + {position[1]} {'+' if position[1] > 0 else '-'} {position[3] / 2}"
)
elif direction == "window_size":
btn_x, btn_y, button_w, button_y = self.window_location_and_sizes()
btn_x = btn_x + button_w / 2
btn_y = btn_y + button_y / 2
if btn_x and btn_y:
if offset_x:
btn_x = btn_x + int(offset_x) * (int(multiplier_x) if multiplier_x else 1)
if offset_y:
btn_y = btn_y + int(offset_y) * (int(multiplier_y) if multiplier_y else 1)
logger.debug(f"[{btn_name}] 坐标:{str(btn_x)}, {str(btn_y)})")
return btn_x, btn_y
raise NoSetReferencePoint(
f"{direction}, 默认参考点 {default_point + default_boundary_point}"
)
def btn_size(
self,
btn_name: str,
offset_x: [int, float] = None,
multiplier_x: [int, float] = None,
offset_y: [int, float] = None,
multiplier_y: [int, float] = None,
) -> tuple:
"""
获取元素的左上角坐标及长宽
:param btn_name: 控件名
:param offset_x
正数为右移动
负数为左移动
:param multiplier_x
offset_x 移动的倍数
:param offset_y
正数为上移动
负数为下移动
:param multiplier_y
offset_y 移动的倍数
"""
btn_x = btn_y = button_w = button_y = ""
sleep(self.pause)
conf = ConfigParser()
conf.read(self.config_path)
direction = conf.get(btn_name, "direction")
position = [int(i.strip()) for i in conf.get(btn_name, "location").split(",")]
default_point = ("left_bottom", "left_top", "right_top", "right_bottom")
default_boundary_point = (
"top_center",
"bottom_center",
"left_center",
"right_center",
)
if direction in default_point:
btn_x, btn_y, button_w, button_y = getattr(self, f"btn_pic_by_{direction}")(*position)
elif direction in default_boundary_point:
window_x, window_y = getattr(self, f"window_{direction}_position")()
btn_x = window_x + position[0] - (0 if position[0] > 0 else position[2])
btn_y = window_y + position[1] - (0 if position[1] > 0 else position[3])
button_w, button_y = position[2], position[3]
elif direction == "window_size":
btn_x, btn_y, button_w, button_y = self.window_location_and_sizes()
if btn_x != "" and btn_y != "":
if offset_x:
btn_x = btn_x + int(offset_x) * (int(multiplier_x) if multiplier_x else 1)
if offset_y:
btn_y = btn_y + int(offset_y) * (int(multiplier_y) if multiplier_y else 1)
logger.debug(
f"[{btn_name}] 左上角坐标:{str(btn_x)}, {str(btn_y)}), 长宽 {button_w, button_y}"
)
return btn_x, btn_y, button_w, button_y
raise NoSetReferencePoint(
f"{direction}, 默认参考点 {default_point + default_boundary_point}"
)
def btn_info(self, btn_name: str) -> tuple:
"""
元素的相对位置和参考系
:param btn_name: 控件名称
:return: (相对坐标,参考系)
"""
conf = ConfigParser()
conf.read(self.config_path)
direction = conf.get(btn_name, "direction")
position = [int(i.strip()) for i in conf.get(btn_name, "location").split(",")]
return position, direction
def get_windows_number(self, name: str) -> int:
"""
获取应用所有窗口数量
:param name: 应用包名
:return: int 窗口数量
"""
if GlobalConfig.IS_X11:
cmd = f"xdotool search --classname --onlyvisible {name}"
app_id = CmdCtl.run_cmd(
cmd, interrupt=False, out_debug_flag=False, command_log=False
).strip()
return len([i for i in app_id.split("\n") if i])
else:
info = WaylandWindowInfo().window_info().get(self.app_name)
if isinstance(info, dict):
return 1
elif isinstance(info, list):
return len(info)
def get_windows_id(self, name: str) -> list:
"""
获取活动应用窗口ID
:param name: 应用包名
:return: 窗口编号列表
"""
if GlobalConfig.IS_X11:
cmd = f"xdotool search --onlyvisible --classname {name}"
app_id = CmdCtl.run_cmd(
cmd, interrupt=False, out_debug_flag=False, command_log=False
).strip()
if app_id:
return [i for i in app_id.split("\n") if i]
raise ApplicationStartError(app_id)
else:
info = self.wwininfo.window_info().get(self.app_name)
if isinstance(info, dict):
return info.get("window_id")
elif isinstance(info, list):
return [i.get("window_id") for i in info]
def focus_windows(self, app_name: str = None):
"""
窗口置顶并聚焦
:param app_name: 应用包名
"""
if GlobalConfig.IS_WAYLAND:
return
app_id = self.get_windows_id(app_name if app_name else self.app_name)
windows = int(app_id[self.number])
cmd = f"xdotool windowactivate {windows}"
CmdCtl.run_cmd(cmd, interrupt=False, out_debug_flag=False, command_log=False)
logger.debug(f"<{app_name}> 窗口置顶并聚焦")
def get_lastest_window_id(self, app_name: str) -> int:
"""
获取应用的所有窗口编号,并返回编号最大的窗口ID
:return: 返回最新创建的窗口编号
"""
if GlobalConfig.IS_X11:
try:
app_id = (
CmdCtl.run_cmd(
f"xdotool search --classname --onlyvisible {app_name}",
interrupt=False,
out_debug_flag=False,
command_log=False,
)
.strip()
.split("\n")
)
app_id_list = [int(_id) for _id in app_id if _id] # to int
app_id_list.sort()
return app_id_list[-1]
except Exception as exc:
raise ApplicationStartError(f"{app_name, exc}") from exc
else:
info = WaylandWindowInfo().window_info().get(self.app_name)
if isinstance(info, dict):
return info.get("window_id")
elif isinstance(info, list):
return info[-1].get("window_id")