adb发送点击模拟-wjdr

import subprocess

import random

import time

import keyboard

import tkinter as tk

import threading

import configparser

from tkinter import font

# 创建ConfigParser对象

config = configparser.ConfigParser()

# 读取config.ini文件

config.read('config.ini')

# 从配置文件中获取坐标和范围

x1_base = config.getint('Coordinates', 'x1_base')

y1_base = config.getint('Coordinates', 'y1_base')

x2_base = config.getint('Coordinates', 'x2_base')

y2_base = config.getint('Coordinates', 'y2_base')

x3_base = config.getint('Coordinates', 'x3_base')

y3_base = config.getint('Coordinates', 'y3_base')

x_range = config.getint('Coordinates', 'x_range')

y_range = config.getint('Coordinates', 'y_range')

# 构建ADB点击命令模板

adb_click_template = "adb shell input tap {} {}"

# 初始化循环控制开关

click_loop_enabled = False

current_choice = None

# 执行ADB命令的函数

def run_adb_command(command):

    try:

        subprocess.run(command, shell=True, check=True)

    except subprocess.CalledProcessError as e:

        print(f"ADB命令执行出错: {e}")

# 生成随机睡眠时间的函数

def random_sleep():

    return random.uniform(0.01, 1.01)

# 生成x和y的随机偏移量的函数

def random_offset(x_range, y_range):

    x_offset = random.uniform(-x_range, x_range)

    y_offset = random.uniform(-y_range, y_range)

    return int(x_offset), int(y_offset)

# 定义执行点击操作的函数

def click_loop(x_base, y_base):

    global click_loop_enabled

    while click_loop_enabled:

        x_offset, y_offset = random_offset(x_range, y_range)

        x, y = x_base + x_offset, y_base + y_offset

        run_adb_command(adb_click_template.format(x, y))

        click_interval = random_sleep()

        time.sleep(click_interval)

        print(f"模式:({current_choice}),点击坐标: ({x}, {y}),间隔时间:({click_interval:.4f}s)")

# 切换点击循环状态的函数（修改后）

def toggle_click_loop():

    global click_loop_enabled, current_loop

    if click_loop_enabled:

        click_loop_enabled = False

        print("点击循环已停止")

        # 如果当前有循环线程在运行，尝试停止它（虽然daemon=True会在主程序退出时自动清理）

        if current_loop and current_loop.is_alive():

            current_loop.join(timeout=1)  # 等待线程结束，最多等待1秒

        # 重新显示主窗口，让用户可以选择新的功能

        root.deiconify()

    else:

        if current_choice:

            click_loop_enabled = True

            print("点击循环已启动")

            # 根据当前选择启动相应的循环线程

            if current_choice == "治疗":

                current_loop = threading.Thread(target=click_loop, args=(x1_base, y1_base), daemon=True)

                current_loop = threading.Thread(target=click_loop, args=(x2_base, y2_base), daemon=True)

                current_loop = threading.Thread(target=click_loop, args=(x2_base, y2_base), daemon=True)

 

            elif current_choice == "协助":

                current_loop = threading.Thread(target=click_loop, args=(x3_base, y3_base), daemon=True)

            current_loop.start()

# 定义用户选择功能的函数

def choose_function(selected_choice):

    global current_choice

    current_choice = selected_choice

    print(f"你选择了: {selected_choice}")

    root.withdraw()  # 隐藏主窗口

    # 不立即启动循环，等待用户按下ESC键

# 当窗口关闭时执行的函数

def on_closing():

    global click_loop_enabled

    click_loop_enabled = False  # 禁用点击循环

    root.destroy()  # 销毁主窗口

root = tk.Tk()

root.title("模拟点击")

root.geometry('240x100')

# 创建一个自定义字体

custom_font = font.Font(size=12, weight="bold")  # 您可以根据需要更改字体和大小

root.configure(bg='#9F9F9F')  # 使用颜色名称设置背景色

label = tk.Label(root, text="先选择模式\n再按esc开启或关闭", font=custom_font, bg='#8F8F8F')

label.pack(pady=5)

root.protocol("WM_DELETE_WINDOW", on_closing)  # 处理窗口关闭事件

# 创建并放置选择按钮

tk.Button(root, text="治疗", font=custom_font, width=10, height=6, command=lambda: choose_function("治疗"), bg='#2F6F2F', fg='#6F2F2F').pack(side=tk.LEFT, padx=10, pady=10)

tk.Button(root, text="协助", font=custom_font, width=10, height=6, command=lambda: choose_function("协助"), bg='#2F2F6F', fg='#2F6F2F').pack(side=tk.RIGHT, padx=10, pady=10)

# 使用keyboard库监听Esc键按下事件

keyboard.add_hotkey('esc', toggle_click_loop)

# 运行主事件循环

root.mainloop()

 

-------------------------附件config.ini-------------------------

[Coordinates]

x1_base = 370

y1_base = 2040

x2_base = 840

y2_base = 2040

x3_base = 610

y3_base = 2700

x_range = 80

y_range = 20