Vor ein paar Tagen bemerkte ich, dass meine Mutter keinen Termin für den quadrivalenten Impfstoff vereinbaren konnte, also dachte ich darüber nach, ein Programm zu schreiben, das menschliche Klicks simuliert, um festzustellen, ob der Impfstoff weggenommen wurde , und der Zyklus geht endlos weiter. Aktualisieren Sie diese Seite und holen Sie sich den Impfstoff, sobald er verfügbar ist, und wählen Sie einen Zeitpunkt für die Impfung der Person. Bei erfolgreicher Reservierung verkündet die Sprachschleife: Schon geschnappt, kommen Sie doch mal vorbei.
Basierend auf den oben genannten Ideen und Bedürfnissen habe ich eine halbe Stunde damit verbracht, den folgenden Code zu bearbeiten und innerhalb einer Stunde erfolgreich einen Termin vereinbart.
import pyautogui from ctypes import * # 获取屏幕上某个坐标的颜色 from time import sleep import time start = time.time() def get_color(x, y): gdi32 = windll.gdi32 user32 = windll.user32 hdc = user32.GetDC(None) # 获取颜色值 pixel = gdi32.GetPixel(hdc, x, y) # 提取RGB值 r = pixel & 0x0000ff g = (pixel & 0x00ff00) >> 8 b = pixel >> 16 return [r, g, b] print(get_color(297,454)) while True: if get_color(240 , 255) == [60,211,180] or get_color(247,255) == [60,211,180] or get_color(253,255) == [60,211,180] or get_color(260,255) == [60,211,180] or get_color(270,255) == [60,211,180] or get_color(280,255) == [60,211,180] or get_color(290 ,255) == [60,211,180] or get_color(300 ,255) == [60,211,180] or get_color(310,255) == [60,211,180] or get_color(320, 255) == [60,211,180]: pyautogui.click(310,255)#点进去抢 sleep(0.5) pyautogui.click(467,262)#选择预约时间 while True: if get_color(297,454) == [0,142,255]: break else: sleep(0.3) sleep(0.5) pyautogui.click(498,454)#点击下午 sleep(0.5) pyautogui.click(467,520)#选择时间 sleep(0.5) pyautogui.click(470,899)#点选好了 sleep(0.5) pyautogui.click(470, 899)#点立即预约 #sleep() break else: pyautogui.click(123,60) sleep(0.8)#刷新 print('总耗时:'.format(time.time()-start)) print(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime())) while 1: import pyttsx3 engine = pyttsx3.init() engine.say('我抢到了!快来看一下') engine.runAndWait() sleep(1)
Grobes Flussdiagramm der Implementierungsidee:
Sie sehen, dass die Logik sehr einfach ist, um die gewünschte Funktion zu erreichen, aber trotzdem habe ich fast eine halbe Stunde gebraucht, um den Code zu schreiben. Ich dachte also: Wenn ich in Zukunft Funktionen wie das Sammeln von Tickets, Fertigkeitskombinationen, das Bombardieren von Freunden mit Informationen usw. entwickeln möchte, wird das dann so viel Zeit in Anspruch nehmen? Kann ich dann schnell meine eigenen Räder bauen? Welche Fähigkeiten wünschen Sie?
Allgemein erforderliche Funktionen sind: Klicken, Verzögerung, Punkte verbinden und Ziehen. Im Allgemeinen können diese vier Funktionen die Entwicklung der meisten einfachen Hilfsskripte vervollständigen, aber ich möchte es etwas fortgeschrittener machen und mehr Funktionen haben, also möchte ich zusätzliche entwickeln: Schleife, Beurteilung, simulierte Tastenanschläge, Texteingabe, Speichervorgänge , Funktionen für Leseoperationen.
Dann müssen wir uns in Richtung der neun Hauptfunktionen entwickeln, die wir erreichen wollen: Schleife, Klick, Verzögerung, Verbindungspunkte, Drag & Drop, Beurteilung, simulierte Tasten, Texteingabe, Speichervorgang und Lesevorgang.
Zunächst hoffe ich, dass jeder Schritt meiner Operation vom Programm aufgezeichnet und ausgeführt wird. Wir können eine Liste definieren, um jede Operation in der Liste zu speichern, und diese Liste dann durchlaufen zum Lesen und Ausführen. Jede Operation kann eine gesamte Operation ausführen.
Nachdem ich jeden Schritt des Vorgangs eingegeben habe, hoffe ich, dass das Programm mir automatisch dabei helfen kann, das Programm für die nächste Verwendung zu speichern, sodass ich es beim nächsten Mal nicht erneut kompilieren muss.
Das 0. Element in jeder Liste ist die Funktion, die ausgeführt werden muss, und nach dem 0. Element stehen verschiedene Parameter.
Wenn wir möchten, dass der Computer für uns klickt, müssen wir dem Computer zunächst mitteilen, wo wir klicken möchten. Wenn Sie die Mausposition erhalten möchten, müssen Sie die Pyautogui-Bibliothek verwenden. Unter dieser Bibliothek gibt es eine Position () -Methode, die die X-Koordinate und die Y-Koordinate der Mausposition zurückgeben kann.
Definieren Sie die Get-Position-Funktion
import pyautogui def get_xy(): x, y = pyautogui.position() return [x,y]
Verwenden Sie objektorientiertes Denken, um das Programm zu vereinfachen, die Code-Wiederverwendungsrate zu verbessern und das Programm lesbarer zu machen, was eine der wichtigen Ideen in der Python-Entwicklung ist
Die Pyautogui-Bibliothek hat auch Viele allgemeine Funktionen. Wenn Sie interessiert sind, können Sie sich den Blog ansehen, den ich zuvor geschrieben habe: Python-Kurzanleitung: Detaillierte Erklärung der Bedienung des Computers wie Selen
Der Klickfunktionscode lautet wie folgt
step=[] while True: choose = input('请输入你需要使用的功能:') if choose == '点击': click = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click.append('点击') click.append(click_weizhi) step.append(click) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”')
Die Ausführungslogik
for i in step1: if i[0] == '点击': x = int(i[1][0]) y = int(i[1][1]) print(f'{x},{y}') pyautogui.click(x,y)
Zu Um Klicks aufzuzeichnen, müssen Sie die Klickfunktion und die Positionsparameter aufzeichnen, um eine Liste zu erstellen, und diese Liste dann an die Schrittgesamtliste anhängen
verwendet das Zeitmodul in der in Python integrierten Bibliothek, das erzwingen kann das Programm für die entsprechende Zeit anzuhalten. Hängen Sie die Parametergenerierungsliste an die Schrittgesamtliste an Die Aktion umfasst den Verbindungspunkt-Funktionsdatensatz, den Klickfrequenzparameter, die Anzahl der Verbindungspunkte oder die Dauer des Verbindungspunkts, ob die Aktion abgeschlossen ist.
Die Funktion zum Ermitteln der Mausposition heißt auch
if choose =='延时': while 1: timerr = [] try: timex = int(input('请输入延时时间:')) timerr.append('延时') timerr.append(timex) step.append(timerr) break except: print('延时失败/n请输入正确的延时时间') continue
def timer(timex): time.sleep(timex) if i[0] == '延时': t = int(i[1]) timer(t)
Speicherfunktion
Nachdem wir alle Vorgänge aufgezeichnet haben, hoffen wir, die Vorgänge für eine einfache Verwendung beim nächsten Mal zu speichern, ohne dass dies erforderlich ist Geben Sie sie von Grund auf ein.
Dadurch wird eine TXT-Datei auf derselben Ebene wie das Py-Skript generiert. Alle Schritte werden in der TXT-Datei gespeichert und können direkt mit der Lesefunktion
if choose == '连点': click_liandian = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_liandian.append('连点') click_liandian.append(click_weizhi) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') click_pinlv = float(input('请输入连点频率:')) while 1: click_stop_choose = input('“连点次数”or“连点时长”') if click_stop_choose =='连点次数': click_cishu = int(input('请输入连点次数:')) click_liandian.append('连点次数') click_liandian.append(click_cishu) click_liandian.append(click_pinlv) step.append(click_liandian) print(click_liandian) print(step) break if click_stop_choose == '连点时长': click_shichang = int(input('请输入连点时长(秒):')) click_liandian.append('连点时长') click_liandian.append(click_shichang) step.append(click_liandian) click_liandian.append(click_pinlv) print(click_liandian) print(step) break else: continue
if choose == '连点': click_liandian = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_liandian.append('连点') click_liandian.append(click_weizhi) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') click_pinlv = float(input('请输入连点频率:')) while 1: click_stop_choose = input('“连点次数”or“连点时长”') if click_stop_choose =='连点次数': click_cishu = int(input('请输入连点次数:')) click_liandian.append('连点次数') click_liandian.append(click_cishu) click_liandian.append(click_pinlv) step.append(click_liandian) print(click_liandian) print(step) break if click_stop_choose == '连点时长': click_shichang = int(input('请输入连点时长(秒):')) click_liandian.append('连点时长') click_liandian.append(click_shichang) step.append(click_liandian) click_liandian.append(click_pinlv) print(click_liandian) print(step) break else: continue
if choose =='存储': if len(step) == 0: print('还未记录你任何操作,请添加操作再使用存储功能') else: do_name = input('请为以上操作命名吧:') path = r"{}.txt".format(do_name) with open(path, "w",encoding = 'utf8') as f: f.write(str(step))
def writeList2txt(file,data): ''' 将list写入txt :param data: :return: ''' file.write(str(data)) def readListFromStr(str): ''' str -> List 除去冗余的方法调用 :param str: :return: ''' res,pos = help(str,1) res1=[] a ='1' for ii in res: iii=[] for i in ii: if type(i)==type(a): i = i.replace("'", "") iii.append(i) else: iii.append(i) res1.append(iii) return res1 def help(str,startIndex): ''' 单行字符串的读取,形成list :param str: :return: ''' str = str.replace(" ","") # 将所有空格删去 res = [] i = startIndex pre = startIndex while i <len(str): if str[i] == '[': # 将pre-i-2的字符都切片,切split if i-2>=pre: slice = str[pre:i-1].split(',') for element in slice: res.append(element) # 递归调用 加入子list child,pos = help(str,i+1) res.append(child) i = pos # i移动到pos位置,也就是递归的最后一个右括号 pre = pos + 2 # 右括号之后是, [ 有三个字符,所以要+2至少 elif str[i] == ']': # 将前面的全部放入列表 if i-1>=pre: slice = str[pre:i].split(',') for element in slice: res.append(element) return res,i i = i + 1 return res,i def get_caozuo(caozuopath): with open(caozuopath , 'r' , encoding='utf8') as f: data = f.read() return data def get_caozuo_name(): files1 = [] file_dir = r"C:\Users\ge\Desktop\test1\我的作品\自定义连点器" for root, dirs, files in os.walk(file_dir, topdown=False): files = files[:-1] for i in files: files1.append(i[:-4]) return files1 print(get_caozuo_name()) if choose == '循环执行': caozuojiyi = get_caozuo_name() while True: xunhuan_choose = input('已存储的操作有:{}\n请输入循环操作的操作名:'.format(caozuojiyi)) if xunhuan_choose in caozuojiyi: break else: print('存储库中并无你想要的操作,请重新输入:')
def txttolist(path): import json b = open(path, "r", encoding='UTF-8') out = b.read() out = json.loads(out) return out
if choose == '存储': if len(step) == 0: print('还未记录你任何操作,请添加操作再使用存储功能') else: do_name = input('请为以上操作命名吧:') path = r"{}.txt".format(do_name) listtotxt(list=step, path=path)
这个功能也是基于pyautogui库来使用的,主要用到了pyautogui.dragTo()方法
功能实现
pyautogui.moveTo(int(i[1][0]), int(i[1][1])) pyautogui.dragTo(int(i[2][0]), int(i[2][1]), 1, button='left') print(f'已执行拖拽动作,拖拽起始位置是X:{int(i[1][0])},Y:{int(i[1][1])},拖拽后的位置是X:{int(i[2][0])},Y:{int(i[2][1])}')
逻辑代码:
先创建列表tuozhuai,向列表添加三个参数:“拖拽”、第一个位置参数、第二个位置参数
if choose == '拖拽': tuozhuai = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成移动前的位置输入,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() tuozhuai.append('拖拽') tuozhuai.append(click_weizhi) while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成移动后的位置输入,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() tuozhuai.append(click_weizhi) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') step.append(tuozhuai)
也是用到了pyauogui库,主要使用pyautogui库的pytewrite函数,但是这个函数对中文不友好,于是我另辟蹊径使用pyperclip库的copy函数将要输入的文本内容拷贝打粘贴板,通过控制按键control+v来输入至目标位置。
功能实现
if choose == '输入': shuru = [] while 1: click_dongzuo = input('请移动鼠标到你要输入的位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() txt_in = input('请输入你要在该位置输入的文字:\n') shuru.append('输入') shuru.append(click_weizhi) shuru.append(txt_in) step.append(shuru) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”')
逻辑代码
if i[0] == '输入': pyautogui.click(int(i[1][0]), int(i[1][1])) pyperclip.copy(i[2]) time.sleep(0.1) pyautogui.hotkey('ctrl', 'v')
原理相同,将不再赘述
功能实现
if i[0] == '双击': pyautogui.click(int(i[1][0]), int(i[1][1])) pyautogui.click(int(i[1][0]), int(i[1][1])) print(f'已执行完点击动作,点击坐标位置:X:{int(i[1][0])},Y:{int(i[1][1])} ') if i[0] == '右击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.rightClick(x, y) print(f'已执行完右击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '中击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.middleClick(x, y) print(f'已执行完中击动作,点击坐标位置:X:{x},Y:{y} ')
逻辑代码
if choose == '右击': click_r = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_r.append('右击') click_r.append(click_weizhi) step.append(click_r) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '中击': click_m = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_m.append('中击') click_m.append(click_weizhi) step.append(click_m) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') click_double = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_double.append('双击') click_double.append(click_weizhi) step.append(click_double) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”')
功能实现
if i[0] == '按键': pyautogui.hotkey(*i[1])
逻辑代码
if choose == '按键': while 1: anjian = input('这是模拟操作键盘的操作(例如复制,输入'ctrl‘ + 'c‘):\n') if anjian != 'q': anjian = anjian.split('+') anjians = [] a = [] for an in anjian: an = an.replace("‘", "").replace("'", "").strip() if an in pyautogui.KEYBOARD_KEYS: anjians.append(an) nihaofan = 0 else: print('你的输入不合法') nihaofan = 1 break if nihaofan == 0: a.append('按键') a.append(anjians) step.append(a) print('录入成功') break if anjian == 'q': break
功能实现
if i[0] == '滚动': import pywinauto.mouse x, y = pyautogui.position() pywinauto.mouse.scroll((x, y), i[1]) # (1100,300)是初始坐标,1000是滑动距离(可负)
逻辑代码
if choose == '滚动': while 1: gundong = [] try: gundong1 = int(input('这里是模拟鼠标滚动,请输入你要滚动距离(正数为向上移动,负数为向下移动):\n')) gundong.append('滚动') gundong.append(gundong1) step.append(gundong) break except: print('你的输入有误,请重新输入')
def chakan(): if len(step) == 0: print('暂未录入操作,请先录入操作再查看') zizeng = 1 for i in step: if i[0] == '点击': x = int(i[1][0]) y = int(i[1][1]) print(f'第{zizeng}步:\n执行点击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '延时': t = int(i[1]) print(f'第{zizeng}步:\n执行延时动作,延时时长:{t}秒') if i[0] == '连点': if i[2] == '连点次数': print(f'第{zizeng}步:\n执行连点操作,你选择的是{i[2]},连点次数是{i[4]}') if i[2] == '连点时长': print(f'第{zizeng}步:\n执行连点操作,你选择的是{i[2]},连点时长是{i[4]}秒') if i[0] == '拖拽': print( f'第{zizeng}步:\n执行拖拽动作,拖拽起始位置是X:{int(i[1][0])},Y:{int(i[1][1])},拖拽后的位置是X:{int(i[2][0])},Y:{int(i[2][1])}') if i[0] == '双击': print(f'第{zizeng}步:\n执行点击动作,点击坐标位置:X:{int(i[1][0])},Y:{int(i[1][1])} ') if i[0] == '按键': print(f'第{zizeng}步:\n执行按键动作,将同时按下”{i[1]}“键') zizeng += 1
执行后将询问是否保存
def zhixing(step): for i in step: if i[0] == '点击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.click(x, y) print(f'已执行完点击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '延时': t = int(i[1]) timer(t) print(f'已执行完延时动作,延时时长:{t}秒') if i[0] == '连点': if i[2] == '连点次数': clicker_cishu(int(i[3]), int(i[1][0]), int(i[1][1]), int(i[4])) print(f'已执行完连点操作,你选择的是{i[2]},连点次数是{i[4]}') if i[2] == '连点时长': clicker_time(int(i[3]), int(i[1][0]), int(i[1][1]), int(i[4])) print(f'已执行完连点操作,你选择的是{i[2]},连点时长是{i[4]}秒') if i[0] == '拖拽': pyautogui.moveTo(int(i[1][0]), int(i[1][1])) pyautogui.dragTo(int(i[2][0]), int(i[2][1]), 1, button='left') print(f'已执行拖拽动作,拖拽起始位置是X:{int(i[1][0])},Y:{int(i[1][1])},拖拽后的位置是X:{int(i[2][0])},Y:{int(i[2][1])}') if i[0] == '双击': pyautogui.click(int(i[1][0]), int(i[1][1])) pyautogui.click(int(i[1][0]), int(i[1][1])) print(f'已执行完点击动作,点击坐标位置:X:{int(i[1][0])},Y:{int(i[1][1])} ') if i[0] == '输入': pyautogui.click(int(i[1][0]), int(i[1][1])) pyperclip.copy(i[2]) time.sleep(0.1) pyautogui.hotkey('ctrl', 'v') if i[0] == '按键': pyautogui.hotkey(*i[1]) if i[0] == '右击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.rightClick(x, y) print(f'已执行完右击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '中击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.middleClick(x, y) print(f'已执行完中击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '滚动': import pywinauto.mouse x, y = pyautogui.position() pywinauto.mouse.scroll((x, y), i[1]) # (1100,300)是初始坐标,1000是滑动距离(可负)
if choose == '执行': if len(step) == 0: print('你还未记录任何操作,请至少记录了一个操作再执行') else: zhixing(step) cunchu()
到了最难最虐脑的逻辑判断功能了,逻辑判断板块这几个功能困扰了我一整天,敲到我脑壳疼
实现这一功能主要是基于颜色的RBG值来判断程序所要要执行的步骤块。
选择目标点,开启线程去时刻监管这个目标点的颜色变化,一旦目标颜色变为期待值,立即执行之前存储的步骤块,可以选择是否循环这个步骤块的操作。选择完毕后开启第二个线程去执行这个步骤块,此时主程序将继续遍历panduans的操作。设置一个while循环来阻塞主程序的运行及监控state变量值的变化,state初始值为“未触发”,一旦监管线程发现目标值变化为期待值,立即修改state值为“触发”,同时关闭执行步骤块的线程,同时关闭自身的监管线程,此时主程序检测到state值为“触发”后立刻将新的步骤块的线程开启并将state值修改为“未触发”。就此开启新一轮的循环。
之间呢,遇到了多个线程修改同一个值的情况导致报错;遇到了多种停止线程的方法都不适用的情况;遇到了没设置守护进程又要找到这个进程去关闭的情况;尝试了老版的_thread进程库、尝试了主流的threading进程库、尝试了线程池的方法,终于找到一条适合我的方法。不容易呀
if choose == '判断': if len(panduans) == 0: tuichu = 0 panduan = input('此功能的实现是基于颜色的RBG值来判断程序所要要执行的步骤块。\n现在,请选择你的‘先执行步骤块等待条件触发'或是‘直接等待条件触发'的操作:(输入"步骤块"或"等待")\n') if panduan == '如果': panduan_if = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上吸取颜色,输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': xy = get_xy() click_color = GetColor(xy) panduan_yn = input(f'这个位置的RGB为:{click_color},是否确定为下一步骤块的判断根据?(输入"yes"or"no")\n') while 1: if panduan_yn == 'yes': get_caozuo_name() print(f'请选择满足当颜色为{click_color}时要执行的步骤包:') steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行至下一条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将会循环') break elif xunhuan_yn == 'no': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('不循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将只执行一次') break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') tuichu = 1 break if panduan_yn == 'no': print('请重新选择') break else: panduan_yn = input('你的输入有误,请输入"yes"or"no"') if tuichu == 1: break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”)') if panduan == '步骤块': panduan_step = [] steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行直至条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_step.append('步骤块') panduan_step.append('循环') panduan_step.append(steps_name) panduan_step.append(steps) panduans.append(panduan_step) break elif xunhuan_yn == 'no': panduan_step.append('步骤块') panduan_step.append('不循环') panduan_step.append(steps_name) panduan_step.append(steps) panduans.append(panduan_step) break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') if panduan == '等待': panduan_if = [] print('你选择了等待,程序将时刻检测目标位置的颜色以执行接下来的步骤块') panduan_if.append('等待') panduans.append(panduan_if) if panduan != '步骤块' and panduan != '如果' and panduan != '等待': print('你的输入有误') if len(panduans) > 0: print('你一录入了至少一个逻辑判断,请选择继续选择目标位置的颜色来触发接下来你选择的步骤块') panduan_if = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上吸取颜色,输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': xy = get_xy() click_color = GetColor(xy) panduan_yn = input(f'这个位置的RGB为:{click_color},是否确定为下一步骤块的判断根据?(输入"yes"or"no")\n') while 1: if panduan_yn == 'yes': get_caozuo_name() print(f'请选择满足当颜色为{click_color}时要执行的步骤包:') steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行直至条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将会循环') break elif xunhuan_yn == 'no': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('不循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将只执行一次') break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') tuichu = 1 break if panduan_yn == 'no': print('请重新选择') break else: panduan_yn = input('你的输入有误,请输入"yes"or"no"') if tuichu == 1: break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”)')
if choose == '逻辑执行': print('这里是逻辑执行库,所有的逻辑判断都会存储到这里') print(panduans) xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=('等待', '1', '循环')) xiancheng.setDaemon(True) xiancheng.start() for pan in panduans: state = '未触发' if pan[0] == '如果': print(pan[5]) print(len(pan[5])) bu = str(pan[5]) print(bu) bu = readListFromStr(bu) zhixing(bu) print(bu) if state == '未触发': if pan[4] == '循环': rgb = pan[2] rgb_xy = pan[1] _thread.start_new_thread(jianshi, ()) while 1: if state == '触发': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[3], pan[5], '循环')) xiancheng.start() state = '未触发' break if pan[4] == '不循环': rgb = pan[2] rgb_xy = pan[1] _thread.start_new_thread(jianshi, ()) while 1: if state == '触发': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[3], pan[5], '不循环')) xiancheng.start() state = '未触发' break if pan[0] == '步骤块': stop_thread(xiancheng) if pan[1] == '循环': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[2], pan[3], '循环')) xiancheng.start() if pan[1] == '不循环': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[2], pan[3], '不循环')) xiancheng.start() if pan[0] == '等待': print('程序正在监测目标位置RGB值') print('逻辑执行已全部执行完毕') break
逻辑块存储功能的实现
def listtotxt(list, path): import json c_list = list c_list = json.dumps(c_list) '''将c_list存入文件 ''' a = open(path, "w", encoding='UTF-8') a.write(c_list) a.close() print('已存入txt')
逻辑块存储逻辑代码
if choose == '逻辑块存储': yorn = input("确定保存?\n输入'yes'or'no'\n") while 1: if yorn == 'yes': if len(panduans) == 0: print('还未记录你任何操作,请添加操作再使用逻辑块存储功能') else: do_name = input('请为以上操作命名吧:') if '逻辑块存储' in do_name: do_name = input('抱歉,你的命名里不允许包含”逻辑块存储“,请重新命名') else: path = r"{}逻辑块存储.txt".format(do_name) listtotxt(list=panduans, path=path) break if yorn == 'no': print('你已取消存储') break else: yorn = input("请输入'yes'or'no':\n")
逻辑块导入功能的实现
def txttolist(path): import json b = open(path, "r", encoding='UTF-8') out = b.read() out = json.loads(out) return out
逻辑块导入逻辑代码
if choose == '逻辑块导入': caozuojiyi = get_caozuokuai_name() while True: xunhuan_choose = input('已存储的操作有:{}\n请输入导入操作的操作名:'.format(caozuojiyi)) if xunhuan_choose in caozuojiyi: break else: print('逻辑块存储库中并无你想要的操作,请重新输入:') caozuopath = r"{}逻辑块存储.txt".format(xunhuan_choose) panduans = txttolist(path=caozuopath)
import threading import pyautogui from ctypes import * import time import os, sys import pyperclip import inspect import ctypes import _thread def _async_raise(tid, exctype): """raises the exception, performs cleanup if needed""" tid = ctypes.c_long(tid) if not inspect.isclass(exctype): exctype = type(exctype) res = ctypes.pythonapi.PyThreadState_SetAsyncExc(tid, ctypes.py_object(exctype)) if res == 0: raise ValueError("invalid thread id") elif res != 1: # """if it returns a number greater than one, you're in trouble, # and you should call it again with exc=NULL to revert the effect""" ctypes.pythonapi.PyThreadState_SetAsyncExc(tid, None) raise SystemError("PyThreadState_SetAsyncExc failed") def stop_thread(threa): _async_raise(threa.ident, SystemExit) def get_caozuo_name(): dirname, filename = os.path.split(os.path.abspath(sys.argv[0])) files1 = [] file_dir = r"{}".format(os.path.realpath(sys.argv[0])[:-13]) for root, dirs, files in os.walk(file_dir, topdown=False): files = files[:-1] for i in files: if '.txt' in i: files1.append(i[:-4]) return files1 def get_caozuokuai_name(): dirname, filename = os.path.split(os.path.abspath(sys.argv[0])) files1 = [] file_dir = r"{}".format(os.path.realpath(sys.argv[0])[:-13]) for root, dirs, files in os.walk(file_dir, topdown=False): files = files[:-1] for i in files: if '逻辑块存储.txt' in i: files1.append(i[:-9]) return files1 def writeList2txt(file, data): ''' 将list写入txt :param data: :return: ''' file.write(str(data), encoding='uft8') def readListFromStr(str): ''' str -> List 除去冗余的方法调用 :param str: :return: ''' res, pos = help(str, 1) res1 = [] a = '1' for ii in res: iii = [] for i in ii: if type(i) == type(a): i = i.replace("'", "") iii.append(i) else: iii.append(i) res1.append(iii) return res1 def help(str, startIndex): ''' 单行字符串的读取,形成list :param str: :return: ''' str = str.replace(" ", "") # 将所有空格删去 res = [] i = startIndex pre = startIndex while i < len(str): if str[i] == '[': # 将pre-i-2的字符都切片,切split if i - 2 >= pre: slice = str[pre:i - 1].split(',') for element in slice: res.append(element) # 递归调用 加入子list child, pos = help(str, i + 1) res.append(child) i = pos # i移动到pos位置,也就是递归的最后一个右括号 pre = pos + 2 # 右括号之后是, [ 有三个字符,所以要+2至少 elif str[i] == ']': # 将前面的全部放入列表 if i - 1 >= pre: slice = str[pre:i].split(',') for element in slice: res.append(element) return res, i i = i + 1 return res, i def get_caozuo(caozuopath): with open(caozuopath, 'r', encoding='utf8') as f: data = f.read() return data def get_xy(): x, y = pyautogui.position() return [x, y] def GetColor(xy): x = xy[0] y = xy[1] r = 0 g = 0 b = 0 try: gdi32 = windll.gdi32 user32 = windll.user32 hdc = user32.GetDC(None) # 获取颜色值 pixel = gdi32.GetPixel(hdc, x, y) # 提取RGB值 r = pixel & 0x0000ff g = (pixel & 0x00ff00) >> 8 b = pixel >> 16 except KeyboardInterrupt: print('\n') return [r, g, b] def timer(timex): time.sleep(timex) def clicker_cishu(cishu, x, y, pinlv): for a in range(cishu): pyautogui.click(x, y) time.sleep(pinlv) def clicker_time(shijian, x, y, pinlv): start = time.time() while True: pyautogui.click(x, y) time.sleep(pinlv) end = time.time() shijian1 = end - start if shijian1 >= shijian: break def zhixing(step): for i in step: if i[0] == '点击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.click(x, y) print(f'已执行完点击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '延时': t = int(i[1]) timer(t) print(f'已执行完延时动作,延时时长:{t}秒') if i[0] == '连点': if i[2] == '连点次数': clicker_cishu(int(i[3]), int(i[1][0]), int(i[1][1]), int(i[4])) print(f'已执行完连点操作,你选择的是{i[2]},连点次数是{i[4]}') if i[2] == '连点时长': clicker_time(int(i[3]), int(i[1][0]), int(i[1][1]), int(i[4])) print(f'已执行完连点操作,你选择的是{i[2]},连点时长是{i[4]}秒') if i[0] == '拖拽': pyautogui.moveTo(int(i[1][0]), int(i[1][1])) pyautogui.dragTo(int(i[2][0]), int(i[2][1]), 1, button='left') print(f'已执行拖拽动作,拖拽起始位置是X:{int(i[1][0])},Y:{int(i[1][1])},拖拽后的位置是X:{int(i[2][0])},Y:{int(i[2][1])}') if i[0] == '双击': pyautogui.click(int(i[1][0]), int(i[1][1])) pyautogui.click(int(i[1][0]), int(i[1][1])) print(f'已执行完点击动作,点击坐标位置:X:{int(i[1][0])},Y:{int(i[1][1])} ') if i[0] == '输入': pyautogui.click(int(i[1][0]), int(i[1][1])) pyperclip.copy(i[2]) time.sleep(0.1) pyautogui.hotkey('ctrl', 'v') if i[0] == '按键': pyautogui.hotkey(*i[1]) if i[0] == '右击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.rightClick(x, y) print(f'已执行完右击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '中击': x = int(i[1][0]) y = int(i[1][1]) pyautogui.middleClick(x, y) print(f'已执行完中击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '滚动': import pywinauto.mouse x, y = pyautogui.position() pywinauto.mouse.scroll((x, y), i[1]) # (1100,300)是初始坐标,1000是滑动距离(可负) def cunchu(): yorn = input("执行完毕,是否保存?\n输入'yes'or'no'\n") while 1: if yorn == 'yes': if len(step) == 0: print('还未记录你任何操作,请添加操作再使用存储功能') else: do_name = input('请为以上操作命名吧:') path = r"{}.txt".format(do_name) listtotxt(list=step, path=path) break if yorn == 'no': print('你已取消存储') break else: yorn = input("请输入'yes'or'no':\n") def chakan(): if len(step) == 0: print('暂未录入操作,请先录入操作再查看') zizeng = 1 for i in step: if i[0] == '点击': x = int(i[1][0]) y = int(i[1][1]) print(f'第{zizeng}步:\n执行点击动作,点击坐标位置:X:{x},Y:{y} ') if i[0] == '延时': t = int(i[1]) print(f'第{zizeng}步:\n执行延时动作,延时时长:{t}秒') if i[0] == '连点': if i[2] == '连点次数': print(f'第{zizeng}步:\n执行连点操作,你选择的是{i[2]},连点次数是{i[4]}') if i[2] == '连点时长': print(f'第{zizeng}步:\n执行连点操作,你选择的是{i[2]},连点时长是{i[4]}秒') if i[0] == '拖拽': print( f'第{zizeng}步:\n执行拖拽动作,拖拽起始位置是X:{int(i[1][0])},Y:{int(i[1][1])},拖拽后的位置是X:{int(i[2][0])},Y:{int(i[2][1])}') if i[0] == '双击': print(f'第{zizeng}步:\n执行点击动作,点击坐标位置:X:{int(i[1][0])},Y:{int(i[1][1])} ') if i[0] == '按键': print(f'第{zizeng}步:\n执行按键动作,将同时按下”{i[1]}“键') zizeng += 1 def daoru(): caozuojiyi = get_caozuo_name() while True: xunhuan_choose = input('已存储的操作有:{}\n请输入导入操作的操作名:'.format(caozuojiyi)) if xunhuan_choose in caozuojiyi: break else: print('存储库中并无你想要的操作,请重新输入:') caozuopath = r'{}.txt'.format(xunhuan_choose) step1 = txttolist(caozuopath) print(step1) return [step1, xunhuan_choose] def jianshi(): global state, rgb, rgb_xy, xiancheng while 1: aa = GetColor(rgb_xy) if aa == rgb: try: stop_thread(xiancheng) finally: state = '触发' print(f'检测到{rgb_xy}位置的RGB值变为{aa}') break def zhixingbuzhoukuai(buzhou, bu, xunhuanyn): global state print(f'正在执行"{buzhou}"代码块的操作') state = '未触发' if bu == '1': while 1: if state == '触发': break if state == '未触发': timer(0.1) elif xunhuanyn == '循环': while 1: if state == '触发': break if state == '未触发': zhixing(bu) elif xunhuanyn == '不循环': zhixing(bu) def listtotxt(list, path): import json c_list = list c_list = json.dumps(c_list) '''将c_list存入文件 ''' a = open(path, "w", encoding='UTF-8') a.write(c_list) a.close() print('已存入txt') def txttolist(path): import json b = open(path, "r", encoding='UTF-8') out = b.read() out = json.loads(out) return out rgb_xy = [] rgb = [] state = '未触发' panduans = [] step = [] while True: choose = input('请输入你需要使用的功能:') if choose == '点击': click = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click.append('点击') click.append(click_weizhi) step.append(click) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '延时': while 1: timerr = [] try: timex = int(input('请输入延时时间:')) timerr.append('延时') timerr.append(timex) step.append(timerr) break except: print('延时失败/n请输入正确的延时时间') continue if choose == '连点': click_liandian = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_liandian.append('连点') click_liandian.append(click_weizhi) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') click_pinlv = float(input('请输入连点频率:')) while 1: click_stop_choose = input('“连点次数”or“连点时长”') if click_stop_choose == '连点次数': click_cishu = int(input('请输入连点次数:')) click_liandian.append('连点次数') click_liandian.append(click_cishu) click_liandian.append(click_pinlv) step.append(click_liandian) print(click_liandian) print(step) break if click_stop_choose == '连点时长': click_shichang = int(input('请输入连点时长(秒):')) click_liandian.append('连点时长') click_liandian.append(click_shichang) step.append(click_liandian) click_liandian.append(click_pinlv) print(click_liandian) print(step) break else: continue if choose == '存储': if len(step) == 0: print('还未记录你任何操作,请添加操作再使用存储功能') else: do_name = input('请为以上操作命名吧:') path = r"{}.txt".format(do_name) listtotxt(list=step, path=path) if choose == '拖拽': tuozhuai = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成移动前的位置输入,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() tuozhuai.append('拖拽') tuozhuai.append(click_weizhi) while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成移动后的位置输入,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() tuozhuai.append(click_weizhi) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') step.append(tuozhuai) if choose == '循环执行': while 1: xunhuan_cishu_zhixing = 0 xunhuan_cishu = input('请输入循环次数(如要无限循环请输入"无限"):') if xunhuan_cishu == '无限': while True: zhixing(step) if xunhuan_cishu.isdigit(): for i in range(int(xunhuan_cishu)): xunhuan_cishu_zhixing += 1 zhixing(step) print(f'已完成{xunhuan_cishu_zhixing}次循环') break else: print('你的输入有误,请重新输入:') if choose == '导入': if len(step) == 0: step = daoru()[0] else: baocun_choose = input('此次操作若未保存请先,导入别的操作会覆盖原来的操作,你确定要导入吗?\n请输入“yes”or“no”:\n') while 1: if baocun_choose == 'no': break if baocun_choose == 'yes': print('你已取消保存') step = daoru()[0] break else: yorn = input("请输入'yes'or'no':\n") if choose == '输入': shuru = [] while 1: click_dongzuo = input('请移动鼠标到你要输入的位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() txt_in = input('请输入你要在该位置输入的文字:\n') shuru.append('输入') shuru.append(click_weizhi) shuru.append(txt_in) step.append(shuru) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '按键': while 1: anjian = input('这是模拟操作键盘的操作(例如复制,输入'ctrl‘ + 'c‘):\n') if anjian != 'q': anjian = anjian.split('+') anjians = [] a = [] for an in anjian: an = an.replace("‘", "").replace("'", "").strip() if an in pyautogui.KEYBOARD_KEYS: anjians.append(an) nihaofan = 0 else: print('你的输入不合法') nihaofan = 1 break if nihaofan == 0: a.append('按键') a.append(anjians) step.append(a) print('录入成功') break if anjian == 'q': break if choose == '双击': click_double = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_double.append('双击') click_double.append(click_weizhi) step.append(click_double) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '滚动': while 1: gundong = [] try: gundong1 = int(input('这里是模拟鼠标滚动,请输入你要滚动距离(正数为向上移动,负数为向下移动):\n')) gundong.append('滚动') gundong.append(gundong1) step.append(gundong) break except: print('你的输入有误,请重新输入') if choose == '查看': chakan() if choose == '右击': click_r = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_r.append('右击') click_r.append(click_weizhi) step.append(click_r) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '中击': click_m = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': click_weizhi = get_xy() click_m.append('中击') click_m.append(click_weizhi) step.append(click_m) break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”') if choose == '执行': if len(step) == 0: print('你还未记录任何操作,请至少记录了一个操作再执行') else: zhixing(step) cunchu() if choose == '判断': if len(panduans) == 0: tuichu = 0 panduan = input('此功能的实现是基于颜色的RBG值来判断程序所要要执行的步骤块。\n现在,请选择你的‘先执行步骤块等待条件触发'或是‘直接等待条件触发'的操作:(输入"步骤块"或"等待")\n') if panduan == '如果': panduan_if = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上吸取颜色,输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': xy = get_xy() click_color = GetColor(xy) panduan_yn = input(f'这个位置的RGB为:{click_color},是否确定为下一步骤块的判断根据?(输入"yes"or"no")\n') while 1: if panduan_yn == 'yes': get_caozuo_name() print(f'请选择满足当颜色为{click_color}时要执行的步骤包:') steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行至下一条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将会循环') break elif xunhuan_yn == 'no': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('不循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将只执行一次') break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') tuichu = 1 break if panduan_yn == 'no': print('请重新选择') break else: panduan_yn = input('你的输入有误,请输入"yes"or"no"') if tuichu == 1: break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”)') if panduan == '步骤块': panduan_step = [] steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行直至条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_step.append('步骤块') panduan_step.append('循环') panduan_step.append(steps_name) panduan_step.append(steps) panduans.append(panduan_step) break elif xunhuan_yn == 'no': panduan_step.append('步骤块') panduan_step.append('不循环') panduan_step.append(steps_name) panduan_step.append(steps) panduans.append(panduan_step) break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') if panduan == '等待': panduan_if = [] print('你选择了等待,程序将时刻检测目标位置的颜色以执行接下来的步骤块') panduan_if.append('等待') panduans.append(panduan_if) if panduan != '步骤块' and panduan != '如果' and panduan != '等待': print('你的输入有误') if len(panduans) > 0: print('你一录入了至少一个逻辑判断,请选择继续选择目标位置的颜色来触发接下来你选择的步骤块') panduan_if = [] while 1: click_dongzuo = input('请移动鼠标到目标位置上吸取颜色,输入“1”完成动作,输入“0”取消动作') if click_dongzuo == '1': xy = get_xy() click_color = GetColor(xy) panduan_yn = input(f'这个位置的RGB为:{click_color},是否确定为下一步骤块的判断根据?(输入"yes"or"no")\n') while 1: if panduan_yn == 'yes': get_caozuo_name() print(f'请选择满足当颜色为{click_color}时要执行的步骤包:') steps, steps_name = daoru() xunhuan_yn = input('这个步骤块是否循环执行直至条件触发?(输入"yes"or"no")\n') while 1: if xunhuan_yn == 'yes': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将会循环') break elif xunhuan_yn == 'no': panduan_if.append('如果') panduan_if.append(xy) panduan_if.append(click_color) panduan_if.append(steps_name) panduan_if.append('不循环') panduan_if.append(steps) panduans.append(panduan_if) print('添加成功,该步骤包将只执行一次') break else: xunhuan_yn = input('你的输入有误,请输入"yes"or"no":') tuichu = 1 break if panduan_yn == 'no': print('请重新选择') break else: panduan_yn = input('你的输入有误,请输入"yes"or"no"') if tuichu == 1: break elif click_dongzuo == '0': print('操作已取消') break else: print('请输入正确的操作(输入“0”或“1”)') if choose == '逻辑执行': print('这里是逻辑执行库,所有的逻辑判断都会存储到这里') print(panduans) xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=('等待', '1', '循环')) xiancheng.setDaemon(True) xiancheng.start() for pan in panduans: state = '未触发' if pan[0] == '如果': print(pan[5]) print(len(pan[5])) bu = str(pan[5]) print(bu) bu = readListFromStr(bu) zhixing(bu) print(bu) if state == '未触发': if pan[4] == '循环': rgb = pan[2] rgb_xy = pan[1] _thread.start_new_thread(jianshi, ()) while 1: if state == '触发': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[3], pan[5], '循环')) xiancheng.start() state = '未触发' break if pan[4] == '不循环': rgb = pan[2] rgb_xy = pan[1] _thread.start_new_thread(jianshi, ()) while 1: if state == '触发': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[3], pan[5], '不循环')) xiancheng.start() state = '未触发' break if pan[0] == '步骤块': stop_thread(xiancheng) if pan[1] == '循环': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[2], pan[3], '循环')) xiancheng.start() if pan[1] == '不循环': xiancheng = threading.Thread(target=zhixingbuzhoukuai, args=(pan[2], pan[3], '不循环')) xiancheng.start() if pan[0] == '等待': print('程序正在监测目标位置RGB值') print('逻辑执行已全部执行完毕') break if choose == '逻辑块存储': yorn = input("确定保存?\n输入'yes'or'no'\n") while 1: if yorn == 'yes': if len(panduans) == 0: print('还未记录你任何操作,请添加操作再使用逻辑块存储功能') else: do_name = input('请为以上操作命名吧:') if '逻辑块存储' in do_name: do_name = input('抱歉,你的命名里不允许包含”逻辑块存储“,请重新命名') else: path = r"{}逻辑块存储.txt".format(do_name) listtotxt(list=panduans, path=path) break if yorn == 'no': print('你已取消存储') break else: yorn = input("请输入'yes'or'no':\n") if choose == '逻辑块导入': caozuojiyi = get_caozuokuai_name() while True: xunhuan_choose = input('已存储的操作有:{}\n请输入导入操作的操作名:'.format(caozuojiyi)) if xunhuan_choose in caozuojiyi: break else: print('逻辑块存储库中并无你想要的操作,请重新输入:') caozuopath = r"{}逻辑块存储.txt".format(xunhuan_choose) panduans = txttolist(path=caozuopath) if choose == 'q' or choose == 'quit' or choose == '退出' or choose == 'close': break if choose == 'tips' or choose == '提示' or choose == 'help' or choose == '帮助': print( '''你可以输入'点击', '右击', '中击', '逻辑执行', '判断', '滚动', '延时', '存储', '执行', '循环执行', '拖拽', '连点', '输入', '双击', '查看', '导入', 'q', 'quit','退出', 'close', 'tips', '提示', 'help', '帮助', '按键'来帮助你完成你的自动化操作''') if not choose in ['点击', '右击', '中击', '逻辑执行', '判断', '滚动', '延时', '存储', '执行', '循环执行', '拖拽', '连点', '输入', '双击', '查看', '导入', 'q', 'quit','退出', 'close', 'tips', '提示', 'help', '帮助', '按键']: print('你的输入有误或暂未开发此功能,请重新输入(输入”help“获得提示)') print('代码已全部执行完毕,程序已退出')
这是我的2.0版本,之前把逻辑板块之外的功能都写出来了之后迫不及待地玩了一下,帮朋友买了四价,做了微信信息轰炸的程序,看着鼠标把文件夹拖来拖去,做了些拳皇脚本打出超级连招,等会我再试一下盲僧的马氏三角杀哈哈哈,想想就兴奋~~
本来还想做多点功能的,比如:检测目标区域的文字来执行判断操作(这听起来不难);
写个语音输入功能,当执行完什么操作了就让电脑说:“你好厉害啊”、“真的是我的偶像”、“快来看看我抢到四价了”(现在我就能写出来);
import pyttsx3 engine = pyttsx3.init() engine.say('我抢到了!快来看一下') engine.runAndWait()
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