Python实现的基于ADB的Android远程工具
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本工具为原创，涉及知识：
- Python编程
- Tkinter GUI编程
- ADB通信机制
代码已经开源：
https://code.csdn.net/codehat/andev/tree/master/src/arobot.py
代码全文：
#!/usr/bin/env python # -*- coding: utf-8 -*- # --------------------------------------------------------------------------- # android Robot 3.1 # This is a free software under GPL. # # Author: DiaoXuesong # Bug report: [email protected] # --------------------------------------------------------------------------- # # Function: # Screen cast via adb daemon, without java env. # Usage: # arobot.py [-option] # Example: # arobot.py # arobot.py -lcd # arobot.py -keypad import subprocess,os import threading import socket,sys import time try: import Tkinter as tk import ttk from PIL import Image,ImageTk,ImageDraw except: print ‘Following module is needed:‘ print ‘- Tkinter: sudo apt-get install python-tk‘ print ‘- PIL: sudo apt-get install python-imaging-tk‘ sys.exit() # Set DEBUG to True if you need know more running message DEBUG = False # Set USE_TTK to False if you need classic Tk/Tcl GUI-style USE_TTK = True ‘‘‘ Key value definition refer from KeyEvent.java public class KeyEvent extends InputEvent implements Parcelable { /** Key code constant: Unknown key code. */ public static final int KEYCODE_UNKNOWN = 0; public static final int KEYCODE_SOFT_LEFT = 1; public static final int KEYCODE_SOFT_RIGHT = 2; public static final int KEYCODE_HOME = 3; public static final int KEYCODE_BACK = 4; public static final int KEYCODE_CALL = 5; public static final int KEYCODE_ENDCALL = 6; public static final int KEYCODE_0 = 7; public static final int KEYCODE_1 = 8; public static final int KEYCODE_2 = 9; public static final int KEYCODE_3 = 10; public static final int KEYCODE_4 = 11; public static final int KEYCODE_5 = 12; public static final int KEYCODE_6 = 13; public static final int KEYCODE_7 = 14; public static final int KEYCODE_8 = 15; public static final int KEYCODE_9 = 16; public static final int KEYCODE_STAR = 17; public static final int KEYCODE_POUND = 18; public static final int KEYCODE_DPAD_UP = 19; public static final int KEYCODE_DPAD_DOWN = 20; public static final int KEYCODE_DPAD_LEFT = 21; public static final int KEYCODE_DPAD_RIGHT = 22; public static final int KEYCODE_DPAD_CENTER = 23; public static final int KEYCODE_VOLUME_UP = 24; public static final int KEYCODE_VOLUME_DOWN = 25; public static final int KEYCODE_POWER = 26; public static final int KEYCODE_CAMERA = 27; public static final int KEYCODE_CLEAR = 28; public static final int KEYCODE_A = 29; public static final int KEYCODE_B = 30; public static final int KEYCODE_C = 31; public static final int KEYCODE_D = 32; public static final int KEYCODE_E = 33; public static final int KEYCODE_F = 34; public static final int KEYCODE_G = 35; public static final int KEYCODE_H = 36; public static final int KEYCODE_I = 37; public static final int KEYCODE_J = 38; public static final int KEYCODE_K = 39; public static final int KEYCODE_L = 40; public static final int KEYCODE_M = 41; public static final int KEYCODE_N = 42; public static final int KEYCODE_O = 43; public static final int KEYCODE_P = 44; public static final int KEYCODE_Q = 45; public static final int KEYCODE_R = 46; public static final int KEYCODE_S = 47; public static final int KEYCODE_T = 48; public static final int KEYCODE_U = 49; public static final int KEYCODE_V = 50; public static final int KEYCODE_W = 51; public static final int KEYCODE_X = 52; public static final int KEYCODE_Y = 53; public static final int KEYCODE_Z = 54; public static final int KEYCODE_COMMA = 55; public static final int KEYCODE_PERIOD = 56; public static final int KEYCODE_ALT_LEFT = 57; public static final int KEYCODE_ALT_RIGHT = 58; public static final int KEYCODE_SHIFT_LEFT = 59; public static final int KEYCODE_SHIFT_RIGHT = 60; public static final int KEYCODE_TAB = 61; public static final int KEYCODE_SPACE = 62; public static final int KEYCODE_SYM = 63; public static final int KEYCODE_EXPLORER = 64; public static final int KEYCODE_ENVELOPE = 65; public static final int KEYCODE_ENTER = 66; public static final int KEYCODE_DEL = 67; public static final int KEYCODE_GRAVE = 68; public static final int KEYCODE_MINUS = 69; public static final int KEYCODE_EQUALS = 70; public static final int KEYCODE_LEFT_BRACKET = 71; public static final int KEYCODE_RIGHT_BRACKET = 72; public static final int KEYCODE_BACKSLASH = 73; public static final int KEYCODE_SEMICOLON = 74; public static final int KEYCODE_APOSTROPHE = 75; public static final int KEYCODE_SLASH = 76; public static final int KEYCODE_AT = 77; public static final int KEYCODE_NUM = 78; public static final int KEYCODE_HEADSETHOOK = 79; public static final int KEYCODE_FOCUS = 80; public static final int KEYCODE_PLUS = 81; public static final int KEYCODE_MENU = 82; public static final int KEYCODE_NOTIFICATION = 83; public static final int KEYCODE_SEARCH = 84; public static final int KEYCODE_MEDIA_PLAY_PAUSE= 85; public static final int KEYCODE_MEDIA_STOP = 86; public static final int KEYCODE_MEDIA_NEXT = 87; public static final int KEYCODE_MEDIA_PREVIOUS = 88; public static final int KEYCODE_MEDIA_REWIND = 89; public static final int KEYCODE_MEDIA_FAST_FORWARD = 90; public static final int KEYCODE_MUTE = 91; public static final int KEYCODE_PAGE_UP = 92; public static final int KEYCODE_PAGE_DOWN = 93; public static final int KEYCODE_PICTSYMBOLS = 94; public static final int KEYCODE_SWITCH_CHARSET = 95; public static final int KEYCODE_BUTTON_A = 96; public static final int KEYCODE_BUTTON_B = 97; public static final int KEYCODE_BUTTON_C = 98; public static final int KEYCODE_BUTTON_X = 99; public static final int KEYCODE_BUTTON_Y = 100; public static final int KEYCODE_BUTTON_Z = 101; public static final int KEYCODE_BUTTON_L1 = 102; public static final int KEYCODE_BUTTON_R1 = 103; public static final int KEYCODE_BUTTON_L2 = 104; public static final int KEYCODE_BUTTON_R2 = 105; public static final int KEYCODE_BUTTON_THUMBL = 106; public static final int KEYCODE_BUTTON_THUMBR = 107; public static final int KEYCODE_BUTTON_START = 108; public static final int KEYCODE_BUTTON_SELECT = 109; public static final int KEYCODE_BUTTON_MODE = 110; public static final int KEYCODE_ESCAPE = 111; public static final int KEYCODE_FORWARD_DEL = 112; public static final int KEYCODE_CTRL_LEFT = 113; public static final int KEYCODE_CTRL_RIGHT = 114; public static final int KEYCODE_CAPS_LOCK = 115; public static final int KEYCODE_SCROLL_LOCK = 116; public static final int KEYCODE_META_LEFT = 117; public static final int KEYCODE_META_RIGHT = 118; public static final int KEYCODE_FUNCTION = 119; public static final int KEYCODE_SYSRQ = 120; public static final int KEYCODE_BREAK = 121; public static final int KEYCODE_MOVE_HOME = 122; public static final int KEYCODE_MOVE_END = 123; public static final int KEYCODE_INSERT = 124; public static final int KEYCODE_FORWARD = 125; public static final int KEYCODE_MEDIA_PLAY = 126; public static final int KEYCODE_MEDIA_PAUSE = 127; public static final int KEYCODE_MEDIA_CLOSE = 128; public static final int KEYCODE_MEDIA_EJECT = 129; public static final int KEYCODE_MEDIA_RECORD = 130; public static final int KEYCODE_F1 = 131; public static final int KEYCODE_F2 = 132; public static final int KEYCODE_F3 = 133; public static final int KEYCODE_F4 = 134; public static final int KEYCODE_F5 = 135; public static final int KEYCODE_F6 = 136; public static final int KEYCODE_F7 = 137; public static final int KEYCODE_F8 = 138; public static final int KEYCODE_F9 = 139; public static final int KEYCODE_F10 = 140; public static final int KEYCODE_F11 = 141; public static final int KEYCODE_F12 = 142; public static final int KEYCODE_NUM_LOCK = 143; public static final int KEYCODE_NUMPAD_0 = 144; public static final int KEYCODE_NUMPAD_1 = 145; public static final int KEYCODE_NUMPAD_2 = 146; public static final int KEYCODE_NUMPAD_3 = 147; public static final int KEYCODE_NUMPAD_4 = 148; public static final int KEYCODE_NUMPAD_5 = 149; public static final int KEYCODE_NUMPAD_6 = 150; public static final int KEYCODE_NUMPAD_7 = 151; public static final int KEYCODE_NUMPAD_8 = 152; public static final int KEYCODE_NUMPAD_9 = 153; public static final int KEYCODE_NUMPAD_DIVIDE = 154; public static final int KEYCODE_NUMPAD_MULTIPLY = 155; public static final int KEYCODE_NUMPAD_SUBTRACT = 156; public static final int KEYCODE_NUMPAD_ADD = 157; public static final int KEYCODE_NUMPAD_DOT = 158; public static final int KEYCODE_NUMPAD_COMMA = 159; public static final int KEYCODE_NUMPAD_ENTER = 160; public static final int KEYCODE_NUMPAD_EQUALS = 161; public static final int KEYCODE_NUMPAD_LEFT_PAREN = 162; public static final int KEYCODE_NUMPAD_RIGHT_PAREN = 163; public static final int KEYCODE_VOLUME_MUTE = 164; public static final int KEYCODE_INFO = 165; public static final int KEYCODE_CHANNEL_UP = 166; public static final int KEYCODE_CHANNEL_DOWN = 167; public static final int KEYCODE_ZOOM_IN = 168; public static final int KEYCODE_ZOOM_OUT = 169; public static final int KEYCODE_TV = 170; public static final int KEYCODE_WINDOW = 171; public static final int KEYCODE_GUIDE = 172; public static final int KEYCODE_DVR = 173; public static final int KEYCODE_BOOKMARK = 174; public static final int KEYCODE_CAPTIONS = 175; public static final int KEYCODE_SETTINGS = 176; public static final int KEYCODE_TV_POWER = 177; public static final int KEYCODE_TV_INPUT = 178; public static final int KEYCODE_STB_POWER = 179; public static final int KEYCODE_STB_INPUT = 180; public static final int KEYCODE_AVR_POWER = 181; public static final int KEYCODE_AVR_INPUT = 182; public static final int KEYCODE_PROG_RED = 183; public static final int KEYCODE_PROG_GREEN = 184; public static final int KEYCODE_PROG_YELLOW = 185; public static final int KEYCODE_PROG_BLUE = 186; public static final int KEYCODE_APP_SWITCH = 187; public static final int KEYCODE_BUTTON_1 = 188; public static final int KEYCODE_BUTTON_2 = 189; public static final int KEYCODE_BUTTON_3 = 190; public static final int KEYCODE_BUTTON_4 = 191; public static final int KEYCODE_BUTTON_5 = 192; public static final int KEYCODE_BUTTON_6 = 193; public static final int KEYCODE_BUTTON_7 = 194; public static final int KEYCODE_BUTTON_8 = 195; public static final int KEYCODE_BUTTON_9 = 196; public static final int KEYCODE_BUTTON_10 = 197; public static final int KEYCODE_BUTTON_11 = 198; public static final int KEYCODE_BUTTON_12 = 199; public static final int KEYCODE_BUTTON_13 = 200; public static final int KEYCODE_BUTTON_14 = 201; public static final int KEYCODE_BUTTON_15 = 202; public static final int KEYCODE_BUTTON_16 = 203; public static final int KEYCODE_LANGUAGE_SWITCH = 204; public static final int KEYCODE_MANNER_MODE = 205; public static final int KEYCODE_3D_MODE = 206; public static final int KEYCODE_CONTACTS = 207; public static final int KEYCODE_CALENDAR = 208; public static final int KEYCODE_MUSIC = 209; public static final int KEYCODE_CALCULATOR = 210; public static final int KEYCODE_ZENKAKU_HANKAKU = 211; public static final int KEYCODE_EISU = 212; public static final int KEYCODE_MUHENKAN = 213; public static final int KEYCODE_HENKAN = 214; public static final int KEYCODE_KATAKANA_HIRAGANA = 215; public static final int KEYCODE_YEN = 216; public static final int KEYCODE_RO = 217; public static final int KEYCODE_KANA = 218; public static final int KEYCODE_ASSIST = 219; private static final int LAST_KEYCODE = KEYCODE_ASSIST; private static final int KEYCODE_TEST_BASE = 220; public static final int KEYCODE_POWER_TEST = KEYCODE_TEST_BASE + 1; public static final int KEYCODE_HOME_TEST = KEYCODE_TEST_BASE + 2; public static final int KEYCODE_BACK_TEST = KEYCODE_TEST_BASE + 3; public static final int KEYCODE_MENU_TEST = KEYCODE_TEST_BASE + 4; public static final int KEYCODE_SEARCH_TEST = KEYCODE_TEST_BASE + 5; public static final int KEYCODE_CALL_TEST = KEYCODE_TEST_BASE + 6; public static final int KEYCODE_ENDCALL_TEST = KEYCODE_TEST_BASE + 7; public static final int KEYCODE_VOLUME_UP_TEST = KEYCODE_TEST_BASE + 8; public static final int KEYCODE_VOLUME_DOWN_TEST = KEYCODE_TEST_BASE + 9; public static final int KEYCODE_CAMERA_TEST = KEYCODE_TEST_BASE + 10; public static final int KEYCODE_SPACE_TEST = KEYCODE_TEST_BASE + 11; public static final int KEYCODE_FUNCTION_TEST = KEYCODE_TEST_BASE + 12; ‘‘‘ # keynames is the key name list # ‘none‘: no keys in this grid keynames = [‘home‘, ‘menu‘, ‘back‘, ‘srch‘, ‘call‘, ‘^‘, ‘end‘, ‘none‘, ‘<‘, ‘ok‘, ‘>‘, ‘vol+‘, ‘none‘, ‘v‘, ‘none‘, ‘vol-‘, ‘1‘, ‘2‘, ‘3‘, ‘none‘, ‘4‘, ‘5‘, ‘6‘, ‘cam‘, ‘7‘, ‘8‘, ‘9‘, ‘enter‘, ‘*‘, ‘0‘, ‘#‘ ] # keyvalues is the key value list map with the keynames # 0: no keys here keyvalues = [ 3, 82, 4, 84, 5, 19, 6, 0, 21,23,22, 24, 0, 20, 0, 25, 8, 9,10, 0, 11,12,13, 27, 14,15,16, 66, 17, 7,18 ] # Print Hex Buffer def hexdump(buf = None): if buf != None: pstr = ‘‘ cnt = 0 for x in buf: if (cnt + 1) % 8 == 0: pstr = ‘%s%02X\n‘ % (pstr, x) else: pstr = ‘%s%02X ‘ % (pstr, x) cnt = cnt + 1 print pstr # Read adb response, if ‘OKAY‘ turn true def readAdbResponse(s): if s != None: resp = s.recv(4) if DEBUG: print ‘resp: %s‘ % repr(resp) if len(resp) != 4: print ‘protocol fault (no status)‘ return False if resp == ‘OKAY‘: return True elif resp == ‘FAIL‘: resp = s.recv(4) if len(resp) < 4: print ‘protocol fault (status len)‘ return False else: length = int(resp, 16) resp = s.recv(length) if len(resp) != length: print ‘protocol fault (status read)‘ return False else: print resp return False else: print "protocol fault (status %02x %02x %02x %02x?!)", (resp[0], resp[1], resp[2], resp[3]) return False return False # Send adb shell command def adbshellcommand(cmd): reply = None s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) # waiting adb server start while True: try: s.connect((‘127.0.0.1‘, 5037)) except: os.system(‘adb start-server‘) time.sleep(2) continue else: break req_msg = ‘host:transport-any‘ s.sendall(‘%04x‘ % len(req_msg)) s.sendall(req_msg) if not readAdbResponse(s): return None req_msg = ‘shell:%s‘ % cmd if DEBUG: print ‘%s‘ % req_msg s.sendall(‘%04x‘ % len(req_msg)) s.sendall(req_msg) if readAdbResponse(s): reply = s.recv(4096) if DEBUG: hexdump(bytearray(reply)) s.close() return reply # Convert buffer to Int def getInt(tbuf = None): if (tbuf != None): if DEBUG: hexdump(bytearray(tbuf)) if len(tbuf) < 4: print ‘buff len < 4‘ return 0 else: if DEBUG: print ‘parse: %02x %02x %02x %02x‘ % (tbuf[0],tbuf[1],tbuf[2],tbuf[3]) intnum = tbuf[0] intnum = intnum + tbuf[1]*0x100 intnum = intnum + tbuf[2]*0x10000 intnum = intnum + tbuf[3]*0x1000000 if DEBUG: print ‘INT: %08x‘ % intnum return intnum else: return 0 # Parse fb header from buffer def readHeader(tfb, ver, buf): if DEBUG: print ‘readHeader: ver = %d‘ % ver if ver == 16: tfb.fb_bpp = 16 tfb.fb_size = getInt(buf[0:4]) tfb.fb_width = getInt(buf[4:8]) tfb.fb_height = getInt(buf[8:12]) tfb.red_offset = 11 tfb.red_length = 5 tfb.blue_offset = 5 tfb.blue_length = 6 tfb.green_offset = 0 tfb.green_length = 5 tfb.alpha_offset = 0 tfb.alpha_length = 0 elif ver == 1: tfb.fb_bpp = getInt(bytearray(buf[0:4])) tfb.fb_size = getInt(bytearray(buf[4:8])) tfb.fb_width = getInt(bytearray(buf[8:12])) tfb.fb_height = getInt(bytearray(buf[12:16])) tfb.red_offset = getInt(bytearray(buf[16:20])) tfb.red_length = getInt(bytearray(buf[20:24])) tfb.blue_offset = getInt(bytearray(buf[24:28])) tfb.blue_length = getInt(bytearray(buf[28:32])) tfb.green_offset = getInt(bytearray(buf[32:36])) tfb.green_length = getInt(bytearray(buf[36:40])) tfb.alpha_offset = getInt(bytearray(buf[40:44])) tfb.alpha_length = getInt(bytearray(buf[44:48])) else: return False return True # Find the Touch input device and event def get_touch_event(): tp_names = [‘ft5x06‘, ‘gt818‘] output = adbshellcommand(‘getevent -S‘) if output == None: return None if DEBUG: print output dev = ‘‘ name = ‘‘ for line in output.splitlines(): if ‘/dev/input/event‘ in line: line = line.split(‘:‘) if len(line) == 2: line = line[1] line = line.strip(‘ ‘) line = line.strip(‘"‘) dev = line elif ‘name:‘ in line: line = line.split(‘:‘) if len(line) == 2: line = line[1] line = line.strip(‘ ‘) line = line.strip(‘"‘) name = line if (dev != ‘‘) and (name in tp_names): break if DEBUG: print ‘%s : %s‘ % (name, dev) if name in tp_names: return (name, dev) else: return None # Do the touch action def send_touch_event(action, x0, y0, x1 = None, y1 = None): # Note: input support tap & swipe after 4.1 # so we need emulate TP via sendevent if tap or swipe fail if action == ‘tap‘: resp = adbshellcommand(‘input tap %d %d‘ % (x0, y0)) if ‘Error‘ in resp: print ‘Not support tap command‘ # get tp device tp = get_touch_event() if tp == None: return # down cmd_str = ‘‘ cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 53, x0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 54, y0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 57, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 48, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 2, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 1, 330, 1) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 0, 0) # up cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 1, 330, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 2, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 0, 0) if DEBUG: print cmd_str adbshellcommand(cmd_str) elif action == ‘swipe‘: resp = adbshellcommand(‘input swipe %d %d %d %d‘ % (x0, y0, x1, y1)) if ‘Error‘ in resp: print ‘Not support tap command‘ # get tp device tp = get_touch_event() if tp == None: return step = 3 stepx = abs(x1 - x0) / step stepy = abs(y1 - y0) / step x = x0 y = y0 for i in range(0, step + 1): if x0 < x1: x = x0 + i * stepx else: x = x0 - i * stepx if y0 < y1: y = y0 + i * stepy else: y = y0 - i * stepy cmd_str = ‘‘ cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 53, x) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 54, y) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 57, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 3, 48, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 2, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 1, 330, 1) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 0, 0) adbshellcommand(cmd_str) # up cmd_str = ‘‘ cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 1, 330, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d;‘ % (tp[1], 0, 2, 0) cmd_str = cmd_str + ‘sendevent %s %d %d %d‘ % (tp[1], 0, 0, 0) if DEBUG: print cmd_str adbshellcommand(cmd_str) # Framebuffer Class # Only record framebuffer attributs class fb: fb_bpp = 0 fb_size = 0 fb_width = 0 fb_height = 0 red_offset = 0 red_length = 0 blue_offset = 0 blue_length = 0 green_offset = 0 green_length = 0 alpha_offset = 0 alpha_length = 0 fb_data = None def __init__(self): fb_bpp = 0 fb_size = 0 fb_width = 0 fb_height = 0 red_offset = 0 red_length = 0 blue_offset = 0 blue_length = 0 green_offset = 0 green_length = 0 alpha_offset = 0 alpha_length = 0 fb_data = None # send key thread class send_key_thread(threading.Thread): __tkapp = None __root = None __key = None def __init__(self, key): if DEBUG: print ‘send_key_thread init‘ threading.Thread.__init__(self) self.thread_stop = False self.__key = key def devexist(self): p = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE) p.wait() devList = p.communicate() devList = devList[0].splitlines() if ‘device‘ in devList[1]: if DEBUG: print devList[1] return True else: if DEBUG: print ‘No adb device found‘ return False def sendKey(self): if DEBUG: print ‘send_key: %s‘ % self.__key if self.__key in keynames: if self.devexist(): if self.__key != ‘none‘: adbshellcommand(‘input keyevent %s‘ % str(keyvalues[keynames.index(self.__key)])) def run(self): if DEBUG: print ‘send_key_thread run‘ self.sendKey() def stop(self): if DEBUG: print ‘stop send_key_thread‘ self.thread_stop = True # Kaypad Tkinter-Based GUI application class KeypadApplication(tk.Frame): def __init__(self, master=None): if master == None: master = tk.Tk() tk.Frame.__init__(self, master, class_=‘KeypadApplication‘) self.createkeypad() self.grid() def createkeypad(self): # creat buttons from keymap with 4 buttons each row for btn_name in keynames: row_id = keynames.index(btn_name) / 4 col_id = keynames.index(btn_name) % 4 if btn_name != ‘none‘: self.tbutton = tk.Button(self, name = btn_name, text=btn_name) self.tbutton[‘activebackground‘] = ‘#BBBBBB‘ #self.tbutton[‘highlightcolor‘] = ‘#BBBB00‘ else: self.tbutton = tk.Button(self, name = btn_name, text=‘‘) self.tbutton[‘width‘] = 10 if btn_name != ‘none‘: self.tbutton.bind(‘<ButtonRelease-1>‘, self.sendKey) self.tbutton.grid(padx = 5, pady = 1, column = col_id, row = row_id) def devexist(self): p = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE) p.wait() devList = p.communicate() devList = devList[0].splitlines() if ‘device‘ in devList[1]: if DEBUG: print devList[1] return True else: if DEBUG: print ‘No adb device found‘ return False def sendKey(self, event=None): if DEBUG: print event.widget.winfo_name() keyname = event.widget.winfo_name() if keyname in keynames: sender = send_key_thread(keyname) sender.start() # Kaypad Tkinter-Based GUI application class ttkKeypadApplication(ttk.Frame): def __init__(self, master=None): if master == None: master = ttk.Tk() ttk.Frame.__init__(self, master, class_=‘ttkKeypadApplication‘) self.createkeypad() self.grid() def createkeypad(self): # creat buttons from keymap with 4 buttons each row for btn_name in keynames: row_id = keynames.index(btn_name) / 4 col_id = keynames.index(btn_name) % 4 if btn_name != ‘none‘: self.tbutton = ttk.Button(self, name = btn_name, text=btn_name) else: self.tbutton = ttk.Button(self, name = btn_name, text=‘‘) self.tbutton[‘width‘] = 10 if btn_name != ‘none‘: self.tbutton.bind(‘<ButtonRelease-1>‘, self.sendKey) self.tbutton.grid(padx = 5, pady = 1, column = col_id, row = row_id) def devexist(self): p = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE) p.wait() devList = p.communicate() devList = devList[0].splitlines() if ‘device‘ in devList[1]: if DEBUG: print devList[1] return True else: if DEBUG: print ‘No adb device found‘ return False def sendKey(self, event=None): if DEBUG: print event.widget.winfo_name() keyname = event.widget.winfo_name() if keyname in keynames: sender = send_key_thread(keyname) sender.start() # LCD Tkinter-Based GUI application class LcdApplication(tk.Frame): __img_factor = 1.00 # image resize rate __lcd = None # the label widget __keepupdate = True __im = None __rotate = 0 # record mouse start & end point location __start = [0, 0] __end = [0, 0] def __init__(self, master=None): if DEBUG: print ‘LcdApplication: __init__‘ if master == None: master = tk.Tk() tk.Frame.__init__(self, master, class_=‘LcdApplication‘) self.__rotate = 0 self.createlcd() self.grid() def createlcd(self): # creat label as lcd if DEBUG: print ‘LcdApplication: createlcd‘ # make default image display on label image = Image.new(mode = ‘RGB‘, size = (240, 320), color = ‘#000000‘) draw = ImageDraw.Draw(image) draw.text((80, 100), ‘Connecting...‘) self.__im = ImageTk.PhotoImage(image) # create label with image option self.__lcd = tk.Label(self, image=self.__im) self.__lcd.bind(‘<Button-1>‘, self.click_label) self.__lcd.bind(‘<ButtonRelease-1>‘, self.click_label) self.__lcd.bind(‘<ButtonRelease-3>‘, self.rightclick_label) # disply label on frame self.__lcd.grid() # To serve right click on label widget def rightclick_label(self, event=None): if DEBUG: print ‘Type: %s‘ % event.type self.__rotate = (self.__rotate + 90) % 360 print "rotate: %d" % self.__rotate # To serve left click on label widget def click_label(self, event=None): if DEBUG: print ‘Type: %s‘ % event.type if event.type == ‘4‘: # record mouse left button down if DEBUG: print ‘Click at: (%d, %d)‘ % (event.x, event.y) self.__start[0] = int(float(event.x) / float(self.__img_factor)) self.__start[1] = int(float(event.y) / float(self.__img_factor)) self.__end = None elif event.type == ‘5‘: # record mouse left button up if DEBUG: print ‘Release at: (%d, %d)‘ % (event.x, event.y) self.__end = [0, 0] self.__end[0] = int(float(event.x) / float(self.__img_factor)) self.__end[1] = int(float(event.y) / float(self.__img_factor)) # Do not report touch event during mouse down if self.__end == None: return if abs(self.__start[0] - self.__end[0]) < 2 and abs(self.__start[1] - self.__end[1]) < 2 : # mouse action: tap send_touch_event(‘tap‘, self.__start[0], self.__start[1]) else: # mouse action: swipe send_touch_event(‘swipe‘, self.__start[0], self.__start[1], self.__end[0], self.__end[1]) def stop(self): if DEBUG: print ‘LcdApplication: stop‘ self.__keepupdate = False # screen capture via socket from adb server def updatelcd_sock(self): if DEBUG: print ‘LcdApplication: updatelcd_sock‘ # Max display area size on label widget #max_lcd_w = 1024 #max_lcd_h = 600 max_lcd_w = 1440 max_lcd_h = 720 dev_sn = ‘‘ hdrsize = 0 myfb = fb() refresh_count = 0 # record refresh count while self.__keepupdate: # Get device SerialNumber from ADB server s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) try: s.connect((‘127.0.0.1‘, 5037)) except: os.system(‘adb start-server‘) time.sleep(2) continue req_msg = ‘host:devices‘ s.sendall(‘%04x‘ % len(req_msg)) s.sendall(req_msg) if readAdbResponse(s): len_str = s.recv(4) if len(len_str) < 4: continue length = int(len_str, 16) dev_info = s.recv(length) if ‘\t‘ in dev_info: dev_sn = dev_info[0:dev_info.index(‘\t‘)] else: dev_sn = ‘‘ if DEBUG: print ‘dev serial: %s‘ % dev_sn s.recv(1024) # receive all rest data s.close() if dev_sn == ‘‘: continue # Get framebuffer from ADB server s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.connect((‘127.0.0.1‘, 5037)) req_msg = ‘host:transport:%s‘ % dev_sn s.sendall(‘%04x‘ % len(req_msg)) s.sendall(req_msg) if not readAdbResponse(s): s.close() else: if DEBUG: print ‘ready to transport‘ req_msg = ‘framebuffer:‘ s.sendall(‘%04x‘ % len(req_msg)) s.sendall(req_msg) if not readAdbResponse(s): s.close() else: reply = s.recv(4) if len(reply) < 4: continue fbver = ord(reply[0]) + ord(reply[1]) * 0x100 + ord(reply[2]) * 0x10000 + ord(reply[3]) * 0x1000000 if DEBUG: print ‘fbver: %08x‘ % fbver # Get fb header size if fbver == 16: hdrsize = 3 elif fbver == 1: hdrsize = 12 else: hdrsize = 0; if DEBUG: print ‘fb header size: %d‘ % hdrsize # read the header header = s.recv(hdrsize * 4) if len(header) < (hdrsize * 4): continue if DEBUG: hexdump(bytearray(header)) readHeader(myfb, fbver, header) if DEBUG: print ‘bpp: %d‘ % myfb.fb_bpp print ‘size: %d‘ % myfb.fb_size print ‘width: %d‘ % myfb.fb_width print ‘height: %d‘ % myfb.fb_height print ‘red_offset: %d‘ % myfb.red_offset print ‘red_length: %d‘ % myfb.red_length print ‘blue_offset: %d‘ % myfb.blue_offset print ‘blue_length: %d‘ % myfb.blue_length print ‘green_offset: %d‘ % myfb.green_offset print ‘green_length: %d‘ % myfb.green_length print ‘alpha_offset: %d‘ % myfb.alpha_offset print ‘alpha_length: %d‘ % myfb.alpha_length # read fb buffer rcvcnt = 0 readbyte = 0 imagebuff = [] while True: if (rcvcnt < myfb.fb_size): readbyte = myfb.fb_size - rcvcnt else: break resp = s.recv(readbyte) if DEBUG: print ‘read byte: %d‘ % len(resp) rcvcnt = rcvcnt + len(resp); imagebuff.extend(resp) if len(resp) == 0: break if DEBUG: print ‘total rcv byte: %d‘ % rcvcnt reply = s.recv(10) s.close() myfb.fb_data = bytearray(imagebuff) if len(imagebuff) < myfb.fb_size: continue # convert raw-rgb to image image = Image.frombuffer(‘RGBA‘, (myfb.fb_width, myfb.fb_height), myfb.fb_data, ‘raw‘, ‘RGBA‘, 0, 1) lcd_w = image.size[0] lcd_h = image.size[1] if DEBUG: print ‘LCD size: %d x %d‘ % (lcd_w,lcd_h) factor_w = 1.00 factor_h = 1.00 if lcd_w > max_lcd_w: img_w = max_lcd_w factor_w = float(img_w)/float(lcd_w) if lcd_h > max_lcd_h: img_h = max_lcd_h factor_h = float(img_h)/float(lcd_h) factor = min([factor_w, factor_h]) self.__img_factor = factor # Keep the rate of w:h img_w = int(lcd_w * factor) img_h = int(lcd_h * factor) if DEBUG: print ‘Image size: %d x %d‘ % (img_w, img_h) # resize image if (factor < 1.00): image = image.resize((img_w, img_h)) # rotate image if self.__rotate != 0: image = image.rotate(self.__rotate) if self.__lcd != None: try: # save image to local path if DEBUG: refresh_count = refresh_count + 1 image_name = ‘image_%d.png‘ % refresh_count image.save(image_name, format=‘PNG‘) new_image = ImageTk.PhotoImage(image) self.__im = new_image self.__lcd[‘image‘] = self.__im except: continue # keypad window thread class arobot_keys(threading.Thread): __tkapp = None __root = None def __init__(self): threading.Thread.__init__(self) self.thread_stop = False def run(self): if DEBUG: print ‘run arobot_keys‘ self.__root = tk.Tk() if USE_TTK: self.__tkapp = ttkKeypadApplication(master=self.__root) else: self.__tkapp = KeypadApplication(master=self.__root) self.__tkapp.master.title(‘ARobot3.0-Keypad‘) self.__tkapp.grid() self.__tkapp.mainloop() if DEBUG: print ‘exit arobot_keys mainloop‘ def stop(self): if DEBUG: print ‘stop arobot_keys‘ if self.__tkapp != None: self.__tkapp.quit() self.thread_stop = True # screen windows thread class arobot_lcd(threading.Thread): __tkapp = None __root = None def __init__(self): threading.Thread.__init__(self) self.thread_stop = False def run(self): if DEBUG: print ‘run arobot_lcd‘ self.__root = tk.Tk() self.__tkapp = LcdApplication(master=self.__root) self.__tkapp.master.title(‘ARobot3.0-Lcd‘) t = threading.Timer(1, self.__tkapp.updatelcd_sock) t.start() self.__tkapp.grid() self.__tkapp.mainloop() if DEBUG: print ‘exit arobot_lcd mainloop‘ self.__tkapp.stop() def stop(self): if DEBUG: print ‘stop arobot_lcd‘ self.thread_stop = True if self.__tkapp != None: self.__tkapp.stop() self.__tkapp.quit() def arobot_main(prog): if prog == None: return if prog == ‘lcd‘: lcd_thread = arobot_lcd() lcd_thread.start() if prog == ‘keypad‘: keypad_thread = arobot_keys() keypad_thread.start() def usage(): print ‘--------------------------------------------‘ print ‘Arobot 3.1‘ print ‘This is a tool to control Android device via ADB‘ print ‘usage: python %s [option]‘ % sys.argv[0] print ‘option:‘ print ‘ -keypad run keypad‘ print ‘ -lcd run lcd‘ print ‘--------------------------------------------‘ if __name__ == ‘__main__‘: prog_name = sys.argv[0] if ‘--debug‘ in sys.argv: DEBUG = True if DEBUG: if len(sys.argv) == 2: cmd_str = ‘python %s -keypad --debug‘ % prog_name p1 = subprocess.Popen(cmd_str, shell=True) cmd_str = ‘python %s -lcd --debug‘ % prog_name p2 = subprocess.Popen(cmd_str, shell=True) elif len(sys.argv) == 3: if sys.argv[1] == ‘-keypad‘: arobot_main(‘keypad‘) elif sys.argv[1] == ‘-lcd‘: arobot_main(‘lcd‘) else: usage() else: if len(sys.argv) == 1: # Do not wast your time on threading, it is disaster working with tk! # I have tried many ways to open multi-windows via Tk and Threading # but fail! or linux ok but windows fail, so, just use the subprocess! cmd_str = ‘python %s -keypad‘ % prog_name p1 = subprocess.Popen(cmd_str, shell=True) cmd_str = ‘python %s -lcd‘ % prog_name p2 = subprocess.Popen(cmd_str, shell=True) elif len(sys.argv) == 2: if sys.argv[1] == ‘-keypad‘: arobot_main(‘keypad‘) elif sys.argv[1] == ‘-lcd‘: arobot_main(‘lcd‘) else: usage() else: usage()
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