一、Public.py
Public.py中的函数方法都是封装的自定义方法，包含调用cmd命令、照片对比、日志抓取、断言等方法。
# _*_ coding:utf-8 _*_ import os, subprocess, tkinter.messagebox, re, time, cv2 from PIL import Image from moviepy.editor import VideoFileClip def cmd(command): """执行cmd命令""" subprocess.Popen(str(command), shell=True, stdout=subprocess.PIPE).wait() def cmd_popen(command): """执行cmd命令，并返回结果""" b = os.popen(command) return b.read() def ResultCmd(command): """执行cmd命令，并等待返回结果""" if command == '': print('传入命令为空，请检查!') return else: p = subprocess.Popen(command, shell=True, stdout=subprocess.PIPE, encoding='utf-8') p.wait() result = p.stdout.readlines() return result def ResultCmdNoWait(command): """执行cmd命令，返回执行的结果""" if command == '': print('传入命令为空，请检查!') return else: p = subprocess.Popen(command, shell=True, stdout=subprocess.PIPE, encoding='utf-8') result = p.stdout.readlines() return result def Image_Compare_Similarity(image_name): """比较两张照片相似度""" image_new_path = os.getcwd() + 'Image_new\' + image_name + '.png' #新照片路径 image_old_path = os.getcwd() + 'Image_old\' + image_name + '.png' #旧照片路径 image1 = Image.open(image_new_path) # 打开图片 image2 = Image.open(image_old_path) gray_image1 = image1.resize((320, 240)).convert('RGB') # 转换图片大小及RGB模式 gray_image2 = image2.resize((320, 240)).convert('RGB') image_hg1 = gray_image1.histogram() # 返回图像的直方图 image_hg2 = gray_image2.histogram() assert len(image_hg1) == len(image_hg2) # 断言 hist = sum(1 - (0 if l == r else float(abs(l - r)) / max(l, r)) for l, r in zip(image_hg1, image_hg2)) / len( image_hg1) # 直方图计算相似度 return hist def Pull_pic(image_name): """截取照片，并拷贝到本地目录""" pic_cmd = 'adb shell /system/bin/screencap -p /sdcard/screenshot.png' #截取设备照片 pull_cmd = 'adb pull /sdcard/screenshot.png ./Image_new/' + image_name + '.png' #拷贝到本地目录 cmd(pic_cmd) cmd(pull_cmd) print("截图保存路径:", './Image_new/' + image_name + '.png') def Crop_pic(image_name, a, b, c, d): """按指定坐标裁剪照片""" img = Image.open(os.getcwd() + 'Image_new\' + image_name + '.png') img2 = img.crop((int(a), int(b), int(c), int(d))) #裁剪照片 img2.save(os.getcwd() + 'Image_new\' + image_name + '.png') def Prompt_box(news): # tkinter.Tk().withdraw() """弹出提示框""" tkinter.messagebox.showinfo('提示', " " + news + " ") def emmc_mode(mode): """切换SD卡模式或EMMC模式""" if mode == 'emmc': os.chdir(os.path.join(os.getcwd(), 'emmc_mode')) cmd('adb root') cmd('adb push factory.ini /mnt/vendor/persist') #上传emmc模式配置文件 os.chdir(os.path.dirname(os.getcwd())) cmd('adb reboot') print('设备切换成EMMC模式') elif mode == 'sd': print(os.getcwd()) os.chdir(os.path.join(os.getcwd(), 'sd_mode')) cmd('adb root') cmd('adb push factory.ini /mnt/vendor/persist') #上传sd卡模式配置文件 os.chdir(os.path.dirname(os.getcwd())) cmd('adb reboot') print('设备切换成SD卡模式') else: print('mode输入错误，请检查') def Update_time(): """更新设备系统时间""" cmd('adb root') cmd('adb shell date %s set' % time.strftime("%m%d%H%M%Y.%S", time.localtime())) print("更新设备时间") def Clear(): '''删除file目录的文件，清理环境''' file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for file in os.listdir(file_path): if re.search('.mp4', file) or re.search('.jpg', file) or re.search('.txt', file) or re.search('.log', file): os.remove(os.path.join(file_path, file)) print('环境清理完毕！') def logcat(): """抓取设备日志""" file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') log_path = os.path.join(file_path, 'auto.log') log_cmd = 'start /b adb logcat >> %s' % log_path print('抓取log') os.system(log_cmd) def Sdcard(): """返回设备sd卡挂载的name""" sdcard = '' cmd_sd = 'adb shell "cd /storage && ls "' result = ResultCmd(cmd_sd) if result != '': for line in result: try: temp = line.strip().split() if temp == "emulated": continue elif temp == "self": continue else: sdcard = temp break except BaseException as a: print(a) if (sdcard == ''): print("未搜索到sd卡，准备退出") return sdcard else: print('SD卡挂载名称：', sdcard) return sdcard else: print("未搜索到sd卡，准备退出") return sdcard # def Reverse(file): # """将目录文件倒序""" # file.reverse() # return file def AllFiles(sd, flag): """获取normal/event/pic所有文件,当flag = emmc时，sd为空""" if flag == 'sdcard': normal_file = NormalFilesSD(sd) event_file = EventFilesSD(sd) picture_file = PictureFilesSD(sd) else: normal_file = NormalFilesEMMC() event_file = EventFilesEMMC() picture_file = PictureFilesEMMC() return [normal_file, event_file, picture_file] def ConformList(*typelist): """把几个列表文件，整合为一个嵌套列表，如lista,listb,listc,输出zlist = [lista,listb,listc]""" result = list() for each in typelist: result.append(each) return result def GetDeviceDate(): """获取设备系统时间，返回日期年月日小时分秒，格式如20191213112910""" cmd = 'adb shell date' temp = ResultCmd(cmd) year = temp[0].split()[5] if temp[0].split()[1] == 'Jan': month = '01' elif temp[0].split()[1] == 'Feb': month = '02' elif temp[0].split()[1] == 'Mar': month = '03' elif temp[0].split()[1] == 'Apr': month = '04' elif temp[0].split()[1] == 'May': month = '05' elif temp[0].split()[1] == 'Jun': month = '06' elif temp[0].split()[1] == 'Jul': month = '07' elif temp[0].split()[1] == 'Aug': month = '08' elif temp[0].split()[1] == 'Sep': month = '09' elif temp[0].split()[1] == 'Oct': month = '10' elif temp[0].split()[1] == 'Nov': month = '11' elif temp[0].split()[1] == 'Dec': month = '12' day = temp[0].split()[2] if day == '1' or day == '2' or day == '3' or day == '4' or day == '5' or day == '6' or day == '7' or day == '8' or day == '9': day = '0' + temp[0].split()[2] time = ('').join(temp[0].split()[3].split(':')) new_time = str(year) + str(month) + str(day) + str(time) print('当前时间：%s' % new_time) return new_time def NormalFilesSD(sdcard): """返回设备sdcard normal文件列表，返回文件列表""" list_normal = list() cmd = 'adb shell "cd /storage/%s && ls NORMAL/ -l|grep mp4"' % sdcard temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.mp4', line): list_normal.append(line.split()[7].strip()) if list_normal == []: print("Normal 文件为空") return list_normal def NormalFilesEMMC(): """返回设备emmc normal文件列表，返回文件列表""" list_normal = list() cmd = 'adb shell "cd /sdcard && ls NORMAL/ -l|grep mp4"' temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.mp4', line): list_normal.append(line.split()[7].strip()) if list_normal == []: print("Normal 文件为空") return list_normal def EventFilesSD(sdcard): """返回设备sd event文件列表，返回文件列表""" list_event = list() cmd = 'adb shell "cd /storage/%s && ls EVENT/ -l|grep mp4"' % sdcard temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.mp4', line): list_event.append(line.split()[7].strip()) if list_event == []: print("Event文件为空") return list_event def EventFilesEMMC(): """返回设备emmc event文件列表，返回文件列表""" list_event = list() cmd = 'adb shell "cd /sdcard && ls EVENT/ -l|grep mp4"' temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.mp4', line): list_event.append(line.split()[7].strip()) if list_event == []: print("Event 文件为空") return list_event def PictureFilesSD(sdcard): """返回设备sd PICTURE文件列表，返回文件列表""" list_picture = list() cmd = 'adb shell "cd /storage/%s && ls PICTURE/ -l|grep jpg"' % sdcard temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.jpg', line): list_picture.append(line.split()[7].strip()) if list_picture == []: print("Picture 文件为空") # print('Picture文件列表：', list_picture) return list_picture def PictureFilesEMMC(): """返回设备emmc PICTURE文件列表，返回文件列表""" list_picture = list() cmd = 'adb shell "cd /sdcard && ls PICTURE/ -l|grep jpg"' temp_list = ResultCmdNoWait(cmd) for line in temp_list: if re.match('.*.jpg', line): list_picture.append(line.split()[7].strip()) if list_picture == []: print("Picture 文件为空") return list_picture def CopyFileSD(sd, file_type, file, num, main_2nd): """ 拷贝设备sd卡指定文件到本地file目录 参数为sdcard挂载名称，文件类型(NORMAL/EVENT/PICTURE)，文件，文件数量(多个文件，参数有效)，视频类型main_2nd为main或者2nd,默认空 """ copy_file = list() if sd == '' or file_type == '' or file == '': print('参数错误，请检查！') return False path = '/storage/%s/%s/' % (sd, file_type) file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') if not os.path.exists(file_path): # 判断路径是否存在 os.mkdir(file_path) # 创建目录 if type(file) == str: cmd = 'adb pull ' + path + file + ' ' + file_path copy_over = 0 result = ResultCmd(cmd) for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: print('当前文件拷贝完成', file) copy_file.append(file) return copy_file else: print('当前文件拷贝失败,请检查！') return '' elif type(file) == list: if main_2nd == '': if file_type == 'EVENT': for i in range(int(num)): cmd = 'adb pull ' + path + file[-i - 1] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-i - 1]) copy_file.append(file[-i - 1]) else: print('文件拷贝失败,请检查！') else: for i in range(int(num)): cmd = 'adb pull ' + path + file[-i - 3] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-i-3]) copy_file.append(file[-i - 3]) else: print('文件拷贝失败,请检查！') elif main_2nd == 'main': '''拷贝main camera文件''' for i in range(int(num)): for j in range(len(file)): if re.match('dddddddddddd.mp4', file[-j - 3]) or re.match( 'dddddddddddd_UNKNOWN.mp4', file[-j - 3]) or re.match('dddddddddddd.jpg', file[-j - 3]) or re.match( 'dddddddddddd_UNKNOWN.jpg', file[-j - 3]): break else: continue cmd = 'adb pull ' + path + file[-j - 3] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-j-3]) copy_file.append(file.pop(-j - 3)) else: print('当前文件拷贝失败,请检查！') elif main_2nd == '2nd': for i in range(int(num)): for j in range(len(file)): if re.match('dddddddddddd_2.mp4', file[-j - 3]) or re.match( 'dddddddddddd_2_UNKNOWN.mp4', file[-j - 3]) or re.match('dddddddddddd_2.jpg', file[-j - 3]) or re.match( 'dddddddddddd_2_UNKNOWN.jpg', file[-j - 3]): break else: continue cmd = 'adb pull ' + path + file[-j - 3] + ' ' + file_path result = ResultCmd(cmd) """增加时间2s，避免拷贝失败""" time.sleep(2) copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-j-3]) copy_file.append(file.pop(-j - 3)) else: print('当前文件拷贝失败,请检查！') else: print('参数main_2nd错误:', main_2nd) if copy_file != '': print('文件拷贝完成列表：', copy_file) return copy_file else: return False def CopyFileEMMC(file_type, file, num, main_2nd): """ 拷贝设备emmc指定文件到本地file目录 文件类型(NORMAL/EVENT/PICTURE)，文件，数量(多个文件，参数有效),视频类型main_2nd为main或者2nd,默认空 """ copy_file = list() if file_type == '' or file == '': print('参数错误，请检查！') return False path = '/sdcard/%s/' % file_type file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') if not os.path.exists(file_path): # 判断路径是否存在 os.mkdir(file_path) # 创建目录 if type(file) == str: cmd = 'adb pull ' + path + file + ' D:/temp/' copy_over = 0 result = ResultCmd(cmd) for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: print('当前文件拷贝完成:', file) copy_file.append(file) return copy_file else: print('当前文件拷贝失败,请检查！') return '' elif type(file) == list: if main_2nd == '': if file_type == 'EVENT': for i in range(int(num)): cmd = 'adb pull ' + path + file[-i - 1] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-i - 1]) copy_file.append(file[-i - 1]) else: print('文件拷贝失败,请检查！') else: for i in range(int(num)): cmd = 'adb pull ' + path + file[-i - 3] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-i-3]) copy_file.append(file[-i - 3]) else: print('文件拷贝失败,请检查！') elif main_2nd == 'main': for i in range(int(num)): for j in range(len(file)): if re.match('dddddddddddd.mp4', file[-j - 3]) or re.match( 'dddddddddddd_UNKNOWN.mp4', file[-j - 3]) or re.match('dddddddddddd.jpg', file[-j - 3]) or re.match( 'dddddddddddd_UNKNOWN.jpg', file[-j - 3]): break else: continue cmd = 'adb pull ' + path + file[-j - 3] + ' ' + file_path result = ResultCmd(cmd) time.sleep(2) # 增加时间2s，避免拷贝失败 copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-j-3]) copy_file.append(file.pop(-j - 3)) else: print('当前文件拷贝失败,请检查！') elif main_2nd == '2nd': for i in range(int(num)): for j in range(len(file)): if re.match('dddddddddddd_2.mp4', file[-j - 3]) or re.match( 'dddddddddddd_2_UNKNOWN.mp4', file[-j - 3]) or re.match('dddddddddddd_2.jpg', file[-j - 3]) or re.match( 'dddddddddddd_2_UNKNOWN.jpg', file[-j - 3]): break else: continue cmd = 'adb pull ' + path + file[-j - 3] + ' ' + file_path result = ResultCmd(cmd) """增加时间2s，避免拷贝失败""" time.sleep(2) copy_over = 0 for line in result: if re.match('.*1s+files+pulled.*', line): copy_over = 1 break else: continue if copy_over == 1: # print('文件%s拷贝完成' % file[-j-3]) copy_file.append(file.pop(-j - 3)) else: print('当前文件拷贝失败,请检查！') else: print('参数main_2nd错误:', main_2nd) if copy_file != '': print('文件拷贝完成列表：', copy_file) return copy_file else: return False if copy_file != '': print('文件拷贝完成列表：', copy_file) return copy_file else: return False def Check(time, file, flag): """断言方法,通过对比返回True或False用于RF断言，传入参数为系统时间time，文件file,flag类型为断言类型""" if file == [] or flag == '': return False elif flag == 'format_name': #检查设备录制视频和照片命令规则和格式 name_y = time[2:6] name_main = 'dddddddddddd.mp4' name_2nd = 'dddddddddddd_2.mp4' name_main_2 = 'dddddddddddd_UNKNOWN.mp4' name_2nd_2 = 'dddddddddddd_2_UNKNOWN.mp4' name_main_3 = 'dddddddddddd.jpg' name_2nd_3 = 'dddddddddddd_2.jpg' name_main_4 = 'dddddddddddd_UNKNOWN.jpg' name_2nd_4 = 'dddddddddddd_2_UNKNOWN.jpg' is_format = True for each in file: if re.match(name_y, each) and re.match(name_main, each): continue elif re.match(name_y, each) and re.match(name_2nd, each): continue elif re.match(name_y, each) and re.match(name_main_2, each): continue elif re.match(name_y, each) and re.match(name_2nd_2, each): continue elif re.match(name_y, each) and re.match(name_main_3, each): continue elif re.match(name_y, each) and re.match(name_2nd_3, each): continue elif re.match(name_y, each) and re.match(name_main_4, each): continue elif re.match(name_y, each) and re.match(name_2nd_4, each): continue else: is_format = False break if is_format == True: print('命名规则符合要求') return True else: return False elif flag == 'check_file': #检查设备录制视频名称是否符合设备系统时间 name_f = time[2:12] name_f2 = str(int(time[2:12]) - 1) name_f_u = time[2:8] uname = 'UNKNOWN' is_file = False for each in file: if re.match(name_f, each) or re.match(name_f2, each): is_file = True break elif re.match(name_f_u, each) and re.search(uname, each): is_file = True break else: continue if is_file == True: print('文件时间符合要求') return True else: return False elif flag == 'record_simultaneous': #检查设备前后摄像头录制文件名称是否同步 main_list = list() snd_list = list() count = 0 for each in file: if re.match('dddddddddddd.mp4', each) or re.match('dddddddddddd_UNKNOWN.mp4', each): main_list.append(each) elif re.match('dddddddddddd_2.mp4', each) or re.match('dddddddddddd_2_UNKNOWN.mp4', each): snd_list.append(each) elif re.match('dddddddddddd.jpg', each) or re.match('dddddddddddd_UNKNOWN.jpg', each): main_list.append(each) elif re.match('dddddddddddd_2.jpg', each) or re.match('dddddddddddd_2_UNKNOWN.jpg', each): snd_list.append(each) else: print("视频格式不正确，请检查！") for m in main_list: flag = 0 for s in snd_list: if re.search('UNKNOWN', m) and re.match(m.split('_')[0], s): flag = 1 break elif re.match(m.split('.')[0], s): flag = 1 break else: continue if flag == 0: count += 1 ratio = count / len(main_list) * 100 if ratio > 5: print('命名不同步的比例为：%.1f%%,大于5%%，不符合要求' % ratio) return False else: print('命名不同步的比例为：%.1f%%,小于5%%，符合要求' % ratio) return True elif flag == 'normal_file_size': #检查normal目录视频文件大小 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) file_byte = os.path.getsize(mp4_path) file_M = int(file_byte / 1024 / 1024) if 42 <= file_M <= 57: print("当前录影 %s 大小满足45M：%sM" % (each, file_M)) os.remove(mp4_path) elif file_M > 100: print("当前录影 %s 大于100M：%sM" % (each, file_M)) flag += 1 elif file_M == 0: print("当前录影 %s 为0M：%sM" % (each, file_M)) flag += 1 else: print("当前录影 %s 大小不满足45M：%sM" % (each, file_M)) flag += 1 if flag == 0: print("一般录影大小满足45M要求！") return True else: print("一般录影大小不满足45M要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == 'event_file_size': #检查event目录视频文件大小 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) file_byte = os.path.getsize(mp4_path) file_M = int(file_byte / 1024 / 1024) if 10 <= file_M <= 22: print("当前录影 %s 大小满足12M：%sM" % (each, file_M)) os.remove(mp4_path) else: print("当前录影 %s 大小不满足12M：%sM" % (each, file_M)) flag += 1 if flag == 0: print("一般录影大小满足45M要求！") return True else: print("一般录影大小不满足45M要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == 'picture_file_size': #检查picture目录文件大小 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) file_byte = os.path.getsize(mp4_path) file_M = int(file_byte / 1024) if 100 <= file_M <= 200: print("当前照片 %s 大小满足100-200KB：%sKB" % (each, file_M)) os.remove(mp4_path) else: print("当前照片 %s 大小满足100-200KB：%sKB" % (each, file_M)) flag += 1 if flag == 0: print("照片大小满足100-200KB要求！") return True else: print("照片大小不满足100-200KB要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == '1min_file': #检查设备录制的normal视频是否为1min flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) clip = VideoFileClip(mp4_path) time = int(clip.duration) # 时长 if float(time) >= 59 and float(time) <= 61: # 大于59s，小于61s，判定为文件长度正常 print("当前录影%s时长满足1min：%ss" % (each, time)) else: print("当前录影%s时长不满足1min：%ss" % (each, time)) flag += 1 if flag == 0: print("一般录影时长满足1min要求！") return True else: print("一般录影时长不满足1min要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == '10s_file': #检查设备录制的event视频是否为10s flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) clip = VideoFileClip(mp4_path) time = int(clip.duration) # 时长 if 9 <= float(time) <= 11: # 大于14s，小于16s，判定为文件长度正常 print("当前事件录影%s时长满足10s：%ss" % (each, time)) else: print("当前事件%s时长不满足10s：%ss" % (each, time)) flag += 1 if flag == 0: print("事件录影时长满足10s要求！") return True else: print("事件录影时长不满足10s要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == '15s_file': #检查设备录制的event视频是否为15s flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) clip = VideoFileClip(mp4_path) time = int(clip.duration) # 时长 if 14 <= float(time) <= 16: # 大于14s，小于16s，判定为文件长度正常 print("当前录影%s时长满足15s：%ss" % (each, time)) else: print("当前录影%s时长不满足15s：%ss" % (each, time)) flag += 1 if flag == 0: print("事件录影时长满足15s要求！") return True else: print("事件录影时长不满足15s要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == '20s_file': #检查设备录制的event视频是否为20s flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) clip = VideoFileClip(mp4_path) time = int(clip.duration) # 时长 if 19 <= float(time) <= 21: print("当前录影%s时长满足20s：%ss" % (each, time)) else: print("当前录影%s时长不满足20s：%ss" % (each, time)) flag += 1 if flag == 0: print("事件录影时长满足20s要求！") return True else: print("事件录影时长不满足20s要求,不满足个数：" + str(flag) + "/" + str(len(file))) return False elif flag == 'check_resolution_main': #检查设备录制main摄像头视频的分辨率和帧率 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) cap = cv2.VideoCapture(mp4_path) width = int(cap.get(cv2.CAP_PROP_FRAME_WIDTH)) # 分辨率-宽度 height = int(cap.get(cv2.CAP_PROP_FRAME_HEIGHT)) # 分辨率-高度 fps = int(round(cap.get(cv2.CAP_PROP_FPS))) # 帧率 if width == 1920 and height == 1080 and 26 <= fps <= 28: # fps大于26s，小于28s，判定为正常fps 27 print("当前main文件 %s 分辨率为：%dx%d,帧率为：%d,符合要求" % (each, width, height, fps)) else: print("当前main文件 %s 分辨率为：%dx%d,帧率为：%d,不符合要求" % (each, width, height, fps)) flag += 1 if flag == 0: print("main文件满足1920x1080 & 27fps,检查完毕！") return True else: print("main文件不满足1920x1080 & 27fps,不符合要求数量：" + str(flag) + "/" + str(len(file))) return False elif flag == 'check_resolution_2nd': #检查设备录制2nd摄像头视频的分辨率和帧率 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) cap = cv2.VideoCapture(mp4_path) width = int(cap.get(cv2.CAP_PROP_FRAME_WIDTH)) # 分辨率-宽度 height = int(cap.get(cv2.CAP_PROP_FRAME_HEIGHT)) # 分辨率-高度 fps = int(round(cap.get(cv2.CAP_PROP_FPS))) # 帧率 if width == 1920 and height == 1080 and 14 <= fps <= 16: # fps大于26s，小于28s，判定为正常fps 27 print("当前2nd文件 %s 分辨率为：%dx%d,帧率为：%d,符合要求" % (each, width, height, fps)) else: print("当前2nd文件 %s 分辨率为：%dx%d,帧率为：%d,不符合要求" % (each, width, height, fps)) flag += 1 if flag == 0: print("2nd文件满足1920x1080 & 15fps,检查完毕！") return True else: print("2nd文件不满足1920x1080 & 15fps,不符合要求数量：" + str(flag) + "/" + str(len(file))) return False elif flag == 'check_pic_resolution': flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') for each in file: mp4_path = os.path.join(file_path, each) cap = cv2.VideoCapture(mp4_path) width = int(cap.get(cv2.CAP_PROP_FRAME_WIDTH)) # 分辨率-宽度 height = int(cap.get(cv2.CAP_PROP_FRAME_HEIGHT)) # 分辨率-高度 if width == 1920 and height == 1080: print("当前照片文件 %s 分辨率为：%dx%d，符合要求" % (each, width, height)) else: print("当前照片文件 %s 分辨率为：%dx%d,不符合要求" % (each, width, height)) flag += 1 if flag == 0: print("图片文件满足1920x1080,检查完毕！") return True else: print("图片文件不满足1920x1080,不符合要求数量：" + str(flag) + "/" + str(len(file))) return False elif flag == 'check_bitrate': #检查设备录制视频的比特率 flag = 0 file_path = os.path.join(os.path.dirname(os.path.abspath(__file__)), 'file') video_info_path = os.path.join(file_path, 'video_info.txt') for each in file: mp4_path = os.path.join(file_path, each) cmd1 = 'ffmpeg -i ' + mp4_path + ' output 2> ' + video_info_path cmd(cmd1) bitrate = 0 audio = 0 f = open(video_info_path, 'r', encoding='ISO-8859-1') result = f.readlines() f.close() os.remove(video_info_path) for line in result: if re.search('Duration:.*, bitrate: (d+) kb/s', line): temp = float(re.search('Duration:.*, bitrate: (d+) kb/s', line).group(1)) bitrate = float(temp / 1000) break if re.match('dddddddddddd.mp4', each) or re.match('dddddddddddd_UNKNOWN.mp4', each): for line in result: if re.search('Stream.*, fltp, (d+) kb/s', line): audio = int(re.search('Stream.*, fltp, (d+) kb/s', line).group(1)) break if 6 <= bitrate <= 7: # 判断比特率 print("当前文件 %s 满足6Mbps比特率：%s" % (each, bitrate)) else: print("当前文件 %s 不满足6Mbps比特率：%s" % (each, bitrate)) flag += 1 if re.match('dddddddddddd.mp4', each) or re.match('dddddddddddd_UNKNOWN.mp4', each): if 127 <= audio <= 129: print("当前文件 %s 满足128kbps音频比特率：%s" % (each, audio)) else: print("当前文件 %s 不满足128kbps音频比特率：%s" % (each, audio)) flag += 1 if flag == 0: print("文件满足比特率,检查完毕！") return True else: print("文件不满足比特率,不符合要求：" + str(flag) + "/" + str(len(file))) return False elif flag == 'check_overwrite_normal': #检查设备录制的normal视频被覆写情况 filelist_old = file[0] filelist_new = file[1] if len(filelist_old) != len(filelist_new): print('文件不满足覆写条件，请检查！') return False else: '''比较normal文件''' normal_old = filelist_old[0] normal_new = filelist_new[0] for i in range(len(normal_old)): flag = 0 for j in normal_new: if normal_old[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == 0 or i == 1: print('第%s个文件不存在，已覆写:' % i, normal_old[i]) else: print('中间文件被覆写，覆写异常！请检查！') return False for i in range(len(normal_new)): flag = 0 for j in normal_old: if normal_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(normal_new) - 1 or i == len(normal_new) - 2: print('第%s个文件不存在，已新增:' % i, normal_new[i]) else: print('中间文件被覆写，新增异常！请检查！') return False print('Normal文件overwrite检查完成，正常覆写！') return True elif flag == 'check_overwrite_normal_no': #检查设备录制的normal视频未被覆写情况 filelist_old = file[0] filelist_new = file[1] if len(filelist_old) != len(filelist_new): print('新旧一般录影文件数量不相同，请检查！') return False else: '''比较normal文件''' normal_old = filelist_old[0] normal_new = filelist_new[0] for i in range(len(normal_old)): flag = 0 for j in normal_new: if normal_old[i] == j: flag = 1 break else: continue if flag == 1: pass else: print('一般录影文件被覆写！') return False print('一般录影文件未被覆写！') return True elif flag == 'check_overwrite_event': #检查设备录制的event视频被覆写情况 filelist_old = file[0] filelist_new = file[1] if len(filelist_old) != len(filelist_new): print('文件不满足overwrite条件，请检查！') return False else: '''比较event文件''' event_old = filelist_old[1] event_new = filelist_new[1] for i in range(len(event_old)): flag = 0 for j in event_new: if event_old[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == 0 or i == 1: print('第%s个文件不存在，已覆写:' % i, event_old[i]) else: print('中间文件被覆写，覆写异常！请检查！') return False for i in range(len(event_new)): flag = 0 for j in event_old: if event_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(event_new) - 1 or i == len(event_new) - 2: print('第%s个文件不存在，已新增:' % i, event_new[i]) else: print('中间文件被覆写，新增异常！请检查！') return False print('Event文件overwrite检查完成，正常覆写！') return True elif flag == 'check_overwrite_picture': #检查设备录制的照片被覆写情况 filelist_old = file[0] filelist_new = file[1] if len(filelist_old) != len(filelist_new): print('文件不满足overwrite条件，请检查！') return False else: '''比较picture文件''' picture_old = filelist_old[2] picture_new = filelist_new[2] print(picture_old) print(picture_new) print(len(picture_old)) for i in range(len(picture_old)): flag = 0 for j in picture_new: if picture_old[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == 0 or i == 1 or i == 2 or i == 3 or i == 4 or i == 5 or i == 6 or i == 7: print('第%s个文件不存在，已覆写:' % i, picture_old[i]) else: print('中间文件被覆写，覆写异常！请检查！') return False for i in range(len(picture_new)): flag = 0 for j in picture_old: if picture_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(picture_new) - 1 or i == len(picture_new) - 2 or i == len(picture_new) - 3 or i == len( picture_new) - 4 or i == len(picture_new) - 5 or i == len(picture_new) - 6 or i == len( picture_new) - 7 or i == len(picture_new) - 8: print('第%s个文件不存在，已新增:' % i, picture_new[i]) else: print('中间文件被覆写，新增异常！请检查！') return False print('picture文件overwrite检查完成，正常覆写！') return True elif re.match('check_event_', flag): #检查设备录制的event视频与照片数量是否对应 if re.search('check_event_(d)', flag): e_p = int(re.search('check_event_(dd)', flag).group(1)) else: print('参数输入错误,请检查！') filelist_old = file[0] filelist_new = file[1] event_old = filelist_old[1] # 比较文件 event_new = filelist_new[1] picture_old = filelist_old[2] picture_new = filelist_new[2] for i in range(len(event_new)): flag = 0 for j in event_old: if event_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(event_new) - 1 or i == len(event_new) - 2: print('第%s个event已新增:' % i, event_new[i]) else: print('中间event文件被覆写，新增异常！请检查！') return False pic_num = 0 for i in range(len(picture_new)): flag = 0 for j in picture_old: if picture_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(picture_new) - 1 or i == len(picture_new) - 2 or i == len(picture_new) - 3 or i == len( picture_new) - 4 or i == len(picture_new) - 5 or i == len(picture_new) - 6 or i == len( picture_new) - 7 or i == len(picture_new) - 8 or len(picture_new) - 9 or i == len( picture_new) - 10 or len(picture_new) - 11 or i == len(picture_new) - 12: print('第%s个picture已新增:' % i, picture_new[i]) pic_num += 1 else: print('中间picture文件被覆写，新增异常！请检查！') return False if pic_num == e_p: print('Event与照片数量符合要求，1个event对应%d张照片' % pic_num) return True else: print('Event与照片数量不符合要求，1个event对应%d张照片' % pic_num) return False elif flag == 'check_2_event': #检查设备连续产生2个event视频覆写情况 filelist_old = file[0] filelist_new = file[1] event_old = filelist_old[1] # 比较文件 event_new = filelist_new[1] n = 0 for i in range(len(event_new)): flag = 0 for j in event_old: if event_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(event_new) - 1 or i == len(event_new) - 2 or i == len(event_new) - 3 or i == len( event_new) - 4: print('第%s个event已新增:' % i, event_new[i]) n += 1 else: print('中间event文件被覆写，新增异常！请检查！') return False if n == 4: print('新增Event数量:%d个,满足要求' % n) return True else: print('新增Event数量:%d个,不满足要求' % n) return False elif flag == 'check_3_event': #检查设备连续产生3个event视频覆写情况 filelist_old = file[0] filelist_new = file[1] event_old = filelist_old[1] # 比较文件 event_new = filelist_new[1] n = 0 for i in range(len(event_new)): flag = 0 for j in event_old: if event_new[i] == j: flag = 1 break else: continue if flag == 1: pass else: if i == len(event_new) - 1 or i == len(event_new) - 2 or i == len(event_new) - 3 or i == len( event_new) - 4 or i == len(event_new) - 5 or i == len(event_new) - 6: print('第%s个event已新增:' % i, event_new[i]) n += 1 else: print('中间event文件被覆写，新增异常！请检查！') return False if n == 6: print('新增Event数量:%d个,满足要求' % n) return True else: print('新增Event数量:%d个,不满足要求' % n) return False elif flag == 'log': #检查设备内是否产生log文件 b = cmd_popen('adb shell find /sdcard/_log/system') if b in 'NO': return False else: return True else: return False