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# import time
# import logging
#
# # 假设这些函数是已经定义好的
# # sendCodeString(com, command)
# # getSystemInt(key, default)
# # setSystemInt(key, value)
# # setText(id, text)
# # setBarLevel(id, level)
# # setAllBarLevel(id, level)
# # setButtonImage(id, image)
# # sendLog(message, data)
# # getBarLevel(id)
# # metAudio.update()
# # delay(seconds, function)
#
# YPCOM = "COM7" # 控制端口
# MaxLength = 8 # 最大通道数
# ChannelMute_ONIMG = 'slDevPlayerMuteBtnS1.png' # 静音状态按钮0db--50db
# ChannelMute_OFFIMG = 'slDevPlayerMuteBtfS1.png' # 取消静音状态按钮
#
# ChannelValue = [0] * MaxLength # 设置音量初始值
# ChannelMute = [0] * MaxLength # 设置静音初始值 0=非静音 1=静音
# ChannelMax = [0, 2, 12, 12, 12, 12, 12, 12] # 设置控制音量的最大值
# ChannelMini = [0, -10, -10, -10, -20, -20, -20, -20] # 设置控制音量的最小值
# ChannelDPValue = [0] * MaxLength
# ChannelDPMax = [0, 20, 20, 20, 20, 20, 20, 20]
# ChannelDPMini = [0, -100, -100, -100, -100, -100, -100, -100]
#
# # 初始化数组
# for i in range(MaxLength):
# ChannelMute[i] = 0 # 初始静音值0非静音，1静音
# ChannelValue[i] = -20 # 初始音量值-20DB
# ChannelMax[i] = 10 # 最大音量db值0（与ChannelMini[i]决定音量控制区间）
# ChannelMini[i] = -30 # 最小音量db值-50（与ChannelMax[i]决定音量控制区间）
#
#
# # 音量加
# def SetVolumeUP(channel):
# ChannelValue[channel] = getSystemInt(f'INVOLUME{channel}', ChannelValue[channel]) # 读取中控保存的音量值
# if ChannelValue[channel] < ChannelMax[channel]:
# ChannelValue[channel] += 1
# else:
# ChannelValue[channel] = ChannelMax[channel]
# SetVolume(channel)
#
#
# # 音量减
# def SetVolumeDown(channel):
# ChannelValue[channel] = getSystemInt(f'INVOLUME{channel}', ChannelValue[channel]) # 读取中控保存的音量值
# if ChannelValue[channel] > ChannelMini[channel]:
# ChannelValue[channel] -= 1
# else:
# ChannelValue[channel] = ChannelMini[channel]
# SetVolume(channel)
#
#
# # 设置音量大小 并将音量大小值存入中控
# def SetVolume(channel):
# level_command_map = {
# 1: 'Level9 set level 1',
# 2: 'Level2 set level 1',
# 3: 'Level2 set level 2',
# 4: 'Level3 set level 1',
# 5: 'Level4 set level 1',
# 6: 'Level2 set level 9',
# 7: 'Level10 set level 1',
# 8: 'Level7 set level 7'
# }
#
# if channel in level_command_map:
# command = f"{level_command_map[channel]} {ChannelValue[channel]}x0d"
# sendCodeString(YPCOM, command)
#
# # 拉条状态和数值
# chNum = ChannelValue[channel] - ChannelMini[channel] # 当前音量值-最小音量值得到当前音量值与最低音量值的差
# chRound = round(chNum * 100 / (ChannelMax[channel] - ChannelMini[channel])) # 拉条与文字值为音量值差（最大音量-最小音量）100
# setText(f'txtVolume{channel}', f'{chRound}%') # 显示拉条上方文字
# setBarLevel(f'barVolume{channel}', chRound) # 设置拉条的值
# setAllBarLevel(f'barVolume{channel}', chRound)
# setSystemInt(f'INVOLUME{channel}', ChannelValue[channel]) # 将值保存在中控主机
# metAudio.update()
#
#
# # 静音取消静音功能
# def SetVolumeMute(channel):
# mute_command_map = {
# 1: 'Level9 set mute 1',
# 2: 'Level2 set mute 1',
# 3: 'Level2 set mute 2',
# 4: 'Level3 set mute 1',
# 5: 'Level4 set mute 1',
# 6: 'Level2 set mute 9',
# 7: 'Level10 set mute 1',
# 8: 'Level7 set mute 7'
# }
#
# if channel in mute_command_map:
# if ChannelMute[channel] == 0:
# command = f"{mute_command_map[channel]} 1x0d"
# sendCodeString(YPCOM, command)
# ChannelMute[channel] = 1
# setButtonImage(f'btnVolumeMute{channel}', ChannelMute_ONIMG) # 静音
# else:
# command = f"{mute_command_map[channel]} 0x0d"
# sendCodeString(YPCOM, command)
# ChannelMute[channel] = 0
# setButtonImage(f'btnVolumeMute{channel}', ChannelMute_OFFIMG) # 取消静音
#
# setSystemInt(f'JINYING{channel}', ChannelMute[channel])
# metAudio.update()
#
#
# # 音频同步状态
# def INITFrequencyStatus():
# for i in range(1, MaxLength + 1):
# ChannelValue[i - 1] = getSystemInt(f'INVOLUME{i}', ChannelValue[i - 1])
# chNum = ChannelValue[i - 1] - ChannelMini[i - 1]
# chRound = round(chNum * 100 / (ChannelMax[i - 1] - ChannelMini[i - 1]))
# # 同步拉条状态
# setText(f'txtVolume{i}', f'{chRound}%')
# setAllBarLevel(f'barVolume{i}', chRound)
# setBarLevel(f'barVolume{i}', chRound)
# # 同步静音状态
# ChannelMute[i - 1] = getSystemInt(f'JINYING{i}', ChannelMute[i - 1])
# if ChannelMute[i - 1] == 1:
# setButtonImage(f'btnVolumeMute{i}', ChannelMute_ONIMG)
# else:
# setButtonImage(f'btnVolumeMute{i}', ChannelMute_OFFIMG)
#
# setButtonImage('ypModel1', 'TemporalPowerOFF_png')
# setButtonImage('ypModel2', 'TemporalPowerOFF_png')
# setButtonImage('ypModel3', 'TemporalPowerOFF_png')
# model_value = getSystemInt('ypModelValue', 1)
# setButtonImage(f'ypModel{model_value}', 'TemporalPowerON_png')
#
#
# def delay(seconds, function):
# time.sleep(seconds)
# function()
#
#
# # 延迟5秒后初始化音频状态
# delay(5, INITFrequencyStatus)
#
#
# # 拉条的方法
# def SetBrace(channel):
# getBarNum = getBarLevel(f'barVolume{channel}') # getBarLevel()方法获取拉条当前值
# # 当前通道音量分贝值 = 拉条值（（最大分贝值-最小分贝值）100）+ 最小分贝值；
# ChannelValue[channel] = round(getBarNum * (ChannelMax[channel] - ChannelMini[channel]) / 100) + ChannelMini[channel]
# SetVolume(channel)
#
#
# def ypModel(arg):
# if arg == 3:
# setSystemInt('INVOLUME1', 0)
# setSystemInt('INVOLUME2', 0)
# setSystemInt('INVOLUME3', 0)
# metAudio.update()
# INITFrequencyStatus()
#
# setSystemInt('ypModelValue', arg)
# setButtonImage('ypModel1', 'TemporalPowerOFF_png')
# setButtonImage('ypModel2', 'TemporalPowerOFF_png')
# setButtonImage('ypModel3', 'TemporalPowerOFF_png')
# setButtonImage(f'ypModel{arg}', 'TemporalPowerON_png')
# sendCodeString(YPCOM, f'DEVICE recallPreset 100{arg}x0d')
#
#
# def getYpDp():
# sendCodeString('NET1', 'AudioMeter2 get levelsx0d')
# delay(0.3, lambda: sendCodeString('NET1', 'AudioMeter4 get levelsx0d'))
# delay(0.6, lambda: sendCodeString('NET1', 'AudioMeter5 get levelsx0d'))
# delay(1, getYpDp)
#
#
# def getYpDp1():
# sendCodeString('NET1',
# 'xFFxFBx18xFFxFBx1FxFFxFCx20xFFxFCx23xFFxFBx27xFFxFCx24xFFxFAx1Fx00x78x00x32xFFxF0xFFxFAx27x00xFFxF0xFFxFAx18x00x41x4Ex53x49xFFxF0xFFxFDx03xFFxFBx01x0dx0a')
# delay(60, getYpDp1)
#
#
# getYpDp()
# getYpDp1()
#
#
# def setStringReceive(com, callback):
# def receive_data(data):
# sendLog(f'{com} Receive', data)
# CountArrayCount[7] = 0
# callback(data)
#
# # 假设这里有一个机制来接收数据并调用receive_data
# pass
#
#
# def handle_com7_data(data):
# sendLog('COM7 Receive', data)
# CountArrayCount[7] = 0
#
#
# def handle_net1_data(data):
# CountArrayCount[7] = 0
# a = data.find('AudioMeter')
# if a != -1:
# num = data[a + 10]
# c = data[data.find('value'):].split()
# if num == '2':
# ChannelDPValue[2] = round(float(c[7]))
# ChannelDPValue[3] = round(float(c[8]))
# ChannelDPValue[4] = round(float(c[9]))
# ChannelDPValue[5] = round(float(c[0]))
# ChannelDPValue[6] = round(float(c[1]))
# ChannelDPValue[7] = round(float(c[2]))
# ChannelDPValue[8] = round(float(c[3]))
# ChannelDPValue[9] = round(float(c[4]))
# ChannelDPValue[10] = round(float(c[5]))
# ChannelDPValue[11] = round(float(c[6]))
# ChannelDPValue[12] = round(float(c[7]))
# elif num == '4':
# ChannelDPValue[13] = round(float(c[1]))
# ChannelDPValue[14] = round(float(c[2]))
# else:
# ChannelDPValue[0] = round(float(c[0]))
# ChannelDPValue[1] = round(float(c[1]))
# metAudio.update()
#
#
# setStringReceive(YPCOM, handle_com7_data)
# setStringReceive('NET1', handle_net1_data)