CoffeeProject/app/main/views.py

# 主業務邏輯中的視圖和路由的定義
import os
import datetime
from turtle import title
from flask import Flask, redirect, render_template, request, session, Response, jsonify
from sqlalchemy.sql.expression import desc, false, null
# 導入藍圖程序，用於構建路由
from werkzeug.utils import redirect
from werkzeug.wrappers import response
from . import main
from coffee_manage import mqtt
# 導入db，用於操作數據庫
from coffee_manage import db
# 導入實體類，用於操作數據庫
from ..models import *
import json
from datetime import datetime as dt
from datetime import timedelta
from sqlalchemy import text
import pymysql
import pandas as pd
from concurrent.futures import ThreadPoolExecutor
import cv2
import pickle
import socket
import time
import threading
import numpy as np
import math
from .mqtt import MQTT
from matplotlib import pyplot as plt
# import random
from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg as FigureCanvas
# import io
# from flask import make_response
# from distutils.util import strtobool   # 將字串 string 轉成布林 boolean 

# import psutil
import subprocess
import shutil
import stat

pool = ThreadPoolExecutor(25)
s_sock = 0
lock = threading.Lock()
'''
mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffee',
                       password='skyeye', database='Coffee', charset='utf8')
mycursor = mydb.cursor()
'''

# 主頁的訪問路徑
@main.route('/')
def main_index():
    # 獲取登入信息
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')

        # Rita 參數 params 是用來取得參數的 locals=() 所有參數
        return render_template('index.html', params=locals())
    else:
        return render_template('sign_in.html')

# Rita 測試
# sql_get
@main.route('/sql_get', methods=['GET', 'POST'])
def sql_get():
    # 取得網頁傳回來的 SQL 指令
    # sql = "SELECT * FROM 零件表 WHERE 會計科目 = 04"
    info = request.args.to_dict('sql')
    datetime = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
    sql = info['sql'].replace('current_timestamp()', '"' + datetime + '"')
    # ip = request.remote_addr
    # sql = info['sql'].replace('IPDATA', '"' + ip + '"')
    print("[sql_get]sql: ", sql)

    # 存入本機
    mydb = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    mycursor = mydb.cursor()
    try:
        mycursor.execute(sql)
        sql_data = mycursor.fetchall()
    except pymysql.err.IntegrityError:
        sql_data = "localhost Mysql 存值錯誤"
    mydb.commit()
    mydb.close()

    # 存入 HOME
    mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffeemanage', password='skyeye', database='CoffeeManage', charset='utf8')
    mycursor = mydb.cursor()
    try:
        mycursor.execute(sql)
        sql_data = mycursor.fetchall()
    except pymysql.err.IntegrityError:
        sql_data = "Home Mysql 存值錯誤"
    mydb.commit()
    mydb.close()
     
    return jsonify({"response":sql_data})

# @main.route('/sql_get_HOME', methods=['GET', 'POST'])
# def sql_get_HOME():
#     mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffee', password='skyeye', database='Coffee', charset='utf8')
#     # mydb = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='Coffee', charset='utf8')
#     mycursor = mydb.cursor()
#     # 取得網頁傳回來的 SQL 指令
#     # sql = "SELECT * FROM 零件表 WHERE 會計科目 = 04"
#     info = request.args.to_dict('sql')
#     sql = info['sql']
#     print("[sql_get]sql: ", sql)
#     try:
#         mycursor.execute(sql)
#         sql_data = mycursor.fetchall()
#     except pymysql.err.IntegrityError:
#         sql_data = "請注意 ! 單據不可新增重複的零件"
#     mydb.commit()
#     mydb.close()
     
#     return jsonify({"response":"OK"})

# Rita 測試
# 使用者名稱測試
@main.route('/test', methods=['GET', 'POST'])
def test():
    info = request.args.to_dict()
    print(info)
    print("info[command]: ", info['command'])
    return json.dumps(info)

# Rita 測試
# 板子燒錄請求
@main.route('/board_programmer')
def board_programmer():
    prog_data = request.args.to_dict()                                          # {'tank': 'D1'}
    CURRENT_PATH = os.path.dirname(__file__)                                    # c:\Users\USER\Rita\Coffee\CoffeeProject\app\main
    
    # # 取得 hex 檔案內容
    file = os.path.join(CURRENT_PATH, 'CTO20220622', 'build', 'SDIO.hex')    # c:\Users\USER\Rita\Coffee\CoffeeProject\app\main\CTO20220622\SDIO.hex
    f = open(file, 'r')
    ota_hex = f.read()
    
    # # MQTT 傳送燒錄
    MQTT_dict = {
        'command':'Code_upload',
        'tank_num':prog_data['tank'],
        'url':ota_hex
    }
    import json
    json = json.dumps(MQTT_dict)
    # print("MQTT_dict: ", MQTT_dict)         # MQTT_dict:  {'command': 'Code_upload', 'tank_num': 'F1', 'url': ':020000040801F1\n:1000
    # print("json: ", json)                   # json:  {"command": "Code_upload", "tank_num": "F1", "url": ":020000040801F1\n:1000

    topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'
    # topic = 'AISKY/Coffee/MK-G/' + str(prog_data['burner_mac'])
    mqtt.publish(topic, json)
    time.sleep(1)

    print("===== 下載 Git CoffeeProject_SourceCode ==========================================================")
    # # 先下載 Git CoffeeProject_SourceCode
    os.system('git clone --single-branch http://60.250.156.230:3000/rita/CoffeeProject_SourceCode.git ' + CURRENT_PATH + '/source_code')
    time.sleep(3)

    print("===== 將 hex 先複製更名 ==========================================================")
    # # 將 hex 先複製更名
    copy_old_path = os.path.join(CURRENT_PATH, "CTO20220622", "build", "SDIO.hex")
    currentTime = dt.now().strftime("%Y%m%d_%H%M%S")
    fileTitle_hex = "[" + currentTime + "_" + prog_data['USERNAME'] + "] " + prog_data['tank'] + "_SDIO.hex"
    copy_new_path = os.path.join(CURRENT_PATH, "CTO20220622", "build", fileTitle_hex)
    print("copy_new_path: ", copy_new_path)
    shutil.copyfile(copy_old_path, copy_new_path)
    time.sleep(3)

    print("===== 再將 hex 移動到 source_code 資料夾中 ==========================================================")
    # # 再將 hex 移動到 source_code 資料夾中
    move_new_path = os.path.join(CURRENT_PATH, "source_code", fileTitle_hex)
    print("copy_new_path: ", copy_new_path)
    print("move_new_path: ", move_new_path)
    shutil.move(copy_new_path, move_new_path)
    time.sleep(3)

    print("===== 將 main.c 先複製更名 ==========================================================")
    # # 將 main.c 先複製更名
    copy_old_path = os.path.join(CURRENT_PATH, "CTO20220622", "Src", "main.c")
    # currentTime = dt.now().strftime("%Y%m%d_%H%M%S") # 同 hex 即可
    fileTitle_c = "[" + currentTime + "_" + prog_data['USERNAME'] + "] " + prog_data['tank'] + "_main.c"
    copy_new_path = os.path.join(CURRENT_PATH, "CTO20220622", "Src", fileTitle_c)
    print("copy_new_path: ", copy_new_path)
    shutil.copyfile(copy_old_path, copy_new_path)
    time.sleep(3)

    print("===== 再將 main.c 移動到 source_code 資料夾中 ==========================================================")
    # # 再將 main.c 移動到 source_code 資料夾中
    move_new_path = os.path.join(CURRENT_PATH, "source_code", fileTitle_c)
    print("copy_new_path: ", copy_new_path)
    print("move_new_path: ", move_new_path)
    shutil.move(copy_new_path, move_new_path)
    time.sleep(3)

    print("===== 將 source_code 資料內容 push 到 Git CoffeeProject_SourceCode ==========================================================")
    # # 將 source_code 資料內容 push 到 Git CoffeeProject_SourceCode
    cwdDATA = os.path.join(CURRENT_PATH, "source_code")
    subprocess.call(["git", "add", fileTitle_hex],cwd=cwdDATA)
    subprocess.call(["git", "commit","-m", fileTitle_hex],cwd=cwdDATA)
    subprocess.call(["git", "add", fileTitle_c],cwd=cwdDATA)
    subprocess.call(["git", "commit","-m", fileTitle_c],cwd=cwdDATA)
    subprocess.call(["git", "push"],cwd=cwdDATA)
    time.sleep(3)

    print("===== 刪除 source_code 資料夾 ==========================================================")
    # # 刪除 source_code 資料夾
    # shutil.rmtree(CURRENT_PATH + "\\source_code", onerror=remove_readonly)
    shutil.rmtree(cwdDATA, onerror=remove_readonly)
    time.sleep(3)

    # # 取得燒錄回傳
    print("===== SDIO.hex 燒錄等待中 =====================================================")
    res = board_prog[prog_data['tank']]
    print("res: ", res)
    if board_prog[prog_data['tank']] == 'no reply':
        board_prog[prog_data['tank']] = '0'
        return 'no reply'
    return "燒錄中..."
    # time.sleep(60)

    # res = board_prog[prog_data['tank']]
    # print("res: ", res)
    # if board_prog[prog_data['tank']] == 'no reply':
    #     board_prog[prog_data['tank']] = '0'
    #     return 'no reply'
    # elif board_prog[prog_data['tank']] == 'success':
    #     board_prog[prog_data['tank']] = '0'
    #     return 'success'
    # elif board_prog[prog_data['tank']] == 'upload error':
    #     board_prog[prog_data['tank']] = '0'
    #     return 'upload error'
    # else:
    #     res = "Code_upload " + prog_data['tank'] + " signal was not received"
    #     return res

@main.route('/board_programmer_result_<tid>')
def board_programmer_result(tid):
    if board_prog[tid] == 'no reply':
        board_prog[tid] = '0'
        return 'no reply'
    elif board_prog[tid] == 'success':
        board_prog[tid] = '0'
        return 'success'
    elif board_prog[tid] == 'upload error':
        board_prog[tid] = '0'
        return 'upload error'
    else:
        # res = "Code_upload " + tid + " signal was not received"
        return board_prog[tid]

def remove_readonly(func, path, _):
    os.chmod(path, stat.S_IWRITE)   # 更改權限 stat.S_IWRITE = windows 下取消只读
    func(path)

# Rita 測試
# 板子介面測試
@main.route('/board_loadertt')
def board_loadertt():
    pin_data = coffee1_0_pin.query.order_by(text('datetime desc')).first()
    # DCD1 = block_cond_d1_t.query.order_by(text('datetime desc')).first()
    BCD = block_cond_dry_t.query.order_by(text('datetime desc')).first()
    return render_template('board_loadertt.html', title="[測試]", **locals())

# 檢視各使用者條件
@main.route('/block_view', methods=['GET', 'POST'])
def block_view():
    if request.method == 'GET':
        username = session['uname']
        status = session['status']
        
        sql = 'SELECT DISTINCT `UserName` FROM `block_cond_dry_t`'
        mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffeemanage', password='skyeye', database='CoffeeManage', charset='utf8')
        mycursor = mydb.cursor()
        try:
            mycursor.execute(sql)
            username_data = mycursor.fetchall()
        except pymysql.err.IntegrityError:
            username_data = "UserName is empty"
        mydb.commit()
        mydb.close()
        return render_template('block_view.html', title="檢視積木條件", **locals())
        
    # else:
    #     prog_username = request.values['prog_username']
    #     prog_tank = request.values['prog_tank']
    #     print("prog_username: ", prog_username)
    #     print("prog_tank: ", prog_tank)
    #     return redirect('/block_view')

# 桶槽間溝通
@main.route('/tanks_comm')
def tanks_comm():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']
        return render_template('tanks_comm.html', title="設備單元整合運作", **locals())
    else:
        print("NO session['uname']")
        return redirect('/login')


@main.route('/select_cond', methods=['GET', 'POST'])
def select_cond():
    info = request.args.to_dict()
    username = info['username']
    print("username: ", username)
    tank = info['tank']
    print("tank: ", tank)
    cond_data = (block_cond_dry_t.query.filter_by(UserName=str(username),tank_num=str(tank)).order_by(text('datetime desc')).first()).cond
    # print("cond_data.cond: ", cond_data.cond, "_type(cond_data.cond): ", type(cond_data.cond))
    print("cond_data: ", cond_data, type(cond_data))

    return cond_data

@main.route('/board_loader_<tankid>')
def board_loader(tankid):
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        # 取得桶槽編號
        TankID = tankid

        # 找到目前桶槽的入料儲豆槽
        dry_tank_io = dry_tank_relation.query.filter_by(tank_id=tankid).first()
        # 若在 dry_tank_relation 桶槽關聯內無此桶槽, 則回到 /board_loader_D1
        if dry_tank_io == None:
            return redirect("/tank_relation")
        print(dry_tank_io.tank_import)  # DI1
        tank_import = dry_tank_io.tank_import
        # 找到目前桶槽的入料儲豆槽
        print(dry_tank_io.tank_export)
        tank_export = dry_tank_io.tank_export
        
        # 腳位配置
        pin_data = coffee1_0_pin.query.filter_by(tid=tankid).order_by(text('datetime desc')).first()
        print("pin_data: ", pin_data)

        # 積木條件
        BCD = block_cond_dry_t.query.filter_by(tank_num=tankid).order_by(text('datetime desc')).first()
        if BCD == None:
            # 網頁初始只需要 cond
            BCD = {"command":"Dry_OTA",
                    "cond":[
                        {"cond_add":[],
                         "cond_com":[],
                         "cond_main":""}
                         ],
                    "tank_num":tankid}
        print("BCD: ", BCD)

        return render_template('board_loader-1.html', title="板子燒錄介面", **locals())
    else:
        print("NO session['uname']")
        return redirect('/login')
    # if 'id' in session and 'uname' in session:
    #     print("session['uname']: ", session['uname'])
    #     username = session['uname']
    #     print("session['status']: ", session['status'])
    #     status = session['status']

    #     pin_data = coffee1_0_pin.query.order_by(text('datetime desc')).first()
    #     # print("pin_data.R1:", pin_data.R1)
    #     block_data = dry_block_waiting.query.order_by(text('datetime desc')).first()
    #     # print("block_data.cond_a1_1:", block_data.cond_a1_1)

    #     DBW = dry_block_waiting.query.order_by(text('datetime desc')).first()
    #     return render_template('board_loader-1.html', title="板子燒錄介面", **locals())
    # else:
    #     print("NO session['uname']")
    #     return redirect('/login')

# 桶槽前後關係設定
@main.route('/tank_relation')
def tank_relation():
    dtr = dry_tank_relation.query.all()
    # for i in dtr:
    #     print("dtr", i, ": ", i.tank_id)
    
    return render_template('tank_relation.html', title="桶槽關係建立", **locals())


#致動器功能程式定義
def GPIO(relay,status):
    if relay=="R1":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_13, GPIO_PIN_RESET);\n"    
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_13, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R2":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_12, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_12, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R3":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_11, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_11, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R4":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_10, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_10, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R5":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_9, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_9, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R6":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_8, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOA,GPIO_PIN_8, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R7":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOC,GPIO_PIN_9, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOC,GPIO_PIN_9, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R8":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_15, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_15, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R9":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_14, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_14, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R10":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_13, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_13, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R11":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_12, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_12, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R12":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_11, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_11, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R13":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_10, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOD,GPIO_PIN_10, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R14":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOB,GPIO_PIN_15, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOB,GPIO_PIN_15, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R15":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOB,GPIO_PIN_14, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOB,GPIO_PIN_14, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="R16":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_15, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_15, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R17":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_14, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_14, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R18":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_13, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_13, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R19":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_12, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_12, GPIO_PIN_SET);\n"
        else: 
            act=""
    elif relay=="R20":
        if status=="on":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_11, GPIO_PIN_RESET);\n"
        elif status=="off":
            act="    HAL_GPIO_WritePin(GPIOE,GPIO_PIN_11, GPIO_PIN_SET);\n"
        else: 
            act="" 
    elif relay=="sleep":
        act="    HAL_Delay("+status+"000);\n"
    elif relay=="M10":
        if int(status)>0:
            act=("    user_pwm_setvalue2(0);\n"
                +"         user_pwm_setvalue("+status+");\n")
        elif int(status)<0:
            status=-1*int(status)
            act=("    user_pwm_setvalue(0);\n"
                +"         user_pwm_setvalue2("+str(status)+");\n")
        else: 
            act=""
    elif relay=="M2":
        if status=="on":
            act="    user_pwm_setvalue3(50);\n"
        elif status=="off":
            act="    user_pwm_setvalue3(180);\n"
        else: 
            act=""
    elif relay=="M3":
        if  status=="on":
            act="    user_pwm_setvalue4(50);\n"
        elif status=="off":
            act="    user_pwm_setvalue4(180);\n"
        else: 
            act=""          
    else: 
        act=""  
    return act


#感測器功能程式定義
def PH(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M4":
        pin="ADC_CHANNEL_0"
    elif pin_position=="M5":
        pin="ADC_CHANNEL_3"
    elif pin_position=="M7":
        pin="ADC_CHANNEL_4"
    if pin_type =="PH":
        print("PH ok")
        pin_variables=("uint16_t "+pin_position+"_AD_Value = 0;\n"
             +"float "+pin_position+"_voltage_V =0;\n"
             +"float "+pin_position+"_pH_mid = 1.500;\n"
             +"float "+pin_position+"_pH_low = 2.030;\n"
             +"float "+pin_position+"_pH_high =0.975;\n"
             +"float "+pin_position+"_"+pin_type+"=0;\n")
        pin_code=("    MX_ADC1_Init1("+pin+");\n"
            +"    HAL_ADC_Start(&hadc1);\n"
            +"    HAL_ADC_PollForConversion(&hadc1, 50);\n"
            +"    if(HAL_IS_BIT_SET(HAL_ADC_GetState(&hadc1), HAL_ADC_STATE_REG_EOC))\n"
            +"      {\n"
            +"          "+pin_position+"_AD_Value = HAL_ADC_GetValue(&hadc1);\n"
            +"          "+pin_position+"_voltage_V = "+pin_position+"_AD_Value*3.3f/4096;\n"
            +"          if ("+pin_position+"_voltage_V > "+pin_position+"_pH_mid)\n" 
            +"           {\n"
            +"               "+pin_position+"_"+pin_type+" = 7.0 - 3.0 / ("+pin_position+"_pH_low - "+pin_position+"_pH_mid) * ("+pin_position+"_voltage_V - "+pin_position+"_pH_mid);\n"
            +"           }\n"
            +"          else\n" 
            +"           {\n"
            +"               "+pin_position+"_"+pin_type+" = 7.0 - 3.0 / ("+pin_position+"_pH_mid - "+pin_position+"_pH_high) * ("+pin_position+"_voltage_V - "+pin_position+"_pH_mid);\n"
            +"           }\n"
            +"      }\n"
            +"    HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",4,10);\n")
    
    else:
        pin_variables=""
        pin_code=""


def DO(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M4":
        pin="ADC_CHANNEL_0"
    elif pin_position=="M5":
        pin="ADC_CHANNEL_3"
    elif pin_position=="M7":
        pin="ADC_CHANNEL_4"
    if pin_type =="DO":
        print("DO ok")
        pin_variables=("uint16_t "+pin_position+"_AD_Value = 0;\n"
                +"float "+pin_position+"_voltage_V =0;\n"
                +"float "+pin_position+"_DO_offset =0.44;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_ADC1_Init1("+pin+");\n"
        +"    HAL_ADC_Start(&hadc1);\n"
        +"    HAL_ADC_PollForConversion(&hadc1, 50);\n"
        +"    if(HAL_IS_BIT_SET(HAL_ADC_GetState(&hadc1), HAL_ADC_STATE_REG_EOC))\n"
        +"      {\n"
        +"          "+pin_position+"_AD_Value = HAL_ADC_GetValue(&hadc1);\n"
        +"          "+pin_position+"_voltage_V = "+pin_position+"_AD_Value*3.3f/4096;\n"
        +"          "+pin_position+"_"+pin_type+"= ((("+pin_position+"_AD_Value*3.3f/4096)*100)/"+pin_position+"_DO_offset);\n"
        +"      }\n"
        +"      HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",4,10);\n")
    
    else:
        pin_variables=""
        pin_code=""


def WATERLEVEL(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M9":
        pin="GPIO_PIN_9"
    elif pin_position=="M11":
        pin="GPIO_PIN_7"
    elif pin_position=="M12":
        pin="GPIO_PIN_8"
    elif pin_position=="M19":
        pin="GPIO_PIN_10"
    if pin_type =="WATERLEVEL":
        print("WATERLEVEL ok")
        pin_variables=("int "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_GPIO_Input1("+pin+");\n"
                +"    if (HAL_GPIO_ReadPin(GPIOE, "+pin+") == GPIO_PIN_SET)\n"
                +"    {\n"  
                +"       "+pin_position+"_"+pin_type+" =1;\n"
                            +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
                +"    }\n"	
                +"    else\n" 
                +"    {\n"
                +"       "+pin_position+"_"+pin_type+" =0;\n"
                +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
                +"    }\n")
    else:
        pin_variables=""
        pin_code="" 

def motorfeedback(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M9":
        pin="GPIO_PIN_9"
    elif pin_position=="M11":
        pin="GPIO_PIN_7"
    elif pin_position=="M12":
        pin="GPIO_PIN_8"
    elif pin_position=="M19":
        pin="GPIO_PIN_10"
    if pin_type =="motorfeedback":
        print("feedback ok")
        pin_variables=("int "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_GPIO_Input1("+pin+");\n"
        +"    if (HAL_GPIO_ReadPin(GPIOE, "+pin+") == GPIO_PIN_SET)\n"
        +"    {\n"
        +"       "+pin_position+"_"+pin_type+" =1;\n"
        +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
        +"    }\n"
        +"    else\n"
        +"    {\n"
        +"       "+pin_position+"_"+pin_type+" =0;\n"
        +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
        +"    }\n")
    else:
        pin_variables=""
        pin_code="" 

def butterflyvalvefeedback(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M9":
        pin="GPIO_PIN_9"
    elif pin_position=="M11":
        pin="GPIO_PIN_7"
    elif pin_position=="M12":
        pin="GPIO_PIN_8"
    elif pin_position=="M19":
        pin="GPIO_PIN_10"
    if pin_type =="butterflyvalvefeedback":
        print("butterflyvalvefeedback ok")
        pin_variables=("int "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_GPIO_Input1("+pin+");\n"
        +"    if (HAL_GPIO_ReadPin(GPIOE, "+pin+") == GPIO_PIN_SET)\n"
        +"    {\n"
        +"       "+pin_position+"_"+pin_type+" =1;\n"
        +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
        +"    }\n"
        +"    else\n"
        +"    {\n"
        +"       "+pin_position+"_"+pin_type+" =0;\n"
        +"       HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",1,10);\n"
        +"    }\n")
    else:
        pin_variables=""
        pin_code="" 

def ORP(pin_position,pin_type):
    global pin_variables,pin_code
    if pin_position=="M4":
        pin="ADC_CHANNEL_0"
    elif pin_position=="M5":
        pin="ADC_CHANNEL_3"
    elif pin_position=="M7":
        pin="ADC_CHANNEL_4"
    if pin_type =="ORP":
        print("ORP ok")
        pin_variables=("uint16_t "+pin_position+"_AD_Value = 0;\n"
                +"float "+pin_position+"_voltage_V =0;\n"
                +"float "+pin_position+"_ORP_offset =0;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_ADC1_Init1("+pin+");\n"
        +"    HAL_ADC_Start(&hadc1);\n"
        +"    HAL_ADC_PollForConversion(&hadc1, 50);\n"
        +"    if(HAL_IS_BIT_SET(HAL_ADC_GetState(&hadc1), HAL_ADC_STATE_REG_EOC))\n"
        +"      {\n"
        +"          "+pin_position+"_AD_Value = HAL_ADC_GetValue(&hadc1);\n"
        +"          "+pin_position+"_voltage_V = "+pin_position+"_AD_Value*3.3f/4096;\n"
        +"          "+pin_position+"_"+pin_type+"= ((("+pin_position+"_AD_Value*3.3f/4096)-(1.5+"+pin_position+"_ORP_offset)));\n"
        +"      }\n"
        +"      HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",4,10);\n")       
    
    else:
        pin_variables=""
        pin_code=""

def SonicESMUS07(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    if pin_position=="M1":
        pin="ADC_CHANNEL_6"
    if pin_type =="SonicESMUS07":
        print("ESMUS07 ok")
        pin_variables=("uint16_t "+pin_position+"_AD_Value = 0;\n"
                +"float "+pin_position+"_voltage_V =0;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_ADC1_Init1("+pin+");\n"
        +"    HAL_ADC_Start(&hadc1);\n"
        +"    HAL_ADC_PollForConversion(&hadc1, 50);\n"
        +"    if(HAL_IS_BIT_SET(HAL_ADC_GetState(&hadc1), HAL_ADC_STATE_REG_EOC))\n"
        +"      {\n"
        +"          "+pin_position+"_AD_Value = HAL_ADC_GetValue(&hadc1);\n"
        +"          "+pin_position+"_voltage_V = "+pin_position+"_AD_Value*5.3f/4096;\n"
        +"          if  ("+pin_position+"_voltage_V==0)\n"
        +"          {\n"
        +"             "+pin_position+"_"+pin_type+ " = 100;\n"
        +"          }\n" 
        +"          else\n"     
        +"          {\n"     
        +"             "+pin_position+"_"+pin_type+ " = ("+pin_position+"_voltage_V*180)+100;\n"
        +"          }\n"
        +"      }\n"
        +"      HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",4,10);\n")            
    else:
        pin_variables=""
        pin_code=""
        pin_add_code=""

def SEN0189(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    if pin_position=="M6":
        pin="ADC_CHANNEL_13"
    elif pin_position=="M13":
        pin="ADC_CHANNEL_5"
    if pin_type =="SEN0189":
        print("SEN0189 ok")
        pin_variables=("uint16_t "+pin_position+"_AD_Value = 0;\n"
                +"float "+pin_position+"_voltage_V =0;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    MX_ADC1_Init1("+pin+");\n"
        +"    HAL_ADC_Start(&hadc1);\n"
        +"    HAL_ADC_PollForConversion(&hadc1, 50);\n"
        +"    if(HAL_IS_BIT_SET(HAL_ADC_GetState(&hadc1), HAL_ADC_STATE_REG_EOC))\n"
        +"      {\n"
        +"          "+pin_position+"_AD_Value = HAL_ADC_GetValue(&hadc1);\n"
        +"          "+pin_position+"_voltage_V = "+pin_position+"_AD_Value*5.0f/4096;\n"
        +"          if  ("+pin_position+"_voltage_V>4.2)\n"
        +"          {\n"
        +"             "+pin_position+"_"+pin_type+ " = 0;\n"
        +"          }\n" 
        +"          else if ("+pin_position+"_voltage_V<2.5)\n"    
        +"          {\n"         
        +"             "+pin_position+"_"+pin_type+ " = 3000;\n"
        +"          }\n"
        +"          else\n"
        +"          {\n"
        +"             "+pin_position+"_"+pin_type+"=(-1120.4*"+pin_position+"_voltage_V*"+pin_position+"_voltage_V)+(5742.3*"+pin_position+"_voltage_V)-4352.9;\n"
        +"          }\n"
        +"      }\n"
        +"      HAL_UART_Transmit(&huart4,(unsigned char*)&"+pin_position+"_"+pin_type+",4,10);\n")       
        print(pin_variables)
        print(pin_code)       
    else:
        pin_variables=""
        pin_code=""  
        pin_add_code=""


def SERVO(pin_position, pin_type):
    global pin_variables, pin_code
    if pin_type == "Servo":
        print("Servo ok")
        pin_code = (
            "    HAL_UART_Receive_IT(&huart1, (uint8_t *)checkfeedback,sizeof(checkfeedback));\n")

        pin_add_code = ("     void HAL_UART_RxCpltCallback(UART_HandleTypeDef *huart)\n"
                        + "{\n"
                        + "   if(checkfeedback[0]==0xff && checkfeedback[6]==0x0D)\n"
                        + "   {\n"
                        + "     direction=checkfeedback[1];\n"
                        + "     if(direction==0)\n"
                        + "     {\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_6, GPIO_PIN_RESET);\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_5, GPIO_PIN_SET);\n"
                        + "       user_pwm_setvalue(50);\n"
                        + "     }\n"
                        + "     else if(direction==1)\n"
                        + "     {\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_6, GPIO_PIN_RESET);\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_5, GPIO_PIN_RESET);\n"
                        + "       user_pwm_setvalue(50);\n"
                        + "     }\n"
                        + "     else\n"
                        + "     {\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_6, GPIO_PIN_SET);\n"
                        + "       HAL_GPIO_WritePin(GPIOB, GPIO_PIN_5, GPIO_PIN_RESET);\n"
                        + "       user_pwm_setvalue(0);\n"
                        + "     }\n"
                        + "   }\n"
                        + "}\n")
        print(pin_code)
        print(pin_add_code)
    else:
        pin_variables = ""
        pin_code = ""


def MOTOR(pin_position, pin_type):
    global pin_variables, pin_code
    if pin_type == "Servo":
        print("Servo ok")
        pin_code = ("    HAL_UART_Receive_IT(&huart1, (uint8_t *)checkfeedback,sizeof(checkfeedback));\n"
                    + "    HAL_Delay(100);\n"
                    + "    if(direction==0)\n"
                    + "       {\n"
                    + "           user_pwm_setvalue2(0);\n"
                    + "           user_pwm_setvalue(pwm_value);\n"
                    + "       }\n"
                    + "     else\n"
                    + "       {\n"
                    + "            user_pwm_setvalue2(pwm_value);\n"
                    + "            user_pwm_setvalue(0);\n"
                    + "       }\n")

        pin_add_code = ("     void HAL_UART_RxCpltCallback(UART_HandleTypeDef *huart)\n"
                        + "{\n"
                        + "   if(checkfeedback[0]==0xff && checkfeedback[6]==0x0D)\n"
                        + "   {\n"
                        + "     pwm_value=checkfeedback[1];\n"
                        + "     direction=checkfeedback[2];\n"
                        + '     printf("%d",pwm_value);\n'
                        + "   }\n"
                        + "}\n")
        print(pin_code)
        print(pin_add_code)
    else:
        pin_variables = ""
        pin_code = ""


def SOIL(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    if pin_type =="Soil":
        print("SOIL ok")
        pin_variables=("uint8_t soil[8] ={0x01,0x03,0x00,0x00,0x00,0x03,0x05,0xCB};\n"
        +"uint8_t data[11] ={0,0,0,0,0,0,0,0,0,0,0};\n"
        +"float "+pin_position+"_"+pin_type+" =0;\n"
        +"int rh=0;\n"
        +"int temp=0;\n"
        +"int ec=0;\n")
        pin_code=("    HAL_UART_Transmit(&huart2, (uint8_t *)soil,sizeof(soil),50);\n"
                    +"    HAL_UART_Receive_IT(&huart2, (uint8_t *)data,sizeof(data));\n")
        
        pin_add_code=("void HAL_UART_RxCpltCallback(UART_HandleTypeDef *huart)\n"
                        +"{\n"       
                        +"   if (huart->Instance == USART2)\n"
                        +"   {\n"
                        +"     if (data[0]==0x01 && data[1]==0x03)\n"
                        +"     {\n"
                        +"       rh = (data[3] << 8) + data[4];\n"
                        +"       temp = (data[5] << 8) + data[6];\n"
                        +"       ec = (data[7] << 8) + data[8];\n"
                        +"     }\n"      
                        +"   }\n" 
                        +"}\n")                         
        print(pin_code) 
        print(pin_add_code)    
    else:
        pin_variables=""
        pin_code=""
        pin_add_code=""

def EC(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    if pin_type =="EC":
        print("EC ok")
        pin_variables=("uint8_t data[4] ={0,0,0,0};\n"
        +"float "+pin_position+"_"+pin_type+" =0;\n")
        pin_code=("    HAL_UART_Receive_IT(&huart2, (uint8_t *)data,sizeof(data));\n")
        
        pin_add_code=("void HAL_UART_RxCpltCallback(UART_HandleTypeDef *huart)\n"
                        +"{\n"       
                        +"   if (huart->Instance == USART2)\n"
                        +"   {\n"
                        +"     if (data[0]==0x30 && data[1]==0x2E)\n"
                        +"     {\n"
                        +"       HAL_UART_Transmit(&huart4, (uint8_t *)data,sizeof(data),50);\n"
                        +"     }\n"      
                        +"   }\n" 
                        +"}\n")                         
        print(pin_variables)
        print(pin_code) 
        print(pin_add_code) 
    else:
        pin_variables=""
        pin_code=""
        pin_add_code=""

def SHT11(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    global sensor_code
    if pin_position=="M14":
        pin_group="GPIOB"
        pin1="GPIO_PIN_0"
        pin2="GPIO_PIN_1"
    if pin_position=="M17":
        pin_group="GPIOC"
        pin1="GPIO_PIN_6"
        pin2="GPIO_PIN_7"
    if pin_type =="SHT11":
        print("SHT11 ok")
        pin_variables=("uint8_t cmd[7]={0xFF,0x00,0x00,0x00,0x00,0x00,0x0D};\n"
                +"uint16_t i,val,value_H,value_L,Cvalue,Hvalue;\n"
                +"int error;\n"
                +"float C1=-2.0468;\n"
                +"float C2=0.0367;\n"
                +"float C3=-0.0000015955;\n"
                +"float RH_Lin;\n"
                +"float RH_Ture;\n"
                +"float d1=-39.6;\n"
                +"float d2=0.01;\n"
                +"float T1=0.01;\n"
                +"float T2=0.00008;\n"
                +"float temp_C=0;\n"
                +"int temp;\n"
                +"int RH;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        sensor_code=("void SHT10_TransStart(void);\n"
                +"void SHT10_WriteByte(void);\n"
                +"void SHT10_WriteByte2(void);\n"
                +"void SHT10_ReadByte(void);\n"
                +"void SHT10_Calculate(void);\n"
                +"void MX_GPIO_Input1(unsigned long pin);\n")
        pin_code=("    Cvalue=0;\n"
        +"    Hvalue=0;\n"
        +"    value_H=0;\n"
        +"    value_L=0;\n"
        +"    SHT10_TransStart();\n"
        +"    SHT10_WriteByte();\n"
        +"    MX_GPIO_Input1("+pin1+");\n"
        +"    HAL_Delay(250);\n"
        +"    if (HAL_GPIO_ReadPin("+pin_group+","+pin1+")==0)\n"
        +"      {\n"
        +"          SHT10_ReadByte();\n"
        +"          value_H=val;\n"
        +"          SHT10_ReadByte();\n"
        +"          value_L=val;\n"
        +"          Cvalue = (value_H<< 8 | value_L);\n"
        +"      }\n"
        +"    SHT10_TransStart();\n"
        +"    SHT10_WriteByte2();\n"
        +"    MX_GPIO_Input1("+pin1+");\n"
        +"    HAL_Delay(250);\n"
        +"    if (HAL_GPIO_ReadPin("+pin_group+","+pin1+")==0)\n"
        +"      {\n"
        +"          SHT10_ReadByte();\n"
        +"          value_H=val;\n"
        +"          SHT10_ReadByte();\n"
        +"          value_L=val;\n"
        +"          Hvalue = (value_H<< 8 | value_L);\n"
        +"      }\n"
        +"    SHT10_Calculate();\n")  
        
        pin_add_code=("   void SHT10_TransStart(void)\n"
                        +"{\n"       
                        +"   MX_GPIO_Init();\n"
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_SET);\n"
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n"
                        +"   HAL_Delay(10);\n"                                                          
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"                       
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"   
                        +"   HAL_Delay(10);\n"   
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n"
                        +"   HAL_Delay(10);\n"      
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_SET);\n" 
                        +"   HAL_Delay(10);\n"     
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"      
                        +"}\n"                                       
                        +"   void SHT10_WriteByte(void)\n"
                        +"{\n"       
                        +"   MX_GPIO_Init();\n"
                        +"   for (i=0x80;i>0;i/=2)\n"
                        +"   {\n"
                        +"      if (i & 0x03)\n"
                        +"          HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_SET);\n"
                        +"      else\n"    
                        +"          HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_RESET);\n"
                        +"      HAL_Delay(10);\n"                                                 
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n"
                        +"      HAL_Delay(10);\n"                       
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"   
                        +"      HAL_Delay(10);\n"   
                        +"   }\n" 
                        +"   MX_GPIO_Input1("+pin1+");\n"                   
                        +"   HAL_Delay(10);\n"      
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n" 
                        +"   HAL_Delay(10);\n"  
                        +"   error=HAL_GPIO_ReadPin("+pin_group+","+pin1+");\n"   
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"      
                        +"}\n"                         
                        +"   void SHT10_WriteByte2(void)\n"
                        +"{\n"       
                        +"   MX_GPIO_Init();\n"
                        +"   for (i=0x80;i>0;i/=2)\n"
                        +"   {\n"
                        +"      if (i & 0x05)\n"
                        +"          HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_SET);\n"
                        +"      else\n"    
                        +"          HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_RESET);\n"
                        +"      HAL_Delay(10);\n"                                                          
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n"
                        +"      HAL_Delay(10);\n"                       
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"   
                        +"      HAL_Delay(10);\n"   
                        +"   }\n" 
                        +"   MX_GPIO_Input1("+pin1+");\n"                   
                        +"   HAL_Delay(10);\n"      
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n" 
                        +"   HAL_Delay(10);\n"  
                        +"   error=HAL_GPIO_ReadPin("+pin_group+", "+pin1+");\n"   
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"      
                        +"}\n"                   
                        +"   void SHT10_ReadByte(void)\n"
                        +"{\n"  
                        +"   val=0;\n"     
                        +"   MX_GPIO_Input1("+pin1+");\n"
                        +"   for (i=0x80;i>0;i/=2)\n"
                        +"   {\n"
                        +"      HAL_Delay(10);\n"
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n"
                        +"      HAL_Delay(10);\n"
                        +"      if(HAL_GPIO_ReadPin("+pin_group+","+pin1+"))\n"
                        +"          val=( val | i );\n"   
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   }\n"
                        +"   MX_GPIO_Init();\n"                   
                        +"   if (1)\n"                                                          
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_RESET);\n"
                        +"   else\n"                                            
                        +"      HAL_GPIO_WritePin("+pin_group+","+pin1+",GPIO_PIN_SET);\n"   
                        +"   HAL_Delay(10);\n"                         
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_SET);\n" 
                        +"   HAL_Delay(10);\n"  
                        +"   HAL_GPIO_WritePin("+pin_group+","+pin2+",GPIO_PIN_RESET);\n"
                        +"   HAL_Delay(10);\n"      
                        +"}\n"                  
                        +"   void SHT10_Calculate(void)\n"
                        +"{\n"  
                        +"   temp_C=d1+d2*Cvalue;\n"     
                        +"   RH_Lin = C1+C2*Hvalue+C3*Hvalue*Hvalue;\n"
                        +"   RH_Ture= (temp_C-25)*(T1+T2*Hvalue)+RH_Lin;\n"
                        +"   if (RH_Ture>100)\n"
                        +"     RH_Ture= 100;\n"
                        +"   if (RH_Ture<0.1)\n"
                        +"     RH_Ture=0.1;\n"
                        +"   if (temp_C<0)\n"
                        +"   {\n"
                        +"      cmd[1]=1;\n"
                        +"      cmd[2]=-1*temp_C;\n"
                        +"      temp=(-10*temp_C);\n"
                        +"      cmd[3]=temp%10;\n"
                        +"      cmd[4]=RH_Ture;\n"   
                        +"      RH=RH_Ture*10;\n"
                        +"      cmd[5]=RH%10;\n"
                        +"   }\n"
                        +"   else\n"
                        +"   {\n"                  
                        +"      cmd[1]=0;\n"                                                          
                        +"      cmd[2]=temp_C;\n"
                        +"      temp=(10*temp_C);\n"                                            
                        +"      cmd[3]=temp%10;\n"   
                        +"      cmd[4]=RH_Ture;\n"                         
                        +"      RH=RH_Ture*10;\n" 
                        +"      cmd[5]=RH%10;\n"  
                        +"    }\n"                  
                        +"}\n")    
    else:
        pin_variables=""
        pin_code="" 
        pin_add_code=""
        sensor_code="" 

def DS18B20(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code
    global sensor_code
    if pin_position=="M14":
        pin1="GPIO_PIN_0"
    if pin_position=="M16":
        pin1="GPIO_PIN_7"
    if pin_type =="DS18B20":
        print("DS18B20 ok")
        pin_variables=("#define CLR_DS18B20()		HAL_GPIO_WritePin (GPIOB, "+pin1+",GPIO_PIN_RESET )\n"
                        +"#define SET_DS18B20()		HAL_GPIO_WritePin (GPIOB, "+pin1+",GPIO_PIN_SET )\n"
                        +"#define DS18B20_DQ_IN  	HAL_GPIO_ReadPin(GPIOB, "+pin1+")\n"
                        +"int16_t temp;\n"
                        +"int error;\n"
                        +"float "+pin_position+"_"+pin_type+" =0;\n")
        sensor_code=("uint8_t DS18B20_Init(void);\n" 
                    +"short DS18B20_Get_Temp(void);\n"
                    +"void DS18B20_Start(void);\n"     
                    +"void DS18B20_Write_Byte(uint8_t dat);\n"
                    +"uint8_t DS18B20_Read_Byte(void);\n"  
                    +"uint8_t DS18B20_Read_Bit(void);\n"  
                    +"uint8_t DS18B20_Check(void);\n"    
                    +"void DS18B20_Rst(void);\n")
        pin_code=("    temp=DS18B20_Get_Temp();\n")  
        
        pin_add_code=("   void delay_us(uint32_t value)\n"
                        +"{\n"       
                        +"   uint32_t i;\n"
                        +"   i = value * 3;\n"
                        +"   while(i--);\n"
                        +"}\n"                                       
                        +"   void DS18B20_Rst(void)\n"
                        +"{\n"       
                        +"   CLR_DS18B20();\n"    
                        +"   delay_us(750);\n"    
                        +"   SET_DS18B20();\n" 
                        +"   delay_us(15);\n"  
                        +"}\n"                         
                        +"   uint8_t DS18B20_Check(void)\n"
                        +"{\n"       
                        +"   uint8_t retry=0;\n"	
                        +"   while (DS18B20_DQ_IN&&retry<200)\n"
                        +"   {\n"
                            +"     retry++;\n"
                            +"     delay_us(1);\n"
                        +"   }\n"	 
                        +"   if(retry>=200)return 1;\n"
                        +"   else retry=0;\n"
                        +"   while (!DS18B20_DQ_IN&&retry<240)\n"
                        +"   {\n"
                        +"     retry++;\n"
                            +"     delay_us(1);\n"
                        +"   }\n"
                        +"   if(retry>=240)return 1;\n"	    
                        +"   return 0;\n"
                        +"}\n"                   
                        +"   uint8_t DS18B20_Read_Bit(void)\n"
                        +"{\n"  
                        +"   uint8_t data;\n"
                        +"   CLR_DS18B20();\n"   
                        +"   delay_us(2);\n"
                        +"   SET_DS18B20();\n"
                        +"   delay_us(12);\n"
                        +"   if(DS18B20_DQ_IN)data=1;\n"
                        +"   else data=0;\n"	 
                        +"   delay_us(50);\n"  	
                        +"   return data;\n"
                        +"}\n"                  
                        +"   uint8_t DS18B20_Read_Byte(void)\n"
                        +"{\n"  
                        +"   uint8_t i,j,dat;\n"
                        +"   dat=0;\n"
                        +"   for (i=1;i<=8;i++)\n" 
                        +"   {\n"
                        +"       j=DS18B20_Read_Bit();\n"
                        +"       dat=(j<<7)|(dat>>1);\n"
                        +"   }\n"						    
                        +"   return dat;\n"
                        +"}\n"
                        +"   void DS18B20_Write_Byte(uint8_t dat)\n"
                        +"{\n"  
                        +"   uint8_t j;\n"
                        +"   uint8_t testb;\n"
                        +"   for (j=1;j<=8;j++)\n" 
                        +"   {\n"
                        +"      testb=dat&0x01;\n"
                        +"      dat=dat>>1;\n"
                        +"      if (testb)\n" 
                        +"      {\n"
                        +"        CLR_DS18B20();\n"
                        +"        delay_us(2);\n"                            
                        +"        SET_DS18B20();\n"
                        +"        delay_us(60);\n"             
                        +"      }\n"
                        +"      else\n" 
                        +"      {\n"
                        +"        CLR_DS18B20();\n"
                        +"        delay_us(60);\n"             
                        +"        SET_DS18B20();\n"
                        +"        delay_us(2);\n"                          
                        +"      }\n"
                        +"   }\n"
                        +"}\n"   
                        +"   uint8_t DS18B20_Init(void)\n"
                        +"{\n"  
                        +"   SET_DS18B20();\n"
                        +"   DS18B20_Rst();\n"   
                        +"   return DS18B20_Check();\n"
                        +"}\n"      
                        +"   void DS18B20_Start(void)\n"
                        +"{\n"  
                        +"   DS18B20_Rst();\n"
                        +"   DS18B20_Check();\n"   
                        +"   DS18B20_Write_Byte(0xcc);\n"
                        +"   DS18B20_Write_Byte(0x44);\n"
                        +"}\n"    
                        +"   short DS18B20_Get_Temp(void)\n"
                        +"{\n"  
                        +"       uint8_t temp;\n"
                        +"       uint8_t TL,TH;\n"
                        +"       short tem;\n"	
                        +"       DS18B20_Start();\n"
                        +"       DS18B20_Rst();\n"
                        +"       DS18B20_Check();\n"	 
                        +"       DS18B20_Write_Byte(0xcc);\n"
                        +"       DS18B20_Write_Byte(0xbe);\n"	    
                        +"       TL=DS18B20_Read_Byte();\n"     
                        +"       TH=DS18B20_Read_Byte();\n"  	    	  
                        +"       if(TH>7)\n"
                        +"       {\n"
                        +"         TH=~TH;\n"
                        +"         TL=~TL;\n" 
                        +"         temp=0;\n"             
                        +"       }\n"
                        +"       else temp=1;\n"
                        +"       tem=TH;\n"                 
                        +"       tem<<=8;\n"    
                        +"       tem+=TL;\n"                
                        +"       tem=(float)tem*0.625f;\n"    
                        +"       if(temp)return tem;\n"       
                        +"       else return -tem;\n"    
                        +"}\n")               
    else:
        pin_variables=""
        pin_code="" 
        pin_add_code=""
        sensor_code="" 


def BMP280(pin_position,pin_type):
    global pin_variables,pin_code,pin_add_code,init_code
    global sensor_code
    if pin_type =="BMP280":
        print("BMP280 ok")
        pin_variables=("uint8_t cmd[7]={0xFF,0x00,0x00,0x00,0x00,0x00,0x0D};\n"
                +"HAL_StatusTypeDef Status;\n"
                +"#define ADDR_AT24C04_WRITE_FIRST_16_PAGES 0xEC\n"
                +"#define ADDR_AT24C04_WRITE_FIRST_16_PAGES 0xEC\n"
                +"#define ADDR_AT24C04_READ 0xED\n"
                +"#define AT24C04_TIMEOUT 0xED\n"
                +"#define AT24C04_PAGE_SIZE 16\n"
                +"#define BUFFER_SIZE 1\n"
                +"uint16_t dig_T1;\n"
                +"uint16_t dig_T2;\n"
                +"uint16_t dig_T3;\n"
                +"uint16_t dig_P1;\n"
                +"uint16_t dig_P2;\n"
                +"uint16_t dig_P3;\n"
                +"uint16_t dig_P4;\n"
                +"uint16_t dig_P5;\n"
                +"uint16_t dig_P6;\n"
                +"uint16_t dig_P7;\n"
                +"uint16_t dig_P8;\n"
                +"uint16_t dig_P9;\n"
                +"uint32_t adc_P=0;\n"
                +"uint32_t adc_T=0;\n"
                +"uint8_t WriteBuffer[BUFFER_SIZE]={0xb6};\n"
                +"uint8_t WriteBuffer1[BUFFER_SIZE]={0xff};\n"  
                +"uint8_t WriteBuffer2[BUFFER_SIZE]={0x00};\n"  
                +"uint8_t ReadBuffer[BUFFER_SIZE];\n"               
                +"int RH;\n"
                +"float "+pin_position+"_"+pin_type+" =0;\n")
        sensor_code=("HAL_StatusTypeDef AT24C04_Write(I2C_HandleTypeDef *hi2c,uint16_t MemAddress,uint8_t *pData);\n"
                +"HAL_StatusTypeDef AT24C04_Read(I2C_HandleTypeDef *hi2c,uint16_t MemAddress,uint8_t *pData);\n"
                +"long bmp280_T_MultipleReadThree(void);\n"
                +"long bmp280_P_MultipleReadThree(void);\n"
                +"short bmp280_MultipleReadTwo(uint16_t addr);\n")
        init_code=("  AT24C04_Write(&hi2c1,0xe0,WriteBuffer);\n"
                +"  AT24C04_Write(&hi2c1,0xf4,WriteBuffer1);\n"
                +"  AT24C04_Write(&hi2c1,0xf5,WriteBuffer2);\n"
                +"  dig_T1 = bmp280_MultipleReadTwo(0x88);\n"
                +"  dig_T2 = bmp280_MultipleReadTwo(0x8A);\n"
                +"  dig_T3 = bmp280_MultipleReadTwo(0x8C);\n"
                +"  dig_P1 = bmp280_MultipleReadTwo(0x8E);\n"
                +"  dig_P2 = bmp280_MultipleReadTwo(0x90);\n"
                +"  dig_P3 = bmp280_MultipleReadTwo(0x92);\n"
                +"  dig_P4 = bmp280_MultipleReadTwo(0x94);\n"
                +"  dig_P5 = bmp280_MultipleReadTwo(0x96);\n"
                +"  dig_P6 = bmp280_MultipleReadTwo(0x98);\n"
                +"  dig_P7 = bmp280_MultipleReadTwo(0x9A);\n"
                +"  dig_P8 = bmp280_MultipleReadTwo(0x9C);\n"
                +"  dig_P9 = bmp280_MultipleReadTwo(0x9E);\n")
                
        pin_code=("    adc_T=bmp280_T_MultipleReadThree();\n"
        +"    adc_P=bmp280_P_MultipleReadThree();\n"
        +"    double var1, var2,t_fine;\n"
        +"    var1 = (((double) adc_T) / 16384.0 - ((double) dig_T1) / 1024.0)* ((double) dig_T2);\n"
        +"    var2 = ((((double) adc_T) / 131072.0 - ((double) dig_T1) / 8192.0)* (((double) adc_T) / 131072.0 - ((double) dig_T1) / 8192.0))* ((double) dig_T3);\n"
        +"    t_fine = (int32_t) (var1 + var2);\n"
        +"    double temperature = (var1 + var2) / 5120.0;\n"
        +"    double pressure;\n"
        +"    var1 = (t_fine / 2.0) - 64000.0;\n"
        +"    var2 = var1 * var1 * ((double) dig_P6) / 32768.0;\n"
        +"    var2 = var2 + var1 * ((double) dig_P5) * 2.0;\n"
        +"    var2 = (var2 / 4.0) + (((double) dig_P4) * 65536.0);\n"
        +"    var1 = (((double) dig_P3) * var1 * var1 / 524288.0+ ((double) dig_P2) * var1) / 524288.0;\n"
        +"    var1 = (1.0 + var1 / 32768.0) * ((double) dig_P1);\n"
        +"      if (var1 == 0.0)\n"
        +"      {\n"
        +"         var1 = 0;\n"
        +"      }\n"
        +"    pressure = 1048576.0 - (double) adc_P;\n"
        +"    pressure = (pressure - (var2 / 4096.0)) * 6250.0 / var1;\n"
        +"    var1 = ((double) dig_P9) * pressure * pressure / 2147483648.0;"
        +"    var2 = pressure * ((double) dig_P8) / 32768.0;\n"
        +"    pressure = pressure + (var1 + var2 + ((double) dig_P7)) / 16.0;\n"
        +"    cmd[1]=pressure/10000; \n"
        +"    int pa =pressure;\n"
        +"    cmd[2]=(pa%10000)/100;\n"
        +"    cmd[3]=(pa%10000)%100;\n"
        +"    HAL_UART_Transmit(&huart4, (uint8_t *)cmd, sizeof(cmd),1);\n")  
        pin_add_code=("HAL_StatusTypeDef AT24C04_Write(I2C_HandleTypeDef *hi2c,uint16_t MemAddress,uint8_t *pData)\n"
        +"{\n"     
        +"       Status = HAL_I2C_Mem_Write(&hi2c1, ADDR_AT24C04_WRITE_FIRST_16_PAGES, MemAddress, I2C_MEMADD_SIZE_8BIT, pData, AT24C04_PAGE_SIZE, AT24C04_TIMEOUT);\n"
        +"       return Status;\n"
        +"}\n"
        +"HAL_StatusTypeDef AT24C04_Read(I2C_HandleTypeDef *hi2c,uint16_t MemAddress,uint8_t *pData)\n"
        +"{\n"
        +"   Status = HAL_I2C_Mem_Read(&hi2c1, ADDR_AT24C04_READ, MemAddress, I2C_MEMADD_SIZE_8BIT, pData, BUFFER_SIZE, AT24C04_TIMEOUT);\n"
        +"   return Status;\n"
        +"}\n"
        +"  long bmp280_T_MultipleReadThree()\n"
        +"{\n"
        +"     uint8_t msb, lsb, xlsb;\n"
        +"     int32_t temp = 0;\n"
        +"     AT24C04_Read(&hi2c1,0xfa,ReadBuffer);\n"
        +"     msb=ReadBuffer[0];\n"
        +"     AT24C04_Read(&hi2c1,0xfb,ReadBuffer);\n"
        +"     lsb=ReadBuffer[0];\n"
        +"     AT24C04_Read(&hi2c1,0xfc,ReadBuffer);\n"
        +"     xlsb=ReadBuffer[0];\n"
        +"     temp = ((msb << 12)|(lsb << 4)|(xlsb >> 4));\n"
        +"     return temp;\n"
        +"}\n"
        +"long bmp280_P_MultipleReadThree()\n"
        +"{\n"
        +"   uint8_t msb, lsb, xlsb;\n"
        +"   int32_t pressure = 0;\n"
        +"   AT24C04_Read(&hi2c1,0xf7,ReadBuffer);\n"
        +"   msb=ReadBuffer[0];\n"
        +"   AT24C04_Read(&hi2c1,0xf8,ReadBuffer);\n"
        +"   lsb=ReadBuffer[0];\n"
        +"   AT24C04_Read(&hi2c1,0xf9,ReadBuffer);\n"
        +"   xlsb=ReadBuffer[0];\n"
        +"   pressure = ((msb << 12)|(lsb << 4)|(xlsb >> 4));\n"
        +"   return pressure;\n"
        +"}\n"
        +"  short bmp280_MultipleReadTwo(uint16_t addr )\n"
        +"{\n"
        +"   uint8_t msb, lsb;\n"
        +"   uint16_t temp = 0;\n"
        +"   AT24C04_Read(&hi2c1,addr,ReadBuffer);\n"
        +"   lsb = ReadBuffer[0];\n"
        +"   AT24C04_Read(&hi2c1,addr+1,ReadBuffer);\n"
        +"   msb = ReadBuffer[0];\n"
        +"   temp = msb << 8|lsb;\n"
        +"   return temp;\n"
        +"}\n")
    else:
        pin_variables=""
        pin_code=""  
        pin_add_code=""  
        init_code=""  
        sensor_code=""

def motor(pin_position,pin_type):
    global act_code,init_code
    global sensor_code
    if pin_type =="Motor":
        print("motor ok")
        sensor_code=("void user_pwm_setvalue(uint16_t value);\n"
                    +"void user_pwm_setvalue2(uint16_t value);\n")
        act_code=("void user_pwm_setvalue(uint16_t value)\n"
                +"{\n"
                +"   TIM_OC_InitTypeDef sConfigOC;\n"
                +"   sConfigOC.OCMode = TIM_OCMODE_PWM1;\n"
                +"   sConfigOC.Pulse = value;\n"
                +"   sConfigOC.OCPolarity = TIM_OCPOLARITY_HIGH;\n"
                +"   sConfigOC.OCFastMode = TIM_OCFAST_DISABLE;\n"
                +"   HAL_TIM_PWM_ConfigChannel(&htim2, &sConfigOC, TIM_CHANNEL_1);\n"
                +"   HAL_TIM_PWM_Start(&htim2, TIM_CHANNEL_1);\n"  
                +"}\n")
                
        init_code=("  MX_TIM2_Init();\n")
    else:
        act_code=""   
        init_code=""  
        sensor_code="" 
     
     
def zigbee(pin_type):
    global pin_variables,pin_code,init_code
    if pin_type =="ON":
        print("zigbee ok")
        pin_variables=("uint8_t zigbeecmd1[5]={0xFE,0x00,0x01,0x00,0x01};\n"
                        +"uint8_t zigbeecmd2[5]={0xFE,0x00,0x02,0x00,0x02};\n"
                        +"uint8_t zigbeestatu[20];\n"
                        +"uint8_t zigbeestatu1[5];\n"
                        +'uint8_t zigbeecon[7]="connect";\n'
                        +'uint8_t zigbeenotcon[11]="not connect";\n'
                        +'uint8_t zigbeechang[14]="change is down";\n')  
        init_code=("  HAL_UART_Transmit(&huart2, (uint8_t *)zigbeecmd2, sizeof(zigbeecmd2), 10);\n"
                    +"  HAL_UART_Receive(&huart2, (uint8_t *)zigbeestatu,sizeof(zigbeestatu),2000);\n"
                    +"  HAL_UART_Transmit(&huart4, (uint8_t *)zigbeestatu, sizeof(zigbeestatu),10);\n"
                    +"  HAL_UART_Transmit(&huart2, (uint8_t *)zigbeecmd1, sizeof(zigbeecmd1), 10);\n"
                    +"  HAL_UART_Receive(&huart2, (uint8_t *)zigbeestatu,sizeof(zigbeestatu),2000);\n"
                    +"  HAL_UART_Transmit(&huart4, (uint8_t *)zigbeestatu, sizeof(zigbeestatu),10);\n"
                    +"  if (zigbeestatu[18]== 0x01)\n"
                    +"  {\n"
                        +"     HAL_UART_Transmit(&huart4, (uint8_t *)zigbeecon, sizeof(zigbeecon),10);\n"
                    +"  }\n"
                    +"  else if(zigbeestatu[18]== 0x05 || zigbeestatu[18]== 0x00)\n"
                    +"  {\n"
                    +"     HAL_UART_Transmit(&huart4, (uint8_t *)zigbeenotcon, sizeof(zigbeenotcon),10);\n" 
                    +"  }\n")
    else:
        pin_variables=""
        pin_code=""   
        init_code=""  

    

# 控制板燒錄：生成 main.c 
@main.route('/creat_hex')
def creat_hex():
    info = request.args.to_dict()
    print("info: ", info)
    # info = {'cond_z1_1': 'if', 'cond_tank1_1': 'D1', 'cond_a1_1': 'tank_soil_Temp', 'cond_b1_1': 'Equal', 'cond_c1_1': '11', 'cond_d1_2': 'and', 'cond_a1_2': 'tank_soil_Humidity', 'cond_b1_2': 'Equal', 'cond_c1_2': '12', 'cond_d1_3': 'and', 'cond_a1_3': 'tank_soil_EC', 'cond_b1_3': 'Equal', 'cond_c1_3': '13', 'do_obj1_1': 'tank_heater1_status', 'do_act1_1': 'on', 'do_obj1_2': 'tank_heater2_status', 'do_act1_2': 'on'}
    # 'mainLength': '1', 'addLength': '0', 'comLength': '22', '
    z_range = int(info['mainLength']) + 1
    x_range = int(info['addLength']) + 1
    y_range = int(info['comLength']) + 1
    tank_num_data = info['tank_num']
    # print("tank_num_data: ", tank_num_data)
    cond_main_all_list = []

    for z in range(1, z_range):
        # 初始
        cond_main_all_dict = {}
        cond_add_list = []  # 附加條件 List
        cond_com_list = []  # 物件動作 List
        # cond_main_dict_all = {}
        # cond_add_dict_all = {}
        # cond_com_dict_all = {}
        
        # print(z)
        # 總條件
        try:
            cond_main_all_dict['cond_main'] = info['cond_main' + str(z)]
        except(KeyError):
            pass
        # print("cond_main_dict: ", cond_main_dict)
        # 附加條件
        for x in range(1, x_range):
            try:
                cond_add_list.append(info['cond_add' + str(z) + '_' + str(x)])
            except(KeyError):
                pass
        # print("cond_add_list: ", cond_add_list)
        cond_main_all_dict['cond_add'] = cond_add_list
        # print("cond_main_dict: ", cond_main_dict)
        # 物件動作
        for y in range(1, y_range):
            try:
                cond_com_list.append(info['cond_com' + str(z) + '_' + str(y)])
            except(KeyError):
                pass
        # print("cond_com_list: ", cond_com_list)
        cond_main_all_dict['cond_com'] = cond_com_list
        # print("cond_main_dict: ", cond_main_dict)

        if cond_com_list != []:
            cond_main_all_list.append(cond_main_all_dict)
            # cond_main_all_list.append(cond_add_dict_all)
            # cond_main_all_list.append(cond_com_dict_all)
    print("cond_main_all_list: ", cond_main_all_list)
    # cond_main_all_list:  [{'cond_main': 'if D1 tank_UltraSonic >= 30', 'cond_add': ['and tank_PA <= 1', 'and tank_soil_Temp <= 30'], 'cond_com': ['tank_vacuum_status on', 'tank_motor_status 15']}]
    
    dry_block_sehedule = {'command':'Dry_OTA', 'tank_num':tank_num_data, 'cond':cond_main_all_list}
    msg = dry_block_sehedule


    # ===== 阿超 CTO.py 程式碼 start ========================================================================================
    # msg = request.args.to_dict()
    print("/creat_hex/<msg> msg: ", msg)
    CURRENT_PATH = os.path.dirname(__file__)
    print("CURRENT_PATH: ", CURRENT_PATH)
    f = open(CURRENT_PATH + "//CTO20220622//Src//main.c", mode='w')

    f.write("/* USER CODE BEGIN Header */\n"
            +"/**\n"
            +"  ******************************************************************************\n"
            +"  * @file           : main.c\n"
            +"  * @brief          : Main program body\n"
            +"  * @attention\n"
            +"  *\n"
            +"  * <h2><center>&copy; Copyright (c) 2019 STMicroelectronics.\n"
            +"  * All rights reserved.</center></h2>\n"
            +"  *\n"
            +"  * This software component is licensed by ST under BSD 3-Clause license,\n"
            +"  * the License; You may not use this file except in compliance with the\n"
            +"  * License. You may obtain a copy of the License at:\n"
            +"  *                        www.st.com/SLA0044\n"
            +"  *\n"
            +"  ******************************************************************************\n"
            +"  */\n"
            +"/* USER CODE END Header */\n"
            +"\n"
            +"/* Includes ------------------------------------------------------------------*/\n")
    # 添加標題檔
    header = ('#include"main.h"\n'
            +'#include "adc.h"\n'
            +'#include "usart.h"\n'
            +'#include "i2c.h"\n'
            +'#include "tim.h"\n'
            +'#include "stm32f4xx_hal.h"\n'
            +'#include "gpio.h"\n')
    f.write(header)
    # 變數宣告說明
    f.write("\n"
            + "/* Private variables ---------------------------------------------------------*/\n")
    f.write("\n"
            + "/* Private variables ---------------------------------------------------------*/\n"
            + "#define VECT_TAB_OFFSET  0x10000\n"
            + "int tankstatus = 0;\n")
    # 連接資料庫
    #conn = sqlite3.connect('/home/pi/coffee.db')
    # conn = pymysql.connect(host="52.69.200.169", port=3306, user='coffeemanage', passwd='skyeye', database='CoffeeManage', charset='utf8')
    conn = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    c = conn.cursor()
    print("connect success")
    # 搜尋最新腳位配置時間
    c.execute("SELECT *from coffee1_0_pin ORDER BY datetime ASC")
    results = c.fetchall()
    for row in results:
        time = row[1]
    c.execute("SELECT *from coffee1_0_pin where datetime='%s'"\
            %(time))
    results=c.fetchall()
    for row in results:
        for i in range (19):
            row[i+26]
    if(row[5]=="ON"):
        print("zigbee on")
        zigbee(row[5])
        f.write(pin_variables)
    for i in range (19):
        if(i==3 or i==4 or i==6): 
            PH("M"+str(i+1),row[i+26])
            f.write(pin_variables)
            DO("M"+str(i+1),row[i+26])
            f.write(pin_variables)
            ORP("M"+str(i+1),row[i+26]) 
            f.write(pin_variables)  
        if(i==13 or i== 16):
            SHT11("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==13 or i== 15):
            DS18B20("M"+str(i+1),row[i+26])
            f.write(pin_variables)  
        if(i==14):
            BMP280("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==5 or i==12):
            SEN0189("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==0):
            SonicESMUS07("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==7):
            SOIL("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==8 or i==11 or i==18 or i==10): 
            WATERLEVEL("M"+str(i+1),row[i+26])
            f.write(pin_variables)  
            motorfeedback("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
            butterflyvalvefeedback("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
        if(i==15):
            EC("M"+str(i+1),row[i+26])
            f.write(pin_variables) 
    #感測器和致動器副函式宣告----------------------------------------------------------------
    f.write("/* USER CODE BEGIN PV */\n"
        +"typedef  void (*pFunction)(void);\n"
        +"/* USER CODE END PV */\n"
        +"/* Private function prototypes -----------------------------------------------*/\n"
        +"void SystemClock_Config(void);\n"
        +"void MX_ADC1_Init1(char pin);\n"
        +"void sensor(void);\n")
    #感測器和致動器副函式宣告----------------------------------------------------------------
    #連接資料庫

    conn = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    c = conn.cursor()
    print ("connect success")
    #搜尋最新腳位配置時間
    c.execute("SELECT *from coffee1_0_pin ORDER BY datetime ASC")
    results=c.fetchall()
    for row in results:
        time = row[1]
        #腳位配置加入     
        c.execute("SELECT *from coffee1_0_pin where datetime='%s'"\
            %(time))
    results=c.fetchall()
    for row in results:
        for i in range (19):
            row[i+26]
    for i in range (19):
        if(i==13 or i== 16):
            SHT11("M"+str(i+1),row[i+26])
            f.write(sensor_code) 
        if(i==13 or i== 15):
            DS18B20("M"+str(i+1),row[i+26])
            f.write(sensor_code)
        if(i==14):
            BMP280("M"+str(i+1),row[i+26])
            f.write(sensor_code) 
        if(i==9):
            motor("M"+str(i+1),row[i+26])
            f.write(sensor_code)
    f.write("/* USER CODE BEGIN PFP */\n"
       +"/* USER CODE END PFP */\n"
       +"/* Private user code ---------------------------------------------------------*/\n"
       +"/* USER CODE BEGIN 0 */\n"
       +"/* USER CODE END 0 */\n"
       +"/**\n"
       +"* @brief  The application entry point.\n"
       +"* @retval int\n"
       +"*/\n")
    #主程式撰寫--------------------------------------------------------------------------------
    #main宣告
    f.write("int main(void)\n"
            +"{\n"
            +"  SCB->VTOR = FLASH_BASE | VECT_TAB_OFFSET;\n")
    #致能週邊---------------------------------------------------------------------------------------
    enable=("  HAL_Init();\n"
            +"  SystemClock_Config();\n"
            +"  MX_GPIO_Init();\n"
            +"  MX_USART2_UART_Init();\n"
            +"  MX_UART4_Init();\n"
            +"  MX_USART1_UART_Init();\n")
    f.write(enable)
    #連接資料庫
    # conn = pymysql.connect(host="52.69.200.169", port=3306, user='coffeemanage', passwd='skyeye', database='CoffeeManage', charset='utf8')
    conn = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    #conn = sqlite3.connect('/home/pi/coffee.db')
    c = conn.cursor()
    print("connect success")
    #搜尋最新腳位配置時間
    c.execute("SELECT *from coffee1_0_pin ORDER BY datetime ASC")
    results = c.fetchall()
    for row in results:
        time = row[1]
        # 腳位配置加入
    c.execute("SELECT *from coffee1_0_pin where datetime='%s'"
              % (time))
    results = c.fetchall()
    for row in results:
        for i in range(19):
            row[i+26]
    if(row[5]=="ON"):
        print("zigbee on")
        zigbee(row[5])
        f.write(init_code)
    for i in range (19):
        if(i==14):
            BMP280("M"+str(i+1),row[i+26])
            f.write(init_code)
        if(i==9):
            motor("M"+str(i+1),row[i+26])
            f.write(init_code)
    #---------------------------------------------------------------------------------------------     
    code=("  while (1)\n"
        +"  {\n"
        +"    sensor();\n")
    f.write(code)
    #MQTT條件分析寫入--------------------------------------------------------------------------------
    for i in range (len(msg['cond'])):
        m=msg['cond'][i]['cond_main'].split(" ")
        if(m[0]=="else" and m[1]=="if"):
            m[0]=m[0]+" "+m[1]
            m[1]=m[1]
            m[2]=m[2]
            m[3]=m[3]
            m[4]=m[4]
        m=""+m[0]+"("+m[1]+m[2]+m[3]
        f.write("    "+m)
        if(m[0] == " "):
            m = ""
        else:
            print(len(msg['cond'][i]['cond_add']))
            if(len(msg['cond'][i]['cond_add'])==0):
                add=")\n"
                f.write(add)
            else:
                for j in range (len(msg['cond'][i]['cond_add'])):
                    if(j==len(msg['cond'][i]['cond_add'])-1):
                        if(msg['cond'][i]['cond_add'][j]=="   "):
                            add=")\n"
                        else: 
                            add=" "+str(msg['cond'][i]['cond_add'][j])+")\n"
                            f.write(add) 
                    else:
                        if(msg['cond'][i]['cond_add'][j]=="   "):
                            add=""
                        else: 
                            add=" "+str(msg['cond'][i]['cond_add'][j])
                            f.write(add)
            f.write("    {\n")
            for j in range(len(msg['cond'][i]['cond_com'])):
                if(j == len(msg['cond'][i]['cond_com'])-1):
                    if(msg['cond'][i]['cond_com'][j] == " "):
                        com = "\n}\n"
                    else:
                        com = msg['cond'][i]['cond_com'][j].split("_")
                        comm = msg['cond'][i]['cond_com'][j].split(" ")
                        if(comm[0] == "sleep"):
                            com[0] = comm[0]
                        com = "     "+GPIO(com[0], comm[1])+"\n    }\n"
                        f.write(com)
                else:
                    if(msg['cond'][i]['cond_com'][j] == " "):
                        com = ""
                    else:
                        com = msg['cond'][i]['cond_com'][j].split("_")
                        comm = msg['cond'][i]['cond_com'][j].split(" ")
                        if(comm[0] == "sleep"):
                            com[0] = comm[0]
                        com = "     "+GPIO(com[0], comm[1])+"\n"
                        f.write(com)
    f.write("  }\n")
    f.write("}\n")
    # 系統時鐘宣告
    time = ("void SystemClock_Config(void)\n"
            + "{\n"
            + "  RCC_OscInitTypeDef RCC_OscInitStruct = {0};\n"
            + "  RCC_ClkInitTypeDef RCC_ClkInitStruct = {0};\n"
            + "  __HAL_RCC_PWR_CLK_ENABLE();\n"
            + "  __HAL_PWR_VOLTAGESCALING_CONFIG(PWR_REGULATOR_VOLTAGE_SCALE1);\n"
            + "  RCC_OscInitStruct.OscillatorType = RCC_OSCILLATORTYPE_HSI;\n"
            + "  RCC_OscInitStruct.HSIState = RCC_HSI_ON;\n"
            + "  RCC_OscInitStruct.HSICalibrationValue = RCC_HSICALIBRATION_DEFAULT;\n"
            + "  RCC_OscInitStruct.PLL.PLLState = RCC_PLL_ON;\n"
            + "  RCC_OscInitStruct.PLL.PLLSource = RCC_PLLSOURCE_HSI;\n"
            + "  RCC_OscInitStruct.PLL.PLLM = 8;\n"
            + "  RCC_OscInitStruct.PLL.PLLN = 72;\n"
            + "  RCC_OscInitStruct.PLL.PLLP = RCC_PLLP_DIV2;\n"
            + "  RCC_OscInitStruct.PLL.PLLQ = 3;\n"
            + "  RCC_OscInitStruct.PLL.PLLState = RCC_PLL_ON;\n"
            + "  if (HAL_RCC_OscConfig(&RCC_OscInitStruct) != HAL_OK)\n"
            + "  {\n"
            + "    Error_Handler();\n"
            + "  }\n"
            + "  RCC_ClkInitStruct.ClockType = RCC_CLOCKTYPE_HCLK|RCC_CLOCKTYPE_SYSCLK\n"
            + "                              |RCC_CLOCKTYPE_PCLK1|RCC_CLOCKTYPE_PCLK2;\n"
            + "  RCC_ClkInitStruct.SYSCLKSource = RCC_SYSCLKSOURCE_PLLCLK;\n"
            + "  RCC_ClkInitStruct.AHBCLKDivider = RCC_SYSCLK_DIV1;\n"
            + "  RCC_ClkInitStruct.APB1CLKDivider = RCC_HCLK_DIV2;\n"
            + "  RCC_ClkInitStruct.APB2CLKDivider = RCC_HCLK_DIV1;\n"
            + "  if (HAL_RCC_ClockConfig(&RCC_ClkInitStruct, FLASH_LATENCY_2) != HAL_OK)\n"
            + "  {\n"
            + "    Error_Handler();\n"
            + "  }\n"
            + "}\n")
    f.write(time)
    #馬達和伺服馬達副函式------------------------------------------------------------------------------
    add_code2=("void user_pwm_setvalue(uint16_t value)\n"
                +"{\n"
                +"    TIM_OC_InitTypeDef sConfigOC;\n"
                +"    sConfigOC.OCMode = TIM_OCMODE_PWM1;\n"
                +"    sConfigOC.Pulse = value;\n"
                +"    sConfigOC.OCPolarity = TIM_OCPOLARITY_HIGH;\n"
                +"    sConfigOC.OCFastMode = TIM_OCFAST_DISABLE;\n"
                +"    HAL_TIM_PWM_ConfigChannel(&htim2, &sConfigOC, TIM_CHANNEL_1);\n"
                +"    HAL_TIM_PWM_Start(&htim2, TIM_CHANNEL_1);\n" 
                +"}\n"
                +"void user_pwm_setvalue2(uint16_t value)\n"
                +"{\n"
                +"    TIM_OC_InitTypeDef sConfigOC;\n"
                +"    sConfigOC.OCMode = TIM_OCMODE_PWM1;\n"
                +"    sConfigOC.Pulse = value;\n"
                +"    sConfigOC.OCPolarity = TIM_OCPOLARITY_HIGH;\n"
                +"    sConfigOC.OCFastMode = TIM_OCFAST_DISABLE;\n"
                +"    HAL_TIM_PWM_ConfigChannel(&htim2, &sConfigOC, TIM_CHANNEL_2);\n"
                +"    HAL_TIM_PWM_Start(&htim2, TIM_CHANNEL_2);\n"  
                +"}\n")
    f.write(add_code2)
    #感測器程式-----------------------------------------------------------------------------------------------------
    sensor=("void sensor(void)\n"
                      +"{\n")
    f.write(sensor)
     
    conn = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    #conn = sqlite3.connect('/home/pi/coffee.db')
    c = conn.cursor()
    print ("connect success")
    #搜尋最新腳位配置時間
    c.execute("SELECT *from coffee1_0_pin ORDER BY datetime ASC")
    results = c.fetchall()
    for row in results:
        time = row[1]
    #腳位配置加入     
    c.execute("SELECT *from coffee1_0_pin where datetime='%s'"\
        %(time))
    results = c.fetchall()
    for row in results:
        for i in range (19):
            row[i+26]
    if(row[5]=="ON"):
        print("zigbee on")
        zigbee(row[5])
        f.write(pin_code)
    for i in range (19): 
        if(i==3 or i==4 or i==6):
            PH("M"+str(i+1),row[i+26])
            f.write(pin_code)
            DO("M"+str(i+1),row[i+26])
            f.write(pin_code)
            ORP("M"+str(i+1),row[i+26]) 
            f.write(pin_code) 
        if(i==13 or i== 16):
            SHT11("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==13 or i== 15):
            DS18B20("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==14):
            BMP280("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==5 or i==12):
            SEN0189("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==0):
            SonicESMUS07("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==7):
            SOIL("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==8 or i==11 or i==18 or i==10): 
            WATERLEVEL("M"+str(i+1),row[i+26])
            f.write(pin_code)  
            motorfeedback("M"+str(i+1),row[i+26])
            f.write(pin_code)  
            butterflyvalvefeedback("M"+str(i+1),row[i+26])
            f.write(pin_code) 
        if(i==15):
            EC("M"+str(i+1),row[i+26])
            f.write(pin_code)
    sensor=("    HAL_Delay(10000);\n"  
                    +"}\n") 
    f.write(sensor)

    #加入感測器副函式程式碼-------------------------------------------------------------------------------
    conn = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='Gold@53743001', database='CoffeeManage', charset='utf8')
    c = conn.cursor()
    print ("connect success")
    #搜尋最新腳位配置時間
    c.execute("SELECT *from coffee1_0_pin ORDER BY datetime ASC")
    results = c.fetchall()
    for row in results:
        time = row[1]
        #腳位配置加入     
    c.execute("SELECT *from coffee1_0_pin where datetime='%s'"\
        %(time))
    results = c.fetchall()
    for row in results:
        for i in range (19):
            row[i+26]
    for i in range (19):   
        if(i==13 or i== 16):
            SHT11("M"+str(i+1),row[i+26])
            f.write(pin_add_code)
        if(i==13 or i== 15):
            DS18B20("M"+str(i+1),row[i+26])
            f.write(pin_add_code) 
        if(i==14):
            BMP280("M"+str(i+1),row[i+26])
            f.write(pin_add_code)
        if(i==0):
            SonicESMUS07("M"+str(i+1),row[i+26])
            f.write(pin_add_code) 
        if(i==7):
            SOIL("M"+str(i+1),row[i+26])
            f.write(pin_add_code) 
        if(i==15):
            EC("M"+str(i+1),row[i+26])
            f.write(pin_add_code)
    #ADC程式宣告----------------------------------------------------------------------------------
    gpio=("void MX_ADC1_Init1(char pin)\n"
            +"{\n"
            +"  ADC_ChannelConfTypeDef sConfig = {0};\n"
            +"  hadc1.Instance = ADC1;\n"
            +"  hadc1.Init.ClockPrescaler = ADC_CLOCK_SYNC_PCLK_DIV2;\n"
            +"  hadc1.Init.Resolution = ADC_RESOLUTION_12B;\n"
            +"  hadc1.Init.ScanConvMode = DISABLE;\n"
            +"  hadc1.Init.ContinuousConvMode = DISABLE;\n"
            +"  hadc1.Init.DiscontinuousConvMode = DISABLE;\n"
            +"  hadc1.Init.ExternalTrigConvEdge = ADC_EXTERNALTRIGCONVEDGE_NONE;\n"
            +"  hadc1.Init.ExternalTrigConv = ADC_SOFTWARE_START;\n"
            +"  hadc1.Init.DataAlign = ADC_DATAALIGN_RIGHT;\n"
            +"  hadc1.Init.NbrOfConversion = 1;\n"
            +"  hadc1.Init.DMAContinuousRequests = DISABLE;\n"
            +"  hadc1.Init.EOCSelection = ADC_EOC_SINGLE_CONV;\n"
            +"    if (HAL_ADC_Init(&hadc1) != HAL_OK)\n"
            +"    {\n"
            +"      Error_Handler();\n"
            +"    }\n"
            +"  sConfig.Channel = pin;\n"
            +"  sConfig.Rank = 1;\n"
            +"  sConfig.SamplingTime = ADC_SAMPLETIME_3CYCLES;\n"
            +"  if (HAL_ADC_ConfigChannel(&hadc1, &sConfig) != HAL_OK)\n"
            +"  {\n"
            +"    Error_Handler();\n"
            +"  }\n"
            +"}\n")
    f.write(gpio)
    
    #GPIO input程式宣告----------------------------------------------------------------------------------
    gpio2=("void MX_GPIO_Input1(unsigned long pin)\n"
            +"{\n"
            +"  GPIO_InitTypeDef GPIO_InitStruct = {0};\n"
            +"  __HAL_RCC_GPIOE_CLK_ENABLE();\n"
            +"  GPIO_InitStruct.Pin = pin;\n"
            +"  GPIO_InitStruct.Mode = GPIO_MODE_INPUT;\n"
            +"  GPIO_InitStruct.Pull = GPIO_PULLDOWN;\n"
            +"  HAL_GPIO_Init(GPIOB, &GPIO_InitStruct);\n"
            +"}\n")
    f.write(gpio2)

    #錯誤程式-------------------------------------------------------------------------------------            
    f.write("void Error_Handler(void)\n{\n}\n")
    f.close()
    f = open(CURRENT_PATH + "//CTO20220622//Src//main.c", mode='r')
    words = f.read()
    # print(words)
    f.close()
    # server_log(msg['command'], "D1", "ok")        # 06/15 Rita 原為阿超丟 MQTT 給網頁, 先註解
    # ===== 阿超 CTO.py 程式碼 end ========================================================================================

    # ===== 編譯 CTO20220622整個資料夾並在build資料夾生成所需的hex檔 start ========================
    cwdDATA = os.path.join(CURRENT_PATH, "CTO20220622")
    print("cwdDATA: ", cwdDATA)
    # 以下指令要在 Linux 上測試, Windows 未安裝會報錯
    # make_result = 0
    make_result = subprocess.call(["sudo", "make"],cwd = cwdDATA)
    # ===== 編譯 CTO20220622整個資料夾並在build資料夾生成所需的hex檔 end ========================

    if make_result == 0:
        return "OK"
    else:
        return "NG"


# 
@main.route('/loader', methods=['GET', 'POST'])
def loader():
    info = request.args.to_dict()
    # print("info: ", info)

    ethernet_list = info['ethernet_list']
    print("ethernet_list: ", ethernet_list, type(ethernet_list))
    wifi_list = info['wifi_list']
    print("wifi_list: ", wifi_list, type(wifi_list))
    zigbee_list = info['zigbee_list']
    print("zigbee_list: ", zigbee_list, type(zigbee_list))

    # 將 string 以 , 分割成 list
    relay_list = info['relay_list'].split(',')
    print("relay_list: ", relay_list, type(relay_list))
    pwm_list = info['pwm_list'].split(',')
    print("pwm_list: ", pwm_list, type(pwm_list))
    digital_list = info['digital_list'].split(',')
    print("digital_list: ", digital_list, type(digital_list))
    uart_list = info['uart_list'].split(',')
    print("uart_list: ", uart_list, type(uart_list))
    i2c_list = info['i2c_list'].split(',')
    print("i2c_list: ", i2c_list, type(i2c_list))
    s485_list = info['s485_list'].split(',')
    print("s485_list: ", s485_list, type(s485_list))
    ppa_list = info['ppa_list'].split(',')
    print("ppa_list: ", ppa_list, type(ppa_list))


    return jsonify({"response":"OK" })


# # Rita 測試
@main.route('/drop_down_list')
def drop_down_list():
    # 獲取登入信息
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')

        # TODO
        mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffee',
                       password='skyeye', database='Coffee', charset='utf8')
        mycursor = mydb.cursor()

        conn = pymysql.connect(
            host='52.69.200.169', 
            port=3306, 
            user='coffee',
            password='skyeye', 
            database='Coffee', 
            charset='utf8'
        )
        cur = conn.cursor()
        #獲取欄位資料
        sql = "select * from product_info"
        cur.execute(sql)
        content = cur.fetchall()
        #獲取欄位名稱
        sql = "SHOW FIELDS FROM product_info"
        cur.execute(sql)
        labels = cur.fetchall()
        # print("labels: ", labels)                   # labels:  (('產品', 'varchar(4)', 'YES', '', None, ''), ('系統', 'varchar(5)', 'YES', '', None, ''), 
        labels = [g[0] for g in labels]
        # print("labels: ", labels)                   # labels:  ['產品', '系統', '系統圖號', '狀態', '進貨狀態', '序號', '組序號', 
        return render_template('drop_down_list.html', labels=labels, content=content)
    else:
        return render_template('sign_in.html')

# !!! AttributeError: 'NoneType' object has no attribute 'vacuum'
@main.route('/loading/container', methods=['GET', 'POST'])
def container_loading():
    if request.method == 'GET':
        # 清洗浮選狀態
        clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
        Clean_container_status_list = [clean_status.Clean_Tank_1, 
                                       clean_status.Clean_Tank_2, 
                                       clean_status.Clean_Tank_3, 
                                       clean_status.Clean_Tank_4]
        CLEAN_Waiting_number = int(Clean_container_status_list.count('C_Waiting'))
        CLEAN_Warning_number = int(Clean_container_status_list.count('C_Warning'))
        if CLEAN_Waiting_number == len(Clean_container_status_list): Clean_container = 'Waiting'
        elif CLEAN_Warning_number >= 1: Clean_container = 'Warning'
        else: Clean_container = 'Working'
        # 清洗浮選狀態
        ColorSelect_container_status_list = [clean_status.ColorSelect_Tank_1,
                                             clean_status.ColorSelect_Tank_2]
        COLORSELECT_Waiting_number = int(ColorSelect_container_status_list.count('S_Waiting'))
        COLORSELECT_Warning_number = int(ColorSelect_container_status_list.count('S_Warning'))
        if COLORSELECT_Waiting_number == len(ColorSelect_container_status_list): ColorSelect_container = 'Waiting'
        elif COLORSELECT_Warning_number >= 1: ColorSelect_container = 'Warning'
        else: ColorSelect_container = 'Working'
        # 脫皮機
        Peel_container_status_list = [clean_status.Peel_Tank_1,
                                      clean_status.Peel_Tank_2]
        PEEL_Waiting_number = int(Peel_container_status_list.count('P_Waiting'))
        PEEL_Warning_number = int(Peel_container_status_list.count('P_Warning'))
        if PEEL_Waiting_number == len(Peel_container_status_list): Peel_container = 'Waiting'
        elif PEEL_Warning_number >= 1: Peel_container = 'Warning'
        else: Peel_container = 'Working'
        # 發酵槽
        ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
        Ferment_container_status_list = [ferment_status.Ferment_Tank_1,
                                         ferment_status.Ferment_Tank_2,
                                         ferment_status.Ferment_Tank_3,
                                         ferment_status.Ferment_Tank_4,
                                         ferment_status.Ferment_Tank_5,
                                         ferment_status.Ferment_Tank_6,
                                         ferment_status.Ferment_Tank_7,
                                         ferment_status.Ferment_Tank_8,
                                         ferment_status.Ferment_Tank_9,
                                         ferment_status.Ferment_Tank_10,
                                         ferment_status.Ferment_Tank_11,
                                         ferment_status.Ferment_Tank_12]
        FERMENT_Waiting_number = int(Ferment_container_status_list.count('F_Waiting'))
        FERMENT_Warning_number = int(Ferment_container_status_list.count('F_Warning'))
        if FERMENT_Waiting_number == len(Ferment_container_status_list): Ferment_container = 'Waiting'
        elif FERMENT_Warning_number >= 1: Ferment_container = 'Warning'
        else: Ferment_container = 'Working'
        # 乾燥槽
        dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
        Dry_container_status_list = [dry_status.Dry_Tank_1,
                                     dry_status.Dry_Tank_2,
                                     dry_status.Dry_Tank_3,
                                     dry_status.Dry_Tank_4,
                                     dry_status.Dry_Tank_5,
                                     dry_status.Dry_Tank_6,
                                     dry_status.Dry_Tank_7,
                                     dry_status.Dry_Tank_8,
                                     dry_status.Dry_Tank_9,
                                     dry_status.Dry_Tank_10,
                                     dry_status.Dry_Tank_11,
                                     dry_status.Dry_Tank_12]
        DRY_Waiting_number= int(Dry_container_status_list.count('D_Waiting'))
        DRY_Warning_number= int(Dry_container_status_list.count('D_Warning'))
        if DRY_Waiting_number == len(Dry_container_status_list): Dry_container = 'Waiting'
        elif DRY_Warning_number >= 1: Dry_container = 'Warning'
        else: Dry_container = 'Working'

        return jsonify({"Clean_container":Clean_container,
                        "ColorSelect_container":ColorSelect_container,
                        "Peel_container":Peel_container,
                        "Ferment_container":Ferment_container,
                        "Dry_container":Dry_container
                        })


@main.route('/loading_sensors', methods=['GET', 'POST'])
def loading_sensors():
    C1_UltraSonic = (clean_tank_UltraSonic.query.filter_by(tank_num='C1').order_by(text('datetime desc')).first()).UltraSonic
    C2_UltraSonic = (clean_tank_UltraSonic.query.filter_by(tank_num='C2').order_by(text('datetime desc')).first()).UltraSonic
    PO1_UltraSonic = (peel_output_UltraSonic.query.filter_by(tank_num='PO1').order_by(text('datetime desc')).first()).UltraSonic
    PO2_UltraSonic = (peel_output_UltraSonic.query.filter_by(tank_num='PO2').order_by(text('datetime desc')).first()).UltraSonic
    F1_UltraSonic = (ferment_tank_UltraSonic.query.filter_by(tank_num='F1').order_by(text('datetime desc')).first()).UltraSonic
    F1_SHT11Temp = (ferment_tank_SHT11.query.filter_by(tank_num='F1').order_by(text('datetime desc')).first()).SHT11_Temp
    F1_SHT11Humidity = (ferment_tank_SHT11.query.filter_by(tank_num='F1').order_by(text('datetime desc')).first()).SHT11_Humidity
    F2_UltraSonic = (ferment_tank_UltraSonic.query.filter_by(tank_num='F2').order_by(text('datetime desc')).first()).UltraSonic
    D1_UltraSonic = (dry_tank_UltraSonic.query.filter_by(tank_num='D1').order_by(text('datetime desc')).first()).UltraSonic
    D1_SHT11Temp = (dry_tank_SHT11.query.filter_by(tank_num='D1').order_by(text('datetime desc')).first()).SHT11_Temp
    D1_SHT11Humidity = (dry_tank_SHT11.query.filter_by(tank_num='D1').order_by(text('datetime desc')).first()).SHT11_Humidity
    D2_UltraSonic = (dry_tank_UltraSonic.query.filter_by(tank_num='D2').order_by(text('datetime desc')).first()).UltraSonic
    DO1_UltraSonic = (dry_output_sensor.query.filter_by(tank_num='DO1').order_by(text('datetime desc')).first()).UltraSonic
    DO2_UltraSonic = (dry_output_sensor.query.filter_by(tank_num='DO2').order_by(text('datetime desc')).first()).UltraSonic
    
    return jsonify({"C1_UltraSonic":C1_UltraSonic,
                    "C2_UltraSonic":C2_UltraSonic,
                    "PO1_UltraSonic":PO1_UltraSonic,
                    "PO2_UltraSonic":PO2_UltraSonic,
                    "F1_UltraSonic":F1_UltraSonic,
                    "F1_SHT11Temp":F1_SHT11Temp,
                    "F1_SHT11Humidity":F1_SHT11Humidity,
                    "F2_UltraSonic":F2_UltraSonic,
                    "D1_UltraSonic":D1_UltraSonic,
                    "D1_SHT11Temp":D1_SHT11Temp,
                    "D1_SHT11Humidity":D1_SHT11Humidity,
                    "D2_UltraSonic":D2_UltraSonic,
                    "DO1_UltraSonic":DO1_UltraSonic,
                    "DO2_UltraSonic":DO2_UltraSonic
                    })

@main.route('/demo', methods=['GET', 'POST'])
def demo():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')

        clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
        CI1 = clean_status.Clean_Input_1
        CI2 = clean_status.Clean_Input_2
        C1 = clean_status.Clean_Tank_1
        C2 = clean_status.Clean_Tank_2
        R1 = clean_status.Reclaimed_Tank_1
        S1 = clean_status.ColorSelect_Tank_1
        S2 = clean_status.ColorSelect_Tank_2
        SOg1 = clean_status.ColorSelect_Output_g1
        SOb1 = clean_status.ColorSelect_Output_b1
        SOg2 = clean_status.ColorSelect_Output_g2
        SOb2 = clean_status.ColorSelect_Output_b2
        P1 = clean_status.Peel_Tank_1
        P2 = clean_status.Peel_Tank_2
        PO1 = clean_status.Peel_Output_1
        PO2 = clean_status.Peel_Output_2
        ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
        F1 = ferment_status.Ferment_Tank_1
        F2 = ferment_status.Ferment_Tank_2
        dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
        D1 = dry_status.Dry_Tank_1
        D2 = dry_status.Dry_Tank_2
        DO1 = dry_status.Dry_Output_1
        DO2 = dry_status.Dry_Output_2
        POb1 = clean_status.Peel_Output_b1

        return render_template('demo.html', title="[測試] DEMO 貨櫃自動化", **locals())
    else:
        return render_template('sign_in.html')


@main.route('/demo_auto', methods=['GET', 'POST'])
def demo_auto():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')

        clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
        CI1 = clean_status.Clean_Input_1
        CI2 = clean_status.Clean_Input_2
        C1 = clean_status.Clean_Tank_1
        C2 = clean_status.Clean_Tank_2
        #     中水桶
        S1 = clean_status.ColorSelect_Tank_1
        S2 = clean_status.ColorSelect_Tank_2
        SOg1 = clean_status.ColorSelect_Output_g1
        SOb1 = clean_status.ColorSelect_Output_b1
        SOg2 = clean_status.ColorSelect_Output_g2
        SOb2 = clean_status.ColorSelect_Output_b2
        P1 = clean_status.Peel_Tank_1
        P2 = clean_status.Peel_Tank_2
        PO1 = clean_status.Peel_Output_1
        PO2 = clean_status.Peel_Output_2
        ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
        F1 = ferment_status.Ferment_Tank_1
        F2 = ferment_status.Ferment_Tank_2
        dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
        D1 = dry_status.Dry_Tank_1
        D2 = dry_status.Dry_Tank_2
        DO1 = dry_status.Dry_Output_1
        DO2 = dry_status.Dry_Output_2
        POb1 = clean_status.Peel_Output_b1

        return render_template('demo_auto.html', title="[測試] DEMO 貨櫃自動化", **locals())
    else:
        return render_template('sign_in.html')


# 脫皮機自動化測試頁
@main.route('/peel_auto_status', methods=['GET', 'POST'])
def peel_auto_test():
    info = request.args.to_dict()
    # 寫定出料的空桶標準, 若 <= 2 則為空桶
    Peel_Output_bean_empty = 2
    # 從介面取得 指定生豆高度
    Peel_Tank_bean_height = float(info['Peel_Tank_bean_height'])
    Peel_Tank_motor_rpm = float(info['Peel_Tank_motor_rpm'])
    Peel_Tank_vacuumON_time = float(info['Peel_Tank_vacuumON_time'])
    Peel_Tank_vacuumOFF_time = float(info['Peel_Tank_vacuumOFF_time'])

    clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
    P1 = clean_status.Peel_Tank_1
    P2 = clean_status.Peel_Tank_2
    PO1 = clean_status.Peel_Output_1
    PO2 = clean_status.Peel_Output_2
    SO1 = 'SO_OutputtingBean'   # SO_OutputtingBean SO_Waiting
    SO2 = 'SO_Waiting'

    # -- 取得脫皮機 P1~P2 桶內高度 UltraSonic -------------
    PO_UP_tank_UltraSonic = []
    for i in range(1, 3, 1):
        output_UltraSonic = peel_output_UltraSonic.query.filter_by(tank_num='PO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        PO_UP_tank_UltraSonic.append(UltraSonic)
    print('PO_UP_tank_UltraSonic: ', PO_UP_tank_UltraSonic)
    # -- 取得脫皮機 P1~P2 桶內高度 UltraSonic -------------
    if P1 == 'P_Waiting' and PO1 != 'PO_OutputtingBean' and SO1 == 'SO_OutputtingBean':
        P1 = 'P_Peeling'
        PO1 = 'PO_InputtingBean'
        print('------- P1 狀態更新：脫皮中 -------')
        print('------- PO1 狀態更新：入豆中 -------')
        # [致動器] 馬達 指定轉速
        data = { "tank_num": "P1", "command": "tank_motor_status", "value": Peel_Tank_motor_rpm}
        print('data: ', data)
        # mqtt_f(data)
    if P1 == 'P_Peeling':
        if PO_UP_tank_UltraSonic[0] >= Peel_Tank_bean_height:
            # [致動器] 真空吸料機 OFF
            data = { "tank_num": "P1", "command": "tank_vacuum_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] 馬達 0
            data = { "tank_num": "P1", "command": "tank_motor_status", "value": "0" }
            print('data: ', data)
            # mqtt_f(data)
            P1 = 'P_Waiting'
            PO1 = 'PO_OutputtingBean'
            print('------- P1 狀態更新：等待中 -------')
            print('------- PO1 狀態更新：可出豆 -------')
        elif PO_UP_tank_UltraSonic[0] < Peel_Tank_bean_height:
            # [致動器] 真空吸料機 ON
            data = { "tank_num": "P1", "command": "tank_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            timer = time.time()
            while True:
                if (time.time() - timer) > Peel_Tank_vacuumON_time:
                    # [致動器] 真空吸料機 OFF
                    data = { "tank_num": "P1", "command": "tank_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    break
            while True:
                if (time.time() - timer) > Peel_Tank_vacuumOFF_time:
                    break
    if PO1 == 'PO_OutputtingBean' and PO_UP_tank_UltraSonic[0] <= Peel_Output_bean_empty:
        PO1 = 'PO_Waiting'
        print('------- PO1 狀態更新：空桶等待 -------')
    
    CI1 = 'CI_Warning'
    CI2 = 'CI_Waiting'
    C1 = 'C_Warning'
    C2 = 'C_Waiting'
    C3 = 'C_Waiting'
    C4 = 'C_Waiting'
    SI1 = 'SI_Warning'
    SI2 = 'SI_Waiting'
    S1 = 'S_Warning'
    S2 = 'S_Waiting'
    SOg1 = 'SO_Warning'
    SOb1 = 'SO_Warning'
    SOg2 = 'SO_Waiting'
    SOb2 = 'SO_Waiting'
    POb1 = 'PO_Waiting'
    
    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    C_status = clean_container_status()
    C_status.Clean_Input_1 = CI1
    C_status.Clean_Input_2 = CI2
    C_status.Clean_Tank_1 = C1
    C_status.Clean_Tank_2 = C2
    C_status.Clean_Tank_3 = C3
    C_status.Clean_Tank_4 = C4
    C_status.ColorSelect_Input_1 = SI1
    C_status.ColorSelect_Input_2 = SI2
    C_status.ColorSelect_Tank_1 = S1
    C_status.ColorSelect_Tank_2 = S2
    C_status.ColorSelect_Output_g1 = SOg1
    C_status.ColorSelect_Output_b1 = SOb1
    C_status.ColorSelect_Output_g2 = SOg2
    C_status.ColorSelect_Output_b2 = SOb2
    C_status.Peel_Tank_1 = P1
    C_status.Peel_Tank_2 = P2
    C_status.Peel_Output_1 = PO1
    C_status.Peel_Output_2 = PO2
    C_status.Peel_Output_b1 = POb1
    #將數據保存進資料庫
    db.session.add(C_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------
    
    return jsonify({"Peel_Tank_1":P1,
                    "Peel_Tank_2":P2,
                    "Peel_Output_1":PO1,
                    "Peel_Output_2":PO2
                    })


# 乾燥槽狀態更新
@main.route('/dry_status_update', methods=['GET', 'POST'])
def dry_status_update():
    dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
    DI1 = dry_status.Dry_Input_1
    DI2 = dry_status.Dry_Input_2
    D1 = dry_status.Dry_Tank_1
    D2 = dry_status.Dry_Tank_2
    D3 = dry_status.Dry_Tank_3
    D4 = dry_status.Dry_Tank_4
    D5 = dry_status.Dry_Tank_5
    D6 = dry_status.Dry_Tank_6
    D7 = dry_status.Dry_Tank_7
    D8 = dry_status.Dry_Tank_8
    D9 = dry_status.Dry_Tank_9
    D10 = dry_status.Dry_Tank_10
    D11 = dry_status.Dry_Tank_11
    D12 = dry_status.Dry_Tank_12
    DO1 = dry_status.Dry_Output_1
    DO2 = dry_status.Dry_Output_2

    return jsonify({"DI1":DI1,
                    "DI2":DI2,
                    "D1":D1,
                    "D2":D2,
                    "D3":D3,
                    "D4":D4,
                    "D5":D5,
                    "D6":D6,
                    "D7":D7,
                    "D8":D8,
                    "D9":D9,
                    "D10":D10,
                    "D11":D11,
                    "D12":D12,
                    "DO1":DO1,
                    "DO2":DO2
                    })

# 乾燥槽自動化測試頁
@main.route('/dry_auto', methods=['GET', 'POST'])
def dry_auto():
    # 獲取登入信息
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']
        dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
        DI1 = dry_status.Dry_Input_1
        DI2 = dry_status.Dry_Input_2
        D1 = dry_status.Dry_Tank_1
        D2 = dry_status.Dry_Tank_2
        D3 = dry_status.Dry_Tank_3
        D4 = dry_status.Dry_Tank_4
        D5 = dry_status.Dry_Tank_5
        D6 = dry_status.Dry_Tank_6
        D7 = dry_status.Dry_Tank_7
        D8 = dry_status.Dry_Tank_8
        D9 = dry_status.Dry_Tank_9
        D10 = dry_status.Dry_Tank_10
        D11 = dry_status.Dry_Tank_11
        D12 = dry_status.Dry_Tank_12
        DO1 = dry_status.Dry_Output_1
        DO2 = dry_status.Dry_Output_2
        
        return render_template('dry_auto.html', title="[測試] 乾燥自動化", **locals())
    else:
        return render_template('sign_in.html')


# 乾燥槽 乾燥暫停 出料
@main.route('/dryDEMO_outputtingBean', methods=['GET', 'POST'])
def dryDEMO_outputtingBean():
    info = request.args.to_dict()
    Dry_Output_bean_height = float(info['Dry_Output_bean_height'])
    Dry_Output_vacuumON_time = float(info['Dry_Output_vacuumON_time'])
    Dry_Output_vacuumOFF_time = float(info['Dry_Output_vacuumOFF_time'])
    dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
    DI1 = dry_status.Dry_Input_1    # DI1 == 'DI_OutputtingBean'
    DI2 = dry_status.Dry_Input_2
    D1 = dry_status.Dry_Tank_1
    D2 = dry_status.Dry_Tank_2
    D3 = dry_status.Dry_Tank_3
    D4 = dry_status.Dry_Tank_4
    D5 = dry_status.Dry_Tank_5
    D6 = dry_status.Dry_Tank_6
    D7 = dry_status.Dry_Tank_7
    D8 = dry_status.Dry_Tank_8
    D9 = dry_status.Dry_Tank_9
    D10 = dry_status.Dry_Tank_10
    D11 = dry_status.Dry_Tank_11
    D12 = dry_status.Dry_Tank_12
    DO1 = dry_status.Dry_Output_1
    DO2 = dry_status.Dry_Output_2
    # # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    # DO_UP_UltraSoniclist = []
    # for i in range(1, 3, 1):
    #     output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO' + str(i)).order_by(text('datetime desc')).first()
    #     UltraSonic = float(output_UltraSonic.UltraSonic)
    #     DO_UP_UltraSoniclist.append(UltraSonic)
    # print('DO_UP_UltraSoniclist: ', DO_UP_UltraSoniclist)
    # # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    # 將桶槽 D1 狀態轉換成可出豆, DO1 狀態轉換成可入豆
    D1 = 'D_OutputtingBean'

    # [致動器] 設定溫度 0.0
    data = { "tank_num": "D1", "command": "tank_temp", "value": "0.0" }
    print('data: ', data)
    # mqtt_f(data)
    # [致動器] 溫控開關 OFF
    data = { "tank_num": "D1", "command": "tank_temp_enable", "value": "off" }
    print('data: ', data)
    # mqtt_f(data)
    # [致動器] 馬達 0
    data = { "tank_num": "D1", "command": "tank_motor_status", "value": "0" }
    print('data: ', data)
    # mqtt_f(data)
    # [致動器] 排水電磁閥 OFF
    data = { "tank_num": "D1", "command": "tank_solenoid_water_out_status", "value": "off" }
    print('data: ', data)
    # mqtt_f(data)

    # [致動器] D1 蝴蝶閥 ON
    data = { "tank_num": "D1", "command": "tank_diskvalve_status", "value": "on" }
    print('data: ', data)
    # mqtt_f(data)
    
    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    D_status = dry_container_status()
    D_status.Dry_Input_1 = DI1
    D_status.Dry_Input_2 = DI2
    D_status.Dry_Tank_1 = D1
    D_status.Dry_Tank_2 = D2
    D_status.Dry_Tank_3 = D3
    D_status.Dry_Tank_4 = D4
    D_status.Dry_Tank_5 = D5
    D_status.Dry_Tank_6 = D6
    D_status.Dry_Tank_7 = D7
    D_status.Dry_Tank_8 = D8
    D_status.Dry_Tank_9 = D9
    D_status.Dry_Tank_10 = D10
    D_status.Dry_Tank_11 = D11
    D_status.Dry_Tank_12 = D12
    D_status.Dry_Output_1 = DO1
    D_status.Dry_Output_2 = DO2
    #將數據保存進資料庫
    db.session.add(D_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------
    
    return jsonify({"Dry_Tank_1":D1,
                    "Dry_Tank_2":D2,
                    "Dry_Output_1":DO1,
                    "Dry_Output_2":DO2
                    })


@main.route('/dryDEMO_auto_status', methods=['GET', 'POST'])
def dryDEMO_auto_status():
    info = request.args.to_dict()
    # 寫定入料、桶槽、出料的空桶標準, 若 <= 2 則為空桶
    Dry_Tank_bean_empty = 2
    Dry_Output_bean_empty = 2
    # 從介面取得 指定生豆高度/發酵桶槽排程：發酵、清洗、校正 EC、校正攪拌棒
    Dry_Tank_bean_height = float(info['Dry_Tank_bean_height'])
    Dry_Tank_vacuumON_time = float(info['Dry_Tank_vacuumON_time'])
    Dry_Tank_vacuumOFF_time = float(info['Dry_Tank_vacuumOFF_time'])
    Dry_Tank_drying_temp = float(info['Dry_Tank_drying_temp'])
    Dry_Tank_drying_time = float(info['Dry_Tank_drying_time'])
    Dry_Tank_motor_rpm = float(info['Dry_Tank_motor_rpm'])
    Dry_Tank_drying_Humidity = float(info['Dry_Tank_drying_Humidity'])
    Dry_Output_bean_height = float(info['Dry_Output_bean_height'])
    Dry_Output_vacuumON_time = float(info['Dry_Output_vacuumON_time'])
    Dry_Output_vacuumOFF_time = float(info['Dry_Output_vacuumOFF_time'])
    Dry_Tank_Disinfect_time = float(info['Dry_Tank_Disinfect_timef'])

    # [介面] 讓使用者可以選擇排程內有乾燥/清洗/校正, 此處預設為 True 
    Dry_btn = True
    # 從資料庫資料表中取得最新狀態
    # ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
    # FO1 = 'FO_OutputtingBean'
    # FO2 = 'FO_Waiting'
    # FO1 = 'FO_OutputtingBean'  # 'FO_OutputtingBean'  FO_Waiting
    # FO2 = 'FO_Waiting'
    dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
    DI1 = dry_status.Dry_Input_1    # DI1 == 'DI_OutputtingBean'
    DI2 = dry_status.Dry_Input_2
    D1 = dry_status.Dry_Tank_1
    D2 = dry_status.Dry_Tank_2
    D3 = dry_status.Dry_Tank_3
    D4 = dry_status.Dry_Tank_4
    D5 = dry_status.Dry_Tank_5
    D6 = dry_status.Dry_Tank_6
    D7 = dry_status.Dry_Tank_7
    D8 = dry_status.Dry_Tank_8
    D9 = dry_status.Dry_Tank_9
    D10 = dry_status.Dry_Tank_10
    D11 = dry_status.Dry_Tank_11
    D12 = dry_status.Dry_Tank_12
    DO1 = dry_status.Dry_Output_1
    DO2 = dry_status.Dry_Output_2
    D_UP_tanklist = [D1, D2, D3, D4, D5, D6]
    D_DOWN_tanklist = [D7, D8, D9, D10, D11, D12]
    DOutputtingBean_Tank = ''   # 出料桶槽號
    DryAuto_cleaning = 0        # 清洗次數

    # 目前乾燥槽 D1~D6 正在入豆的桶槽數量 (應小於一桶)
    DryUp_Waiting_number = int(D_UP_tanklist.count('D_Waiting'))
    DryUp_InputtingBean_number = int(D_UP_tanklist.count('D_InputtingBean'))
    DryUp_InputtingBeanPause_number = int(D_UP_tanklist.count('D_InputtingBean_Pause'))
    # -- 取得乾燥入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    DI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(input_UltraSonic.UltraSonic)
        DI_UP_UltraSoniclist.append(UltraSonic)
    print('DI_UP_UltraSoniclist: ', DI_UP_UltraSoniclist)
    # -- 取得乾燥入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    D_UP_tank_UltraSonic = []
    for i in range(1, 7, 1):
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(tank_UltraSonic.UltraSonic)
        D_UP_tank_UltraSonic.append(UltraSonic)
    print('D_UP_tank_UltraSonic: ', D_UP_tank_UltraSonic)
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    DO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        DO_UP_UltraSoniclist.append(UltraSonic)
    print('DO_UP_UltraSoniclist: ', DO_UP_UltraSoniclist)
    # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    # -- 取得乾燥桶槽 D1~D6 桶內溫濕度計 SHT11 -------------
    D_UP_tank_SHT11Temp = []
    D_UP_tank_SHT11Humidity = []
    for i in range(1, 7, 1):
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        D_UP_tank_SHT11Temp.append(SHT11_Temp)
        SHT11_Humidity = float(tank_SHT11.SHT11_Humidity)
        D_UP_tank_SHT11Humidity.append(SHT11_Humidity)
    print('D_UP_tank_SHT11Temp: ', D_UP_tank_SHT11Temp)
    print('D_UP_tank_SHT11Humidity: ', D_UP_tank_SHT11Humidity)
    # -- 取得乾燥桶槽 D1~D6 桶內溫濕度計 SHT11 -------------
    # -- 取得乾燥桶槽 D1~D6 三合一土壤感測器 Soil -------------
    D_UP_tank_SoilTemp = []
    D_UP_tank_SoilHumidity = []
    D_UP_tank_SoilEC = []
    for i in range(1, 7, 1):
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        soil_Temp = float(tank_Soil.soil_Temp)
        D_UP_tank_SoilTemp.append(soil_Temp)
        soil_Humidity = float(tank_Soil.soil_Humidity)
        D_UP_tank_SoilHumidity.append(soil_Humidity)
        soil_EC = float(tank_Soil.soil_EC)
        D_UP_tank_SoilEC.append(soil_EC)
    # print('D_UP_tank_SoilTemp: ', D_UP_tank_SoilTemp)
    # print('D_UP_tank_SoilHumidity: ', D_UP_tank_SoilHumidity)
    # print('D_UP_tank_SoilEC: ', D_UP_tank_SoilEC)
    # -- 取得乾燥桶槽 D1~D6 三合一土壤感測器 SHT11 -------------

    # ----- 發酵排程動作 start ------------------------------------------------------------------
    # if D1 == 'D_InputtingBean': D_UP_tank_UltraSonic[0] >= Dry_Tank_bean_height:
    def DInputtingBean_TO_DInputtingBeanFinish(tid):
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # # [致動器] F1 蝴蝶閥 OFF  [ 1109 測試用 ]
        # data = { "tank_num": "F1", "command": "tank_diskvalve_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 ON排氣
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆完成 -------')
    # if D1 == 'D_InputtingBean': elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
    def DInputtingBean_AND_notfilled(tid):
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 ON
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_vacuumON_time:
                # [致動器] 真空吸料機 OFF
                data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                timer = time.time()
                break
        while True:
            if (time.time() - timer) > Dry_Tank_vacuumOFF_time:
                break
    # if D1 == 'D_InputtingBean': elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
    def DInputtingBean_TO_DInputtingBeanPause(tid):
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆暫停 -------')
    # elif DryUp_InputtingBeanPause_number == 1 and DI1 == 'DI_OutputtingBean': if D1 == 'D_InputtingBean_Pause':
    def DInputtingBeanPause_TO_DInputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入豆中 -------')
    # elif DryUp_InputtingBean_number == 0 and DryUp_InputtingBeanPause_number == 0 and DI1 == 'DI_OutputtingBean' and DryUp_Waiting_number >= 1:
    def DWaiting_TO_DInputtingBean(tid):
        # [致動器] F1 蝴蝶閥 ON
        data = { "tank_num": "F1", "command": "tank_diskvalve_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入豆中 -------')
    # else: if D1 == 'D_InputtingBean_Finish':
    def DInputtingBeanFinish_TO_DDrying(tid):
        # [致動器] 馬達 指定轉速
        data = { "tank_num": tid, "command": "tank_motor_status", "value": Dry_Tank_motor_rpm }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # # [致動器] 鼓風機 ON
        # data = { "tank_num": tid, "command": "tank_blower_status", "value": "on" }
        # print('data: ', data)
        # # mqtt_f(data)
        # # [致動器] 加熱器 1 ON
        # data = { "tank_num": tid, "command": "tank_heater1_status", "value": "on" }
        # print('data: ', data)
        # # mqtt_f(data)
        # # [致動器] 加熱器 2 ON
        # data = { "tank_num": tid, "command": "tank_heater2_status", "value": "on" }
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 溫控開關 ON
        data = { "tank_num": tid, "command": "tank_temp_enable", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 設定溫度 (指定溫度)
        data = { "tank_num": tid, "command": "tank_temp", "value": Dry_Tank_drying_temp }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：乾燥中 -------')
    # else: if D1 == 'D_Drying' and D_UP_tank_weightTemp[0] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[0] <= Dry_Tank_drying_Humidity:
    def DDrying_TO_DOutputtingBean(tid):
        # # [致動器] 鼓風機 OFF
        # data = { "tank_num": tid, "command": "tank_blower_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # # [致動器] 加熱器 1 OFF
        # data = { "tank_num": tid, "command": "tank_heater1_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # # [致動器] 加熱器 2 OFF
        # data = { "tank_num": tid, "command": "tank_heater2_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 設定溫度 0
        data = { "tank_num": tid, "command": "tank_temp", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 溫控開關 OFF
        data = { "tank_num": tid, "command": "tank_temp_enable", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print("乾燥結束, 返潮暫停 ", Dry_Tank_drying_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_drying_time:
                # [致動器] 排水電磁閥 OFF
                data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break
        print('------- ', tid, ' 狀態更新：可出豆 -------')
    # else: if D1 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[0] <= Dry_Tank_bean_empty):
    def DOutputtingBean_TO_DWaiting(tid):
        # [致動器] D1 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
    # D_Cleaning
    def DCleaning(tid):
        # [致動器] 馬達 10
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "10" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 消毒電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] TODO 消毒抽水 pump ON
        print("消毒 ", Dry_Tank_Disinfect_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_Disinfect_time:
                # [致動器] TODO 消毒抽水 pump OFF
                break
        # [致動器] 消毒電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print("桶內排水 ", Dry_Tank_Disinfect_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_Disinfect_time:
                break
        # [致動器] 排水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：空桶等待 -------')
    # ----- 發酵排程動作 end ------------------------------------------------------------------
            
    # [介面] 若啟用 乾燥 狀態
    if Dry_btn:
        # ----- 乾燥桶槽 D1~D6 入料桶槽優先入料判斷 ------------------------------
        # 若 D1~D6 桶槽中有一個桶槽入豆中
        if DryUp_InputtingBean_number == 1:
            # 若 D1 桶槽為入豆中
            if D1 == 'D_InputtingBean':
                # 若桶槽生豆高度大於指定生豆高度, 則狀態轉換成 入料完成
                if D_UP_tank_UltraSonic[0] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D1")
                    D1 = 'D_InputtingBean_Finish'
                # 若桶槽生豆高度未達指定生豆高度, 且 入料儲豆槽可出豆 
                elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D1")
                # 若桶槽生豆高度未達指定生豆高度, 且 入料儲豆槽 非可出豆 
                elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D1")
                    D1 = 'D_InputtingBean_Pause'
        # 若 D1~D6 桶槽中有一個桶槽入豆暫停
        elif DryUp_InputtingBeanPause_number == 1 and DI1 == 'DI_OutputtingBean':
            if D1 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D1")
                D1 = 'D_InputtingBean'
        # 若 D1~D6 桶槽中皆無 入豆中 和 入豆暫停, 且入料儲豆槽可出豆
        elif DryUp_InputtingBean_number == 0 and DryUp_InputtingBeanPause_number == 0 and DI1 == 'DI_OutputtingBean' and DryUp_Waiting_number >= 1:
            if D1 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D1")
                D1 = 'D_InputtingBean'
        # 其他
        # else:
            # 以下內容原在此 else 內, 測試無誤後維持
        # 如果桶槽為 入豆完成, 將狀態轉換成 乾燥中
        if D1 == 'D_InputtingBean_Finish':
            DInputtingBeanFinish_TO_DDrying("D1")
            D1 = 'D_Drying'
        # 如果桶槽為 乾燥中, 達乾燥條件後, 將狀態轉換成 可出豆
        if D1 == 'D_Drying' and D_UP_tank_SHT11Temp[0] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[0] <= Dry_Tank_drying_Humidity:
            DDrying_TO_DOutputtingBean("D1")
            D1 = 'D_OutputtingBean'
            if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D1'
        
        # 如果桶槽 D1~D6 可出豆 且 桶槽內為空桶 且 有指定清洗排程, 進行清洗桶槽
        # TODO 發酵次數計算、消毒次數、校正
        if D1 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[0] <= Dry_Tank_bean_empty):
            if DOutputtingBean_Tank == 'D1':
                DOutputtingBean_TO_DWaiting('D1')
                DOutputtingBean_Tank = ''
            if (DryAuto_cleaning == 0): D1 = 'D_Waiting'
            elif (DryAuto_cleaning != 0): D1 = 'D_Cleaning'

        # 避免桶槽可出豆時未賦值
        if DOutputtingBean_Tank == '':
            if D1 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D1'
            
        # 乾燥槽消毒
        if D1 == 'D_Cleaning':
            DCleaning("D1")
            D1 = 'D_Waiting'

    else:
        print('未啟用乾燥流程')
    # ----- 乾燥出料儲豆槽 DO1~DO2 入豆→可出豆判斷 ------------------------------
    # 若出料儲豆槽狀態為 空桶等待 且 桶槽狀態為 D_OutputtingBean 可出豆, 與 FO1 配合開始出豆
    
    # # 1109 註解實驗用
    # if DO1 == 'DO_Waiting' and DOutputtingBean_Tank != '':
    #     # 判斷要對應出料的桶槽為何, 設定成 DOutputtingBean_Tank = 'D1', 待出完料再把 DOutputtingBean_Tank = ''
    #     DO1 = 'DO_InputtingBean'
    #     print('------- ' + DOutputtingBean_Tank + ' 狀態更新：出豆中 -------')
    #     print('------- DO1 狀態更新：入豆中 -------')
    #     # [致動器] D1 蝴蝶閥 ON
    #     data = { "tank_num": DOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "on" }
    #     print('data: ', data)
    #     # mqtt_f(data)
    # elif DO1 == 'DO_InputtingBean' and DOutputtingBean_Tank != '':
    #     if DO_UP_UltraSoniclist[0] >= Dry_Output_bean_height:
    #         # [致動器] 出料真空吸料機 OFF
    #         data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "off" }
    #         print('data: ', data)
    #         # mqtt_f(data)
    #         # [致動器] D1 蝴蝶閥 OFF
    #         data = { "tank_num": DOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "off" }
    #         print('data: ', data)
    #         # mqtt_f(data)
    #         DO1 = 'DO_OutputtingBean'
    #         print('------- DO1 狀態更新：可出豆 -------')
    #     elif DO_UP_UltraSoniclist[0] < Dry_Output_bean_height:
    #         # [致動器] 出料真空吸料機 ON
    #         data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "on" }
    #         print('data: ', data)
    #         # mqtt_f(data)
    #         timer = time.time()
    #         while True:
    #             if (time.time() - timer) > Dry_Output_vacuumON_time:
    #                 # [致動器] 出料真空吸料機 OFF
    #                 data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "off" }
    #                 print('data: ', data)
    #                 # mqtt_f(data)
    #                 timer = time.time()
    #                 break
    #         while True:
    #             if (time.time() - timer) > Dry_Output_vacuumOFF_time:
    #                 break
    # # 若是無桶槽可入豆, 出料儲豆槽判斷是否可出豆或空桶等待入豆
    # elif DO1 == 'DO_InputtingBean' and DOutputtingBean_Tank == '':
    #     if DO_UP_UltraSoniclist[0] > Dry_Output_bean_empty:
    #         DO1 = 'DO_OutputtingBean'
    #         print('------- DO1 狀態更新：可出豆 -------')
    #     elif DO_UP_UltraSoniclist[0] <= Dry_Output_bean_empty:
    #         DO1 = 'DO_Waiting'
    #         print('------- DO1 狀態更新：空桶等待 -------')
    # elif DO1 == 'DO_OutputtingBean' and DO_UP_UltraSoniclist[0] <= Dry_Output_bean_empty:
    #     DO1 = 'DO_Waiting'
    #     # [致動器] D1 蝴蝶閥 OFF
    #     data = { "tank_num": "D1", "command": "tank_diskvalve_status", "value": "off" }
    #     print('data: ', data)
    #     # mqtt_f(data)
    #     print('------- DO1 狀態更新：空桶等待 -------') 
    # # 1109 註解實驗用
    
    # # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------
    # if D1 == 'D_InputtingBean_Finish': D1 = 'D_OutputtingBean'
    # if D2 == 'D_InputtingBean_Finish': D2 = 'D_OutputtingBean'
    # if D3 == 'D_InputtingBean_Finish': D3 = 'D_OutputtingBean'
    # if D4 == 'D_InputtingBean_Finish': D4 = 'D_OutputtingBean'
    # if D5 == 'D_InputtingBean_Finish': D5 = 'D_OutputtingBean'
    # if D6 == 'D_InputtingBean_Finish': D6 = 'D_OutputtingBean'
    # # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------

    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    D_status = dry_container_status()
    D_status.Dry_Input_1 = DI1
    D_status.Dry_Input_2 = DI2
    D_status.Dry_Tank_1 = D1
    D_status.Dry_Tank_2 = D2
    D_status.Dry_Tank_3 = D3
    D_status.Dry_Tank_4 = D4
    D_status.Dry_Tank_5 = D5
    D_status.Dry_Tank_6 = D6
    D_status.Dry_Tank_7 = D7
    D_status.Dry_Tank_8 = D8
    D_status.Dry_Tank_9 = D9
    D_status.Dry_Tank_10 = D10
    D_status.Dry_Tank_11 = D11
    D_status.Dry_Tank_12 = D12
    D_status.Dry_Output_1 = DO1
    D_status.Dry_Output_2 = DO2
    #將數據保存進資料庫
    db.session.add(D_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------
    
    return jsonify({"Dry_Tank_1":D1,
                    "Dry_Tank_2":D2,
                    "Dry_Output_1":DO1,
                    "Dry_Output_2":DO2
                    })


@main.route('/dry_auto_status', methods=['GET', 'POST'])
def dry_auto_status():
    info = request.args.to_dict()
    # 寫定入料、桶槽、出料的空桶標準, 若 <= 2 則為空桶
    Dry_Input_bean_empty = 2
    Dry_Tank_bean_empty = 2
    Dry_Output_bean_empty = 2
    # 從介面取得 指定生豆高度/發酵桶槽排程：發酵、清洗、校正 EC、校正攪拌棒
    Dry_Input_bean_height = float(info['Dry_Input_bean_height'])
    Dry_Input_vacuumON_time = float(info['Dry_Input_vacuumON_time'])
    Dry_Input_vacuumOFF_time = float(info['Dry_Input_vacuumOFF_time'])
    Dry_Tank_bean_height = float(info['Dry_Tank_bean_height'])
    Dry_Tank_vacuumON_time = float(info['Dry_Tank_vacuumON_time'])
    Dry_Tank_vacuumOFF_time = float(info['Dry_Tank_vacuumOFF_time'])
    Dry_Tank_drying_temp = float(info['Dry_Tank_drying_temp'])
    Dry_Tank_drying_time = float(info['Dry_Tank_drying_time'])
    Dry_Tank_drying_EC = float(info['Dry_Tank_drying_EC'])
    Dry_Tank_motor_rpm = float(info['Dry_Tank_motor_rpm'])
    Dry_Tank_TempWeight_SHT11 = float(info['Dry_Tank_TempWeight_SHT11'])
    Dry_Tank_TempWeight_soil = float(info['Dry_Tank_TempWeight_soil'])
    Dry_Tank_drying_Humidity = float(info['Dry_Tank_drying_Humidity'])
    Dry_Output_bean_height = float(info['Dry_Output_bean_height'])
    Dry_Output_vacuumON_time = float(info['Dry_Output_vacuumON_time'])
    Dry_Output_vacuumOFF_time = float(info['Dry_Output_vacuumOFF_time'])
    Dry_Tank_Disinfect_time = float(info['Dry_Tank_Disinfect_time'])


    # [介面] 讓使用者可以選擇排程內有乾燥/清洗/校正, 此處預設為 True 
    Dry_btn = True
    # 從資料庫資料表中取得最新狀態
    ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
    FO1 = ferment_status.Ferment_Output_1
    FO2 = ferment_status.Ferment_Output_2
    # FO1 = 'FO_OutputtingBean'  # 'FO_OutputtingBean'  FO_Waiting
    # FO2 = 'FO_Waiting'
    dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
    DI1 = dry_status.Dry_Input_1
    DI2 = dry_status.Dry_Input_2
    D1 = dry_status.Dry_Tank_1
    D2 = dry_status.Dry_Tank_2
    D3 = dry_status.Dry_Tank_3
    D4 = dry_status.Dry_Tank_4
    D5 = dry_status.Dry_Tank_5
    D6 = dry_status.Dry_Tank_6
    D7 = dry_status.Dry_Tank_7
    D8 = dry_status.Dry_Tank_8
    D9 = dry_status.Dry_Tank_9
    D10 = dry_status.Dry_Tank_10
    D11 = dry_status.Dry_Tank_11
    D12 = dry_status.Dry_Tank_12
    DO1 = dry_status.Dry_Output_1
    DO2 = dry_status.Dry_Output_2
    D_UP_tanklist = [D1, D2, D3, D4, D5, D6]
    D_DOWN_tanklist = [D7, D8, D9, D10, D11, D12]
    DOutputtingBean_Tank = ''   # 出料桶槽號
    DryAuto_cleaning = 0        # 清洗次數

    # 目前乾燥槽 D1~D6 正在入豆的桶槽數量 (應小於一桶)
    DryUp_Waiting_number = int(D_UP_tanklist.count('D_Waiting'))
    DryUp_InputtingBean_number = int(D_UP_tanklist.count('D_InputtingBean'))
    DryUp_InputtingBeanPause_number = int(D_UP_tanklist.count('D_InputtingBean_Pause'))
    # -- 取得乾燥入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    DI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(input_UltraSonic.UltraSonic)
        DI_UP_UltraSoniclist.append(UltraSonic)
    print('DI_UP_UltraSoniclist: ', DI_UP_UltraSoniclist)
    # -- 取得乾燥入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    D_UP_tank_UltraSonic = []
    for i in range(1, 7, 1):
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(tank_UltraSonic.UltraSonic)
        D_UP_tank_UltraSonic.append(UltraSonic)
    print('D_UP_tank_UltraSonic: ', D_UP_tank_UltraSonic)
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    DO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        DO_UP_UltraSoniclist.append(UltraSonic)
    print('DO_UP_UltraSoniclist: ', DO_UP_UltraSoniclist)
    # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    # -- 取得乾燥桶槽 D1~D6 桶內溫濕度計 SHT11 -------------
    D_UP_tank_SHT11Temp = []
    D_UP_tank_SHT11Humidity = []
    for i in range(1, 7, 1):
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        D_UP_tank_SHT11Temp.append(SHT11_Temp)
        SHT11_Humidity = float(tank_SHT11.SHT11_Humidity)
        D_UP_tank_SHT11Humidity.append(SHT11_Humidity)
    # print('D_UP_tank_SHT11Temp: ', D_UP_tank_SHT11Temp)
    # print('D_UP_tank_SHT11Humidity: ', D_UP_tank_SHT11Humidity)
    # -- 取得乾燥桶槽 D1~D6 桶內溫濕度計 SHT11 -------------
    # -- 取得乾燥桶槽 D1~D6 三合一土壤感測器 Soil -------------
    D_UP_tank_SoilTemp = []
    D_UP_tank_SoilHumidity = []
    D_UP_tank_SoilEC = []
    for i in range(1, 7, 1):
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        soil_Temp = float(tank_Soil.soil_Temp)
        D_UP_tank_SoilTemp.append(soil_Temp)
        soil_Humidity = float(tank_Soil.soil_Humidity)
        D_UP_tank_SoilHumidity.append(soil_Humidity)
        soil_EC = float(tank_Soil.soil_EC)
        D_UP_tank_SoilEC.append(soil_EC)
    # print('D_UP_tank_SoilTemp: ', D_UP_tank_SoilTemp)
    # print('D_UP_tank_SoilHumidity: ', D_UP_tank_SoilHumidity)
    # print('D_UP_tank_SoilEC: ', D_UP_tank_SoilEC)
    # -- 取得乾燥桶槽 D1~D6 三合一土壤感測器 SHT11 -------------
    # -- 取得乾燥桶槽 D1~D6 權重後溫度值 -------------
    D_UP_tank_weightTemp = []
    for i in range(1, 7, 1):
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        Temp = (Dry_Tank_TempWeight_SHT11*float(tank_SHT11.SHT11_Temp) + Dry_Tank_TempWeight_soil*float(tank_Soil.soil_Temp))/(Dry_Tank_TempWeight_SHT11+Dry_Tank_TempWeight_soil)
        D_UP_tank_weightTemp.append(Temp)
    print('D_UP_tank_weightTemp: ', D_UP_tank_weightTemp)
    # -- 取得乾燥桶槽 D1~D6 權重後溫度值 -------------

    # ----- 發酵排程動作 start ------------------------------------------------------------------
    # if D1 == 'D_InputtingBean': D_UP_tank_UltraSonic[0] >= Dry_Tank_bean_height:
    def DInputtingBean_TO_DInputtingBeanFinish(tid):
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 ON排氣
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆完成 -------')
    # if D1 == 'D_InputtingBean': elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
    def DInputtingBean_AND_notfilled(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 ON
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_vacuumON_time:
                # [致動器] 真空吸料機 OFF
                data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                timer = time.time()
                break
        while True:
            if (time.time() - timer) > Dry_Tank_vacuumOFF_time:
                break
    # if D1 == 'D_InputtingBean': elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
    def DInputtingBean_TO_DInputtingBeanPause(tid):
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
            # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆暫停 -------')
    # elif DryUp_InputtingBeanPause_number == 1 and DI1 == 'DI_OutputtingBean': if D1 == 'D_InputtingBean_Pause':
    def DInputtingBeanPause_TO_DInputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入豆中 -------')
    # elif DryUp_InputtingBean_number == 0 and DryUp_InputtingBeanPause_number == 0 and DI1 == 'DI_OutputtingBean' and DryUp_Waiting_number >= 1:
    def DWaiting_TO_DInputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入豆中 -------')
    # else: if D1 == 'D_InputtingBean_Finish':
    def DInputtingBeanFinish_TO_DDrying(tid):
        # [致動器] 馬達 指定轉速
        data = { "tank_num": tid, "command": "tank_motor_status", "value": Dry_Tank_motor_rpm }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 鼓風機 ON
        data = { "tank_num": tid, "command": "tank_blower_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 1 ON
        data = { "tank_num": tid, "command": "tank_heater1_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 2 ON
        data = { "tank_num": tid, "command": "tank_heater2_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：乾燥中 -------')
    # else: if D1 == 'D_Drying' and D_UP_tank_weightTemp[0] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[0] <= Dry_Tank_drying_Humidity:
    def DDrying_TO_DOutputtingBean(tid):
        # [致動器] 鼓風機 OFF
        data = { "tank_num": tid, "command": "tank_blower_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 1 OFF
        data = { "tank_num": tid, "command": "tank_heater1_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 2 OFF
        data = { "tank_num": tid, "command": "tank_heater2_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print("乾燥結束, 返潮暫停 ", Dry_Tank_drying_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_drying_time:
                # [致動器] 排水電磁閥 OFF
                data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break
        print('------- ', tid, ' 狀態更新：可出豆 -------')
    # else: if D1 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[0] <= Dry_Tank_bean_empty):
    def DOutputtingBean_TO_DWaiting(tid):
        # [致動器] D1 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
    # D_Cleaning
    def DCleaning(tid):
        # [致動器] 馬達 10
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "10" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 消毒電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] TODO 消毒抽水 pump ON
        print("消毒 ", Dry_Tank_Disinfect_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_Disinfect_time:
                # [致動器] TODO 消毒抽水 pump OFF
                break
        # [致動器] 消毒電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 排水電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print("桶內排水 ", Dry_Tank_Disinfect_time, " 秒")
        timer = time.time()
        while True:
            if (time.time() - timer) > Dry_Tank_Disinfect_time:
                break
        # [致動器] 排水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：空桶等待 -------')
    # ----- 發酵排程動作 end ------------------------------------------------------------------

    # ----- 乾燥入料儲豆槽 DI1~DI2 入豆→可出豆判斷 ------------------------------
    # 如果入料儲豆槽 空桶等待, 且發酵出料儲豆槽 FO1 為可出豆, 則開始入豆
    if DI1 == 'DI_Waiting' and FO1 == 'FO_OutputtingBean':
        DI1 = 'DI_InputtingBean'
        print('------- DI1 狀態更新：入料中 -------')
    # 如果入料儲豆槽 入豆中
    elif DI1 == 'DI_InputtingBean':
        # 如果入豆儲豆槽達指定高度時
        if DI_UP_UltraSoniclist[0] >= Dry_Input_bean_height:
            # [致動器] 入料真空吸料機 OFF
            data = { "tank_num": "D1", "command": "input_vacuum_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            DI1 = 'DI_OutputtingBean'
            print('------- DI1 狀態更新：可出豆 -------')
        # 如果入豆儲豆槽未達指定高度, 且 發酵出料儲豆槽 可出豆
        elif DI_UP_UltraSoniclist[0] < Dry_Input_bean_height and FO1 == 'FO_OutputtingBean':
            # [致動器] 入料真空吸料機 ON
            data = { "tank_num": "D1", "command": "input_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            timer = time.time()
            while True:
                if (time.time() - timer) > Dry_Input_vacuumON_time:
                    # [致動器] 入料真空吸料機 OFF
                    data = { "tank_num": "D1", "command": "input_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    break
            while True:
                if (time.time() - timer) > Dry_Input_vacuumOFF_time:
                    break
        # 如果入料儲豆槽生豆大於空桶高度, 且 前方 FO1 非可出豆, 將狀態轉為可出豆
        elif (DI_UP_UltraSoniclist[0] > Dry_Input_bean_empty) and FO1 != 'FO_OutputtingBean':
            DI1 = 'DI_OutputtingBean'
            print('------- DI1 狀態更新：可出豆 -------')
        # 桶槽內小於空桶高度, 且 前方 FO1 非可出豆, 將狀態轉為空桶等待
        elif (DI_UP_UltraSoniclist[0] <= Dry_Input_bean_empty) and FO1 != 'PO_OutputtingBean':
            DI1 = 'DI_Waiting'
            print('------- FI1 狀態更新：空桶等待 -------')
    # 入料儲豆槽出豆時, 桶槽高度為 空桶高度時, 狀態轉為 空桶等待
    elif DI1 == 'DI_OutputtingBean' and (DI_UP_UltraSoniclist[0] <= Dry_Input_bean_empty):
        DI1 = 'DI_Waiting'
        print('------- DI1 狀態更新：空桶等待 -------')
            
    # [介面] 若啟用 乾燥 狀態
    if Dry_btn:
        # ----- 乾燥桶槽 D1~D6 入料桶槽優先入料判斷 ------------------------------
        # 若 D1~D6 桶槽中有一個桶槽入豆中
        if DryUp_InputtingBean_number == 1:
            # 若 D1 桶槽為入豆中
            if D1 == 'D_InputtingBean':
                # 若桶槽生豆高度大於指定生豆高度, 則狀態轉換成 入料完成
                if D_UP_tank_UltraSonic[0] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D1")
                    D1 = 'D_InputtingBean_Finish'
                # 若桶槽生豆高度未達指定生豆高度, 且 入料儲豆槽可出豆 
                elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D1")
                # 若桶槽生豆高度未達指定生豆高度, 且 入料儲豆槽 非可出豆 
                elif D_UP_tank_UltraSonic[0] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D1")
                    D1 = 'D_InputtingBean_Pause'
            elif D2 == 'D_InputtingBean':
                if D_UP_tank_UltraSonic[1] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D2")
                    D2 = 'D_InputtingBean_Finish'
                elif D_UP_tank_UltraSonic[1] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D2")
                elif D_UP_tank_UltraSonic[1] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D2")
                    D2 = 'D_InputtingBean_Pause'
            elif D3 == 'D_InputtingBean':
                if D_UP_tank_UltraSonic[2] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D3")
                    D3 = 'D_InputtingBean_Finish'
                elif D_UP_tank_UltraSonic[2] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D2")
                elif D_UP_tank_UltraSonic[2] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D2")
                    D3 = 'D_InputtingBean_Pause'
            elif D4 == 'D_InputtingBean':
                if D_UP_tank_UltraSonic[3] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D4")
                    D4 = 'D_InputtingBean_Finish'
                elif D_UP_tank_UltraSonic[3] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D4")
                elif D_UP_tank_UltraSonic[3] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D4")
                    D4 = 'D_InputtingBean_Pause'
            elif D5 == 'D_InputtingBean':
                if D_UP_tank_UltraSonic[4] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D5")
                    D5 = 'D_InputtingBean_Finish'
                elif D_UP_tank_UltraSonic[4] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D5")
                elif D_UP_tank_UltraSonic[4] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D5")
                    D5 = 'D_InputtingBean_Pause'
            elif D6 == 'D_InputtingBean':
                if D_UP_tank_UltraSonic[5] >= Dry_Tank_bean_height:
                    DInputtingBean_TO_DInputtingBeanFinish("D6")
                    D6 = 'D_InputtingBean_Finish'
                elif D_UP_tank_UltraSonic[5] < Dry_Tank_bean_height and DI1 == 'DI_OutputtingBean':
                    DInputtingBean_AND_notfilled("D6")
                elif D_UP_tank_UltraSonic[5] < Dry_Tank_bean_height and DI1 != 'DI_OutputtingBean':
                    DInputtingBean_TO_DInputtingBeanPause("D6")
                    D6 = 'D_InputtingBean_Pause'
        # 若 D1~D6 桶槽中有一個桶槽入豆暫停
        elif DryUp_InputtingBeanPause_number == 1 and DI1 == 'DI_OutputtingBean':
            if D1 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D1")
                D1 = 'D_InputtingBean'
            elif D2 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D2")
                D2 = 'D_InputtingBean'
            elif D3 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D3")
                D3 = 'D_InputtingBean'
            elif D4 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D4")
                D4 = 'D_InputtingBean'
            elif D5 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D5")
                D5 = 'D_InputtingBean'
            elif D6 == 'D_InputtingBean_Pause':
                DInputtingBeanPause_TO_DInputtingBean("D6")
                D6 = 'D_InputtingBean'
        # 若 D1~D6 桶槽中皆無 入豆中 和 入豆暫停, 且入料儲豆槽可出豆
        elif DryUp_InputtingBean_number == 0 and DryUp_InputtingBeanPause_number == 0 and DI1 == 'DI_OutputtingBean' and DryUp_Waiting_number >= 1:
            if D1 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D1")
                D1 = 'D_InputtingBean'
            elif D2 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D2")
                D2 = 'D_InputtingBean'
            elif D3 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D3")
                D3 = 'D_InputtingBean'
            elif D4 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D4")
                D4 = 'D_InputtingBean'
            elif D5 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D5")
                D5 = 'D_InputtingBean'
            elif D6 == 'D_Waiting':
                DWaiting_TO_DInputtingBean("D6")
                D6 = 'D_InputtingBean'
        # 其他
        else:
            # 如果桶槽為 入豆完成, 將狀態轉換成 乾燥中
            if D1 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D1")
                D1 = 'D_Drying'
            if D2 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D2")
                D2 = 'D_Drying'
            if D3 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D3")
                D3 = 'D_Drying'
            if D4 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D4")
                D4 = 'D_Drying'
            if D5 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D5")
                D5 = 'D_Drying'
            if D6 == 'D_InputtingBean_Finish':
                DInputtingBeanFinish_TO_DDrying("D6")
                D6 = 'D_Drying'
            
            # 如果桶槽為 乾燥中, 達乾燥條件後, 將狀態轉換成 可出豆
            if D1 == 'D_Drying' and D_UP_tank_weightTemp[0] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[0] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D1")
                D1 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D1'
            if D2 == 'D_Drying' and D_UP_tank_weightTemp[1] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[1] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D2")
                D2 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D2'
            if D3 == 'D_Drying' and D_UP_tank_weightTemp[2] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[2] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D3")
                D3 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D3'
            if D4 == 'D_Drying' and D_UP_tank_weightTemp[3] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[3] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D4")
                D4 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D4'
            if D5 == 'D_Drying' and D_UP_tank_weightTemp[4] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[4] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D5")
                D5 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D5'
            if D6 == 'D_Drying' and D_UP_tank_weightTemp[5] >= Dry_Tank_drying_temp and D_UP_tank_SHT11Humidity[5] <= Dry_Tank_drying_Humidity:
                DDrying_TO_DOutputtingBean("D6")
                D6 = 'D_OutputtingBean'
                if DOutputtingBean_Tank == '': DOutputtingBean_Tank = 'D6'
            
            # 如果桶槽 D1~D6 可出豆 且 桶槽內為空桶 且 有指定清洗排程, 進行清洗桶槽
            # TODO 發酵次數計算、消毒次數、校正
            if D1 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[0] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D1':
                    DOutputtingBean_TO_DWaiting('D1')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D1 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D1 = 'D_Cleaning'
            if D2 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[1] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D2':
                    DOutputtingBean_TO_DWaiting('D2')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D2 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D2 = 'D_Cleaning'
            if D3 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[2] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D2':
                    DOutputtingBean_TO_DWaiting('D2')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D3 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D3 = 'D_Cleaning'
            if D4 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[3] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D4':
                    DOutputtingBean_TO_DWaiting('D4')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D4 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D4 = 'D_Cleaning'
            if D5 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[4] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D5':
                    DOutputtingBean_TO_DWaiting('D5')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D5 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D5 = 'D_Cleaning'
            if D6 == 'D_OutputtingBean' and (D_UP_tank_UltraSonic[5] <= Dry_Tank_bean_empty):
                if DOutputtingBean_Tank == 'D6':
                    DOutputtingBean_TO_DWaiting('D6')
                    DOutputtingBean_Tank = ''
                if (DryAuto_cleaning == 0): D6 = 'D_Waiting'
                elif (DryAuto_cleaning != 0): D6 = 'D_Cleaning'
            
            # 避免桶槽可出豆時未賦值
            if DOutputtingBean_Tank == '':
                if D1 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D1'
                elif D2 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D2'
                elif D3 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D3'
                elif D4 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D4'
                elif D5 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D5'
                elif D6 == 'D_OutputtingBean': DOutputtingBean_Tank = 'D6'

            # 乾燥槽消毒
            if D1 == 'D_Cleaning':
                DCleaning("D1")
                D1 = 'D_Waiting'
            if D2 == 'D_Cleaning':
                DCleaning("D2")
                D2 = 'D_Waiting'
            if D3 == 'D_Cleaning':
                DCleaning("D3")
                D3 = 'D_Waiting'
            if D4 == 'D_Cleaning':
                DCleaning("D4")
                D4 = 'D_Waiting'
            if D5 == 'D_Cleaning':
                DCleaning("D5")
                D5 = 'D_Waiting'
            if D6 == 'D_Cleaning':
                DCleaning("D6")
                D6 = 'D_Waiting'
    else:
        print('未啟用乾燥流程')
    # ----- 乾燥出料儲豆槽 DO1~DO2 入豆→可出豆判斷 ------------------------------
    # 若出料儲豆槽狀態為 空桶等待 且 桶槽狀態為 D_OutputtingBean 可出豆, 與 FO1 配合開始出豆
    
    if DO1 == 'DO_Waiting' and DOutputtingBean_Tank != '':
        # 判斷要對應出料的桶槽為何, 設定成 DOutputtingBean_Tank = 'D1', 待出完料再把 DOutputtingBean_Tank = ''
        DO1 = 'DO_InputtingBean'
        print('------- ' + DOutputtingBean_Tank + ' 狀態更新：出豆中 -------')
        print('------- DO1 狀態更新：入豆中 -------')
        # [致動器] D1 蝴蝶閥 ON
        data = { "tank_num": DOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
    elif DO1 == 'DO_InputtingBean' and DOutputtingBean_Tank != '':
        if DO_UP_UltraSoniclist[0] >= Dry_Output_bean_height:
            # [致動器] 出料真空吸料機 OFF
            data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] D1 蝴蝶閥 OFF
            data = { "tank_num": DOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            DO1 = 'DO_OutputtingBean'
            print('------- DO1 狀態更新：可出豆 -------')
        elif DO_UP_UltraSoniclist[0] < Dry_Output_bean_height:
            # [致動器] 出料真空吸料機 ON
            data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            timer = time.time()
            while True:
                if (time.time() - timer) > Dry_Output_vacuumON_time:
                    # [致動器] 出料真空吸料機 OFF
                    data = { "tank_num": DOutputtingBean_Tank, "command": "output_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    break
            while True:
                if (time.time() - timer) > Dry_Output_vacuumOFF_time:
                    break
    # 若是無桶槽可入豆, 出料儲豆槽判斷是否可出豆或空桶等待入豆
    elif DOutputtingBean_Tank == '':
        if DO_UP_UltraSoniclist[0] > Dry_Output_bean_empty:
            DO1 = 'DO_OutputtingBean'
            print('------- DO1 狀態更新：可出豆 -------')
        elif DO_UP_UltraSoniclist[0] <= Dry_Output_bean_empty:
            DO1 = 'DO_Waiting'
            print('------- DO1 狀態更新：空桶等待 -------')
    elif DO1 == 'DO_OutputtingBean' and DO_UP_UltraSoniclist[0] <= Dry_Output_bean_empty:
        DO1 = 'DO_Waiting'
        print('------- DO1 狀態更新：空桶等待 -------') 
    
    # # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------
    # if D1 == 'D_InputtingBean_Finish': D1 = 'D_OutputtingBean'
    # if D2 == 'D_InputtingBean_Finish': D2 = 'D_OutputtingBean'
    # if D3 == 'D_InputtingBean_Finish': D3 = 'D_OutputtingBean'
    # if D4 == 'D_InputtingBean_Finish': D4 = 'D_OutputtingBean'
    # if D5 == 'D_InputtingBean_Finish': D5 = 'D_OutputtingBean'
    # if D6 == 'D_InputtingBean_Finish': D6 = 'D_OutputtingBean'
    # # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------

    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    D_status = dry_container_status()
    D_status.Dry_Input_1 = DI1
    D_status.Dry_Input_2 = DI2
    D_status.Dry_Tank_1 = D1
    D_status.Dry_Tank_2 = D2
    D_status.Dry_Tank_3 = D3
    D_status.Dry_Tank_4 = D4
    D_status.Dry_Tank_5 = D5
    D_status.Dry_Tank_6 = D6
    D_status.Dry_Tank_7 = D7
    D_status.Dry_Tank_8 = D8
    D_status.Dry_Tank_9 = D9
    D_status.Dry_Tank_10 = D10
    D_status.Dry_Tank_11 = D11
    D_status.Dry_Tank_12 = D12
    D_status.Dry_Output_1 = DO1
    D_status.Dry_Output_2 = DO2
    #將數據保存進資料庫
    db.session.add(D_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------
    
    return jsonify({"Dry_Input_1":DI1,
                    "Dry_Tank_1":D1,
                    "Dry_Tank_2":D2,
                    "Dry_Tank_3":D3,
                    "Dry_Tank_4":D4,
                    "Dry_Tank_5":D5,
                    "Dry_Tank_6":D6,
                    "Dry_Output_1":DO1
                    })


# 1101 以流程圖判斷, 改寫 def dry_auto_status, 以下為原備份 
@main.route('/dry_auto_status_1101backup', methods=['GET', 'POST'])
def dry_auto_test_1101backup():
    # [介面] 讓使用者可以選擇排程內有乾燥/清洗/校正, 此處預設為 True 
    Dry_btn = True
    # 從資料庫資料表中取得最新狀態
    dry_status = dry_container_status.query.order_by(text('datetime desc')).first()
    DI1 = dry_status.Dry_Input_1
    DI2 = dry_status.Dry_Input_2
    D1 = dry_status.Dry_Tank_1
    D2 = dry_status.Dry_Tank_2
    D3 = dry_status.Dry_Tank_3
    D4 = dry_status.Dry_Tank_4
    D5 = dry_status.Dry_Tank_5
    D6 = dry_status.Dry_Tank_6
    D7 = dry_status.Dry_Tank_7
    D8 = dry_status.Dry_Tank_8
    D9 = dry_status.Dry_Tank_9
    D10 = dry_status.Dry_Tank_10
    D11 = dry_status.Dry_Tank_11
    D12 = dry_status.Dry_Tank_12
    DO1 = dry_status.Dry_Output_1
    DO2 = dry_status.Dry_Output_2
    FO1 = 'FO_Waiting'  # 'FO_OutputtingBean'
    FO2 = 'FO_Waiting'
    D_UP_tanklist = [D1, D2, D3, D4, D5, D6]
    D_DOWN_tanklist = [D7, D8, D9, D10, D11, D12]

    # ----- 乾燥桶槽 D1~D6 入料暫停→入料判斷 ------------------------------
    Dry_InputtingBeanPause_number = int(D_UP_tanklist.count('D_InputtingBean_Pause'))
    # 若入料儲豆槽可出豆, 且 D1~D6 其中有桶槽入料暫停 (就是入料時桶槽豆子未滿 or 儲豆槽=='DI_Waiting' 已空) 時, 優先入豆
    if DI1 == 'DI_OutputtingBean' and Dry_InputtingBeanPause_number >= 1:
        if D1 == 'D_InputtingBean_Pause':
            D1 = 'D_InputtingBean'
            print('------- D1 狀態更新：入料中 -------')
        elif D2 == 'D_InputtingBean_Pause':
            D2 = 'D_InputtingBean'
            print('------- D2 狀態更新：入料中 -------')
        elif D3 == 'D_InputtingBean_Pause':
            D3 = 'D_InputtingBean'
            print('------- D3 狀態更新：入料中 -------')
        elif D4 == 'D_InputtingBean_Pause':
            D4 = 'D_InputtingBean'
            print('------- D4 狀態更新：入料中 -------')
        elif D5 == 'D_InputtingBean_Pause':
            D5 = 'D_InputtingBean'
            print('------- D5 狀態更新：入料中 -------')
        elif D6 == 'D_InputtingBean_Pause':
            D6 = 'D_InputtingBean'
            print('------- D6 狀態更新：入料中 -------')

    # ----- 乾燥桶槽 D1~D6 等待→入料判斷 ------------------------------
    # 目前乾燥槽 D1~D6 正在入豆的桶槽數量 (應小於一桶)
    Dry_InputtingBean_number = int(D_UP_tanklist.count('D_InputtingBean'))

    # [介面] 若未啟用 發酵 狀態
    if not Dry_btn:
        print('未指定乾燥流程')
    # 入料儲豆槽 非可出料狀態
    elif Dry_btn and DI1 != 'DI_OutputtingBean':
        print('入料儲豆槽非可出豆, 無法入料')
    # 若 D1~D6 乾燥桶槽為 入豆暫停, 則狀態改為入豆優先入豆
    elif Dry_btn and DI1 == 'DI_OutputtingBean' and Dry_InputtingBeanPause_number >= 1:
        print('乾燥槽 D', D_UP_tanklist.index('D_InputtingBean_Pause')+1, '優先入料中')
        print('------- D', D_UP_tanklist.index('D_InputtingBean_Pause')+1, ' 入料中 -------')
    # 若 D1~D6 發酵桶槽為 入豆, 則桶槽數字小者 優先入豆
    elif Dry_btn and DI1 == 'DI_OutputtingBean' and Dry_InputtingBean_number >= 1:
        print('乾燥槽 D', D_UP_tanklist.index('D_InputtingBean')+1, '優先入料中')
        print('------- D', D_UP_tanklist.index('D_InputtingBean')+1, ' 入料中 -------')
    elif Dry_btn and DI1 == 'DI_OutputtingBean' \
        and Dry_InputtingBean_number == 0 and Dry_InputtingBeanPause_number == 0:
        # 當達標準入料條件
        if D1 == 'D_Waiting':
            D1 = 'D_InputtingBean'
            print('------- D1 狀態更新：入料中 -------')
        elif D2 == 'D_Waiting':
            D2 = 'D_InputtingBean'
            print('------- D2 狀態更新：入料中 -------')
        elif D3 == 'D_Waiting':
            D3 = 'D_InputtingBean'
            print('------- D3 狀態更新：入料中 -------')
        elif D4 == 'D_Waiting':
            D4 = 'D_InputtingBean'
            print('------- D4 狀態更新：入料中 -------')
        elif D5 == 'D_Waiting':
            D5 = 'D_InputtingBean'
            print('------- D5 狀態更新：入料中 -------')
        elif D6 == 'D_Waiting':
            D6 = 'D_InputtingBean'
            print('------- D6 狀態更新：入料中 -------')

    # ----- 乾燥桶槽 D1~D6 入料→入料暫停判斷 ------------------------------
    Dry_InputtingBean_number = int(D_UP_tanklist.count('D_InputtingBean'))
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    D_UP_tank_UltraSonic = []
    for i in range(1, 7, 1):
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = int(tank_UltraSonic.UltraSonic)
        D_UP_tank_UltraSonic.append(UltraSonic)
    print('D_UP_tank_UltraSonic: ', D_UP_tank_UltraSonic)
    # -- 取得乾燥桶槽 D1~D6 超音波生豆高度 UltraSonic -------------
    if DI1 != 'DI_OutputtingBean' and Dry_InputtingBean_number >= 1:
        if D1 == 'D_InputtingBean' and D_UP_tank_UltraSonic[0] < 110:
            D1 = 'D_InputtingBean_Pause'
            print('------- D1 狀態更新：入料暫停 -------')
        else:
            D1 = 'D_InputtingBean_Finish'
            print('------- D1 狀態更新：入料完成 -------')
        if D2 == 'D_InputtingBean' and D_UP_tank_UltraSonic[1] < 110:
            D2 = 'D_InputtingBean_Pause'
            print('------- D2 狀態更新：入料暫停 -------')
        else:
            D2 = 'D_InputtingBean_Finish'
            print('------- D2 狀態更新：入料完成 -------')
        if D3 == 'D_InputtingBean' and D_UP_tank_UltraSonic[2] < 110:
            D3 = 'D_InputtingBean_Pause'
            print('------- D3 狀態更新：入料暫停 -------')
        else:
            D3 = 'D_InputtingBean_Finish'
            print('------- D3 狀態更新：入料完成 -------')
        if D4 == 'D_InputtingBean' and D_UP_tank_UltraSonic[3] < 110:
            D4 = 'D_InputtingBean_Pause'
            print('------- D4 狀態更新：入料暫停 -------')
        else:
            D4 = 'D_InputtingBean_Finish'
            print('------- D4 狀態更新：入料完成 -------')
        if D5 == 'D_InputtingBean' and D_UP_tank_UltraSonic[4] < 110:
            D5 = 'D_InputtingBean_Pause'
            print('------- D5 狀態更新：入料暫停 -------')
        else:
            D5 = 'D_InputtingBean_Finish'
            print('------- D5 狀態更新：入料完成 -------')
        if D6 == 'D_InputtingBean' and D_UP_tank_UltraSonic[5] < 110:
            D6 = 'D_InputtingBean_Pause'
            print('------- D6 狀態更新：入料暫停 -------')
        else:
            D6 = 'D_InputtingBean_Finish'
            print('------- D6 狀態更新：入料完成 -------')

    # # ----- 乾燥桶槽 D1~D6 入料完成→乾燥判斷 ------------------------------
    # Dry_InputtingBeanFinish_number = int(D_UP_tanklist.count('D_InputtingBean_Finish'))
    # # 乾燥條件：當前桶槽入豆達指定高度, 則開始乾燥 (可以多桶乾燥)
    # # !!! 乾燥槽 D_Drying 狀態應該請硬體判斷
    # # !!! 若狀態為 D_InputtingBean 且 超音波值>指定生豆高度, 狀態改為 D_Drying 乾燥
    # if D1 == 'D_InputtingBean_Finish' or D1 == 'D_InputtingBean_Pause' and D_UP_tank_UltraSonic[0] >= 110:
    #     D1 = 'D_Drying'
    #     print('------- D1 狀態更新：乾燥中 -------')
    # if D2 == 'D_InputtingBean_Finish' and D_UP_tank_UltraSonic[1] >= 110:
    #     D2 = 'D_Drying'
    #     print('------- D2 狀態更新：乾燥中 -------')
    # if D3 == 'D_InputtingBean_Finish' and D_UP_tank_UltraSonic[2] >= 110:
    #     D3 = 'D_Drying'
    #     print('------- D3 狀態更新：乾燥中 -------')
    # if D4 == 'D_InputtingBean_Finish' and D_UP_tank_UltraSonic[3] >= 110:
    #     D4 = 'D_Drying'
    #     print('------- D4 狀態更新：乾燥中 -------')
    # if D5 == 'D_InputtingBean_Finish' and D_UP_tank_UltraSonic[4] >= 110:
    #     D5 = 'D_Drying'
    #     print('------- D5 狀態更新：乾燥中 -------')
    # if D6 == 'D_InputtingBean_Finish' and D_UP_tank_UltraSonic[5] >= 110:
    #     D6 = 'D_Drying'
    #     print('------- D6 狀態更新：乾燥中 -------')
    
    # ----- 乾燥桶槽 D1~D6 發酵→可出豆 判斷 ------------------------------
    # !!! 發酵槽 D_OutputtingBean 狀態應該請硬體判斷
    # !!! 若狀態為 D_Drying 且 達指定乾燥條件, 狀態改為 D_OutputtingBean 可出豆
    # 可以多桶各自執行發酵排程

    # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------
    if D1 == 'D_InputtingBean_Finish': D1 = 'D_OutputtingBean'
    if D2 == 'D_InputtingBean_Finish': D2 = 'D_OutputtingBean'
    if D3 == 'D_InputtingBean_Finish': D3 = 'D_OutputtingBean'
    if D4 == 'D_InputtingBean_Finish': D4 = 'D_OutputtingBean'
    if D5 == 'D_InputtingBean_Finish': D5 = 'D_OutputtingBean'
    if D6 == 'D_InputtingBean_Finish': D6 = 'D_OutputtingBean'
    # ----- [測試用] !!!!! D1~D6 入料完成→可出豆 判斷 ------------------------------


    # # ----- 乾燥桶槽 D1~D6 可出豆→出料儲豆槽 DO1 判斷 ------------------------------
    Dry_OutputtingBean_number = int(D_UP_tanklist.count('D_OutputtingBean'))
    # # !!! 若出料儲豆槽狀態為 DO_Waiting(空桶等待) 且 桶槽狀態為 D_OutputtingBean 可出豆, 與 DO1 配合開始出豆
    # if DO1 == 'DO_Waiting' and Dry_OutputtingBean_number >= 1:
    #     if D1 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D1 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')
    #     elif D2 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D2 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')
    #     elif D3 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D3 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')
    #     elif D4 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D4 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')
    #     elif D5 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D5 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')
    #     elif D6 == 'D_OutputtingBean':
    #         DO1 = 'DO_InputtingBean'
    #         print('------- D6 狀態更新：出豆中 -------')
    #         print('------- DO1 狀態更新：入豆中 -------')

    # ----- 乾燥入料儲豆槽 DI1~DI2 入豆→可出豆判斷 ------------------------------
    # -- 取得乾燥入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    DI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = int(input_UltraSonic.UltraSonic)
        DI_UP_UltraSoniclist.append(UltraSonic)
    print('DI_UP_UltraSoniclist: ', DI_UP_UltraSoniclist)
    # !!! 乾燥入料儲豆槽 D_OutputtingBean 狀態應該請硬體判斷
    # 入料儲豆槽等待中、且發酵槽出料儲豆槽可出豆時, 入料儲豆槽入豆
    if DI1 == 'DI_Waiting' and FO1 == 'FO_OutputtingBean':
        DI1 = 'DI_InputtingBean'
        print('------- DI1 狀態更新：入豆中 -------')
    # 入料儲豆槽入豆時 且 (發酵儲豆槽有入料 或者 前方儲豆槽非可出豆), 則停止入豆
    elif DI1 == 'DI_InputtingBean' and (DI_UP_UltraSoniclist[0] > 35) and (FO1 != 'FO_OutputtingBean') :
        DI1 = 'DI_OutputtingBean'
        print('------- DI1 狀態更新：可出豆 -------')
    # 若入料儲豆槽可出豆 且 儲豆槽內高度低於 40 且 前方脫皮機儲豆槽可出豆 且 目前無桶槽需入料時
    elif DI1 == 'DI_OutputtingBean' and (DI_UP_UltraSoniclist[0] < 40) and FO1 == 'FO_OutputtingBean' and Dry_InputtingBean_number == 0 and Dry_InputtingBeanPause_number == 0:
        DI1 = 'DI_InputtingBean'
        print('------- DI1 狀態更新：入豆中 -------')
    # if DI2 == 'DI_Waiting' and FO2 == 'FO_OutputtingBean': 
    #     DI2 = 'DI_InputtingBean'
    #     print('------- DI2 狀態更新：入豆中 -------')
    # elif DI2 == 'DI_InputtingBean' and ((DI_DOWN_UltraSoniclist[1] > 35) or (FO2 == 'FO_OutputtingBean')) :
    #     DI2 = 'DI_OutputtingBean'
    #     print('------- DI2 狀態更新：可出豆 -------')
    # elif DI2 == 'DI_OutputtingBean' and (DI_DOWN_UltraSoniclist[1] < 40) and FO2 == 'FO_OutputtingBean' and Dry_InputtingBean_number == 0 and Dry_InputtingBeanPause_number == 0:
    #     DI2 = 'DI_InputtingBean'
    #     print('------- DI2 狀態更新：入豆中 -------')

    # ----- 乾燥出料儲豆槽 DO1~DO2 入豆→可出豆判斷 ------------------------------
    # -- 取得乾燥出料儲豆槽 DO1~DO2 桶內高度 UltraSonic -------------
    DO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = int(output_UltraSonic.UltraSonic)
        DO_UP_UltraSoniclist.append(UltraSonic)
    print('DO_UP_UltraSoniclist: ', DO_UP_UltraSoniclist)
    # 桶槽可出豆, 且出料儲豆槽等待時, 出料儲豆槽入豆
    # 參考 -- 乾燥桶槽 F1~F6 可出豆→出料儲豆槽 FO1 判斷 --

    # 出料儲豆槽入料 且滿時, 出料儲豆槽可出豆
    if DO1 == ('DO_InputtingBean' and DO_UP_UltraSoniclist[0] > 35):
        DO1 = 'DO_OutputtingBean'
    # 出料儲豆槽入料 且未滿, 桶槽可出豆已空
    # -- 取得乾燥桶槽 D1~D6 桶內高度 UltraSonic -------------
    D_UP_UltraSoniclist = []
    for i in range(1, 7, 1):
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = int(tank_UltraSonic.UltraSonic)
        D_UP_UltraSoniclist.append(UltraSonic)
    print('D_UP_UltraSoniclist: ', D_UP_UltraSoniclist)
    # -- 取得乾燥桶槽 D1~D6 桶內高度 UltraSonic -------------
    if DO1 == 'DO_InputtingBean' and Dry_OutputtingBean_number >= 1:
        if D1 == 'D_OutputtingBean' and D_UP_UltraSoniclist[0] < 5:
            D1 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D1 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
        elif D2 == 'D_OutputtingBean' and D_UP_UltraSoniclist[1] < 5:
            D2 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D2 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
        elif D3 == 'D_OutputtingBean' and D_UP_UltraSoniclist[2] < 5:
            D3 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D3 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
        elif D4 == 'D_OutputtingBean' and D_UP_UltraSoniclist[3] < 5:
            D4 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D4 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
        elif D5 == 'D_OutputtingBean' and D_UP_UltraSoniclist[4] < 5:
            D5 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D5 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
        elif D6 == 'D_OutputtingBean' and D_UP_UltraSoniclist[5] < 5:
            D6 = 'D_Waiting'
            DO1 = 'DO_OutputtingBean'
            print('------- D6 狀態更新：空桶等待 -------')
            print('------- DO1 狀態更新：可出豆 -------')
    elif DO1 == 'DO_OutputtingBean' and DO_UP_UltraSoniclist[0] < 5:
        DO1 = 'DO_Waiting'

    # # ----- 將狀態寫入資料庫 ------------------------------
    # # 獲取文本框的值並賦值給user實體對象
    # D_status = dry_container_status()
    # D_status.Dry_Input_1 = DI1
    # D_status.Dry_Input_2 = DI2
    # D_status.Dry_Tank_1 = D1
    # D_status.Dry_Tank_2 = D2
    # D_status.Dry_Tank_3 = D3
    # D_status.Dry_Tank_4 = D4
    # D_status.Dry_Tank_5 = D5
    # D_status.Dry_Tank_6 = D6
    # D_status.Dry_Tank_7 = D7
    # D_status.Dry_Tank_8 = D8
    # D_status.Dry_Tank_9 = D9
    # D_status.Dry_Tank_10 = D10
    # D_status.Dry_Tank_11 = D11
    # D_status.Dry_Tank_12 = D12
    # D_status.Dry_Output_1 = DO1
    # D_status.Dry_Output_2 = DO2
    # #將數據保存進資料庫
    # db.session.add(D_status)
    # # 手動提交
    # db.session.commit()
    # # ----- 將狀態寫入資料庫 ------------------------------
    
    return jsonify({"Dry_Input_1":DI1,
                    "Dry_Tank_1":D1,
                    "Dry_Tank_2":D2,
                    "Dry_Tank_3":D3,
                    "Dry_Tank_4":D4,
                    "Dry_Tank_5":D5,
                    "Dry_Tank_6":D6,
                    "Dry_Output_1":DO1
                    })
# 1101 以流程圖判斷, 改寫 def dry_auto_status, 以上為原備份 


# 發酵槽自動化測試頁
@main.route('/ferment_auto', methods=['GET', 'POST'])
def ferment_auto():
    # 獲取登入信息
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
        FI1 = ferment_status.Ferment_Input_1
        FI2 = ferment_status.Ferment_Input_2
        F1 = ferment_status.Ferment_Tank_1
        F2 = ferment_status.Ferment_Tank_2
        F3 = ferment_status.Ferment_Tank_3
        F4 = ferment_status.Ferment_Tank_4
        F5 = ferment_status.Ferment_Tank_5
        F6 = ferment_status.Ferment_Tank_6
        F7 = ferment_status.Ferment_Tank_7
        F8 = ferment_status.Ferment_Tank_8
        F9 = ferment_status.Ferment_Tank_9
        F10 = ferment_status.Ferment_Tank_10
        F11 = ferment_status.Ferment_Tank_11
        F12 = ferment_status.Ferment_Tank_12
        FO1 = ferment_status.Ferment_Output_1
        FO2 = ferment_status.Ferment_Output_2

        clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
        PO1 = clean_status.Peel_Output_1  # PO_Waiting  # PO_OutputtingBean 

        return render_template('ferment_auto.html', title="[測試] 發酵自動化", **locals())
    else:
        return render_template('sign_in.html')


@main.route('/fermentDEMO_auto_status', methods=['GET', 'POST'])
def fermentDEMO_auto_status():
    info = request.args.to_dict()
    Ferment_Tank_bean_height = float(info['Ferment_Tank_bean_height'])
    Ferment_Tank_vacuumON_time = float(info['Ferment_Tank_vacuumON_time'])
    Ferment_Tank_vacuumOFF_time = float(info['Ferment_Tank_vacuumOFF_time'])
    Ferment_Tank_water_height = float(info['Ferment_Tank_water_height'])
    Ferment_Tank_fermenting_temp = float(info['Ferment_Tank_fermenting_temp'])
    Ferment_Tank_fermenting_time = float(info['Ferment_Tank_fermenting_time'])
    Ferment_Tank_motor_rpm = float(info['Ferment_Tank_motor_rpm'])
    Ferment_Tank_WaterOut_time = float(info['Ferment_Tank_WaterOut_time'])

    Ferment_btn = True
    # 從資料庫資料表中取得最新狀態
    ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
    FI1 = ferment_status.Ferment_Input_1    # FI1 = 'FI_OutputtingBean'
    FI2 = ferment_status.Ferment_Input_2
    F1 = ferment_status.Ferment_Tank_1
    F2 = ferment_status.Ferment_Tank_2
    F3 = ferment_status.Ferment_Tank_3
    F4 = ferment_status.Ferment_Tank_4
    F5 = ferment_status.Ferment_Tank_5
    F6 = ferment_status.Ferment_Tank_6
    F7 = ferment_status.Ferment_Tank_7
    F8 = ferment_status.Ferment_Tank_8
    F9 = ferment_status.Ferment_Tank_9
    F10 = ferment_status.Ferment_Tank_10
    F11 = ferment_status.Ferment_Tank_11
    F12 = ferment_status.Ferment_Tank_12
    FO1 = ferment_status.Ferment_Output_1
    FO2 = ferment_status.Ferment_Output_2
    F_UP_tanklist = [F1, F2, F3, F4, F5, F6]
    FOutputtingBean_Tank = ''   # 這是給出料儲豆槽判斷目前出豆的桶槽
    # 寫定入料、桶槽、出料的空桶標準, 若 <= 2 則為空桶
    Ferment_Input_bean_empty = 2
    Ferment_Tank_bean_empty = 2
    Ferment_Output_bean_empty = 2
    # 目前發酵槽 F1~F6 正在入豆、入水的桶槽數量 (應小於一桶)
    FermentUp_Waiting_number = int(F_UP_tanklist.count('F_Waiting'))
    FermentUp_InputtingBean_number = int(F_UP_tanklist.count('F_InputtingBean'))
    FermentUp_InputtingBeanPause_number = int(F_UP_tanklist.count('F_InputtingBean_Pause'))
    FermentUp_InputtingBeanFinish_number = int(F_UP_tanklist.count('F_InputtingBean_Finish'))
    FermentUp_InputtingWater_number = int(F_UP_tanklist.count('F_InputtingWater'))
    # -- 取得發酵 入料儲豆槽 FI1~FI2 / 桶槽 F1~F6 / 出料 FO1~FO2 桶內高度 UltraSonic start -------------
    FI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        # UltraSonic = float("{:.2f}".format(34.6 - float(input_UltraSonic.UltraSonic)))
        UltraSonic = float(input_UltraSonic.UltraSonic)
        FI_UP_UltraSoniclist.append(UltraSonic)
    print('FI_UP_UltraSoniclist: ', FI_UP_UltraSoniclist)
    F_UP_UltraSoniclist = []
    for i in range(1, 7, 1):
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = (float(tank_UltraSonic.UltraSonic))
        F_UP_UltraSoniclist.append(UltraSonic)
    print('F_UP_UltraSoniclist: ', F_UP_UltraSoniclist)
    FO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        FO_UP_UltraSoniclist.append(UltraSonic)
    print('FO_UP_UltraSoniclist: ', FO_UP_UltraSoniclist)
    # -- 取得發酵 入料儲豆槽 FI1~FI2 / 桶槽 F1~F6 / 出料 FO1~FO2 桶內高度 UltraSonic end -------------
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel start -------------
    F_UP_tank_WaterLevel = []
    for i in range(1, 7, 1):
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        WaterLevel = float(tank_WaterLevel.WaterLevel)
        F_UP_tank_WaterLevel.append(WaterLevel)
    print('F_UP_tank_WaterLevel: ', F_UP_tank_WaterLevel)
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel end -------------
    # -- 取得發酵桶槽 F1~F6 pH -------------
    F_UP_tank_PH = []
    for i in range(1, 7, 1):
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        PH = float(tank_PH.PH)
        F_UP_tank_PH.append(PH)
    print('F_UP_tank_PH: ', F_UP_tank_PH)
    # -- 取得發酵桶槽 F1~F6 pH -------------
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------
    F_UP_tank_SHT11_Temp = []
    for i in range(1, 7, 1):
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        F_UP_tank_SHT11_Temp.append(SHT11_Temp)
    print('F_UP_tank_SHT11_Temp: ', F_UP_tank_SHT11_Temp)
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------
    # ----- 發酵排程動作 start ------------------------------------------------------------------
    # F1 == 'F_InputtingBean' AND (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
    def FInputtingBean_TO_FInputtingBeanFinish(tid):  # 1108 [測試] 入豆後直接出豆
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 ON排氣
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # print('------- ', tid,' 狀態更新：入料完成 -------')
        print('------- ', tid,' 狀態更新：可出豆 -------')
    # (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height) AND FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height):
    def FInputtingBean_AND_notfilled(tid):
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 ON
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                # [致動器] 入料真空吸料機 OFF
                data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                timer = time.time()
                break
        while True:
            if (time.time() - timer) > Ferment_Tank_vacuumOFF_time:
                break
    # (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height) AND FI1 != 'FI_OutputtingBean'
    def FInputtingBean_TO_FInputtingBeanPause(tid):
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆暫停 -------')
    
    # FermentUp_InputtingBeanPause_number == 1 and FI1 == 'FI_OutputtingBean'
    # if F1 == 'F_InputtingBean_Pause' AND FI1 == 'FI_OutputtingBean'
    def FInputtingBeanPause_AND_FIOutputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入料中 -------')

    # elif FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0 and FI1 == 'FI_OutputtingBean' and FermentUp_Waiting_number >= 1
    def FWaiting_TO_FInputtingBean(tid):
        # [致動器] 蝴蝶閥 OFF
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入料中 -------')
    
    # elif FermentUp_InputtingWater_number == 0 and FermentUp_InputtingBeanFinish_number >= 1:
    def FInputtingBeanFinish_TO_FInputtingWater_UP(tid, sn): 
        print('------- ', tid,' 狀態更新：入水中 -------')
        # # [致動器] 浮選三通閥 ON
        # data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "on" }
        # print('data: ', data)
        # # # mqtt_f(data)
        # if (F_UP_tank_WaterLevel[sn] == 0):
        #     # [致動器] 桶外進水電磁閥 ON
        #     data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "on" }
        #     print('data: ', data)
        #     # mqtt_f(data)
        if (F_UP_UltraSoniclist[sn] < Ferment_Tank_water_height):
            # 桶內高度若低於水位指定高度,  [致動器] 桶內進水電磁閥 ON
            data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)

    # elif FermentUp_InputtingWater_number == 1:
    # 'F_InputtingWater' if (F_UP_tank_WaterLevel[0] == 1) and (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
    def FInputtingWater_TO_FFermenting(tid):
        # 若夾層入水達水位計高度 且 桶內入水達指定水位高度, 狀態轉換為發酵中
        # 桶外水位高度高於水位計高度,  [致動器] 桶外進水電磁閥 OFF
        # data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：發酵中 -------')
        # [致動器] 馬達 (指定轉速)
        data = { "tank_num": tid, "command": "tank_motor_status", "value": Ferment_Tank_motor_rpm }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 溫控開關 ON
        # data = { "tank_num": tid, "command": "tank_temp_enable", "value": "on", "duration": Ferment_Tank_fermenting_time}
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 設定溫度、持溫時間
        # [致動器] 加熱器 1 ON
        # data = { "tank_num": tid, "command": "tank_heater1_status", "value": "on" }
        # print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 2 ON
        # data = { "tank_num": tid, "command": "tank_heater2_status", "value": "on" }
        # print('data: ', data)
        # mqtt_f(data)
        # # [致動器] 雙核薄膜泵 水質檢測 ON
        # data = { "tank_num": tid, "command": "tank_pump_sensor_status", "value": "on"}
        # print('data: ', data)
        # # mqtt_f(data)
        # TODO 增加發酵條件等
    # 'F_InputtingWater' AND (F_UP_tank_WaterLevel[0] == 1)
    def FInputtingWater_AND_WaterLevel1(tid):
        # # [致動器] 桶外進水電磁閥 OFF
        # data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        pass
    # 'F_InputtingWater' AND (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height)
    def FInputtingWater_AND_tankwaterfilled(tid):
        # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)

    # else
    # F1 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[0] >= Ferment_Tank_fermenting_temp and F_UP_tank_PH[0] <= Ferment_Tank_fermenting_pH:
    def FFermenting_TO_FOutputtingBean(tid):
        print(tid, ' 發酵等待 ', Ferment_Tank_fermenting_time, ' 秒')
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_fermenting_time :
                # [致動器] 外桶浮選三通閥 OFF
                data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 馬達 0
                data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 設定溫度 0
                # data = { "tank_num": tid, "command": "tank_temp", "value": "0" }
                # print('data: ', data)
                # # mqtt_f(data)
                # [致動器] 溫控開關 OFF
                # data = { "tank_num": tid, "command": "tank_temp_enable", "value": "off" }
                # print('data: ', data)
                # # mqtt_f(data)
                # [致動器] 加熱器 1 OFF
                data = { "tank_num": tid, "command": "tank_heater1_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                 # [致動器] 加熱器 2 OFF
                data = { "tank_num": tid, "command": "tank_heater2_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                # # [致動器] 雙核薄膜泵 水質檢測 OFF
                # data = { "tank_num": tid, "command": "tank_pump_sensor_status", "value": "off"}
                # print('data: ', data)
                # # mqtt_f(data)
                # TODO 增加發酵條件等
                break
        # [致動器] 廢水排水閥 (桶內) ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print(tid, '桶內廢水排水 ', Ferment_Tank_WaterOut_time, ' 秒')
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_WaterOut_time:
                # [致動器] 廢水排水閥 (桶內) OFF
                data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break
        print('------- ', tid, ' 狀態更新：可出豆 -------')
    # else: if F1 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[0] <= Ferment_Tank_bean_empty):
    def FOutputtingBean_TO_FWaiting(tid):
        # [致動器] F1 蝴蝶閥 ON
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
    # ----- 發酵排程動作 end ------------------------------------------------------------------

    # [介面] 若啟用 發酵 狀態
    if Ferment_btn:
        # ----- 發酵桶槽 F1~F6 入料桶槽優先入料判斷 ------------------------------
        # 若 F1~F6 桶槽中有一個桶槽入豆中
        if FermentUp_InputtingBean_number == 1:
            # 若 F1 桶槽為入豆中
            if F1 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F1")
                    # F1 = 'F_InputtingBean_Finish'
                    F1 = 'F_OutputtingBean'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height):
                    FInputtingBean_AND_notfilled("F1")
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F1")
                    F1 = 'F_InputtingBean_Pause'
        # 若 F1~F6 桶槽中有一個桶槽入豆暫停中, 且 FI1 可出豆
        elif FermentUp_InputtingBeanPause_number == 1 and FI1 == 'FI_OutputtingBean':
            # 若 F1 桶槽為入豆暫停 且 FI1 可出料
            if F1 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F1")
                F1 = 'F_InputtingBean'
        # 若 F1~F6 桶槽中 無桶槽正在入料或入料等待, 且 FI1 可出豆時
        elif FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0 and FI1 == 'FI_OutputtingBean' and FermentUp_Waiting_number >= 1:
            if F1 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F1")
                F1 = 'F_InputtingBean'
        # 若 F1~F6 桶槽中 無桶槽正在入水, 則入豆完成者轉換狀態 開始入水
        elif FermentUp_InputtingWater_number == 0 and FermentUp_InputtingBeanFinish_number >= 1:
            if F1 == 'F_InputtingBean_Finish':
                F1 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F1", 0)
        elif FermentUp_InputtingWater_number == 1:
            if F1 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[0] == 1) and (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
                    F1 = 'F_Fermenting'
                    FInputtingWater_TO_FFermenting("F1")
                elif (F_UP_tank_WaterLevel[0] == 1):
                    FInputtingWater_AND_WaterLevel1("F1")
                elif (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F1")
        else:
            if F1 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[0] >= Ferment_Tank_fermenting_temp:
                FFermenting_TO_FOutputtingBean("F1")
                F1 = 'F_OutputtingBean'
                # 將可出豆桶槽賦值
                if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F1'
            # 若桶槽 F1~F6 可出豆 且 桶槽內為空桶 且 有指定清洗排程, 進行清洗桶槽
            # TODO 發酵次數計算、消毒次數、校正
            if F1 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[0] <= Ferment_Tank_bean_empty):
                if FOutputtingBean_Tank == 'F1':
                    FOutputtingBean_TO_FWaiting('F1')
                    FOutputtingBean_Tank = ''
                F1 = 'F_Waiting'
                print('------- F1 狀態更新：空桶等待 -------')

            # 避免桶槽可出豆時未賦值
            if FOutputtingBean_Tank == '':
                if F1 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F1'
            
            # 若桶槽 F1~F6 為清洗中
            if F1 == 'F_Cleaning':
                # FCleaning("F1")
                F1 = 'F_Waiting'
                print('------- F1 狀態更新：空桶等待 -------')
            
            # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------
            # if F1 == 'F_InputtingBean_Finish': F1 = 'F_OutputtingBean'
            # if F2 == 'F_InputtingBean_Finish': F2 = 'F_OutputtingBean'
            # if F3 == 'F_InputtingBean_Finish': F3 = 'F_OutputtingBean'
            # if F4 == 'F_InputtingBean_Finish': F4 = 'F_OutputtingBean'
            # if F5 == 'F_InputtingBean_Finish': F5 = 'F_OutputtingBean'
            # if F6 == 'F_InputtingBean_Finish': F6 = 'F_OutputtingBean'
            # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------
    else:
        # [介面] 若未啟用 發酵 狀態
        print('未啟用發酵流程')
    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    F_status = ferment_container_status()
    F_status.Ferment_Input_1 = FI1
    F_status.Ferment_Input_2 = FI2
    F_status.Ferment_Tank_1 = F1
    F_status.Ferment_Tank_2 = F2
    F_status.Ferment_Tank_3 = F3
    F_status.Ferment_Tank_4 = F4
    F_status.Ferment_Tank_5 = F5
    F_status.Ferment_Tank_6 = F6
    F_status.Ferment_Tank_7 = F7
    F_status.Ferment_Tank_8 = F8
    F_status.Ferment_Tank_9 = F9
    F_status.Ferment_Tank_10 = F10
    F_status.Ferment_Tank_11 = F11
    F_status.Ferment_Tank_12 = F12
    F_status.Ferment_Output_1 = FO1
    F_status.Ferment_Output_2 = FO2
    #將數據保存進資料庫
    db.session.add(F_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------
    return jsonify({"Ferment_Tank_1":F1,
                    "Ferment_Tank_2":F2
                    })



@main.route('/ferment_auto_status', methods=['GET', 'POST'])
def ferment_auto_test():
    info = request.args.to_dict()
    # 寫定入料、桶槽、出料的空桶標準, 若 <= 2 則為空桶
    Ferment_Input_bean_empty = 2
    Ferment_Tank_bean_empty = 2
    Ferment_Output_bean_empty = 2
    # 從介面取得 指定生豆高度/發酵桶槽排程：發酵、清洗、校正 EC、校正攪拌棒
    FermentAuto_fermenting = int(info['FermentAuto_fermenting'])
    FermentAuto_cleaning = int(info['FermentAuto_cleaning'])
    FermentAuto_calibratingEC = int(info['FermentAuto_calibratingEC'])
    FermentAuto_calibratingSTIR = int(info['FermentAuto_calibratingSTIR'])
    Ferment_Input_bean_height = float(info['Ferment_Input_bean_height'])
    Ferment_Input_vacuumON_time = float(info['Ferment_Input_vacuumON_time'])
    Ferment_Input_vacuumOFF_time = float(info['Ferment_Input_vacuumOFF_time'])
    Ferment_Tank_bean_height = float(info['Ferment_Tank_bean_height'])
    Ferment_Tank_vacuumON_time = float(info['Ferment_Tank_vacuumON_time'])
    Ferment_Tank_vacuumOFF_time = float(info['Ferment_Tank_vacuumOFF_time'])
    Ferment_Tank_water_height = float(info['Ferment_Tank_water_height'])
    Ferment_Tank_fermenting_temp = float(info['Ferment_Tank_fermenting_temp'])
    Ferment_Tank_fermenting_time = float(info['Ferment_Tank_fermenting_time'])
    Ferment_Tank_motor_rpm = float(info['Ferment_Tank_motor_rpm'])
    Ferment_Tank_motor_time = float(info['Ferment_Tank_motor_time'])
    Ferment_Tank_fermenting_pH = float(info['Ferment_Tank_fermenting_pH'])
    Ferment_Output_bean_height = float(info['Ferment_Output_bean_height'])
    Ferment_Output_vacuumON_time = float(info['Ferment_Output_vacuumON_time'])
    Ferment_Output_vacuumOFF_time = float(info['Ferment_Output_vacuumOFF_time'])
    Ferment_Tank_WaterOut_time = float(info['Ferment_Tank_WaterOut_time'])
    Ferment_Tank_Disinfect_time = float(info['Ferment_Tank_Disinfect_time'])
    Ferment_cb_vacuum = info['Ferment_cb_vacuum']   # 'true'  'false'
    Ferment_cb_vacuum_time = float(info['Ferment_cb_vacuum_time'])
    
    # [介面] 讓使用者可以選擇排程內有發酵/清洗/校正, 此處預設為 True 
    Ferment_btn = FermentAuto_fermenting    # Ferment_btn = True
    # 從資料庫資料表中取得最新狀態
    ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
    FI1 = ferment_status.Ferment_Input_1
    FI2 = ferment_status.Ferment_Input_2
    F1 = ferment_status.Ferment_Tank_1
    F2 = ferment_status.Ferment_Tank_2
    F3 = ferment_status.Ferment_Tank_3
    F4 = ferment_status.Ferment_Tank_4
    F5 = ferment_status.Ferment_Tank_5
    F6 = ferment_status.Ferment_Tank_6
    F7 = ferment_status.Ferment_Tank_7
    F8 = ferment_status.Ferment_Tank_8
    F9 = ferment_status.Ferment_Tank_9
    F10 = ferment_status.Ferment_Tank_10
    F11 = ferment_status.Ferment_Tank_11
    F12 = ferment_status.Ferment_Tank_12
    FO1 = ferment_status.Ferment_Output_1
    FO2 = ferment_status.Ferment_Output_2
    clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
    PO1 = clean_status.Peel_Output_1  # PO_Waiting  # PO_OutputtingBean 
    PO2 = clean_status.Peel_Output_2
    F_UP_tanklist = [F1, F2, F3, F4, F5, F6]
    F_DOWN_tanklist = [F7, F8, F9, F10, F11, F12]
    FOutputtingBean_Tank = ''   # 這是給出料儲豆槽判斷目前出豆的桶槽

    # 目前發酵槽 F1~F6 正在入豆、入水的桶槽數量 (應小於一桶)
    FermentUp_Waiting_number = int(F_UP_tanklist.count('F_Waiting'))
    FermentUp_InputtingBean_number = int(F_UP_tanklist.count('F_InputtingBean'))
    FermentUp_InputtingBeanPause_number = int(F_UP_tanklist.count('F_InputtingBean_Pause'))
    FermentUp_InputtingBeanFinish_number = int(F_UP_tanklist.count('F_InputtingBean_Finish'))
    FermentUp_InputtingWater_number = int(F_UP_tanklist.count('F_InputtingWater'))
    # -- 取得發酵 入料儲豆槽 FI1~FI2 / 桶槽 F1~F6 / 出料 FO1~FO2 桶內高度 UltraSonic start -------------
    FI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        # UltraSonic = float("{:.2f}".format(34.6 - float(input_UltraSonic.UltraSonic)))
        UltraSonic = float(input_UltraSonic.UltraSonic)
        FI_UP_UltraSoniclist.append(UltraSonic)
    print('FI_UP_UltraSoniclist: ', FI_UP_UltraSoniclist)
    F_UP_UltraSoniclist = []
    for i in range(1, 7, 1):
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = (float(tank_UltraSonic.UltraSonic))
        F_UP_UltraSoniclist.append(UltraSonic)
    print('F_UP_UltraSoniclist: ', F_UP_UltraSoniclist)
    FO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        FO_UP_UltraSoniclist.append(UltraSonic)
    print('FO_UP_UltraSoniclist: ', FO_UP_UltraSoniclist)
    # -- 取得發酵 入料儲豆槽 FI1~FI2 / 桶槽 F1~F6 / 出料 FO1~FO2 桶內高度 UltraSonic end -------------
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel start -------------
    F_UP_tank_WaterLevel = []
    for i in range(1, 7, 1):
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        WaterLevel = float(tank_WaterLevel.WaterLevel)
        F_UP_tank_WaterLevel.append(WaterLevel)
    print('F_UP_tank_WaterLevel: ', F_UP_tank_WaterLevel)
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel end -------------
    # -- 取得發酵桶槽 F1~F6 pH -------------
    F_UP_tank_PH = []
    for i in range(1, 7, 1):
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        PH = float(tank_PH.PH)
        F_UP_tank_PH.append(PH)
    print('F_UP_tank_PH: ', F_UP_tank_PH)
    # -- 取得發酵桶槽 F1~F6 pH -------------
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------
    F_UP_tank_SHT11_Temp = []
    for i in range(1, 7, 1):
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        F_UP_tank_SHT11_Temp.append(SHT11_Temp)
    print('F_UP_tank_SHT11_Temp: ', F_UP_tank_SHT11_Temp)
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------


    # ----- 發酵排程動作 start ------------------------------------------------------------------
    # FI1 == 'FI_InputtingBean' AND if (FI_UP_UltraSoniclist[0] >= Ferment_Input_bean_height):
    def FIInputtingBean_filled(tid):
        # [致動器] 入料真空吸料機 OFF
        data = { "tank_num": tid, "command": "input_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：可出豆 -------')
    # FI1 == 'FI_InputtingBean' AND elif (FI_UP_UltraSoniclist[0] < Ferment_Input_bean_height) and PO1 == 'PO_OutputtingBean':
    def FIInputtingBean_AND_notfilled(tid):
        # [致動器] 入料真空吸料機 ON
        data = { "tank_num": tid, "command": "input_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定吸料時間) 秒
        time.sleep(Ferment_Input_vacuumON_time)
        # [致動器] 入料真空吸料機 OFF
        data = { "tank_num": tid, "command": "input_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定放料時間) 秒
        time.sleep(Ferment_Input_vacuumOFF_time)


    # F1 == 'F_InputtingBean' AND (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
    def FInputtingBean_TO_FInputtingBeanFinish(tid):
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 ON排氣
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入料完成 -------')
    # (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height) AND FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height):
    def FInputtingBean_AND_notfilled(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 真空吸料機 ON
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定吸料時間) 秒
        time.sleep(Ferment_Tank_vacuumON_time)
        # [致動器] 入料真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定吸料時間) 秒
        time.sleep(Ferment_Tank_vacuumOFF_time)
        # # [致動器] 真空吸料機 ON
        # data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
        # print('data: ', data)
        # # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_vacuumON_time:
        #         # [致動器] 入料真空吸料機 OFF
        #         data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         timer = time.time()
        #         break
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_vacuumOFF_time:
        #         break
    # (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height) AND FI1 != 'FI_OutputtingBean'
    def FInputtingBean_TO_FInputtingBeanPause(tid):
        # [致動器] 真空吸料機 OFF
        data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid,' 狀態更新：入豆暫停 -------')
    
    # FermentUp_InputtingBeanPause_number == 1 and FI1 == 'FI_OutputtingBean'
    # if F1 == 'F_InputtingBean_Pause' AND FI1 == 'FI_OutputtingBean'
    def FInputtingBeanPause_AND_FIOutputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入料中 -------')

    # elif FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0 and FI1 == 'FI_OutputtingBean' and FermentUp_Waiting_number >= 1
    def FWaiting_TO_FInputtingBean(tid):
        # [致動器] 入料三通閥 OFF入豆
        data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 5
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "5" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：入料中 -------')
    
    # elif FermentUp_InputtingWater_number == 0 and FermentUp_InputtingBeanFinish_number >= 1:
    def FInputtingBeanFinish_TO_FInputtingWater_UP(tid, sn): 
        print('------- ', tid,' 狀態更新：入水中 -------')
        # [致動器] 浮選三通閥 ON
        data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        if (F_UP_tank_WaterLevel[sn] == 0):
            # [致動器] 桶外進水電磁閥 ON
            data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
        if (F_UP_UltraSoniclist[sn] < Ferment_Tank_water_height):
            # 桶內高度若低於水位指定高度,  [致動器] 桶內進水電磁閥 ON
            data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)

    # elif FermentUp_InputtingWater_number == 1:
    # 'F_InputtingWater' if (F_UP_tank_WaterLevel[0] == 1) and (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
    def FInputtingWater_TO_FFermenting(tid):
        # 若夾層入水達水位計高度 且 桶內入水達指定水位高度, 狀態轉換為發酵中
        # 桶外水位高度高於水位計高度,  [致動器] 桶外進水電磁閥 OFF
        data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        print('------- ', tid, ' 狀態更新：發酵中 -------')
        # 若勾選 發酵時桶內抽真空？ 
        if Ferment_cb_vacuum == 'true':
            # [致動器] 入料三通閥 ON排氣
            data = { "tank_num": tid, "command": "tank_threewayvalve_input_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] 外桶浮選三通閥 OFF
            data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] 真空吸料機 ON
            data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            # 暫停 (桶內抽氣時間) 秒
            print(tid, '真空發酵, 桶槽抽氣  ' , Ferment_cb_vacuum_time, '  秒')
            time.sleep(Ferment_cb_vacuum_time)
            # timer = time.time()
            # while True:
            #     if (time.time() - timer) > Ferment_cb_vacuum_time:
            #         # [致動器] 入料真空吸料機 OFF
            #         data = { "tank_num": tid, "command": "tank_vacuum_status", "value": "off" }
            #         print('data: ', data)
            #         # mqtt_f(data)
            #         break
        # [致動器] 馬達 (指定轉速)
        data = { "tank_num": tid, "command": "tank_motor_status", "value": Ferment_Tank_motor_rpm }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 溫控開關 ON
        # data = { "tank_num": tid, "command": "tank_temp_enable", "value": "on", "duration": Ferment_Tank_fermenting_time}
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 設定溫度、持溫時間
        # [致動器] 加熱器 1 ON
        data = { "tank_num": tid, "command": "tank_heater1_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 2 ON
        data = { "tank_num": tid, "command": "tank_heater2_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 雙核薄膜泵 水質檢測 ON
        data = { "tank_num": tid, "command": "tank_pump_sensor_status", "value": "on"}
        print('data: ', data)
        # mqtt_f(data)
        # TODO 增加發酵條件等
    # 'F_InputtingWater' AND (F_UP_tank_WaterLevel[0] == 1)
    def FInputtingWater_AND_WaterLevel1(tid):
        # [致動器] 桶外進水電磁閥 OFF
        data = { "tank_num": tid, "command": "outer_solenoid_water_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
    # 'F_InputtingWater' AND (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height)
    def FInputtingWater_AND_tankwaterfilled(tid):
        # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_in_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)

    # else
    # F1 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[0] >= Ferment_Tank_fermenting_temp and F_UP_tank_PH[0] <= Ferment_Tank_fermenting_pH:
    def FFermenting_TO_FOutputtingBean(tid):
        # 暫停 (桶內抽氣時間) 秒
        print(tid, ' 發酵等待 ', Ferment_Tank_fermenting_time, ' 秒')
        time.sleep(Ferment_Tank_fermenting_time)
        # [致動器] 外桶浮選三通閥 OFF
        data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 設定溫度 0
        data = { "tank_num": tid, "command": "tank_temp", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 溫控開關 OFF
        # data = { "tank_num": tid, "command": "tank_temp_enable", "value": "off" }
        # print('data: ', data)
        # # mqtt_f(data)
        # [致動器] 加熱器 1 OFF
        data = { "tank_num": tid, "command": "tank_heater1_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 加熱器 2 OFF
        data = { "tank_num": tid, "command": "tank_heater2_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 雙核薄膜泵 水質檢測 OFF
        data = { "tank_num": tid, "command": "tank_pump_sensor_status", "value": "off"}
        print('data: ', data)
        # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_fermenting_time :
        #         # [致動器] 外桶浮選三通閥 OFF
        #         data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         # [致動器] 馬達 0
        #         data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         # [致動器] 設定溫度 0
        #         data = { "tank_num": tid, "command": "tank_temp", "value": "0" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         # [致動器] 溫控開關 OFF
        #         # data = { "tank_num": tid, "command": "tank_temp_enable", "value": "off" }
        #         # print('data: ', data)
        #         # # mqtt_f(data)
        #         # [致動器] 加熱器 1 OFF
        #         data = { "tank_num": tid, "command": "tank_heater1_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #          # [致動器] 加熱器 2 OFF
        #         data = { "tank_num": tid, "command": "tank_heater2_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         # [致動器] 雙核薄膜泵 水質檢測 OFF
        #         data = { "tank_num": tid, "command": "tank_pump_sensor_status", "value": "off"}
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         # TODO 增加發酵條件等
        #         break
        # [致動器] 廢水排水閥 (桶內) ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (桶內抽氣時間) 秒
        print(tid, '桶內廢水排水 ', Ferment_Tank_WaterOut_time, ' 秒')
        time.sleep(Ferment_Tank_WaterOut_time)
        # [致動器] 廢水排水閥 (桶內) OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_WaterOut_time:
        #         # [致動器] 廢水排水閥 (桶內) OFF
        #         data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         break
        print('------- ', tid, ' 狀態更新：可出豆 -------')
    # else: if F1 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[0] <= Ferment_Tank_bean_empty):
    def FOutputtingBean_TO_FWaiting(tid):
        # [致動器] F1 蝴蝶閥 ON
        data = { "tank_num": tid, "command": "tank_diskvalve_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
    # F_Cleaning
    def FCleaning(tid):
        # [致動器] 浮選三通閥 OFF
        data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 逆洗雙核薄膜泵電磁閥 ON
        data = { "tank_num": tid, "command": "solenoid_tank_pump_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 馬達 10
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "10" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 消毒電磁閥 ON
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 消毒抽水 Pump ON TODO
        # 暫停 (消毒時間) 秒
        print(tid, ' 桶內消毒 ', Ferment_Tank_Disinfect_time, ' 秒')
        time.sleep(Ferment_Tank_Disinfect_time)
        # [致動器] 消毒電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_Disinfect_time :
        #         # [致動器] 消毒電磁閥 OFF
        #         data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         break
        # [致動器] 消毒抽水 Pump OFF TODO
        # [致動器] 馬達 0
        data = { "tank_num": tid, "command": "tank_motor_status", "value": "0" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 浮選三通閥 ON
        data = { "tank_num": tid, "command": "outer_threewayvalve_float_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 逆洗雙核薄膜泵電磁閥 OFF
        data = { "tank_num": tid, "command": "solenoid_tank_pump_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 消毒電磁閥 OFF
        data = { "tank_num": tid, "command": "tank_solenoid_disinfect_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # [致動器] 廢水排水閥 (桶內) ON
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print(tid, ' 桶內廢水排水 ', Ferment_Tank_WaterOut_time, ' 秒')
        time.sleep(Ferment_Tank_WaterOut_time)
        # [致動器] 廢水排水閥 (桶內) OFF
        data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Tank_WaterOut_time:
        #         # [致動器] 廢水排水閥 (桶內) OFF
        #         data = { "tank_num": tid, "command": "tank_solenoid_water_out_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         break
        print('------- ', tid, ' 狀態更新：空桶等待 -------')  

    # elif FO1 == 'FO_InputtingBean' and FOutputtingBean_Tank != '': AND elif FO_UP_UltraSoniclist[0] < Ferment_Output_bean_height:
    def FOInputtingBean_filled(tid):
        # [致動器] 出料真空吸料機 ON
        data = { "tank_num": FOutputtingBean_Tank, "command": "input_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定吸料時間) 秒
        time.sleep(Ferment_Output_vacuumON_time)
        # [致動器] 出料真空吸料機 OFF
        data = { "tank_num": FOutputtingBean_Tank, "command": "input_vacuum_status", "value": "off" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (指定放料時間) 秒
        time.sleep(Ferment_Output_vacuumOFF_time)
        # # [致動器] 出料真空吸料機 ON
        # data = { "tank_num": FOutputtingBean_Tank, "command": "input_vacuum_status", "value": "on" }
        # print('data: ', data)
        # # mqtt_f(data)
        # timer = time.time()
        # while True:
        #     if (time.time() - timer) > Ferment_Output_vacuumON_time:
        #         # [致動器] 出料真空吸料機 OFF
        #         data = { "tank_num": FOutputtingBean_Tank, "command": "input_vacuum_status", "value": "off" }
        #         print('data: ', data)
        #         # mqtt_f(data)
        #         timer = time.time()
        #         break
        # while True:
        #     if (time.time() - timer) > Ferment_Output_vacuumOFF_time:
        #         break
    
    # ----- 發酵排程動作 end ------------------------------------------------------------------



    # ----- 發酵入料儲豆槽 FI1~FI2 入豆→可出豆判斷 ------------------------------
    # 入料儲豆槽等待中、且脫皮機儲豆槽可出豆時, 入料儲豆槽入豆
    if FI1 == 'FI_Waiting' and PO1 == 'PO_OutputtingBean':
        FI1 = 'FI_InputtingBean'
        print('------- FI1 狀態更新：入豆中 -------')
    # 入料儲豆槽入豆時
    elif FI1 == 'FI_InputtingBean':
        # 桶槽內達指定生豆高度時, 入料儲豆槽狀態轉為 可出豆
        if (FI_UP_UltraSoniclist[0] >= Ferment_Input_bean_height):
            FIInputtingBean_filled("FI1")
            FI1 = 'FI_OutputtingBean'
        # 桶槽內未達指定生豆高度, 且 前方 PO1 可出豆, 就執行入料動作
        elif (FI_UP_UltraSoniclist[0] < Ferment_Input_bean_height) and PO1 == 'PO_OutputtingBean':
            FI1_thread = threading.Thread(target=FIInputtingBean_AND_notfilled, args=["FI1"])
            FI1_thread.start()
        # 桶槽內大於空桶高度, 且 前方 PO1 非可出豆, 將狀態轉為可出豆
        elif (FI_UP_UltraSoniclist[0] > Ferment_Input_bean_empty) and PO1 != 'PO_OutputtingBean':
            FI1 = 'FI_OutputtingBean'
            print('------- FI1 狀態更新：可出豆 -------')
        # 桶槽內小於空桶高度, 且 前方 PO1 非可出豆, 將狀態轉為空桶等待
        elif (FI_UP_UltraSoniclist[0] <= Ferment_Input_bean_empty) and PO1 != 'PO_OutputtingBean':
            FI1 = 'FI_Waiting'
            print('------- FI1 狀態更新：空桶等待 -------')
    # 入料儲豆槽出豆時, 桶槽高度為 空桶高度時, 狀態轉為 空桶等待
    elif FI1 == 'FI_OutputtingBean' and (FI_UP_UltraSoniclist[0] <= Ferment_Input_bean_empty):
        FI1 = 'FI_Waiting'
        print('------- FI1 狀態更新：空桶等待 -------')


    # [介面] 若啟用 發酵 狀態
    if Ferment_btn:
        # ----- 發酵桶槽 F1~F6 入料桶槽優先入料判斷 ------------------------------
        # 若 F1~F6 桶槽中有一個桶槽入豆中
        if FermentUp_InputtingBean_number == 1:
            # 若 F1 桶槽為入豆中
            if F1 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F1")
                    F1 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height):
                    F1_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F1"])
                    F1_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F1")
                    F1 = 'F_InputtingBean_Pause'
            elif F2 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[1] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F2")
                    F2 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[1] < Ferment_Tank_bean_height):
                    F2_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F2"])
                    F2_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F2")
                    F2 = 'F_InputtingBean_Pause'
            elif F3 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[2] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F3")
                    F3 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[2] < Ferment_Tank_bean_height):
                    F3_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F3"])
                    F3_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F3")
                    F3 = 'F_InputtingBean_Pause'
            elif F4 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[3] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F4")
                    F4 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[3] < Ferment_Tank_bean_height):
                    F4_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F4"])
                    F4_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F4")
                    F4 = 'F_InputtingBean_Pause'
            elif F5 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[4] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F5")
                    F5 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[4] < Ferment_Tank_bean_height):
                    F5_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F5"])
                    F5_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F5")
                    F5 = 'F_InputtingBean_Pause'
            elif F6 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[5] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F6")
                    F6 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[5] < Ferment_Tank_bean_height):
                    F6_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F6"])
                    F6_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F6")
                    F6 = 'F_InputtingBean_Pause'
        # 若 F1~F6 桶槽中有一個桶槽入豆暫停中, 且 FI1 可出豆
        elif FermentUp_InputtingBeanPause_number == 1 and FI1 == 'FI_OutputtingBean':
            # 若 F1 桶槽為入豆暫停 且 FI1 可出料
            if F1 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F1")
                F1 = 'F_InputtingBean'
            elif F2 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F2")
                F2 = 'F_InputtingBean'
            elif F3 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F3")
                F3 = 'F_InputtingBean'
            elif F4 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F4")
                F4 = 'F_InputtingBean'
            elif F5 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F5")
                F5 = 'F_InputtingBean'
            elif F6 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F6")
                F6 = 'F_InputtingBean'
        # 若 F1~F6 桶槽中, 兩個桶槽皆為 入料中, 則桶號小者優先入料
        elif FermentUp_InputtingBean_number >= 2:
            if F1 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F1")
                    F1 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height):
                    F1_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F1"])
                    F1_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F1")
                    F1 = 'F_InputtingBean_Pause'
            elif F2 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[1] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F2")
                    F2 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[1] < Ferment_Tank_bean_height):
                    F2_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F2"])
                    F2_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F2")
                    F2 = 'F_InputtingBean_Pause'
            elif F3 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[2] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F3")
                    F3 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[2] < Ferment_Tank_bean_height):
                    F3_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F3"])
                    F3_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F3")
                    F3 = 'F_InputtingBean_Pause'
            elif F4 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[3] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F4")
                    F4 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[3] < Ferment_Tank_bean_height):
                    F4_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F4"])
                    F4_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F4")
                    F4 = 'F_InputtingBean_Pause'
            elif F5 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[4] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F5")
                    F5 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[4] < Ferment_Tank_bean_height):
                    F5_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F5"])
                    F5_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F5")
                    F5 = 'F_InputtingBean_Pause'
            elif F6 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[5] >= Ferment_Tank_bean_height):
                    FInputtingBean_TO_FInputtingBeanFinish("F6")
                    F6 = 'F_InputtingBean_Finish'
                elif FI1 == 'FI_OutputtingBean' and (F_UP_UltraSoniclist[5] < Ferment_Tank_bean_height):
                    F6_thread = threading.Thread(target=FInputtingBean_AND_notfilled, args=["F6"])
                    F6_thread.start()
                elif FI1 != 'FI_OutputtingBean':
                    FInputtingBean_TO_FInputtingBeanPause("F6")
                    F6 = 'F_InputtingBean_Pause'
        # 若 F1~F6 桶槽中, 兩個桶槽皆為 入料暫停中, 則桶號小者優先入料
        elif FermentUp_InputtingBeanPause_number >= 2 and FI1 == 'FI_OutputtingBean':
            # 若 F1 桶槽為入豆暫停 且 FI1 可出料
            if F1 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F1")
                F1 = 'F_InputtingBean'
            elif F2 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F2")
                F2 = 'F_InputtingBean'
            elif F3 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F3")
                F3 = 'F_InputtingBean'
            elif F4 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F4")
                F4 = 'F_InputtingBean'
            elif F5 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F5")
                F5 = 'F_InputtingBean'
            elif F6 == 'F_InputtingBean_Pause':
                FInputtingBeanPause_AND_FIOutputtingBean("F6")
                F6 = 'F_InputtingBean'
        # 若 F1~F6 桶槽中 無桶槽正在入料或入料等待, 且 FI1 可出豆時
        elif FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0 and FI1 == 'FI_OutputtingBean' and FermentUp_Waiting_number >= 1:
            if F1 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F1")
                F1 = 'F_InputtingBean'
            elif F2 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F2")
                F2 = 'F_InputtingBean'
            elif F3 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F3")
                F3 = 'F_InputtingBean'
            elif F4 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F4")
                F4 = 'F_InputtingBean'
            elif F5 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F5")
                F5 = 'F_InputtingBean'
            elif F6 == 'F_Waiting':
                FWaiting_TO_FInputtingBean("F6")
                F6 = 'F_InputtingBean'
        # 若 F1~F6 桶槽中 無桶槽正在入水, 則入豆完成者轉換狀態 開始入水
        if FermentUp_InputtingWater_number == 0 and FermentUp_InputtingBeanFinish_number >= 1:
            if F1 == 'F_InputtingBean_Finish':
                F1 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F1", 0)
            elif F2 == 'F_InputtingBean_Finish':
                F2 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F2", 1)
            elif F3 == 'F_InputtingBean_Finish':
                F3 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F3", 2)
            elif F4 == 'F_InputtingBean_Finish':
                F4 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F4", 3)
            elif F5 == 'F_InputtingBean_Finish':
                F5 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F5", 4)
            elif F6 == 'F_InputtingBean_Finish':
                F6 = 'F_InputtingWater'
                FInputtingBeanFinish_TO_FInputtingWater_UP("F6", 5)
        # 若 F1~F6 桶槽中 無桶槽正在入水, 則入豆完成者轉換狀態 開始入水
        if FermentUp_InputtingWater_number == 1:
            if F1 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[0] == 1) and (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
                    F1 = 'F_Fermenting'
                    F1_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F1"])
                    F1_thread.start()
                elif (F_UP_tank_WaterLevel[0] == 1):
                    FInputtingWater_AND_WaterLevel1("F1")
                elif (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F1")
            elif F2 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[1] == 1) and (F_UP_UltraSoniclist[1] >= Ferment_Tank_water_height):
                    F2 = 'F_Fermenting'
                    F2_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F2"])
                    F2_thread.start()
                elif (F_UP_tank_WaterLevel[1] == 1):
                    FInputtingWater_AND_WaterLevel1("F2")
                elif (F_UP_UltraSoniclist[1] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F2")
            elif F3 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[2] == 1) and (F_UP_UltraSoniclist[2] >= Ferment_Tank_water_height):
                    F3 = 'F_Fermenting'
                    F3_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F3"])
                    F3_thread.start()
                elif (F_UP_tank_WaterLevel[2] == 1):
                    FInputtingWater_AND_WaterLevel1("F3")
                elif (F_UP_UltraSoniclist[2] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F3")
            elif F4 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[3] == 1) and (F_UP_UltraSoniclist[3] >= Ferment_Tank_water_height):
                    F4 = 'F_Fermenting'
                    F4_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F4"])
                    F4_thread.start()
                elif (F_UP_tank_WaterLevel[3] == 1):
                    FInputtingWater_AND_WaterLevel1("F4")
                elif (F_UP_UltraSoniclist[3] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F4")
            elif F5 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[4] == 1) and (F_UP_UltraSoniclist[4] >= Ferment_Tank_water_height):
                    F5 = 'F_Fermenting'
                    F5_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F5"])
                    F5_thread.start()
                elif (F_UP_tank_WaterLevel[0] == 1):
                    FInputtingWater_AND_WaterLevel1("F5")
                elif (F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F5")
            elif F6 == 'F_InputtingWater':
                if (F_UP_tank_WaterLevel[5] == 1) and (F_UP_UltraSoniclist[5] >= Ferment_Tank_water_height):
                    F6 = 'F_Fermenting'
                    F6_thread = threading.Thread(target=FInputtingWater_TO_FFermenting, args=["F6"])
                    F6_thread.start()
                elif (F_UP_tank_WaterLevel[5] == 1):
                    FInputtingWater_AND_WaterLevel1("F6")
                elif (F_UP_UltraSoniclist[5] >= Ferment_Tank_water_height):
                    FInputtingWater_AND_tankwaterfilled("F6")
        else:
            print("else ---------------------------- ")
        if F1 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[0] >= Ferment_Tank_fermenting_temp and F_UP_tank_PH[0] <= Ferment_Tank_fermenting_pH:
            F1_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F1"])
            F1_thread.start()
            F1 = 'F_OutputtingBean'
            # 將可出豆桶槽賦值
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F1'
        if F2 == 'F_Fermenting':
            F2_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F2"])
            F2_thread.start()
            F2 = 'F_OutputtingBean'
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F2'
        if F3 == 'F_Fermenting':
            F3_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F3"])
            F3_thread.start()
            F3 = 'F_OutputtingBean'
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F3'
        if F4 == 'F_Fermenting':
            F4_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F4"])
            F4_thread.start()
            F4 = 'F_OutputtingBean'
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F4'
        if F5 == 'F_Fermenting':
            F5_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F5"])
            F5_thread.start()
            F5 = 'F_OutputtingBean'
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F5'
        if F6 == 'F_Fermenting':
            F6_thread = threading.Thread(target=FFermenting_TO_FOutputtingBean, args=["F6"])
            F6_thread.start()
            F6 = 'F_OutputtingBean'
            if FOutputtingBean_Tank == '': FOutputtingBean_Tank = 'F6'
            
        # 若桶槽 F1~F6 可出豆 且 桶槽內為空桶 且 有指定清洗排程, 進行清洗桶槽
        # TODO 發酵次數計算、消毒次數、校正
        if F1 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[0] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F1':
                FOutputtingBean_TO_FWaiting('F1')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F1 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F1 = 'F_Cleaning'
        if F2 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[1] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F2':
                FOutputtingBean_TO_FWaiting('F2')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F2 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F2 = 'F_Cleaning'
        if F3 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[2] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F3':
                FOutputtingBean_TO_FWaiting('F3')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F3 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F3 = 'F_Cleaning'
        if F4 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[3] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F4':
                FOutputtingBean_TO_FWaiting('F4')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F4 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F4 = 'F_Cleaning'
        if F5 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[4] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F5':
                FOutputtingBean_TO_FWaiting('F5')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F5 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F5 = 'F_Cleaning'
        if F6 == 'F_OutputtingBean' and (F_UP_UltraSoniclist[5] <= Ferment_Tank_bean_empty):
            if FOutputtingBean_Tank == 'F6':
                FOutputtingBean_TO_FWaiting('F6')
                FOutputtingBean_Tank = ''
            if (FermentAuto_cleaning == 0): F6 = 'F_Waiting'
            elif (FermentAuto_cleaning != 0): F6 = 'F_Cleaning'

        # 避免桶槽可出豆時未賦值
        if FOutputtingBean_Tank == '':
            if F1 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F1'
            elif F2 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F2'
            elif F3 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F3'
            elif F4 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F4'
            elif F5 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F5'
            elif F6 == 'F_OutputtingBean': FOutputtingBean_Tank = 'F6'
        
        # 若桶槽 F1~F6 為清洗中
        if F1 == 'F_Cleaning':
            F1_thread = threading.Thread(target=FCleaning, args=["F1"])
            F1_thread.start()
            F1 = 'F_Waiting'
        if F2 == 'F_Cleaning':
            F2_thread = threading.Thread(target=FCleaning, args=["F2"])
            F2_thread.start()
            F2 = 'F_Waiting'
        if F3 == 'F_Cleaning':
            F3_thread = threading.Thread(target=FCleaning, args=["F3"])
            F3_thread.start()
            F3 = 'F_Waiting'
        if F4 == 'F_Cleaning':
            F4_thread = threading.Thread(target=FCleaning, args=["F4"])
            F4_thread.start()
            F4 = 'F_Waiting'
        if F5 == 'F_Cleaning':
            F5_thread = threading.Thread(target=FCleaning, args=["F5"])
            F5_thread.start()
            F5 = 'F_Waiting'
        if F6 == 'F_Cleaning':
            F6_thread = threading.Thread(target=FCleaning, args=["F6"])
            F6_thread.start()
            F6 = 'F_Waiting'
        
        # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------
        # if F1 == 'F_InputtingBean_Finish': F1 = 'F_OutputtingBean'
        # if F2 == 'F_InputtingBean_Finish': F2 = 'F_OutputtingBean'
        # if F3 == 'F_InputtingBean_Finish': F3 = 'F_OutputtingBean'
        # if F4 == 'F_InputtingBean_Finish': F4 = 'F_OutputtingBean'
        # if F5 == 'F_InputtingBean_Finish': F5 = 'F_OutputtingBean'
        # if F6 == 'F_InputtingBean_Finish': F6 = 'F_OutputtingBean'
        # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------
    else:
        # [介面] 若未啟用 發酵 狀態
        print('未啟用發酵流程')

    # ----- 發酵出料儲豆槽 FO1~FO2 入豆→可出豆判斷 ------------------------------
    # 目前發酵槽 F1~F6 正在入豆、入水的桶槽數量 (應小於一桶)
    # Ferment_OutputtingBean_number = int(F_UP_tanklist.count('F_OutputtingBean'))
    # 若出料儲豆槽狀態為 空桶等待 且 桶槽狀態為 F_OutputtingBean 可出豆, 與 FO1 配合開始出豆
    
    if FO1 == 'FO_Waiting' and FOutputtingBean_Tank != '':
        # 判斷要對應出料的桶槽為何, 設定成 FOutputtingBean_Tank = 'F1', 待出完料再把 FOutputtingBean_Tank = ''
        FO1 = 'FO_InputtingBean'
        print('------- ' + FOutputtingBean_Tank + ' 狀態更新：出豆中 -------')
        print('------- FO1 狀態更新：入豆中 -------')
        # [致動器] F1 蝴蝶閥 ON
        data = { "tank_num": FOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
    elif FO1 == 'FO_InputtingBean' and FOutputtingBean_Tank != '':
        if FO_UP_UltraSoniclist[0] >= Ferment_Output_bean_height:
            # [致動器] 出料真空吸料機 OFF
            data = { "tank_num": FOutputtingBean_Tank, "command": "input_vacuum_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] F1 蝴蝶閥 OFF
            data = { "tank_num": FOutputtingBean_Tank, "command": "tank_diskvalve_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            FO1 = 'FO_OutputtingBean'
            print('------- FO1 狀態更新：出豆中 -------')
        elif FO_UP_UltraSoniclist[0] < Ferment_Output_bean_height:
            FO1_thread = threading.Thread(target=FOInputtingBean_filled, args=["FO1"])
            FO1_thread.start()
    # 若是無桶槽可入豆, 出料儲豆槽判斷是否可出豆或空桶等待入豆
    elif FOutputtingBean_Tank == '':
        if FO_UP_UltraSoniclist[0] > Ferment_Output_bean_empty:
            FO1 = 'FO_OutputtingBean'
            print('------- FO1 狀態更新：可出豆 -------')
        elif FO_UP_UltraSoniclist[0] <= Ferment_Output_bean_empty:
            FO1 = 'FO_Waiting'
            print('------- FO1 狀態更新：空桶等待 -------')
    elif FO1 == 'FO_OutputtingBean' and FO_UP_UltraSoniclist[0] <= Ferment_Output_bean_empty:
        FO1 = 'FO_Waiting'
        print('------- FO1 狀態更新：空桶等待 -------')

    # ----- 等待 thread 多執行緒執行完成 --------
    # 若 FI1_thread 有被定義, 則執行 FI1_thread.join() 等待執行完成 (當入料儲豆槽入料時)
    # 若 FI1_thread 有被定義, 會出現 UnboundLocalError: local variable 'FO1_thread' referenced before assignment 錯誤訊息
    # (非入料儲豆槽入料時) 此時就不進行任何處理
    try:
        FI1_thread.join()
        print("-- FI1_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F1_thread.join()
        print("-- F1_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F2_thread.join()
        print("-- F2_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F3_thread.join()
        print("-- F3_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F4_thread.join()
        print("-- F4_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F5_thread.join()
        print("-- F5_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        F6_thread.join()
        print("-- F6_thread complete! --")
    except UnboundLocalError:
        pass
    try:
        FO1_thread.join()
        print("-- FO1_thread complete! --")
    except UnboundLocalError:
        pass
    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    F_status = ferment_container_status()
    F_status.Ferment_Input_1 = FI1
    F_status.Ferment_Input_2 = FI2
    F_status.Ferment_Tank_1 = F1
    F_status.Ferment_Tank_2 = F2
    F_status.Ferment_Tank_3 = F3
    F_status.Ferment_Tank_4 = F4
    F_status.Ferment_Tank_5 = F5
    F_status.Ferment_Tank_6 = F6
    F_status.Ferment_Tank_7 = F7
    F_status.Ferment_Tank_8 = F8
    F_status.Ferment_Tank_9 = F9
    F_status.Ferment_Tank_10 = F10
    F_status.Ferment_Tank_11 = F11
    F_status.Ferment_Tank_12 = F12
    F_status.Ferment_Output_1 = FO1
    F_status.Ferment_Output_2 = FO2
    #將數據保存進資料庫
    db.session.add(F_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------

    return jsonify({"Peel_Output_1":PO1,
                    "Ferment_Input_1":FI1,
                    "Ferment_Tank_1":F1,
                    "Ferment_Tank_2":F2,
                    "Ferment_Tank_3":F3,
                    "Ferment_Tank_4":F4,
                    "Ferment_Tank_5":F5,
                    "Ferment_Tank_6":F6,
                    "Ferment_Output_1":FO1
                    })



# 1026 以流程圖判斷, 改寫 def ferment_auto_test, 以下為原備份 
@main.route('/ferment_auto_test_1026backup')
def ferment_auto_test_1026backup():
    info = request.args.to_dict()
    # 從介面取得 指定生豆高度/發酵桶槽排程：發酵、清洗、校正 EC、校正攪拌棒
    Ferment_Input_bean_empty = 2
    Ferment_Tank_bean_empty = 2
    Ferment_Output_bean_empty = 2
    FermentAuto_fermenting = int(info['FermentAuto_fermenting'])
    FermentAuto_cleaning = int(info['FermentAuto_cleaning'])
    FermentAuto_calibratingEC = int(info['FermentAuto_calibratingEC'])
    FermentAuto_calibratingSTIR = int(info['FermentAuto_calibratingSTIR'])

    Ferment_Input_bean_height = float(info['Ferment_Input_bean_height'])
    Ferment_Input_vacuumON_time = float(info['Ferment_Input_vacuumON_time'])
    Ferment_Input_vacuumOFF_time = float(info['Ferment_Input_vacuumOFF_time'])
    Ferment_Tank_bean_height = float(info['Ferment_Tank_bean_height'])
    Ferment_Tank_vacuumON_time = float(info['Ferment_Tank_vacuumON_time'])
    Ferment_Tank_vacuumOFF_time = float(info['Ferment_Tank_vacuumOFF_time'])
    Ferment_Tank_water_height = float(info['Ferment_Tank_water_height'])
    Ferment_Tank_fermenting_temp = float(info['Ferment_Tank_fermenting_temp'])
    Ferment_Tank_fermenting_time = float(info['Ferment_Tank_fermenting_time'])
    Ferment_Tank_motor_rpm = float(info['Ferment_Tank_motor_rpm'])
    Ferment_Tank_motor_time = float(info['Ferment_Tank_motor_time'])
    Ferment_Tank_fermenting_pH = float(info['Ferment_Tank_fermenting_pH'])
    Ferment_Output_bean_height = float(info['Ferment_Output_bean_height'])
    Ferment_Output_vacuumON_time = float(info['Ferment_Output_vacuumON_time'])
    Ferment_Output_vacuumOFF_time = float(info['Ferment_Output_vacuumOFF_time'])
    Ferment_Tank_WaterOut_time = float(info['Ferment_Tank_WaterOut_time'])
    Ferment_Tank_Disinfect_time = float(info['Ferment_Tank_Disinfect_time'])

    # print('發酵自動化_指定生豆高度: ', Ferment_Tank_bean_height)
    # print('發酵自動化_發酵排程: ', FermentAuto_fermenting, type(FermentAuto_fermenting))
    # print('發酵自動化_清洗排程: ', FermentAuto_cleaning, type(FermentAuto_cleaning))
    # print('發酵自動化_校正 EC 排程: ', FermentAuto_calibratingEC, type(FermentAuto_calibratingEC))
    # print('發酵自動化_校正攪拌棒排程: ', FermentAuto_calibratingSTIR, type(FermentAuto_calibratingSTIR))
    # [介面] 讓使用者可以選擇排程內有發酵/清洗/校正, 此處預設為 True 
    Ferment_btn = FermentAuto_fermenting # Ferment_btn = True
    # 從資料庫資料表中取得最新狀態
    ferment_status = ferment_container_status.query.order_by(text('datetime desc')).first()
    FI1 = ferment_status.Ferment_Input_1
    FI2 = ferment_status.Ferment_Input_2
    F1 = ferment_status.Ferment_Tank_1
    F2 = ferment_status.Ferment_Tank_2
    F3 = ferment_status.Ferment_Tank_3
    F4 = ferment_status.Ferment_Tank_4
    F5 = ferment_status.Ferment_Tank_5
    F6 = ferment_status.Ferment_Tank_6
    F7 = ferment_status.Ferment_Tank_7
    F8 = ferment_status.Ferment_Tank_8
    F9 = ferment_status.Ferment_Tank_9
    F10 = ferment_status.Ferment_Tank_10
    F11 = ferment_status.Ferment_Tank_11
    F12 = ferment_status.Ferment_Tank_12
    FO1 = ferment_status.Ferment_Output_1
    FO2 = ferment_status.Ferment_Output_2
    clean_status = clean_container_status.query.order_by(text('datetime desc')).first()
    PO1 = clean_status.Peel_Output_1  # PO_Waiting  # PO_OutputtingBean 
    PO2 = clean_status.Peel_Output_2
    F_UP_tanklist = [F1, F2, F3, F4, F5, F6]
    F_DOWN_tanklist = [F7, F8, F9, F10, F11, F12]



    # ----- 發酵入料儲豆槽 FI1~FI2 入豆→可出豆判斷 ------------------------------
    # 目前發酵槽 F1~F6 正在入豆的桶槽數量 (應小於一桶)
    FermentUp_InputtingBean_number = int(F_UP_tanklist.count('F_InputtingBean'))
    FermentUp_InputtingBeanPause_number = int(F_UP_tanklist.count('F_InputtingBean_Pause'))
    # -- 取得發酵入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    FI_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        # UltraSonic = float("{:.2f}".format(34.6 - float(input_UltraSonic.UltraSonic)))
        UltraSonic = float(input_UltraSonic.UltraSonic)
        FI_UP_UltraSoniclist.append(UltraSonic)
    print('FI_UP_UltraSoniclist: ', FI_UP_UltraSoniclist)
    # -- 取得發酵入料儲豆槽 FI1~FI2 桶內高度 UltraSonic -------------
    # 入料儲豆槽等待中、且脫皮機儲豆槽可出豆時, 入料儲豆槽入豆
    if FI1 == 'FI_Waiting' and PO1 == 'PO_OutputtingBean':
        FI1 = 'FI_InputtingBean'
        print('------- FI1 狀態更新：入豆中 -------')
        # [致動器] 入料真空吸料機 ON
        data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Input_vacuumON_time:
                # [致動器] 入料真空吸料機 OFF
                data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                timer = time.time()
                break
        while True:
            if (time.time() - timer) > Ferment_Input_vacuumOFF_time:
                break
    # 入料儲豆槽入豆時
    elif FI1 == 'FI_InputtingBean':
        # 桶槽內未達指定生豆高度, 且 前方 PO1 可出豆, 就執行入料動作
        if (FI_UP_UltraSoniclist[0] < Ferment_Input_bean_height) and PO1 == 'PO_OutputtingBean':
            # [致動器] 入料真空吸料機 ON
            data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            timer = time.time()
            while True:
                if (time.time() - timer) > Ferment_Input_vacuumON_time:
                    # [致動器] 入料真空吸料機 OFF
                    data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    break
            while True:
                if (time.time() - timer) > Ferment_Input_vacuumOFF_time:
                    break
        # 桶槽內達指定生豆高度時, 入料儲豆槽狀態轉為 可出豆
        if (FI_UP_UltraSoniclist[0] >= Ferment_Input_bean_height):
            FI1 = 'FI_OutputtingBean'
            print('------- FI1 狀態更新：可出豆 -------')
    
    # 入料儲豆槽出豆時, 桶槽高度為 空桶高度時, 狀態轉為 空桶等待
    elif FI1 == 'FI_OutputtingBean' and (FI_UP_UltraSoniclist[0] <= Ferment_Input_bean_empty):
        FI1 = 'FI_Waiting'
        print('------- FI1 狀態更新：空桶等待 -------')
    # [1012 刪除, 避免混豆]若入料儲豆槽可出豆 且 儲豆槽內高度低於 40 且 前方脫皮機儲豆槽可出豆 且 目前無桶槽需入料時
    # elif FI1 == 'FI_OutputtingBean' and (FI_UP_UltraSoniclist[0] < 40) and PO1 == 'PO_OutputtingBean' and FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0:
    #     FI1 = 'FI_InputtingBean'
    #     print('------- FI1 狀態更新：入豆中 -------')
    
    # if FI2 == 'FI_Waiting' and PO2 == 'PO_OutputtingBean':
    #     FI2 = 'FI_InputtingBean'
    #     print('------- FI2 狀態更新：入豆中 -------')
    # elif FI2 == 'FI_InputtingBean' and ((FI_UP_UltraSoniclist[1] >= 35) or (PO2 != 'PO_OutputtingBean')) :
    #     FI2 = 'FI_OutputtingBean'
    #     print('------- FI2 狀態更新：可出豆 -------')
    # elif FI2 == 'FI_OutputtingBean' and (FI_UP_UltraSoniclist[1] < 40) and PO2 == 'PO_OutputtingBean' and FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0:
    #     FI2 = 'FI_InputtingBean'
    #     print('------- FI2 狀態更新：入豆中 -------')
    



    # ----- 發酵桶槽 F1~F6 入料暫停→入料判斷 ------------------------------
    ### 移到入料

    # ----- 發酵桶槽 F1~F6 等待→入料判斷 ------------------------------
    # -- 取得發酵桶槽 F1~F6 桶內高度 UltraSonic -------------
    F_UP_UltraSoniclist = []
    for i in range(1, 7, 1):
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = (float(tank_UltraSonic.UltraSonic))
        F_UP_UltraSoniclist.append(UltraSonic)
    print('F_UP_UltraSoniclist: ', F_UP_UltraSoniclist)
    # -- 取得發酵桶槽 F1~F6 桶內高度 UltraSonic -------------

    # [介面] 若啟用 發酵 狀態
    if Ferment_btn:
        # 若入料儲豆槽可出料狀態
        if FI1 == 'FI_OutputtingBean':
            # 若 F1~F6 發酵桶槽為 入豆中, 繼續入豆, 當高度 > 指定生豆高度 時入豆完成
            if F1 == 'F_InputtingBean':
                if (F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height):
                    F1 = 'F_InputtingBean_Finish'
                    print('------- F1 狀態更新：入料完成 -------')
                    # [致動器] 入料三通閥 ON排氣
                    data = { "tank_num": "F1", "command": "tank_threewayvalve_input_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    # [致動器] 馬達 0
                    data = { "tank_num": "F1", "command": "tank_motor_status", "value": "0" }
                    print('data: ', data)
                    # mqtt_f(data)
                    # [致動器] 真空吸料機 OFF
                    data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                else:
                    # [致動器] 真空吸料機 ON
                    data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                            # [致動器] 入料真空吸料機 OFF
                            data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                            print('data: ', data)
                            # mqtt_f(data)
                            timer = time.time()
                            break
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumOFF_time:
                            break
            if F2 == 'F_InputtingBean' and (F_UP_UltraSoniclist[1] >= Ferment_Tank_bean_height):
                F2 = 'F_InputtingBean_Finish'
                print('------- F2 狀態更新：入料完成 -------')
            if F3 == 'F_InputtingBean' and (F_UP_UltraSoniclist[2] >= Ferment_Tank_bean_height):
                F3 = 'F_InputtingBean_Finish'
                print('------- F3 狀態更新：入料完成 -------')
            if F4 == 'F_InputtingBean' and (F_UP_UltraSoniclist[3] >= Ferment_Tank_bean_height):
                F4 = 'F_InputtingBean_Finish'
                print('------- F4 狀態更新：入料完成 -------')
            if F5 == 'F_InputtingBean' and (F_UP_UltraSoniclist[4] >= Ferment_Tank_bean_height):
                F5 = 'F_InputtingBean_Finish'
                print('------- F5 狀態更新：入料完成 -------')
            if F6 == 'F_InputtingBean' and (F_UP_UltraSoniclist[5] >= Ferment_Tank_bean_height):
                F6 = 'F_InputtingBean_Finish'
                print('------- F6 狀態更新：入料完成 -------')
            # 若有兩個以上桶槽入料中, 則桶號最小者優先入料  ←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←← 1021 優先入豆判斷
            if FermentUp_InputtingBean_number == 1:
                if F1 == 'F_InputtingBean':
                    # [致動器] 桶槽真空吸料機 ON
                    data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                            # [致動器] 桶槽真空吸料機 OFF
                            data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                            print('data: ', data)
                            # mqtt_f(data)
                            timer = time.time()
                            break
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumOFF_time:
                            break
                # else if F2 == ''...
            # 若 F1~F6 發酵桶槽為 入豆暫停, 則狀態改為優先入豆  ←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←← 1021 優先入豆判斷
            elif FermentUp_InputtingBeanPause_number >= 1:
                if F1 == 'F_InputtingBean_Pause':
                    F1 = 'F_InputtingBean'
                    print('------- F1 狀態更新：入料中 -------')
                    # [致動器] 桶槽真空吸料機 ON
                    data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                            # [致動器] 桶槽真空吸料機 OFF
                            data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                            print('data: ', data)
                            # mqtt_f(data)
                            timer = time.time()
                            break
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumOFF_time:
                            break
                elif F2 == 'F_InputtingBean_Pause':
                    F2 = 'F_InputtingBean'
                    print('------- F2 狀態更新：入料中 -------')
                elif F3 == 'F_InputtingBean_Pause':
                    F3 = 'F_InputtingBean'
                    print('------- F3 狀態更新：入料中 -------')
                elif F4 == 'F_InputtingBean_Pause':
                    F4 = 'F_InputtingBean'
                    print('------- F4 狀態更新：入料中 -------')
                elif F5 == 'F_InputtingBean_Pause':
                    F5 = 'F_InputtingBean'
                    print('------- F5 狀態更新：入料中 -------')
                elif F6 == 'F_InputtingBean_Pause':
                    F6 = 'F_InputtingBean'
                    print('------- F6 狀態更新：入料中 -------')
            # 若 F1~F6 皆無入豆 無入豆暫停, 則桶號最小者開始入豆
            elif FermentUp_InputtingBean_number == 0 and FermentUp_InputtingBeanPause_number == 0:
                if F1 == 'F_Waiting':
                    F1 = 'F_InputtingBean'
                    print('------- F1 狀態更新：入料中 -------')
                    # [致動器] 入料入料三通閥 OFF入豆
                    data = { "tank_num": "F1", "command": "tank_threewayvalve_input_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    # [致動器] 馬達 5
                    data = { "tank_num": "F1", "command": "tank_motor_status", "value": "5" }
                    print('data: ', data)
                    # mqtt_f(data)
                    # [致動器] 桶槽真空吸料機 ON
                    data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                            # [致動器] 桶槽真空吸料機 OFF
                            data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                            print('data: ', data)
                            # mqtt_f(data)
                            timer = time.time()
                            break
                    while True:
                        if (time.time() - timer) > Ferment_Tank_vacuumON_time:
                            break
                elif F2 == 'F_Waiting':
                    F2 = 'F_InputtingBean'
                    print('------- F2 狀態更新：入料中 -------')
                elif F3 == 'F_Waiting':
                    F3 = 'F_InputtingBean'
                    print('------- F3 狀態更新：入料中 -------')
                elif F4 == 'F_Waiting':
                    F4 = 'F_InputtingBean'
                    print('------- F4 狀態更新：入料中 -------')
                elif F5 == 'F_Waiting':
                    F5 = 'F_InputtingBean'
                    print('------- F5 狀態更新：入料中 -------')
                elif F6 == 'F_Waiting':
                    F6 = 'F_InputtingBean'
                    print('------- F6 狀態更新：入料中 -------')
        # 若入料儲豆槽非可出豆, 且 F1~F6 其中有桶槽入料中, 若桶槽未滿則入料暫停
        elif FI1 != 'FI_InputtingBean' and FermentUp_InputtingBean_number >= 1:
            if F1 == 'F_InputtingBean' and F_UP_UltraSoniclist[0] < Ferment_Tank_bean_height:
                F1 = 'F_InputtingBean_Pause'
                print('------- F1 狀態更新：入料暫停 -------')
                # [致動器] 桶槽真空吸料機 OFF
                data = { "tank_num": "F1", "command": "tank_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
            elif F1 == 'F_InputtingBean' and F_UP_UltraSoniclist[0] >= Ferment_Tank_bean_height:
                F1 = 'F_InputtingBean_Finish'
                print('------- F1 狀態更新：入料完成 -------')
                # [致動器] 入料三通閥 ON排氣
                data = { "tank_num": "F1", "command": "tank_threewayvalve_input_status", "value": "on" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 馬達 0
                data = { "tank_num": "F1", "command": "tank_motor_status", "value": "0" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 入料真空吸料機 OFF
                data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
            if F2 == 'F_InputtingBean' and F_UP_UltraSoniclist[1] < Ferment_Tank_bean_height:
                F2 = 'F_InputtingBean_Pause'
                print('------- F2 狀態更新：入料暫停 -------')
            elif F2 == 'F_InputtingBean' and F_UP_UltraSoniclist[1] >= Ferment_Tank_bean_height:
                F2 = 'F_InputtingBean_Finish'
                print('------- F2 狀態更新：入料完成 -------')
            if F3 == 'F_InputtingBean' and F_UP_UltraSoniclist[2] < Ferment_Tank_bean_height:
                F3 = 'F_InputtingBean_Pause'
                print('------- F3 狀態更新：入料暫停 -------')
            elif F3 == 'F_InputtingBean' and F_UP_UltraSoniclist[2] >= Ferment_Tank_bean_height:
                F3 = 'F_InputtingBean_Finish'
                print('------- F3 狀態更新：入料完成 -------')
            if F4 == 'F_InputtingBean' and F_UP_UltraSoniclist[3] < Ferment_Tank_bean_height:
                F4 = 'F_InputtingBean_Pause'
                print('------- F4 狀態更新：入料暫停 -------')
            elif F4 == 'F_InputtingBean' and F_UP_UltraSoniclist[3] >= Ferment_Tank_bean_height:
                F4 = 'F_InputtingBean_Finish'
                print('------- F4 狀態更新：入料完成 -------')
            if F5 == 'F_InputtingBean' and F_UP_UltraSoniclist[4] < Ferment_Tank_bean_height:
                F5 = 'F_InputtingBean_Pause'
                print('------- F5 狀態更新：入料暫停 -------')
            elif F5 == 'F_InputtingBean' and F_UP_UltraSoniclist[4] >= Ferment_Tank_bean_height:
                F5 = 'F_InputtingBean_Finish'
                print('------- F5 狀態更新：入料完成 -------')
            if F6 == 'F_InputtingBean' and F_UP_UltraSoniclist[5] < Ferment_Tank_bean_height:
                F6 = 'F_InputtingBean_Pause'
                print('------- F6 狀態更新：入料暫停 -------')
            elif F6 == 'F_InputtingBean' and F_UP_UltraSoniclist[5] >= Ferment_Tank_bean_height:
                F6 = 'F_InputtingBean_Finish'
                print('------- F6 狀態更新：入料完成 -------')
        else:
            # 若入料儲豆槽非可出料狀態
            print('發酵入料儲豆槽空, 桶槽無法入料')
    else:
        # [介面] 若未啟用 發酵 狀態
        print('未啟用發酵流程')

    # ----- 10/07 --------------------------------------------------------------------------------------------------------------------------------
    # ----- 發酵桶槽 F1~F6 入料→入料暫停判斷 ------------------------------
    ### 移到入料



    # ----- 發酵桶槽 F1~F6 入料→入水判斷 ------------------------------
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel -------------
    F_UP_tank_WaterLevel = []
    for i in range(1, 7, 1):
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        WaterLevel = float(tank_WaterLevel.WaterLevel)
        F_UP_tank_WaterLevel.append(WaterLevel)
    print('F_UP_tank_WaterLevel: ', F_UP_tank_WaterLevel)
    # -- 取得發酵桶槽 F1~F6 夾層水位高度 WaterLevel -------------
    Ferment_InputtingBeanFinish_number = int(F_UP_tanklist.count('F_InputtingBean_Finish'))
    Ferment_InputtingWater_number = int(F_UP_tanklist.count('F_InputtingWater'))
    # 入水條件：當前桶槽入豆 + 沒有其他桶槽入水
    if Ferment_InputtingBeanFinish_number >= 1 and Ferment_InputtingWater_number == 0:
        # 當入豆到指定高度時, 狀態轉換為入水 (桶槽編號小者優先)
        # !!! 發酵槽 F_InputtingBean_Finish 狀態應該請硬體判斷
        # !!! 若狀態為 F_InputtingBean 且 超音波值>指定生豆高度, 狀態改為 F_InputtingBean_Finish 並等待入水 F_InputtingWater
        # 這邊是考慮一次僅一個桶槽入水, 多桶入水會不會速度變慢？
        if F1 == 'F_InputtingBean_Finish':
            F1 = 'F_InputtingWater'
            print('------- F1 狀態更新：入水中 -------')
            # [致動器] 外桶浮選三通閥 ON
            data = { "tank_num": "F1", "command": "outer_threewayvalve_float_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            # 桶內高度若低於水位指定高度,  [致動器] 桶內進水電磁閥 ON
            if F_UP_UltraSoniclist[0] < Ferment_Tank_water_height:
                data = { "tank_num": "F1", "command": "tank_solenoid_water_in_status", "value": "on" }
                print('data: ', data)
                # mqtt_f(data)
            # [致動器] 桶內進水電磁閥 OFF
            else:
                data = { "tank_num": "F1", "command": "tank_solenoid_water_in_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
            # 桶外水位高度若低於水位計高度,  [致動器] 桶外進水電磁閥 ON
            if F_UP_tank_WaterLevel[0] != 1:
                data = { "tank_num": "F1", "command": "outer_solenoid_water_status", "value": "on" }
                print('data: ', data)
                # mqtt_f(data)
            # [致動器] 桶外進水電磁閥 OFF
            else:
                data = { "tank_num": "F1", "command": "outer_solenoid_water_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
        elif F2 == 'F_InputtingBean_Finish':
            F2 = 'F_InputtingWater'
            print('------- F2 狀態更新：入水中 -------')
        elif F3 == 'F_InputtingBean_Finish':
            F3 = 'F_InputtingWater'
            print('------- F3 狀態更新：入水中 -------')
        elif F4 == 'F_InputtingBean_Finish':
            F4 = 'F_InputtingWater'
            print('------- F4 狀態更新：入水中 -------')
        elif F5 == 'F_InputtingBean_Finish':
            F5 = 'F_InputtingWater'
            print('------- F5 狀態更新：入水中 -------')
        elif F6 == 'F_InputtingBean_Finish':
            F6 = 'F_InputtingWater'
            print('------- F6 狀態更新：入水中 -------')

    # ----- 發酵桶槽 F1~F6 入水→發酵判斷 ------------------------------
    # !!! 發酵槽 F_Fermenting 狀態應該請硬體判斷
    # !!! 若狀態為 F_InputtingWater 且 超音波值>指定水位高度 且 夾層水位計 == 1, 狀態改為 F_Fermenting 發酵
    if F1 == 'F_InputtingWater':
        if F_UP_tank_WaterLevel[0] == 1 and F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height:
            # 桶外水位高度高於水位計高度,  [致動器] 桶外進水電磁閥 OFF
            data = { "tank_num": "F1", "command": "outer_solenoid_water_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
            data = { "tank_num": "F1", "command": "tank_solenoid_water_in_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            F1 = 'F_Fermenting'
            print('------- F1 狀態更新：發酵中 -------')
            # [致動器] 馬達 (指定轉速)
            data = { "tank_num": "F1", "command": "tank_motor_status", "value": Ferment_Tank_motor_rpm }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] 溫控開關 ON
            # data = { "tank_num": "F1", "command": "tank_temp_enable", "value": "on" }
            # print('data: ', data)
            # # mqtt_f(data)
            # [致動器] 設定溫度、持溫時間
            # [致動器] 加熱器 1 ON
            data = { "tank_num": "F1", "command": "tank_heater1_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
        elif F_UP_tank_WaterLevel[0] == 1:
            # 桶外水位高度高於水位計高度,  [致動器] 桶外進水電磁閥 OFF
            data = { "tank_num": "F1", "command": "outer_solenoid_water_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
        elif F_UP_UltraSoniclist[0] >= Ferment_Tank_water_height:
            # 桶內高度若高於水位指定高度,  [致動器] 桶內進水電磁閥 OFF
            data = { "tank_num": "F1", "command": "tank_solenoid_water_in_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
    if F2 == 'F_InputtingWater' and F_UP_tank_WaterLevel[1] == 1 and F_UP_UltraSoniclist[1] >= Ferment_Tank_water_height:
        F2 = 'F_Fermenting'
        print('------- F2 狀態更新：發酵中 -------')
    if F3 == 'F_InputtingWater' and F_UP_tank_WaterLevel[2] == 1 and F_UP_UltraSoniclist[2] >= Ferment_Tank_water_height:
        F3 = 'F_Fermenting'
        print('------- F3 狀態更新：發酵中 -------')
    if F4 == 'F_InputtingWater' and F_UP_tank_WaterLevel[3] == 1 and F_UP_UltraSoniclist[3] >= Ferment_Tank_water_height:
        F4 = 'F_Fermenting'
        print('------- F4 狀態更新：發酵中 -------')
    if F5 == 'F_InputtingWater' and F_UP_tank_WaterLevel[4] == 1 and F_UP_UltraSoniclist[4] >= Ferment_Tank_water_height:
        F5 = 'F_Fermenting'
        print('------- F5 狀態更新：發酵中 -------')
    if F6 == 'F_InputtingWater' and F_UP_tank_WaterLevel[5] == 1 and F_UP_UltraSoniclist[5] >= Ferment_Tank_water_height:
        F6 = 'F_Fermenting'
        print('------- F6 狀態更新：發酵中 -------')
    
    # ----- 發酵桶槽 F1~F6 發酵→可出豆 判斷 ------------------------------
    # TODO
    # !!! 發酵槽 F_Fermenting 狀態應該請硬體判斷
    # !!! 若狀態為 F_InputtingWater 且 超音波值>指定水位高度 且 夾層水位計 == 1, 狀態改為 F_Fermenting 發酵
    # 可以多桶各自執行發酵排程
    # -- 取得發酵桶槽 F1~F6 pH -------------
    F_UP_tank_PH = []
    for i in range(1, 7, 1):
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        PH = float(tank_PH.PH)
        F_UP_tank_PH.append(PH)
    print('F_UP_tank_PH: ', F_UP_tank_PH)
    # -- 取得發酵桶槽 F1~F6 pH -------------
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------
    F_UP_tank_SHT11_Temp = []
    for i in range(1, 7, 1):
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + str(i)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        F_UP_tank_SHT11_Temp.append(SHT11_Temp)
    print('F_UP_tank_SHT11_Temp: ', F_UP_tank_SHT11_Temp)
    # -- 取得發酵桶槽 F1~F6 SHT11_TEMP -------------
    # 
    if F1 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[0] >= Ferment_Tank_fermenting_temp and F_UP_tank_PH[0] <= Ferment_Tank_fermenting_pH:
        print('發酵等待 ', Ferment_Tank_fermenting_time, ' 秒')
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_fermenting_time :
                # [致動器] 外桶浮選三通閥 OFF
                data = { "tank_num": "F1", "command": "outer_threewayvalve_float_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 馬達 0
                data = { "tank_num": "F1", "command": "tank_motor_status", "value": "0" }
                print('data: ', data)
                # mqtt_f(data)
                # [致動器] 溫控開關 OFF
                # data = { "tank_num": "F1", "command": "tank_temp_enable", "value": "off" }
                # print('data: ', data)
                # # mqtt_f(data)
                # [致動器] 加熱器 1 OFF
                data = { "tank_num": "F1", "command": "tank_heater1_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break   
        # [致動器] 廢水排水閥 (桶內) ON
        data = { "tank_num": "F1", "command": "tank_solenoid_water_out_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        print('桶內廢水排水 ', Ferment_Tank_WaterOut_time, ' 秒')
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_WaterOut_time:
                # [致動器] 廢水排水閥 (桶內) OFF
                data = { "tank_num": "F1", "command": "tank_solenoid_water_out_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break
        F1 = 'F_OutputtingBean'
        print('------- F1 狀態更新：可出豆 -------')
    if F2 == 'F_Fermenting'  and F_UP_tank_SHT11_Temp[1] >= Ferment_Tank_fermenting_temp and F_UP_tank_PH[1] <= Ferment_Tank_fermenting_pH:
        F2 = 'F_OutputtingBean'
        print('------- F2 狀態更新：可出豆 -------')
    if F3 == 'F_Fermenting' and F_UP_tank_PH[2] <= Ferment_Tank_fermenting_pH:
        F3 = 'F_OutputtingBean'
        print('------- F3 狀態更新：可出豆 -------')
    if F4 == 'F_Fermenting' and F_UP_tank_PH[3] <= Ferment_Tank_fermenting_pH:
        F4 = 'F_OutputtingBean'
        print('------- F4 狀態更新：可出豆 -------')
    if F5 == 'F_Fermenting' and F_UP_tank_PH[4] <= Ferment_Tank_fermenting_pH:
        F5 = 'F_OutputtingBean'
        print('------- F5 狀態更新：可出豆 -------')
    if F6 == 'F_Fermenting' and F_UP_tank_PH[5] <= Ferment_Tank_fermenting_pH:
        F6 = 'F_OutputtingBean'
        print('------- F6 狀態更新：可出豆 -------')
    
    if F1 == 'F_OutputtingBean' and F_UP_UltraSoniclist[0] < Ferment_Tank_bean_empty:
        # 增加消毒電磁閥開關
        # [致動器] 消毒電磁閥 ON
        data = { "tank_num": "F1", "command": "tank_solenoid_disinfect_status", "value": "on" }
        print('data: ', data)
        # mqtt_f(data)
        # 暫停 (消毒時間) 秒
        timer = time.time()
        while True:
            if (time.time() - timer) > Ferment_Tank_Disinfect_time :
                # [致動器] 消毒電磁閥 OFF
                data = { "tank_num": "F1", "command": "tank_solenoid_disinfect_status", "value": "off" }
                print('data: ', data)
                # mqtt_f(data)
                break
        print('------- F1 狀態更新：空桶等待 -------')
        F1 = 'F_Waiting'

    # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------
    # if F1 == 'F_InputtingBean_Finish': F1 = 'F_OutputtingBean'
    # if F2 == 'F_InputtingBean_Finish': F2 = 'F_OutputtingBean'
    # if F3 == 'F_InputtingBean_Finish': F3 = 'F_OutputtingBean'
    # if F4 == 'F_InputtingBean_Finish': F4 = 'F_OutputtingBean'
    # if F5 == 'F_InputtingBean_Finish': F5 = 'F_OutputtingBean'
    # if F6 == 'F_InputtingBean_Finish': F6 = 'F_OutputtingBean'
    # # ----- [測試用] !!!!! F1~F6 入料完成→可出豆 判斷 ------------------------------


    # ----- 發酵桶槽 F1~F6 可出豆→出料儲豆槽 FO1 判斷 ------------------------------
    # ----- 發酵出料儲豆槽 FO1~FO2 入豆→可出豆判斷 ------------------------------
    # -- 取得發酵出料儲豆槽 FO1~FO2 桶內高度 UltraSonic -------------
    FO_UP_UltraSoniclist = []
    for i in range(1, 3, 1):
        output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO' + str(i)).order_by(text('datetime desc')).first()
        UltraSonic = float(output_UltraSonic.UltraSonic)
        FO_UP_UltraSoniclist.append(UltraSonic)
    print('FO_UP_UltraSoniclist: ', FO_UP_UltraSoniclist)
    # 桶槽可出豆, 且出料儲豆槽等待時, 出料儲豆槽入豆
    # 參考 -- 發酵桶槽 F1~F6 可出豆→出料儲豆槽 FO1 判斷 --
    Ferment_OutputtingBean_number = int(F_UP_tanklist.count('F_OutputtingBean'))
    # !!! 若出料儲豆槽狀態為 FO_Waiting(空桶等待) 且 桶槽狀態為 F_OutputtingBean 可出豆, 與 FO1 配合開始出豆
    if FO1 == 'FO_Waiting' and Ferment_OutputtingBean_number >= 1:
        if F1 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F1 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
            # [致動器] 出料真空吸料機 ON
            data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "on" }
            print('data: ', data)
            # mqtt_f(data)
            # 暫停 3 秒
            timer = time.time()
            while True:
                if (time.time() - timer) > 3 :
                    # [致動器] 蝴蝶閥 ON
                    data = { "tank_num": "F1", "command": "tank_diskvalve_status", "value": "on" }
                    print('data: ', data)
                    # mqtt_f(data)
                    break
            timer = time.time()
            while True:
                if (time.time() - timer) > Ferment_Output_vacuumON_time:
                    # [致動器] 出料真空吸料機 OFF
                    data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
                    print('data: ', data)
                    # mqtt_f(data)
                    timer = time.time()
                    break
            while True:
                if (time.time() - timer) > Ferment_Output_vacuumOFF_time:
                    break
        elif F2 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F2 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
        elif F3 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F3 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
        elif F4 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F4 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
        elif F5 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F5 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
        elif F6 == 'F_OutputtingBean':
            FO1 = 'FO_InputtingBean'
            print('------- F6 狀態更新：出豆中 -------')
            print('------- FO1 狀態更新：入豆中 -------')
    # 出料儲豆槽入料滿時, 出料儲豆槽狀態改為可出豆 (需判斷是哪個桶槽, 好關閉蝴蝶閥)
    elif FO1 == 'FO_InputtingBean' and FO_UP_UltraSoniclist[0] >= Ferment_Output_bean_height:
        if F1 == 'F_OutputtingBean':
            FO1 = 'FO_OutputtingBean'
            print('------- FO1 狀態更新：可出豆 -------')
            # [致動器] 出料真空吸料機 OFF
            data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
            # [致動器] 蝴蝶閥 OFF
            data = { "tank_num": "F1", "command": "tank_diskvalve_status", "value": "off" }
            print('data: ', data)
            # mqtt_f(data)
        elif F2 == 'F_OutputtingBean':
            pass # TODO ←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←←← 1020 TODO
    # 出料儲豆槽入料時, 桶槽已空, 則桶槽回到空桶等待, 出料儲豆槽可出豆 ←←←←←←←←←←←←←←←←←←←←←←←←←← 1012 這段怪怪的
    elif FO1 == 'FO_InputtingBean' and Ferment_OutputtingBean_number == 1:
        if F1 == 'F_OutputtingBean':
            if F_UP_UltraSoniclist[0] < Ferment_Tank_bean_empty:
                FO1 = 'FO_OutputtingBean'
                print('------- FO1 狀態更新：可出豆 -------')
                # 增加消毒電磁閥開關
                # [致動器] 消毒電磁閥 ON
                data = { "tank_num": "F1", "command": "tank_solenoid_disinfect_status", "value": "on" }
                print('data: ', data)
                # mqtt_f(data)
                # 暫停 (消毒時間) 秒
                timer = time.time()
                while True:
                    if (time.time() - timer) > Ferment_Tank_Disinfect_time :
                        # [致動器] 消毒電磁閥 OFF
                        data = { "tank_num": "F1", "command": "tank_solenoid_disinfect_status", "value": "off" }
                        print('data: ', data)
                        # mqtt_f(data)
                        break
                print('------- F1 狀態更新：空桶等待 -------')
                F1 = 'F_Waiting'
            else:
                # [致動器] 出料真空吸料機 ON
                data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "on" }
                print('data: ', data)
                # mqtt_f(data)
                # 暫停 3 秒
                timer = time.time()
                while True:
                    if (time.time() - timer) > 3 :
                        # [致動器] 蝴蝶閥 ON
                        data = { "tank_num": "F1", "command": "tank_diskvalve_status", "value": "on" }
                        print('data: ', data)
                        # mqtt_f(data)
                        break
                timer = time.time()
                while True:
                    if (time.time() - timer) > Ferment_Output_vacuumON_time:
                        # [致動器] 出料真空吸料機 OFF
                        data = { "tank_num": "F1", "command": "input_vacuum_status", "value": "off" }
                        print('data: ', data)
                        # mqtt_f(data)
                        timer = time.time()
                        break
                while True:
                    if (time.time() - timer) > Ferment_Output_vacuumOFF_time:
                        break
        elif F2 == 'F_OutputtingBean' and F_UP_UltraSoniclist[1] < 5:
            F2 = 'F_Waiting'
            FO1 = 'FO_OutputtingBean'
            print('------- F2 狀態更新：空桶等待 -------')
            print('------- FO1 狀態更新：可出豆 -------')
        elif F3 == 'F_OutputtingBean' and F_UP_UltraSoniclist[2] < 5:
            F3 = 'F_Waiting'
            FO1 = 'FO_OutputtingBean'
            print('------- F3 狀態更新：空桶等待 -------')
            print('------- FO1 狀態更新：可出豆 -------')
        elif F4 == 'F_OutputtingBean' and F_UP_UltraSoniclist[3] < 5:
            F4 = 'F_Waiting'
            FO1 = 'FO_OutputtingBean'
            print('------- F4 狀態更新：空桶等待 -------')
            print('------- FO1 狀態更新：可出豆 -------')
        elif F5 == 'F_OutputtingBean' and F_UP_UltraSoniclist[4] < 5:
            F5 = 'F_Waiting'
            FO1 = 'FO_OutputtingBean'
            print('------- F5 狀態更新：空桶等待 -------')
            print('------- FO1 狀態更新：可出豆 -------')
        elif F6 == 'F_OutputtingBean' and F_UP_UltraSoniclist[5] < 5:
            F6 = 'F_Waiting'
            FO1 = 'FO_OutputtingBean'
            print('------- F6 狀態更新：空桶等待 -------')
            print('------- FO1 狀態更新：可出豆 -------')
    # 出料儲豆槽出料 且 儲豆槽內高度低於 5 , 為空桶等待
    elif FO1 == 'FO_OutputtingBean' and FO_UP_UltraSoniclist[0] < Ferment_Output_bean_empty:
        FO1 = 'FO_Waiting'

    # ----- 發酵入料儲豆槽 FI1~FI2 入豆→可出豆判斷 ------------------------------
    # 1008 移到桶槽前面

    # ----- 發酵出料儲豆槽 FO1~FO2 入豆→可出豆判斷 ------------------------------
    # 1012 移到桶槽可出豆內

    # ----- 將狀態寫入資料庫 ------------------------------
    # 獲取文本框的值並賦值給user實體對象
    F_status = ferment_container_status()
    F_status.Ferment_Input_1 = FI1
    F_status.Ferment_Input_2 = FI2
    F_status.Ferment_Tank_1 = F1
    F_status.Ferment_Tank_2 = F2
    F_status.Ferment_Tank_3 = F3
    F_status.Ferment_Tank_4 = F4
    F_status.Ferment_Tank_5 = F5
    F_status.Ferment_Tank_6 = F6
    F_status.Ferment_Tank_7 = F7
    F_status.Ferment_Tank_8 = F8
    F_status.Ferment_Tank_9 = F9
    F_status.Ferment_Tank_10 = F10
    F_status.Ferment_Tank_11 = F11
    F_status.Ferment_Tank_12 = F12
    F_status.Ferment_Output_1 = FO1
    F_status.Ferment_Output_2 = FO2
    #將數據保存進資料庫
    db.session.add(F_status)
    # 手動提交
    db.session.commit()
    # ----- 將狀態寫入資料庫 ------------------------------

    return jsonify({"Peel_Output_1":PO1,
                    "Ferment_Input_1":FI1,
                    "Ferment_Tank_1":F1,
                    "Ferment_Tank_2":F2,
                    "Ferment_Tank_3":F3,
                    "Ferment_Tank_4":F4,
                    "Ferment_Tank_5":F5,
                    "Ferment_Tank_6":F6,
                    "Ferment_Output_1":FO1
                    })
    '''
    return jsonify({"Ferment_Input_1":FI1,
                        "Ferment_Input_2":FI2,
                        "Ferment_Tank_1":F1,
                        "Ferment_Tank_2":F2,
                        "Ferment_Tank_3":F3,
                        "Ferment_Tank_4":F4,
                        "Ferment_Tank_5":F5,
                        "Ferment_Tank_6":F6,
                        "Ferment_Tank_7":F7,
                        "Ferment_Tank_8":F8,
                        "Ferment_Tank_9":F9,
                        "Ferment_Tank_10":F10,
                        "Ferment_Tank_11":F11,
                        "Ferment_Tank_12":F12,
                        "Ferment_Output_1":FO1,
                        "Ferment_Output_2":FO2
                        })

    '''
# 1026 以流程圖判斷, 改寫 def ferment_auto_test, 以上為原備份 

# 舊有 video 介面
@main.route('/video')
def main_video():
    # 獲取登入信息
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')

        return render_template('video.html', params=locals())
    else:
        return render_template('sign_in.html')

@main.route('/sitemap')
def sitemap():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            print('username:　', username)
            print('status: ', status)

            if status == 9:
                return render_template('signin_disable.html', **locals())
            elif status == 8:
                return render_template('signin_new.html', **locals())

            return render_template('sitemap.html', **locals())
        else:
            return render_template('sign_in.html')

@main.route('/index_navbar', methods=['GET'])
def index_navbar():
    return render_template('index_navbar.html')

@main.route('/camera_dry', methods=['GET', 'POST'])
def camera_dry():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']

            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')

            return render_template('camera_dry.html', title='乾燥貨櫃攝影機', **locals())
        else:
            return render_template('sign_in.html')

@main.route('/camera_ferment', methods=['GET', 'POST'])
def camera_ferment():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']

            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')

            return render_template('camera_ferment.html', title='發酵貨櫃攝影機', **locals())
        else:
            return render_template('sign_in.html')
        
@main.route('/camera_clean', methods=['GET', 'POST'])
def camera_clean():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']

            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')

            return render_template('camera_clean.html', title='清洗貨櫃攝影機', **locals())
        else:
            return render_template('sign_in.html')

@main.route('/camera_dry_1', methods=['GET', 'POST'])
def camera_dry_2():
    if request.method == 'GET':
        return render_template('camera_dry_1.html', title='乾燥貨櫃攝影機', **locals())

@main.route('/camera_<tid>', methods=['GET', 'POST'])
def camera(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']

            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')

            if tid == 'CCargo_in':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '清洗貨櫃內部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())

            elif tid == 'CCargo_out':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '清洗貨櫃外部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())

            elif tid == 'FCargo_in':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '發酵貨櫃內部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())

            elif tid == 'FCargo_out':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '發酵貨櫃外部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())

            elif tid == 'DCargo_in':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '乾燥貨櫃內部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())

            elif tid == 'DCargo_out':
                WS_URL = 'ws:///60.250.156.230:1111'
                camera_title = '乾燥貨櫃外部'
                return render_template('camera.html', title='[畫面]' + camera_title, **locals())


            elif tid[:2] == 'DO':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '乾燥出料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:2] == 'DI':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '乾燥入料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:1] == 'D':
                WS_URL_list = ['ws:///60.250.156.230:8093',     # D1 攝影機已安裝
                            'ws:///60.250.156.230:2222',
                            'ws:///60.250.156.230:3333',
                            'ws:///60.250.156.230:4444',
                            'ws:///60.250.156.230:5555',
                            'ws:///60.250.156.230:6666',
                            'ws:///60.250.156.230:7777',
                            'ws:///60.250.156.230:8888',
                            'ws:///60.250.156.230:9999',
                            'ws:///60.250.156.230:1010',
                            'ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:1212'
                            ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '乾燥槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:2] == 'FO':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '發酵出料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())
            elif tid[:2] == 'FI':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '發酵入料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())
            elif tid[:1] == 'F':
                WS_URL_list = ['ws:///60.250.156.230:8089',     # F1 攝影機已安裝
                            'ws:///60.250.156.230:2222',
                            'ws:///60.250.156.230:3333',
                            'ws:///60.250.156.230:4444',
                            'ws:///60.250.156.230:5555',
                            'ws:///60.250.156.230:6666',
                            'ws:///60.250.156.230:7777',
                            'ws:///60.250.156.230:8888',
                            'ws:///60.250.156.230:9999',
                            'ws:///60.250.156.230:1010',
                            'ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:1212'
                            ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '發酵槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:2] == 'CO':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '清洗浮選出料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:1] == 'C':
                WS_URL_list = ['ws:///60.250.156.230:8088',     # C1 攝影機已安裝
                               'ws:///60.250.156.230:2222',
                               'ws:///60.250.156.230:3333',
                               'ws:///60.250.156.230:4444'
                              ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '清洗浮選槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:2] == 'SO':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '色選機出料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:1] == 'S':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '色選機'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:2] == 'PO':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[2:])-1]
                camera_title = '脫皮機出料儲豆槽'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:1] == 'P':
                WS_URL_list = ['ws:///60.250.156.230:1111',
                            'ws:///60.250.156.230:2222'
                            ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '脫皮機'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())

            elif tid[:1] == 'R':
                WS_URL_list = ['ws:///60.250.156.230:1111'
                              ]
                WS_URL = WS_URL_list[int(tid[1:])-1]
                camera_title = '中水桶'
                return render_template('camera.html', title='[畫面]' + camera_title + ' ' + tid, **locals())
        else:
            return render_template('sign_in.html')

    else:
        pass

@main.route('/dry_SHT11_<dtid>', methods=['GET', 'POST'])
def dry_SHT11(dtid):
    if request.method == 'GET':
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D' + dtid).order_by(text('datetime desc')).first()
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D' + dtid).order_by(text('datetime desc')).first()
        SHT11_Temp = tank_SHT11.SHT11_Temp
        SHT11_Humidity = tank_SHT11.SHT11_Humidity
        Soil_Temp = tank_Soil.soil_Temp

        return jsonify({"SHT11_Temp":SHT11_Temp,
                        "SHT11_Humidity":SHT11_Humidity,
                        "Soil_Temp":Soil_Temp
                        })                
    else:
        pass

@main.route('/dry_UltraSonic_<dtid>', methods=['GET', 'POST'])
def dry_UltraSonic(dtid):
    if request.method == 'GET':
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D' + dtid).order_by(text('datetime desc')).first()
        UltraSonic = tank_UltraSonic.UltraSonic
        return jsonify({"UltraSonic":UltraSonic
                        })                
    else:
        pass

@main.route('/dry_input_UltraSonic_<dtid>', methods=['GET', 'POST'])
def dry_input_UltraSonic(dtid):
    if request.method == 'GET':
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI' + dtid).order_by(text('datetime desc')).first()
        UltraSonic = input_UltraSonic.UltraSonic

        return jsonify({"UltraSonic":UltraSonic
                        })                
    else:
        pass

@main.route('/dry_output_UltraSonic_<dtid>', methods=['GET', 'POST'])
def dry_output_UltraSonic(dtid):
    if request.method == 'GET':
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO' + dtid).order_by(text('datetime desc')).first()
        UltraSonic = output_UltraSonic.UltraSonic

        return jsonify({"UltraSonic":UltraSonic
                        })                
    else:
        pass

@main.route('/ferment_SHT11_<ftid>', methods=['GET', 'POST'])
def ferment_SHT11(ftid):
    if request.method == 'GET':
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        SHT11_Temp = tank_SHT11.SHT11_Temp

        return jsonify({"SHT11_Temp":SHT11_Temp
                        })                
    else:
        pass

@main.route('/ferment_WaterLevel_<ftid>', methods=['GET', 'POST'])
def ferment_WaterLevel(ftid):
    if request.method == 'GET':
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        WaterLevel = tank_WaterLevel.WaterLevel

        return jsonify({"WaterLevel":WaterLevel
                        })                
    else:
        pass
    
@main.route('/ferment_WaterIn_<ftid>', methods=['GET', 'POST'])
def ferment_WaterIn(ftid):
    if request.method == 'GET':
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        UltraSonic = (float(tank_UltraSonic.UltraSonic))
        # tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        # PressureWaterLevel = '{:.2f}'.format((float(tank_PressureWaterLevel.PressureWaterLevel) -15 -90.278)/9.4214)
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        WaterLevel = tank_WaterLevel.WaterLevel

        return jsonify({"UltraSonic":UltraSonic,
                        "WaterLevel":WaterLevel
                        })
    else:
        pass

@main.route('/ferment_UltraSonic_<ftid>', methods=['GET', 'POST'])
def ferment_UltraSonic(ftid):
    if request.method == 'GET':
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        UltraSonic = (float(tank_UltraSonic.UltraSonic))

        return jsonify({"UltraSonic":UltraSonic
                        })                
    else:
        pass

'''
@main.route('/ferment_LiDAR_<ftid>', methods=['GET', 'POST'])
def ferment_LiDAR(ftid):
    if request.method == 'GET':
        tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        LiDAR = tank_LiDAR.LiDAR

        return jsonify({"LiDAR":LiDAR
                        })
    else:
        pass
'''
@main.route('/ferment_input_UltraSonic_<ftid>', methods=['GET', 'POST'])
def ferment_input_UltraSonic_(ftid):
    if request.method == 'GET':
        input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='FI' + ftid).order_by(text('datetime desc')).first()
        UltraSonic = input_UltraSonic.UltraSonic

        return jsonify({"UltraSonic":UltraSonic
                        })
    else:
        pass
    

@main.route('/ferment_output_UltraSonic_<ftid>', methods=['GET', 'POST'])
def ferment_output_UltraSonic_(ftid):
    if request.method == 'GET':
        output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO' + ftid).order_by(text('datetime desc')).first()
        UltraSonic = output_UltraSonic.UltraSonic

        return jsonify({"UltraSonic":UltraSonic
                        })
    else:
        pass

@main.route('/ferment_watertesting_<tid>', methods=['GET', 'POST'])
def ferment_watertesting(tid):
    if request.method == 'GET':
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
        tank_ORP = ferment_tank_ORP.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
        tank_DO = ferment_tank_DO.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
        tank_EC = ferment_tank_EC.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
        PH = tank_PH.PH
        ORP = tank_ORP.ORP
        DO = tank_DO.DO
        EC = tank_EC.EC
        return jsonify({"PH":PH,
                        "ORP":ORP,
                        "DO":DO,
                        "EC":EC,
                        })
'''
@main.route('/ferment_PressureWaterLevel_<ftid>', methods=['GET', 'POST'])
def ferment_PressureWaterLevel(ftid):
    if request.method == 'GET':
        tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F' + ftid).order_by(text('datetime desc')).first()
        PressureWaterLevel = float(tank_PressureWaterLevel.PressureWaterLevel) 
        #PressureWaterLevel = '{:.2f}'.format((float(tank_PressureWaterLevel.PressureWaterLevel) -15 -90.278)/9.4214)
        print("PressureWaterLevel_start: ", PressureWaterLevel)

        return jsonify({"PressureWaterLevel":PressureWaterLevel
                        })
        # 此段刪除
        while int(PressureWaterLevel) < int(testing_water_height):
            tank_water_status = 'NO'
            time.sleep(3)
            # print(ferment_water_height(testing_water_height))


            # [目前桶內水位高度]發酵槽_感測器_壓力式水位計
            tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F1').order_by(text('datetime desc')).first()
            PressureWaterLevel = tank_PressureWaterLevel.PressureWaterLevel
            print("-- MySQL --")
            print("tank_PressureWaterLevel: ", tank_PressureWaterLevel)

            # tank_water_height()
            # print("PressureWaterLevel_while: ", PressureWaterLevel)
            ferment_water_height(testing_water_height)

            return jsonify({"testing_water_height":testing_water_height,
                            "tank_water_status":tank_water_status
                            })
        else:
            tank_water_status = 'OK'
            print("PressureWaterLevel_else: ", PressureWaterLevel)
            return jsonify({"testing_water_height":testing_water_height,
                            "tank_water_status":tank_water_status
                            })
'''



'''
def tank_water_height():
    tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F1').order_by(text('datetime desc')).first()
    PressureWaterLevel = tank_PressureWaterLevel.PressureWaterLevel
    print("tank_water_height", PressureWaterLevel)
    return PressureWaterLevel
'''

@main.route('/loading/R<rtid>', methods=['GET', 'POST'])
def R_loading(rtid):
    if request.method == 'GET':
        # 致動器_中水桶
        tank_actuator = reclaimed_tank_actuator.query.filter_by(tank_num='R'+rtid).order_by(text('datetime desc')).first()
        tank_solenoid_water_in = tank_actuator.solenoid_water_in
        tank_solenoid_reclaimed_out = tank_actuator.solenoid_reclaimed_out
        tank_solenoid_water_out = tank_actuator.solenoid_water_out
        tank_pump_reclaimed_out = tank_actuator.pump_reclaimed_out

        return jsonify({"tank_solenoid_water_in":tank_solenoid_water_in,
                        "tank_solenoid_reclaimed_out":tank_solenoid_reclaimed_out,
                        "tank_solenoid_water_out":tank_solenoid_water_out,
                        "tank_pump_reclaimed_out":tank_pump_reclaimed_out
                        })
    else:
        pass

@main.route('/loading/SO<sotid>', methods=['GET', 'POST'])
def SO_loading(sotid):
    if request.method == 'GET':
        # 致動器_脫皮機_ALL
        output_actuator = colorselect_output_actuator.query.filter_by(tank_num='SO'+sotid).order_by(text('datetime desc')).first()
        output_vacuum = output_actuator.vacuum

        return jsonify({"output_vacuum":output_vacuum
                        })
    else:
        pass

@main.route('/loading/S<stid>', methods=['GET', 'POST'])
def S_loading(stid):
    if request.method == 'GET':
        # 致動器_色選機
        tank_actuator = colorselect_tank_actuator.query.filter_by(tank_num='S'+stid).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_motor = tank_actuator.motor
        tank_nozzle = tank_actuator.nozzle
        # 致動器_超音波感測器colorselect_tank_UltraSonic
        tank_UltraSonic = colorselect_tank_UltraSonic.query.filter_by(tank_num='S'+stid).order_by(text('datetime desc')).first()
        UltraSonic = tank_UltraSonic.UltraSonic
        # 致動器_顏色感測器
        tank_color = colorselect_tank_color.query.filter_by(tank_num='S'+stid).order_by(text('datetime desc')).first()
        color = tank_color.color
        
        return jsonify({"tank_vacuum":tank_vacuum,
                        "tank_motor":tank_motor,
                        "tank_nozzle":tank_nozzle,
                        "UltraSonic":UltraSonic,
                        "color":color
                        })
    else:
        pass

@main.route('/loading/PO<potid>', methods=['GET', 'POST'])
def PO_loading(potid):
    if request.method == 'GET':
        # 致動器_脫皮機_ALL
        output_actuator = peel_output_actuator.query.filter_by(tank_num='PO'+potid).order_by(text('datetime desc')).first()
        output_vacuum = output_actuator.vacuum

        return jsonify({"output_vacuum":output_vacuum
                        })
    else:
        pass

@main.route('/loading/P<ptid>', methods=['GET', 'POST'])
def P_loading(ptid):
    if request.method == 'GET':
        # 致動器_脫皮機_ALL
        tank_actuator = peel_tank_actuator.query.filter_by(tank_num='P'+ptid).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_motor = tank_actuator.motor

        return jsonify({"tank_vacuum":tank_vacuum, 
                        "tank_motor":tank_motor})

    else:
        pass


@main.route('/loading/CO<cotid>', methods=['GET', 'POST'])
def CO_loading(cotid):
    if request.method == 'GET':
        output_actuator = clean_output_actuator.query.filter_by(tank_num='CO'+cotid).order_by(text('datetime desc')).first()
        output_vacuum = output_actuator.vacuum

        return jsonify({"output_vacuum":output_vacuum
                        })
    else:
        pass


@main.route('/loading/C<ctid>', methods=['GET', 'POST'])
def C_loading(ctid):
    if request.method == 'GET':
        # 致動器_浮選清洗_ALL
        tank_actuator = cleann_tank_actuator.query.filter_by(tank_num='C'+str(ctid)).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_threewayvalve_input = tank_actuator.threewayvalve_input
        tank_motor = tank_actuator.motor
        tank_solenoid_reclaimed_in = tank_actuator.solenoid_reclaimed_in
        tank_solenoid_water_in = tank_actuator.solenoid_water_in
        tank_pump_water_in = tank_actuator.pump_water_in
        tank_solenoid_water_out = tank_actuator.solenoid_water_out
        tank_solenoid_reclaimed_out = tank_actuator.solenoid_reclaimed_out
        tank_solenoid_disinfect = tank_actuator.solenoid_disinfect
        tank_pump_disinfect = tank_actuator.pump_disinfect
        tank_diskvalve = tank_actuator.diskvalve
        
        # 感測器_浮選清洗_超音波感測器
        tank_UltraSonic = clean_tank_UltraSonic.query.filter_by(tank_num='C'+str(ctid)).order_by(text('datetime desc')).first()
        UltraSonic = tank_UltraSonic.UltraSonic
        tank_Encoder = clean_tank_Encoder.query.filter_by(tank_num='C'+str(ctid)).order_by(text('datetime desc')).first()
        Encoder = tank_Encoder.Encoder
        tank_Turbidity = clean_tank_Turbidity.query.filter_by(tank_num='C'+str(ctid)).order_by(text('datetime desc')).first()
        tankTurbidity = tank_Turbidity.tankTurbidity
        filter_Turbidity = clean_filter_Turbidity.query.filter_by(tank_num='C'+str(ctid)).order_by(text('datetime desc')).first()
        filterTurbidity = filter_Turbidity.filterTurbidity

        # tank_pump_waterInput = tank_actuator.pump_waterInput
        # tank_pump_waterL2L3 = tank_actuator.pump_waterL2L3
        # tank_pump_waterL4L5 = tank_actuator.pump_waterL4L5
        # tank_solenoid_waterL2L3 = tank_actuator.solenoid_waterL2L3
        # tank_solenoid_waterL4L5 = tank_actuator.solenoid_waterL4L5
        # tank_stepping_motor = tank_actuator.stepping_motor

        return jsonify({"UltraSonic":UltraSonic,
                        "Encoder":Encoder,
                        "tankTurbidity":tankTurbidity,
                        "filterTurbidity":filterTurbidity,
                        "tank_vacuum":tank_vacuum, 
                        "tank_threewayvalve_input":tank_threewayvalve_input, 
                        "tank_motor":tank_motor, 
                        "tank_solenoid_reclaimed_in":tank_solenoid_reclaimed_in, 
                        "tank_solenoid_water_in":tank_solenoid_water_in,
                        "tank_pump_water_in":tank_pump_water_in, 
                        "tank_solenoid_water_out":tank_solenoid_water_out,
                        "tank_solenoid_reclaimed_out":tank_solenoid_reclaimed_out,
                        "tank_solenoid_disinfect":tank_solenoid_disinfect,
                        "tank_pump_disinfect":tank_pump_disinfect,
                        "tank_diskvalve":tank_diskvalve
                        })
    else:
        pass


@main.route('/loading/F<ftid>', methods=['GET', 'POST'])
def F_loading(ftid):
    if request.method == 'GET':
        # 致動器_發酵槽_ALL
        tank_actuator = ferment_tank_actuator.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_threewayvalve_input = tank_actuator.threewayvalve_input
        tank_diskvalve = tank_actuator.diskvalve
        solenoid_tank_pump = tank_actuator.solenoid_tank_pump
        tank_solenoid_disinfect = tank_actuator.solenoid_tank_disinfect
        outer_solenoid_water = tank_actuator.solenoid_outer_water
        tank_solenoid_water_in = tank_actuator.solenoid_tank_water_in
        tank_solenoid_water_out = tank_actuator.solenoid_tank_water_out
        tank_pump_sensor = tank_actuator.pump_sensor
        outer_threewayvalve_float = tank_actuator.threewayvalve_outer_float

        tank_motor = tank_actuator.motor
        tank_heater1 = tank_actuator.heater1
        tank_heater2 = tank_actuator.heater2
        tank_temp_enable = tank_actuator.temp_enable
        tank_temp = tank_actuator.temp

        # 感測器_發酵桶_SHT11
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        SHT11_Humidity = float(tank_SHT11.SHT11_Humidity)
        # 感測器_發酵桶_二氧化碳
        tank_CO2 = ferment_tank_CO2.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        CO2 = float(tank_CO2.CO2)
        # 感測器_發酵桶_酸鹼值
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        tank_ORP = ferment_tank_ORP.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        tank_DO = ferment_tank_DO.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        tank_EC = ferment_tank_EC.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        PH = float(tank_PH.PH)
        ORP = float(tank_ORP.ORP)
        DO = float(tank_DO.DO)
        EC = float(tank_EC.EC)
        # 感測器_發酵桶_氣壓
        tank_PA = ferment_tank_PA.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        PA = float(tank_PA.PA)
        # 感測器_發酵桶_超音波感測器
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        UltraSonic= (float(tank_UltraSonic.UltraSonic))
        # 感測器_發酵桶_保溫夾層水位計
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        WaterLevel = tank_WaterLevel.WaterLevel
        # 感測器_發酵桶_咖啡生豆高度
        # tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        # LiDAR = tank_LiDAR.LiDAR
        # 感測器_發酵桶_水位高度
        # tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        # PressureWaterLevel = '{:.2f}'.format((float(tank_PressureWaterLevel.PressureWaterLevel) -15 -90.278)/9.4214)
        # 感測器_發酵桶_馬達編碼器
        tank_motorEncoder = ferment_tank_motorEncoder.query.filter_by(tank_num='F'+ftid).order_by(text('datetime desc')).first()
        motorEncoder = tank_motorEncoder.motorEncoder

        return jsonify({"SHT11_Temp": SHT11_Temp,
                        "SHT11_Humidity":SHT11_Humidity,
                        "CO2":CO2,
                        "PH":PH,
                        "ORP":ORP,
                        "DO":DO,
                        "EC":EC,
                        "PA":PA,
                        "WaterLevel":WaterLevel,
                        "UltraSonic":UltraSonic,
                        "motorEncoder":motorEncoder,
                        
                        "tank_vacuum":tank_vacuum,
                        "tank_threewayvalve_input":tank_threewayvalve_input,
                        "tank_diskvalve":tank_diskvalve,
                        "solenoid_tank_pump":solenoid_tank_pump,
                        "tank_solenoid_disinfect":tank_solenoid_disinfect,
                        "outer_solenoid_water":outer_solenoid_water,
                        "tank_solenoid_water_in":tank_solenoid_water_in,
                        "tank_solenoid_water_out":tank_solenoid_water_out,
                        "tank_pump_sensor":tank_pump_sensor,
                        "outer_threewayvalve_float":outer_threewayvalve_float,
                        "tank_motor":tank_motor,
                        "tank_heater1":tank_heater1,
                        "tank_heater2":tank_heater2,
                        "tank_temp_enable":tank_temp_enable,
                        "tank_temp":tank_temp
                        })
    else:
        pass
    

@main.route('/loading/FI<fitid>', methods=['GET', 'POST'])
def FI_loading(fitid):
    if request.method == 'GET':
        input_actuator = ferment_input_actuator.query.filter_by(tank_num='F'+fitid).order_by(text('datetime desc')).first()
        input_vacuum = input_actuator.vacuum
        input_sensor = ferment_input_UltraSonic.query.filter_by(tank_num='F'+fitid).order_by(text('datetime desc')).first()
        # input_UltraSonic = float("{:.2f}".format(34.6 - float(input_sensor.UltraSonic)))
        input_UltraSonic = float(input_sensor.UltraSonic)

        return jsonify({"input_UltraSonic":input_UltraSonic,
                        "input_vacuum":input_vacuum
                        })
    else:
        pass

@main.route('/loading/FO<fotid>', methods=['GET', 'POST'])
def FO_loading(fotid):
    if request.method == 'GET':
        output_actuator = ferment_output_actuator.query.filter_by(tank_num='FO'+fotid).order_by(text('datetime desc')).first()
        output_vacuum = output_actuator.vacuum
        output_sensor = ferment_output_UltraSonic.query.filter_by(tank_num='FO'+fotid).order_by(text('datetime desc')).first()
        output_UltraSonic = output_sensor.UltraSonic

        tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+fotid).order_by(text('datetime desc')).first()
        LiDAR = tank_LiDAR.LiDAR

        return jsonify({"output_UltraSonic":output_UltraSonic,
                        "output_vacuum":output_vacuum,
                        "LiDAR":LiDAR
                        })
    else:
        pass


@main.route('/loading/DI<ditid>', methods=['GET', 'POST'])
def DI_loading(ditid):
    if request.method == 'GET':
        input_actuator = dry_input_brake.query.filter_by(tank_num='DI'+ditid).order_by(text('datetime desc')).first()
        input_vacuum = input_actuator.vacuum
        input_sensor = dry_input_sensor.query.filter_by(tank_num='DI'+ditid).order_by(text('datetime desc')).first()
        input_UltraSonic = input_sensor.UltraSonic

        return jsonify({"input_UltraSonic":input_UltraSonic,
                        "input_vacuum":input_vacuum
                        })
    else:
        pass

@main.route('/loading/DO<dotid>', methods=['GET', 'POST'])
def DO_loading(dotid):
    if request.method == 'GET':
        output_actuator = dry_output_brake.query.filter_by(tank_num='DO'+dotid).order_by(text('datetime desc')).first()
        output_vacuum = output_actuator.vacuum
        output_sensor = dry_output_sensor.query.filter_by(tank_num='DO'+dotid).order_by(text('datetime desc')).first()
        output_UltraSonic = output_sensor.UltraSonic

        return jsonify({"output_vacuum":output_vacuum,
                        "output_UltraSonic":output_UltraSonic
                        })
    else:
        pass

@main.route('/loading/D<dtid>', methods=['GET', 'POST'])
def D_loading(dtid):
    if request.method == 'GET':
        # 感測器_乾燥桶_超音波感測器
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num="D"+dtid).order_by(text('datetime desc')).first()
        UltraSonic = tank_UltraSonic.UltraSonic
        # 感測器_乾燥桶_SHT11
        tonow = dt.now()
        # 感測器_乾燥桶_SHT11
        print("tonow: ", tonow)
        time_del = timedelta(minutes=-60)
        bias_date_time = tonow + time_del
        # print(dt.now() >= dt(2021,11,29,17,35,36))
        # bias_min = tonow.minute + 3
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(dtid))\
                    .filter(dry_tank_SHT11.datetime >= bias_date_time)\
                    .order_by(text('datetime desc')).first()
        print("tank_SHT11: ", tank_SHT11, type(tank_SHT11))     # tank_SHT11:  <dry_tank_SHT11 2021-12-03 15:39:16> <class 'app.models.dry_tank_SHT11'>
        print("hasattr tank_SHT11: ", hasattr(object, 'tank_SHT11'))
        print("hasattr tank_SHT11.SHT11_Temp: ", hasattr(object, 'tank_SHT11.SHT11_Temp'))
        try:
            SHT11_Temp = tank_SHT11.SHT11_Temp
            SHT11_Humidity = tank_SHT11.SHT11_Humidity
        except AttributeError:
            SHT11_Temp = " — "
            SHT11_Humidity = " — "
        # if not hasattr(object, 'tank_SHT11.SHT11_Temp'):
        #     SHT11_Temp = " — "
        #     SHT11_Humidity = " — "
        # else:
        #     SHT11_Temp = tank_SHT11.SHT11_Temp
        #     SHT11_Humidity = tank_SHT11.SHT11_Humidity

        # tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num="D"+dtid).order_by(text('datetime desc')).first()
        # SHT11_Temp = tank_SHT11.SHT11_Temp
        # SHT11_Humidity = tank_SHT11.SHT11_Humidity
        # 感測器_乾燥桶_土壤三合一
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num="D"+dtid).order_by(text('datetime desc')).first()
        soil_Temp = tank_Soil.soil_Temp
        soil_Humidity = tank_Soil.soil_Humidity
        soil_EC = tank_Soil.soil_EC
        # 感測器_乾燥桶_氣壓
        tank_PA = dry_tank_PA.query.filter_by(tank_num="D"+dtid).order_by(text('datetime desc')).first()
        PA = tank_PA.PA
        # 致動器_乾燥桶_ALL
        tank_brake = dry_tank_brake.query.filter_by(tank_num="D"+dtid).order_by(text('datetime desc')).first()
        # tank_vacuum = 'ON' if i<100 else 2 if i>100 else 0
        tank_vacuum = tank_brake.vacuum
        tank_threewayvalve_input = tank_brake.threewayvalve_input
        tank_threewayvalve_bean = tank_brake.threewayvalve_bean
        tank_diskvalve = tank_brake.diskvalve
        tank_solenoid_disinfect = tank_brake.solenoid_disinfect
        tank_solenoid_water = tank_brake.solenoid_water
        tank_solenoid_outer_water = tank_brake.solenoid_outer_water
        tank_motor = tank_brake.motor
        tank_blower = tank_brake.blower
        tank_heater1 = tank_brake.heater1
        tank_heater2 = tank_brake.heater2
        tank_temp1_enable = tank_brake.temp1_enable
        tank_temp1 = tank_brake.temp1

        #return jsonify({"peeling": peeling_rpm})
        '''
        info = psutil.virtual_memory()
        print('記憶體使用: ', psutil.Process(os.getpid()).memory_info().rss)
        # print('總記憶體: ', info.total)
        print('記憶體占比: ', info.percent)
        print('cpu 個數: ', psutil.cpu_count())
        '''
        print("SHT11_Temp", SHT11_Temp)
        return jsonify({"UltraSonic":UltraSonic,
                        "SHT11_Temp": SHT11_Temp,
                        "SHT11_Humidity":SHT11_Humidity,
                        "soil_Temp":soil_Temp,
                        "soil_Humidity":soil_Humidity,
                        "soil_EC":soil_EC,
                        "PA":PA,
                        
                        "tank_vacuum":tank_vacuum,
                        "tank_threewayvalve_input":tank_threewayvalve_input,
                        "tank_threewayvalve_bean":tank_threewayvalve_bean,
                        "tank_diskvalve":tank_diskvalve,
                        "tank_solenoid_disinfect":tank_solenoid_disinfect,
                        "tank_solenoid_water":tank_solenoid_water,
                        "tank_solenoid_outer_water":tank_solenoid_outer_water,
                        "tank_motor":tank_motor,
                        "tank_blower":tank_blower,
                        "tank_heater1":tank_heater1,
                        "tank_heater2":tank_heater2,
                        "tank_temp1_enable":tank_temp1_enable,
                        "tank_temp1":tank_temp1
                        })

    else:
        pass


@main.route('/index_new')
def index_new():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html', **locals())
        elif status == 8:
            return render_template('signin_new.html', **locals())
    else:
        return render_template('oops.html', **locals())
        
    return render_template('index_new.html', title='Smart Coffee', **locals())

@main.route('/user/<name>')
def user(name):
    return render_template('hello.html', name=name)
'''
@main.route('/plot.png')
def plot():
    # 重新整理會有問題
    # 圖的寬和高
    fig = plt.figure()
    # 在圖中新增子圖, 通常多個圖才會用到？
    axis = fig.add_subplot(1, 1, 1)
    # x、 軸資料
    xs = range(100)
    ys = [random.randint(1, 50) for x in xs]
    axis.plot(xs, ys)
    canvas = FigureCanvas(fig)
    output = io.BytesIO()
    canvas.print_png(output)
    response = make_response(output.getvalue())
    response.mimetype = 'image/png'
    return response
'''

@main.route('/chart_<tank>/<sensor_name>/<tid>', methods=['GET', 'POST'])
def chart_D(tank, sensor_name, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        
        if tank == 'DI':
            return render_template('sensor_chart_DI.html', title='[圖表]' + tank + tid + '乾燥入料儲豆槽', **locals())
        elif tank == 'DO':
            return render_template('sensor_chart_DO.html', title='[圖表]' + tank + tid + '乾燥出料儲豆槽', **locals())
        elif tank == 'FI':
            return render_template('sensor_chart_FI.html', title='[圖表]' + tank + tid + '發酵入料儲豆槽', **locals())
        elif tank == 'FO':
            return render_template('sensor_chart_FO.html', title='[圖表]' + tank + tid + '發酵出料儲豆槽', **locals())
        elif tank == 'F':
            return render_template('sensor_chart_F.html', title='[圖表]' + tank + tid + '發酵槽', **locals())
        else:
            return render_template('sensor_chart_D.html', title='[圖表]' + tank + tid + '乾燥槽', **locals())

    elif request.method == 'POST':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html', **locals())
            elif status == 8:
                return render_template('signin_new.html', **locals())
        else:
            return render_template('oops.html', **locals())
        
        
        starttime = request.values['sensor_starttime']      # 2021-07-19T09:00
        endtime = request.values['sensor_endtime']          # 2021-07-19T12:00
        sensor_name = request.values['sensors']
        print('sensor_name:', sensor_name)


        # 判斷資料索取區間 起<迄 
        if starttime < endtime :
            # print('starttime endtime:', starttime, endtime)
            #　print('TF:', starttime<endtime )                    # 可以比較 起<迄
            # [html]2021-07-19T09:00 轉換成 [python]datetime.datetime(2021, 07, 19, 09, 00, 00) 
            start_YY = starttime[:4]                                                            # '2021'
            start_MM = starttime[6:7] if starttime[5:7][:1] == '0' else starttime[5:7]          # '07'
            start_DD = starttime[9:10] if starttime[8:10][:1] == '0' else starttime[8:10]       # '19'
            start_hh = starttime[12:13] if starttime[11:13][:1] == '0' else starttime[11:13]    # '09'
            start_mm = starttime[15:] if starttime[14:][:1] == '0' else starttime[14:]          # '00'
            start_ss = 0

            end_YY = endtime[:4]                                                            # '2021'
            end_MM = endtime[6:7] if endtime[5:7][:1] == '0' else endtime[5:7]              # '07'
            end_DD = endtime[9:10] if endtime[8:10][:1] == '0' else endtime[8:10]           # '19'
            end_hh = endtime[12:13] if endtime[11:13][:1] == '0' else endtime[11:13]        # '09'
            end_mm = endtime[15:] if endtime[14:][:1] == '0' else endtime[14:]              # '00'
            end_ss = 0

            time_range = []
            temp_range = []

            # 拿掉會 Error, 要使用沒有 GUI 的 matplotlib
            plt.switch_backend('agg')
            plt.figure()

            if tank == 'DI':
                print('DI')
                if sensor_name == 'UltraSonic':
                    for d in db.session.query(dry_input_sensor) \
                        .filter_by(tank_num='DI' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_input_sensor.datetime) \
                        .filter(dry_input_sensor.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_input_sensor.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.UltraSonic))
                print('time_range:', time_range)
                print('temp_range:', temp_range)
                return render_template('sensor_chart_DI.html', **locals())

            elif tank == 'DO':
                print('DO')
                if sensor_name == 'UltraSonic':
                    for d in db.session.query(dry_output_sensor) \
                        .filter_by(tank_num='DO' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_output_sensor.datetime) \
                        .filter(dry_output_sensor.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_output_sensor.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.UltraSonic))
                print('time_range:', time_range)
                print('temp_range:', temp_range)
                return render_template('sensor_chart_DO.html', **locals())

            elif tank == 'D':
                print('D')
                if sensor_name == 'SHT11_Temp':
                    for d in db.session.query(dry_tank_SHT11) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_SHT11.datetime) \
                        .filter(dry_tank_SHT11.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_SHT11.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.SHT11_Temp))
                    # 畫出 x 軸基準線
                    # plt.axhline(28.5, color= 'r')
                
                elif sensor_name == 'SHT11_Humidity':
                    for d in db.session.query(dry_tank_SHT11) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_SHT11.datetime) \
                        .filter(dry_tank_SHT11.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_SHT11.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.SHT11_Humidity))
                
                elif sensor_name == 'UltraSonic':
                    for d in db.session.query(dry_tank_UltraSonic) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_UltraSonic.datetime) \
                        .filter(dry_tank_UltraSonic.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_UltraSonic.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.UltraSonic))
                
                elif sensor_name == 'PA':
                    for d in db.session.query(dry_tank_PA) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_PA.datetime) \
                        .filter(dry_tank_PA.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_PA.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.PA))
                
                elif sensor_name == 'soil_Temp':
                    for d in db.session.query(dry_tank_Soil) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_Soil.datetime) \
                        .filter(dry_tank_Soil.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_Soil.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.soil_Temp))
                    # 畫出 x 軸基準線
                    plt.axhline(28.5, color= 'r')

                elif sensor_name == 'soil_Humidity':
                    for d in db.session.query(dry_tank_Soil) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_Soil.datetime) \
                        .filter(dry_tank_Soil.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_Soil.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.soil_Humidity))
                
                elif sensor_name == 'soil_EC':
                    for d in db.session.query(dry_tank_Soil) \
                        .filter_by(tank_num='D' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_Soil.datetime) \
                        .filter(dry_tank_Soil.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(dry_tank_Soil.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.soil_EC))
                print('time_range:', time_range)
                print('temp_range:', temp_range)

                return render_template('sensor_chart_D.html', **locals())

            elif tank == 'FI':
                print('FI')
                if sensor_name == 'UltraSonic':
                    for d in db.session.query(ferment_input_UltraSonic) \
                        .filter_by(tank_num='FI' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_input_UltraSonic.datetime) \
                        .filter(ferment_input_UltraSonic.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_input_UltraSonic.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.UltraSonic))
                print('time_range:', time_range)
                print('temp_range:', temp_range)
                return render_template('sensor_chart_FI.html', **locals())

            elif tank == 'FO':
                print('FO')
                if sensor_name == 'UltraSonic':
                    for d in db.session.query(ferment_output_UltraSonic) \
                        .filter_by(tank_num='FO' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_output_UltraSonic.datetime) \
                        .filter(ferment_output_UltraSonic.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_output_UltraSonic.datetime):
                        # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.UltraSonic))
                print('time_range:', time_range)
                print('temp_range:', temp_range)
                return render_template('sensor_chart_FO.html', **locals())

            elif tank == 'F':
                print('F')
                if sensor_name == 'LiDAR':
                    for d in db.session.query(ferment_tank_LiDAR) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_LiDAR.datetime) \
                        .filter(ferment_tank_LiDAR.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_LiDAR.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.LiDAR))

                elif sensor_name == 'motorEncoder':
                    print('sensor_name == motorEncoder')
                    for d in db.session.query(ferment_tank_motorEncoder) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_motorEncoder.datetime) \
                        .filter(ferment_tank_motorEncoder.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_motorEncoder.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.motorEncoder))
                    print('time_range: ' + time_range)
                    print('temp_range: ' + temp_range)

                elif sensor_name == 'PressureWaterLevel':
                    for d in db.session.query(ferment_tank_PressureWaterLevel) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_PressureWaterLevel.datetime) \
                        .filter(ferment_tank_PressureWaterLevel.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_PressureWaterLevel.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append('{:.2f}'.format(float(d.PressureWaterLevel)))

                elif sensor_name == 'SHT11_Temp':
                    for d in db.session.query(ferment_tank_SHT11) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_PressureWaterLevel.datetime) \
                        .filter(ferment_tank_SHT11.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_SHT11.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.SHT11_Temp))

                elif sensor_name == 'SHT11_Humidity':
                    for d in db.session.query(ferment_tank_SHT11) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_SHT11.datetime) \
                        .filter(ferment_tank_SHT11.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_SHT11.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.SHT11_Humidity))

                elif sensor_name == 'CO2':
                    for d in db.session.query(ferment_tank_CO2) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_CO2.datetime) \
                        .filter(ferment_tank_CO2.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_CO2.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.CO2))

                elif sensor_name == 'PH':
                    for d in db.session.query(ferment_tank_PH) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_PH.datetime) \
                        .filter(ferment_tank_PH.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_PH.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.PH))

                elif sensor_name == 'ORP':
                    for d in db.session.query(ferment_tank_ORP) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_ORP.datetime) \
                        .filter(ferment_tank_ORP.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_ORP.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.ORP))

                elif sensor_name == 'DO':
                    for d in db.session.query(ferment_tank_DO) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_DO.datetime) \
                        .filter(ferment_tank_DO.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_DO.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.DO))

                elif sensor_name == 'EC':
                    for d in db.session.query(ferment_tank_EC) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_EC.datetime) \
                        .filter(ferment_tank_EC.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_EC.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.EC))

                elif sensor_name == 'PA':
                    for d in db.session.query(ferment_tank_PA) \
                        .filter_by(tank_num='F' + tid) \
                        .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < ferment_tank_PA.datetime) \
                        .filter(ferment_tank_PA.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                        .order_by(ferment_tank_PA.datetime):
                        time_range.append(str(d.datetime))
                        temp_range.append(float(d.PA))
                





                print('time_range:', time_range)
                print('temp_range:', temp_range)
                return render_template('sensor_chart_F.html', **locals())

            

            '''
            # 設定 x 軸資料、y 軸資料、折線顏色
            plt.plot(time_range, temp_range, 'bo')
            # x 軸標題 (中文無法顯示)
            # plt.xlabel('time')
            # plt.ylabel(sensor_name)
            # x 軸 label 和垂直顯示, rotation='vertical'
            plt.xticks(time_range, rotation='vertical' )
            # 設定圖表標題
            plt.title(sensor_name) 
            # 調整圖片與周圍的間距
            plt.tight_layout()
            # plt.show()
            # 儲存圖片 應改為相對路徑 
            plt.savefig('C:/Users/USER/Rita/Coffee/CoffeeProject/app/static/img/new_plot.png')
            '''


        # 判斷資料索取區間 起>迄 
        else:
            return render_template('sensor_chart_D.html', **locals())
'''
@main.route('/chart_DI/<sensor_name>/<tid>', methods=['GET', 'POST'])
def chart_DI(sensor_name, tid):
    if request.method == 'GET':
        return render_template('sensor_chart_DI.html', **locals())

    elif request.method == 'POST':
        starttime = request.values['sensor_starttime']      # 2021-07-19T09:00
        endtime = request.values['sensor_endtime']          # 2021-07-19T12:00
        sensor_name = request.values['sensors']
        print('sensor_name:', sensor_name)


        # 判斷資料索取區間 起<迄 
        if starttime < endtime :
            start_YY = starttime[:4]                                                            # '2021'
            start_MM = starttime[6:7] if starttime[5:7][:1] == '0' else starttime[5:7]          # '07'
            start_DD = starttime[9:10] if starttime[8:10][:1] == '0' else starttime[8:10]       # '19'
            start_hh = starttime[12:13] if starttime[11:13][:1] == '0' else starttime[11:13]    # '09'
            start_mm = starttime[15:] if starttime[14:][:1] == '0' else starttime[14:]          # '00'
            start_ss = 0

            end_YY = endtime[:4]                                                            # '2021'
            end_MM = endtime[6:7] if endtime[5:7][:1] == '0' else endtime[5:7]              # '07'
            end_DD = endtime[9:10] if endtime[8:10][:1] == '0' else endtime[8:10]           # '19'
            end_hh = endtime[12:13] if endtime[11:13][:1] == '0' else endtime[11:13]        # '09'
            end_mm = endtime[15:] if endtime[14:][:1] == '0' else endtime[14:]              # '00'
            end_ss = 0

            time_range = []
            temp_range = []

            # 拿掉會 Error, 要使用沒有 GUI 的 matplotlib
            plt.switch_backend('agg')
            plt.figure()

            if sensor_name == 'UltraSonic':
                for d in db.session.query(dry_input_sensor) \
                    .filter_by(tank_num='DI' + tid) \
                    .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_UltraSonic.datetime) \
                    .filter(dry_tank_UltraSonic.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                    .order_by(dry_tank_UltraSonic.datetime):
                    # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                
                    time_range.append(str(d.datetime))
                    temp_range.append(float(d.UltraSonic))
                # 畫出 x 軸基準線
                # plt.axhline(28.5, color= 'r')
            
            print('time_range:', time_range)
            print('temp_range:', temp_range)
       
            return render_template('sensor_chart_DI.html', **locals())

        # 判斷資料索取區間 起>迄 
        else:
            return render_template('sensor_chart_DI.html', **locals())

@main.route('/chart_DO/<sensor_name>/<tid>', methods=['GET', 'POST'])
def chart_DO(sensor_name, tid):
    if request.method == 'GET':
        return render_template('sensor_chart_DO.html', **locals())

    elif request.method == 'POST':
        starttime = request.values['sensor_starttime']      # 2021-07-19T09:00
        endtime = request.values['sensor_endtime']          # 2021-07-19T12:00
        sensor_name = request.values['sensors']
        print('sensor_name:', sensor_name)


        # 判斷資料索取區間 起<迄 
        if starttime < endtime :
            start_YY = starttime[:4]                                                            # '2021'
            start_MM = starttime[6:7] if starttime[5:7][:1] == '0' else starttime[5:7]          # '07'
            start_DD = starttime[9:10] if starttime[8:10][:1] == '0' else starttime[8:10]       # '19'
            start_hh = starttime[12:13] if starttime[11:13][:1] == '0' else starttime[11:13]    # '09'
            start_mm = starttime[15:] if starttime[14:][:1] == '0' else starttime[14:]          # '00'
            start_ss = 0

            end_YY = endtime[:4]                                                            # '2021'
            end_MM = endtime[6:7] if endtime[5:7][:1] == '0' else endtime[5:7]              # '07'
            end_DD = endtime[9:10] if endtime[8:10][:1] == '0' else endtime[8:10]           # '19'
            end_hh = endtime[12:13] if endtime[11:13][:1] == '0' else endtime[11:13]        # '09'
            end_mm = endtime[15:] if endtime[14:][:1] == '0' else endtime[14:]              # '00'
            end_ss = 0

            time_range = []
            temp_range = []

            # 拿掉會 Error, 要使用沒有 GUI 的 matplotlib
            plt.switch_backend('agg')
            plt.figure()

            if sensor_name == 'UltraSonic':
                for d in db.session.query(dry_input_sensor) \
                    .filter_by(tank_num='DO' + tid) \
                    .filter(dt(int(start_YY), int(start_MM), int(start_DD), int(start_hh), int(start_mm), int(start_ss)) < dry_tank_UltraSonic.datetime) \
                    .filter(dry_tank_UltraSonic.datetime < dt(int(end_YY), int(end_MM), int(end_DD), int(end_hh), int(end_mm), int(end_ss))) \
                    .order_by(dry_tank_UltraSonic.datetime):
                    # print('d_test', f'{d.datetime} - {d.SHT11_Temp}')
                
                    time_range.append(str(d.datetime))
                    temp_range.append(float(d.UltraSonic))
                # 畫出 x 軸基準線
                # plt.axhline(28.5, color= 'r')
            
            print('time_range:', time_range)
            print('temp_range:', temp_range)
       
            return render_template('sensor_chart_DO.html', **locals())

        # 判斷資料索取區間 起>迄 
        else:
            return render_template('sensor_chart_DO.html', **locals())
            
'''
# Rita 測試
# 乾燥桶感測器/致動器測試
# Rita 須加上 <tid> 區分桶號 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

@main.route('/dry_tank/1', methods=['GET'])
def dry_tank():
    if request.method == 'GET':
        
        return render_template('dry_tank.html')

@main.route('/clean', methods=['GET'])
def clean():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')
    else:
        return render_template('oops.html')
    return render_template('clean.html', title='清洗貨櫃', **locals())

@main.route('/ferment', methods=['GET'])
def ferment():
    if 'id' in session and 'uname' in session and 'status' in session:
        username = session['uname']
        status = session['status']

        if status == 9:
            return render_template('signin_disable.html')
        elif status == 8:
            return render_template('signin_new.html')
    else:
        return render_template('oops.html')
    return render_template('ferment.html', title='發酵貨櫃', **locals())

@main.route('/dry', methods=['GET'])
def dry():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        return render_template('dry.html', title='乾燥貨櫃', **locals())

@main.route('/reclaimedwater_tank/<tid>', methods=['GET', 'POST'])
def reclaimedwater_tank(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_中水桶
        tank_actuator = reclaimed_tank_actuator.query.filter_by(tank_num='R'+tid).order_by(text('datetime desc')).first()
        tank_solenoid_water_in = tank_actuator.solenoid_water_in
        tank_solenoid_reclaimed_out = tank_actuator.solenoid_reclaimed_out
        tank_solenoid_water_out = tank_actuator.solenoid_water_out
        tank_pump_reclaimed_out = tank_actuator.pump_reclaimed_out
        
        return render_template('reclaimedwater_tank.html', title='[操作] 中水桶操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/colorselect_container_tank/<tid>', methods=['GET', 'POST'])
def colorselect_container_tank(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_色選機
        tank_actuator = colorselect_tank_actuator.query.filter_by(tank_num='S'+tid).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_motor = tank_actuator.motor
        tank_nozzle = tank_actuator.nozzle
        # 致動器_超音波感測器colorselect_tank_UltraSonic
        tank_UltraSonic = colorselect_tank_UltraSonic.query.filter_by(tank_num='S'+tid).order_by(text('datetime desc')).first()
        # 致動器_顏色感測器
        tank_color = colorselect_tank_color.query.filter_by(tank_num='S'+tid).order_by(text('datetime desc')).first()
        
        return render_template('colorselect_container_tank.html', title='[操作] S' + tid + ' 色選機操作介面', **locals())

    elif request.method == 'POST':
        pass
    
@main.route('/peel_container_tank/<tid>', methods=['GET', 'POST'])
def peel_container_tank(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_脫皮機_ALL 
        # tank_num='P'+str(tid)
        tank_actuator = peel_tank_actuator.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_motor = tank_actuator.motor
        # 感測器_脫皮機出料儲豆槽_超音波高度
        tank_UltraSonic = peel_output_UltraSonic.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_脫皮機出料儲豆槽_馬達編碼器
        tank_motorEncoder = peel_output_motorEncoder.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        
        return render_template('peel_container_tank.html', title='[操作] P' + tid + ' 脫皮機操作介面', **locals())

    elif request.method == 'POST':
        pass
    
@main.route('/peel_container/<tid>', methods=['GET', 'POST'])
def peel_container(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_入料儲豆槽_真空吸料機
        input_vacuum = peel_input_actuator.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        input_vacuum = input_vacuum.vacuum

        # 致動器_脫皮機_ALL
        tank_actuator = peel_tank_actuator.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = tank_actuator.vacuum
        tank_motor = tank_actuator.motor
        
        # 致動器_出料儲豆槽_真空吸料機
        output_vacuum = peel_output_actuator.query.filter_by(tank_num='P'+str(tid)).order_by(text('datetime desc')).first()
        output_vacuum = output_vacuum.vacuum
        
        return render_template('peel_container.html', title='脫皮機P' + tid + '總操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/clean_container/<tid>', methods=['GET', 'POST'])
def clean_container(tid):
    if request.method == 'GET':
        
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_入料儲豆槽_真空吸料機
        input_vacuum = clean_input_actuator.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        input_vacuum = 'ON' if (input_vacuum.vacuum == 1) else 'OFF'

        # 致動器_浮選清洗_ALL
        tank_actuator = clean_tank_actuator.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = 'ON' if tank_actuator.vacuum == 1 else 'OFF'

        tank_pump_waterInput = 'ON' if tank_actuator.pump_waterInput == 1 else 'OFF'
        tank_pump_waterL2L3 = 'ON' if tank_actuator.pump_waterL2L3 == 1 else 'OFF'
        tank_pump_waterL4L5 = 'ON' if tank_actuator.pump_waterL4L5 == 1 else 'OFF'
        tank_solenoid_waterL2L3 = 'ON' if tank_actuator.solenoid_waterL2L3 == 1 else 'OFF'
        tank_solenoid_waterL4L5 = 'ON' if tank_actuator.solenoid_waterL4L5 == 1 else 'OFF'
        tank_stepping_motor = tank_actuator.stepping_motor
        
        # 致動器_出料儲豆槽_真空吸料機
        output_vacuum = clean_output_actuator.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        output_vacuum = 'ON' if (output_vacuum.vacuum == 1) else 'OFF'

        # 感測器_浮選清洗_超音波感測器
        tank_UltraSonic = clean_tank_UltraSonic.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        
        
        return render_template('clean_container.html', title='[操作] C' + tid + ' 清洗浮選槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/clean_container_tank/<tid>', methods=['GET', 'POST'])
def clean_container_tank(tid):
    if request.method == 'GET':

        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        
        # 致動器_浮選清洗_ALL
        tank_actuator = cleann_tank_actuator.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        try:
            tank_vacuum = tank_actuator.vacuum
        except AttributeError:
            tank_vacuum = 'noValue'
        try:
            tank_threewayvalve_input = tank_actuator.threewayvalve_input
        except AttributeError:
            tank_threewayvalve_input = 'noValue'
        try:
            tank_motor = tank_actuator.motor
        except AttributeError:
            tank_motor = 'noValue'
        try:
            tank_solenoid_reclaimed_in = tank_actuator.solenoid_reclaimed_in
        except AttributeError:
            tank_solenoid_reclaimed_in = 'noValue'
        try:
            tank_solenoid_water_in = tank_actuator.solenoid_water_in
        except AttributeError:
            tank_solenoid_water_in = 'noValue'
        try:
            tank_pump_water_in = tank_actuator.pump_water_in
        except AttributeError:
            tank_pump_water_in = 'noValue'
        try:
            tank_solenoid_water_out = tank_actuator.solenoid_water_out
        except AttributeError:
            tank_solenoid_water_out = 'noValue'
        try:
            tank_solenoid_reclaimed_out = tank_actuator.solenoid_reclaimed_out
        except AttributeError:
            tank_solenoid_reclaimed_out = 'noValue'
        try:
            tank_solenoid_disinfect = tank_actuator.solenoid_disinfect
        except AttributeError:
            tank_solenoid_disinfect = 'noValue'
        try:
            tank_pump_disinfect = tank_actuator.pump_disinfect
        except AttributeError:
            tank_pump_disinfect = 'noValue'
        try:
            tank_diskvalve = tank_actuator.diskvalve
        except AttributeError:
            tank_diskvalve = 'noValue'

        # tank_pump_waterInput = 'ON' if tank_actuator.pump_waterInput == 1 else 'OFF'
        # tank_pump_waterL2L3 = 'ON' if tank_actuator.pump_waterL2L3 == 1 else 'OFF'
        # tank_pump_waterL4L5 = 'ON' if tank_actuator.pump_waterL4L5 == 1 else 'OFF'
        # tank_solenoid_waterL2L3 = 'ON' if tank_actuator.solenoid_waterL2L3 == 1 else 'OFF'
        # tank_solenoid_waterL4L5 = 'ON' if tank_actuator.solenoid_waterL4L5 == 1 else 'OFF'
        # tank_stepping_motor = tank_actuator.stepping_motor
        
        # 感測器_浮選清洗_超音波感測器
        tank_UltraSonic = clean_tank_UltraSonic.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        try:
            UltraSonic = tank_UltraSonic.UltraSonic
        except AttributeError:
            UltraSonic = 'noValue'
        tank_Encoder = clean_tank_Encoder.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        try:
            Encoder = tank_Encoder.Encoder
        except AttributeError:
            Encoder = 'noValue'
        tank_Turbidity = clean_tank_Turbidity.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        try:
            tankTurbidity = tank_Turbidity.tankTurbidity
        except AttributeError:
            tankTurbidity = 'noValue'
        filter_Turbidity = clean_filter_Turbidity.query.filter_by(tank_num='C'+str(tid)).order_by(text('datetime desc')).first()
        try:
            filterTurbidity = filter_Turbidity.filterTurbidity
        except AttributeError:
            filterTurbidity = 'noValue'

        return render_template('clean_container_tank.html', title='[操作] C' + tid + ' 清洗浮選槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/ferment_container/<tid>', methods=['GET', 'POST'])
def ferment_container(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        # 致動器_發酵槽_ALL
        tank_actuator = ferment_tank_actuator.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = 'ON' if tank_actuator.vacuum == 1 else 'OFF'
        tank_threewayvalve_input = 'ON' if tank_actuator.threewayvalve_input == 1 else 'OFF'
        tank_diskvalve = 'ON' if tank_actuator.diskvalve == 1 else 'OFF'
        tank_solenoid_water_total = 'ON' if tank_actuator.solenoid_tank_water_total == 1 else 'OFF'
        tank_solenoid_disinfect = 'ON' if tank_actuator.solenoid_tank_disinfect == 1 else 'OFF'
        outer_solenoid_water = 'ON' if tank_actuator.solenoid_outer_water == 1 else 'OFF'
        tank_solenoid_water_in = 'ON' if tank_actuator.solenoid_tank_water_in == 1 else 'OFF'
        tank_pump_sensor = 'ON' if tank_actuator.pump_sensor == 1 else 'OFF'
        tank_threewayvalve_bean = 'ON' if tank_actuator.threewayvalve_bean == 1 else 'OFF'
        outer_threewayvalve_float = 'ON' if tank_actuator.threewayvalve_outer_float == 1 else 'OFF'

        tank_motor = tank_actuator.motor
        tank_heater1 = 'ON' if tank_actuator.heater1 == 1 else 'OFF'
        tank_heater2 = 'ON' if tank_actuator.heater2 == 1 else 'OFF'
        tank_temp_enable = 'ON' if tank_actuator.temp_enable == 1 else 'OFF'
        tank_temp = tank_actuator.temp

        # 感測器_發酵桶_SHT11
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_二氧化碳
        tank_CO2 = ferment_tank_CO2.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_酸鹼值
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_ORP = ferment_tank_ORP.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_DO = ferment_tank_DO.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_EC = ferment_tank_EC.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_氣壓
        tank_PA = ferment_tank_PA.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_超音波感測器
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_水位計
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        num_tank_WaterLevel = float(tank_WaterLevel.WaterLevel)
        print('tank_WaterLevel', tank_WaterLevel.WaterLevel)
        if tank_WaterLevel.WaterLevel == '1':
            WaterLevel = '滿'
        elif tank_WaterLevel.WaterLevel == '0':
            WaterLevel = '未達滿水高度'
        else:
            WaterLevel = 'ERROR'
        # 感測器_發酵桶_咖啡生豆高度
        tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        LiDAR = tank_LiDAR.LiDAR
        # 感測器_發酵桶_水位高度
        tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        PressureWaterLevel = '{:.2f}'.format((float(tank_PressureWaterLevel.PressureWaterLevel) -15 -90.278)/9.4214)

        if tid in ['1', '2', '3', '4', '5', '6']:
            # print("1")
            # 感測器_入料儲豆槽_超音波感測器
            input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='FI1').order_by(text('datetime desc')).first()
            # 致動器_入料儲豆槽_真空吸引機
            input_vacuum = ferment_input_actuator.query.filter_by(tank_num='FI1').order_by(text('datetime desc')).first()
            input_vacuum = input_vacuum.vacuum
            # 感測器_出料儲豆槽_超音波感測器
            output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO1').order_by(text('datetime desc')).first()
            # 致動器_出料儲豆槽_真空吸引機
            output_vacuum = ferment_output_actuator.query.filter_by(tank_num='FO1').order_by(text('datetime desc')).first()
            output_vacuum = output_vacuum.vacuum

        elif tid in ['7', '8', '9', '10', '11', '12']:
            # print("2")
            # 感測器_入料儲豆槽_超音波感測器
            input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='FI2').order_by(text('datetime desc')).first()
            # 致動器_入料儲豆槽_真空吸引機
            input_vacuum = ferment_input_actuator.query.filter_by(tank_num='FI2').order_by(text('datetime desc')).first()
            input_vacuum = input_vacuum.vacuum
            print("input_vacuum", input_vacuum)
            # 感測器_出料儲豆槽_超音波感測器
            output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO2').order_by(text('datetime desc')).first()
            # 致動器_出料儲豆槽_真空吸引機
            output_vacuum = ferment_output_actuator.query.filter_by(tank_num='FO2').order_by(text('datetime desc')).first()
            output_vacuum = output_vacuum.vacuum
            print("output_vacuum", output_vacuum)
        
        return render_template('ferment_container.html', title='發酵槽F' + tid + '總操作介面' , **locals())

    elif request.method == 'POST':
        pass

@main.route('/ferment_container_tank/<tid>', methods=['GET', 'POST'])
def ferment_container_tank(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        # 致動器_發酵槽_ALL
        
        tank_actuator = ferment_tank_actuator.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()        
        tank_vacuum = 'ON' if tank_actuator.vacuum == 1 else 'OFF'
        tank_threewayvalve_input = 'ON' if tank_actuator.threewayvalve_input == 1 else 'OFF'
        tank_diskvalve = 'ON' if tank_actuator.diskvalve == 1 else 'OFF'
        solenoid_tank_pump = 'ON' if tank_actuator.solenoid_tank_pump == 1 else 'OFF'
        tank_solenoid_disinfect = 'ON' if tank_actuator.solenoid_tank_disinfect == 1 else 'OFF'
        outer_solenoid_water = 'ON' if tank_actuator.solenoid_outer_water == 1 else 'OFF'
        tank_solenoid_water_in = 'ON' if tank_actuator.solenoid_tank_water_in == 1 else 'OFF'
        tank_solenoid_water_out = 'ON' if tank_actuator.solenoid_tank_water_out == 1 else 'OFF'
        tank_pump_sensor = 'ON' if tank_actuator.pump_sensor == 1 else 'OFF'
        outer_threewayvalve_float = 'ON' if tank_actuator.threewayvalve_outer_float == 1 else 'OFF'

        tank_motor = tank_actuator.motor
        tank_heater1 = 'ON' if tank_actuator.heater1 == 1 else 'OFF'
        tank_heater2 = 'ON' if tank_actuator.heater2 == 1 else 'OFF'
        tank_temp_enable = 'ON' if tank_actuator.temp_enable == 1 else 'OFF'
        tank_temp = tank_actuator.temp

        # 感測器_發酵桶_SHT11
        tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_二氧化碳
        tank_CO2 = ferment_tank_CO2.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_酸鹼值
        tank_PH = ferment_tank_PH.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_ORP = ferment_tank_ORP.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_DO = ferment_tank_DO.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        tank_EC = ferment_tank_EC.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_氣壓
        tank_PA = ferment_tank_PA.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_超音波感測器
        tank_UltraSonic = ferment_tank_UltraSonic.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_發酵桶_水位計
        tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        num_tank_WaterLevel = float(tank_WaterLevel.WaterLevel)
        if tank_WaterLevel.WaterLevel == '1':
            WaterLevel = '滿'
        elif tank_WaterLevel.WaterLevel == '0':
            WaterLevel = '未達滿水高度'
        else:
            WaterLevel = 'ERROR'
        # 感測器_發酵桶_咖啡生豆高度
        #tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        #LiDAR = tank_LiDAR.LiDAR
        # 感測器_發酵桶_水位高度
        #tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        #PressureWaterLevel = '{:.2f}'.format((float(tank_PressureWaterLevel.PressureWaterLevel) -15 -90.278)/9.4214)
        # 感測器_發酵桶_馬達編碼器
        tank_motorEncoder = ferment_tank_motorEncoder.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        
        return render_template('ferment_container_tank.html', title='[操作] F' + tid + ' 發酵槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/ferment_container_input/<tid>', methods=['GET', 'POST'])
def ferment_container_input(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        # 感測器_入料儲豆槽_超音波感測器
        input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='FI' + tid).order_by(text('datetime desc')).first()
        # 致動器_入料儲豆槽_真空吸引機
        input_vacuum = ferment_input_actuator.query.filter_by(tank_num='FI' + tid).order_by(text('datetime desc')).first()
        input_vacuum = input_vacuum.vacuum
        
        return render_template('ferment_container_input.html', title='[操作] FI' + tid + ' 發酵入料儲豆槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/ferment_container_output/<tid>', methods=['GET', 'POST'])
def ferment_container_output(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        # 感測器_出料儲豆槽_超音波感測器
        output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO' + tid).order_by(text('datetime desc')).first()
        # 致動器_出料儲豆槽_真空吸引機
        output_vacuum = ferment_output_actuator.query.filter_by(tank_num='FO' + tid).order_by(text('datetime desc')).first()
        output_vacuum = output_vacuum.vacuum

        tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        LiDAR = tank_LiDAR.LiDAR
        
        return render_template('ferment_container_output.html', title='[操作] FO' + tid + ' 發酵出料儲豆槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/dry_container_schedule', methods=['GET', 'POST'])
def dry_container_schedule():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session:
            username = session['uname']
        
        # 感測器_入料儲豆槽_超音波感測器
        input_UltraSonic = dry_input_sensor.query.order_by(text('datetime desc')).first()
        # 感測器_乾燥桶_超音波感測器
        tank_UltraSonic = dry_tank_UltraSonic.query.order_by(text('datetime desc')).first()
        
        return render_template('dry_container_schedule.html', title='dry_container_schedule', **locals())
    
    elif request.method == 'POST':
        pass

@main.route('/dry_block', methods=['GET', 'POST'])
def dry_block():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session:
            username = session['uname']
            DBW = dry_block_waiting.query.order_by(text('datetime desc')).first()
            pin_data = coffee1_0_pin.query.order_by(text('datetime desc')).first()
        
        return render_template('dry_block.html', title='積木設定_乾燥空桶等待', **locals())
    
    elif request.method == 'POST':
        pass

@main.route('/dry_block_empty', methods=['GET', 'POST'])
def dry_block_empty():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session:
            username = session['uname']
        
        return render_template('dry_block_empty.html', title='積木設定空白_乾燥空桶等待', **locals())
    
    elif request.method == 'POST':
        pass

# 0323 積木程式 格式調整
@main.route('/dry_block_format', methods=['GET', 'POST'])
def dry_block_format():
    if request.method == 'GET':
        info = request.args.to_dict()
        # print("info: ", info)
        # info = {'cond_z1_1': 'if', 'cond_tank1_1': 'D1', 'cond_a1_1': 'tank_soil_Temp', 'cond_b1_1': 'Equal', 'cond_c1_1': '11', 'cond_d1_2': 'and', 'cond_a1_2': 'tank_soil_Humidity', 'cond_b1_2': 'Equal', 'cond_c1_2': '12', 'cond_d1_3': 'and', 'cond_a1_3': 'tank_soil_EC', 'cond_b1_3': 'Equal', 'cond_c1_3': '13', 'do_obj1_1': 'tank_heater1_status', 'do_act1_1': 'on', 'do_obj1_2': 'tank_heater2_status', 'do_act1_2': 'on'}
        tank_num_data = info['tank_num']                        # 桶槽編號：D1
        mainLength_data = int(info['mainLength'])+1             # 總條件數量
        addLength_data = int(info['addLength'])+1               # 子條件數量
        comLength_data = int(info['comLength'])+1               # 子物件數量
        
        cond_main_all_list = []

        for z in range(1,mainLength_data):
            # 初始
            cond_main_all_dict = {}
            cond_add_list = []  # 附加條件 List
            cond_com_list = []  # 物件動作 List
            # cond_main_dict_all = {}
            # cond_add_dict_all = {}
            # cond_com_dict_all = {}
            
            # print(z)
            # 總條件
            try:
                cond_main_all_dict['cond_main'] = info['cond_main' + str(z)]
            except(KeyError):
                pass
            # print("cond_main_dict: ", cond_main_dict)
            # 附加條件
            for x in range(1,addLength_data):
                try:
                    cond_add_list.append(info['cond_add' + str(z) + '_' + str(x)])
                except(KeyError):
                    pass
            # print("cond_add_list: ", cond_add_list)
            cond_main_all_dict['cond_add'] = cond_add_list
            # print("cond_main_dict: ", cond_main_dict)
            # 物件動作
            for y in range(1,comLength_data):
                try:
                    cond_com_list.append(info['cond_com' + str(z) + '_' + str(y)])
                except(KeyError):
                    pass
            # print("cond_com_list: ", cond_com_list)
            cond_main_all_dict['cond_com'] = cond_com_list
            # print("cond_main_dict: ", cond_main_dict)

            if cond_com_list != []:
                cond_main_all_list.append(cond_main_all_dict)
                # cond_main_all_list.append(cond_add_dict_all)
                # cond_main_all_list.append(cond_com_dict_all)
        print("cond_main_all_list: ", cond_main_all_list)
        # cond_main_all_list:  [{'cond_main': 'if D1 tank_UltraSonic >= 30', 'cond_add': ['and tank_PA <= 1', 'and tank_soil_Temp <= 30'], 'cond_com': ['tank_vacuum_status on', 'tank_motor_status 15']}]
        
        dry_block_sehedule = {'command':'Dry_OTA', 'tank_num':tank_num_data, 'cond':cond_main_all_list}
        print('dry_block_sehedule:', dry_block_sehedule)   
        # dry_block_sehedule: {'command': 'Dry_OTA', 'cond': [{'cond_main': 'if D1 tank_UltraSonic >= 30', 'cond_add': ['and tank_PA <= 1', 'and tank_soil_Temp <= 30'], 'cond_com': ['tank_vacuum_status on', 'tank_motor_status 15']}]}

        topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'
        print('=========================================================')
        print("json.dumps(dry_block_sehedule):", json.dumps(dry_block_sehedule))
        # json.dumps(dry_block_sehedule): {"command": "Dry_OTA", "cond": [{"cond_main": "if D1 tank_UltraSonic >= 30", "cond_add": ["and tank_PA <= 1", "and tank_soil_Temp <= 30"], "cond_com": ["tank_vacuum_status on", "tank_motor_status 15"]}]}
        print('=========================================================')
        # mqtt.publish(topic,  json.dumps(dry_block_sehedule))
        
        return jsonify({"response":dry_block_sehedule})

# 積木程式
@main.route('/dry_block_set', methods=['GET', 'POST'])
def dry_block_set():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session:
            username = session['uname']

        info = request.args.to_dict()
        # print("info: ", info, type(info))                                     # dict
        # 傳回  總條件物件動作  數量
        condition = int(info['condition'])
        # 傳回  子條件         數量
        cond_add_child = int(info['cond_add_child'])
        # 傳回  子物件動作     數量
        act_add_child = int(info['act_add_child'])
        # 傳回  指令
        set_Schedule = eval(info['set_Schedule'])        # 字串轉成字典
        # print("set_Schedule: ", set_Schedule, type(set_Schedule))             # dict

        cond_data = ''
        # mqtt_data("D1", "block_command_test", "condition=" + str(condition))  # 0321 TEST

        # ----- 0321 註解測試 -----

        # # 拆解條件 / 物件 / 動作
        # # # 條件物件取值
        # for z in range(1, condition+1, 1):
        #     # 放要執行的判斷式
        #     # # if / while
        #     cond_data = ''
        #     try:
        #         z_num = 'cond_z' + str(z) + '_1'
        #         # print("cond_z_value[z_num]: ", set_Schedule[z_num])                 # if
        #         cond_data += set_Schedule[z_num]
        #     except KeyError:
        #         pass
        #     # # 桶槽號取值
        #     try:
        #         tank_num = 'cond_tank' + str(z) + '_1'
        #     except KeyError:
        #         pass
        #     # # 子條件取值
        #     for x in range(1, cond_add_child+1, 1):
        #         # d
        #         try:
        #             x_num_d = 'cond_d' + str(z) + '_' + str(x)
        #             # print("cond_d_value[x_num_d]: ", set_Schedule[x_num_d])
        #             cond_data += ' ' + set_Schedule[x_num_d]
        #         except KeyError:
        #             pass
        #         # a
        #         x_num_a = 'cond_a' + str(z) + '_' + str(x)
        #         try:
        #             x_num_a = 'cond_a' + str(z) + '_' + str(x)
        #             # print("cond_a_value[x_num_a]: ", set_Schedule[x_num_a])
        #             cond_data += ' ' + set_Schedule[x_num_a]           
        #             if set_Schedule[x_num_a] == 'input_vacuum_status':
        #                 input_vacuum_status = dry_input_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().vacuum
        #                 print("input_vacuum_status: ", input_vacuum_status)
        #             elif set_Schedule[x_num_a] == 'tank_vacuum_status':
        #                 tank_vacuum_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().vacuum
        #                 print("tank_vacuum_status: ", tank_vacuum_status)
        #             elif set_Schedule[x_num_a] == 'tank_threewayvalve_input_status':
        #                 tank_threewayvalve_input_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().threewayvalve_input
        #                 print("tank_threewayvalve_input_status: ", tank_threewayvalve_input_status)
        #             elif set_Schedule[x_num_a] == 'tank_motor_status':
        #                 tank_motor_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().motor
        #                 print("tank_motor_status: ", tank_motor_status)
        #             elif set_Schedule[x_num_a] == 'tank_blower_status':
        #                 tank_blower_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().blower
        #                 print("tank_blower_status: ", tank_blower_status)
        #             elif set_Schedule[x_num_a] == 'tank_heater1_status':
        #                 tank_heater1_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().heater1
        #                 print("tank_heater1_status: ", tank_heater1_status)
        #             elif set_Schedule[x_num_a] == 'tank_heater2_status':
        #                 tank_heater2_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().heater2
        #                 print("tank_heater2_status: ", tank_heater2_status)
        #             elif set_Schedule[x_num_a] == 'tank_diskvalve_status':
        #                 tank_diskvalve_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().diskvalve
        #                 print("tank_diskvalve_status: ", tank_diskvalve_status)
        #             elif set_Schedule[x_num_a] == 'tank_solenoid_disinfect_status':
        #                 tank_solenoid_disinfect_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().solenoid_disinfect
        #                 print("tank_solenoid_disinfect_status: ", tank_solenoid_disinfect_status)
        #             elif set_Schedule[x_num_a] == 'tank_solenoid_water_out_status':
        #                 tank_solenoid_water_out_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().solenoid_water
        #                 print("tank_solenoid_water_out_status: ", tank_solenoid_water_out_status)
        #             elif set_Schedule[x_num_a] == 'outer_solenoid_water_status':
        #                 outer_solenoid_water_status = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().solenoid_outer_water
        #                 print("outer_solenoid_water_status: ", outer_solenoid_water_status)
        #             elif set_Schedule[x_num_a] == 'tank_temp_enable':
        #                 tank_temp_enable = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().temp1_enable
        #                 print("tank_temp_enable: ", tank_temp_enable)
        #             elif set_Schedule[x_num_a] == 'tank_temp':
        #                 tank_temp = dry_tank_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().temp1
        #                 print("tank_temp: ", tank_temp)
        #             elif set_Schedule[x_num_a] == 'output_vacuum':
        #                 output_vacuum = dry_output_brake.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().vacuum
        #                 print("output_vacuum: ", output_vacuum)
        #             elif set_Schedule[x_num_a] == 'input_UltraSonic':
        #                 input_UltraSonic = float(dry_input_sensor.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().UltraSonic)
        #                 print("input_UltraSonic: ", input_UltraSonic)
        #             elif set_Schedule[x_num_a] == 'tank_UltraSonic':
        #                 tank_UltraSonic = float(dry_tank_UltraSonic.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().UltraSonic)
        #                 print("tank_UltraSonic: ", tank_UltraSonic)
        #             elif set_Schedule[x_num_a] == 'tank_SHT11_Temp':
        #                 tank_SHT11_Temp = float(dry_tank_SHT11.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().SHT11_Temp)
        #                 print("tank_SHT11_Temp: ", tank_SHT11_Temp)
        #             elif set_Schedule[x_num_a] == 'tank_SHT11_Humidity':
        #                 tank_SHT11_Humidity = float(dry_tank_SHT11.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().SHT11_Humidity)
        #                 print("tank_SHT11_Humidity: ", tank_SHT11_Humidity)
        #             elif set_Schedule[x_num_a] == 'tank_soil_Temp':
        #                 tank_soil_Temp = float(dry_tank_Soil.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().soil_Temp)
        #                 print("tank_soil_Temp: ", tank_soil_Temp)
        #             elif set_Schedule[x_num_a] == 'tank_soil_Humidity':
        #                 tank_soil_Humidity = float(dry_tank_Soil.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().soil_Humidity)
        #                 print("tank_soil_Humidity: ", tank_soil_Temp)
        #             elif set_Schedule[x_num_a] == 'tank_soil_EC':
        #                 tank_soil_EC = float(dry_tank_Soil.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().soil_EC)
        #                 print("tank_soil_EC: ", tank_soil_EC)
        #             elif set_Schedule[x_num_a] == 'tank_PA':
        #                 tank_PA = float(dry_tank_PA.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().PA)
        #                 print("tank_PA: ", tank_PA)
        #             elif set_Schedule[x_num_a] == 'output_UltraSonic':
        #                 output_UltraSonic = float(dry_output_sensor.query.filter_by(tank_num=set_Schedule[tank_num]).order_by(text('datetime desc')).first().UltraSonic)
        #                 print("output_UltraSonic: ", output_UltraSonic)
        #         except KeyError:
        #             pass
        #         # b
        #         try:
        #             x_num_b = 'cond_b' + str(z) + '_' + str(x)
        #             # print("cond_b_value[x_num_b]: ", set_Schedule[x_num_b])
        #             cond_b_dict = {'morethan': ' >= ', 'lessthan': ' <= ', 'equal':' == '} 
        #             cond_data += cond_b_dict[set_Schedule[x_num_b]]  # cond_b_dict['equal']  會輸出 ' == '
        #         except KeyError:
        #             pass
        #         # c
        #         try:
        #             x_num_c = 'cond_c' + str(z) + '_' + str(x)
        #             # print("cond_c_value[x_num_c]: ", set_Schedule[x_num_c])
        #             if set_Schedule[x_num_c] == 'on':
        #                 cond_data += '1'
        #             elif set_Schedule[x_num_c] == 'off':
        #                 cond_data += '0'
        #             else:
        #                 cond_data += set_Schedule[x_num_c]

        #         except KeyError:
        #             pass
        #         if x == cond_add_child:
        #             cond_data += ': '
        #     # 子物件動作取值
        #     for y in range(1, act_add_child+1, 1):
        #         # do_obj
        #         try:
        #             y_num_obj = "do_obj" + str(z) + "_" + str(y)
        #             # print("y_num_obj[y_num_obj]: ", set_Schedule[y_num_obj])
        #             # cond_data += 'print(\'' + 'mqtt_data("D1", "' + str(set_Schedule[y_num_obj]) + '", '
        #             if set_Schedule[y_num_obj] == 'time.sleep':
        #                 cond_data += '''
        #                 time.sleep('''
        #             else:
        #                 cond_data += '''
        #                 mqtt_data('''
        #                 cond_data += '"' + set_Schedule[tank_num] + '", "' + str(set_Schedule[y_num_obj]) + '", ' 
        #         except KeyError:
        #             pass
        #         try:
        #             y_num_act = "do_act" + str(z) + "_" + str(y)
        #             # print("y_num_act[y_num_act]: ", set_Schedule[y_num_act])
        #             if set_Schedule[y_num_obj] == 'time.sleep':
        #                 cond_data += set_Schedule[y_num_act] + ')'
        #             else:
        #                 cond_data += '"' + str(set_Schedule[y_num_act]) + '") '
        #             cond_data += '''
        #                 time.sleep(0.5)'''
        #         except KeyError:
        #             pass
        #     # TODO
        #     # set_Schedule[z_num]       →     if / while
        #     # set_Schedule[x_num_a]     →     actuator / sensor
        #     # set_Schedule[x_num_b]     →     morethan / equal / lessthan
        #     # set_Schedule[x_num_c]     →     數值 / on / off
        #     # set_Schedule[x_num_d]     →     or / and
        #     # set_Schedule[y_num_obj]   →     actuator
        #     # set_Schedule[y_num_act]   →     on / off / 對應數值

        #     print("cond_data: ", cond_data)
        #   if cond_data != ': ':
        #       # exec(cond_data)
        #       # 01/17 新增, 格式待修改
        #       mqtt_data("D1", "command_test", "exec(" + cond_data + ")")

        return jsonify({"response":"OK"
                        })
    
    elif request.method == 'POST':
        pass

# 乾燥貨櫃_各致動器控制
@main.route('/ctrl_DI_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_DI(actuator, tid):
    if request.method == 'GET':
        if actuator == 'Vacuum':
            if 'id' in session and 'uname' in session and 'status' in session:
                username = session['uname']
                status = session['status']
                if status == 9:
                    return render_template('signin_disable.html')
                elif status == 8:
                    return render_template('signin_new.html')
            else:
                return render_template('oops.html')
            input_brake = dry_input_brake.query.filter_by(tank_num='DI'+str(tid)).order_by(text('datetime desc')).first()
            input_vacuum = input_brake.vacuum
            tank_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI'+str(tid)).order_by(text('datetime desc')).first()
            UltraSonic = tank_UltraSonic.UltraSonic
            return render_template('ctrl_DI_Vacuum.html', title='[操作]DI' + tid + '乾燥槽入料_真空吸料機', **locals())
    elif request.method == 'POST':
        pass

@main.route('/ctrl_DO_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_DO(actuator, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
                
        if actuator == 'Vacuum':
            tank_brake = dry_output_brake.query.filter_by(tank_num='DO'+str(tid)).order_by(text('datetime desc')).first()
            tank_vacuum = tank_brake.vacuum
            tank_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO'+str(tid)).order_by(text('datetime desc')).first()
            UltraSonic = tank_UltraSonic.UltraSonic
            return render_template('ctrl_DO_Vacuum.html', title='[操作]DI' + tid + '乾燥槽出料_真空吸料機', **locals())
    elif request.method == 'POST':
        pass
    

@main.route('/ctrl_D_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_D(actuator, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        tank_brake = dry_tank_brake.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        if actuator == 'Vacuum':
            tank_vacuum = tank_brake.vacuum
            tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            UltraSonic = tank_UltraSonic.UltraSonic
            return render_template('ctrl_D_Vacuum.html', title='[操作]D' + tid + '乾燥槽_真空吸料機', **locals())
        elif actuator == 'ThreeWayValveInput':
            tank_threewayvalve_input = tank_brake.threewayvalve_input
            return render_template('ctrl_D_ThreeWayValveInput.html', title='[操作]D' + tid + '乾燥槽_入料三通閥', **locals())
        elif actuator == 'ThreeWayValveBean':
            tank_threewayvalve_bean = tank_brake.threewayvalve_bean
            return render_template('ctrl_D_ThreeWayValveBean.html', title='[操作]D' + tid + '乾燥槽_測豆三通閥', **locals())
        elif actuator == 'DiskValve':
            tank_diskvalve = tank_brake.diskvalve
            return render_template('ctrl_D_DiskValve.html', title='[操作]D' + tid + '乾燥槽_蝴蝶閥', **locals())
        elif actuator == 'SolenoidDisinfect':
            tank_solenoid_disinfect = tank_brake.solenoid_disinfect
            return render_template('ctrl_D_SolenoidDisinfect.html', title='[操作]D' + tid + '乾燥槽_消毒電磁閥', **locals())
        elif actuator == 'SolenoidWater':
            tank_solenoid_water = tank_brake.solenoid_water
            return render_template('ctrl_D_SolenoidWater.html', title='[操作]D' + tid + '乾燥槽_排水電磁閥', **locals())
        elif actuator == 'Motor':
            tank_motor = tank_brake.motor
            return render_template('ctrl_D_Motor.html', title='[操作]D' + tid + '乾燥槽_馬達', **locals())
        elif actuator == 'Blower':
            tank_blower = tank_brake.blower
            tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            return render_template('ctrl_D_Blower.html', title='[操作]D' + tid + '乾燥槽_鼓風機', **locals())
        elif actuator == 'Heater1':
            tank_heater1 = tank_brake.heater1
            tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            return render_template('ctrl_D_Heater1.html', title='[操作]D' + tid + '乾燥槽_加熱器 1', **locals())
        elif actuator == 'Heater2':
            tank_heater2 = tank_brake.heater2
            tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            return render_template('ctrl_D_Heater2.html', title='[操作]D' + tid + '乾燥槽_加熱器 2', **locals())
        elif actuator == 'TempEnable':
            tank_temp1_enable = tank_brake.temp1_enable
            return render_template('ctrl_D_TempEnable.html', title='[操作]D' + tid + '乾燥槽_溫控開關', **locals())
        elif actuator == 'Temp':
            tank_temp1_enable = tank_brake.temp1_enable
            tank_temp1 = tank_brake.temp1
            tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
            return render_template('ctrl_D_Temp.html', title='[操作]D' + tid + '乾燥槽_設定溫度', **locals())
    elif request.method == 'POST':
        pass

# 發酵貨櫃_各致動器控制
@main.route('/ctrl_FI_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_FI(actuator, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        if actuator == 'Vacuum':
            if 'id' in session and 'uname' in session and 'status' in session:
                username = session['uname']
                status = session['status']
                if status == 9:
                    return render_template('signin_disable.html')
                elif status == 8:
                    return render_template('signin_new.html')
            else:
                return render_template('oops.html')

            tank_actuator = ferment_input_actuator.query.filter_by(tank_num='FI'+str(tid)).order_by(text('datetime desc')).first()
            tank_vacuum = tank_actuator.vacuum
            tank_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num='FI'+str(tid)).order_by(text('datetime desc')).first()
            UltraSonic = tank_UltraSonic.UltraSonic
            return render_template('ctrl_FI_Vacuum.html', title='[操作]FI' + tid + '發酵入料儲豆槽_真空吸料機', **locals())
    elif request.method == 'POST':
        pass

@main.route('/ctrl_FO_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_FO(actuator, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        if actuator == 'Vacuum':
            tank_actuator = ferment_output_actuator.query.filter_by(tank_num='FO'+str(tid)).order_by(text('datetime desc')).first()
            tank_vacuum = tank_actuator.vacuum
            tank_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num='FO'+str(tid)).order_by(text('datetime desc')).first()
            UltraSonic = tank_UltraSonic.UltraSonic
            return render_template('ctrl_FO_Vacuum.html', title='[操作]FO' + tid + '發酵出料儲豆槽_真空吸料機', **locals())
    elif request.method == 'POST':
        pass

@main.route('/ctrl_F_<actuator>/<tid>', methods=['GET', 'POST'])
def ctrl_F(actuator, tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        tank_actuator = ferment_tank_actuator.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
        if actuator == 'Vacuum':
            tank_vacuum = tank_actuator.vacuum
            tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num='F'+str(tid)).order_by(text('datetime desc')).first()
            LiDAR = tank_LiDAR.LiDAR
            return render_template('ctrl_F_Vacuum.html', title='[操作]F' + tid + '發酵槽_真空吸料機', **locals())
        elif actuator == 'ThreeWayValveInput':
            tank_threewayvalveinput = tank_actuator.threewayvalve_input
            return render_template('ctrl_F_ThreeWayValveInput.html', title='[操作]F' + tid + '發酵槽_入料三通閥', **locals())
        elif actuator == 'SolenoidWaterTotal':
            tank_solenoid_tank_water_total = tank_actuator.solenoid_tank_water_total
            return render_template('ctrl_F_SolenoidWaterTotal.html', title='[操作]F' + tid + '發酵槽_總進水電磁閥', **locals())
        elif actuator == 'SolenoidOuterWater':
            tank_solenoid_outer_water = tank_actuator.solenoid_outer_water
            tank_WaterLevel = ferment_tank_WaterLevel.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            WaterLevel = tank_WaterLevel.WaterLevel
            return render_template('ctrl_F_SolenoidOuterWater.html', title='[操作]F' + tid + '發酵槽_保溫夾層進水電磁閥', **locals())
        elif actuator == 'SolenoidWaterIn':
            tank_solenoid_tank_water_in = tank_actuator.solenoid_tank_water_in
            tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            PressureWaterLevel = tank_PressureWaterLevel.PressureWaterLevel
            return render_template('ctrl_F_SolenoidWaterIn.html', title='[操作]F' + tid + '發酵槽_桶內進水電磁閥', **locals())
        elif actuator == 'PumpSensor':
            tank_pump_sensor = tank_actuator.pump_sensor
            tank_PH = ferment_tank_PH.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            tank_ORP = ferment_tank_ORP.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            tank_DO = ferment_tank_DO.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            tank_EC = ferment_tank_EC.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            PH = tank_PH.PH
            ORP = tank_ORP.ORP
            DO = tank_DO.DO
            EC = tank_EC.EC
            return render_template('ctrl_F_PumpSensor.html', title='[操作]F' + tid + '發酵槽_感測器抽水雙核隔膜泵', **locals())
        elif actuator == 'ThreeWayValveBean':
            tank_threewayvalve_bean = tank_actuator.threewayvalve_bean
            return render_template('ctrl_F_ThreeWayValveBean.html', title='[操作]F' + tid + '發酵槽_感測模組下豆三通閥', **locals())
        elif actuator == 'ThreeWayValveFloat':
            tank_threewayvalve_outer_float = tank_actuator.threewayvalve_outer_float
            return render_template('ctrl_F_ThreeWayValveFloat.html', title='[操作]F' + tid + '發酵槽_外桶浮選三通閥', **locals())
        elif actuator == 'SolenoidDisinfect':
            tank_solenoid_tank_disinfect = tank_actuator.solenoid_tank_disinfect
            return render_template('ctrl_F_SolenoidDisinfect.html', title='[操作]F' + tid + '發酵槽_桶內消毒電磁閥', **locals())
        elif actuator == 'Motor':
            tank_motor = tank_actuator.motor
            return render_template('ctrl_F_Motor.html', title='[操作]F' + tid + '發酵槽_馬達', **locals())
        elif actuator == 'Heater1':
            tank_heater1 = tank_actuator.heater1
            tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            return render_template('ctrl_F_Heater1.html', title='[操作]F' + tid + '發酵槽_加熱器 1', **locals())
        elif actuator == 'Heater2':
            tank_heater2 = tank_actuator.heater2
            tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            return render_template('ctrl_F_Heater2.html', title='[操作]F' + tid + '發酵槽_加熱器 2', **locals())
        elif actuator == 'TempEnable':
            tank_temp_enable = tank_actuator.temp_enable
            return render_template('ctrl_F_TempEnable.html', title='[操作]F' + tid + '發酵槽_溫控開關', **locals())
        elif actuator == 'Temp':
            tank_temp = tank_actuator.temp
            tank_temp_enable = tank_actuator.temp_enable
            tank_SHT11 = ferment_tank_SHT11.query.filter_by(tank_num='F' + tid).order_by(text('datetime desc')).first()
            return render_template('ctrl_F_Temp.html', title='[操作]F' + tid + '發酵槽_溫度設定', **locals())
        elif actuator == 'DiskValve':
            tank_diskvalve = tank_actuator.diskvalve
            return render_template('ctrl_F_DiskValve.html', title='[操作]F' + tid + '發酵槽_蝴蝶閥', **locals())

@main.route('/dry_Temp/<tid>/<Temp_Weights_SHT11>/<Temp_Weights_Soil>/<temp_data>', methods=['GET', 'POST'])
def dry_Temp(tid, Temp_Weights_SHT11, Temp_Weights_Soil, temp_data):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')

        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        SHT11_Temp = float(tank_SHT11.SHT11_Temp)
        SHT11_Humidity = tank_SHT11.SHT11_Humidity
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        Soil_Temp = float(tank_Soil.soil_Temp)
        Soil_Humidity = tank_Soil.soil_Humidity

        Temp_Weights_SHT11= float(Temp_Weights_SHT11)
        Temp_Weights_Soil = float(Temp_Weights_Soil)
        temp_data = float(temp_data)

        present_temp = math.ceil( (SHT11_Temp*Temp_Weights_SHT11 + Soil_Temp*Temp_Weights_Soil)/(Temp_Weights_SHT11+Temp_Weights_Soil) )
        # Math.round((present_SHT11_Temp*Temp_Weights_SHT11 + present_SOIL_Temp*Temp_Weights_Soil)/(Temp_Weights_SHT11+Temp_Weights_Soil)*100) / 100
        target_temp = math.ceil(temp_data)
        TempUp = {
            22:0, 23:6, 24:12, 25:18, 26:24, 27:28, 28:32, 29:36, 30:40, 31:44, 32:48, 33:56, 34:64, 35:72, 36:96, 37:168, 38:288, 39:384, 40:529, 41:697, 42:793, 43:865, 44:1394 
        }
        if target_temp in TempUp and present_temp in TempUp:
            TempUpTime = ', 預計 ' + str(TempUp[target_temp] - TempUp[present_temp]) + ' 秒達到指定溫度' 
        elif target_temp < 22 or present_temp < 22 :
            TempUpTime = '℃, 指定溫度過低, 持續升溫中'
        elif target_temp > 44 or present_temp > 44 :
            TempUpTime = '℃, 指定溫度過高, 持續升溫中'
        

        return jsonify({"SHT11_Temp":SHT11_Temp,
                        "SHT11_Humidity":SHT11_Humidity,
                        "Soil_Temp":Soil_Temp,
                        "Soil_Humidity":Soil_Humidity,
                        "present_temp":present_temp,
                        "TempUpTime":TempUpTime
                        })
    else:
        pass

@main.route('/dry_container_tank/<tid>', methods=['GET', 'POST'])
def dry_container_tank(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        tonow = dt.now()
        print("tonow: ", tonow)
        time_del = timedelta(minutes=-60)
        bias_date_time = tonow + time_del
        # print(dt.now() >= dt(2021,11,29,17,35,36))
        # bias_min = tonow.minute + 3

        # 感測器_乾燥桶_SHT11
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid))\
                    .filter(dry_tank_SHT11.datetime >= bias_date_time)\
                    .order_by(text('datetime desc')).first()
        # print("tank_SHT11: ", tank_SHT11, type(tank_SHT11))     # tank_SHT11:  <dry_tank_SHT11 2021-12-03 15:39:16> <class 'app.models.dry_tank_SHT11'>
        if not hasattr(object, 'tank_SHT11'):
            tank_SHT11 = {"SHT11_Temp":" — ", "SHT11_Humidity":" — "}
        print(tank_SHT11["SHT11_Temp"])
        # 感測器_乾燥桶_土壤三合一
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        if not hasattr(object, 'tank_Soil'):
            tank_Soil = {"soil_Temp":" — ", "soil_Humidity":" — ", "soil_EC":" — "}

        # 感測器_乾燥桶_氣壓
        tank_PA = dry_tank_PA.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        if not hasattr(object, 'tank_PA'):
            tank_PA = {"PA":" — "}

        # 感測器_乾燥桶_超音波感測器
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        if not hasattr(object, 'tank_UltraSonic'):
            tank_UltraSonic = {"UltraSonic":" — "}

        # 致動器_乾燥桶_ALL
        tank_brake = dry_tank_brake.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = tank_brake.vacuum
        tank_threewayvalve_input = tank_brake.threewayvalve_input
        tank_threewayvalve_bean = tank_brake.threewayvalve_bean
        tank_diskvalve = tank_brake.diskvalve
        tank_solenoid_disinfect = tank_brake.solenoid_disinfect
        tank_solenoid_water = tank_brake.solenoid_water
        tank_solenoid_outer_water = tank_brake.solenoid_outer_water
        tank_motor = tank_brake.motor
        tank_blower = tank_brake.blower
        tank_heater1 = tank_brake.heater1
        tank_heater2 = tank_brake.heater2
        tank_temp1_enable = tank_brake.temp1_enable
        tank_temp1 = tank_brake.temp1
        # Temp_weight = num_SHT11_temp * 0.5 + num_Soil_temp * 0.5

        return render_template('dry_container_tank.html', title='[操作] D' + tid + ' 乾燥槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/dry_container_input/<tid>', methods=['GET', 'POST'])
def dry_container_input(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI'+str(tid)).order_by(text('datetime desc')).first()
        input_vacuum = dry_input_brake.query.filter_by(tank_num='DI'+str(tid)).order_by(text('datetime desc')).first()
        input_vacuum = input_vacuum.vacuum

        return render_template('dry_container_input.html', title='[操作] DI' + tid + ' 乾燥入料儲豆槽操作介面', **locals())

    elif request.method == 'POST':
        pass

@main.route('/dry_container_output/<tid>', methods=['GET', 'POST'])
def dry_container_output(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO'+str(tid)).order_by(text('datetime desc')).first()
        output_vacuum = dry_output_brake.query.filter_by(tank_num='DO'+str(tid)).order_by(text('datetime desc')).first()
        output_vacuum = output_vacuum.vacuum

        return render_template('dry_container_output.html', title='[操作] DO' + tid + ' 乾燥出料儲豆槽操作介面', **locals())

    elif request.method == 'POST':
        pass



# 原本的乾燥貨櫃控制, 備份用
@main.route('/dry_container/<tid>', methods=['GET', 'POST'])
def dry_container(tid):
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            username = session['uname']
            status = session['status']
            if status == 9:
                return render_template('signin_disable.html')
            elif status == 8:
                return render_template('signin_new.html')
        else:
            return render_template('oops.html')
        # Rita 參數 params 是用來取得參數的 locals=() 所有參數
        '''     
        # 開啟本機 coffeetest 資料庫
        # mydb = pymysql.connect(host='127.0.0.1', port=3306, user='root', password='g53743001', database='coffeetest', charset='utf8')
        mydb = pymysql.connect(host='52.69.200.169', port=3306, user='coffee',
                               password='skyeye', database='Coffee', charset='utf8')
        mycursor = mydb.cursor()
        '''
        # 感測器_乾燥桶_SHT11
        tank_SHT11 = dry_tank_SHT11.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        num_SHT11_temp = float(tank_SHT11.SHT11_Temp)
        # 感測器_乾燥桶_土壤三合一
        tank_Soil = dry_tank_Soil.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        num_Soil_temp = float(tank_Soil.soil_Temp)
        # 感測器_乾燥桶_氣壓
        tank_PA = dry_tank_PA.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_乾燥桶_超音波感測器
        tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        # 感測器_出料儲豆槽_超音波感測器
        output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()

        # 致動器_乾燥桶_ALL
        tank_brake = dry_tank_brake.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        tank_vacuum = tank_brake.vacuum
        tank_threewayvalve_input = tank_brake.threewayvalve_input
        tank_threewayvalve_bean = tank_brake.threewayvalve_bean
        tank_diskvalve = tank_brake.diskvalve
        tank_solenoid_disinfect = tank_brake.solenoid_disinfect
        tank_solenoid_water = tank_brake.solenoid_water
        tank_motor = tank_brake.motor
        tank_blower = tank_brake.blower
        tank_heater1 = tank_brake.heater1
        tank_heater2 = tank_brake.heater2
        tank_temp1_enable = tank_brake.temp1_enable
        tank_temp1 = tank_brake.temp1
        '''
        tank_vacuum = 'ON' if tank_brake.vacuum == 1 else 'OFF'
        tank_threewayvalve = 'ON' if tank_brake.threewayvalve == 1 else 'OFF'
        tank_diskvalve = 'ON' if tank_brake.diskvalve == 1 else 'OFF'
        tank_solenoid_disinfect = 'ON' if tank_brake.solenoid_disinfect == 1 else 'OFF'
        tank_solenoid_water = 'ON' if tank_brake.solenoid_water == 1 else 'OFF'
        tank_motor = tank_brake.motor
        tank_blower = 'ON' if tank_brake.blower == 1 else 'OFF'
        tank_heater1 = 'ON' if tank_brake.heater1 == 1 else 'OFF'
        tank_heater2 = 'ON' if tank_brake.heater2 == 1 else 'OFF'
        tank_temp1_enable = 'ON' if tank_brake.temp1_enable == 1 else 'OFF'
        tank_temp1 = tank_brake.temp1
        '''
        '''
        data = mycursor.execute(
            'SELECT * FROM dry_tank_brake ORDER BY datetime DESC;')
        data = mycursor.fetchone()
        '''

        if tid in ['1', '2', '3', '4', '5', '6']:
            # print("1")
            # 感測器_入料儲豆槽_超音波感測器
            input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI1').order_by(text('datetime desc')).first()
            # 致動器_入料儲豆槽_真空吸引機
            input_vacuum = dry_input_brake.query.filter_by(tank_num='DI1').order_by(text('datetime desc')).first()
            input_vacuum = input_vacuum.vacuum
            # 感測器_出料儲豆槽_超音波感測器
            output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO1').order_by(text('datetime desc')).first()
            # 致動器_出料儲豆槽_真空吸引機
            output_vacuum = dry_output_brake.query.filter_by(tank_num='DO1').order_by(text('datetime desc')).first()
            output_vacuum = output_vacuum.vacuum

        elif tid in ['7', '8', '9', '10', '11', '12']:
            print("2")
            # 感測器_入料儲豆槽_超音波感測器
            input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='DI2').order_by(text('datetime desc')).first()
            # 致動器_入料儲豆槽_真空吸引機
            input_vacuum = dry_input_brake.query.filter_by(tank_num='DI2').order_by(text('datetime desc')).first()
            input_vacuum = input_vacuum.vacuum
            # 感測器_出料儲豆槽_超音波感測器
            output_UltraSonic = dry_output_sensor.query.filter_by(tank_num='DO2').order_by(text('datetime desc')).first()
            # 致動器_出料儲豆槽_真空吸引機
            output_vacuum = dry_output_brake.query.filter_by(tank_num='DO2').order_by(text('datetime desc')).first()
            output_vacuum = output_vacuum.vacuum
        '''
        # 感測器_入料儲豆槽_超音波感測器
        input_UltraSonic = dry_input_sensor.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        # 致動器_入料儲豆槽_真空吸引機
        input_vacuum = dry_input_brake.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        # print("input_vacuum:", input_vacuum)
        input_vacuum = input_vacuum.vacuum
        #print('input_vacuum:', input_vacuum.vacuum)
        # 致動器_出料儲豆槽_真空吸引機
        output_vacuum = dry_output_brake.query.filter_by(tank_num='D'+str(tid)).order_by(text('datetime desc')).first()
        #print('output_vacuum.vacuum: ', output_vacuum.vacuum)
        output_vacuum = 'ON' if (output_vacuum.vacuum == 1) else 'OFF'
        #print('output_vacuum: ', output_vacuum)
        '''

        # 傳 MQTT 給阿超, 阿超讓硬體動作, 將資料儲存到資料庫

        input_data = set_dry_input.query.order_by(text('datetime desc')).first()
        schedule_input_height = input_data.input_height
        schedule_input_entertime = input_data.input_entertime
        schedule_input_exittime = input_data.input_exittime
        schedule_tank_height = input_data.tank_height

        return render_template('dry_container.html', title='dry_container', **locals())

    elif request.method == 'POST':
        # 表單輸入處
        print('/dry_input_setting POST')
        set = set_dry_input()
        set.input_height = request.form['schedule_input_height']
        set.input_entertime = request.form['schedule_input_entertime']
        set.input_exittime = request.form['schedule_input_exittime']
        set.tank_height = request.form['schedule_tank_height']

        #將數據保存進資料庫  - 註冊
        db.session.add(set)
        # 手動提交，目的是為了獲取提交後的user的id
        db.session.commit()
        # 當user成功插入進資料庫之後，程序會自動將所有信息取出來在賦值給user
        # 完成登入的操作

        # setting = Set_dry_input.query.order_by(text('datetime desc')).first()

        #session['id'] = set.userID
        #session['uname'] = set.username
        return redirect('/dry_container')

# 登入頁面的訪問路徑
@main.route('/login', methods=['GET', 'POST'])
def login_views():
    if request.method == 'GET':
        if 'id' in session and 'uname' in session and 'status' in session:
            return redirect('/')
        else:
            return render_template('sign_in.html')
    else:
        # 接收前端傳過來的資料
        username = request.form['username']
        password = request.form['password']
        # 使用接收的用戶和密碼到資料庫中查詢
        user = User.query.filter_by(
            username=username, password=password).first()
        # 如果用戶存在，將信息保存置session並重定向回首頁，否則重定向回登入頁
        if user:
            resp = redirect('/')
            # 判斷是否有記住密碼
            if 'rem' in request.form:
                userID = str(user.userID)
                max_age = 60*60*24*365  
                status = str(user.status)
                print('status: ', status)
                # Rita 以秒為單位, 一年
                # Rita 功能和 expires 很像，但此參數並非所有瀏覽器均支持，所以建議使用 expires 參數。
                # Rita expires：指定 Cookie 的有效日期， 當過了有效日期後就不會儲存在瀏覽器
                resp.set_cookie("username", username, max_age=max_age)
                resp.set_cookie("userID", userID, max_age=max_age)
                resp.set_cookie("status", status, max_age=max_age)

            session['uname'] = user.username
            session['id'] = user.userID
            session['status'] = user.status
            return resp
        else:
            errMsg = "Wrong login or password"
            return render_template('sign_in.html', errMsg=errMsg)

# 登入重設密碼的頁面
# Rita reset_pwd1 - Email
# Rita reset_pwd2 - New password / Confirm password


@main.route('/reset_password', methods=['POST', 'GET'])
def reset_password_views():
    if request.method == 'GET':
        if 'mail' in session:
            del session['mail']
        return render_template('reset_pwd1.html')
    else:
        # POST
        # 如果有id在session裡，代表從reset_pwd2過來的 ? 對, reset_pwd2 POST (但也有其他可能)
        if "mail" in session:
            new_pwd = request.form['new_pwd']
            confirm_pwd = request.form['confirm_pwd']
            # 判斷密碼是否一致
            if new_pwd == confirm_pwd:
                mail = session['mail']
                user = User.query.filter_by(mail=mail).first()
                print("user: ", user)
                print("user.password_before: ", user.password)
                print("new_pwd: ", new_pwd)
                user.password = new_pwd
                print("user.password_after: ", user.password)
                db.session.add(user)
                db.session.commit()
                del session['mail']
                # 修改完後回登入頁
                return redirect('/login')
            else:
                # Rita errMsg 是指網頁上的 {{errMsg}} 位置
                errMsg = "Passwords does not match"
                return render_template('reset_pwd2.html', errMsg=errMsg)

        email = request.form['email']
        user = User.query.filter_by(mail=email).first()
        if user:  # Rita 有找到對應 email
            session['mail'] = user.mail
            return render_template('reset_pwd2.html')
        else:
            errMsg = "Wrong email.Please try again"
            return render_template('reset_pwd1.html', errMsg=errMsg)

# 註冊頁面的訪問路徑
@main.route('/register', methods=['POST', "GET"])
def register_views():
    if request.method == 'GET':
        return render_template('registration.html')
    else:
        # 獲取文本框的值並賦值給user實體對象
        user = User()
        user.firstname = request.form['firstname']
        user.lastname = request.form['lastname']
        user.mail = request.form['email']
        user.phone = request.form['phone']
        user.username = request.form['username']
        user.password = request.form['password']
        user.status = 8     # Rita app\models.py 設定 0:admin;1:new;9:disable [0906 更新] 0:admin;1:superuser;2:enduser;8:new;9:disable
        #將數據保存進資料庫  - 註冊
        db.session.add(user)
        # 手動提交，目的是為了獲取提交後的user的id
        db.session.commit()
        # 當user成功插入進資料庫之後，程序會自動將所有信息取出來在賦值給user
        # 完成登入的操作
        user = User.query.filter_by(username=user.username).first()
        session['status'] = user.status
        session['id'] = user.userID
        session['uname'] = user.username
        return redirect('/')

# 驗證email訪問路徑


@main.route('/check_email')
def check_email_views():
    email = request.args['email']
    user = User.query.filter_by(mail=email).first()
    if user:
        # Rita email 錯誤時會顯示 Incorrect email address
        result = {"errMsg": " "}
    else:
        result = {"pass": " "}
    return json.dumps(result)

# 驗證username訪問路徑


@main.route('/check_username')
def check_username_views():
    username = request.args['username']
    user = User.query.filter_by(username=username).first()
    if user:
        result = {"errMsg": " "}
    else:
        result = {"pass": " "}
    return json.dumps(result)


# 咖啡貨櫃的訪問路徑
@main.route('/cargo_list', methods=['GET', 'POST'])
def cargo_list_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo_list.html', params=locals())
    else:
        pass


# 貨櫃1的訪問路徑
@main.route('/cargo1', methods=['GET', 'POST'])
def cargo1_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo1.html', params=locals())
    else:
        pass

# 貨櫃1排程的訪問路徑


@main.route('/cargo1_schedule', methods=['GET', 'POST'])
def cargo1_schedule_views():
    username = session['uname']
    if request.method == 'GET':
        # 將已儲存的排程資料傳給前端
        # 進豆閥
        try:
            bean = BeanValve.query.order_by(text('datetime desc')).first()
            datetime = bean.datetime
            beans = BeanValve.query.filter_by(
                datetime=datetime).all()
        except Exception as e:
            pass

        # 清洗機
        try:
            wash = WashMachine.query.order_by(text('datetime desc')).first()
            datetime = wash.datetime
            washes = WashMachine.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 輸送帶1
        try:
            belt1 = ConveyorBelt1.query.order_by(text('datetime desc')).first()
            datetime = belt1.datetime
            belts1 = ConveyorBelt1.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

# ///////////////////////////////////////////////////////////////////////////////////////////

        # 消毒機
        try:
            disinfect = Cargo1Disinfect.query.order_by(
                text('datetime desc')).first()
            datetime = disinfect.datetime
            disinfects = Cargo1Disinfect.query.filter_by(
                datetime=datetime).all()
        except Exception as e:
            pass

        # 色選機
        try:
            color = ColorMachine.query.order_by(text('datetime desc')).first()
            datetime = color.datetime
            colors = ColorMachine.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 輸送帶2
        try:
            belt2 = ConveyorBelt2.query.order_by(text('datetime desc')).first()
            datetime = belt2.datetime
            belts2 = ConveyorBelt2.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 去皮機
        try:
            peeling = PeelingMachine.query.order_by(
                text('datetime desc')).first()
            datetime = peeling.datetime
            peelings = PeelingMachine.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 輸送帶3
        try:
            belt3 = ConveyorBelt3.query.order_by(text('datetime desc')).first()
            datetime = belt3.datetime
            belts3 = ConveyorBelt3.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        return render_template('cargo1_schedule.html', params=locals())
    else:
        current_time = dt.now()

        # 循環從前端提交過來的資料
        for i in request.form:
            # 進豆閥
            if i[:10] == 'inletValve':
                if i[:19] == 'inletValve_duration':
                    bean = BeanValve()
                    bean.duration = request.form[i]

                elif i[:18] == 'inletValve_from_hr':
                    iv_from_hr = request.form[i]

                elif i[:19] == 'inletValve_from_min':
                    iv_from_min = request.form[i]
                    bean.start = iv_from_hr + ":" + iv_from_min

                elif i[:16] == 'inletValve_to_hr':
                    iv_to_hr = request.form[i]

                elif i[:17] == 'inletValve_to_min':
                    iv_to_min = request.form[i]
                    bean.end = iv_to_hr + ":" + iv_to_min

                    bean.datetime = current_time
                    db.session.add(bean)
                    db.session.commit()

            # 清洗機
            elif i[:4] == 'wash':
                if i[:13] == 'wash_duration':
                    wash = WashMachine()
                    wash.duration = request.form[i]

                elif i[:12] == 'wash_from_hr':
                    wash_from_hr = request.form[i]

                elif i[:13] == 'wash_from_min':
                    wash_from_min = request.form[i]
                    wash.start = wash_from_hr + ":" + wash_from_min

                elif i[:10] == 'wash_to_hr':
                    wash_to_hr = request.form[i]

                elif i[:11] == 'wash_to_min':
                    wash_to_min = request.form[i]
                    wash.end = wash_to_hr + ":" + wash_to_min

                    wash.datetime = current_time
                    db.session.add(wash)
                    db.session.commit()

            # 輸送帶1
            elif i[:5] == 'belt1':
                if i[:14] == 'belt1_duration':
                    belt1 = ConveyorBelt1()
                    belt1.duration = request.form[i]

                elif i[:13] == 'belt1_from_hr':
                    belt1_from_hr = request.form[i]

                elif i[:14] == 'belt1_from_min':
                    belt1_from_min = request.form[i]
                    belt1.start = belt1_from_hr + ":" + belt1_from_min

                elif i[:11] == 'belt1_to_hr':
                    belt1_to_hr = request.form[i]

                elif i[:12] == 'belt1_to_min':
                    belt1_to_min = request.form[i]
                    belt1.end = belt1_to_hr + ":" + belt1_to_min

                    belt1.datetime = current_time
                    db.session.add(belt1)
                    db.session.commit()

            # 消毒
            elif i[:9] == 'disinfect':
                if i[:18] == 'disinfect_duration':
                    disinfect = Cargo1Disinfect()
                    disinfect.duration = request.form[i]

                elif i[:17] == 'disinfect_from_hr':
                    di_from_hr = request.form[i]

                elif i[:18] == 'disinfect_from_min':
                    di_from_min = request.form[i]
                    disinfect.start = di_from_hr + ":" + di_from_min

                elif i[:15] == 'disinfect_to_hr':
                    di_to_hr = request.form[i]

                elif i[:16] == 'disinfect_to_min':
                    di_to_min = request.form[i]
                    disinfect.end = di_to_hr + ":" + di_to_min

                    disinfect.datetime = current_time
                    db.session.add(disinfect)
                    db.session.commit()

            # 色選機
            elif i[:5] == 'color':
                if i[:14] == 'color_duration':
                    color = ColorMachine()
                    color.duration = request.form[i]

                elif i[:13] == 'color_from_hr':
                    color_from_hr = request.form[i]

                elif i[:14] == 'color_from_min':
                    color_from_min = request.form[i]
                    color.start = color_from_hr + ":" + color_from_min

                elif i[:11] == 'color_to_hr':
                    color_to_hr = request.form[i]

                elif i[:12] == 'color_to_min':
                    color_to_min = request.form[i]
                    color.end = color_to_hr + ":" + color_to_min

                    color.datetime = current_time
                    db.session.add(color)
                    db.session.commit()

            # 輸送帶2
            elif i[:5] == 'belt2':
                if i[:14] == 'belt2_duration':
                    belt2 = ConveyorBelt2()
                    belt2.duration = request.form[i]

                elif i[:13] == 'belt2_from_hr':
                    belt2_from_hr = request.form[i]

                elif i[:14] == 'belt2_from_min':
                    belt2_from_min = request.form[i]
                    belt2.start = belt2_from_hr + ":" + belt2_from_min

                elif i[:11] == 'belt2_to_hr':
                    belt2_to_hr = request.form[i]

                elif i[:12] == 'belt2_to_min':
                    belt2_to_min = request.form[i]
                    belt2.end = belt2_to_hr + ":" + belt2_to_min

                    belt2.datetime = current_time
                    db.session.add(belt2)
                    db.session.commit()

            # 去皮機
            elif i[:6] == 'peeled':
                if i[:15] == 'peeled_duration':
                    peeling = PeelingMachine()
                    peeling.duration = request.form[i]

                elif i[:14] == 'peeled_from_hr':
                    peeled_from_hr = request.form[i]

                elif i[:15] == 'peeled_from_min':
                    peeled_from_min = request.form[i]
                    peeling.start = peeled_from_hr + ":" + peeled_from_min

                elif i[:12] == 'peeled_to_hr':
                    peeled_to_hr = request.form[i]

                elif i[:13] == 'peeled_to_min':
                    peeled_to_min = request.form[i]
                    peeling.end = peeled_to_hr + ":" + peeled_to_min

                    peeling.datetime = current_time
                    db.session.add(peeling)
                    db.session.commit()

            # 輸送帶3
            elif i[:5] == 'belt3':
                if i[:14] == 'belt3_duration':
                    belt3 = ConveyorBelt3()
                    belt3.duration = request.form[i]

                elif i[:13] == 'belt3_from_hr':
                    belt3_from_hr = request.form[i]

                elif i[:14] == 'belt3_from_min':
                    belt3_from_min = request.form[i]
                    belt3.start = belt3_from_hr + ":" + belt3_from_min

                elif i[:11] == 'belt3_to_hr':
                    belt3_to_hr = request.form[i]

                elif i[:12] == 'belt3_to_min':
                    belt3_to_min = request.form[i]
                    belt3.end = belt3_to_hr + ":" + belt3_to_min

                    belt3.datetime = current_time
                    db.session.add(belt3)
                    db.session.commit()

        return render_template('cargo1.html', params=locals())


# 貨櫃2的訪問路徑
@main.route('/cargo2', methods=['GET', 'POST'])
def cargo2_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo2.html', params=locals())
    else:
        pass

# 貨櫃2排程的發酵槽訪問路徑


@main.route('/cargo2_schedule_tanks', methods=['GET', 'POST'])
def cargo2_schedule_tanks_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo2_schedule_tanks.html', params=locals())
    else:
        pass

# 貨櫃2排程發酵槽的清單訪問路徑


@main.route('/cargo2_schedule/<tid>', methods=['GET', 'POST'])
def cargo2_schedule_views(tid):
    username = session['uname']
    if request.method == 'GET':
        # 將已儲存的排程資料傳給前端
        # 打菌
        try:
            bacteria = Bacteria.query.filter_by(tank_num=int(
                tid)).order_by(text('datetime desc')).first()
            datetime = bacteria.datetime
            bacterias = Bacteria.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 消毒
        try:
            disinfect = Cargo2Disinfect.query.filter_by(
                tank_num=int(tid)).order_by(text('datetime desc')).first()
            datetime = disinfect.datetime
            disinfects = Cargo2Disinfect.query.filter_by(
                datetime=datetime).all()
        except Exception as e:
            pass

        # 加熱
        try:
            heating = Heating.query.filter_by(tank_num=int(
                tid)).order_by(text('datetime desc')).first()
            datetime = heating.datetime
            heatings = Heating.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 攪拌
        try:
            stir = Stir.query.filter_by(tank_num=int(tid)).order_by(
                text('datetime desc')).first()
            datetime = stir.datetime
            stirs = Stir.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 注水
        try:
            water = WaterInjection.query.filter_by(
                tank_num=int(tid)).order_by(text('datetime desc')).first()
            datetime = water.datetime
            waters = WaterInjection.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 開上閥
        try:
            top = TopValve.query.filter_by(tank_num=int(
                tid)).order_by(text('datetime desc')).first()
            datetime = top.datetime
            tops = TopValve.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 開下閥
        try:
            bottom = BottomValve.query.filter_by(tank_num=int(
                tid)).order_by(text('datetime desc')).first()
            datetime = bottom.datetime
            bottoms = BottomValve.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 溫度
        try:
            tem = Temperature.query.filter_by(tank_num=int(
                tid)).order_by(text('datetime desc')).first()
            datetime = tem.datetime
            tems = Temperature.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        return render_template('cargo2_schedule.html', params=locals())
    else:
        current_time = dt.now()

        # 循環從前端提交過來的資料
        for i in request.form:
            # 打菌
            if i[:8] == 'bacteria':
                if i[:17] == 'bacteria_duration':
                    bacteria = Bacteria()
                    bacteria.duration = request.form[i]

                elif i[:16] == 'bacteria_from_hr':
                    bac_from_hr = request.form[i]

                elif i[:17] == 'bacteria_from_min':
                    bac_from_min = request.form[i]
                    bacteria.start = bac_from_hr + ":" + bac_from_min

                elif i[:14] == 'bacteria_to_hr':
                    bac_to_hr = request.form[i]

                elif i[:15] == 'bacteria_to_min':
                    bac_to_min = request.form[i]
                    bacteria.end = bac_to_hr + ":" + bac_to_min

                    bacteria.datetime = current_time
                    bacteria.tank_num = int(tid)
                    db.session.add(bacteria)
                    db.session.commit()

            # 消毒
            elif i[:9] == 'disinfect':
                if i[:18] == 'disinfect_duration':
                    disinfect = Cargo2Disinfect()
                    disinfect.duration = request.form[i]

                elif i[:17] == 'disinfect_from_hr':
                    di_from_hr = request.form[i]

                elif i[:18] == 'disinfect_from_min':
                    di_from_min = request.form[i]
                    disinfect.start = di_from_hr + ":" + di_from_min

                elif i[:15] == 'disinfect_to_hr':
                    di_to_hr = request.form[i]

                elif i[:16] == 'disinfect_to_min':
                    di_to_min = request.form[i]
                    disinfect.end = di_to_hr + ":" + di_to_min

                    disinfect.datetime = current_time
                    disinfect.tank_num = int(tid)
                    db.session.add(disinfect)
                    db.session.commit()

            # 加熱
            elif i[:7] == 'heating':
                if i[:16] == 'heating_duration':
                    heating = Heating()
                    heating.duration = request.form[i]

                elif i[:15] == 'heating_from_hr':
                    heat_from_hr = request.form[i]

                elif i[:16] == 'heating_from_min':
                    heat_from_min = request.form[i]
                    heating.start = heat_from_hr + ":" + heat_from_min

                elif i[:13] == 'heating_to_hr':
                    heat_to_hr = request.form[i]

                elif i[:14] == 'heating_to_min':
                    heat_to_min = request.form[i]
                    heating.end = heat_to_hr + ":" + heat_to_min

                    heating.datetime = current_time
                    heating.tank_num = int(tid)
                    db.session.add(heating)
                    db.session.commit()

            # 攪拌
            elif i[:4] == 'stir':
                if i[:13] == 'stir_duration':
                    stir = Stir()
                    stir.duration = request.form[i]

                elif i[:12] == 'stir_from_hr':
                    stir_from_hr = request.form[i]

                elif i[:13] == 'stir_from_min':
                    stir_from_min = request.form[i]
                    stir.start = stir_from_hr + ":" + stir_from_min

                elif i[:10] == 'stir_to_hr':
                    stir_to_hr = request.form[i]

                elif i[:11] == 'stir_to_min':
                    stir_to_min = request.form[i]
                    stir.end = stir_to_hr + ":" + stir_to_min

                    stir.datetime = current_time
                    stir.tank_num = int(tid)
                    db.session.add(stir)
                    db.session.commit()

            # 注水
            elif i[:5] == 'water':
                if i[:14] == 'water_duration':
                    water = WaterInjection()
                    water.duration = request.form[i]

                elif i[:13] == 'water_from_hr':
                    water_from_hr = request.form[i]

                elif i[:14] == 'water_from_min':
                    water_from_min = request.form[i]
                    water.start = water_from_hr + ":" + water_from_min

                elif i[:11] == 'water_to_hr':
                    water_to_hr = request.form[i]

                elif i[:12] == 'water_to_min':
                    water_to_min = request.form[i]
                    water.end = water_to_hr + ":" + water_to_min

                    water.datetime = current_time
                    water.tank_num = int(tid)
                    db.session.add(water)
                    db.session.commit()

            # 開上閥
            elif i[:9] == 'highValve':
                if i[:18] == 'highValve_duration':
                    top = TopValve()
                    top.duration = request.form[i]

                elif i[:17] == 'highValve_from_hr':
                    h_valve_from_hr = request.form[i]

                elif i[:18] == 'highValve_from_min':
                    h_valve_from_min = request.form[i]
                    top.start = h_valve_from_hr + ":" + h_valve_from_min

                elif i[:15] == 'highValve_to_hr':
                    h_valve_to_hr = request.form[i]

                elif i[:16] == 'highValve_to_min':
                    h_valve_to_min = request.form[i]
                    top.end = h_valve_to_hr + ":" + h_valve_to_min

                    top.datetime = current_time
                    top.tank_num = int(tid)
                    db.session.add(top)
                    db.session.commit()

            # 開下閥
            elif i[:8] == 'lowValve':
                if i[:17] == 'lowValve_duration':
                    bottom = BottomValve()
                    bottom.duration = request.form[i]

                elif i[:16] == 'lowValve_from_hr':
                    l_valve_from_hr = request.form[i]

                elif i[:17] == 'lowValve_from_min':
                    l_valve_from_min = request.form[i]
                    bottom.start = l_valve_from_hr + ":" + l_valve_from_min

                elif i[:14] == 'lowValve_to_hr':
                    l_valve_to_hr = request.form[i]

                elif i[:15] == 'lowValve_to_min':
                    l_valve_to_min = request.form[i]
                    bottom.end = l_valve_to_hr + ":" + l_valve_to_min

                    bottom.datetime = current_time
                    bottom.tank_num = int(tid)
                    db.session.add(bottom)
                    db.session.commit()

            # 溫度
            elif i[:3] == 'tem':
                if i[:12] == 'tem_duration':
                    tem = Temperature()
                    tem.duration = request.form[i]

                elif i[:11] == 'tem_from_hr':
                    tem_from_hr = request.form[i]

                elif i[:12] == 'tem_from_min':
                    tem_from_min = request.form[i]
                    tem.start = tem_from_hr + ":" + tem_from_min

                elif i[:9] == 'tem_to_hr':
                    tem_to_hr = request.form[i]

                elif i[:10] == 'tem_to_min':
                    tem_to_min = request.form[i]
                    tem.end = tem_to_hr + ":" + tem_to_min

                    tem.datetime = current_time
                    tem.tank_num = int(tid)
                    db.session.add(tem)
                    db.session.commit()

        return render_template('cargo2.html', params=locals())


# 貨櫃2感測器的發酵槽訪問路徑
@main.route('/cargo2_sensor_tanks', methods=['GET', 'POST'])
def cargo2_sensor_tanks_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo2_sensor_tanks.html', params=locals())
    else:
        pass

# 貨櫃2感測器發酵槽的清單訪問路徑


@main.route('/cargo2_sensor/<tid>', methods=['GET', 'POST'])
def s_tank_views(tid):
    # 判斷用戶是否已關閉瀏覽器或登出後，在訪問這個route，如果沒有session就回登入頁
    try:
        username = session['uname']
    except KeyError:
        return redirect('/')

    if request.method == 'GET':
        # Rita 網頁端 params.tank_tem.tem
        # Coffee/CoffeeProject/app/templates/cargo2_sensor.html
        tank_tem = TankTemSensor.query.filter_by(tank_num=int(tid)).order_by(text('datetime desc')).first()
        tank_ph = TankPHSensor.query.filter_by(tank_num=int(tid)).order_by(text('datetime desc')).first()
        tank_ec = TankECSensor.query.filter_by(tank_num=int(tid)).order_by(text('datetime desc')).first()
        tank_sonic = TankSonicSensor.query.filter_by(tank_num=int(tid)).order_by(text('datetime desc')).first()
        return render_template('cargo2_sensor.html', params=locals())
    else:
        pass


# 貨櫃2感測器發酵槽歷史數據的訪問路徑
@main.route('/history_data', methods=['GET', 'POST'])
def history_data_views():
    if request.method == 'GET':
        # json
        # tid:tid_D1
        # sensor_name:soil_Temp
        # avg:1
        # max:1
        # min:1
        # time-interval:month
        # date-start:2021-07-01
        # date-end:2021-07-28
        info = request.args.to_dict()
        evt = info['evt']
        avg = int(info['avg'])
        max = int(info['max'])
        min = int(info['min'])
        time_interval = info['time-interval']
        print(info)
        # Rita {'evt': '1-溫濕度', 'avg': '1', 'max': '0', 'min': '0', 'time-interval': 'month',
        # 'date-start': '2021-05-04', 'date-end': '2021-05-18'} {'all': [], 'avg': []}
        # print(info)
        # {'evt': '1-溫濕度', 'avg': '1', 'max': '0', 'min': '0', 'time-interval': 'hour', 'date-start': '2021-01-01', 'date-end': '2021-07-27'}
        # print(D)
        # {'all': [['2021-Feb-19_16:46:10', '24.4'], ['2021-Feb-19_16:46:20', '24.4'], ['2021-Feb-19_16:46:30', '24.4'], ['2021-Feb-19_16:46:41', '24.4'], ['2021-Feb-19_16:46:50', '24.4'], ['2021-Feb-19_16:47:00', '24.4'], ['2021-Feb-19_16:47:10', '24.4'], ['2021-Feb-19_16:47:20', '24.4'], ['2021-Feb-19_16:47:30', '24.4'], ['2021-Feb-19_16:47:40', '24.5'], ['2021-Feb-19_16:47:50', '24.5'], ['2021-Feb-19_16:48:00', '24.5'], ['2021-Feb-19_16:48:10', '24.5'], ['2021-Feb-19_16:48:20', '24.5'], ['2021-Feb-19_16:48:29', '24.5'], ['2021-Feb-19_16:48:39', '24.5'], ['2021-Feb-19_16:48:50', '24.5'], ['2021-Feb-19_16:49:00', '24.5'], ['2021-Feb-19_16:49:10', '24.5'], ['2021-Feb-19_16:49:19', '24.5'], ['2021-Feb-19_16:49:29', '24.5'], ['2021-Feb-19_16:49:39', '24.5'], ['2021-Feb-19_16:49:49', '24.5'], ['2021-Feb-19_16:49:59', '24.5'], ['2021-Feb-19_16:50:10', '24.5'], ['2021-Feb-19_16:50:19', '24.5'], ['2021-Feb-19_16:50:29', '24.5'], ['2021-Feb-19_16:50:39', '24.5'], ['2021-Feb-19_16:50:49', '24.5'], ['2021-Feb-19_16:50:59', '24.5'], ['2021-Feb-19_18:07:10', '25.3'], ['2021-Feb-19_18:07:20', '25.3'], ['2021-Feb-19_18:07:30', '25.3'], ['2021-Feb-19_18:07:40', '25.3'], ['2021-Feb-19_18:07:49', '25.3'], ['2021-Feb-19_18:07:59', '25.3'], ['2021-Feb-19_18:08:10', '25.3'], ['2021-Feb-19_18:08:20', '25.3'], ['2021-Feb-19_18:08:30', '25.2'], ['2021-Feb-19_18:08:39', '25.2'], ['2021-Feb-19_18:08:49', '25.2']], 
        #  'avg': [['2021-02-19 16:00:00', '24.5'], ['2021-02-19 18:00:00', '25.3']]}
        # 192.168.50.65 - - [27/Jul/2021 11:57:23] "GET /history_data?evt=1-溫濕度&avg=1&max=0&min=0&time-interval=hour&date-start=2021-01-01&date-end=2021-07-27 HTTP/1.1" 200 -

        date_start = info['date-start']
        date_end_list = info['date-end'].split('-')         # 先把 'date-end' 的 '2021-05-18' 拆成 ['2021', '05', '18']
        date_end_list[2] = str(int(date_end_list[2]) + 1)   # 18 + 1 = 19 再轉成 str → '19'
        date_end = '-'.join(date_end_list)                  # '2021-05-19'
        tank_num = evt.split('-')[0]                        # 1
        sensor = evt.split('-')[1]                          # 溫濕度

        L = []
        D = {}
        maxData = []
        minData = []
        avgData = []

        def sensorData(data_name):                                              # data_name = "tem"

            def dataResample(time_interval, how, data_name):                    # dataResample('month', how???, "tem")  # 下方 "hour"
                interval = 0
                # 設置resample的第一個參數，要按照逐月、逐日或逐時
                if time_interval == 'month':
                    interval = "M"                                              # interval = "M"
                elif time_interval == 'day':
                    interval = "D"
                elif time_interval == 'hour':
                    interval = "H"

                if how == "max":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).max()                          # 取樣頻率 "H"
                    # 刪除有 NaN 的列, any 任何一欄位為空則刪 (all 全部欄位為空值才刪)
                    data = data.dropna(axis=0, how='any')                       
                    

                    if time_interval == ('hour' or 'day'):
                        data.index = pd.to_datetime(
                            data.index, format='%Y-%b-%d_%H:%M:%S')  # 将数据类型转换为日期类型

                    for a in range(0, len(data.index)):
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])

                        l.append(str(data[data_name][a]))
                        maxData.append(l)
                    D['max'] = maxData

                elif how == "mean":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).mean()
                    # 刪除具有NaN的值
                    data = data.dropna(axis=0, how='any')
                    # 將平均數取自小數1位
                    data = data.round({data_name: 1})

                    for a in range(0, len(data.index)):
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])
                        l.append(str(data[data_name][a]))
                        avgData.append(l)
                    D['avg'] = avgData

                elif how == "min":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).min()
                    # 刪除具有NaN的值
                    data = data.dropna(axis=0, how='any')

                    for a in range(0, len(data.index)):
                        # print(data.index[a])
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])
                        l.append(str(data[data_name][a]))
                        minData.append(l)
                    D['min'] = minData

            df = pd.DataFrame(L, columns=["datetime", data_name])  # 指定欄標籤名稱 為 ["datetime", "tem"]
            df['datetime'] = pd.to_datetime(
                df['datetime'], format='%Y-%b-%d_%H:%M:%S')  # 将数据类型转换为日期类型
            # print(df['datetime'])         # 0    2021-02-19 16:46:10
                                            # 1    2021-02-19 16:46:20
                                            # 2    2021-02-19 16:46:30
                                            # 3    2021-02-19 16:46:41
            df[data_name] = df[data_name].astype(float)
            df = df.set_index('datetime')   # 将datetime设置为index
            # print(df)                     #         datetime             tem
                                            # 2021-02-19 16:46:10  24.4
                                            # 2021-02-19 16:46:20  24.4

            if time_interval == 'month':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

            elif time_interval == 'day':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

            elif time_interval == 'hour':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

        if sensor == '溫濕度':
            # tank_tem = TankTemSensor.query.filter_by(tank_num=int(tank_num)).order_by(text('datetime desc')).all()
            # [7/27 Benson] tank_tem = TankTemSensor.query.filter_by(tank_num=int(tank_num)).filter(TankTemSensor.datetime.between(date_start, date_end)).all()
            tank_tem = dry_tank_SHT11.query.filter(dry_tank_SHT11.datetime.between(date_start, date_end)).all()
            # .filter_by(tank_num="D"+tank_num)

            for tem in tank_tem:
                l = []                                                      # l = []
                time = dt.strftime(tem.datetime, '%Y-%b-%d_%H:%M:%S')       # time = '2021-Feb-19_16:46:10' 轉換時間格式
                # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                l.append(time)                                              # l = ['2021-Feb-19_16:46:10']
                #l.append(tem.tem)                                           # l = ['2021-Feb-19_16:46:10', '24.4']
                l.append(tem.SHT11_Temp)
                L.append(l)                                                 # L = [['2021-Feb-19_16:46:10', '24.4']]

            # print(L)

            D['all'] = L                                                    # D = {'all': [['2021-Feb-19_16:46:10', '24.4']]}  # all 所有符合數據
            sensorData("tem")

        elif sensor == '酸鹼值':
            tank_ph = TankPHSensor.query.filter_by(tank_num=int(tank_num)).filter(
                TankPHSensor.datetime.between(date_start, date_end)).all()
            for ph in tank_ph:
                l = []
                time = dt.strftime(ph.datetime, '%Y-%b-%d_%H:%M:%S')
                # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                l.append(time)
                l.append(ph.ph)
                L.append(l)

            # print(L)

            D['all'] = L
            sensorData("ph")

        elif sensor == 'EC值':
            tank_ec = TankECSensor.query.filter_by(tank_num=int(tank_num)).filter(
                TankECSensor.datetime.between(date_start, date_end)).all()
            for ec in tank_ec:
                l = []
                time = dt.strftime(ec.datetime, '%Y-%b-%d_%H:%M:%S')
                # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                l.append(time)
                l.append(ec.ec)
                L.append(l)

            # print(L)

            D['all'] = L
            sensorData("ec")

        elif sensor == '超音波':
            tank_sonic = TankSonicSensor.query.filter_by(tank_num=int(tank_num)).filter(
                TankSonicSensor.datetime.between(date_start, date_end)).all()
            for sonic in tank_sonic:
                l = []
                time = dt.strftime(sonic.datetime, '%Y-%b-%d_%H:%M:%S')
                # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                l.append(time)
                l.append(sonic.sonic)
                L.append(l)

            # print(L)

            D['all'] = L
            sensorData("sonic")

        print(D)
        return json.dumps(D)
    else:
        pass

# Rita 改寫 
@main.route('/history_data_new', methods=['GET', 'POST'])
def history_data_new_views():
    if request.method == 'GET':
        # json
        # tid:tid_D1
        # sensor_name:soil_Temp
        # avg:1
        # max:1
        # min:1
        # time-interval:month
        # date-start:2021-07-01
        # date-end:2021-07-28
        info = request.args.to_dict()
        # evt = info['evt']
        tid = info['tid']
        sensor_name = info['sensor_name']
        avg = int(info['avg'])
        max = int(info['max'])
        min = int(info['min'])
        time_interval = info['time-interval']
        print("info:", info)
        # Rita {'evt': '1-溫濕度', 'avg': '1', 'max': '0', 'min': '0', 'time-interval': 'month',
        # 'date-start': '2021-05-04', 'date-end': '2021-05-18'} {'all': [], 'avg': []}
        # print(info)
        # {'evt': '1-溫濕度', 'avg': '1', 'max': '0', 'min': '0', 'time-interval': 'hour', 'date-start': '2021-01-01', 'date-end': '2021-07-27'}
        # print(D)
        # {'all': [['2021-Feb-19_16:46:10', '24.4'], ['2021-Feb-19_16:46:20', '24.4'], ['2021-Feb-19_16:46:30', '24.4'], ['2021-Feb-19_16:46:41', '24.4'], ['2021-Feb-19_16:46:50', '24.4'], ['2021-Feb-19_16:47:00', '24.4'], ['2021-Feb-19_16:47:10', '24.4'], ['2021-Feb-19_16:47:20', '24.4'], ['2021-Feb-19_16:47:30', '24.4'], ['2021-Feb-19_16:47:40', '24.5'], ['2021-Feb-19_16:47:50', '24.5'], ['2021-Feb-19_16:48:00', '24.5'], ['2021-Feb-19_16:48:10', '24.5'], ['2021-Feb-19_16:48:20', '24.5'], ['2021-Feb-19_16:48:29', '24.5'], ['2021-Feb-19_16:48:39', '24.5'], ['2021-Feb-19_16:48:50', '24.5'], ['2021-Feb-19_16:49:00', '24.5'], ['2021-Feb-19_16:49:10', '24.5'], ['2021-Feb-19_16:49:19', '24.5'], ['2021-Feb-19_16:49:29', '24.5'], ['2021-Feb-19_16:49:39', '24.5'], ['2021-Feb-19_16:49:49', '24.5'], ['2021-Feb-19_16:49:59', '24.5'], ['2021-Feb-19_16:50:10', '24.5'], ['2021-Feb-19_16:50:19', '24.5'], ['2021-Feb-19_16:50:29', '24.5'], ['2021-Feb-19_16:50:39', '24.5'], ['2021-Feb-19_16:50:49', '24.5'], ['2021-Feb-19_16:50:59', '24.5'], ['2021-Feb-19_18:07:10', '25.3'], ['2021-Feb-19_18:07:20', '25.3'], ['2021-Feb-19_18:07:30', '25.3'], ['2021-Feb-19_18:07:40', '25.3'], ['2021-Feb-19_18:07:49', '25.3'], ['2021-Feb-19_18:07:59', '25.3'], ['2021-Feb-19_18:08:10', '25.3'], ['2021-Feb-19_18:08:20', '25.3'], ['2021-Feb-19_18:08:30', '25.2'], ['2021-Feb-19_18:08:39', '25.2'], ['2021-Feb-19_18:08:49', '25.2']], 
        #  'avg': [['2021-02-19 16:00:00', '24.5'], ['2021-02-19 18:00:00', '25.3']]}
        # 192.168.50.65 - - [27/Jul/2021 11:57:23] "GET /history_data?evt=1-溫濕度&avg=1&max=0&min=0&time-interval=hour&date-start=2021-01-01&date-end=2021-07-27 HTTP/1.1" 200 -

        date_start = info['date-start']
        date_end_list = info['date-end'].split('-')         # 先把 'date-end' 的 '2021-05-18' 拆成 ['2021', '05', '18']
        date_end_list[2] = str(int(date_end_list[2]) + 1)   # 18 + 1 = 19 再轉成 str → '19'
        date_end = '-'.join(date_end_list)                  # '2021-05-19'
        # tank_num = evt.split('-')[0]                        # 1
        # sensor = evt.split('-')[1]                          # 溫濕度
        tank_num = tid                                      # D1
        sensor = sensor_name                                # soil_Temp
        L = []
        D = {}
        maxData = []
        minData = []
        avgData = []

        def sensorData(data_name):                                              # data_name = "tem"

            def dataResample(time_interval, how, data_name):                    # dataResample('month', how???, "tem")  # 下方 "hour"
                interval = 0
                # 設置resample的第一個參數，要按照逐月、逐日或逐時
                if time_interval == 'month':
                    interval = "M"                                              # interval = "M"
                elif time_interval == 'day':
                    interval = "D"
                elif time_interval == 'hour':
                    interval = "H"

                if how == "max":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).max()                          # 取樣頻率 'H'
                    # 刪除有 NaN 的列, any 任何一欄位為空則刪 (all 全部欄位為空值才刪)
                    data = data.dropna(axis=0, how='any')                       
                    

                    if time_interval == ('hour' or 'day'):
                        data.index = pd.to_datetime(
                            data.index, format='%Y-%b-%d_%H:%M:%S')  # 将数据类型转换为日期类型

                    for a in range(0, len(data.index)):
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])

                        l.append(str(data[data_name][a]))
                        maxData.append(l)
                    D['max'] = maxData

                elif how == "mean":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).mean()
                    # 刪除具有NaN的值
                    data = data.dropna(axis=0, how='any')
                    # 將平均數取自小數1位
                    data = data.round({data_name: 1})

                    for a in range(0, len(data.index)):
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])
                        l.append(str(data[data_name][a]))
                        avgData.append(l)
                    D['avg'] = avgData

                elif how == "min":
                    # data = df.resample(interval, how={data_name:how})
                    # 最新版的pandas
                    data = df.resample(interval).min()
                    # 刪除具有NaN的值
                    data = data.dropna(axis=0, how='any')

                    for a in range(0, len(data.index)):
                        # print(data.index[a])
                        l = []
                        # 如果是逐時，才顯示小時分秒
                        if time_interval == 'hour':
                            l.append(str(data.index[a]))
                        else:
                            l.append(str(data.index[a]).split(' ')[0])
                        l.append(str(data[data_name][a]))
                        minData.append(l)
                    D['min'] = minData

            df = pd.DataFrame(L, columns=["datetime", data_name])  # 指定欄標籤名稱 為 ["datetime", "tem"]
            df['datetime'] = pd.to_datetime(
                df['datetime'], format='%Y-%b-%d_%H:%M:%S')  # 将数据类型转换为日期类型
            # print(df['datetime'])         # 0    2021-02-19 16:46:10
                                            # 1    2021-02-19 16:46:20
                                            # 2    2021-02-19 16:46:30
                                            # 3    2021-02-19 16:46:41
            df[data_name] = df[data_name].astype(float)
            df = df.set_index('datetime')   # 将datetime设置为index
            # print(df)                     # datetime             tem
                                            # 2021-02-19 16:46:10  24.4
                                            # 2021-02-19 16:46:20  24.4

            if time_interval == 'month':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

            elif time_interval == 'day':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

            elif time_interval == 'hour':
                if max:
                    dataResample(time_interval, "max", data_name)
                if avg:
                    dataResample(time_interval, "mean", data_name)
                if min:
                    dataResample(time_interval, "min", data_name)

        if tank_num[:2] == 'DI':
            # 乾燥入料儲豆槽
            if sensor == 'UltraSonic':
                tank_UltraSonic = dry_input_sensor.query.filter_by(tank_num=tank_num).filter(dry_input_sensor.datetime.between(date_start, date_end)).all()
                for sonic in tank_UltraSonic:
                    l = []
                    time = dt.strftime(sonic.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(sonic.UltraSonic)
                    L.append(l)
                D['all'] = L
                sensorData("UltraSonic")

        elif tank_num[:2] == 'DO':
            # 乾燥出料儲豆槽
            if sensor == 'UltraSonic':
                tank_UltraSonic = dry_output_sensor.query.filter_by(tank_num=tank_num).filter(dry_output_sensor.datetime.between(date_start, date_end)).all()
                for sonic in tank_UltraSonic:
                    l = []
                    time = dt.strftime(sonic.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(sonic.UltraSonic)
                    L.append(l)
                D['all'] = L
                sensorData("UltraSonic")

        elif tank_num[:1] == 'D':
            # 乾燥槽
            if sensor == 'SHT11_Temp':
                tank_tem = dry_tank_SHT11.query.filter_by(tank_num=tank_num).filter(dry_tank_SHT11.datetime.between(date_start, date_end)).all()
                for tem in tank_tem:
                    l = []                                                      # l = []
                    time = dt.strftime(tem.datetime, '%Y-%b-%d_%H:%M:%S')       # time = '2021-Feb-19_16:46:10' 轉換時間格式
                    # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                    l.append(time)                                              # l = ['2021-Feb-19_16:46:10']
                    #l.append(tem.tem)                                           # l = ['2021-Feb-19_16:46:10', '24.4']
                    l.append(tem.SHT11_Temp)
                    L.append(l)                                                 # L = [['2021-Feb-19_16:46:10', '24.4']]
                # print(L)
                D['all'] = L                                                    # D = {'all': [['2021-Feb-19_16:46:10', '24.4']]}  # all 所有符合數據
                sensorData("SHT11_Temp")

            elif sensor == 'SHT11_Humidity':
                tank_hum = dry_tank_SHT11.query.filter_by(tank_num=tank_num).filter(dry_tank_SHT11.datetime.between(date_start, date_end)).all()
                for hum in tank_hum:
                    l = []
                    time = dt.strftime(hum.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(hum.SHT11_Humidity)
                    L.append(l)
                D['all'] = L
                sensorData("SHT11_Humidity")
            
            elif sensor == 'UltraSonic':
                tank_UltraSonic = dry_tank_UltraSonic.query.filter_by(tank_num=tank_num).filter(dry_tank_UltraSonic.datetime.between(date_start, date_end)).all()
                for sonic in tank_UltraSonic:
                    l = []
                    time = dt.strftime(sonic.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(sonic.UltraSonic)
                    L.append(l)
                D['all'] = L
                sensorData("UltraSonic")

            elif sensor == 'PA':
                tank_PA = dry_tank_PA.query.filter_by(tank_num=tank_num).filter(dry_tank_PA.datetime.between(date_start, date_end)).all()
                for pa in tank_PA:
                    l = []
                    time = dt.strftime(pa.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(pa.PA)
                    L.append(l)
                D['all'] = L
                sensorData("PA")
            
            elif sensor == 'soil_Temp':
                tank_soiltemp = dry_tank_Soil.query.filter_by(tank_num=tank_num).filter(dry_tank_Soil.datetime.between(date_start, date_end)).all()
                for temp in tank_soiltemp:
                    l = []
                    time = dt.strftime(temp.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(temp.soil_Temp)
                    L.append(l)
                D['all'] = L
                sensorData("soil_Temp")

            elif sensor == 'soil_Humidity':
                tank_soilHum = dry_tank_Soil.query.filter_by(tank_num=tank_num).filter(dry_tank_Soil.datetime.between(date_start, date_end)).all()
                for hum in tank_soilHum:
                    l = []
                    time = dt.strftime(hum.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(hum.soil_EC)
                    L.append(l)
                D['all'] = L
                sensorData("soil_Humidity")

            elif sensor == 'soil_EC':
                tank_soilec = dry_tank_Soil.query.filter_by(tank_num=tank_num).filter(dry_tank_Soil.datetime.between(date_start, date_end)).all()
                for ec in tank_soilec:
                    l = []
                    time = dt.strftime(ec.datetime, '%Y-%b-%d_%H:%M:%S')
                    # time = dt.strftime(tem.datetime, '%Y-%m-%d')
                    l.append(time)
                    l.append(ec.soil_EC)
                    L.append(l)
                D['all'] = L
                sensorData("soil_EC")

        elif tank_num[:2] == 'FI':
            if sensor == 'UltraSonic':
                input_UltraSonic = ferment_input_UltraSonic.query.filter_by(tank_num=tank_num).filter(ferment_input_UltraSonic.datetime.between(date_start, date_end)).all()
                for UltraSonic in input_UltraSonic:
                    l = []
                    time = dt.strftime(UltraSonic.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(UltraSonic.UltraSonic)
                    L.append(l)
                D['all'] = L
                sensorData("UltraSonic")

        elif tank_num[:2] == 'FO':
            if sensor == 'UltraSonic':
                output_UltraSonic = ferment_output_UltraSonic.query.filter_by(tank_num=tank_num).filter(ferment_output_UltraSonic.datetime.between(date_start, date_end)).all()
                for UltraSonic in output_UltraSonic:
                    l = []
                    time = dt.strftime(UltraSonic.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(UltraSonic.UltraSonic)
                    L.append(l)
                D['all'] = L
                sensorData("UltraSonic")

        elif tank_num[:1] == 'F':
            if sensor == 'LiDAR':
                tank_LiDAR = ferment_tank_LiDAR.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_LiDAR.datetime.between(date_start, date_end)).all()
                for LiDAR in tank_LiDAR:
                    l = []
                    time = dt.strftime(LiDAR.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(LiDAR.LiDAR)
                    L.append(l)
                D['all'] = L
                sensorData("LiDAR")

            elif sensor == 'motorEncoder':
                tank_motorEncoder = ferment_tank_motorEncoder.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_motorEncoder.datetime.between(date_start, date_end)).all()
                for motorEncoder in tank_motorEncoder:
                    l = []
                    time = dt.strftime(motorEncoder.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(motorEncoder.motorEncoder)
                    L.append(l)
                D['all'] = L
                sensorData("motorEncoder")

            elif sensor == 'PressureWaterLevel':
                tank_PressureWaterLevel = ferment_tank_PressureWaterLevel.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_PressureWaterLevel.datetime.between(date_start, date_end)).all()
                for PressureWaterLevel in tank_PressureWaterLevel:
                    l = []
                    time = dt.strftime(PressureWaterLevel.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(PressureWaterLevel.PressureWaterLevel)
                    l.append('{:.2f}'.format(float(PressureWaterLevel.PressureWaterLevel)))
                    L.append(l)
                D['all'] = L
                sensorData("PressureWaterLevel")

            elif sensor == 'SHT11_Temp':
                tank_Temp = ferment_tank_SHT11.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_SHT11.datetime.between(date_start, date_end)).all()
                for Temp in tank_Temp:
                    l = []
                    time = dt.strftime(Temp.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(Temp.SHT11_Temp)
                    L.append(l)
                D['all'] = L
                sensorData("SHT11_Temp")

            elif sensor == 'SHT11_Humidity':
                tank_Humidity = ferment_tank_SHT11.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_SHT11.datetime.between(date_start, date_end)).all()
                for Humidity in tank_Humidity:
                    l = []
                    time = dt.strftime(Humidity.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(Humidity.SHT11_Humidity)
                    L.append(l)
                D['all'] = L
                sensorData("SHT11_Humidity")

            elif sensor == 'CO2':
                tank_CO2 = ferment_tank_CO2.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_CO2.datetime.between(date_start, date_end)).all()
                for CO2 in tank_CO2:
                    l = []
                    time = dt.strftime(CO2.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(CO2.CO2)
                    L.append(l)
                D['all'] = L
                sensorData("CO2")

            elif sensor == 'PH':
                tank_PH = ferment_tank_PH.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_PH.datetime.between(date_start, date_end)).all()
                for PH in tank_PH:
                    l = []
                    time = dt.strftime(PH.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(PH.PH)
                    L.append(l)
                D['all'] = L
                sensorData("PH")
            elif sensor == 'ORP':
                tank_ORP = ferment_tank_ORP.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_ORP.datetime.between(date_start, date_end)).all()
                for ORP in tank_ORP:
                    l = []
                    time = dt.strftime(ORP.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(ORP.ORP)
                    L.append(l)
                D['all'] = L
                sensorData("ORP")

            elif sensor == 'DO':
                tank_DO = ferment_tank_DO.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_DO.datetime.between(date_start, date_end)).all()
                for DO in tank_DO:
                    l = []
                    time = dt.strftime(DO.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(DO.DO)
                    L.append(l)
                D['all'] = L
                sensorData("DO")

            elif sensor == 'EC':
                tank_EC = ferment_tank_EC.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_EC.datetime.between(date_start, date_end)).all()
                for EC in tank_EC:
                    l = []
                    time = dt.strftime(EC.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(EC.EC)
                    L.append(l)
                D['all'] = L
                sensorData("EC")

            elif sensor == 'PA':
                tank_PA = ferment_tank_PA.query.filter_by(tank_num = tank_num)\
                    .filter(ferment_tank_PA.datetime.between(date_start, date_end)).all()
                for PA in tank_PA:
                    l = []
                    time = dt.strftime(PA.datetime, '%Y-%b-%d_%H:%M:%S')
                    l.append(time)
                    l.append(PA.PA)
                    L.append(l)
                D['all'] = L
                sensorData("PA")
            

        
        print(D)
        return json.dumps(D)
    else:
        pass


# 貨櫃2致動器的發酵槽訪問路徑
@main.route('/cargo2_actuator_tanks', methods=['GET', 'POST'])
def cargo2_actuator_tanks_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo2_actuator_tanks.html', params=locals())
    else:
        pass

# 貨櫃2致動器發酵槽的清單訪問路徑


@main.route('/cargo2_actuator/<tid>', methods=['GET', 'POST'])
def cargo2_actuator_views(tid):
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo2_actuator.html', params=locals())
    else:
        pass


# 貨櫃3的訪問路徑
@main.route('/cargo3', methods=['GET', 'POST'])
def cargo3_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('cargo3.html', params=locals())
    else:
        pass

# 貨櫃3排程的訪問路徑


@main.route('/cargo3_schedule', methods=['GET', 'POST'])
def cargo3_schedule_views():
    username = session['uname']
    if request.method == 'GET':
        # 將已儲存的排程資料傳給前端
        # 提升機
        try:
            hoist = Hoist.query.order_by(text('datetime desc')).first()
            datetime = hoist.datetime
            hoists = Hoist.query.filter_by(datetime=datetime).all()
        except Exception as e:
            pass

        # 烘乾機
        try:
            dryer = Dryer.query.order_by(text('datetime desc')).first()
            datetime = dryer.datetime
            dryers = Dryer.query.filter_by(datetime=datetime).all()

        except Exception as e:
            pass

        return render_template('cargo3_schedule.html', params=locals())
    else:
        # Rita： "POST /b_cargo3 HTTP/1.1" 404 -
        current_time = dt.now()

        # 循環從前端提交過來的資料
        for i in request.form:
            print('Rita test i :', i)
            # 堤升機
            if i[:5] == 'hoist':
                if i[:14] == 'hoist_duration':
                    hoist = Hoist()
                    hoist.duration = request.form[i]

                elif i[:13] == 'hoist_from_hr':
                    ho_from_hr = request.form[i]

                elif i[:14] == 'hoist_from_min':
                    ho_from_min = request.form[i]
                    hoist.start = ho_from_hr + ":" + ho_from_min

                elif i[:11] == 'hoist_to_hr':
                    ho_to_hr = request.form[i]

                elif i[:12] == 'hoist_to_min':
                    ho_to_min = request.form[i]
                    hoist.end = ho_to_hr + ":" + ho_to_min
                    hoist.datetime = current_time

                    db.session.add(hoist)
                    db.session.commit()

            # 烘乾機
            elif i[:5] == 'dryer':
                if i[:14] == 'dryer_duration':
                    dryer = Dryer()
                    dryer.duration = request.form[i]

                elif i[:13] == 'dryer_from_hr':
                    dry_from_hr = request.form[i]

                elif i[:14] == 'dryer_from_min':
                    dry_from_min = request.form[i]
                    dryer.start = dry_from_hr + ":" + dry_from_min

                elif i[:11] == 'dryer_to_hr':
                    dry_to_hr = request.form[i]

                elif i[:12] == 'dryer_to_min':
                    dry_to_min = request.form[i]
                    dryer.end = dry_to_hr + ":" + dry_to_min

                    dryer.datetime = current_time

                    db.session.add(dryer)
                    db.session.commit()

        return render_template('cargo3.html', params=locals())


# 影像串流的訪問路徑
@main.route('/video', methods=['GET', 'POST'])
def video_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('video.html', params=locals())
    else:
        pass

# 影像的訪問路徑


@main.route('/learn', methods=['GET', 'POST'])
def learn_views():
    username = session['uname']
    if request.method == 'GET':
        return render_template('learn.html', params=locals())
    else:
        pass

# 獲取relay狀態路徑


@main.route('/relay', methods=['GET', 'POST'])
def relay_views():
    if request.method == 'GET':
        relay = Relay.query.order_by(text('datetime desc')).first()
        relay_status = relay.status
        return jsonify({"relay": relay_status})
    else:
        pass

# 獲取脫皮機狀態路徑


@main.route('/peel', methods=['GET', 'POST'])
def peeling_views():
    if request.method == 'GET':
        peeling = PeelingMachineRPM.query.order_by(text('datetime desc')).first()
        peeling_rpm = peeling.rpm
        return jsonify({"peeling": peeling_rpm})
    else:
        pass


# 退出的訪問路徑
@main.route('/logout')
def logout_views():
    if 'id' in session and 'uname' in session:
        del session['id']
        del session['uname']
    return redirect('/')


@main.route("/udp_client", methods=['POST', 'GET'])
def udp_views():
    # sl(0.5)
    global c_sock
    if request.method == 'GET':
        # def close():
        #     global c_sock
        #     sl(600)
        #     c_sock.close()
        #     c_sock = 0
        #     print("c_sock is closing")

        max_length = 65000
        # max_length = 95000
        # lab1的IP
        host = "192.168.50.65"
        # lab2的IP
        # host = "192.168.51.160"
        port = 8000
        c_sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)

        # t = threading.Thread(target=close)
        # t.daemon = True
        # t.start()

        print("test")
        # dict = request.args.to_dict()
        # nr = int(dict['nr'])
        # if nr == 1:
        #     camara = 0
        # elif nr == 2:
        #     camara = 'rtsp://admin:admin@192.168.50.182/av2_0'
        # elif nr == 3:
        #     camara = 'rtsp://admin:abcd1234@192.168.51.101/av2_0'
        # 地下室小兵
        # cap = cv2.VideoCapture('rtsp://admin:abcd1234@192.168.51.48/av2_0')
        # 主機攝像頭
        # cap = cv2.VideoCapture(0)
        # 外面小兵
        # cap = cv2.VideoCapture('rtsp://admin:admin@192.168.50.182/av2_0')

        cap = cv2.VideoCapture('rtsp://192.168.50.182/av0_0')
        # cap = cv2.VideoCapture(0)
        # cap = cv2.VideoCapture(camara)
        ret, frame = cap.read()

        while ret:
            # compress frame
            frame = cv2.resize(frame, (550, 400), interpolation=cv2.INTER_AREA)
            retval, buffer = cv2.imencode(".jpg", frame)

            if retval:
                # convert to byte array
                buffer = buffer.tobytes()
                # get size of the frame
                buffer_size = len(buffer)

                num_of_packs = 1
                if buffer_size > max_length:
                    num_of_packs = math.ceil(buffer_size / max_length)

                frame_info = {"packs": num_of_packs}

                # send the number of packs to be expected
                # print("Number of packs:", num_of_packs)
                c_sock.sendto(pickle.dumps(frame_info), (host, port))

                left = 0
                right = max_length

                for i in range(num_of_packs):
                    # print("left:", left)
                    # print("right:", right)

                    # truncate data to send
                    data = buffer[left:right]
                    left = right
                    right += max_length

                    # send the frames accordingly
                    c_sock.sendto(data, (host, port))

            ret, frame = cap.read()

        print("done")
        return "done"
    else:
        c_sock.shutdown(2)
        c_sock.close()
        c_sock = 0
        print("c_sock is closing")


# 影像串流的路徑
@main.route("/video_feed", methods=['POST', 'GET'])
def video_feed_views():
    print("test2")
    global s_sock
    if request.method == 'GET':
        # 於10分鐘之後，自動關閉socket server
        # if s_sock == 0:
        #     def socket_server_views():
        #         global s_sock
        #         print("test")
        #         print(s_sock)
        #         sl(600)
        #         if s_sock != 0:
        #             s_sock.close()
        #             s_sock = 0
        #             print('s_sock is closed')
        #
        #     pool.submit(socket_server_views)

        host = "192.168.50.65"
        port = 8000
        max_length = 65540
        # max_length = 95540

        s_sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
        s_sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
        s_sock.bind((host, port))

        frame_info = None
        buffer = None
        frame = None
        encodedImage = None

        print("-> waiting for connection")

        # 影像生成器函數，將影像以jpg格式傳給前端

        def generate():
            while True:
                with lock:
                    global s_sock, frame_info, buffer, frame, encodedImage
                    if s_sock == 0:
                        break
                    data, address = s_sock.recvfrom(max_length)

                    if len(data) < 100:
                        frame_info = pickle.loads(data)

                        if frame_info:
                            nums_of_packs = frame_info["packs"]

                            for i in range(nums_of_packs):
                                if s_sock == 0:
                                    break
                                data, address = s_sock.recvfrom(max_length)

                                if i == 0:
                                    buffer = data
                                else:
                                    buffer += data

                            frame = np.frombuffer(buffer, dtype=np.uint8)
                            frame = frame.reshape(frame.shape[0], 1)

                            frame = cv2.imdecode(frame, cv2.IMREAD_UNCHANGED)

                            # print(frame)

                            # 如果frame為None就跳過
                            if frame is None:
                                continue

                            frame = cv2.resize(
                                frame, (640, 360), interpolation=cv2.INTER_AREA)

                            # encode the frame in JPEG format
                            (flag, encodedImage) = cv2.imencode(".jpg", frame)
                            # ensure the frame was successfully encoded
                            if not flag:
                                continue
                # yield the output frame in the byte format
                yield (b'--frame\r\n' b'Content-Type: image/jpeg\r\n\r\n' +
                       bytearray(encodedImage) + b'\r\n')

        # return the response generated along with the specific media
        # type (mime type)
        return Response(generate(), mimetype="multipart/x-mixed-replace; boundary=frame")
    else:
        if s_sock != 0:
            s_sock.close()
            s_sock = 0
            print('s_sock is closed')
            return "s_sock is closed"
        print("test")
        return "s_sock is closed"


D = {"input_vacuum_status": "0",
     "tank_vacuum_status": "0",
     "tank_threewayvalve_input_status": "0",
     "tank_threewayvalve_bean_status": "0",
     "tank_solenoid_disinfect_status": "0",
     "tank_pump_disinfect_status": "0",
     "outer_threewayvalve_float_status": "0",
     "tank_motor_status": 'none',
     "tank_pump_water_in_status": "0",
     "tank_pump_cleanwater_in_status": "0",
     "outer_solenoid_water_status": "0",
     "tank_solenoid_reclaimed_in_status": "0",
     "tank_solenoid_water_in_status": "0",
     "tank_solenoid_water_out_status": "0",
     "tank_solenoid_reclaimed_out_status": "0",
     "tank_pump_sensor_status": "0",
     "solenoid_tank_pump_status": "0",
     "tank_nozzle_status": "0",
     "tank_blower_status": "0",
     "tank_heater1_status": "0",
     "tank_heater2_status": "0",
     "temp1_enable": "0",
     "temp1": "0", 
     "tank_diskvalve_status": "0",
     "output_vacuum_status": "0",

     "tank_temp_enable_status": "0",
     "tank_temp_status": "0",
    #  "tank_pump_waterFloat_status": "0",
    #  "tank_pump_waterL2_status": "0",
    #  "tank_pump_waterL4_status": "0",
    #  "tank_solenoid_waterL3_status": "0",
    #  "tank_solenoid_waterL5_status": "0",
    #  "tank_stepping_motor_status": 'none',
}

# pub_topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'
# sub_topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78/Log'

# mqttObj = MQTT('aisky-client', 'aiskyc', '60.250.156.234', 1883, 60, sub_topic)
mqttObj = MQTT()

@main.route('/mqtt_block', methods=['POST'])
def mqtt_block():
    import json
    dict = request.form.to_dict()   # 將表單轉換成字典
    print('dict:', dict)
    # print('dict.keys():', dict.keys())

    # dict = {
    #     "command":"Dry_OTA",
    #     "cond": [
    #         {
    #             "cond_main": "if D1 tank_SHT11_Temp == 30",
    #             "cond_add": ["and tank_soil_Humidity == 25","and tank_soil_Humidity == 25",],
    #             "cond_com": ["tank_motor_status 10", "tank_motor_status 10"]
    #         },
    #         {
    #             "cond_main": "if D1 tank_SHT11_Temp == 30",
    #             "cond_add": ["and tank_soil_Humidity == 25","and tank_soil_Humidity == 25",],
    #             "cond_com": ["tank_motor_status 10", "tank_motor_status 10"]
    #         }
    #     ]
    # }
    # dict = {"command": "Dry_OTA", "cond": "'cond_main':'if D1 tank_soil_Temp == 11', 'cond_add':['and tank_soil_Humidity == 12', 'and tank_soil_EC == 13'], 'cond_com':['tank_heater1_status on', 'tank_heater2_status on']], ['cond_main':'if D2 tank_solenoid_disinfect_status == 21', 'cond_add':['and tank_solenoid_water_out_status == 22', 'and outer_solenoid_water_status == 23'], 'cond_com':['tank_heater1_status on', 'tank_heater2_status on']"}

    json = json.dumps(dict)
    # json: {"command": "Dry_OTA", "cond": [{"cond_main": "if D1 tank_SHT11_Temp == 30", "cond_add": ["and tank_soil_Humidity == 25", "and tank_soil_Humidity == 25"], "cond_com": ["tank_motor_status 10", "tank_motor_status 10"]}, {"cond_main": "if D1 tank_SHT11_Temp == 30", "cond_add": ["and tank_soil_Humidity == 25", "and tank_soil_Humidity == 25"], "cond_com": ["tank_motor_status 10", "tank_motor_status 10"]}]}
    print('json:', json)
    # dict: {'command': 'Dry_OTA', 'cond': [{'cond_main': 'if D1 tank_SHT11_Temp == 30', 'cond_add': ['and tank_soil_Humidity == 25', 'and tank_soil_Humidity == 25'], 'cond_com': ['tank_motor_status 10', 'tank_motor_status 10']}, {'cond_main': 'if D1 tank_SHT11_Temp == 30', 'cond_add': ['and tank_soil_Humidity == 25', 'and tank_soil_Humidity == 25'], 'cond_com': ['tank_motor_status 10', 'tank_motor_status 10']}]}


    topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'

    mqtt.publish(topic, json)
    return 'OK'


# mqtt發布
# @main.route('/mqtt/<tid>', methods=['POST'])
@main.route('/mqtt/<tid>', methods=['POST'])
def mqtt_views(tid):
    import json
    dict = request.form.to_dict()   # 將表單轉換成字典
    json = json.dumps(dict)
    # print('dict:', dict)   # dict: {'tank-number': '1', 'command': 'tank_vacuum_status', 'value': 'on'}
    # print('json:', json)   # json: {"tank-number": "1", "command": "tank_vacuum_status", "value": "on"}

    topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'

    # res = mqttObj.mqttPublish(pub_topic, json)
    # print(res)
    # sl(2)
    # print(mqttObj.res)
    #
    # print('test')

    mqtt.publish(topic, json)

    # 入料儲豆槽真空吸料機(ON吸料/OFF排氣)
    if dict['command'] == 'input_vacuum_status':
        time.sleep(1)
        # D[input_vacuum_status]: "0"
        print('D[input_vacuum_status]:', D['input_vacuum_status'])
        if D['input_vacuum_status'] == 'on':
            return 'on'
        elif D['input_vacuum_status'] == 'off':
            return 'off'
        else:
            return "input_vacuum_status signal was not received"

    # 真空吸料機
    elif dict['command'] == 'tank_vacuum_status':
        time.sleep(1)
        if D['tank_vacuum_status'] == 'on':
            return 'on'
        elif D['tank_vacuum_status'] == 'off':
            return 'off'
        else:
            return "tank_vacuum_status signal was not received"

    # 入料三通閥(ON吸料/OFF排氣)
    elif dict['command'] == 'tank_threewayvalve_input_status':
        time.sleep(1)
        if D['tank_threewayvalve_input_status'] == 'on':
            return 'on'
        elif D['tank_threewayvalve_input_status'] == 'off':
            return 'off'
        else:
            return "tank_threewayvalve_input_status signal was not received"

    # 測豆三通閥(ON吸料/OFF排氣)
    elif dict['command'] == 'tank_threewayvalve_bean_status':
        time.sleep(1)
        if D['tank_threewayvalve_bean_status'] == 'on':
            return 'on'
        elif D['tank_threewayvalve_bean_status'] == 'off':
            return 'off'
        else:
            return "tank_threewayvalve_bean_status signal was not received"

    # 消毒電磁閥(ON噴灑消毒/OFF關)
    elif dict['command'] == 'tank_solenoid_disinfect_status':
        time.sleep(1)
        if D['tank_solenoid_disinfect_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_disinfect_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_disinfect_status signal was not received"

    # 混合槽幫浦(ON抽水消毒/OFF關)
    elif dict['command'] == 'tank_pump_disinfect_status':
        time.sleep(1)
        if D['tank_pump_disinfect_status'] == 'on':
            return 'on'
        elif D['tank_pump_disinfect_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_disinfect_status signal was not received"
    
    # 外桶浮選三通閥(ON開浮選出口/OFF關)
    elif dict['command'] == 'outer_threewayvalve_float_status':
        time.sleep(1)
        if D['outer_threewayvalve_float_status'] == 'on':
            return 'on'
        elif D['outer_threewayvalve_float_status'] == 'off':
            return 'off'
        else:
            return "outer_threewayvalve_float_status signal was not received"

    # 馬達(單位RPM)
    elif dict['command'] == 'tank_motor_status':
        print("D['tank_motor_status']", D['tank_motor_status'])
        time.sleep(1)
        if D['tank_motor_status'] == '0':
            return 'off'
        elif type(D['tank_motor_status']) == int:
            return 'on'
        else:
            return "tank_motor_status signal was not received"

    # 幫浦(清水入水)(ON開/OFF關)
    elif dict['command'] == 'tank_pump_water_in_status':
        time.sleep(1)
        if D['tank_pump_water_in_status'] == 'on':
            return 'on'
        elif D['tank_pump_water_in_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_water_in_status signal was not received"

    # 幫浦(清洗槽入水)(ON開/OFF關)
    elif dict['command'] == 'tank_pump_cleanwater_in_status':
        time.sleep(1)
        if D['tank_pump_cleanwater_in_status'] == 'on':
            return 'on'
        elif D['tank_pump_cleanwater_in_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_cleanwater_in_status signal was not received"

    # 桶外進水電磁閥(ON開/OFF關)
    elif dict['command'] == 'outer_solenoid_water_status':
        time.sleep(1)
        if D['outer_solenoid_water_status'] == 'on':
            return 'on'
        elif D['outer_solenoid_water_status'] == 'off':
            return 'off'
        else:
            return "outer_solenoid_water_status signal was not received"

    # 中水入水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_reclaimed_in_status':
        time.sleep(1)
        if D['tank_solenoid_reclaimed_in_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_reclaimed_in_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_reclaimed_in_status signal was not received"

    # 清水入水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_water_in_status':
        time.sleep(1)
        if D['tank_solenoid_water_in_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_water_in_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_water_in_status signal was not received"

    # 排水廢水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_water_out_status':
        time.sleep(1)
        if D['tank_solenoid_water_out_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_water_out_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_water_out_status signal was not received"

    # 排水中水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_reclaimed_out_status':
        time.sleep(1)
        if D['tank_solenoid_reclaimed_out_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_reclaimed_out_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_reclaimed_out_status signal was not received"

    # 雙核隔膜泵(ON開/OFF關)
    elif dict['command'] == 'tank_pump_sensor_status':
        time.sleep(1)
        if D['tank_pump_sensor_status'] == 'on':
            return 'on'
        elif D['tank_pump_sensor_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_sensor_status signal was not received"

    # 逆洗 pump 電磁閥(ON開/OFF關)
    elif dict['command'] == 'solenoid_tank_pump_status':
        time.sleep(1)
        if D['solenoid_tank_pump_status'] == 'on':
            return 'on'
        elif D['solenoid_tank_pump_status'] == 'off':
            return 'off'
        else:
            return "solenoid_tank_pump_status signal was not received"

    # 噴嘴(ON開/OFF關)
    elif dict['command'] == 'tank_nozzle_status':
        time.sleep(1)
        if D['tank_nozzle_status'] == 'on':
            return 'on'
        elif D['tank_nozzle_status'] == 'off':
            return 'off'
        else:
            return "tank_nozzle_status signal was not received"

    # 鼓風機(ON開/OFF關)
    elif dict['command'] == 'tank_blower_status':
        time.sleep(1)
        if D['tank_blower_status'] == 'on':
            return 'on'
        elif D['tank_blower_status'] == 'off':
            return 'off'
        else:
            return "tank_blower_status signal was not received"

    # 加熱棒 1(ON開/OFF關)
    elif dict['command'] == 'tank_heater1_status':
        time.sleep(1)
        if D['tank_heater1_status'] == 'on':
            return 'on'
        elif D['tank_heater1_status'] == 'off':
            return 'off'
        else:
            return "tank_heater1_status signal was not received"

    # 加熱棒 2(ON開/OFF關)
    elif dict['command'] == 'tank_heater2_status':
        time.sleep(1)
        if D['tank_heater2_status'] == 'on':
            return 'on'
        elif D['tank_heater2_status'] == 'off':
            return 'off'
        else:
            return "tank_heater2_status signal was not received"

    # 溫度控制(ON開/OFF關)
    elif dict['command'] == 'temp1_enable':
        time.sleep(1)
        if D['temp1_enable'] == 'on':
            return 'on'
        elif D['temp1_enable'] == 'off':
            return 'off'
        else:
            return "temp1_enable_status signal was not received"

    # 設定溫度
    elif dict['command'] == 'temp1':
        time.sleep(1)
        if D['temp1'] == '0':
            return 'off'
        elif type(D['temp1']) == float:
            return 'on'
        else:
            return "temp1 signal was not received"
    
    # 發酵槽 溫控開關
    elif dict['command'] == 'tank_temp_enable':
        time.sleep(1)
        if D['tank_temp_enable'] == 'on':
            return 'on'
        elif D['tank_temp_enable'] == 'off':
            return 'off'
        else:
            return "tank_temp_enable signal was not received"

    # 發酵槽 設定溫度
    elif dict['command'] == 'tank_temp':
        time.sleep(1)
        if D['tank_temp'] == '0':
            return 'off'
        elif type(D['tank_temp']) == float:
            return 'on'
        else:
            return "tank_temp signal was not received"

    # 蝴蝶閥(ON開/OFF關)
    elif dict['command'] == 'tank_diskvalve_status':
        time.sleep(1)
        if D['tank_diskvalve_status'] == 'on':
            return 'on'
        elif D['tank_diskvalve_status'] == 'off':
            return 'off'
        else:
            return "tank_diskvalve_status signal was not received"

    # 出料儲豆槽真空吸料機(ON吸料/OFF排氣)
    elif dict['command'] == 'output_vacuum_status':
        time.sleep(1)
        if D['output_vacuum_status'] == 'on':
            return 'on'
        elif D['output_vacuum_status'] == 'off':
            return 'off'
        else:
            return "output_vacuum_status signal was not received"

    else:
        return "MQTT command NOT FOUND"
        # return "publish done"       # 1201 test
        
# --- 12/10 ------------------------------------------ start
@main.route('/mqtt_data/<tid>_<command>_<value>', methods=['POST'])
def mqtt_data(tank_num, command, value):
    import json
    data = { "tank_num": str(tank_num), "command": str(command), "value": str(value) }
    json = json.dumps(data)
    # print('json:', json)   # json: {"tank-number": "1", tank_vacuum_status", "value": "on"}
    print('json:', json)

    topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'
    mqtt.publish(topic, json)

# --- 12/10 ------------------------------------------ finish



# --- 10/19 ------------------------------------------ start
# mqtt發布
# @main.route('/mqtt/<tid>', methods=['POST'])
@main.route('/mqtt_f/<tid>', methods=['POST'])
def mqtt_f(data):
    import json
    dict = request.form.to_dict()
    json = json.dumps(data)
    # print('dict:', dict)   # dict: {'tank-number': '1', 'command': 'tank_vacuum_status', 'value': 'on'}
    # print('json:', json)   # json: {"tank-number": "1", tank_vacuum_status", "value": "on"}
    print('json:', json)

    topic = 'AISKY/Coffee/MK-G/b8:27:eb:7e:24:78'

    # res = mqttObj.mqttPublish(pub_topic, json)
    # print(res)
    # sl(2)
    # print(mqttObj.res)
    #
    # print('test')

    mqtt.publish(topic, json)

    # 入料儲豆槽真空吸料機(ON吸料/OFF排氣)
    if dict['command'] == 'input_vacuum_status':
        time.sleep(1)
        # D[input_vacuum_status]: "0"
        print('D[input_vacuum_status]:', D['input_vacuum_status'])
        if D['input_vacuum_status'] == 'on':
            return 'on'
        elif D['input_vacuum_status'] == 'off':
            return 'off'
        else:
            return "input_vacuum_status signal was not received"

    # 真空吸料機
    elif dict['command'] == 'tank_vacuum_status':
        time.sleep(1)
        if D['tank_vacuum_status'] == 'on':
            return 'on'
        elif D['tank_vacuum_status'] == 'off':
            return 'off'
        else:
            return "tank_vacuum_status signal was not received"

    # 入料三通閥(ON吸料/OFF排氣)
    elif dict['command'] == 'tank_threewayvalve_input_status':
        time.sleep(1)
        if D['tank_threewayvalve_input_status'] == 'on':
            return 'on'
        elif D['tank_threewayvalve_input_status'] == 'off':
            return 'off'
        else:
            return "tank_threewayvalve_input_status signal was not received"

    # 測豆三通閥(ON吸料/OFF排氣)
    elif dict['command'] == 'tank_threewayvalve_bean_status':
        time.sleep(1)
        if D['tank_threewayvalve_bean_status'] == 'on':
            return 'on'
        elif D['tank_threewayvalve_bean_status'] == 'off':
            return 'off'
        else:
            return "tank_threewayvalve_bean_status signal was not received"

    # 消毒電磁閥(ON噴灑消毒/OFF關)
    elif dict['command'] == 'tank_solenoid_disinfect_status':
        time.sleep(1)
        if D['tank_solenoid_disinfect_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_disinfect_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_disinfect_status signal was not received"

    # 混合槽幫浦(ON抽水消毒/OFF關)
    elif dict['command'] == 'tank_pump_disinfect_status':
        time.sleep(1)
        if D['tank_pump_disinfect_status'] == 'on':
            return 'on'
        elif D['tank_pump_disinfect_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_disinfect_status signal was not received"
    
    # 外桶浮選三通閥(ON開浮選出口/OFF關)
    elif dict['command'] == 'outer_threewayvalve_float_status':
        time.sleep(1)
        if D['outer_threewayvalve_float_status'] == 'on':
            return 'on'
        elif D['outer_threewayvalve_float_status'] == 'off':
            return 'off'
        else:
            return "outer_threewayvalve_float_status signal was not received"

    # 馬達(單位RPM)
    elif dict['command'] == 'tank_motor_status':
        print("D['tank_motor_status']", D['tank_motor_status'])
        time.sleep(1)
        if D['tank_motor_status'] == '0':
            return 'off'
        elif type(D['tank_motor_status']) == int:
            return 'on'
        else:
            return "tank_motor_status signal was not received"

    # 幫浦(清水入水)(ON開/OFF關)
    elif dict['command'] == 'tank_pump_water_in_status':
        time.sleep(1)
        if D['tank_pump_water_in_status'] == 'on':
            return 'on'
        elif D['tank_pump_water_in_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_water_in_status signal was not received"

    # 幫浦(清洗槽入水)(ON開/OFF關)
    elif dict['command'] == 'tank_pump_cleanwater_in_status':
        time.sleep(1)
        if D['tank_pump_cleanwater_in_status'] == 'on':
            return 'on'
        elif D['tank_pump_cleanwater_in_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_cleanwater_in_status signal was not received"

    # 桶外進水電磁閥(ON開/OFF關)
    elif dict['command'] == 'outer_solenoid_water_status':
        time.sleep(1)
        if D['outer_solenoid_water_status'] == 'on':
            return 'on'
        elif D['outer_solenoid_water_status'] == 'off':
            return 'off'
        else:
            return "outer_solenoid_water_status signal was not received"

    # 中水入水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_reclaimed_in_status':
        time.sleep(1)
        if D['tank_solenoid_reclaimed_in_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_reclaimed_in_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_reclaimed_in_status signal was not received"

    # 清水入水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_water_in_status':
        time.sleep(1)
        if D['tank_solenoid_water_in_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_water_in_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_water_in_status signal was not received"

    # 排水廢水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_water_out_status':
        time.sleep(1)
        if D['tank_solenoid_water_out_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_water_out_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_water_out_status signal was not received"

    # 排水中水電磁閥(ON開/OFF關)
    elif dict['command'] == 'tank_solenoid_reclaimed_out_status':
        time.sleep(1)
        if D['tank_solenoid_reclaimed_out_status'] == 'on':
            return 'on'
        elif D['tank_solenoid_reclaimed_out_status'] == 'off':
            return 'off'
        else:
            return "tank_solenoid_reclaimed_out_status signal was not received"

    # 雙核隔膜泵(ON開/OFF關)
    elif dict['command'] == 'tank_pump_sensor_status':
        time.sleep(1)
        if D['tank_pump_sensor_status'] == 'on':
            return 'on'
        elif D['tank_pump_sensor_status'] == 'off':
            return 'off'
        else:
            return "tank_pump_sensor_status signal was not received"

    # 逆洗 pump 電磁閥(ON開/OFF關)
    elif dict['command'] == 'solenoid_tank_pump_status':
        time.sleep(1)
        if D['solenoid_tank_pump_status'] == 'on':
            return 'on'
        elif D['solenoid_tank_pump_status'] == 'off':
            return 'off'
        else:
            return "solenoid_tank_pump_status signal was not received"

    # 噴嘴(ON開/OFF關)
    elif dict['command'] == 'tank_nozzle_status':
        time.sleep(1)
        if D['tank_nozzle_status'] == 'on':
            return 'on'
        elif D['tank_nozzle_status'] == 'off':
            return 'off'
        else:
            return "tank_nozzle_status signal was not received"

    # 鼓風機(ON開/OFF關)
    elif dict['command'] == 'tank_blower_status':
        time.sleep(1)
        if D['tank_blower_status'] == 'on':
            return 'on'
        elif D['tank_blower_status'] == 'off':
            return 'off'
        else:
            return "tank_blower_status signal was not received"

    # 加熱棒 1(ON開/OFF關)
    elif dict['command'] == 'tank_heater1_status':
        time.sleep(1)
        if D['tank_heater1_status'] == 'on':
            return 'on'
        elif D['tank_heater1_status'] == 'off':
            return 'off'
        else:
            return "tank_heater1_status signal was not received"

    # 加熱棒 2(ON開/OFF關)
    elif dict['command'] == 'tank_heater2_status':
        time.sleep(1)
        if D['tank_heater2_status'] == 'on':
            return 'on'
        elif D['tank_heater2_status'] == 'off':
            return 'off'
        else:
            return "tank_heater2_status signal was not received"

    # 溫度控制(ON開/OFF關)
    elif dict['command'] == 'temp1_enable':
        time.sleep(1)
        if D['temp1_enable'] == 'on':
            return 'on'
        elif D['temp1_enable'] == 'off':
            return 'off'
        else:
            return "temp1_enable_status signal was not received"

    # 設定溫度
    elif dict['command'] == 'temp1':
        time.sleep(1)
        if D['temp1'] == '0':
            return 'off'
        elif type(D['temp1']) == float:
            return 'on'
        else:
            return "temp1 signal was not received"
    
    # 發酵槽 溫控開關
    elif dict['command'] == 'tank_temp_enable':
        time.sleep(1)
        if D['tank_temp_enable'] == 'on':
            return 'on'
        elif D['tank_temp_enable'] == 'off':
            return 'off'
        else:
            return "tank_temp_enable signal was not received"

    # 發酵槽 設定溫度
    elif dict['command'] == 'tank_temp':
        time.sleep(1)
        if D['tank_temp'] == '0':
            return 'off'
        elif type(D['tank_temp']) == float:
            return 'on'
        else:
            return "tank_temp signal was not received"

    # 蝴蝶閥(ON開/OFF關)
    elif dict['command'] == 'tank_diskvalve_status':
        time.sleep(1)
        if D['tank_diskvalve_status'] == 'on':
            return 'on'
        elif D['tank_diskvalve_status'] == 'off':
            return 'off'
        else:
            return "tank_diskvalve_status signal was not received"

    # 出料儲豆槽真空吸料機(ON吸料/OFF排氣)
    elif dict['command'] == 'output_vacuum_status':
        time.sleep(1)
        if D['output_vacuum_status'] == 'on':
            return 'on'
        elif D['output_vacuum_status'] == 'off':
            return 'off'
        else:
            return "output_vacuum_status signal was not received"


    else:
        return "MQTT command NOT FOUND"

# ---10/19 ------------------------------------------- end


board_prog = {
    "D1": "0",
    "D2": "0",
    "D3": "0",
    "D4": "0",
    "D5": "0",
    "D6": "0",
    "D7": "0",
    "D8": "0",
    "D9": "0",
    "D10": "0",
    "D11": "0",
    "D12": "0",

}

# 處理mqtt訂閱的信息
# 收到訊息後我們可以用 on_message()，來讀取收到的內容：
@mqtt.on_message()
def handle_mqtt_message(client, userdata, message):
    # topic = message.topic                         # 收到的主題 Rita 原本就沒有此行, 增加說明用
    payload = message.payload.decode()              # 收到的內容
    payload = json.loads(payload)
    # print("-------msg-------")
    # print('name  :', p['name'])
    # print('email :', p['email'])
    print('payload:', payload)
    
    # success  / upload error / no reply
    # {'command': 'Code_upload', 'device_id': 'b8:27:eb:7e:24:78', 'localtime': '2022-06-13 11:59:07', 'response': 'no reply', 'tank_n 'response': 'no reply', 'tank_number': 'D1'}
    if payload['command'] == 'Code_upload':
        board_prog[payload['tank_number']] = payload['response']
        # res = "on_message" + payload['response']
        # return res


    # 入料儲豆槽真空吸料機(ON吸料/OFF排氣)
    if payload['command'] == 'input_vacuum_status':
        if payload['response'] == 'on':
            D['input_vacuum_status'] = 'on'
        else:
            D['input_vacuum_status'] = 'off'

    # 真空吸料機(ON吸料/OFF排氣)
    elif payload['command'] == 'tank_vacuum_status':
        if payload['response'] == 'on':
            D['tank_vacuum_status'] = 'on'
        else:
            D['tank_vacuum_status'] = 'off'

    # 入料三通閥(ON吸料/OFF排氣)
    elif payload['command'] == 'tank_threewayvalve_input_status':
        if payload['response'] == 'on':
            D['tank_threewayvalve_input_status'] = 'on'
        else:
            D['tank_threewayvalve_input_status'] = 'off'

    # 測豆三通閥(ON測豆/OFF排氣)
    elif payload['command'] == 'tank_threewayvalve_bean_status':
        if payload['response'] == 'on':
            D['tank_threewayvalve_bean_status'] = 'on'
        else:
            D['tank_threewayvalve_bean_status'] = 'off'

    # 消毒電磁閥(ON噴灑消毒/OFF關)
    elif payload['command'] == 'tank_solenoid_disinfect_status':
        if payload['response'] == 'on':
            D['tank_solenoid_disinfect_status'] = 'on'
        else:
            D['tank_solenoid_disinfect_status'] = 'off'

    # 混合槽幫浦(ON消毒槽抽水/OFF關)
    elif payload['command'] == 'tank_pump_disinfect_status':
        if payload['response'] == 'on':
            D['tank_pump_disinfect_status'] = 'on'
        else:
            D['tank_pump_disinfect_status'] = 'off'

    # 外桶浮選三通閥(ON浮選落豆/OFF桶內真空)
    elif payload['command'] == 'outer_threewayvalve_float_status':
        if payload['response'] == 'on':
            D['outer_threewayvalve_float_status'] = 'on'
        else:
            D['outer_threewayvalve_float_status'] = 'off'

    # 馬達(單位RPM)
    elif payload['command'] == 'tank_motor_status':
        if payload['response'] == 'off' or payload['response'] == '0':
            D['tank_motor_status'] = '0'
        else:
            D['tank_motor_status'] = payload['response']

   # 幫浦(清水入水)(ON開/OFF關)
    elif payload['command'] == 'tank_pump_water_in_status':
        if payload['response'] == 'on':
            D['tank_pump_water_in_status'] = 'on'
        else:
            D['tank_pump_water_in_status'] = 'off'

   # 幫浦(清洗槽入水)(ON開/OFF關)
    elif payload['command'] == 'tank_pump_cleanwater_in_status':
        if payload['response'] == 'on':
            D['tank_pump_cleanwater_in_status'] = 'on'
        else:
            D['tank_pump_cleanwater_in_status'] = 'off'

   # 桶外進水電磁閥(ON開/OFF關)
    elif payload['command'] == 'outer_solenoid_water_status':
        if payload['response'] == 'on':
            D['outer_solenoid_water_status'] = 'on'
        else:
            D['outer_solenoid_water_status'] = 'off'

   # 中水入水電磁閥(ON開/OFF關)
    elif payload['command'] == 'tank_solenoid_reclaimed_in_status':
        if payload['response'] == 'on':
            D['tank_solenoid_reclaimed_in_status'] = 'on'
        else:
            D['tank_solenoid_reclaimed_in_status'] = 'off'

   # 清水入水電磁閥(ON開/OFF關)
    elif payload['command'] == 'tank_solenoid_water_in_status':
        if payload['response'] == 'on':
            D['tank_solenoid_water_in_status'] = 'on'
        else:
            D['tank_solenoid_water_in_status'] = 'off'

   # 排水廢水電磁閥(ON開/OFF關)
    elif payload['command'] == 'tank_solenoid_water_out_status':
        if payload['response'] == 'on':
            D['tank_solenoid_water_out_status'] = 'on'
        else:
            D['tank_solenoid_water_out_status'] = 'off'

   # 排水中水電磁閥(ON開/OFF關)
    elif payload['command'] == 'tank_solenoid_reclaimed_out_status':
        if payload['response'] == 'on':
            D['tank_solenoid_reclaimed_out_status'] = 'on'
        else:
            D['tank_solenoid_reclaimed_out_status'] = 'off'

   # 雙核隔膜泵(ON開/OFF關)
    elif payload['command'] == 'tank_pump_sensor_status':
        if payload['response'] == 'on':
            D['tank_pump_sensor_status'] = 'on'
        else:
            D['tank_pump_sensor_status'] = 'off'

   # 逆洗 pump 電磁閥(ON開/OFF關)
    elif payload['command'] == 'solenoid_tank_pump_status':
        if payload['response'] == 'on':
            D['solenoid_tank_pump_status'] = 'on'
        else:
            D['solenoid_tank_pump_status'] = 'off'

   # 噴嘴(ON開/OFF關)
    elif payload['command'] == 'tank_nozzle_status':
        if payload['response'] == 'on':
            D['tank_nozzle_status'] = 'on'
        else:
            D['tank_nozzle_status'] = 'off'

    # 鼓風機(ON開/OFF關)
    elif payload['command'] == 'tank_blower_status':
        if payload['response'] == 'on':
            D['tank_blower_status'] = 'on'
        else:
            D['tank_blower_status'] = 'off'

    # 加熱棒 1(ON開/OFF關)
    elif payload['command'] == 'tank_heater1_status':
        if payload['response'] == 'on':
            D['tank_heater1_status'] = 'on'
        else:
            D['tank_heater1_status'] = 'off'

    # 加熱棒 2(ON開/OFF關)
    elif payload['command'] == 'tank_heater2_status':
        if payload['response'] == 'on':
            D['tank_heater2_status'] = 'on'
        else:
            D['tank_heater2_status'] = 'off'
    
    # 發酵槽 溫控開關
    elif payload['command'] == 'tank_temp_enable':
        if payload['response'] == 'on':
            D['tank_temp_enable'] = 'on'
        else:
            D['tank_temp_enable'] = 'off'

    # 發酵槽 設定溫度
    elif payload['command'] == 'tank_temp':
        if payload['response'] == 'off':
            D['tank_temp'] = '0'
        else:
            D['tank_temp'] = payload['response']

   # 蝴蝶閥(ON開/OFF關)
    elif payload['command'] == 'tank_diskvalve_status':
        if payload['response'] == 'on':
            D['tank_diskvalve_status'] = 'on'
        else:
            D['tank_diskvalve_status'] = 'off'
    
    # 出料儲豆槽真空吸料機(ON吸料/OFF排氣)
    elif payload['command'] == 'output_vacuum_status':
        if payload['response'] == 'on':
            D['output_vacuum_status'] = 'on'
        else:
            D['output_vacuum_status'] = 'off'

    else:
        return "MQTT command NOT FOUND"