毕设（六）——通过pico用NB模块传输测试

from machine import UART,Pin
import utime
#串口配置

uart1 = UART(0, baudrate=115200, tx=Pin(12), rx=Pin(13))


while True:
    uart1.write('AT+CREG?\r')
    while uart1.any() > 0:
        rxData_One = uart1.read()
        print(rxData_One)
    utime.sleep(1)

from machine import UART,Pin
import utime
#串口配置

uart1 = UART(0, baudrate=115200, tx=Pin(12), rx=Pin(13))
number_part_flag = 0
msgid_part_flag = 0

while True:
    uart1.write('AT+CREG?\r')
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_One = uart1.read()
        str = rxData_One.decode('utf-8')
        while '+CREG: 0,2' in str:
            print("上网失败，再次尝试测试")
            utime.sleep_ms(100)
            uart1.write('AT+CREG?\r')
            while uart1.any() > 0:
                rxData_One = uart1.read()
                str = rxData_One.decode('utf-8')
        print("上网成功")
    utime.sleep_ms(500)
    while uart1.any() > 0:
        rxData_One = uart1.read()
    # 创建实例
    uart1.write('AT+MIPLCREATE\r')
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_two = uart1.read()
        str = rxData_two.decode('utf-8')
        if 'ERROR' in str:
            print("创建实例-失败")
        else:
            print("创建实例-成功")
    utime.sleep_ms(500)
    while uart1.any() > 0:
        rxData_One = uart1.read()
    # 创建对象
    uart1.write('AT+MIPLADDOBJ=0,3301,1,"1",7,1\r')
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_three = uart1.read()
        str = rxData_three.decode('utf-8')
        if 'ERROR' in str:
            print("创建对象-失败")
        else:
            print("创建对象-成功")
    utime.sleep_ms(500)
    while uart1.any() > 0:
        rxData_One = uart1.read()
    # 注册（循环等待，等到0,68719,1,3301,0,-1），提取68719这个位置的数
    uart1.write('AT+MIPLOPEN=0,30,120\r')
    utime.sleep_ms(100)
    while number_part_flag == 0:
        while uart1.any() > 0:
            rxData_four = uart1.read()
            rxData_four_str = rxData_four.decode('utf-8')
            # 检查是否存在 3301
            if '3301' in rxData_four_str:  
                print("响应中存在 3301.")
                comma_index = rxData_four_str.find(',') # 找到第一个逗号的位置
                second_comma_index = rxData_four_str.find(',', comma_index + 1) # 找到第二个逗号的位置
                third_comma_index = rxData_four_str.find(',', second_comma_index + 1)  # 找到第三个逗号的位置
                number_part = rxData_four_str[second_comma_index + 1: third_comma_index] # 提取出数字部分
                try: # 将提取出的部分转换成整数
                    number_one = int(number_part)
                    print("提取的第一次数字为:", number_one)
                    number_part_flag = 1
                except ValueError:
                    print("提取的第一次数字不是有效的整数。")
            else:
                print("响应中不存在 3301.")
    utime.sleep_ms(500)
    while uart1.any() > 0:
        rxData_One = uart1.read()
    # 发送观察结果
    uart1.write('AT+MIPLOBSERVERSP=0,%d,1\r' % (number_one))
    utime.sleep_ms(100)
    while msgid_part_flag == 0:
        while uart1.any() > 0:
            rxData_five = uart1.read()
            rxData_five_str = rxData_five.decode('utf-8')
            if '3301' in rxData_five_str:
                first_comma_index = rxData_five_str.find(',') # 找到第一个逗号的位置
                second_comma_index = rxData_five_str.find(',', first_comma_index + 1) # 找到第二个逗号的位置
                number_part = rxData_five_str[first_comma_index + 1: second_comma_index] # 提取出数字部分
                # 将提取出的部分转换成整数
                try:
                    number_two = int(number_part)
                    print("提取的第二次数字为:", number_two)
                    msgid_part_flag = 1
                except ValueError:
                    print("提取的第二次数字不是有效的整数。")
            else:
                print("失败")
    utime.sleep_ms(500)
    while uart1.any() > 0:
        rxData_One = uart1.read()
    # 发送对象属性
    uart1.write('AT+MIPLDISCOVERRSP=0,%d,1,29,"5700;5601;5602;5603;5604;5701"\r' % (number_two))
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_One = uart1.read()
        
    # 通知属性变化（数字）
    uart1.write('AT+MIPLNOTIFY=0,%d,3301,0,5700,4,4,17.5,0,0,116\r' % (number_one))
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_One = uart1.read()
        rxData_One_str = rxData_One.decode('utf-8')
        if '0,26,116' in rxData_One_str:
            print("修改成功")
        else:
            print("修改失败")
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_One = uart1.read()
#     uart1.write('AT+MIPLNOTIFY=0,%d,3301,0,5601,4,4,25.5,0,0,116\r' % (number_one))
#     uart1.write('AT+MIPLNOTIFY=0,%d,3301,0,5602,4,4,22.5,0,0,116\r' % (number_one))
#     uart1.write('AT+MIPLNOTIFY=0,%d,3301,0,5603,4,4,22.5,0,0,116\r' % (number_one))
    
    # 通知属性变化（文本）
    uart1.write('AT+MIPLNOTIFY=0,%d,3301,0,5701,1,4,29cm,0,0,116\r' % (number_one))
    utime.sleep_ms(100)
    while uart1.any() > 0:
        rxData_One = uart1.read()
        rxData_One_str = rxData_One.decode('utf-8')
        if '0,26,116' in rxData_One_str:
            print("修改成功")
        else:
            print("修改失败")