【Banana PI Leaf S3开发板试用体验】控制加热设备

| | 接上文| 【Banana PI Leaf S3开发板试用体验】Demo例程加载 |

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根据大佬们的支持和群内容：

想用Banana PI Leaf S3开发板在此前boot.py（配置wifi-sta和GPIO48上的彩灯NeoPixel和SSD1306_I2C）基础上，资源 rtc，（Pin13）输出，板（pin_48板载的一颗 NeoPixel LED）LED，板button，通过mqtt网络光耦中间继电器控制加热设备。

准备rtc时钟（可用ntptime或时钟网站校对时间），NeoPixel彩灯，lcd，光耦中间继电器。

参考| 【Banana PI Leaf S3开发板试用体验】+OLED屏显示驱动 |

| | 【Banana PI Leaf S3开发板试用体验】Demo例程加载 |

| | 【Banana PI Leaf S3开发板试用体验】之开箱.点灯快速上手 |

| | 【Banana PI Leaf S3开发板试用体验】BananaPi Leaf-S3开发板评测------乐鑫官方v4.4.2版本cSDK |

| | 【Banana PI Leaf S3开发板试用体验】8X8点阵模块显示测试 | 李唐 |

| | 【Banana PI Leaf S3开发板试用体验】DAYU200——TCP控制三色灯 |

| | 【Banana PI Leaf S3开发板试用体验】BananaPi Leaf-S3开发板评测------MQTT消息收发 ! |

| | 【Banana PI Leaf S3开发板试用体验】开箱+环境搭建初步测试 ! |

| | 【Banana PI Leaf S3开发板试用体验】websocket远程控制LED |

| | 【Banana PI Leaf S3开发板试用体验】Banana PI Leaf S3 开发板远程交互开发方法 ! |

| | 【Banana PI Leaf S3开发板试用体验】温湿度计 |

| | 【Banana PI Leaf S3开发板试用体验】使用SSD1306 OLED显示屏 |

| | 【Banana PI Leaf S3开发板试用体验】基于MicroPython的OLED显示 |

| | 【Banana PI Leaf S3开发板试用体验】WS2812灯环灯带控制 |

| | 【Banana PI Leaf S3开发板试用体验】基于Banana PI Leaf S3的天气预报系统 |

| | 【Banana PI Leaf S3开发板试用体验】开发环境构建 |

| | 【Banana PI Leaf S3开发板试用体验】IDF 建立hello world! |
代码：

import _thread
from machine import I2C,Pin,RTC
from ssd1306 import SSD1306_I2C
from neopixel import NeoPixel
import urequests
import ujson
import utime
from simple import MQTTClient

rtc_originally = 946656000
url ="http://worldtime
publish_topic='home/garden/fountain'
gLock = _thread.allocate_lock()
qw1='e'
b_OUT = Pin(13, Pin.OUT)
rtc = RTC()
print(rtc.datetime())
print("utime.time()",utime.time())
update_timertc = 0# utime.ticks_ms() - web_query_delay
pin_48 =Pin(48) #BPI-Leaf-S3 板载的一颗 NeoPixel LED 在GPIO48 上

np =NeoPixel(pin_48, 1,bpp=3, timing=1)# 初始化NeoPixel
print("_thread.get_ident()", _thread.get_ident())
print("utime.time()",utime.time())

def msg_callback(topic, msg):
	print("接收到数据", (topic, msg))#print(f'Topic: "{topic.decode()}" Message: "{msg.decode()}" Retained: {retained}')#
# 	mymessage = '{"AAAA": %d }' % (time())
# 	gLock.acquire()
# 	client.publish(topic=publish_topic, msg=mymessage, retain=True, qos=1)
# 	client.publish(topic=publish_topic, msg='led '+ msg.decode(), retain=True, qos=1)
# 	gLock.release()
# 	print("publish message", mymessage)
	if msg==b'on':

		np[0] = (20,20,0) #三色相同即亮白光
		b_OUT(1)
		np.write() #输出显示
		print("l-on")

	elif msg==b'off':

		np[0] = (0,0,20) #三色相同即亮白光
		b_OUT(0)
		np.write() #输出显示
		print("l-off")

	else:
		print("l-?")
		pass


client = MQTTClient("l11","gwcat",port=1883,user="admin",password="YWOA")
print("client.connect(clean_session=False)", client.connect(clean_session=False))
client.set_callback(msg_callback)
client.subscribe("led")
def threadMQTT():
		# main loop
		mq=rtc.datetime()[5]
		print("in_new_thread",_thread.get_ident(),utime.sleep(2))

		while True:
			utime.sleep(2)
			if mq!=rtc.datetime()[5]:
				print("mq",mq,rtc.datetime()[5])
				mq=rtc.datetime()[5]
				gLock.acquire()
				client.publish(topic='Temp', msg=qw1, retain=True, qos=1)
				print("publish Temp message", qw1)
				gLock.release()

				oled.fill_rect(1, 56, 128, 64, 0) 
				oled.text("Date:"+str(rtc.datetime()[2]), 0, 56)
				oled.text(str(rtc.datetime()[4])+':'+str(rtc.datetime()[5]), 60, 56)
				oled.show()
				print("oled.text Date:",rtc.datetime())
print("_new_thread",_thread.start_new_thread(threadMQTT,()))
utime.sleep(10)
print("main .time()",utime.time())

# main loop

while True:
	if  utime.time()-update_timertc >7200 or utime.time()<1150: # if utime.ticks_ms() - update_time >= web_query_delay:
		# HTTP GET data
		update_timertc = utime.time()
		np[0] = (20,0,20) #三色相同即亮白光		
		np.write() #输出显示
		print("unixtime.time()",utime.time())
		gLock.acquire()
		response = urequests.get(url)
		gLock.release()
		print("unixtime.time end",utime.time())

		if response.status_code == 200: # query success
			print(response.text)
			# parse JSON
			parsed =ujson.loads(response.text) 
			# you can also use parsed =response.json()
			datetime_str =str(parsed["datetime"])
			unixtime_str =str(parsed["unixtime"])# "unixtime":1666736507
			year =int(datetime_str[0:4])
			month =int(datetime_str[5:7])
			day =int(datetime_str[8:10])
			hour =int(datetime_str[11:13])
			minute =int(datetime_str[14:16])
			second =int(datetime_str[17:19])
			subsecond =int(round(int(datetime_str[20:26]) / 10000))
			# update internal RTC
			if abs(utime.time() + rtc_originally -int(unixtime_str) ) > 5:
				a=rtc.datetime()
				rtc.datetime((year, month, day, 0, hour, minute, second, subsecond))
				update_timertc = utime.time()
				print(a,"RTC updating\n",rtc.datetime())
				print(utime.time(),unixtime_str,utime.time() + rtc_originally,"RTC updated\n")
			else:print(utime.time(),unixtime_str,utime.time() + rtc_originally,"NO RTC updated\n")

		else: # query failed, retry retry_delay ms later
			update_timertc = 0# update_time =utime.ticks_ms() - web_query_delay ; # retry_delay

# # generate formated date/time strings from internal RTC
# date_str ="{:02}/{:02}/{:4}".format(rtc.datetime()[1], rtc.datetime()[2], rtc.datetime()[0])
# time_str ="{:02}:{:02}:{:02}".format(rtc.datetime()[4], rtc.datetime()[5], rtc.datetime()[6])
# 
# # update SSD1306 OLED display
# oled.fill(0)
# oled.text("ESP8266 Clock", 0, 5)
		oled.fill_rect(0, 10, 128, 64, 0)   # draw a solid rectangle 10,10 to 107,43, colour=1
		oled.text("Date:"+datetime_str[8:10], 0, 56)		
		oled.text(datetime_str[11:13]+':'+datetime_str[14:16], 60, 56)
		oled.show()

		np[0] = (00,20,20) #三色相同即亮白光
		np.write() #输出显示
		print(rtc.datetime())
		print("tianqi.time()",utime.time())
		gLock.acquire()
		response = urequests.get('http://api.q')
		gLock.release()
		print("tianqi.time end",utime.time())
		parsed=ujson.loads(response.text)
		temp=parsed["data"]
		print(parsed)
		qw1=temp.get('qw')
		showLine1 = 'Temperature:'+qw1+ ' C'
		oled.text(showLine1, 0, 15)
		tq=temp.get('numtq')

		if tq == '00': wt = 'Sun'
		elif tq == '01': wt = 'Cloud'
		elif tq == '02': wt = 'Overcast'
		elif tq == '03': wt = 'Shower'
		elif tq == '14': wt = 'Light snow'
		elif tq == '07': wt = 'Light rain'
		elif tq == '13': wt = 'Snow flurry'
		elif tq == '18':
			wt = 'Fog'
		elif tq == '100':
			wt = 'Windy'
		else:
		  wt='UNKNOW'  
		showLine2 = 'Weather:'+wt
		oled.text(showLine2, 0, 30)
		showLine3 = 'Date:'+temp.get('lastUpdate')
		oled.text(showLine3, 0, 40)
		oled.show()
		showLine4 = 'humidity:'+temp.get('sd')+ ' %'
		print(showLine1 )
		print(showLine2 )
		print(showLine3 )
		print(showLine4 )
		print(qw1)
		tq=int(temp.get('numfl'))
		if tq : print("fengli",tq+2,'~',tq+3)
		else:print("fengli",0,'~',2)
		print("fengxiang",temp.get('numfx'))
		np[0] = (00,00,00) #三色相同即亮白光
		np.write() #输出显示
	utime.sleep(1)
	print("client.wait_msg()", client.wait_msg(),rtc.datetime())
# 	try:
# 		print("client.wait_msg()", client.wait_msg(),rtc.datetime())
# 	except ( OSError):  # Mandatory timeout error trapping
# 		print("client.connect(clean_session=False)", client.connect(clean_session=False))

# 	print("client.check_msg()", client.check_msg(),rtc.datetime())
# 	print("utime.sleep(2900)",rtc.datetime())# 7200=2905s
# 	update_timertc = update_timertc + 1
# 	if  update_timertc == 4 :update_timertc = 0