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ESP通过乐为物联控制灯，微信发送数值，ESP上传传感器数据

news 2025/8/21 4:21:43

暂时放个程序

//ME->>{“method”: “update”,“gatewayNo”: “01”,“userkey”: “2b64c489d5f94237bcf2e23151bb7d01”}&^!
//Ser->>{“f”:“message”,“p1”:“ok”}&^!
//ME->>{“method”: “upload”,“data”:[{“Name”:“A1C”,“Value”:“96.2”}]}&^!
//Ser->>{“f”:“message”,“p1”:“ok”}&^!
//Ser->>进入控制设备
//Ser->>{“method”:“send”,“gatewayNo”:“01”,“userkey”:“2b64c489d5f94237bcf2e23151bb7d01”,“f”:“getAllSensors”}&^!
//ME->>{“method”:“response”,“result”:{“successful”:true,“message”:“ok!”,“data”:[{“id”:“A1O”,“value”:“10”},{“id”:“A2O”,“value”:“1”}]}}&^!
//Ser->>点击开关，设定数值
//Ser->>{“method”:“send”,“gatewayNo”:“01”,“userkey”:“2b64c489d5f94237bcf2e23151bb7d01”,“f”:“updateSensor”,“p1”:“A2O”,“p2”:“0”}&^!
//ME->>{“method”:“response”,“result”:{“successful”:true,“message”:“ok!”,“data”:[{“id”:“A1O”,“value”:“10”},{“id”:“A2O”,“value”:“1”}]}}&^!
//或
//ME->>{“method”:“response”,“result”:{“successful”:true,“message”:“Write cmd successful !”}}&^!

#include "Arduino.h"
#include "WiFi.h"const char *ssid = "CMCC-9eUG";const char *password = "apzwqk4u";
// const char *ssid = "X";
// const char *password = "123456789";
//const char *ssid = "HUAWEI P30";
//const char *password = "0000000000";//const IPAddress serverIP(192,168,137,1); //目标地址
//const char *serverIP="17854231380.qicp.vip";
//uint16_t serverPort = 23460;         //目标服务器端口号const char *serverIP="tcp.lewei50.com";
uint16_t serverPort = 9960;         //目标服务器端口号#define USERKEY "2b64c489d5f94237bcf2e23151bb7d01"
//const char *server_Line="{\"method\": \"update\",\"gatewayNo\": \"01\",\"userkey\": \"2b64c489d5f94237bcf2e23151bb7d01\"}&^!";WiFiClient client;   //声明一个客户端对象，用于与服务器进行连接
int A1C_num=0;
int tim1_IRQ_count = 0;
hw_timer_t *tim1 = NULL;
#define LED_PIN 35
#define LED_ON   HIGH
#define LED_OFF  LOW
#define Botton_PIN  0
#define Botton_ON   LOW
#define Botton_OFF  HIGHint LED_Sta=LED_OFF;
double A1O_Num=0;
void LED_Set(int Sta)
{if(Sta==0){LED_Sta=0;digitalWrite(LED_PIN,LED_OFF);}else{LED_Sta=1;digitalWrite(LED_PIN,LED_ON);}
}
//上线
String server_Line(String Decive_num)
{String m_String_01="{\"method\": \"update\",\"gatewayNo\": \"";String m_String_02="\",\"userkey\": \"2b64c489d5f94237bcf2e23151bb7d01\"}&^!";String m_String=m_String_01+Decive_num+m_String_02;return m_String;
}
//上传传感器数据
String Data_Upload(String sensor_Num,int sensor_Data)
{char Num[10]={};String sensor_String_01="{\"method\": \"upload\",\"data\":[{\"Name\":\"";String sensor_String_02="\",\"Value\":\"";String sensor_String_03="\"}]}&^!";String sensor_String=sensor_String_01+sensor_Num+sensor_String_02+String(sensor_Data)+sensor_String_03;return sensor_String;
}
String getAllSensors(String Sensors1_Name,int Sensors1_Num,String Sensors2_Name,int Sensors2_Num)
{String String1="{\"method\":\"response\",\"result\":{\"successful\":true,\"message\":\"ok!\",\"data\":[{\"id\":\"";String String2="\",\"value\":\"";String String3="\"},{\"id\":\"";String String4="\",\"value\":\"";String String5="\"}]}}&^!\"";String String_Dis=String1+Sensors1_Name+String2+String(Sensors1_Num)+String3+Sensors2_Name+String4+String(Sensors2_Num)+String5;return String_Dis;
}
String getAllSensors(String Sensors1_Name,double Sensors1_Num,String Sensors2_Name,int Sensors2_Num)
{String String1="{\"method\":\"response\",\"result\":{\"successful\":true,\"message\":\"ok!\",\"data\":[{\"id\":\"";String String2="\",\"value\":\"";String String3="\"},{\"id\":\"";String String4="\",\"value\":\"";String String5="\"}]}}&^!\"";String String_Dis=String1+Sensors1_Name+String2+String(Sensors1_Num)+String3+Sensors2_Name+String4+String(Sensors2_Num)+String5;return String_Dis;
}String Set_CMD(void)
{String Data="{\"method\":\"response\",\"result\":{\"successful\":true,\"message\":\"Write cmd successful !\"}}&^!";return Data;
}
void setup()
{delay(1000);//IO InitpinMode(LED_PIN,OUTPUT);pinMode(Botton_PIN,INPUT); //INPUT_PULLUP上拉输入Serial.begin(115200);//80Mhz时钟 分频为1Mhztim1 = timerBegin(0, 80, true);                      //初始化定时器 timerBegin                num : 定时器编号 divider:分频数 countUp: 是否是累加模式   timerAttachInterrupt(tim1, tim1Interrupt, true);     //配置定时器中断 timerAttachInterrupt   *timer:目标定时器(计时器结构体指针 hw_timer_t*)   void (*fn)(void) : 中断函数入口地址   是否边沿触发//100mstimerAlarmWrite(tim1, 100000, true);                 //定时器设置timerAlarmWrite             *timer:目标定时器 ( 计时器结构体指针 hw_timer_t * )  alarm_value : 计数上限值  autoreload : 是否重装载.timerAlarmEnable(tim1);                              //使能定时器 timerAlarmEnable  Serial.println();WiFi.mode(WIFI_STA);   //站点模式WiFi.setSleep(false);  //关闭STA模式下wifi休眠，提高响应速度WiFi.begin(ssid, password);Serial.println("wait Wifi");while (WiFi.status() != WL_CONNECTED){delay(2500);Serial.print(".");//WiFi.begin(ssid, password);}Serial.println("connected");Serial.print("location IP:");Serial.println(WiFi.localIP()); 
}
bool Server_Online,WIFI_Online,Server_T_Online;
int WIFI_Test_Time;
char Server_Sta=0;
int Heart_Time=0;
void loop()
{LED_Set(LED_Sta);if (tim1_IRQ_count > 10){tim1_IRQ_count=0;WIFI_Test_Time++;//检测WIFI连接if(WiFi.status() == WL_CONNECTED){WIFI_Online=true;}else{WIFI_Online=false;Server_Online=false;WiFi.begin(ssid, password);Serial.println("WIFI begin");while (WiFi.status() != WL_CONNECTED){delay(2500);Serial.print(".");Serial.print(WiFi.status());WiFi.begin(ssid, password);}WIFI_Online=true;Serial.println("WiFi connected");Serial.print("location IP:");Serial.println(WiFi.localIP());}//检测服务器连接if(client.connected()){Server_Online=true;Server_Sta=1;//Serial.println("server Online");}else{if(client.connect(serverIP, serverPort)){Server_Online=true;Server_Sta=1;Server_T_Online=true;Serial.println("server connect ok");}else{Server_Online=false;Server_Sta=-1;Serial.println("server connect fail");}}if(Server_Online){Heart_Time++;if(Heart_Time>=23){Heart_Time=0;//Serial.println(Data_Upload("A1C",random()%100));Serial.println("Heart A1C");client.print(Data_Upload("A1C",random()%100));}}}if(Server_Online){if(Server_T_Online){Server_T_Online=false;//Serial.println(server_Line("01"));Serial.println("Link server");client.print(server_Line("01"));Server_Sta=2;}if(client.available()){if (client.available()) //如果有数据可读取{String line = client.readStringUntil('\n'); //读取数据到换行符Serial.print("read>>");Serial.println(line);  //服务器返回数据解析if(line.indexOf("\"f\":\"message\",\"p1\":\"ok\"")!=-1)   //上线或上传传感器数值{if(Server_Sta==2)    //上线成功{Server_Sta=3;//Serial.println(Data_Upload("A1C",random()%100));Serial.println("A1C Data");client.print(Data_Upload("A1C",random()%100));}else{if(Server_Sta==3)//上传传感器数值成功{}else{//Serial.print("\"f\":\"message\",\"p1\":\"ok\" Server_Sta");  Serial.println(Server_Sta);}}} if(line.indexOf("\"method\":\"send\",\"gatewayNo\"")!=-1) //切换到控制器界面或开关指令下发{ if(line.indexOf("\"f\":\"getAllSensors\"")!=-1)   //切换到界面{Serial.print("getAllSensors : ");Serial.print("A1O");Serial.print(A1O_Num);Serial.print("A2O");Serial.println(LED_Sta);//Serial.println(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));client.println(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));}else{if(line.indexOf("\"f\":\"updateSensor\"")!=-1)  //指令下发{Serial.print("updateSensor>>");if(line.indexOf("\"p1\":\"A2O\"")!=-1){line.remove(0,line.indexOf("A2O"));  //裁切为   A2O","p2":"1"}&^!line.remove(0,11);                   //裁切为   1"}&^!line.remove(line.indexOf("\"}&^!"),5);//裁切为  1LED_Set(line.toInt());Serial.print("A2O");Serial.println(LED_Sta);//Serial.println(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));//client.print(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));//Serial.println(Set_CMD());client.print(Set_CMD());}else{if(line.indexOf("\"p1\":\"A1O\"")!=-1){Serial.println("A1O");line.remove(0,line.indexOf("A1O"));  //裁切为   A1O","p2":"1"}&^!line.remove(0,11);                   //裁切为   1"}&^!line.remove(line.indexOf("\"}&^!"),5);//裁切为  1A1O_Num=line.toDouble();Serial.print("A1O");Serial.println(A1O_Num);//Serial.println(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));//client.print(getAllSensors("A1O",A1O_Num,"A2O",LED_Sta));//Serial.println(Set_CMD());client.print(Set_CMD());}else{Serial.println("Unkown");}}}}}line="";}}}}//ME->>{"method": "update","gatewayNo": "01","userkey": "2b64c489d5f94237bcf2e23151bb7d01"}&^!
//Ser->>{"f":"message","p1":"ok"}&^!
//ME->>{"method": "upload","data":[{"Name":"A1C","Value":"96.2"}]}&^!
//Ser->>{"f":"message","p1":"ok"}&^!
//Ser->>进入控制设备
//Ser->>{"method":"send","gatewayNo":"01","userkey":"2b64c489d5f94237bcf2e23151bb7d01","f":"getAllSensors"}&^!
//ME->>{"method":"response","result":{"successful":true,"message":"ok!","data":[{"id":"A1O","value":"10"},{"id":"A2O","value":"1"}]}}&^!
//Ser->>点击开关，设定数值
//Ser->>{"method":"send","gatewayNo":"01","userkey":"2b64c489d5f94237bcf2e23151bb7d01","f":"updateSensor","p1":"A2O","p2":"0"}&^!
//ME->>{"method":"response","result":{"successful":true,"message":"ok!","data":[{"id":"A1O","value":"10"},{"id":"A2O","value":"1"}]}}&^!
//或
//ME->>{"method":"response","result":{"successful":true,"message":"Write cmd successful !"}}&^!/*定时器中断服务函数*/
void tim1Interrupt()
{tim1_IRQ_count++;
}