SIM800C模块应用Arduino 51单片机 STM32软件例程源码资料合集.zip

SIM800C模块应用Arduino 51单片机 STM32软件例程源码资料合集： 1、Arduino例程 2、51单片机测试源码 3、STM32测试源码 4、Linux 5、PC端 6、Windows 01.STM32 拨打电话 02.STM32 发送短信 03.STM32 短信远程控制开关 04.STM32 TCP通信 GSM GPRS模块和STM32的连接方式.txt 01.STC89C52+SIM800C拨打电话 02.STC89C52+SIM800C发送短信 03.STC89C52+SIM800C接收短信控制开关 04.STC89C52+SIM800C TCP通信 GSM GPRS模块和51单片机接线方式.txt void main() { Uart_Init(); if (sendCommand("AT\r\n", "OK\r\n", 3000, 10) == Success); else errorLog(); delay_ms(10); if (sendCommand("AT+CPIN?\r\n", "READY", 1000, 10) == Success); else errorLog(); delay_ms(10); phone(phoneNumber); //´òµç»° while(1) { } } void phone(char *number) { char send_buf[20] = {0}; memset(send_buf, 0, 20); //Çå¿Õ strcpy(send_buf, "ATD"); strcat(send_buf, number); strcat(send_buf, ";\r\n"); if (sendCommand(send_buf, "OK\r\n", 10000, 10) == Success); else errorLog(); } void errorLog() { while (1) { if (sendCommand("AT\r\n", "OK\r\n", 100, 10) == Success) { soft_reset(); } delay_ms(200); } } void soft_reset(void) //ÖÆÔìÖØÆôÃüÁî { ((void (code *) (void)) 0x0000) (); } unsigned int sendCommand(char *Command, char *Response, unsigned long Timeout, unsigned char Retry) { unsigned char n; CLR_Buf(); for (n = 0; n < Retry; n++) { SendString(Command); //·¢ËÍGPRSÖ¸Áî Time_Cont = 0; while (Time_Cont < Timeout) { delay_ms(100); Time_Cont += 100; if (strstr(Rec_Buf, Response) != NULL) { CLR_Buf(); return Success; } } Time_Cont = 0; } CLR_Buf(); return Failure; } //**************************************************** //MSÑÓʱº¯Êý(12M¾§ÕñϲâÊÔ) //**************************************************** void delay_ms(unsigned int n) { unsigned int i,j; for(i=0;i