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posted on 2017/02/10 11:43:57 PM CET
Can someone please post the code on how to use Net Ethernet Library on PIC MCU as a client..........
posted on 2017/01/29 01:16:34 PM CET
Please post something on ST7920 GLCD interfacing with PIC
posted on 2016/12/31 12:40:54 PM CET
I want to interface pendrive to PIC24FJ256DA210. I want to read text file from PenDrive.
We are using MicroC PRO for DsPic compiler. I have ready code for PIC 24FJ256GB110 which is provided by Micro Electronica.
I have converted it for PIC24FJ256DA210. But not getting proper output , means my pendrive is not getting detected.
Hardware is already tested for HID application (USB Key Board). I am using same hardware for this application.
posted on 2016/12/27 07:59:36 PM CET
Have you planned to develop code for PIC or PIC32 for sensor LSM9DS1? How different will be from the existence code for AVR and ARM?
posted on 2016/12/20 10:58:31 AM CET
Dear members I have a problem, I have prepared the code of GSM CONTROLLING APPLIANCES THROUGH SMS and when I compile it no any error comes after compiling and when i tested it on proteus using PIC16F877A all lights are turned on initially and always remain on until i stopped a simulation. Any one who can collect my code please can help me.. Below it's my code the code was compiled in MikroC for PIC.
/*GSM based device control system*/
/*The device status is stored in EEPROM inorder to avoid power failure problem*/
/*Mobile phone interfacing functions requires serial port with a baud rate of 9600*/
/*************************************************************/
sbit Device1 at RC1_bit; /*Device 1*/
sbit Device2 at RC2_bit; //Device 2
sbit Device3 at RC3_bit; //Device 3
unsigned char msg[7]; /*array to store message content*/
/***********************sends a command passed to it***************************/
void Send_Command(unsigned char *ptr)
{
/*it sends the array until a null character reached*/
unsigned char Tx_Count=0;
do
{ Uart1_Write(ptr[Tx_Count]); Tx_Count++;
}while(ptr[Tx_Count]!='\0'); /*checks for null*/
}
/***********************Initmobile***********************/
void Init_Mobile()
{ Send_Command("AT\r\n");
Delay_Ms(1000);
Send_command("ATE0\r\n"); /*ECHO off*/
Delay_Ms(1000);
Send_Command("AT+CMGF=1\r\n"); /*Select TEXT mode*/
Delay_Ms(1000);
}
/******************Reads message from 1st location****************/
/*The address of the destination array is passed*/
unsigned char Read_Message(unsigned char *ptr_array)
{
unsigned char Rx_Count=0,Rx_Buffer,temp;
unsigned char array1[6];
Rx_Buffer=RCREG;
Rx_Buffer=RCREG;
Rx_Buffer=RCREG;
RCSTA.CREN=0;
RCSTA.CREN=1;
Send_Command("AT+CMGR=1\r\n"); /*Command for reading message*/
do{
while(Uart1_Data_Ready()==0){;} Rx_Buffer=RCREG; //Read message
array1[Rx_Count]=Rx_Buffer; Rx_Count++;
}while(Rx_Count<6);
array1[Rx_Count-1]='\0';
if(strcmp(array1,"ERROR")==0){ Send_Command("AT+CMGR=1\r\n");
}
if(Rx_Buffer=='S') /*Checks for valid message*/
return 0;
else if(Rx_Buffer=='G')
{
do /*if message is there*/
{
while(Uart1_Data_Ready()==0){;} /*receive upto next 0x0A*/
Rx_Buffer=RCREG; //avoid number and msg status
}while(Rx_Buffer!=0x0a);
Rx_Count=0;
do
{ while(Uart1_Data_Ready()==0){;} Rx_Buffer=RCREG; //Read message
ptr_array[Rx_Count]=Rx_Buffer; Rx_Count++;
}while(Rx_Buffer!=0x0d); /*receive message uptp 0x0d*/
ptr_array[Rx_count-1]='\0'; /*the array is terminated with a null*/
return 1;
}
}
void Send_msg(){ Send_Command("AT+CMGS=\"9089189115\"\r");
Delay_Ms(1000);
Send_Command("Activated");
Delay_Ms(1000);
Uart1_Write(0x0d);
Delay_Ms(1000);
Uart1_Write(26); // Ctrl+z
}
/*************************************************************************
**/
void main()
{
unsigned char Count=0,Dev_Status;
Uart1_Init(9600); /*Init Uart*/
Dev_Status=Eeprom_Read(0x00); /*read the previous status*/
ADCON1=0x06; /*Porta as digital*/
TRISA=0XFF; /*PORTA input*/
TRISC&=0XF0;
PORTC=Dev_Status; /*output the status*/
Init_Mobile(); /*Init mobile*/
Delay_Ms(1000); /*1sec delay*/
while(1)
{
/*************************************************************************
***/
if(Read_Message(&msg[0])==1)
{
if(strcmp(msg,"1 ON")==0)
{ Device1=1;
Dev_Status =0x02;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
else if(strcmp(msg,"1 OFF")==0)
{
Device1=0;
Dev_Status&=0xfd;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
else if(strcmp(msg,"2 ON")==0)
{ Device2=1; Dev_Status=0x04;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
else if(strcmp(msg,"2 OFF")==0)
{ Device2=0; Dev_Status&=0xfA;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
else if(strcmp(msg,"3 ON")==0)
{ Device3=1; Dev_Status=0x08;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
else if(strcmp(msg,"3 OFF")==0)
{ Device3=0; Dev_Status&=0xf7;
Eeprom_Write(0x00,Dev_Status);
Send_msg();
}
Delay_Ms(2000); /*2sec delay*/
Send_Command("AT+CMGD=1\r\n"); //Delete message
Delay_Ms(2000);
}
else
{
;
}
Delay_Ms(3000); //Delay before next checking
}
}
