dht11 - main program demo

/* ****************************************************************************
   *                                                                          *
   * Name    : DHT11 Temperature and humidity digital sensor                  *
   *           MAIN PROGRAM (DEMO)                                            *
   * Author  : saper_2 / nolin11                                              *
   * Contact : nolinno11@gmail.com                                            *
   * Date    : 2012.08.28                                                     *
   * Version : 0.1                                                            *
   * License : You are free to use this library in any kind project, but at   *
   *           least send me a info that YOU are using it. I'll be happy      *
   *           for memory :)                                                  *
   * About   :                                                                *
   *           What to write? Name gives what is this :)                      *
   *                                                                          *
   **************************************************************************** */

#include <avr/io.h>
#include <inttypes.h>
#include <avr/pgmspace.h>
#include <util/delay.h>
#include <avr/interrupt.h>
// ------------------------
#define DEBUG_MODE 1
// ------------------------
#include "delay.h"
#include "lcd.h"
#include "dht11.h"
//#include "usart.h"
/*
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*/


/* ******************************************************************************************* *
 *                             Main program start here...                                      *
 * ******************************************************************************************* */

int main(void) {
    //uint16_t x,y;
    uint8_t r=0;//, dta[5];

    dht11_init();
    lcd_init();
    lcd_cls();
    lcd_str_P((prog_char*)PSTR("DHT11 TEST"));
    lcd_setPos(1,0);
    for (r=0;r<16;r++) {
        lcd_data('+');
        delay1ms(200);
    }
    //usartInit();
    //usartSendStrP((prog_char*)PSTR("\r\nDHT11 test...\r\n"));

    struct DHT11_DATA dht;
    while(1) {
        r = dht11_read((uint8_t*)&dht);
        if (r == 0) {
            lcd_setPos(0,0);
            lcd_str_P((prog_char*)PSTR("DHT11.RH=       "));
            lcd_setPos(1,0);
            lcd_str_P((prog_char*)PSTR("DHT11.TMP=      "));

            // RH
            lcd_setPos(0,9);
            if (dht.rh<10) lcd_data('0');
            lcd_dec(dht.rh);
            lcd_data('%');
            // There is no need to display decimals because they are always 0...

            lcd_setPos(1,10);
            if (dht.temp<10) lcd_data('0');
            lcd_dec(dht.temp);
            lcd_data(0xdf);
            lcd_data('C');
            // There is no need to display decimals because they are always 0...

        } else {
            lcd_cls();
            lcd_str_P((prog_char*)PSTR("READ ERROR: "));
            lcd_dec(r);
            lcd_setPos(1,0);
            switch (r) {
                case 0: lcd_str_P((prog_char*)PSTR("OK")); break;
                case 1: lcd_str_P((prog_char*)PSTR("CSM-MISMATCH")); break;
                case 2: lcd_str_P((prog_char*)PSTR("ERR-START")); break;
                case 3: lcd_str_P((prog_char*)PSTR("ERR-START-ACK-LO")); break;
                case 4: lcd_str_P((prog_char*)PSTR("ERR-START-ACK-HI")); break;
                case 5: lcd_str_P((prog_char*)PSTR("ERR-BIT-TIME-LOW")); break;
                case 6: lcd_str_P((prog_char*)PSTR("ERR-BIT-TIME-HI")); break;
            }
            delay1ms(5000);
        } // */

        /*
        r = dht11_read();
        dht = (struct DHT11_DATA)dta;
        usartSendStrP((prog_char*)PSTR("DHT11 get_data_res="));
        switch (r) {
            case 0: break;//usartSendStrP((prog_char*)PSTR("OK")); break;
            case 1: break;//usartSendStrP((prog_char*)PSTR("CSM-MISMATCH")); break;
            case 2: break;//usartSendStrP((prog_char*)PSTR("ERROR-START")); break;
            case 3: break;//usartSendStrP((prog_char*)PSTR("ERROR-START-ACK-LOW")); break;
            case 4: break;//usartSendStrP((prog_char*)PSTR("ERROR-START-ACK-HIGH")); break;
            case 5: break;//usartSendStrP((prog_char*)PSTR("ERROR-BIT-TIME-LOW")); break;
            case 6: break;//usartSendStrP((prog_char*)PSTR("ERROR-BIT-TIME-HIGH")); break;
        }
        if (r>5) {
            //usartSendDec(r);
        }
        usartSendStrP((prog_char*)PSTR(" RH="));
        usartSendDec(dht.rh);
        usartSendChar('.');
        usartSendDec(dht.rhd);
        usartSendStrP((prog_char*)PSTR("% TEMP="));
        usartSendDec(dht.temp);
        usartSendChar('.');
        usartSendDec(dht.tempd);
        usartSendStrP((prog_char*)PSTR("oC CSM[r|c]="));
        usartSendDec(dht.csm);
        usartSendChar('|');
        r= dht.rh + dht.rhd + dht.temp + dht.tempd;
        usartSendDec(r);
        usartSendStrP((prog_char*)PSTR("\r\n"));
        // */
        delay1ms(1000);
    }
}