(SED1520) Konvertieren von CCS-Code des PIC16F877A auf C18 mit 18F4550

/*************************************************************************************************************

  SG12232A_Demo.c

  This is a demonstration of the SG12232A and graphics driver running on a PIC16F877A

  Version 1.0   Apr 2009

  Copyright 2009 Geoff Graham - http://geoffg.net

  This program is free software: you can redistribute it and/or modify it under the terms of the GNU General

  Public License as published by the Free Software Foundation, either version 2 of the License, or (at your

  option) any later version.

  This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the

  implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License

  for more details.  You should have received a copy of the GNU General Public License along with this program.

  If not, see <http://www.gnu.org/licenses/>.

  Development Environment

  To compile this you need:

   - CCS C Compiler Version 4.0 or higher (www.ccsinfo.com)

   - Microchip MPLAB IDE Version 8.0 or higher (www.microchip.com)

  Caveats:

   - It is written for the CCS C compiler

   - The 16F877A uses an approx 8MHz clock consisting of a 2.2K resistor and 27pF cap on OSC1 (pin 13)

   - The 4KHz clock for the LCD is generated by a never ending loop (not practical in the real world)

  Overworked:

     - It is written for the CCS C Compiler

   - The 18F4550 uses an external Oscilator with 20 MHz (HS).

     - A 2 KHz clock for the Vee on the LCD is generatd by an NE555 on the LCD Platine

   - TrisX and PortX Special Function Registers (SFR) settings are changed.

***************************************************************************************************************/

#include <18f4550.h>

#device ADC=8          // read just 8 bits from the ADC

#fuses HSPLL,CPUDIV1,USBDIV,VREGEN,NOPBADEN,WRTB,NOWDT,NOPUT,NOCPD,NOWRT,NOPROTECT,NOBROWNOUT,NOLVP,DEBUG,PLL5,MCLR

// Clock Related Fuses (select one):

//        LP – Low-Power Crystal

//        XT – Crystal/Resonator

//        HS – High-Speed Crystal/Resonator

//        RC – External Resistor-Capacitor (RC) with FOSC/4 output on RA6

// Watch Dog Timer:              WDT, NOWDT

// Power-up Timer:               PUT,NOPUT

// Protect Code:                 PROTECT,NOPROTECT

// In-Circuit Debugger Mode:     DEBUG,NODEBUG

// Brown-out Detect:             BROWNOUT,NOBROWNOUT

// Low-Volt Programming Enable:  LVP, NOLVP

// Protect Data Memory:          CPD,NOCPD

// Prog mem write protected      WRT_50%,WRT_5%,WRT_25%,NOWRT

/*************************************************************

 ******* Map reset vector and interrupt vector         *******

 ******* 0x000-0x7FF is used by the bootloader. The    *******

 ******* Bootloader maps the original reset vector (0x000) ***

 ******* to 0x800 andthe interrupt vector (0x008) to 0x808 ***

 *************************************************************/      

#build (reset=0x800, interrupt=0x808)

/*************************************************************

 ******* Reserve boot block area             *******

 ******* This memory range is used by the bootloader,  *******

 ******* so the application could not use this area too ******

 ************************************************************/

#org 0, 0x7FF {}

/************************************************************/

// processor specific hardware registers - Now for the 18F4550

#byte porta = 0xF80            // Port A I/O register

#byte portb = 0xF81            // Port A I/O register

#byte portd = 0xF83            // Port B I/O register

#byte tris_a = 0xF92          // Port A TRIS register

#byte tris_b = 0xF93          // Port B TRIS register

#byte tris_d = 0xF95          // Port B TRIS register

#use delay(clock=48000000)

#use fast_io(A)  

#use fast_io(B)

#use fast_io(D)

#define TRISA_INIT    0b00000000    // this MUST agree with the #defines below

#BIT  LCD_CS2      = porta.0    // output   LCD Chip Select 1

#BIT  LCD_CS1      = porta.1    // output   LCD Chip Select 2

#BIT   LCD_A0      = porta.2    // output    LCD A0

#BIT   LCD_RW      = porta.4    // output   LCD Read/Write

#define TRISB_INIT    0b00000000    // this MUST agree with the #defines below

//#BIT   LCD_CLK      = portb.0    // output   LCD Clock (approx 4KHz squarewave)

#BIT   LED_B0      = portb.0

#BIT   LCD_E      = portb.1    // output   LCD Enable (data strobe)

#BIT   D0      = portd.0    // input & output - Data bus to LCD

#BIT   D1      = portd.1    // input & output - Data bus to LCD

#BIT   D2      = portd.2    // input & output - Data bus to LCD

#BIT   D3      = portd.3    // input & output - Data bus to LCD

#BIT   D4      = portd.4    // input & output - Data bus to LCD

#BIT   D5      = portd.5    // input & output - Data bus to LCD

#BIT   D6      = portd.6    // input & output - Data bus to LCD

#BIT   D7      = portd.7    // input & output - Data bus to LCD

#define LCD_DATA     portd      // Data port for the LCD

#define LCD_DATA_TRIS    tris_d      // and its associated direction register  

// define some easy to remember types

#define bit int1

#define int8 signed int8

#define uint8 unsigned int8

#define int16 signed int16

#define uint16 unsigned int16

#define int32 signed int32

#define uint32 unsigned int32

/**********************************************************************************************

Main program

**********************************************************************************************/

#include "./SG12232A_Driver_1_0.h"        // this is the LCD driver

#include "./glcd_library_1_0.h"        // and this is a universal graphics/fonts package

void main() {

    setup_adc_ports(NO_ANALOGS);

  setup_comparator(NC_NC_NC_NC);

  SETUP_TIMER_0(RTCC_INTERNAL);

  // set pin directions

  tris_a = TRISA_INIT;

  tris_b = TRISB_INIT;

  LCD_CS2 = LCD_CS1 = LCD_A0 = 1;

  LCD_RW = LCD_E = 0;

  GLCD_Init();          // defined in SG12232A_Driver.h

  delay_ms(1000);          // time for Init GLCD

  glcd_setxy(0, 0, 1);        // defined in glcd_library.h

  printf(glcd_putc916, "Hello World!");    // glcd_putc916 is defined in glcd_library.h

  while(1) {

    //LCD_CLK = !LCD_CLK;      // generate an approx 4KHz squarewave for the LCD

    output_toggle(PIN_B0);      // toggles an LED on B0 on and off

      delay_ms(1000);

    //delay_us(340);      // delay for 1 sec

  }  

}