/*
* OpenI2CRADIO
- * I/O Port defines.
+ * I/O Port defines / Main.
* Copyright (C) 2013-06-10 K.Ohta <whatisthis.sowhat ai gmail.com>
* License: GPL2+LE
*
#ifndef IODEF_H
#define IODEF_H
-#ifdef __cplusplus
-extern "C" {
+#ifdef __SDCC
+#else
+#include <xc.h>
+
+#ifndef _XTAL_FREQ
+#define _XTAL_FREQ 8000000
#endif
+#endif
+
+
/*
* LCD(ACM1602 Type)
*/
#undef _USE_I2C_1602
#define _LCD_IF_4BIT
-/*
- * Machine depended flags
- */
-#if defined(pic18f23k22) || defined(pic18f24k22) || defined(pic18f25k22) || defined(pic18f26k22)
-#define _I2C_IO_TWO_MSSPS
-#define _PIO_HAS_THREE
-#endif
-#if defined(pic18f23k20) || defined(pic18f24k20) || defined(pic18f25k20) || defined(pic18f26k20)
-#define _I2C_IO_ONE_MSSP
-#define _PIO_HAS_THREE
-#endif
-
-#if defined(pic18f43k20) || defined(pic18f44k20) || defined(pic18f45k20) || defined(pic18f46k20)
-#define _I2C_IO_ONE_MSSP
-#define _PIO_HAS_FIVE
+#ifdef __cplusplus
+extern "C" {
#endif
+#include "iodef_i2c.h"
/*
* MAP OF IOPORT
*
* PORTA/B/C USED basic.
*
- * PORTA: RA0 : ADC(IN) to measure battery .
- * RA1 : SLOT D(OUT)
- * RA2-RA5 : READ
+ * PORTA:
+ * RA0 : KO0
+ * RA1 : KO1
+ * RA2 : KO2
+ * RA3 : KO7
+ * RA4 : AM LAMP('1' = On)
+ * RA5: FM LAMP('1) = On)
* RA6-RA7 : Used for CLOCK, connect to 8MHz resonator.
*
- * PORTB: RB0 : Light Out
- * RB1 : Light
- * RB2 : FUNC
- * RB3 : DEL / BAND
- * RB4-RB5 : RESERVED
- * RB6-RB7 : FOR ICSP
+ * PORTB:
+ * RB0 : KI0
+ * RB1 : KI1
+ * RB2 : KI2
+ * RB3 : KI3
+ * RB4 : Power Key
+ * RB5-RB7 : FOR ICSP
*
- * PORTC: RC0 : LED
- * RC1 : SLOT A
- * RC2 : SLOT B
+ * PORTC:
+ * RC0 : RF AMP SEL bit0
+ * RC1 : LCD-Backlight
+ * RC2 : RF AMP SEL bit1
* RC3-RC4 : SCL/SDA
- * RC5 : SLOT C
+ * RC5 : Reserved
* RC6-RC7 : USART
*
* In addition, usage of PARALLEL-LCD,You should use 40Pin(or greater) PIC.
* ON 4BIT LCD I/F:
*
- * PORTD: RD0: LCD RS
+ * PORTD:
+ * RD0: LCD RS
* RD1: LCD RW
* RD2: LCD EN
- * RD3: RESERVED.
- * RD4-RD7 : LCD DATA(DB4-DB7)
+ * RD3: POWER LAMP
+ * RD4-RD7: LCD DB4-DB7
*
- * PORTD: RE0: FM AMP SW(OUT)
- * RE1: MW AMP SW(OUT)
- * RE2: SW AMP SW(OUT)
- * RE3: VPP (ICSP Programming Voltage) / MCLR
- *
- * ON 8BIT LCD I/F:
- * PORTD: RD0-RD7 : LCD DATA(DB0-DB7)
- * PORTE: RE0: LCD RS
- * RE1: LCD RW
- * RE2: LCD EN
+ * PORTE:
+ * RE0: External Power AMP
+ * RE1: Power to Radio-Chip.
+ * RE2: ADC(IN) to measure battery
* RE3: VPP (ICSP Programming Voltage) / MCLR
*/
-#define TRIS_A_VAL 0b11111101
-#define AN_A_VAL 0b00000001
-#define TRIS_B_VAL 0b11111110
+#define TRIS_A_VAL 0b11000000
+#define AN_A_VAL 0b00000000
+
+#define TRIS_B_VAL 0b11111111 /* PORTB as INPUT.*/
#define AN_B_VAL 0b00000000
-#define TRIS_C_VAL_O 0b11000000 /* FOR I2C-WRITE */
-#define TRIS_C_VAL_I 0b11011000 /* FOR I2C-WRITE */
+
+#define TRIS_C_VAL_O 0b10011000 /* FOR I2C-WRITE, RC7=INPUT */
+#define TRIS_C_VAL_I 0b10011000 /* FOR I2C-WRITE, RC7=INPUT */
#define AN_C_VAL 0b00000000
-#define TRIS_D_VAL 0b00000000 /* FOR OUTPUT, LCD(Optional) */
+#define TRIS_D_VAL 0b00001000 /* RD3="RTS IN" another = FOR OUTPUT, LCD(Optional) */
#ifdef _LCD_IF_4BIT
- #define TRIS_D_RVAL 0b11110000 /* FOR INPUT*/
+ #define TRIS_D_RVAL 0b11111000 /* RD3="RTS IN" FOR INPUT*/
#else
- #define TRIS_D_RVAL 0b11111111 /* FOR INPUT*/
+ #define TRIS_D_RVAL 0b11111111 /* RD3="RTS IN" FOR INPUT*/
#endif
-#define TRIS_E_VAL 0b00000000 /* FOR OUTPUT, LCD(Optional), PSP=OFF */
-
-
-typedef union {
- struct {
- unsigned BIT0A:1;
- unsigned BIT1A:1;
- unsigned BIT2A:1;
- unsigned BIT3A:1;
-
- unsigned BIT0B:1;
- unsigned BIT1B:1;
- unsigned BIT2B:1;
- unsigned BIT3B:1;
-
- unsigned BIT0C:1;
- unsigned BIT1C:1;
- unsigned BIT2C:1;
- unsigned BIT3C:1;
-
- unsigned BIT0D:1;
- unsigned BIT1D:1;
- unsigned BIT2D:1;
- unsigned BIT3D:1;
-
- /*
- * special keys
- */
- unsigned BIT0F:1;
- unsigned BIT1F:1;
- unsigned BIT2F:1;
- unsigned BIT3F:1;
- unsigned :1;
- unsigned :1;
- unsigned :1;
- unsigned :1;
- };
- unsigned char byte[3];
-} keyin_defs;
-
-enum {
- charcode_null = 0,
- charcode_1,
- charcode_2,
- charcode_3,
- charcode_4,
- charcode_5,
- charcode_6,
- charcode_7,
- charcode_8,
- charcode_9,
- charcode_a,
- charcode_b,
- charcode_c,
- charcode_d,
- charcode_e,
- charcode_f,
- charcode_0,
- charcode_s0, // RB1
- charcode_s1, // RB2
- charcode_s2, // RB3
- charcode_s3, // Reserve
-};
-/*
- * LCD Control: Default register values, You should re-define in iodef.h if you need.
- */
-#ifdef _LCD_IF_4BIT
-/*
- * 4bit Interface, Used Below:
- * PORTD: RD0 : RS
- * RD1 : RW
- * RD2 : EN
- * RD4-RD7: DATA(4-7).
- */
- #ifndef _LCDPORT_DATA
-#define _LCDPORT_DATA PORTD
-#define _LCDPORT_TRIS_DATA TRISD
-#define _LCDPORT_LATCH_DATA LATD
-#define _LCDPORT_BUSYMASK 0b10000000
-#define _LCDPORT_READMASK TRIS_D_RVAL
- #endif
-
- #ifndef _LCDPORT_CONT
-#define _LCDPORT_CONT PORTD
-#define _LCDPORT_TRIS_CONT TRISD
-#define _LCDPORT_CONT_RS _PORTD_RD0
-#define _LCDPORT_CONT_RW _PORTD_RD1
-#define _LCDPORT_CONT_EN _PORTD_RD2
-#define _LCDPORT_CONT_LATCH LATD
- #endif
+#define TRIS_E_VAL 0b00000100 /* FOR OUTPUT, ADC, PSP=OFF */
-#else
+#define _BATT_ADC 0x07
+#define _REF_ADC 0x10
+#define _ADC_INITF ANS7
+#define _ADCH_INITF 0x00
+
+#include "iodef_amp.h"
/*
- * 8bit Interface, Used Below:
- * PORTE: RE0 : RS
- * RE1 : RW
- * RE2 : EN
- * PORTD: RD0-RD7: DATA(0-7).
+ * Lamp
*/
-// 8bit I/F
- #ifndef _LCDPORT_DATA
-#define _LCDPORT_DATA PORTD
-#define _LCDPORT_TRIS_DATA TRISD
-#define _LCDPORT_LATCH_DATA LATD
-#define _LCDPORT_BUSYMASK 0b10000000
-#define _LCDPORT_READMASK TRIS_D_RVAL
- #endif
-
- #ifndef _LCDPORT_CONT
-#define _LCDPORT_CONT PORTE
-#define _LCDPORT_TRIS_CONT TRISE
-#define _LCDPORT_CONT_RS _PORTE_RE0
-#define _LCDPORT_CONT_RW _PORTE_RE1
-#define _LCDPORT_CONT_EN _PORTE_RE2
-#define _LCDPORT_CONT_LATCH LATE
- #endif
-#endif
+#define _AM_STATLAMP LATAbits.LATA4
+#define _FM_STATLAMP LATAbits.LATA5
+#define _POW_STATLAMP LATDbits.LATD3
+
+#include "iodef_key.h"
+#include "iodef_lcd.h"
#ifdef __cplusplus
}
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