mc1321xsrb.h

采用MC13213做的在SMAC协议基础上的发送程序,可作为点对点实验中的END DEVICE.

/* 13213-SRB.h 
 * Header for the MC13213-SRB reference board

 * $Author: rgd04c $
 * $Date: 2006/09/07 00:58:02 $
 * $Name:  $
 */
 
//includes
#include "pub_def.h"
#include "board_config.h"

//Prototypes
void RadioInit(void);

//Defines


#define HCS08G
#define MC13192_CE              PTED_PTED2                
#define MC13192_CE_PORT         PTEDD_PTEDD2                
#define MC13192_ATTN            PTDD_PTDD0
#define MC13192_ATTN_PORT       PTDDD_PTDDD0
#define MC13192_RTXEN           PTDD_PTDD1
#define MC13192_RTXEN_PORT      PTDDD_PTDDD1
#define MC13192_RESET           PTDD_PTDD3
#define MC13192_RESET_PORT      PTDDD_PTDDD3
#define MC13192_RESET_PULLUP    PTDPE_PTDPE3
#define MC13192_IRQ_SOURCE      IRQSC
#define MC13192_IRQ_IE_BIT      IRQSC_IRQIE

/* Antenna Switch/PA can be implemented via the CT_Bias control line */
/* See the MC1321x reference manual */

#ifdef ANTENNA_SWITCH
    #define MC13192_ANT_CTRL        PTBD_PTBD6
    #define MC13192_ANT_CTRL2       PTBD_PTBD6   /* 
                                                  * Second Control line not
                                                  * used in MC13192EVB
                                                  */
    #define MC13192_ANT_CTRL_PORT   PTBDD_PTBDD6
    #define MC13192_ANT_CTRL2_PORT  PTBDD_PTBDD6 /* 
                                                  * Second Control line not 
                                                  * used in MC13192EVB
                                                  */
    #define ANT_CTRL_OFF            0       /* Logic low is off */
    #define ANT_CTRL_ON             1       /* Logic high is on */
#endif ANTENNA_SWITCH

#ifdef LNA
    #define MC13192_LNA_CTRL        PTBD_PTBD0
    #define MC13192_LNA_CTRL_PORT   PTBDD_PTBDD0
    #define LNA_ON                  1
    #define LNA_OFF                 0
#endif LNA  


/**************************************************************
Enable peripherials that are on the Board
**************************************************************/


#define ACCEL_ENABLED         TRUE
#define TEMP_SENSOR_ENABLED   TRUE
#define BUZZER_ENABLED        TRUE
#define DEFAULT_BUS_SPEED	   8000000

#define  SCI_DEFAULT_BAUD  38400

/**************************************************************
Define the SCI perameters
**************************************************************/

/*#if (DEFAULT_SCI_PORT == 1)
   #define  SCIBDH     SCI1BDH
   #define  SCIBDL     SCI1BDL
   #define  SCIC1      SCI1C1 
   #define  SCIC2      SCI1C2 
   #define  SCIS1      SCI1S1 
   #define  SCIS2      SCI1S2 
   #define  SCIC3      SCI1C3 
   #define  SCID       SCI1D

   #define  SCIS1_TDRE  SCI1S1_TDRE
   #define  SCIS1_TC    SCI1S1_TC

#else*/ 

   #define  SCIBDH     SCI2BDH
   #define  SCIBDL     SCI2BDL
   #define  SCIC1      SCI2C1 
   #define  SCIC2      SCI2C2 
   #define  SCIS1      SCI2S1 
   #define  SCIS2      SCI2S2 
   #define  SCIC3      SCI2C3 
   #define  SCID       SCI2D

   #define  SCIS1_TDRE  SCI2S1_TDRE
   #define  SCIS1_TC    SCI2S1_TC    

   #define  RTS			PTAD_PTAD6
   #define  RTSDIR		PTADD_PTADD6
//#endif 

/**************************************************************
Define the LED perameters
**************************************************************/

#define LED1                    PTDD_PTDD4
#define LED1DIR                 PTDDD_PTDDD4
#define LED2                    PTDD_PTDD5
#define LED2DIR                 PTDDD_PTDDD5
#define LED3                    PTDD_PTDD6
#define LED3DIR                 PTDDD_PTDDD6
#define LED4                    PTDD_PTDD7
#define LED4DIR                 PTDDD_PTDDD7
#define LED5						  PTCD_PTCD4
#define LED5DIR                 PTCDD_PTCDD4
    
#define LED_ON                  0
#define LED_OFF					  1
#define DDIR_OUTPUT             1
#define DDIR_INPUT              0
    
#define LED_INIT_MACRO LED1     = LED_OFF; \
                       LED2     = LED_OFF; \
                       LED3     = LED_OFF; \
                       LED4     = LED_OFF; \
                       LED5     = LED_OFF; \
                       LED1DIR  = DDIR_OUTPUT; \
                       LED2DIR  = DDIR_OUTPUT; \
                       LED3DIR  = DDIR_OUTPUT; \
                       LED4DIR  = DDIR_OUTPUT; \
                       LED5DIR  = DDIR_OUTPUT;        
    
    
/***********************************************
Define Switches
***********************************************/
    
    
/* SW1 on schematic */
#define PB0 PTAD_PTAD2
#define PB0PU PTAPE_PTAPE2
#define PB0DIR PTADD_PTADD2
#define PB0IE KBI1PE_KBIPE2
  
/* SW2 on schematic */
#define PB1 PTAD_PTAD3
#define PB1PU PTAPE_PTAPE3
#define PB1DIR PTADD_PTADD3
#define PB1IE KBI1PE_KBIPE3
   
/* SW3 on schematic */
#define PB2 PTAD_PTAD4
#define PB2PU PTAPE_PTAPE4
#define PB2DIR PTADD_PTADD4
#define PB2IE KBI1PE_KBIPE4
  
/* SW4 on schematic */
#define PB3 PTAD_PTAD5
#define PB3PU PTAPE_PTAPE5
#define PB3DIR PTADD_PTADD5
#define PB3IE KBI1PE_KBIPE5

/* Define the KBI Pins */
#define KBI_SW1 0x04
#define KBI_SW2 0x08
#define KBI_SW3 0x10
#define KBI_SW4 0x20

#define SWITCH_INIT_MACRO    PB0PU  = TRUE; \
                             PB1PU  = TRUE; \
                             PB2PU  = TRUE; \
                             PB3PU  = TRUE; \
                             PB0DIR = FALSE;\
                             PB1DIR = FALSE;\
                             PB2DIR = FALSE;\
                             PB3DIR = FALSE;
    
/***********************************************
Define Port B
Accelerometer and LCD
***********************************************/

#define ACCEL_PS          PTBD_PTBD5
#define ACCEL_GSELECT1    PTBD_PTBD1
#define ACCEL_GSELECT2    PTBD_PTBD0
#define ACCEL_START_X     ATD1SC = 2;
#define ACCEL_START_Y     ATD1SC = 3;
#define ACCEL_START_Z     ATD1SC = 4;         
  
#define ACCEL_INIT_MACRO  ATD1PE=0x1C; ATD1C=0xE1;\
                          PTBDD_PTBDD0=DDIR_OUTPUT;\
                          PTBDD_PTBDD1=DDIR_OUTPUT;\
                          PTBDD_PTBDD5=DDIR_OUTPUT;
                          
#define ACCEL_G_OFF       ACCEL_PS = 0;
#define ACCEL_G_ON        ACCEL_PS = 1; 
#define ACCEL_G_1p5       ACCEL_GSELECT1 = 0; ACCEL_GSELECT2 = 0;
#define ACCEL_G_2p0       ACCEL_GSELECT1 = 0; ACCEL_GSELECT2 = 1;
#define ACCEL_G_4p0       ACCEL_GSELECT1 = 1; ACCEL_GSELECT2 = 0;
#define ACCEL_G_6p0       ACCEL_GSELECT1 = 1; ACCEL_GSELECT2 = 1;
#define LCD_ENABLE        PTBD_PTBD0
#define LCD_REG_SEL       PTBD_PTBD1
#define LCD_EN            PTBD_PTBD2
#define LCD_RW            PTBD_PTBD3

    /* Data bits are 4-7 */
                              
#define LCD_INIT_MACRO    PTBDD = 0xFF;  /* Set whole port to output */
    

/***********************************************
Temperature Sensor
***********************************************/


                              
                              
#define ENTER_LOW_POWER _asm stop

/***********************************************
Duplicate PB0 to PUSH_BUTTON1 etc for different
formats.
***********************************************/

#define PUSH_BUTTON1 PB0
#define PUSH_BUTTON2 PB1
#define PUSH_BUTTON3 PB2
#define PUSH_BUTTON4 PB3
#define PB_PRESSED 0
/***********************************************
Define Buzzer
***********************************************/
    
    
#define BUZZER         PTDD_PTDD2
#define BUZZERDIR      PTDDD_PTDDD2
#define BUZZER_ON      1
#define BUZZER_OFF     0
   
#define BUZZER_INIT_MACRO BUZZER      = BUZZER_OFF; \
                          BUZZERDIR   = DDIR_OUTPUT;