target.h

This network protcol stack,it is very strong and powerful!

/************************************************************************************
* The global header file containing platform specific definitions for
* the embedded platform
*
* Author(s): Thomas O. Jensen
*
* (c) Copyright 2004, Freescale, Inc.  All rights reserved.
*
* Freescale Confidential Proprietary
* Digianswer Confidential
*
* No part of this document must be reproduced in any form - including copied,
* transcribed, printed or by any electronic means - without specific written
* permission from Freescale.
*
* Last Inspected:
* Last Tested:
************************************************************************************/

#ifndef _TARGET_SPECIFIC_H_
#define _TARGET_SPECIFIC_H_

#include "gb60_io.h"
#include "AllTargets.h"

//**********************************************************************************
// Define target Hardware platform:
//**********************************************************************************

#if !(defined(TARGET_DIG528_2) || defined(TARGET_DIG536_2) || defined(TARGET_DIG534_1) || defined(TARGET_AXIOM_GB60) || defined(TARGET_RD01))
     
// Enable target platform
//#define TARGET_DIG528_2 // 13192-EVB
//#define TARGET_DIG536_2 // 13192-SARD
//#define TARGET_DIG534_1 // Sniffer
//#define TARGET_AXIOM_GB60 // 802.15.4 Dev Platform
#define TARGET_RD01 // For all boards which uses the Freescale reference design 01 layout
#endif

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

#ifdef TARGET_AXIOM_GB60

// Define HW pin mappings
  #define ABEL_PORT1          PTDD            
  #define ABEL_ATT_PIN    	  (1<<5)
  #define ABEL_RxTx_PIN   	  (1<<6)
  #define ABEL_RESET_PIN	    (1<<7)

  #define ABEL_PORT2          PTBD            
  #define ABEL_GPIO1_PIN      (1<<4)
  #define ABEL_GPIO2_PIN      (1<<5)
  #define ABEL_ANT_SWITCH_PIN 0x00

// Define HW port mappings
  // Port A - not used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_A    //PTAD  = 0x00;\
                            //PTAPE = 0x00;\
                            //PTADD = 0x00; // Set as input

  // Port B - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_B    PTBD  = 0x00;\
                            PTBPE = 0x00;\
                            PTBDD = (ABEL_ANT_SWITCH_PIN);\
                            PTBDD &=(~ABEL_GPIO1_PIN & ~ABEL_GPIO2_PIN); // Set as input

                            
  // Port C - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_C    PTCD  = 0x00;\
                            PTCPE = 0x00;\
                            PTCDD = 0x63;// Verify use!!!!!!!
                            
  // Port D - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_D    PTDD  = 0x00;\
                            PTDPE = 0x00;\
   						              PTDDD = (0x01 | ABEL_RESET_PIN | ABEL_ATT_PIN | ABEL_RxTx_PIN);

// Define HW macros - DO NOT EDIT
  #define HWAssertAbelReset    ABEL_PORT1 &= ~ABEL_RESET_PIN; // Reset = 0;
  #define HWDeAssertAbelReset  ABEL_PORT1 |=  ABEL_RESET_PIN; // Reset = 1;

  #define RxTxEnable           ABEL_PORT1 |=  ABEL_RxTx_PIN;  // RxTxEnable = 1;
  #define RxTxDisable          ABEL_PORT1 &= ~ABEL_RxTx_PIN;  // RxTxDisable = 0;  

  #define AttEnable            ABEL_PORT1 |=  ABEL_ATT_PIN;   // Attention Enable = 1;
  #define AttDisable           ABEL_PORT1 &= ~ABEL_ATT_PIN;   // Attention Disable = 0;

  #define IsAbelActive()       (ABEL_PORT2 & ABEL_GPIO1_PIN)
  #define IsAbelCrcOk()        (ABEL_PORT2 & ABEL_GPIO2_PIN)
  #define IsAbelCcaBusy()      (ABEL_PORT2 & ABEL_GPIO2_PIN)

  #define RX_ANTENNE_ENABLED   //ABEL_PORT2 &= ~ABEL_ANT_SWITCH_PIN;
  #define RX_DISABLE_LNA
  #define TX_ANTENNE_ENABLED   //ABEL_PORT2 |= ABEL_ANT_SWITCH_PIN;
  #define TX_DISABLE_PA

  #define PHY_TYPE "AX-0308"

#endif TARGET_AXIOM_GB60

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

#if defined TARGET_DIG536_2 || defined TARGET_DIG528_2 || defined TARGET_RD01 // 13192-SARD or 13192-EVB

// Define HW pin mappings
  #define ABEL_PORT1          PTCD            
  #define ABEL_ATT_PIN    	  (1<<2)
  #define ABEL_RxTx_PIN   	  (1<<3)
  #define ABEL_RESET_PIN	  (1<<4)

  #define ABEL_PORT2          PTBD            
  #define ABEL_GPIO1_PIN      (1<<4)
  #define ABEL_GPIO2_PIN      (1<<5)
  #define ABEL_ANT_SWITCH_PIN (1<<6)

// Define HW port mappings
  // Port A - not used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_A    //PTAD  = 0x00;\
                            //PTAPE = 0x00;\
                            //PTADD = 0x00; // Set as input

  // Port B - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_B    PTBD  = 0x00;\
                            PTBPE = 0x00;\
                            PTBDD = (ABEL_ANT_SWITCH_PIN);\
                            PTBDD &=(~ABEL_GPIO1_PIN & ~ABEL_GPIO2_PIN); // Set as input
                            
  // Port C - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_C    PTCD  = 0x00;\
                            PTCPE = 0x00;\
                            PTCDD = (ABEL_RESET_PIN | ABEL_ATT_PIN | ABEL_RxTx_PIN );
                            
  // Port D - not used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_D    //PTDD  = 0x00;\    
                            //PTDPE = 0x00;\
   						    //PTDDD = 0x00;

// Define HW macros - DO NOT EDIT
  #define HWAssertAbelReset    ABEL_PORT1 &= ~ABEL_RESET_PIN; // Reset = 0;
  #define HWDeAssertAbelReset  ABEL_PORT1 |=  ABEL_RESET_PIN; // Reset = 1;

  #define RxTxEnable           ABEL_PORT1 |=  ABEL_RxTx_PIN;  // RxTxEnable = 1;
  #define RxTxDisable          ABEL_PORT1 &= ~ABEL_RxTx_PIN;  // RxTxDisable = 0;  

  #define AttEnable            ABEL_PORT1 |=  ABEL_ATT_PIN;   // Attention Enable = 1;
  #define AttDisable           ABEL_PORT1 &= ~ABEL_ATT_PIN;   // Attention Disable = 0;

  #define IsAbelActive()       (ABEL_PORT2 & ABEL_GPIO1_PIN)
  #define IsAbelCrcOk()        (ABEL_PORT2 & ABEL_GPIO2_PIN)
  #define IsAbelCcaBusy()      (ABEL_PORT2 & ABEL_GPIO2_PIN)

  #define RX_ANTENNE_ENABLED   ABEL_PORT2 &= ~ABEL_ANT_SWITCH_PIN;
  #define RX_DISABLE_LNA
  #define TX_ANTENNE_ENABLED   ABEL_PORT2 |= ABEL_ANT_SWITCH_PIN;
  #define TX_DISABLE_PA

#if defined TARGET_DIG528_2
  #define PHY_TYPE " DIG528"
#elif defined TARGET_DIG536_2
  #define PHY_TYPE " DIG536"
#else
  #define PHY_TYPE " RD01  "
#endif

#endif TARGET_DIG536_2 || TARGET_DIG528_2 || defined TARGET_RD01


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

#ifdef TARGET_DIG534_1 // Sniffer

// Define HW pin mappings
  #define ABEL_PORT1          PTBD            
  #define ABEL_ATT_PIN    	  (1<<2)
  #define ABEL_RxTx_PIN   	  (1<<3)
  #define ABEL_RESET_PIN	  (1<<1)

  #define ABEL_PORT2          PTBD            
  #define ABEL_GPIO1_PIN      (1<<4)
  #define ABEL_GPIO2_PIN      (1<<5)
  #define ABEL_ANT_SWITCH_PIN (1<<6)

// Define HW port mappings
  // Port A - not used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_A    //PTAD  = 0x00;\
                            //PTAPE = 0x00;\
                            //PTADD = 0x00; // Set as input

  // Port B - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_B    PTBD  = 0x00;\
                            PTBPE = 0x00;\
                            PTBDD = (ABEL_RESET_PIN | ABEL_ATT_PIN | ABEL_RxTx_PIN | ABEL_ANT_SWITCH_PIN);\
                            PTBDD &=(~ABEL_GPIO1_PIN & ~ABEL_GPIO2_PIN); // Set as input
                            
  // Port C - used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_C    PTCD  = 0x00;\
                            PTCPE = 0x00;\
                            PTCDD = 0x63; // Verify use!!!!!!!
                            
  // Port D - not used by PHY layer. Reinitialize in application if needed.
  #define  mSETUP_PORT_D    //PTDD  = 0x00;\    
                            //PTDPE = 0x00;\
   						    //PTDDD = 0x00;

// Define HW macros - DO NOT EDIT
  #define HWAssertAbelReset    ABEL_PORT1 &= ~ABEL_RESET_PIN; // Reset = 0;
  #define HWDeAssertAbelReset  ABEL_PORT1 |=  ABEL_RESET_PIN; // Reset = 1;

  #define RxTxEnable           ABEL_PORT1 |=  ABEL_RxTx_PIN;  // RxTxEnable = 1;
  #define RxTxDisable          ABEL_PORT1 &= ~ABEL_RxTx_PIN;  // RxTxDisable = 0;  

  #define AttEnable            ABEL_PORT1 |=  ABEL_ATT_PIN;   // Attention Enable = 1;
  #define AttDisable           ABEL_PORT1 &= ~ABEL_ATT_PIN;   // Attention Disable = 0;

  #define IsAbelActive()       (ABEL_PORT2 & ABEL_GPIO1_PIN)
  #define IsAbelCrcOk()        (ABEL_PORT2 & ABEL_GPIO2_PIN)
  #define IsAbelCcaBusy()      (ABEL_PORT2 & ABEL_GPIO2_PIN)

  #define RX_ANTENNE_ENABLED   ABEL_PORT2 &= ~ABEL_ANT_SWITCH_PIN;
  #define RX_DISABLE_LNA
  #define TX_ANTENNE_ENABLED   ABEL_PORT2 |= ABEL_ANT_SWITCH_PIN;
  #define TX_DISABLE_PA

//  #define AntSwRx                  PTBD &= ~0x40;    // PTB6
//  #define AntSwTx                  PTBD |=  0x40;
 
  #define PHY_TYPE "DIG534 "
 
#endif TARGET_DIG534_1


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

#endif _TARGET_SPECIFIC_H_