target.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.

    #define LED4OFF PTDD |= 0x10;
    #define LED4TOGGLE PTDD ^= 0x10;

    #define IsAbelActive()   (PTBD & (1<<4))
    #define IsAbelCrcOk()    (PTBD & (1<<5))
    #define IsAbelCcaBusy()  (PTBD & (1<<5))

    #define ENABLE_ANTENNESWITCH_PINS
    #define RX_ANTENNE_ENABLED
    #define TX_ANTENNE_ENABLED

      // Setup Port C for ABEL setup (GPIO 1+2)
    #define ABEL_GPIO1            (1<<4)
    #define ABEL_GPIO2            (1<<5)

    #define ABEL_ATT_PIN        (1<<2)
    #define ABEL_RxTx_PIN       (1<<3)
    #define ABEL_RESET_PIN        (1<<4)
    #define ABEL_ANT_SWITCH_PIN // No antenna switch

    // The switches
    #define mSWITCH1_MASK 0x04
    #define mSWITCH2_MASK 0x08
    #define mSWITCH3_MASK 0x10
    #define mSWITCH4_MASK 0x20
    #define mSWITCH_MASK 0x3C
    #define mSWITCH_PORT_GET ((PTAD & mSWITCH_MASK) ^ mSWITCH_MASK)


    #define  mSETUP_PORT_A  PTAPE = 0x3C;\
                            PTADD = 0x00;        //All Port A input

    #define  mSETUP_PORT_B    PTBD = 0x00;\
                            PTBPE = 0x00;\
                            PTBDD = 0x00;

    #define  mSETUP_PORT_C  PTCDD = (ABEL_RESET_PIN | ABEL_ATT_PIN | ABEL_RxTx_PIN ); // | ABEL_ANT_SWITCH_PIN);
                            

    #define  mSETUP_PORT_D  PTDPE = 0x00;\
                            PTDDD = (0x01 | 0x02| 0x08 | 0x10);

#define USE_LOW_POWER
#define mENTER_LOWPOWER  SIMOPT |= 0x20;PMCSC2 &=  ~0x02;__asm STOP;

#if defined FLASH_LIB_ENABLED || defined BOOTLOADER_ENABLED
  #define USE_NVM_QUICK_START
#endif defined FLASH_LIB_ENABLED || defined BOOTLOADER_ENABLED                

#endif TARGET_DIG536_1

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

#if defined TARGET_DIG536_2 || defined TARGET_DIG528_2
    // UART interface select SCI1
    #define SELECT_SCI1
    #define SELECT_SCI2

    #define HWAssertAbelReset        PTCD &= ~0x10;    // Reset = 0;
    #define HWDeAssertAbelReset      PTCD |=  0x10;    // Reset = 1;

    #define RxTxEnable               PTCD |=  0x08;    // RxTxEnable = 1 (PTC3);
    #define RxTxDisable              PTCD &= ~0x08;    // RxTxDisable = 0 (PTC3);  

    #define AttEnable                PTCD |=  0x04;    // PTC2
    #define AttDisable               PTCD &= ~0x04;

    #define LED1_PIN  (1<<0)
    #define LED2_PIN  (1<<1)
    #define LED3_PIN  (1<<3)
    #define LED4_PIN  (1<<4)

    #define LED1ON  PTDD &= 0xFE;
    #define LED1OFF PTDD |= 0x01;
    #define LED1TOGGLE PTDD ^= 0x01;

    #define LED2ON  PTDD &= 0xFD;
    #define LED2OFF PTDD |= 0x02;
    #define LED2TOGGLE PTDD ^= 0x02;

    #define LED3ON  PTDD &= 0xF7;
    #define LED3OFF PTDD |= 0x08;
    #define LED3TOGGLE PTDD ^= 0x08;

    #define LED4ON  PTDD &= 0xEF;
    #define LED4OFF PTDD |= 0x10;
    #define LED4TOGGLE PTDD ^= 0x10;

    #define IsAbelActive()   (PTBD & (1<<4))
    #define IsAbelCrcOk()    (PTBD & (1<<5))
    #define IsAbelCcaBusy()  (PTBD & (1<<5))

    #define ANTENNE_SWITCH_ENABLED

    #ifdef ANTENNE_SWITCH_ENABLED
      #define ENABLE_ANTENNESWITCH_PINS PTBDD |= 0x40;
      #define RX_ANTENNE_ENABLED PTBD &= ~0x40;     // PTB6 = 0
      #define TX_ANTENNE_ENABLED PTBD |= 0x40;      // PTB6 = 1
    #else
      #define ENABLE_ANTENNESWITCH_PINS
      #define RX_ANTENNE_ENABLED
      #define TX_ANTENNE_ENABLED
    #endif


      // Setup Port C for ABEL setup (GPIO 1+2)
    #define ABEL_GPIO1            (1<<4)
    #define ABEL_GPIO2            (1<<5)

    #define ABEL_ATT_PIN        (1<<2)
    #define ABEL_RxTx_PIN       (1<<3)
    #define ABEL_RESET_PIN        (1<<4)
    #define ABEL_ANT_SWITCH_PIN // No antenna switch

    // The switches
    #define mSWITCH1_MASK 0x04
    #define mSWITCH2_MASK 0x08
    #define mSWITCH3_MASK 0x10
    #define mSWITCH4_MASK 0x20
    #define mSWITCH_MASK 0x3C
    #define mSWITCH_PORT_GET ((PTAD & mSWITCH_MASK) ^ mSWITCH_MASK)


    #define  mSETUP_PORT_A  PTAPE = 0x3C;\
                            PTADD = 0x00;        //All Port A input

    #define  mSETUP_PORT_B    PTBD = 0x00;\
                            PTBPE = 0x00;\
                            PTBDD = 0x00;

    #define  mSETUP_PORT_C  PTCDD = (ABEL_RESET_PIN | ABEL_ATT_PIN | ABEL_RxTx_PIN ); // | ABEL_ANT_SWITCH_PIN);
                            

    #define  mSETUP_PORT_D  PTDPE = 0x00;\
                            PTDDD = (0x01 | 0x02| 0x08 | 0x10);

#define USE_LOW_POWER
#define mENTER_LOWPOWER  SIMOPT |= 0x20;PMCSC2 &=  ~0x02;__asm STOP;

#if defined FLASH_LIB_ENABLED || defined BOOTLOADER_ENABLED
  #define USE_NVM_QUICK_START
#endif defined FLASH_LIB_ENABLED || defined BOOTLOADER_ENABLED                

#endif TARGET_DIG536_2 || TARGET_DIG528_2

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

#ifdef TARGET_DIG538_1
    // UART interface select SCI1 or SCI2
    //#define SELECT_SCI1
    #define SELECT_SCI2

    #define HWAssertAbelReset        PTCD &= ~0x10;    // Reset = 0;
    #define HWDeAssertAbelReset      PTCD |=  0x10;    // Reset = 1;

    #define RxTxEnable               PTCD |=  0x08;    // RxTxEnable = 1 (PTC3);
    #define RxTxDisable              PTCD &= ~0x08;    // RxTxDisable = 0 (PTC3);  

    #define AttEnable                PTCD |=  0x04;    // PTC2
    #define AttDisable               PTCD &= ~0x04;

    #define LED1_PIN  (1<<0)
    #define LED2_PIN  (1<<1)
    #define LED3_PIN  (1<<3)
    #define LED4_PIN  (1<<4)

    #define LED1ON  PTDD &= 0xFE;
    #define LED1OFF PTDD |= 0x01;
    #define LED1TOGGLE PTDD ^= 0x01;

    #define LED2ON  PTDD &= 0xFD;
    #define LED2OFF PTDD |= 0x02;
    #define LED2TOGGLE PTDD ^= 0x02;

    #define LED3ON  PTDD &= 0xF7;
    #define LED3OFF PTDD |= 0x08;
    #define LED3TOGGLE PTDD ^= 0x08;

    #define LED4ON  PTDD &= 0xEF;
    #define LED4OFF PTDD |= 0x10;
    #define LED4TOGGLE PTDD ^= 0x10;
  
    #define IsAbelActive()   (PTBD & (1<<4))
    #define IsAbelCrcOk()    (PTBD & (1<<5))
    #define IsAbelCcaBusy()  (PTBD & (1<<5))

    #define ENABLE_ANTENNESWITCH_PINS PTBDD |= 0xC0;
    #define RX_ANTENNE_ENABLED PTBD &= ~0x40;     // PTB6 = 0
    #define TX_ANTENNE_ENABLED PTBD |= 0x40;      // PTB6 = 1

      // Setup Port B for ABEL setup (Antenna switch, GPIO 1 and GPIO 2)
    #define ABEL_GPIO1            (1<<4)
    #define ABEL_GPIO2            (1<<5)
    #define ABEL_ANT_SWITCH_PIN (1<<6)

      // Setup Port C for ABEL setup (ATT, TXTX and RESET)
    #define ABEL_ATT_PIN        (1<<2)
    #define ABEL_RxTx_PIN       (1<<3)
    #define ABEL_RESET_PIN        (1<<4)

    // The switches
    #define mSWITCH1_MASK 0x04
    #define mSWITCH2_MASK 0x08
    #define mSWITCH3_MASK 0x10
    #define mSWITCH4_MASK 0x20
    #define mSWITCH_MASK  0x3C
    #define mSWITCH_PORT_GET ((PTAD & mSWITCH_MASK) ^ mSWITCH_MASK)


    #define  mSETUP_PORT_A  PTAPE = mSWITCH_MASK;\
                            PTADD = 0x00;        //All Port A input

    #define  mSETUP_PORT_B  PTBDD = (ABEL_ANT_SWITCH_PIN); // Output


    #define  mSETUP_PORT_C  PTCDD = (ABEL_ATT_PIN | ABEL_RxTx_PIN | ABEL_RESET_PIN); // Output

    #define  mSETUP_PORT_D  PTDPE = 0x00;\
                            PTDDD = (LED1_PIN | LED2_PIN| LED3_PIN | LED4_PIN); // Output

#endif TARGET_DIG538_1

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


//#define USE_RX_RESTART_FIX

// GROUP: SELECT ONE
#define PLATFORM_GB60       /* Set uProcessor platform as target */
//#define PLATFORM_WINDOWS /* Set windows platform as target */
// ENDGROUP

#ifdef INCLUDE_802_15_4 // Defined by NWK build environment
 #define F8W_NWK_PRESENT 1 // Define if compiling for F8W target - excludes PTC PHY fnc-table init.
#else
 //#define F8W_NWK_PRESENT 1
#endif INCLUDE_802_15_4

//#define RX_TIMING_MEASUREMENT

//#define LO_LOCK_DETECT_HACK

//#define ENABLE_SIMULATOR 1 /* When defined, use HAL/MAL for BTLC comm. */

#define LITTLE_ENDIAN 0
#define BIG_ENDIAN    1

//#define TIME_INTERRUPT
//#define ACTION_SETUP_TIMING
//#define ENABLETIMING /* ensure TIME_INTERRUPT is not defined!!! */

#ifdef TIME_INTERRUPT
  #define ENABLE_ISR_TIMING_PINS PTADD |= 0x0f;

  #define CHECK_ABEL_ISR_RUNNING_1 PTAD & 0x02;
  #define ISR_DISABLED_0 PTAD |= 0x01;
  #define ABEL_ISR_RUNNING_1 PTAD |= 0x02;

  #define ISR_ENABLED_0 PTAD &= ~0x01;
  #define ABEL_ISR_DONE_1 PTAD &= ~0x02;

  #define ISR_TOGGLE_0 PTAD ^= 0x01;
  #define ABEL_ISR_TOGGLE_1 PTAD ^= 0x02;

  #define ISR_TIMING_SET_2 PTAD |= 0x04;
  #define ISR_TIMING_SET_3 PTAD |= 0x08;
  #define ISR_TIMING_CLR_2 PTAD &= ~0x04;
  #define ISR_TIMING_CLR_3 PTAD &= ~0x08;
  #define ISR_TIMING_TGL_2 PTAD ^= 0x04;
  #define ISR_TIMING_TGL_3 PTAD ^= 0x08;
#else
  #define ENABLE_ISR_TIMING_PINS
  #define ISR_DISABLED_0
  #define ABEL_ISR_RUNNING_1

  #define ISR_ENABLED_0
  #define ABEL_ISR_DONE_1

  #define ISR_TOGGLE_0
  #define ABEL_ISR_TOGGLE_1

  #define ISR_TIMING_SET_2;
  #define ISR_TIMING_SET_3;
  #define ISR_TIMING_CLR_2;
  #define ISR_TIMING_CLR_3;
  #define ISR_TIMING_TGL_2;
  #define ISR_TIMING_TGL_3;
#endif

#define ENABLE_ALL_INTERRUPTS   __asm CLI; ISR_ENABLED_0;  // Macros to enable/disable all processor interrupts
#define DISABLE_ALL_INTERRUPTS  __asm SEI; ISR_DISABLED_0;

// Macros to enable/disable Abel interrupt
#define ENABLE_ABEL_INTERRUPTS_FAST   IRQSC |= 0x02;       //Set IRQPE = IRQ pin from Abel enabled
#define DISABLE_ABEL_INTERRUPTS_FAST  IRQSC &= ~0x02;      //Clear IRQPE = IRQ pin from Abel disabled
#define DISABLE_ABEL_INTERRUPTS(var)   __asm LDA 0x14 ! {A}, {}; __asm STA var; __asm BCLR 1,0x14 ! {}, {A};
#define ENABLE_ABEL_INTERRUPTS(var) __asm LDA var ! {A}, {}; __asm STA 0x14 ! {}, {A};

#define CLEAR_IRQ_STATUSREG(retReg) {ABEL_READ(ABEL_reg24, retReg); _asm BSET 2,0x14;}

// Macros to store/restore processors status register on stack
#define STOREINTERRUPTS(var)   __asm TPA; __asm STA var;
#define RESTOREINTERRUPTS(var) __asm LDA var; __asm TAP; ISR_ENABLED_0;
// Alternate way of storing/restoring status register on stack.
// Push/Pull is used, and care must be taken not to mess up the
// stack when using these macros. Compared to STOREINTERRUPTS/
// RESTOREINTERRUPTS the push/pull method results in a small
// decrease in code size, and a small increase in execution
// speed (9 bytes/11 cycles compared to 5 bytes/8 cycles).
#define PUSH_IRQ_STATUS __asm TPA;  __asm PSHA;
#define PULL_IRQ_STATUS __asm PULA; __asm TAP; ISR_ENABLED_0;

//#define USE_INTERRUPT_EOF /* Used if EOF interrupt is enabled. Otherwise, GPIO polling is used */









#define SMAPI_MLME_SM_DEBUG 0
#define SMAPI_MEM_LOWER_DEBUG 0
#define SMAPI_MEM_CTRL_DEBUG 0
#define SMAPI_SEQ_SUB_COMP_DEBUG 0
#define SMAPI_SEQ_UPPER_DEBUG 0

//#define MM_DEBUG // Enables debug info in the Memory Manager.
//#define ACTION_FAILED_CNTR // Enables debug messages when an ActionFailInd occurs.


/****************************************/
/****** ASSERT Functionality begin ******/

  // Main switch for enabling asserts on target
//#define ENABLE_ASSERTS
  // Print line number, and file name in either LCD
  // display or on COM port
//#define ENABLE_ASSERT_TEXTUAL
  // If defined a CPU breakpoint instruction is created,
  // otherwise a while(1) loop is used to halt the code.
#define ENABLE_ASSERT_BREAKPOINT

  // Asserts that may produce output and will stop the code
#define ASSERT_NONE 0
#define ASSERT_STOP 1
#define ASSERT_INFO 2

  // Module specific assert switches. Undefine or set
  // to ASSERT_NONE to disable asserts for a module.
#define PHY_ASSERT    ASSERT_NONE
#define MAC_ASSERT    ASSERT_STOP
#define SEQ_ASSERT    ASSERT_STOP
#define MEM_ASSERT    ASSERT_STOP
#define ASP_ASSERT    ASSERT_STOP
#define SMAPI_ASSERT  ASSERT_STOP
  // Asserts that may produce output, but does not stop the code
  // Should be used in combination with audio/visual indications.
#define PHY_ASSERT_INFO   ASSERT_NONE
#define MAC_ASSERT_INFO   ASSERT_INFO
#define SEQ_ASSERT_INFO   ASSERT_INFO
#define MEM_ASSERT_INFO   ASSERT_INFO
#define ASP_ASSERT_INFO   ASSERT_INFO
#define SMAPI_ASSERT_INFO ASSERT_INFO

#ifdef ENABLE_ASSERTS
 #ifdef ENABLE_ASSERT_TEXTUAL
  void digiassert(unsigned char *file, unsigned short line);
  void digiassert_info(unsigned char *file, unsigned short line);
  #pragma DISABLE_WARNING(ConditionAlwaysTrue_c)
  #pragma DISABLE_WARNING(ConditionAlwaysFalse_c)
  #define DigiAssert(level, regexp) if((level==ASSERT_STOP) && ((regexp)==0)) digiassert(__FILE__, __LINE__);\
                                    if((level==ASSERT_INFO) && ((regexp)==0)) digiassert_info(__FILE__, __LINE__);
 #else
  void digiassert(void);
  void digiassert_info(void);
  #pragma DISABLE_WARNING(ConditionAlwaysTrue_c)
  #pragma DISABLE_WARNING(ConditionAlwaysFalse_c)
  #define DigiAssert(level, regexp) if((level==ASSERT_STOP) && ((regexp)==0)) digiassert();\
                                    if((level==ASSERT_INFO) && ((regexp)==0)) digiassert_info();
 #endif  // ENABLE_ASSERT_TEXTUAL
#else
 #define DigiAssert(level, regexp) /* No assert */
#endif
/******  ASSERT Functionality end  ******/
/****************************************/

#define MAXTXLENGTH (127) /* max length of data in TX buffer */
#define MAXRXLENGTH (127) /* max length of data in RX buffer */





#ifdef ENABLETIMING
  #define ENABLE_TIMING_PINS PTADD |= 0x0f;
  #define SETTIMINGPIN_0 PTAD |= 0x01;
  #define SETTIMINGPIN_1 PTAD |= 0x02;
  #define SETTIMINGPIN_2 PTAD |= 0x04;
  #define SETTIMINGPIN_3 PTAD |= 0x08;

  #define CLRTIMINGPIN_0 PTAD &= ~0x01;
  #define CLRTIMINGPIN_1 PTAD &= ~0x02;
  #define CLRTIMINGPIN_2 PTAD &= ~0x04;
  #define CLRTIMINGPIN_3 PTAD &= ~0x08;

  #define TOGGLETIMINGPIN_0 PTAD ^= 0x01;
  #define TOGGLETIMINGPIN_1 PTAD ^= 0x02;
  #define TOGGLETIMINGPIN_2 PTAD ^= 0x04;
  #define TOGGLETIMINGPIN_3 PTAD ^= 0x08;
#else
  #define ENABLE_TIMING_PINS
  #define SETTIMINGPIN_0
  #define SETTIMINGPIN_1
  #define SETTIMINGPIN_2
  #define SETTIMINGPIN_3

  #define CLRTIMINGPIN_0
  #define CLRTIMINGPIN_1
  #define CLRTIMINGPIN_2
  #define CLRTIMINGPIN_3

  #define TOGGLETIMINGPIN_0
  #define TOGGLETIMINGPIN_1
  #define TOGGLETIMINGPIN_2
  #define TOGGLETIMINGPIN_3
#endif ENABLETIMING


#ifdef ACTION_SETUP_TIMING
  #define ENABLE_ACT_TIMING_PINS PTADD |= 0x0f;
  #define ACT_SETTIMINGPIN_0 PTAD |= 0x01;
  #define ACT_SETTIMINGPIN_1 PTAD |= 0x02;
  #define ACT_SETTIMINGPIN_2 PTAD |= 0x04;
  #define ACT_SETTIMINGPIN_3 PTAD |= 0x08;

  #define ACT_CLRTIMINGPIN_0 PTAD &= ~0x01;
  #define ACT_CLRTIMINGPIN_1 PTAD &= ~0x02;
  #define ACT_CLRTIMINGPIN_2 PTAD &= ~0x04;
  #define ACT_CLRTIMINGPIN_3 PTAD &= ~0x08;

  #define ACT_TOGGLETIMINGPIN_0 PTAD ^= 0x01;
  #define ACT_TOGGLETIMINGPIN_1 PTAD ^= 0x02;
  #define ACT_TOGGLETIMINGPIN_2 PTAD ^= 0x04;
  #define ACT_TOGGLETIMINGPIN_3 PTAD ^= 0x08;
#else
  #define ENABLE_ACT_TIMING_PINS
  #define ACT_SETTIMINGPIN_0
  #define ACT_SETTIMINGPIN_1
  #define ACT_SETTIMINGPIN_2
  #define ACT_SETTIMINGPIN_3

  #define ACT_CLRTIMINGPIN_0
  #define ACT_CLRTIMINGPIN_1
  #define ACT_CLRTIMINGPIN_2
  #define ACT_CLRTIMINGPIN_3

  #define ACT_TOGGLETIMINGPIN_0
  #define ACT_TOGGLETIMINGPIN_1
  #define ACT_TOGGLETIMINGPIN_2
  #define ACT_TOGGLETIMINGPIN_3
#endif ACTION_SETUP_TIMING


#endif _TARGET_SPECIFIC_H_