TMS5416库加载后无法运行

谢谢！理解了一些，最好有中文的资料或者案例。

抱歉，中文的没有。

大概知道意思，但是具体不知道程序如何修改！因为原来用CCS2.2,现在在CCS3.3开发环境下运行；

程序一直处于运行状态，但是中断函数不能被调用！你有其它联系方式吗，很着急！

方便的话，把cmd文件，中断向量表和中断子程序贴出来看看。

我用的是DSP/BIOS编程，对开发环境不熟悉，原工作主要是MCU编程！我把一个历程的代码发一下您看看，跟我的工程代码遇到同样的问题,谢谢

cmD文件：

/*   Do *not* directly modify this file.  It was    */ /*   generated by the Configuration Tool; any  */ /*   changes risk being overwritten.                */

/* INPUT timer.cdb */

/* MODULE PARAMETERS */ -u _FXN_F_nop GBL_USERINITFXN = _FXN_F_nop;

-u IDATA MEM_SEGZERO = IDATA; -u IDATA MEM_MALLOCSEG = IDATA;

-u FXN_F_zero CLK_TIMEFXN = FXN_F_zero; -u CLK_F_frete CLK_HOOKFXN = CLK_F_frete;

-u KNL_tick_stub PRD_THOOKFXN = KNL_tick_stub;

-u IDATA RTDX_DATAMEMSEG = IDATA;

-u IDATA HST_DSMBUFSEG = IDATA;

-u GBL_NULL SWI_EHOOKFXN = GBL_NULL; -u GBL_NULL SWI_IHOOKFXN = GBL_NULL; -u SWI_F_exec SWI_EXECFXN = SWI_F_exec; -u SWI_F_run SWI_RUNFXN = SWI_F_run;

-u IDATA TSK_STACKSEG = IDATA; -u _FXN_F_nop TSK_VCREATEFXN = _FXN_F_nop; -u _FXN_F_nop TSK_VDELETEFXN = _FXN_F_nop; -u _FXN_F_nop TSK_VEXITFXN = _FXN_F_nop;

-u GBL_NULL IDL_CALIBRFXN = GBL_NULL;

-u _UTL_doAbort SYS_ABORTFXN = _UTL_doAbort; -u _UTL_doError SYS_ERRORFXN = _UTL_doError; -u _UTL_halt SYS_EXITFXN = _UTL_halt; -u _UTL_doPutc SYS_PUTCFXN = _UTL_doPutc;

-u _FXN_F_nop GIO_CREATEFXN = _FXN_F_nop; -u _FXN_F_nop GIO_DELETEFXN = _FXN_F_nop; -u _FXN_F_nop GIO_PENDFXN = _FXN_F_nop; -u _FXN_F_nop GIO_POSTFXN = _FXN_F_nop;

/* OBJECT ALIASES */ _USERREGS = USERREGS; _BIOSREGS = BIOSREGS; _CSLREGS = CSLREGS; _VECT = VECT; _IDATA = IDATA; _IPROG = IPROG; _DARAM47 = DARAM47; _SARAM03 = SARAM03; _SARAM47 = SARAM47; _RTA_fromHost = RTA_fromHost; _RTA_toHost = RTA_toHost; _HWI_RS = HWI_RS; _HWI_NMI = HWI_NMI; _HWI_SINT17 = HWI_SINT17; _HWI_SINT18 = HWI_SINT18; _HWI_SINT19 = HWI_SINT19; _HWI_SINT20 = HWI_SINT20; _HWI_SINT21 = HWI_SINT21; _HWI_SINT22 = HWI_SINT22; _HWI_SINT23 = HWI_SINT23; _HWI_SINT24 = HWI_SINT24; _HWI_SINT25 = HWI_SINT25; _HWI_SINT26 = HWI_SINT26; _HWI_SINT27 = HWI_SINT27; _HWI_SINT28 = HWI_SINT28; _HWI_SINT29 = HWI_SINT29; _HWI_SINT30 = HWI_SINT30; _HWI_INT0 = HWI_INT0; _HWI_INT1 = HWI_INT1; _HWI_INT2 = HWI_INT2; _HWI_TINT = HWI_TINT; _HWI_SINT4 = HWI_SINT4; _HWI_SINT5 = HWI_SINT5; _HWI_SINT6 = HWI_SINT6; _HWI_SINT7 = HWI_SINT7; _HWI_SINT8 = HWI_SINT8; _HWI_SINT9 = HWI_SINT9; _HWI_SINT10 = HWI_SINT10; _HWI_SINT11 = HWI_SINT11; _HWI_SINT12 = HWI_SINT12; _HWI_SINT13 = HWI_SINT13; _HWI_SINT14 = HWI_SINT14; _HWI_SINT15 = HWI_SINT15; _KNL_swi = KNL_swi; _TSK_idle = TSK_idle; _userTask = userTask; _RTDX_dataPump = RTDX_dataPump; _LNK_dataPump = LNK_dataPump; _RTA_dispatcher = RTA_dispatcher; _LOG_system = LOG_system; _LogMain = LogMain;

/* MODULE GBL */

SECTIONS {    .vers (COPY): {} /* version information */ }

-priority -llnkrtdx.a54f -ldrivers.a54f         /* device drivers support */ -lsioboth.a54f         /* supports both SIO models */ -lbios.a54f            /* DSP/BIOS support */ -lrtdx_ext.lib         /* RTDX support */ -lrts500EXT.lib        /* C and C++ run-time library support */

/* MODULE MEM */ -stack 0x100 MEMORY {    PAGE 1:   USERREGS:   origin = 0x60,          len = 0x1a    PAGE 1:   BIOSREGS:   origin = 0x7c,          len = 0x4    PAGE 1:   CSLREGS:    origin = 0x7a,          len = 0x2    PAGE 0:   VECT:       origin = 0x7f80,        len = 0x80    PAGE 1:   IDATA:      origin = 0x80,          len = 0x7000    PAGE 0:   IPROG:      origin = 0x7080,        len = 0xf00    PAGE 1:   DARAM47:    origin = 0x8000,        len = 0x8000    PAGE 0:   SARAM03:    origin = 0x28000,       len = 0x8000    PAGE 0:   SARAM47:    origin = 0x38000,       len = 0x8000 } /* MODULE CLK */ SECTIONS {    .clk: {         _CLK_start = FXN_F_nop;         CLK_F_isr = FXN_F_nop;         CLK_F_gethtime = FXN_F_zero;         CLK_A_TABBEG = .;         /* no CLK objs */         CLK_A_TABEND = .;         CLK_A_TABLEN = (. - CLK_A_TABBEG) / 1;    } > IDATA PAGE 1 } _CLK_PRD = CLK_PRD; _CLK_COUNTSPMS = CLK_COUNTSPMS; _CLK_REGS = CLK_REGS; _CLK_USETIMER = CLK_USETIMER; _CLK_TIMERNUM = CLK_TIMERNUM; _CLK_TCR = CLK_TCR; _CLK_TDDR = CLK_TDDR;

/* MODULE PRD */ SECTIONS {    .prd: {         PRD_A_TABBEG = .;         /* no PRD objects */         PRD_A_TABEND = .;         PRD_A_TABLEN = (. - PRD_A_TABBEG) / 12;    } > IDATA PAGE 1 }

/* MODULE RTDX */ _RTDX_interrupt_mask = 0x0;

/* MODULE HWI */ SECTIONS {    .hwi_vec: {         GBL_F_chip = GBL_F_chip54x;    } > VECT PAGE 0    .hwi: {        /* no HWI stubs are necessary */    } > SARAM03 PAGE 0

}

/* MODULE SWI */ SECTIONS {    .swi: {         SWI_A_TABBEG = .;         *(.swi)         SWI_A_TABEND = .;         SWI_A_TABLEN = (. - SWI_A_TABBEG) / 14;    } > IDATA PAGE 1 }

/* MODULE TSK */ SECTIONS {    .tsk: {         TSK_A_TABBEG = .;         *(.tsk)         TSK_A_TABEND = .;         TSK_A_TABLEN = (. - TSK_A_TABBEG) / 25;    } > IDATA PAGE 1 }

/* MODULE IDL */ SECTIONS {    .idl: {         IDL_A_TABBEG = .;         *(.idl)         IDL_A_TABEND = .;         IDL_A_TABLEN = (. - IDL_A_TABBEG) / 1;         IDL_A_CALBEG = .;         *(.idlcal)         IDL_A_CALEND = .;         IDL_A_CALLEN = (. - IDL_A_CALBEG) / 1;    } > IDATA PAGE 1 }

SECTIONS {         .sysregs: {} > BIOSREGS PAGE 1

        .bss:     {} > IDATA PAGE 1

        .far:     {} > IDATA PAGE 1

        .sysdata: align = 128 {             GBL_A_SYSPAGE = .;             GBL_A_SYSDP = GBL_A_SYSPAGE >> 7;              } > IDATA PAGE 1

        .dsm: {} > IDATA PAGE 1

        .mem:    {} > IDATA PAGE 1

        .cio:     {} > IDATA PAGE 1

        .data:    {} > IDATA PAGE 1

        .gio:     {} > IDATA PAGE 1

        .sys:     {} > IDATA PAGE 1

        .rtdx_data: {}  > IDATA PAGE 1

        .TSK_idle$stk: {             *(.TSK_idle$stk)         } > IDATA PAGE 1

        .userTask$stk: {             *(.userTask$stk)         } > IDATA PAGE 1

        /* LOG_system buffer */         .LOG_system$buf: align = 0x40 {} > IDATA PAGE 1

        /* LogMain buffer */         .LogMain$buf: align = 0x80 {} > IDATA PAGE 1

        GROUP {          .const: {}          .printf (COPY): {}         } > IDATA PAGE 1

        .args: fill=0 {             *(.args)             . += 0x4;         } > IDATA PAGE 1

       /* RTA_fromHost buffer */        .hst1: align = 0x4 {} > IDATA PAGE 1

       /* RTA_toHost buffer */        .hst0: align = 0x4 {} > IDATA PAGE 1

        .trace: fill = 0x0 {            _SYS_PUTCBEG = .;            . += 0x200;            _SYS_PUTCEND = . - 1;         } > IDATA PAGE 1

        .stack: {             GBL_stackbeg = .;             *(.stack)             GBL_stackend = ((GBL_stackbeg + 0x100 - 1) & 0xfffe) ;         _HWI_STKBOTTOM = GBL_stackend;             _HWI_STKTOP = GBL_stackbeg;         } > IDATA PAGE 1

        .hst: {              HST_A_TABBEG = .;             _HST_A_TABBEG = .;             *(.hst)             HST_A_TABEND = .;             _HST_A_TABEND = .;              HST_A_TABLEN = (. - _HST_A_TABBEG) / 5;             _HST_A_TABLEN = (. - _HST_A_TABBEG) / 5;         } > IDATA PAGE 1

        .log: {              LOG_A_TABBEG = .;             _LOG_A_TABBEG = .;             *(.log)             LOG_A_TABEND = .;             _LOG_A_TABEND = .;              LOG_A_TABLEN = (. - _LOG_A_TABBEG) / 6;             _LOG_A_TABLEN = (. - _LOG_A_TABBEG) / 6;         } > IDATA PAGE 1

        .pip: {              PIP_A_TABBEG = .;             _PIP_A_TABBEG = .;             *(.pip)             PIP_A_TABEND = .;             _PIP_A_TABEND = .;              PIP_A_TABLEN = (. - _PIP_A_TABBEG) / 34;             _PIP_A_TABLEN = (. - _PIP_A_TABBEG) / 34;         } > IDATA PAGE 1

        .sts: {              STS_A_TABBEG = .;             _STS_A_TABBEG = .;             /* no STS objects */             STS_A_TABEND = .;             _STS_A_TABEND = .;              STS_A_TABLEN = (. - _STS_A_TABBEG) / 8;             _STS_A_TABLEN = (. - _STS_A_TABBEG) / 8;         } > IDATA PAGE 1

        .IDATA$heap: {             IDATA$B = .;             _IDATA_base = .;             IDATA$L = 0x400;             _IDATA_length = 0x400;             . += 0x400;         } > IDATA PAGE 1

        .pinit:   {} > IPROG PAGE 0

        .cinit:    {} > IPROG PAGE 0

        .gblinit:    {} > IPROG PAGE 0

        .trcdata:    {} > IPROG PAGE 0

        .rtdx_text: {}  > IPROG PAGE 0

        .bios:.norptb:    {} > IPROG PAGE 0

        frt:    {} > SARAM03 PAGE 0

        .bios:    {} > SARAM03 PAGE 0

        .text:    {} > SARAM03 PAGE 0

        .switch:    {} > SARAM03 PAGE 0

        .sysinit:    {} > SARAM03 PAGE 0

}

源程序：

#include <std.h> #include <log.h>

#include "timercfg.h" //#include "csl_irq.h" #include <csl.h> #include <csl_irq.h> #include <csl_timer.h>

/*----------------------------------------------------------------------------*/ /* In this exmaple, we are simply setting the timer to interrupt */ /* every 0x800 clock cycles. All timer setup will be done in a   */ /* TASK function that executes after exit from "main"            */

/* Create a timer control structure */ TIMER_Config myTConfig = {   TIMER_TCR_RMK(     TIMER_TCR_SOFT_WAITZERO,     TIMER_TCR_FREE_NOSOFT,     TIMER_TCR_TRB_RESET,     TIMER_TCR_TSS_START,     TIMER_TCR_TDDR_OF(0)   ),                        /* TCR0 */   0x0800u                   /* PRD0 */ };        /* Global declarations */ TIMER_Handle mhTimer; volatile Uint16 timer_int_cnt = 0;    void timer_isr(void);

/*----------------------------------------------------------------------------*/ void main() {

  /* Initialize CSL library, this step is required */   CSL_init(); }

/*----------------------------------------------------------------------------*/ void taskFunc() {

  Uint16 eventId;   int old_intm;   Uint16 err = 0;   

  LOG_printf(&LogMain,"<TIMER>");  

  /* Temporarily disable all maskable interrupts, preserving  */   /* previous state of INTM                                   */   old_intm = IRQ_globalDisable();

  /* Open Timer 0, this returns a pointer to a Timer Handle   */   /* that will be used as an argument to other CSL functions  */    mhTimer = TIMER_open(TIMER_DEV0, TIMER_OPEN_RESET);        /* Write configuration structure values to Timer control    */   /* registers.                                               */   TIMER_config(mhTimer, &myTConfig);      /* Get Event ID associated with Timer interrupt */   eventId = TIMER_getEventId(mhTimer);   

  /* Clear any pending Timer interrupts */   IRQ_clear(eventId);                    

  /* Place event ID in interrupt map for dispatcher */   IRQ_map(eventId);

  /* Enable Timer interrupt */   IRQ_enable(eventId);

  /* Enable all maskable interrupts */   IRQ_globalRestore(old_intm);

  /* Start Timer */     TIMER_start(mhTimer); 

  /* wait for 20 timer periods */   while(timer_int_cnt < 20);

  /* We are through with the Timer, so close it */   TIMER_close(mhTimer);

   if (timer_int_cnt < 20)       ++err;

   LOG_printf(&LogMain,"Timer example %s",err?"FAILED":"PASSED");    LOG_printf(&LogMain,"<DONE>"); }

/*----------------------------------------------------------------------------*/    

/* Timer ISR - will be called by DSP/BIOS dispatcher */ void timer_isr(void) {     TIMER_stop(mhTimer);    timer_int_cnt = timer_int_cnt + 1;       TIMER_start(mhTimer);    }

期待您的答复，或者我还需要给您提供一下什么文件！

中断向量表里的是否用了FB长跳转指令？

另外，建议您可以把中断子程序放在page0, 这样就不用长跳指令。

我发的是测试程序,如果您有联系方式,我可以直接发给您,您帮忙看一下!

您说的中断向量表在哪查?我对开发工具不熟悉,谢谢!

我想是同类问题,真的难道了我,无从下手呀!

   你好  我最近也在学习5416   能否加个联系方式呢？想请教你一些问题啊  我的Q：1084193815   万分感谢啊