lnk32x.cmd

来自「TI OMAP5910(1510)的最简单测试程序,用于 硬件最初的调试,简要」· CMD 代码 · 共 72 行

/****************************************************************************/
/* LNK32.CMD - v2.01   COMMAND FILE FOR LINKING TMS470 32BIS C/C++ PROGRAMS */
/*                                                                          */
/*   Usage:  lnk470 <obj files...>    -o <out file> -m <map file> lnk32.cmd */
/*           cl470 <src files...> -z -o <out file> -m <map file> lnk32.cmd */
/*                                                                          */
/*   Description: This file is a sample command file that can be used       */
/*                for linking programs built with the TMS470 C/C++          */
/*                Compiler.   Use it as a guideline; you may want to change */
/*                the allocation scheme according to the size of your       */
/*                program and the memory layout of your target system.      */
/*                                                                          */
/*   Notes: (1)   You must specify the directory in which run-time support  */
/*                library is located.  Either add a "-i<directory>" line to */
/*                this file, or use the system environment variable C_DIR   */
/*                to specify a search path for libraries.                   */
/*                                                                          */
/*          (2)   If the run-time support library you are using is not      */
/*                named below, be sure to use the correct name here.        */
/*                                                                          */
/****************************************************************************/
-c                                         /* LINK USING C CONVENTIONS      */
-stack  0x8000                             /* SOFTWARE STACK SIZE           */
-heap   0x2000                             /* HEAP AREA SIZE                */
/* -l rtsc_32e.lib  */                          /* GET RUN-TIME SUPPORT          */

/* SPECIFY THE SYSTEM MEMORY MAP */

MEMORY
{
    I_MEM    : org = 0x00000000   len = 0x00000020  /* INTERRUPTS              */
    P_MEM    : org = 0x00000020   len = 0x0003FFE0  /* 256K-32 Bytes PRG MEMORY */

    /*-----------------------------------------------------------------------*/
    /*  NCS4: EXTERNAL FAST                                                  */
    /*        NEC SDRAM (8 MBytes) or MICRON SDRAM (8 MBytes)                */  
    /*-----------------------------------------------------------------------*/
    S_MEM    : org = 0x10000000   len = 0x020000  /* 128K Bytes DATA MEMORY */

    /*-----------------------------------------------------------------------*/
    /*  NCS6: INTERNAL MKRAM  DATA                                           */
    /*        192 Kbytes 8/16/32 R/W                                          */
    /*-----------------------------------------------------------------------*/ 
    S_MEM2   : org = 0x20000000   len = 0x030000  /* 192K Bytes DATA MEMORY */  
 
    /*-----------------------------------------------------------------------*/
    /*  ARM RHEA BRIDGE ADDRESS MAPPING                                      */
    /*-----------------------------------------------------------------------*/
    RHEA_STROBE0_CS0_ADDR : org = 0xfffd0000  len = 0x800 

    RHEA_STROBE1_CS0_ADDR : org = 0xfffe0000  len = 0x800 

}
/* SPECIFY THE SECTIONS ALLOCATION INTO MEMORY */

SECTIONS
{
    .intvecs : {} > I_MEM        /* INTERRUPT VECTORS                 */
    .bss     : {} > S_MEM        /* GLOBAL & STATIC VARS              */
    .sysmem  : {} > S_MEM        /* DYNAMIC MEMORY ALLOCATION AREA    */
    .stack   : {} > S_MEM        /* SOFTWARE SYSTEM STACK             */
    .data    : {} > S_MEM        /* RAM data (used by ASM)            */

    .text    : {} > P_MEM        /* CODE                              */

    .cinit   : {} > P_MEM        /* INITIALIZATION TABLES */
    .const   : {} > P_MEM        /* CONSTANT DATA */

    .framebuf : {} > S_MEM2       /* Frame Buffer */   
    .csldata : {} > S_MEM2       /* Structure data for the test */ 
    .SEMObj  : {} > S_MEM2	 /* Semaphore Objects creation  */
}