Texas Instruments TMS320F20x/F24x DSP A.4.2 Linker Command File for TMS320F206 Sample C Code

Sample C Code to Erase and Reprogram the TMS320F206

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{ /*Flash fails programming, EXIT*/ while(1){} /*Spin here forever*/

}

}

else

{/*Flash fails erase, EXIT*/ while(1){} /*Spin here forever*/

}

}

A.4.2 Linker Command File for TMS320F206 Sample C Code

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

/* Filename: F206_SA.CMD		*/
/*	Description: Linker command file for 'F206 example of on±chip flash	*/
/*	programming from C code. This command file links the	*/
/*	example to addr 0x8000 of the on±chip SARAM so that	*/
/*	the debugger can be used to set breakpoints. Another	*/
/*	benefit of linking the example to SARAM is that the	*/
/*	C code can be modified to operate on either flash	*/
/*	module0, or module1, or both.	*/
/*	Notes:	*/
/*	1. This example expects the 'F206 SARAM to be	*/
/*	mapped in both data space and program space	*/
/*	(DON=PON=1).	*/
/*	2. The object modules for the standard flash algos	*/
/*	are expected to be in a subdirectory (ALGOS) of	*/
/*	the path of this file.	*/

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

/* Rev1.010/97 RDP */ /**********************************************************************/

/************************Command Line Options**************************/

±cr	/*Use Ram init model.	*/
±heap 0x0	/*No heap needed for this example.	*/
±stack 0x96	/*150±word stack is enough for this example.	*/
±x	/*Force rereading of libraries.	*/

±l c:\dsptools\rts2xx.lib ±o sample_S.out

±m sample_S.map

/*****************************Input Files******************************/

sample.obj	/*User C code with calls to erase() and program() */
flash.obj	/*C±callable interface to standard algorithms.	*/
algos\spgm20.obj	/*Standard Programming algorithms.	*/
algos\sclr20.obj	/*Standard Clear algorithm.	*/
algos\sera20.obj	/*Standard Erase algorithm.	*/
algos\sflw20.obj	/*Standard Flash±write algorithm.	*/
algos\sutils20.obj	/*Subroutines used by standard algorithms.	*/

/*****************************Memory Map*******************************/

MEMORY
{
PAGE 0: /*	PM ± Program memory */

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