Texas Instruments TMS320C6000 BSL Project Settings, User’s Program Setting, Compiler Options

BSL Project Settings

1.3 BSL Project Settings

1.3.1User’s Program Setting

Due to the interdependancies between CSL and BSL, the CSL is initialized by calling the CSL_init() function followed by the BSL initialization function, BSL_init().

Also, the two header files <csl.h> and <bsl.h> have to be included in your pro- gram in order for you to have access to the BSL APIs.

1.3.2Compiler Options

In the Compiler Option window, the Chip and Board symbols have to be de- fined using the –dswitch. For example,

–dCHIP_6711 –dBOARD_6711DSK

Also, the paths of the “Include” folder containing the BSL and CSL header files have to be set with the –iswitch.

1.3.3Linker Options

The paths of the CSL and BSL libraries have to be defined. The two libraries are named, respectively, csl6711.lib and bsl6711dsk.lib.

Note: Device Identification Symbol

When using the BSL, it is up to the user to define a project-wide symbol from a predetermined set to identify which device is being used. This board identi- fication symbol is then used in the BSL header files to conditionally define the support symbols. (See Section 3.2, API Reference, for more information.

BSL Overview 1-5