Creating and Building codec combos in Windows

AACHEDEC.alg.watermark = true;
                AACHEDEC.alg.codeSection = 'DDR2';
                AACHEDEC.alg.udataSection = 'DDR2';
                AACHEDEC.alg.dataSection = 'DDR2';
 
...
 
                MPEG4DEC.alg.watermark = true;
                MPEG4DEC.alg.codeSection = 'DDR2';
                MPEG4DEC.alg.udataSection = 'DDR2';
                MPEG4DEC.alg.dataSection = 'DDR2';

/*
 *  ======== config.bld ========
 * User note: YOU MUST MODIFY THIS FILE TO SPECIFY THE COMPILER TOOL PATHS.
 *
 * Edit this file to specify compiler toolchain paths, and any custom
 * compiler/linker options.
 */
 
/* location of your C6000 codegen tools */
var C64P = xdc.useModule('ti.targets.C64P');
 
/* location of your CG tools */
var codegen = "" + java.lang.System.getenv("CODEGEN_INSTALL_DIR");
C64P.platform = "ti.platforms.evm3530";
 
/* Verify that CODEGEN_INSTALL_DIR was set as an environment variable */
if (codegen=="null" || codegen=="") {
    print("Warning: TI Code Generation Tools not found. Verify that "
        + "CODEGEN_INSTALL_DIR is set correctly in the Makefile.");
} else if ( !java.io.File( codegen ).isDirectory() ) {
    print("Warning: CODEGEN_INSTALL_DIR is not set to a valid directory.");
}
C64P.rootDir = codegen;
 
 
/*
 *  ======== Build.targets ========
 * list of targets (ISAs + compilers) to build for
 */
Build.targets = [
    C64P,
];

#
#  ======== Makefile ========
#  This makefile is optional - you can use all of it or none of it.
#  Its purpose is to save time/typing when used from the context of the DVSDK.
#  All of the paths are preset in the $(DVSDK_INSTALL_DIR)/Rules.make. The wizards
#  (particularly the server wizard) requires many of these paths hence by setting 
#  the XDCPATH here we save the user some typing and package-path setup.
#  Commands (make goals): -
#  - Start the codec packaging wizard
#  [>] make genpackage
#  - Start the server wizard
#  [>] make genserver 
#  - Clean the codecs/server packages
#  [>] make clean
#  - Build the codecs/server packages
#  [>] make
#  - Release the codecs/server packages (generate tarballs)
#  [>] make release
#  Note : if your codec/server packages are in a different location outside 
#  the DVSDK simply override the CODEC_INSTALL_DIR on the cmd line via e.g. 
#  [>] make CODEC_INSTALL_DIR="/home/user/mycodecs"
#  Note : if your codecs come from different vendors you can do: -
#  [>] make CODEC_INSTALL_DIR="/home/user/ven1/codecs/packages;/home/user/ven2/codecs"
#  Note : if using the wizard standalone outside of the DVSDK you can still
#  leverage this makefile by modifying the include Import Tools Path below 
#  to point to your DVSDK Rules.make
#
 
# Import Tools Path from Rules.make
-include ../Rules.make
 
# Set location of xdc executable
XDC = $(XDC_INSTALL_DIR)/xdc
 
# Set XDCPATH to contain necessary repositories.
# Note that we put specify both CODEC_INSTALL_DIR and CODEC_INSTALL_DIR/packages
# since our config.bld is typically in CODEC_INSTALL_DIR.
# If instead you're running 
 
XDCPATH = ^;$(CURDIR);$(CODEC_INSTALL_DIR)/packages;$(BIOS_INSTALL_DIR)/packages;$(CE_INSTALL_DIR)/packages;
 
# Conditionally, you can create verbose build output
XDCOPTIONS=v
 
# Select the combo build type , either eval(evaluation) or prod( Production)
XDCARGS="eval"
 
export XDCOPTIONS
export XDCPATH
export XDCARGS
 
########################################################
## Shouldn't have to modify anything be low this line ##
########################################################
SERVERNAME = ""
 
all: .all-packages
 
# This recursively locates all packages in the specified directory, builds
# and releases them
.all-packages: .check-BIOS
	$(XDC) -PR .
 
# This recursively cleans all packages in the specified directory
clean: clean-packages
 
clean-packages:
	$(XDC) clean -PR .
 
# This recursively cleans all packages that were delivered via an 'xdc release'
relclean: relclean-packages
 
relclean-packages:
	$(XDC) .make -PR .
	$(XDC) clean -PR .
 
# This recursively releases all packages in the specified directory
release: release-packages
 
release-packages:
	$(XDC) release -PD .
 
# Just a shortcut to launch the RTSC Package wizard
genpackage:
	$(XDC_INSTALL_DIR)/xs ti.sdo.codecutils.genpackage
 
# Just a shortcut to launch the CE RTSC Combo wizard
genserver:
	$(XDC_INSTALL_DIR)/xs ti.sdo.ce.wizards.genserver
 
# This ensures that the BIOS you're using has been patched for SDSCM00004525.
# Specifically, the fix is to rename
# $(BIOS_INSTALL_DIR)/packages/ti/rtdx/package_export.xdc to package.xdc
.check-BIOS : $(BIOS_INSTALL_DIR)/packages/ti/rtdx/package.xdc
 
$(BIOS_INSTALL_DIR)/packages/ti/rtdx/package.xdc :
	$(warning Your BIOS needs to be patched for SDSCM00004525!)
	$(error Please copy $(BIOS_INSTALL_DIR)/packages/ti/rtdx/package_export.xdc to $@)

#
#  ======== Rules.make ========
#  This file specified defines used by the top-level makefile.  
# Define target platform.
PLATFORM=omap3530
 
# Where the Codec Engine package is installed.
CE_INSTALL_DIR=C:\codec_engine_2_22\packages;C:\codec_engine_2_22\cetools
 
# Where the codec servers are installed.
CODEC_INSTALL_DIR=C:\win_codec_combos\dm6446_aachedec_1_30_002_evaluation\packages;C:\win_codec_combos\omap3530_mpeg4dec_2_00_008_evaluation
 
# Where the RTSC tools package is installed.
XDC_INSTALL_DIR=C:\xdctools_3_10_03
 
# Where DSP/BIOS is installed.
BIOS_INSTALL_DIR=C:\bios_5_33_03