anchor.diff:  
   	export KERNEL_DIR=${STAGING_KERNEL_DIR}
   	export TOOL_PREFIX=${TARGET_PREFIX} 
  -	
  +
  +	# Different SoCs use different toolchains by default, we just want them to use the OE one, so replace the entries because they can't be overloaded within the environment
   	sed -i -e s:/db/toolsrc/library/tools/vendors/mvl/arm/omap3/OMAP35x_SDK_0.9.7/src/linux/kernel_org/2.6_kernel:${STAGING_KERNEL_DIR}:g \
              -e s:/db/toolsrc/library/tools/vendors/cs/arm/arm-2007q3/bin/arm-none-linux-gnueabi-:${TARGET_PREFIX}:g \
              -e s:/db/atree/library/trees/power/power-d02x/imports:${STAGING_DIR}/${MULTIMACH_TARGET_SYS}:g \
  
positive.code: 	        xdcpaths.mak
  	
  	# Start building the CE examples: codecs, extensions, servers (codec bundles) and ARM side apps	
  	unset CC
  	for i in codecs extensions servers apps ; do
  		make -e -C ${S}/examples/ti/sdo/ce/examples/$i clean	
  		make -e -C ${S}/examples/ti/sdo/ce/examples/$i
  
negative.code:            AR="${KERNEL_AR}"
  	
  	cd ${S}/examples
  	# export some more variable to point to external TI tools
  	# information is duplicated between the js and make based tools
  	export CE_INSTALL_DIR=${S}
  	export XDC_INSTALL_DIR=${TIXDCTOOLSDIR}
  	export BIOS_INSTALL_DIR=${TITOOLSDIR}/${TIBIOSDIR}
  	# needed for configuro:
  	export CGTOOLS_V5T="${CROSS_DIR}"
  	export CC_V5T="bin/${TARGET_PREFIX}gcc"
  
  