system.sh.sample

#!/bin/bash
#copy as "system.sh" and tweak for your system

ARCH=$(uname -m)

###ADVANCED, OPTIONAL: gcc version override (useful for gcc/kernel regressions)
#GCC_OVERRIDE="gcc-4.4"

if [ "x${ARCH}" == "xarmv7l" ] ; then
	echo "Debug: using native armv7l gcc Compiler"
	CC=
else
	echo "Debug: using Cross Compiler"
	#CC=arm-linux-gnueabi-

	#Test that user actually modified the above CC line:
	if [ "x${CC}" == "x" ] ; then
		echo ""
		echo "Error: You haven't setup the Cross Compiler (CC variable) in system.sh"
		echo ""
		echo "with a (sane editor) open system.sh and modify the commented Line 14: #CC=arm-linux-gnueabi-"
		echo ""
		echo "If you need hints on installing an ARM GCC Cross ToolChain, view README file"
		echo ""
		exit
	fi

	GCC="gcc"
	if [ "x${GCC_OVERRIDE}" != "x" ] ; then
		GCC="${GCC_OVERRIDE}"
	fi

	GCC_TEST=$(LC_ALL=C ${CC}${GCC} -v 2>&1 | grep "Target:" | grep arm || true)
	GCC_REPORT=$(LC_ALL=C ${CC}${GCC} -v 2>&1 || true)

	if [ "x${GCC_TEST}" == "x" ] ; then
		echo ""
		echo "Error: The GCC ARM Cross Compiler you setup in system.sh (CC variable)."
		echo "Doesn't seem to be valid for ARM, double check it's location, or that"
		echo "you chose the correct GCC Cross Compiler."
		echo ""
		echo "Output of: ${CC}${GCC} -v"
		echo "${GCC_REPORT}"
		echo ""
		exit
	fi
fi

###REQUIRED:

##Linux Kernel Source location:
##
##This script will clone torvalds linux git tree from kernel.org.  From this git tree
##this script can generate a prinstine starting point before running the patch.sh script.
##
##For most users, the default will work fine, for other kernel developers who have 
##already cloned torvalds tree, and would like to safe file space, just define LINUX_GIT in this file.
##
##git clone git://git.kernel.org/pub/scm/linux/kernel/git/stable/linux-stable.git ${HOME}/
#
#LINUX_GIT=${HOME}/linux-stable/

###OPTIONAL: (REQUIRED FOR RUNNING: ./tools/install_image.sh)

##Since 2.6.39?, it's now possible to build a Linux Kernel for devices that have
##different physical address of the kernel entry point or "ZRELADDR".  This also means
##these scripts only create zImage's, if you'd like uImage, run mkimage yourself, or use
##the ./tools/load_uImage.sh to load the uImage on a MMC card.

##For TI: OMAP3/4/AM35xx
#ZRELADDR=0x80008000

##For Freescale:
##MX51 Family
#ZRELADDR=0x90008000

##MX53
#ZRELADDR=0x70008000

###ADVANCED: Allow the script to build uImage's directly, so-far safe for TI OMAP, but not Freescale..
#BUILD_UIMAGE=1

###OPTIONAL: (REQUIRED FOR RUNNING: tools/install_image.sh )
##Note: This operates on raw disks, NOT PARTITIONS
##WRONG: MMC=/dev/mmcblk0p1
##CORRECT: MMC=/dev/mmcblk0
##WRONG: MMC=/dev/sde1
##CORRECT: MMC=/dev/sde

#MMC=/dev/sde

###ADVANCED: Secret Sauce Patches:

##Have some secret sauce, you dont want to share with the community??
##
##It'll look specifically for *.patch files... Doesn't care about order/etc.. And I don't care about enhancing it.. ;)

#LOCAL_PATCH_DIR=/full/path/to/dir/

###ADVANCED: Pull in Torvalds current master tree before applying local patchset
#This is very useful during an intial 'rc0' merge.
#It is never supported... Enable at your own risk
#LATEST_GIT=1

###ADVANCED: enable DEBUG_SECTION_MISMATCH
#http://cateee.net/lkddb/web-lkddb/DEBUG_SECTION_MISMATCH.html
#DEBUG_SECTION=1