Currently, adt-installer allows only the installation of qemu target
sysroots.
The changes in this patch do the following:
* add a new setting in adt-installer.conf (YOCTOADT_TARGET_MACHINE) for
each target architecture. For example, for arm we can choose to use a
qemuarm sysroot or a beagleboard sysroot. By default, only the qemu
target sysroots are selected (current behavior);
* change adt_installer scripts to allow installing the correct
meta-environment package for the selected machine;
* remove some left-over commented lines;
* use packagegroup-cross-canadian-${MACHINE} when installing the cross
canadian packages instead of doing it separately for each package;
* change the opkg config files in order to be able to find the
packagegroup package, which is allarch;
[YOCTO #4783]
(From OE-Core rev:
02085d410bf734e833d45293f4d5b06bb9536a60)
Signed-off-by: Laurentiu Palcu <laurentiu.palcu@intel.com>
Signed-off-by: Richard Purdie <richard.purdie@linuxfoundation.org>
-#Need two input params, $1 -- arch_type(arm powerpc x86 mips) $2 rootfs_image_type (a list of sdk sato minimal lsb)
-get_qemu_image()
+#Need three input params:
+# $1 arch_type(arm powerpc x86 mips)
+# $2 machine(qemuarm beagleboard)
+# $3 rootfs_image_type (a list of sdk sato minimal lsb)
+get_image()
{
+ local machine=$2
- local target=`echo "$1" | sed -e 's/x86_64/x86-64/'`
-
if [ "$1" == "x86" ] || [ "$1" == "x86_64" ]; then
- qemu_kernel="bzImage-qemu$target.bin"
+ kernel="bzImage-$machine.bin"
elif [ "$1" == "ppc" ] || [ "$1" == "mips" ]; then
- qemu_kernel="vmlinux-qemu$target.bin"
+ kernel="vmlinux-$machine.bin"
else
- qemu_kernel="zImage-qemu$target.bin"
+ kernel="zImage-$machine.bin"
fi
#echo_info "[ADT_INST] Downloading qemu kernel binary: $qemu_kernel"
- download_file qemu$1/$qemu_kernel
+ download_file $machine/$kernel
check_result
for image_type in $select_rootfs; do
- #echo_info "[ADT_INST] Downloading rootfs file: core-image-$image_type-qemu$1.tar.bz2"
- filename="core-image-$image_type-qemu$target.tar.bz2"
- download_file qemu$1/$filename
+ #echo_info "[ADT_INST] Downloading rootfs file: core-image-$image_type-$machine.tar.bz2"
+ filename="core-image-$image_type-$machine.tar.bz2"
+ download_file $machine/$filename
check_result
done
}
download_images()
{
- #select_target_var="\$YOCTOADT_TARGET_$1"
- #select_target=`eval echo $select_target_var`
-
- #if [ "$select_target" == "Y" ]; then
select_rootfs_var="\$YOCTOADT_ROOTFS_$1"
select_sysroot_image_var="\$YOCTOADT_TARGET_SYSROOT_IMAGE_$1"
select_sysroot_var="\$YOCTOADT_TARGET_SYSROOT_LOC_$1"
+ select_machine_var="\$YOCTOADT_TARGET_MACHINE_$1"
select_rootfs=`eval echo $select_rootfs_var`
select_sysroot_image=`eval echo $select_sysroot_image_var`
select_sysroot=`eval echo $select_sysroot_var`
+ select_machine=`eval echo $select_machine_var`
if [ -n "$select_sysroot" ]; then
select_sysroot=`readlink -m $select_sysroot`
#echo_info "# To be downloaded rootfs image details defined in adt_installer.conf"
#echo_info "############################################################################"
echo_info "# Target architecture:\t\t$1"
+ echo_info "# Target machine:\t\t$select_machine"
echo_info "# Root_fs images:\t\t$select_rootfs"
echo_info "# Target sysroot image:\t\t$select_sysroot_image"
echo_info "# Target sysroot loc:\t\t$select_sysroot"
echo_info "\n"
#echo_info "############################################################################\n"
else
- get_qemu_image $1 $select_rootfs
+ get_image $1 $select_machine $select_rootfs
fi
fi
}
YOCTOADT_ROOTFS_arm="minimal sato-sdk"
#Specify which root filesystem file to use to extract as target sysroot. Please ensure the entry is in the list of downloaded root filesystem files that specified above in YOCTOADT_ROOTFS_$arch
YOCTOADT_TARGET_SYSROOT_IMAGE_arm="sato-sdk"
+#The machine for which you want to download the image. Each machine might have
+#different compilation options in order to select certain hardware models or
+#configurations
+YOCTOADT_TARGET_MACHINE_arm="qemuarm"
#The location where the target sysroot will be setup
-YOCTOADT_TARGET_SYSROOT_LOC_arm="$HOME/test-yocto/arm"
+YOCTOADT_TARGET_SYSROOT_LOC_arm="$HOME/test-yocto/$YOCTOADT_TARGET_MACHINE_arm"
+
#Here's another example for setting up target arch of x86, by uncommenting it will trigger the installer to download and setup 2 sysroot environment for 2 target arches: arm and x86. If you want to add more target arch support, you can append more entries by following these samples
#YOCTOADT_ROOTFS_x86="sato-sdk"
#YOCTOADT_TARGET_SYSROOT_IMAGE_x86="sato-sdk"
-#YOCTOADT_TARGET_SYSROOT_LOC_x86="$HOME/test-yocto/x86"
+#YOCTOADT_TARGET_MACHINE_x86="qemux86"
+#YOCTOADT_TARGET_SYSROOT_LOC_x86="$HOME/test-yocto/$YOCTOADT_TARGET_MACHINE_x86"
#Here's some template of other arches, which you need to change the value in ""
#YOCTOADT_ROOTFS_x86_64="sato-sdk"
#YOCTOADT_TARGET_SYSROOT_IMAGE_x86_64="sato-sdk"
-#YOCTOADT_TARGET_SYSROOT_LOC_x86_64="$HOME/test-yocto/x86_64"
+#YOCTOADT_TARGET_MACHINE_x86_64="qemux86-64"
+#YOCTOADT_TARGET_SYSROOT_LOC_x86_64="$HOME/test-yocto/$YOCTOADT_TARGET_MACHINE_x86_64"
#YOCTOADT_ROOTFS_ppc="sato-sdk"
#YOCTOADT_TARGET_SYSROOT_IMAGE_ppc="sato-sdk"
-#YOCTOADT_TARGET_SYSROOT_LOC_ppc="$HOME/test-yocto/ppc"
+#YOCTOADT_TARGET_MACHINE_ppc="qemuppc"
+#YOCTOADT_TARGET_SYSROOT_LOC_ppc="$HOME/test-yocto/$YOCTOADT_TARGET_MACHINE_ppc"
#YOCTOADT_ROOTFS_mips="sato-sdk"
#YOCTOADT_TARGET_SYSROOT_IMAGE_mips="sato-sdk"
-#YOCTOADT_TARGET_SYSROOT_LOC_mips="$HOME/test-yocto/mips"
+#YOCTOADT_TARGET_MACHINE_mips="qemumips"
+#YOCTOADT_TARGET_SYSROOT_LOC_mips="$HOME/test-yocto/$YOCTOADT_TARGET_MACHINE_mips"
+
arch noarch 11
arch i686-nativesdk 16
src yp-i686-nativesdk ADTREPO_URL/adt-ipk/i686-nativesdk
+src yp-i686-nativesdk ADTREPO_URL/adt-ipk/all
arch noarch 11
arch x86_64-nativesdk 16
src yp-x86_64-nativesdk ADTREPO_URL/adt-ipk/x86_64-nativesdk
+src yp-x86_64-nativesdk ADTREPO_URL/adt-ipk/all
check_result
done
-for native_target_type in $YOCTOADT_TARGETS; do
- native_target_type=`echo "$native_target_type" | sed -e 's/x86_64/x86-64/' -e 's/ppc/powerpc/' -e 's/x86$/i586/'`
- echo_info "Installing cross toolchain for $native_target_type ..."
- echo_info "Installing binutils for $native_target_type ..."
- $OPKG_INSTALL_NATIVE_CMD binutils-cross-canadian-$native_target_type &>> $YOCTOADT_INSTALL_LOG_FILE
+for target_type in $YOCTOADT_TARGETS; do
+ machine_var="\$YOCTOADT_TARGET_MACHINE_$target_type"
+ machine=`eval echo $machine_var`
+ echo_info "Installing cross canadian packages for $machine ..."
+ $OPKG_INSTALL_NATIVE_CMD packagegroup-cross-canadian-$machine &>> $YOCTOADT_INSTALL_LOG_FILE
check_result
- echo_info "Installing gcc for $native_target_type ..."
- $OPKG_INSTALL_NATIVE_CMD gcc-cross-canadian-$native_target_type &>> $YOCTOADT_INSTALL_LOG_FILE
- check_result
- echo_info "Installing gdb for $native_target_type ..."
- $OPKG_INSTALL_NATIVE_CMD gdb-cross-canadian-$native_target_type &>> $YOCTOADT_INSTALL_LOG_FILE
- check_result
-
- echo_info "Installing environment file for $native_target_type ..."
- $OPKG_INSTALL_NATIVE_CMD meta-environment-$native_target_type &>> $YOCTOADT_INSTALL_LOG_FILE
- check_result
-
done
if [ "$YOCTOADT_QEMU" == "Y" ] || [ "$YOCTOADT_QEMU" = "y" ]; then
echo_info "Installing target sysroot for arch: $1, rootfs type: $target_sysroot_image, location: $target_sysroot"
-
-qemu_type=`echo "$1" | sed -e 's/x86_64/x86-64/'`
-sysroot_image_name="core-image-$target_sysroot_image-qemu$qemu_type.tar.bz2"
+target_machine_var="\$YOCTOADT_TARGET_MACHINE_$1"
+target_machine=`eval echo $target_machine_var`
+sysroot_image_name="core-image-$target_sysroot_image-$target_machine.tar.bz2"
#echo_info "Extracting rootfs: $sysroot_image_name, using pseudo..."
$SUDO scripts/extract_rootfs $sysroot_image_name $target_sysroot $OECORE_NATIVE_SYSROOT $user_inst_type