252 lines
10 KiB
Plaintext
252 lines
10 KiB
Plaintext
def get_imagecmds(d):
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cmds = "\n"
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old_overrides = d.getVar('OVERRIDES', 0)
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alltypes = d.getVar('IMAGE_FSTYPES', True).split()
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types = []
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ctypes = d.getVar('COMPRESSIONTYPES', True).split()
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cimages = {}
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# The elf image depends on the cpio.gz image already having
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# been created, so we add that explicit ordering here.
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if "elf" in alltypes:
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alltypes.remove("elf")
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if "cpio.gz" not in alltypes:
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alltypes.append("cpio.gz")
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alltypes.append("elf")
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# Filter out all the compressed images from alltypes
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for type in alltypes:
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basetype = None
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for ctype in ctypes:
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if type.endswith("." + ctype):
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basetype = type[:-len("." + ctype)]
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if basetype not in types:
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types.append(basetype)
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if basetype not in cimages:
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cimages[basetype] = []
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if ctype not in cimages[basetype]:
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cimages[basetype].append(ctype)
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break
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if not basetype and type not in types:
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types.append(type)
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# Live and VMDK images will be processed via inheriting
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# bbclass and does not get processed here.
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# vmdk depend on live images also depend on ext3 so ensure its present
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# Note: we need to ensure ext3 is in alltypes, otherwise, subimages may
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# not contain ext3 and the .rootfs.ext3 file won't be created.
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if "vmdk" in types:
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if "ext3" not in types:
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types.append("ext3")
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if "ext3" not in alltypes:
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alltypes.append("ext3")
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types.remove("vmdk")
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if "live" in types:
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if "ext3" not in types:
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types.append("ext3")
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if "ext3" not in alltypes:
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alltypes.append("ext3")
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types.remove("live")
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if d.getVar('IMAGE_LINK_NAME', True):
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if d.getVar('RM_OLD_IMAGE', True) == "1":
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# Remove the old image
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cmds += "\trm -f `find ${DEPLOY_DIR_IMAGE} -maxdepth 1 -type l -name ${IMAGE_LINK_NAME}'.*' -exec readlink -f {} \;`"
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# Remove the symlink
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cmds += "\n\trm -f ${DEPLOY_DIR_IMAGE}/${IMAGE_LINK_NAME}.*"
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for type in types:
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ccmd = []
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subimages = []
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localdata = bb.data.createCopy(d)
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localdata.setVar('OVERRIDES', '%s:%s' % (type, old_overrides))
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bb.data.update_data(localdata)
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localdata.setVar('type', type)
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if type in cimages:
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for ctype in cimages[type]:
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ccmd.append("\t" + localdata.getVar("COMPRESS_CMD_" + ctype, True))
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subimages.append(type + "." + ctype)
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if type not in alltypes:
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ccmd.append(localdata.expand("\trm ${IMAGE_NAME}.rootfs.${type}"))
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else:
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subimages.append(type)
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localdata.setVar('ccmd', "\n".join(ccmd))
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localdata.setVar('subimages', " ".join(subimages))
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cmd = localdata.getVar("IMAGE_CMD", True)
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localdata.setVar('cmd', cmd)
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cmds += "\n" + localdata.getVar("runimagecmd", True)
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return cmds
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# The default aligment of the size of the rootfs is set to 1KiB. In case
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# you're using the SD card emulation of a QEMU system simulator you may
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# set this value to 2048 (2MiB alignment).
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IMAGE_ROOTFS_ALIGNMENT ?= "1"
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runimagecmd () {
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# Image generation code for image type ${type}
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# The base_size gets calculated:
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# - initial size determined by `du -ks` of the IMAGE_ROOTFS
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# - then multiplied by the IMAGE_OVERHEAD_FACTOR
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# - tested against IMAGE_ROOTFS_SIZE
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# - round up ROOTFS_SIZE to IMAGE_ROOTFS_ALIGNMENT
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ROOTFS_SIZE=`du -ks ${IMAGE_ROOTFS} | awk '{base_size = $1 * ${IMAGE_OVERHEAD_FACTOR}; base_size = ((base_size > ${IMAGE_ROOTFS_SIZE} ? base_size : ${IMAGE_ROOTFS_SIZE}) + ${IMAGE_ROOTFS_EXTRA_SPACE}); if (base_size != int(base_size)) base_size = int(base_size + 1); base_size = base_size + ${IMAGE_ROOTFS_ALIGNMENT} - 1; base_size -= base_size % ${IMAGE_ROOTFS_ALIGNMENT}; print base_size }'`
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${cmd}
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# Now create the needed compressed versions
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cd ${DEPLOY_DIR_IMAGE}/
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${ccmd}
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# And create the symlinks
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if [ -n "${IMAGE_LINK_NAME}" ]; then
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for type in ${subimages}; do
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if [ -e ${IMAGE_NAME}.rootfs.$type ]; then
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ln -s ${IMAGE_NAME}.rootfs.$type ${DEPLOY_DIR_IMAGE}/${IMAGE_LINK_NAME}.$type
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fi
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done
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fi
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}
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def imagetypes_getdepends(d):
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def adddep(depstr, deps):
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for i in (depstr or "").split():
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if i not in deps:
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deps.append(i)
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deps = []
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ctypes = d.getVar('COMPRESSIONTYPES', True).split()
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for type in (d.getVar('IMAGE_FSTYPES', True) or "").split():
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if type == "vmdk" or type == "live":
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type = "ext3"
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basetype = type
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for ctype in ctypes:
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if type.endswith("." + ctype):
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basetype = type[:-len("." + ctype)]
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adddep(d.getVar("COMPRESS_DEPENDS_%s" % ctype, True), deps)
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break
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adddep(d.getVar('IMAGE_DEPENDS_%s' % basetype, True) , deps)
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depstr = ""
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for dep in deps:
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depstr += " " + dep + ":do_populate_sysroot"
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return depstr
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XZ_COMPRESSION_LEVEL ?= "-e -6"
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XZ_INTEGRITY_CHECK ?= "crc32"
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XZ_THREADS ?= "-T 0"
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IMAGE_CMD_jffs2 = "mkfs.jffs2 --root=${IMAGE_ROOTFS} --faketime --output=${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.jffs2 -n ${EXTRA_IMAGECMD}"
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IMAGE_CMD_sum.jffs2 = "${IMAGE_CMD_jffs2} && sumtool -i ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.jffs2 \
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-o ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.sum.jffs2 -n ${EXTRA_IMAGECMD}"
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IMAGE_CMD_cramfs = "mkfs.cramfs ${IMAGE_ROOTFS} ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.cramfs ${EXTRA_IMAGECMD}"
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oe_mkext234fs () {
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fstype=$1
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extra_imagecmd=""
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if [ $# -gt 1 ]; then
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shift
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extra_imagecmd=$@
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fi
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# Create a sparse image block
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dd if=/dev/zero of=${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.$fstype seek=$ROOTFS_SIZE count=0 bs=1k
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mkfs.$fstype -F $extra_imagecmd ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.$fstype
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populate-extfs.sh ${IMAGE_ROOTFS} ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.$fstype
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}
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IMAGE_CMD_ext2 = "oe_mkext234fs ext2 ${EXTRA_IMAGECMD}"
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IMAGE_CMD_ext3 = "oe_mkext234fs ext3 ${EXTRA_IMAGECMD}"
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IMAGE_CMD_ext4 = "oe_mkext234fs ext4 ${EXTRA_IMAGECMD}"
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IMAGE_CMD_btrfs () {
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mkfs.btrfs -b `expr ${ROOTFS_SIZE} \* 1024` ${EXTRA_IMAGECMD} -r ${IMAGE_ROOTFS} ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.btrfs
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}
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IMAGE_CMD_squashfs = "mksquashfs ${IMAGE_ROOTFS} ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.squashfs ${EXTRA_IMAGECMD} -noappend"
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IMAGE_CMD_squashfs-xz = "mksquashfs ${IMAGE_ROOTFS} ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.squashfs-xz ${EXTRA_IMAGECMD} -noappend -comp xz"
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IMAGE_CMD_tar = "cd ${IMAGE_ROOTFS} && tar -cvf ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.tar ."
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CPIO_TOUCH_INIT () {
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if [ ! -L ${IMAGE_ROOTFS}/init ]
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then
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touch ${IMAGE_ROOTFS}/init
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fi
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}
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IMAGE_CMD_cpio () {
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${CPIO_TOUCH_INIT}
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cd ${IMAGE_ROOTFS} && (find . | cpio -o -H newc >${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.cpio)
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}
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ELF_KERNEL ?= "${STAGING_DIR_HOST}/usr/src/kernel/${KERNEL_IMAGETYPE}"
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ELF_APPEND ?= "ramdisk_size=32768 root=/dev/ram0 rw console="
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IMAGE_CMD_elf () {
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test -f ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.elf && rm -f ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.elf
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mkelfImage --kernel=${ELF_KERNEL} --initrd=${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.cpio.gz --output=${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.elf --append='${ELF_APPEND}' ${EXTRA_IMAGECMD}
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}
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UBI_VOLNAME ?= "${MACHINE}-rootfs"
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IMAGE_CMD_ubi () {
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echo \[ubifs\] > ubinize.cfg
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echo mode=ubi >> ubinize.cfg
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echo image=${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.ubifs >> ubinize.cfg
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echo vol_id=0 >> ubinize.cfg
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echo vol_type=dynamic >> ubinize.cfg
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echo vol_name=${UBI_VOLNAME} >> ubinize.cfg
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echo vol_flags=autoresize >> ubinize.cfg
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mkfs.ubifs -r ${IMAGE_ROOTFS} -o ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.ubifs ${MKUBIFS_ARGS} && ubinize -o ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.ubi ${UBINIZE_ARGS} ubinize.cfg
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}
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IMAGE_CMD_ubifs = "mkfs.ubifs -r ${IMAGE_ROOTFS} -o ${DEPLOY_DIR_IMAGE}/${IMAGE_NAME}.rootfs.ubifs ${MKUBIFS_ARGS}"
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EXTRA_IMAGECMD = ""
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inherit siteinfo
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JFFS2_ENDIANNESS ?= "${@base_conditional('SITEINFO_ENDIANNESS', 'le', '--little-endian', '--big-endian', d)}"
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JFFS2_ERASEBLOCK ?= "0x40000"
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EXTRA_IMAGECMD_jffs2 ?= "--pad ${JFFS2_ENDIANNESS} --eraseblock=${JFFS2_ERASEBLOCK} --no-cleanmarkers"
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# Change these if you want default mkfs behavior (i.e. create minimal inode number)
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EXTRA_IMAGECMD_ext2 ?= "-i 8192"
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EXTRA_IMAGECMD_ext3 ?= "-i 8192"
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EXTRA_IMAGECMD_ext4 ?= "-i 8192"
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EXTRA_IMAGECMD_btrfs ?= ""
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EXTRA_IMAGECMD_elf ?= ""
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IMAGE_DEPENDS = ""
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IMAGE_DEPENDS_jffs2 = "mtd-utils-native"
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IMAGE_DEPENDS_sum.jffs2 = "mtd-utils-native"
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IMAGE_DEPENDS_cramfs = "util-linux-native"
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IMAGE_DEPENDS_ext2 = "e2fsprogs-native"
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IMAGE_DEPENDS_ext3 = "e2fsprogs-native"
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IMAGE_DEPENDS_ext4 = "e2fsprogs-native"
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IMAGE_DEPENDS_btrfs = "btrfs-tools-native"
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IMAGE_DEPENDS_squashfs = "squashfs-tools-native"
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IMAGE_DEPENDS_squashfs-xz = "squashfs-tools-native"
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IMAGE_DEPENDS_elf = "virtual/kernel mkelfimage-native"
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IMAGE_DEPENDS_ubi = "mtd-utils-native"
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IMAGE_DEPENDS_ubifs = "mtd-utils-native"
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# This variable is available to request which values are suitable for IMAGE_FSTYPES
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IMAGE_TYPES = "jffs2 sum.jffs2 cramfs ext2 ext2.gz ext2.bz2 ext3 ext3.gz ext2.lzma btrfs live squashfs squashfs-xz ubi ubifs tar tar.gz tar.bz2 tar.xz cpio cpio.gz cpio.xz cpio.lzma vmdk elf"
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COMPRESSIONTYPES = "gz bz2 lzma xz"
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COMPRESS_CMD_lzma = "lzma -k -f -7 ${IMAGE_NAME}.rootfs.${type}"
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COMPRESS_CMD_gz = "gzip -f -9 -c ${IMAGE_NAME}.rootfs.${type} > ${IMAGE_NAME}.rootfs.${type}.gz"
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COMPRESS_CMD_bz2 = "bzip2 -f -k ${IMAGE_NAME}.rootfs.${type}"
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COMPRESS_CMD_xz = "xz -f -k -c ${XZ_COMPRESSION_LEVEL} ${XZ_THREADS} --check=${XZ_INTEGRITY_CHECK} ${IMAGE_NAME}.rootfs.${type} > ${IMAGE_NAME}.rootfs.${type}.xz"
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COMPRESS_DEPENDS_lzma = "xz-native"
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COMPRESS_DEPENDS_gz = ""
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COMPRESS_DEPENDS_bz2 = ""
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COMPRESS_DEPENDS_xz = "xz-native"
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RUNNABLE_IMAGE_TYPES ?= "ext2 ext3"
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RUNNABLE_MACHINE_PATTERNS ?= "qemu"
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DEPLOYABLE_IMAGE_TYPES ?= "hddimg iso"
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# Use IMAGE_EXTENSION_xxx to map image type 'xxx' with real image file extension name(s) for Hob
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IMAGE_EXTENSION_live = "hddimg iso"
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