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Add support for Teltonika RUT104 3G HSUPA router. This has been supported since about 20 years in the upstream Linux kernel after initial contribution by Paulius Zaleckas from Teltonika. It has some historical significance because I think it was one of the first Teltonika Linux-based 3G routers. Installation from scratch is done using the UART: - UART soldering instructions with picture are available on the Link: (see bottom of committ message). - First *diet down* your OpenWrt build as minimal as you can, I really mean this, delete everything you don't need. There is not much RAM to go around. - Extract the "factory" firmare which is essentially just a tar.gz archive: tar xvfz openwrt-gemini-generic-teltonika_rut104-squashfs-factory.bin From the RedBoot menu: - Do NOT UNDER ANY CIRCUMSTANCE try to use the "upgrade firmare" (Z) alternative! - Extract the three files zImage, rd.gz and hddapp.tgz from the archive. - Put these three files in the root directory of your TFTP server (usually /var/lib/tftpboot) - Hit 6 and set up the IP address for your device (e.g. 169.254.1.2 if you're using local link). - Hit Y to "Upgrade Kernel", enter TFTP and your hosts IP number and type zImage. The kernel should upload and flash. - Hit R to "Upgrade Ramdisk", enter TFTP and your hosts IP number and type rd.gz. The "ramdisk" (i.e. the second part of the kernel) should upload and flash. - Hit A to "Upgrade Application", enter TFTP and your hosts IP number and type hddapp.tgz. The "application" (i.e. the root filesystem) should upload and flash. This has a 1024KB Kernel partition, just extend the existing Make functions to handle also this. The initramfs is 0x500000 instead of 0x600000 for this one so add a parameter explicitly parameterizing the initramfs size. Mark non-default due to the small RAM and flash on this device. I currently have no idea how to actually talk to the modem on this thing but it is probably using the high-speed "modem UART" of the Gemini. I'd be willing to help whoever wants to experiment with it. Link: https://dflund.se/~triad/krad/teltonika/ Link: https://github.com/openwrt/openwrt/pull/22045 Signed-off-by: Linus Walleij <linusw@kernel.org>
343 lines
11 KiB
Makefile
343 lines
11 KiB
Makefile
# SPDX-License-Identifier: GPL-2.0-only
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#
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# Copyright (C) 2009-2018 OpenWrt.org
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include $(TOPDIR)/rules.mk
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include $(INCLUDE_DIR)/image.mk
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define Build/copy-kernel.bin
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$(call locked,$(MAKE) -C copy-kernel CROSS_COMPILE=$(TARGET_CROSS) O=$(KDIR),gemini-copy-kernel.bin)
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endef
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# Cook a "WRGG" image, this board is apparently one in the D-Link
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# WRGG family and uses the exact same firmware format as other
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# D-Link devices.
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define Build/dir685-image
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mkwrggimg -i $@ \
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-o $@.new \
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-d /dev/mtdblock/1 \
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-s wrgns01_dlwbr_dir685RBWW \
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-v 'N/A' \
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-m dir685 \
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-B 96bb
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mv $@.new $@
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endef
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# Padding added after the rootfs to an even 128k boundary
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# as this is 128k eraseblocks flash.
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define Build/dir685-pad-rootfs
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$(STAGING_DIR_HOST)/bin/padjffs2 $(IMAGE_ROOTFS) -c 128 >>$@
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endef
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# Build D-Link DNS-313 images using the special header tool.
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# rootfs.tgz and rd.tgz contains nothing, we only need them
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# to satisfy the boot loader on the device. The zImage is
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# the only real content.
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define Build/dns313-images
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mkdir -p $@.tmp/.boot
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chmod 755 $@.tmp/.boot
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echo "dummy" > $@.tmp/dummyfile
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dns313-header $@.tmp/dummyfile \
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$@.tmp/.boot/rootfs.tgz
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dns313-header $@.tmp/dummyfile \
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$@.tmp/.boot/rd.gz
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dns313-header $(IMAGE_KERNEL) \
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$@.tmp/.boot/zImage
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rm $@.tmp/dummyfile
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genext2fs --block-size $(BLOCKSIZE:%k=%Ki) \
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--size-in-blocks $$((1024 * $(CONFIG_TARGET_KERNEL_PARTSIZE))) \
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--squash-uids \
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--root $@.tmp $@.tmp-boot
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# The device firmware needs revision 1 of EXT2
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$(STAGING_DIR_HOST)/bin/tune2fs -O filetype $@.tmp-boot
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# Ignore errors because file system was intentionally broken with tune2fs
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-$(STAGING_DIR_HOST)/bin/e2fsck -pDf $@.tmp-boot > /dev/null
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./dns313_gen_hdd_img.sh $@ $@.tmp-boot $(IMAGE_ROOTFS) \
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$(CONFIG_TARGET_KERNEL_PARTSIZE) \
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$(CONFIG_TARGET_ROOTFS_PARTSIZE)
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rm -rf $@.tmp
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endef
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define Build/wiligear-image
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$(STAGING_DIR_HOST)/bin/mkfwimage2 \
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-m GEOS -f 0x30000000 -z \
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-v $(1).v5.00.SL3512.OpenWrt.00000.000000.000000 \
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-p Kernel:0x020000:0x100000:0:0:$(IMAGE_KERNEL) \
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-p Ramdisk:0x120000:0x500000:0:0:$@ \
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-o $@.new
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mv $@.new $@
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endef
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# Create the default image format used by the StorLink reference design
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# SL93512r, Raidsonic NAS4220B and Itian Square One SQ201
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# with the squashfs and overlay inside the "application" partition.
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#
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# These devices have a hard-coded partition table that the boot loader
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# constantly reflashes back, so we need to work around it like this:
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#
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# 0x000000120000-0x000000320000 : "Kern" - small copy routine and first
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# part of the kernel goes here
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# 0x000000320000-0x000000920000 : "Ramdisk" - second part of the kernel and
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# some padding goes here
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# 0x000000920000-0x000000f20000 : "Application" - rootfs goes here
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define CreateStorlinkProlog
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# 512 bytes copy routine
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dd if=$(KDIR)/copy-kernel-$(2).bin of=$(1)
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# Add OpenWrt prolog header (used by partition splitter)
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echo "OPENWRT-PROLOG-512" >> $(1)
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stat -c %s ${IMAGE_KERNEL} >> $(1)
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$(call Image/pad-to,$(1),512)
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endef
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define CreateStorlinkFactoryfile
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mkdir -p $@.tmp
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$(call CreateStorlinkProlog,$@.tmp/zImage,$(2))
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# Copy first part of the kernel into zImage
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dd if=$(IMAGE_KERNEL) of=$@.tmp/zImage bs=1 seek=512 count=$(3)
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$(call Image/pad-to,$@.tmp/zImage,128k)
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# Put the rest of the kernel into the "ramdisk"
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dd if=$(IMAGE_KERNEL) of=$@-ramdisk bs=1 skip=$(3) conv=sync
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$(call Image/pad-to,$@-ramdisk,128k)
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# Append the root filesystem right after this
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dd if=$(IMAGE_ROOTFS) >> $@-ramdisk
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$(STAGING_DIR_HOST)/bin/padjffs2 $(IMAGE_ROOTFS) -c 128 >> $@-ramdisk
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# Now rd.gz is too big so split off rd.gz and the tail into "hddapp.gz"
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dd if=$@-ramdisk of=$@.tmp/rd.gz bs=1 count=$(4) conv=sync
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dd if=$@-ramdisk of=$@.tmp/hddapp.tgz bs=1 skip=$(4) count=$(5) conv=sync
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rm -f $@-ramdisk
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# Taglabel
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cp ./ImageInfo-$(1) $@.tmp/ImageInfo
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sed -i -e "s/DATESTR/`date +%Y%m%d $(if $(SOURCE_DATE_EPOCH),--date "@$(SOURCE_DATE_EPOCH)")`/g" $@.tmp/ImageInfo
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(cd $@.tmp; tar --sort=name --owner=0 --group=0 --numeric-owner -czf $@ * \
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$(if $(SOURCE_DATE_EPOCH),--mtime="@$(SOURCE_DATE_EPOCH)"))
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rm -rf $@.tmp
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exit 0
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endef
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define CreateStorlinkSysupgradefile
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$(call CreateStorlinkProlog,$@,$(2))
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# Catenate the kernel
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dd if=$(IMAGE_KERNEL) >> $@
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$(call Image/pad-to,$@,128k)
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# Append the root filesystem right after this
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dd if=$(IMAGE_ROOTFS) >> $@
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$(STAGING_DIR_HOST)/bin/padjffs2 $(IMAGE_ROOTFS) -c 128 >> $@
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endef
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# 1024k "Kern" partition, 5120k "Ramdisk" partition
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define Build/storlink-1024k-factory-image
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$(call CreateStorlinkFactoryfile,$(1),1024k,1048064,5120k,1664k)
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endef
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define Build/storlink-1024k-sysupgrade-image
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$(call CreateStorlinkSysupgradefile,$(1),1024k)
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endef
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# 2048k "Kern" partition, 6144k "Ramdisk" partition
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define Build/storlink-2048k-factory-image
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$(call CreateStorlinkFactoryfile,$(1),2048k,2096640,6144k,6144k)
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endef
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define Build/storlink-2048k-sysupgrade-image
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$(call CreateStorlinkSysupgradefile,$(1),2048k)
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endef
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# 3072k "Kern" partition, 6144k "Ramdisk" partition
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define Build/storlink-3072k-factory-image
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$(call CreateStorlinkFactoryfile,$(1),3072k,3145216,6144k,6144k)
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endef
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define Build/storlink-3072k-sysupgrade-image
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$(call CreateStorlinkSysupgradefile,$(1),3072k)
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endef
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# WBD-111 and WBD-222:
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# work around the bootloader's bug with extra nops
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# FIXME: is this really needed now that we no longer append the code
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# to change the machine ID number? Needs testing on Wiliboard.
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define Build/wbd-nops
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mv $@ $@.tmp
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echo -en "\x00\x00\xa0\xe1\x00\x00\xa0\xe1\x00\x00\xa0\xe1\x00\x00\xa0\xe1" > $@
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cat $@.tmp >> $@
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rm -f $@.tmp
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endef
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# All DTB files are prefixed with "gemini-"
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define Device/Default
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PROFILES := Default
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DEVICE_DTS_DIR = $$(DTS_DIR)/gemini
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KERNEL_DEPENDS = $$(wildcard $(DTS_DIR)/$$(DEVICE_DTS).dts)
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KERNEL_NAME := zImage
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KERNEL := kernel-bin | append-dtb
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BLOCKSIZE := 128k
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endef
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# A reasonable set of default packages handling the NAS type
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# of devices out of the box (former NAS42x0 IcyBox defaults)
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GEMINI_NAS_PACKAGES := $(DEFAULT_PACKAGES.nas) \
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kmod-md-mod kmod-md-linear \
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kmod-md-raid0 kmod-md-raid1 kmod-md-raid10 kmod-md-raid456 \
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kmod-fs-btrfs kmod-fs-cifs kmod-fs-nfs \
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kmod-fs-nfsd kmod-fs-ntfs3 kmod-fs-reiserfs kmod-fs-vfat \
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kmod-nls-utf8 kmod-usb-storage-extras kmod-hwmon-drivetemp \
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cfdisk e2fsprogs badblocks \
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partx-utils
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# The DIR-685 flash layout is kernel in WRGG format, padded and followed
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# by the appended rootfs followed by some reasonable JFFS padding, the
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# remainder will be used by JFFS2 through overlayfs.
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#
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# - For the factory image, the WRGG image includes the rootfs so that the
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# default firmware will flash it properly as all it knows is WRGG format.
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# - For the sysupgrade, we do not include the rootfs in the kernel image
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# so it is not needelessly tossed into the RAM by the boot loader.
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# This will be flashed from OpenWrt userland anyways so we only need
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# the minimum to make the boot loader happy.
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define Device/dlink_dir-685
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DEVICE_VENDOR := D-Link
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DEVICE_MODEL := DIR-685 Xtreme N Storage Router
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DEVICE_DTS := gemini-dlink-dir-685
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DEVICE_PACKAGES := $(GEMINI_NAS_PACKAGES) \
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kmod-dsa-rtl8366rb
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IMAGES := factory.bin sysupgrade.bin
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# Pad to 128k erase blocks with 160 bytes WRGG header
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IMAGE/factory.bin := append-kernel | pad-offset 128k 160 | append-rootfs | dir685-pad-rootfs | dir685-image
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IMAGE/sysupgrade.bin := append-kernel | pad-offset 128k 160 | dir685-image | append-rootfs | dir685-pad-rootfs | append-metadata
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endef
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TARGET_DEVICES += dlink_dir-685
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define Device/dlink_dns-313
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DEVICE_VENDOR := D-Link
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DEVICE_MODEL := DNS-313 1-Bay Network Storage Enclosure
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DEVICE_DTS := gemini-dlink-dns-313
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DEVICE_PACKAGES := $(GEMINI_NAS_PACKAGES) usbgadget-acm
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BLOCKSIZE := 1k
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FILESYSTEMS := ext4
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IMAGES := factory.bin.gz
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IMAGE/factory.bin.gz := dns313-images | gzip
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endef
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TARGET_DEVICES += dlink_dns-313
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# Default images setup used by the StorLink reference designs
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define Device/storlink-reference
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COMPILE := copy-kernel-$(1).bin
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COMPILE/copy-kernel-$(1).bin := copy-kernel.bin
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IMAGES := factory.bin sysupgrade.bin
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FILESYSTEMS := squashfs
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endef
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define Device/itian_sq201
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$(Device/storlink-reference)
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DEVICE_VENDOR := ITian
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DEVICE_MODEL := Square One SQ201
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DEVICE_DTS := gemini-sq201
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IMAGE/factory.bin := storlink-2048k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-2048k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += $(GEMINI_NAS_PACKAGES) kmod-rt61-pci \
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kmod-usb2-pci kmod-dsa-vsc73xx-spi
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endef
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TARGET_DEVICES += itian_sq201
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define Device/raidsonic_ib-4210-b
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$(Device/storlink-reference)
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DEVICE_VENDOR := Raidsonic
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DEVICE_MODEL := NAS IB-4210-B
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DEVICE_DTS := gemini-nas4210b
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IMAGE/factory.bin := storlink-3072k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-3072k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += $(GEMINI_NAS_PACKAGES)
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endef
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TARGET_DEVICES += raidsonic_ib-4210-b
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define Device/raidsonic_ib-4220-b
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$(Device/storlink-reference)
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DEVICE_VENDOR := Raidsonic
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DEVICE_MODEL := NAS IB-4220-B
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DEVICE_DTS := gemini-nas4220b
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IMAGE/factory.bin := storlink-3072k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-3072k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += $(GEMINI_NAS_PACKAGES)
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endef
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TARGET_DEVICES += raidsonic_ib-4220-b
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define Device/storlink_sl93512r
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$(Device/storlink-reference)
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DEVICE_VENDOR := StorLink
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DEVICE_MODEL := SL93512r
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DEVICE_DTS := gemini-sl93512r
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IMAGE/factory.bin := storlink-3072k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-3072k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += $(GEMINI_NAS_PACKAGES) kmod-dsa-vsc73xx-spi
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endef
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TARGET_DEVICES += storlink_sl93512r
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define Device/teltonika_rut104
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$(Device/storlink-reference)
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# Only 32 MB of RAM and 8MB flash so not building by default
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DEFAULT := n
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DEVICE_VENDOR := Teltonika
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DEVICE_MODEL := RUT104
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DEVICE_DTS := gemini-rut1xx
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IMAGE/factory.bin := storlink-1024k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-1024k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += kmod-phy-micrel kmod-ath5k
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endef
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TARGET_DEVICES += teltonika_rut104
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define Device/verbatim_s08v1901_d1
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$(Device/storlink-reference)
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DEVICE_VENDOR := Verbatim
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DEVICE_MODEL := S08V1901-D1 (Gigabit Ethernet Hard Drive)
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DEVICE_DTS := gemini-verbatim-s08v1901-d1
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IMAGE/factory.bin := storlink-3072k-factory-image $(1)
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IMAGE/sysupgrade.bin := storlink-3072k-sysupgrade-image $(1) |\
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append-metadata
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DEVICE_PACKAGES += $(GEMINI_NAS_PACKAGES)
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endef
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TARGET_DEVICES += verbatim_s08v1901_d1
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# The wiliboard images need some changes to be functional and buildable.
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#
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# The dts would need to use the redboot-fis partition parser to get
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# the correct partition offsets and size.
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#
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# The mkfwimage2 call need to be adjusted to reflect the real size of kernel
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# and rootfs. It is expected that the OEM firmware adjusts the on flash
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# partition table with the values defined in the image header.
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define Device/wiliboard_wbd111
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DEVICE_VENDOR := Wiliboard
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DEVICE_MODEL := WBD-111
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DEVICE_DTS := gemini-wbd111
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KERNEL := kernel-bin | append-dtb | wbd-nops
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IMAGES := factory.bin
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IMAGE/factory.bin := append-rootfs | pad-rootfs | wiligear-image "WILI-S.WILIBOARD"
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endef
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define Device/wiliboard_wbd222
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DEVICE_VENDOR := Wiliboard
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DEVICE_MODEL := WBD-222
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DEVICE_DTS := gemini-wbd222
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KERNEL := kernel-bin | append-dtb | wbd-nops
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IMAGES := factory.bin
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IMAGE/factory.bin := append-rootfs | pad-rootfs | wiligear-image "WILI-S.WBD222"
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endef
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$(eval $(call BuildImage))
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