Hi all ,
Nice advice about netinstall from miktotik.. indeed it recovered some
false labeled bad blocks. But not all. Still, from 1.2MB free kernel
nand I came to almost 2.2MB.
Still.. old yaffs2 mounts and can copy kernel and execute it fine..
but LEDE, lede it seems is doing something wrong. It says it did
sysupgrade fine, but it cannot boot.
root@RECOVERY:/tmp# sysupgrade -d 10 -i -n ./lede-ar71xx-mikrotik-nand-large-squ
ashfs-sysupgrade.bin
Image metadata not found
Keep config files over reflash (y/N): N
killall: watchdog: no process killed
Watchdog handover: fd=3
- watchdog -
killall: telnetd: no process killed
Sending TERM to remaining processes ... ubusd hostapd dnsmasq [
157.889278] br-lan: port 3(wlan0) entered disabled state
Sending KILL to remaining processes ...
Unlocking kernel ...
Erasing kernel ...
Skipping bad block at 0x4000
Skipping bad block at 0x8000
Skipping bad block at 0xc000
Skipping bad block at 0x10000
Skipping bad block at 0x14000
Skipping bad block at 0x18000
Skipping bad block at 0x1c000
Skipping bad block at 0x20000
Skipping bad block at 0x24000
Skipping bad block at 0x28000
Skipping bad block at 0x2c000
Skipping bad block at 0x30000
Skipping bad block at 0x34000
Skipping bad block at 0x38000
Skipping bad block at 0x3c000
Skipping bad block at 0x40000
Skipping bad block at 0x44000
Skipping bad block at 0x48000
Skipping bad block at 0x4c000
Skipping bad block at 0x50000
Skipping bad block at 0x54000
Skipping bad block at 0x58000
Skipping bad block at 0x5c000
Skipping bad block at 0x60000
Skipping bad block at 0x64000
Skipping bad block at 0x68000
Skipping bad block at 0x6c000
Skipping bad block at 0x70000
Skipping bad block at 0x74000
Skipping bad block at 0x78000
Skipping bad block at 0x7c000
Skipping bad block at 0x80000
Skipping bad block at 0x84000
Skipping bad block at 0x88000
Skipping bad block at 0x8c000
Skipping bad block at 0x90000
Skipping bad block at 0x94000
Skipping bad block at 0x98000
Skipping bad block at 0x9c000
Skipping bad block at 0xa0000
Skipping bad block at 0xa4000
Skipping bad block at 0xa8000
Skipping bad block at 0xac000
Skipping bad block at 0xb0000
Skipping bad block at 0xb4000
Skipping bad block at 0xb8000
Skipping bad block at 0xbc000
Skipping bad block at 0xc0000
Skipping bad block at 0xc4000
Skipping bad block at 0xc8000
Skipping bad block at 0xcc000
Skipping bad block at 0xd0000
Skipping bad block at 0xd4000
Skipping bad block at 0xd8000
Skipping bad block at 0xdc000
Skipping bad block at 0xe0000
Skipping bad block at 0xe4000
Skipping bad block at 0xe8000
Skipping bad block at 0xec000
Skipping bad block at 0xf0000
Skipping bad block at 0xf4000
Skipping bad block at 0xf8000
Skipping bad block at 0xfc000
Skipping bad block at 0x100000
Skipping bad block at 0x104000
Skipping bad block at 0x108000
Skipping bad block at 0x10c000
Skipping bad block at 0x110000
Skipping bad block at 0x114000
Skipping bad block at 0x118000
Skipping bad block at 0x11c000
Skipping bad block at 0x120000
Skipping bad block at 0x124000
Skipping bad block at 0x128000
Skipping bad block at 0x12c000
Skipping bad block at 0x130000
Skipping bad block at 0x134000
Skipping bad block at 0x138000
Skipping bad block at 0x13c000
Skipping bad block at 0x140000
Skipping bad block at 0x144000
Skipping bad block at 0x148000
Skipping bad block at 0x158000
Skipping bad block at 0x15c000
Skipping bad block at 0x160000
Skipping bad block at 0x164000 Writing data to block 0 at offset 0x0
Writing data to block 1 at offset 0x4000
Bad block at 4000, 1 block(s) from 4000 will be skipped
Writing data to block 2 at offset 0x8000
Bad block at 8000, 1 block(s) from 8000 will be skipped
Writing data to block 3 at offset 0xc000
Bad block at c000, 1 block(s) from c000 will be skipped
Writing data to block 4 at offset 0x10000
Bad block at 10000, 1 block(s) from 10000 will be skipped
Writing data to block 5 at offset 0x14000
Bad block at 14000, 1 block(s) from 14000 will be skipped
Writing data to block 6 at offset 0x18000
Bad block at 18000, 1 block(s) from 18000 will be skipped
Writing data to block 7 at offset 0x1c000
Bad block at 1c000, 1 block(s) from 1c000 will be skipped
Writing data to block 8 at offset 0x20000
Bad block at 20000, 1 block(s) from 20000 will be skipped
Writing data to block 9 at offset 0x24000
Bad block at 24000, 1 block(s) from 24000 will be skipped
Writing data to block 10 at offset 0x28000
Bad block at 28000, 1 block(s) from 28000 will be skipped
Writing data to block 11 at offset 0x2c000
Bad block at 2c000, 1 block(s) from 2c000 will be skipped
Writing data to block 12 at offset 0x30000
Bad block at 30000, 1 block(s) from 30000 will be skipped
Writing data to block 13 at offset 0x34000
Bad block at 34000, 1 block(s) from 34000 will be skipped
Writing data to block 14 at offset 0x38000
Bad block at 38000, 1 block(s) from 38000 will be skipped
Writing data to block 15 at offset 0x3c000
Bad block at 3c000, 1 block(s) from 3c000 will be skipped
Writing data to block 16 at offset 0x40000
Bad block at 40000, 1 block(s) from 40000 will be skipped
Writing data to block 17 at offset 0x44000
Bad block at 44000, 1 block(s) from 44000 will be skipped
Writing data to block 18 at offset 0x48000
Bad block at 48000, 1 block(s) from 48000 will be skipped
Writing data to block 19 at offset 0x4c000
Bad block at 4c000, 1 block(s) from 4c000 will be skipped
Writing data to block 20 at offset 0x50000
Bad block at 50000, 1 block(s) from 50000 will be skipped
Writing data to block 21 at offset 0x54000
Bad block at 54000, 1 block(s) from 54000 will be skipped
Writing data to block 22 at offset 0x58000
Bad block at 58000, 1 block(s) from 58000 will be skipped
Writing data to block 23 at offset 0x5c000
Bad block at 5c000, 1 block(s) from 5c000 will be skipped
Writing data to block 24 at offset 0x60000
Bad block at 60000, 1 block(s) from 60000 will be skipped
Writing data to block 25 at offset 0x64000
Bad block at 64000, 1 block(s) from 64000 will be skipped
Writing data to block 26 at offset 0x68000
Bad block at 68000, 1 block(s) from 68000 will be skipped
Writing data to block 27 at offset 0x6c000
Bad block at 6c000, 1 block(s) from 6c000 will be skipped
Writing data to block 28 at offset 0x70000
Bad block at 70000, 1 block(s) from 70000 will be skipped
Writing data to block 29 at offset 0x74000
Bad block at 74000, 1 block(s) from 74000 will be skipped
Writing data to block 30 at offset 0x78000
Bad block at 78000, 1 block(s) from 78000 will be skipped
Writing data to block 31 at offset 0x7c000
Bad block at 7c000, 1 block(s) from 7c000 will be skipped
Writing data to block 32 at offset 0x80000
Bad block at 80000, 1 block(s) from 80000 will be skipped
Writing data to block 33 at offset 0x84000
Bad block at 84000, 1 block(s) from 84000 will be skipped
Writing data to block 34 at offset 0x88000
Bad block at 88000, 1 block(s) from 88000 will be skipped
Writing data to block 35 at offset 0x8c000
Bad block at 8c000, 1 block(s) from 8c000 will be skipped
Writing data to block 36 at offset 0x90000
Bad block at 90000, 1 block(s) from 90000 will be skipped
Writing data to block 37 at offset 0x94000
Bad block at 94000, 1 block(s) from 94000 will be skipped
Writing data to block 38 at offset 0x98000
Bad block at 98000, 1 block(s) from 98000 will be skipped
Writing data to block 39 at offset 0x9c000
Bad block at 9c000, 1 block(s) from 9c000 will be skipped
Writing data to block 40 at offset 0xa0000
Bad block at a0000, 1 block(s) from a0000 will be skipped
Writing data to block 41 at offset 0xa4000
Bad block at a4000, 1 block(s) from a4000 will be skipped
Writing data to block 42 at offset 0xa8000
Bad block at a8000, 1 block(s) from a8000 will be skipped
Writing data to block 43 at offset 0xac000
Bad block at ac000, 1 block(s) from ac000 will be skipped
Writing data to block 44 at offset 0xb0000
Bad block at b0000, 1 block(s) from b0000 will be skipped
Writing data to block 45 at offset 0xb4000
Bad block at b4000, 1 block(s) from b4000 will be skipped
Writing data to block 46 at offset 0xb8000
Bad block at b8000, 1 block(s) from b8000 will be skipped
Writing data to block 47 at offset 0xbc000
Bad block at bc000, 1 block(s) from bc000 will be skipped
Writing data to block 48 at offset 0xc0000
Bad block at c0000, 1 block(s) from c0000 will be skipped
Writing data to block 49 at offset 0xc4000
Bad block at c4000, 1 block(s) from c4000 will be skipped
Writing data to block 50 at offset 0xc8000
Bad block at c8000, 1 block(s) from c8000 will be skipped
Writing data to block 51 at offset 0xcc000
Bad block at cc000, 1 block(s) from cc000 will be skipped
Writing data to block 52 at offset 0xd0000
Bad block at d0000, 1 block(s) from d0000 will be skipped
Writing data to block 53 at offset 0xd4000
Bad block at d4000, 1 block(s) from d4000 will be skipped
Writing data to block 54 at offset 0xd8000
Bad block at d8000, 1 block(s) from d8000 will be skipped
Writing data to block 55 at offset 0xdc000
Bad block at dc000, 1 block(s) from dc000 will be skipped
Writing data to block 56 at offset 0xe0000
Bad block at e0000, 1 block(s) from e0000 will be skipped
Writing data to block 57 at offset 0xe4000
Bad block at e4000, 1 block(s) from e4000 will be skipped
Writing data to block 58 at offset 0xe8000
Bad block at e8000, 1 block(s) from e8000 will be skipped
Writing data to block 59 at offset 0xec000
Bad block at ec000, 1 block(s) from ec000 will be skipped
Writing data to block 60 at offset 0xf0000
Bad block at f0000, 1 block(s) from f0000 will be skipped
Writing data to block 61 at offset 0xf4000
Bad block at f4000, 1 block(s) from f4000 will be skipped
Writing data to block 62 at offset 0xf8000
Bad block at f8000, 1 block(s) from f8000 will be skipped
Writing data to block 63 at offset 0xfc000
Bad block at fc000, 1 block(s) from fc000 will be skipped
Writing data to block 64 at offset 0x100000
Bad block at 100000, 1 block(s) from 100000 will be skipped
Writing data to block 65 at offset 0x104000
Bad block at 104000, 1 block(s) from 104000 will be skipped
Writing data to block 66 at offset 0x108000
Bad block at 108000, 1 block(s) from 108000 will be skipped
Writing data to block 67 at offset 0x10c000
Bad block at 10c000, 1 block(s) from 10c000 will be skipped
Writing data to block 68 at offset 0x110000
Bad block at 110000, 1 block(s) from 110000 will be skipped
Writing data to block 69 at offset 0x114000
Bad block at 114000, 1 block(s) from 114000 will be skipped
Writing data to block 70 at offset 0x118000
Bad block at 118000, 1 block(s) from 118000 will be skipped
Writing data to block 71 at offset 0x11c000
Bad block at 11c000, 1 block(s) from 11c000 will be skipped
Writing data to block 72 at offset 0x120000
Bad block at 120000, 1 block(s) from 120000 will be skipped
Writing data to block 73 at offset 0x124000
Bad block at 124000, 1 block(s) from 124000 will be skipped
Writing data to block 74 at offset 0x128000
Bad block at 128000, 1 block(s) from 128000 will be skipped
Writing data to block 75 at offset 0x12c000
Bad block at 12c000, 1 block(s) from 12c000 will be skipped
Writing data to block 76 at offset 0x130000
Bad block at 130000, 1 block(s) from 130000 will be skipped
Writing data to block 77 at offset 0x134000
Bad block at 134000, 1 block(s) from 134000 will be skipped
Writing data to block 78 at offset 0x138000
Bad block at 138000, 1 block(s) from 138000 will be skipped
Writing data to block 79 at offset 0x13c000
Bad block at 13c000, 1 block(s) from 13c000 will be skipped
Writing data to block 80 at offset 0x140000
Bad block at 140000, 1 block(s) from 140000 will be skipped
Writing data to block 81 at offset 0x144000
Bad block at 144000, 1 block(s) from 144000 will be skipped
Writing data to block 82 at offset 0x148000
Bad block at 148000, 1 block(s) from 148000 will be skipped
Writing data to block 83 at offset 0x14c000
Writing data to block 84 at offset 0x150000
Writing data to block 85 at offset 0x154000
Writing data to block 86 at offset 0x158000
Bad block at 158000, 1 block(s) from 158000 will be skipped
Writing data to block 87 at offset 0x15c000
Bad block at 15c000, 1 block(s) from 15c000 will be skipped
Writing data to block 88 at offset 0x160000
Bad block at 160000, 1 block(s) from 160000 will be skipped
Writing data to block 89 at offset 0x164000
Bad block at 164000, 1 block(s) from 164000 will be skipped
Writing data to block 90 at offset 0x168000
Writing data to block 91 at offset 0x16c000
Writing data to block 92 at offset 0x170000
Writing data to block 93 at offset 0x174000
Writing data to block 94 at offset 0x178000
Writing data to block 95 at offset 0x17c000
Writing data to block 96 at offset 0x180000
Writing data to block 97 at offset 0x184000
Writing data to block 98 at offset 0x188000
Writing data to block 99 at offset 0x18c000
Writing data to block 100 at offset 0x190000
Writing data to block 101 at offset 0x194000
Writing data to block 102 at offset 0x198000
Writing data to block 103 at offset 0x19c000
Writing data to block 104 at offset 0x1a0000
Writing data to block 105 at offset 0x1a4000
Writing data to block 106 at offset 0x1a8000
Writing data to block 107 at offset 0x1ac000
Writing data to block 108 at offset 0x1b0000
Writing data to block 109 at offset 0x1b4000
Writing data to block 110 at offset 0x1b8000
Writing data to block 111 at offset 0x1bc000
Writing data to block 112 at offset 0x1c0000
Writing data to block 113 at offset 0x1c4000
Writing data to block 114 at offset 0x1c8000
Writing data to block 115 at offset 0x1cc000
Writing data to block 116 at offset 0x1d0000
Writing data to block 117 at offset 0x1d4000
Writing data to block 118 at offset 0x1d8000
Writing data to block 119 at offset 0x1dc000
Writing data to block 120 at offset 0x1e0000
Writing data to block 121 at offset 0x1e4000
Writing data to block 122 at offset 0x1e8000
Writing data to block 123 at offset 0x1ec000
Writing data to block 124 at offset 0x1f0000
Writing data to block 125 at offset 0x1f4000
Writing data to block 126 at offset 0x1f8000
Writing data to block 127 at offset 0x1fc000
Writing data to block 128 at offset 0x200000
Writing data to block 129 at offset 0x204000
Writing data to block 130 at offset 0x208000
Writing data to block 131 at offset 0x20c000
Writing data to block 132 at offset 0x210000
Writing data to block 133 at offset 0x214000
Writing data to block 134 at offset 0x218000
Writing data to block 135 at offset 0x21c000
Writing data to block 136 at offset 0x220000
Writing data to block 137 at offset 0x224000
Writing data to block 138 at offset 0x228000
Writing data to block 139 at offset 0x22c000
Writing data to block 140 at offset 0x230000
Writing data to block 141 at offset 0x234000
Writing data to block 142 at offset 0x238000
Writing data to block 143 at offset 0x23c000
Writing data to block 144 at offset 0x240000
Writing data to block 145 at offset 0x244000
Writing data to block 146 at offset 0x248000
Writing data to block 147 at offset 0x24c000
Writing data to block 148 at offset 0x250000
Writing data to block 149 at offset 0x254000
Writing data to block 150 at offset 0x258000
Writing data to block 151 at offset 0x25c000
Writing data to block 152 at offset 0x260000
Writing data to block 153 at offset 0x264000
Writing data to block 154 at offset 0x268000
Writing data to block 155 at offset 0x26c000
Writing data to block 156 at offset 0x270000
Writing data to block 157 at offset 0x274000
Writing data to block 158 at offset 0x278000
Writing data to block 159 at offset 0x27c000
Writing data to block 160 at offset 0x280000
Writing data to block 161 at offset 0x284000
Writing data to block 162 at offset 0x288000
Writing data to block 163 at offset 0x28c000
Writing data to block 164 at offset 0x290000
Writing data to block 165 at offset 0x294000
Writing data to block 166 at offset 0x298000
[ 167.046589] ubi0: attaching mtd6
[ 172.549729] ubi0: scanning is finished
[ 172.604889] ubi0: attached mtd6 (name "ubi", size 60 MiB)
[ 172.610290] ubi0: PEB size: 16384 bytes (16 KiB), LEB size: 15360 bytes
[ 172.616932] ubi0: min./max. I/O unit sizes: 512/512, sub-page size 512
[ 172.623439] ubi0: VID header offset: 512 (aligned 512), data offset: 1024
[ 172.630221] ubi0: good PEBs: 3832, bad PEBs: 8, corrupted PEBs: 0
[ 172.636308] ubi0: user volume: 3, internal volumes: 1, max. volumes count: 89
[ 172.643427] ubi0: max/mean erase counter: 2/1, WL threshold: 4096,
image sequence number: 209361708
[ 172.652458] ubi0: available PEBs: 0, total reserved PEBs: 3832,
PEBs reserved for bad PEB handling: 72
[ 172.661767] ubi0: background thread "ubi_bgt0d" started, PID 1131
UBI device number 0, total 3832 LEBs (58859520 bytes, 56.1 MiB),
available 0 LEBs (0 bytes), LEB size 15360 bytes (15.0 KiB)
Volume ID 0, size 88 LEBs (1351680 bytes, 1.3 MiB), LEB size 15360
bytes (15.0 KiB), dynamic, name "kernel", alignment 1
Volume ID 1, size 1154 LEBs (17725440 bytes, 16.9 MiB), LEB size 15360
bytes (15.0 KiB), dynamic, name "rootfs", alignment 1
Set volume size to 38615040
Volume ID 2, size 2514 LEBs (38615040 bytes, 36.8 MiB), LEB size 15360
bytes (15.0 KiB), dynamic, name "rootfs_data", alignment 1
sysupgrade successful
umount: can't unmount /dev: Resource busy
umount: can't unmount /tmp: Resource [ 197.839219] reboot: Restarting system
�
RouterBOOT booter 3.24
RouterBoard 435G
CPU frequency: 680 MHz
Memory size: 256 MiB
NAND size: 64 MiB
Press any key within 1 seconds to enter setup.
loading kernel from nand... kernel not found
trying bootp protocol................
On Wed, Mar 8, 2017 at 8:28 AM, Alberto Bursi <alberto.bu...@outlook.it> wrote:
>
>
> On 03/07/2017 11:09 PM, Denis Periša wrote:
>> Alberto , thank you for insight!
>>
>> This device in latest "RouterBOOT" (as they call it) supports
>> repartitioning to two partitions. But openwrt/LEDE (kernel actually)
>> doesent support that - as per say -
>>
>> RouterBOOT booter 3.24
>>
>> RouterBoard 435G
>>
>> CPU frequency: 680 MHz
>> Memory size: 256 MiB
>> NAND size: 64 MiB
>> NAND partitions: 2
>>
>> Press any key within 1 seconds to enter setup.
>> writing settings to flash... OK
>>
>> loading kernel from nand partition 1... kernel not found
>> writing settings to flash... OK
>>
>> loading kernel from nand partition 0... OK
>> setting up elf image... not an elf header
>> kernel loading failed
>> trying bootp protocol.................... OK
>> Got IP address: 192.168.111.91
>> resolved mac address 00:XX:XX:00:06:XX
>> Gateway: 192.168.111.2
>> transfer started .................... transfer ok, time=1.24s
>> setting up elf image... OK
>> kernel loading failed - kernel does not support NAND partitions
>>
>>
>
> No, that log says it didn't find a kernel in NAND in either partition 0
> or 1.
>
> The repartitioning changes partitions in bootloader, but you need to
> erase the flash of these new partitions, then flash a new LEDE firmware
> in these new partitions. The bootloader should be able to do this.
>
> Did you also edit that source file and recompile as I pointed out? That
> is needed for LEDE to actually recognize the new partitions once it is
> booted successfully.
>
> -Alberto
> _______________________________________________
> Lede-dev mailing list
> Lede-dev@lists.infradead.org
> http://lists.infradead.org/mailman/listinfo/lede-dev
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