I concur. Found the same using you instructions. Investigating workaround. And as the env script provided with the current snapshot is out of date (download_dir does not exist at the default url), this seems to be broken out of the box. Affects also the proper working of MokoMakefile 'make qemu and make flash-qemu'
For reference purposes, I die here when running openmoko/flash: openmoko/flash.sh: line 91: 13377 Terminated $qemu -mtdblock "$script_dir/$flash_base" -kernel "$script_dir/$1" -serial stdio -nographic -usb -monitor null 0<&0 Would be possibly useful to get the output of someone else who has a working qemu flash on OM2008.12, along with env settings. Thanks in advance. Christian Nolte wrote: > > Hi, > > I am trying to get Om2008.12 up and running in the provided QEMU > environment for the gta02fake machine target. Unfortunately I don't get > further than to the point where the U-boot image is being written. > > This is what I have done (according to > http://wiki.openmoko.org/wiki/Qemu#Manual_setup): > > 1. Fresh checkout of qemu-neo1973 > > svn co https://svn.openmoko.org/trunk/src/host/qemu-neo1973 > > 2. Successfully built qemu: > > ./configure --target-list=arm-softmmu && make > > 3. Edited openmoko/env: > > ... > qemu_relative="arm-softmmu/qemu-system-arm -M gta02fake -m 130" > ... > kernel_wildcard="Om2008.12-om-gta02.uImage.bin" > rootfs_wildcard="Om2008.12-om-gta02.rootfs.jffs2" > uboot_wildcard="gta01bv4-u-boot.bin" > ... > download_dir="http://downloads.openmoko.org/releases/Om2008.12/"; > > 4. Downloaded the images: > > ./openmoko/download.sh > > 5. Flashed the images: > > ./openmoko/flash.sh > > Flashing always fails for me. I've got the farthest using the gta01 > uboot image. If I use the gta02v5_and_up-u-boot.bin I get the endless > output: > > s3c_nand_read: Bad register 0x20 > > I also tried the MokoMakefile with 'make qemu' with the exact same > results. > > Below you will find the console output from the gta01 uboot flash attempt. > > Best regards, > Christian > > > --------- > > usr/bin/gmake > /usr/bin/pngtopnm > /usr/bin/ppmtorgb3 > gmake: »splash.gz« ist bereits aktualisiert. > Using 'Om2008.12-om-gta02.uImage.bin' as the kernel image. > Using 'Om2008.12-om-gta02.rootfs.jffs2' as the root filesystem image. > Using 'gta01bv4-u-boot.bin' as bootloader. > # Making an empty/erased flash image. Need a correct echo behavior. > echo -en \\0377\\0377\\0377\\0377\\0377\\0377\\0377\\0377 > .8b > cat .8b .8b > .16b # OOB is 16 bytes > cat .16b .16b .16b .16b .16b .16b .16b .16b > .512b > cat .16b .16b .16b .16b .16b .16b .16b .16b >> .512b > cat .16b .16b .16b .16b .16b .16b .16b .16b >> .512b > cat .16b .16b .16b .16b .16b .16b .16b .16b >> .512b > cat .512b .16b > .sec # A sector is 512 bytes of data + OOB > cat .sec .sec .sec .sec .sec .sec .sec .sec > .8sec > cat .8sec .8sec .8sec .8sec .8sec .8sec .8sec .8sec > .64sec > cat .64sec .64sec .64sec .64sec .64sec .64sec .64sec .64sec > .512sec > cat .512sec .512sec .512sec .512sec > .2ksec > cat .2ksec .2ksec .2ksec .2ksec .2ksec .2ksec .2ksec .2ksec > .16ksec > # Neo NAND is 128k sectors big > cat .16ksec .16ksec .16ksec .16ksec .16ksec .16ksec .16ksec .16ksec > > openmoko-flash.base > rm -rf .8b .16b .512b .sec .8sec .64sec .512sec .2ksec .16ksec > Please wait, programming the NAND flash... > > > U-Boot 1.3.2-moko12 (Oct 7 2008 - 21:01:25) > > I2C: ready > DRAM: 128 MB > NAND: Bad block table not found for chip 0 > Bad block table not found for chip 0 > 128 MiB > Video: 640x480x8 31kHz 59Hz > USB: S3C2410 USB Deviced > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > pcf_write: charging in Qualification Mode. > pcf_write: charge voltage 4.20V. > jbt6k74_command: Display on. > GTA01Bv4 # > GTA01Bv4 # > GTA01Bv4 # setenv dontask y > GTA01Bv4 # nand createbbt > Create BBT and erase everything ? <y/N> > Erasing at 0x0 -- 0% complete. Erasing at 0x140000 -- 1% complete. > Erasing at 0x280000 -- 2% complete. Erasing at 0x3c0000 -- 3% > complete. Erasing at 0x500000 -- 4% complete. Erasing at 0x660000 -- > 5% complete. Erasing at 0x7a0000 -- 6% complete. Erasing at 0x8e0000 > -- 7% complete. Erasing at 0xa20000 -- 8% complete. Erasing at > 0xb80000 -- 9% complete. Erasing at 0xcc0000 -- 10% complete. Erasing > at 0xe00000 -- 11% complete. Erasing at 0xf40000 -- 12% complete. > Erasing at 0x10a0000 -- 13% complete. Erasing at 0x11e0000 -- 14% > complete. Erasing at 0x1320000 -- 15% complete. Erasing at 0x1460000 -- > 16% complete. Erasing at 0x15c0000 -- 17% complete. Erasing at > 0x1700000 -- 18% complete. Erasing at 0x1840000 -- 19% complete. > Erasing at 0x1980000 -- 20% complete. Erasing at 0x1ae0000 -- 21% > complete. Erasing at 0x1c20000 -- 22% complete. Erasing at 0x1d60000 -- > 23% complete. Erasing at 0x1ea0000 -- 24% complete. Erasing at > 0x1fe0000 -- 25% complete. Erasing at 0x2140000 -- 26% complete. > Erasing at 0x2280000 -- 27% complete. Erasing at 0x23c0000 -- 28% > complete. Erasing at 0x2500000 -- 29% complete. Erasing at 0x2660000 -- > 30% complete. Erasing at 0x27a0000 -- 31% complete. Erasing at > 0x28e0000 -- 32% complete. Erasing at 0x2a20000 -- 33% complete. > Erasing at 0x2b80000 -- 34% complete. Erasing at 0x2cc0000 -- 35% > complete. Erasing at 0x2e00000 -- 36% complete. Erasing at 0x2f40000 -- > 37% complete. Erasing at 0x30a0000 -- 38% complete. Erasing at > 0x31e0000 -- 39% complete. Erasing at 0x3320000 -- 40% complete. > Erasing at 0x3460000 -- 41% complete. Erasing at 0x35c0000 -- 42% > complete. Erasing at 0x3700000 -- 43% complete. Erasing at 0x3840000 -- > 44% complete. Erasing at 0x3980000 -- 45% complete. Erasing at > 0x3ae0000 -- 46% complete. Erasing at 0x3c20000 -- 47% complete. > Erasing at 0x3d60000 -- 48% complete. Erasing at 0x3ea0000 -- 49% > complete. Erasing at 0x3fe0000 -- 50% complete. Erasing at 0x4140000 -- > 51% complete. Erasing at 0x4280000 -- 52% complete. Erasing at > 0x43c0000 -- 53% complete. Erasing at 0x4500000 -- 54% complete. > Erasing at 0x4660000 -- 55% complete. Erasing at 0x47a0000 -- 56% > complete. Erasing at 0x48e0000 -- 57% complete. Erasing at 0x4a20000 -- > 58% complete. Erasing at 0x4b80000 -- 59% complete. Erasing at > 0x4cc0000 -- 60% complete. Erasing at 0x4e00000 -- 61% complete. > Erasing at 0x4f40000 -- 62% complete. Erasing at 0x50a0000 -- 63% > complete. Erasing at 0x51e0000 -- 64% complete. Erasing at 0x5320000 -- > 65% complete. Erasing at 0x5460000 -- 66% complete. Erasing at > 0x55c0000 -- 67% complete. Erasing at 0x5700000 -- 68% complete. > Erasing at 0x5840000 -- 69% complete. Erasing at 0x5980000 -- 70% > complete. Erasing at 0x5ae0000 -- 71% complete. Erasing at 0x5c20000 -- > 72% complete. Erasing at 0x5d60000 -- 73% complete. Erasing at > 0x5ea0000 -- 74% complete. Erasing at 0x5fe0000 -- 75% complete. > Erasing at 0x6140000 -- 76% complete. Erasing at 0x6280000 -- 77% > complete. Erasing at 0x63c0000 -- 78% complete. Erasing at 0x6500000 -- > 79% complete. Erasing at 0x6660000 -- 80% complete. Erasing at > 0x67a0000 -- 81% complete. Erasing at 0x68e0000 -- 82% complete. > Erasing at 0x6a20000 -- 83% complete. Erasing at 0x6b80000 -- 84% > complete. Erasing at 0x6cc0000 -- 85% complete. Erasing at 0x6e00000 -- > 86% complete. Erasing at 0x6f40000 -- 87% complete. Erasing at > 0x70a0000 -- 88% complete. Erasing at 0x71e0000 -- 89% complete. > Erasing at 0x7320000 -- 90% complete. Erasing at 0x7460000 -- 91% > complete. Erasing at 0x75c0000 -- 92% complete. Erasing at 0x7700000 -- > 93% complete. Erasing at 0x7840000 -- 94% complete. Erasing at > 0x7980000 -- 95% complete. Erasing at 0x7ae0000 -- 96% complete. > Erasing at 0x7c20000 -- 97% complete. Erasing at 0x7d60000 -- 98% > complete. Erasing at 0x7ea0000 -- 99% complete. Skipping bad block at > 0x07f80000 > Skipping bad block at 0x07fa0000 > > Skipping bad block at 0x07fc0000 > > Skipping bad block at 0x07fe0000 > > > Creating BBT. Please wait ...Bad block table not found for chip 0 > Bad block table not found for chip 0 > Bad block table written to 0x07fe0000, version 0x01 > Bad block table written to 0x07fc0000, version 0x01 > > GTA01Bv4 # setenv bootcmd 'setenv bootargs ${bootargs_base} > ${mtdparts}; bootm 0x30100000' > GTA01Bv4 # setenv menu_1 'Set console to USB: setenv stdin usbtty; > setenv stdout usbtty; setenv stderr usbtty' > GTA01Bv4 # setenv menu_2 'Set console to serial: setenv stdin serial; > setenv stdout serial; setenv stderr serial' > GTA01Bv4 # setenv menu_3 'Power off: neo1973 power-off' > GTA01Bv4 # setenv splashimage 'nand read.e 0x36000000 splash 0x5000; > unzip 0x36000000 0x33d00000 0x96000' > GTA01Bv4 # setenv mtdids nand0=neo1973-nand > GTA01Bv4 # #setenv mtdparts > mtdparts=neo1973-nand:0x00050000(u-boot),0x00004000(u-boot_env),0x00208000(kernel),0x00010000(splash),0x039a4000(rootfs) > > Unknown command '#setenv' - try 'help' > GTA01Bv4 # dynpart > mtdparts > mtdparts=neo1973-nand:0x00040000(u-boot),0x00004000(u-boot_env),0x00200000(kernel),0x000a0000(splash),0x03d1c000(rootfs) > nand0: partition (u-boot_env) size alignment incorrect > nand0: partition (u-boot_env) size alignment incorrect > nand0: partition (u-boot_env) size alignment incorrect > nand0: partition (u-boot_env) size alignment incorrect > nand0: partition (u-boot_env) size alignment incorrect > GTA01Bv4 # nand write.e 0x30100000 u-boot 0x35840 > > NAND write: nand0: partition (u-boot_env) size alignment incorrect > 'u-boot' is not a number > GTA01Bv4 # dynenv set u-boot_env > nand0: partition (u-boot_env) size alignment incorrect > 'u-boot_env' is not a number > Offset or partition name expected > GTA01Bv4 # saveenv > Saving Environment to NAND... > Erasing Nand...GTA01Bv4 # neo1973 power-off > poweroff > pcf_write: Power-off requested. > Please wait, programming the NAND flash... > > > U-Boot 1.3.2-moko12 (Oct 7 2008 - 21:01:25) > > I2C: ready > DRAM: 128 MB > NAND: Bad block table not found for chip 0 > Bad block table not found for chip 0 > 128 MiB > *** Warning - bad CRC or NAND, using default environment > > Video: 640x480x8 31kHz 59Hz > USB: S3C2410 USB Deviced > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > mtdparts variable not set, see 'help mtdparts' > pcf_write: charging in Qualification Mode. > pcf_write: charge voltage 4.20V. > jbt6k74_command: Display on. > > U-boot failed to finish writing in 60 seconds, giving up. > > --------- > > > -- > "He's an immortal voodoo matador with no name. She's an orphaned blonde > politician from aristocratic European stock. They fight crime!" > > > _______________________________________________ > devel mailing list > devel@lists.openmoko.org > https://lists.openmoko.org/mailman/listinfo/devel > > -- View this message in context: http://n2.nabble.com/Using-QEMU-with-Om2008.12-tp2187124p2318834.html Sent from the Openmoko Devel mailing list archive at Nabble.com. _______________________________________________ devel mailing list devel@lists.openmoko.org https://lists.openmoko.org/mailman/listinfo/devel
