Reclone of Recovery HD solved 10.8.3 boot failure

After installing the OSX 10.8.3 update this weekend, my 3 year old stock 15" MBP refused to complete the boot sequence. I finally was able to fix this problem by recloning the Recovery HD using Carbon Copy Cloner, and for the good of the community I wanted to pass on what I learned in case others encounter the same problem.
I had enabled both FileVault2 and a firmware password, so after the initial login screen the boot sequence would start but always hang just before launching the Finder with the message “Your computer restarted because of a problem. Press a key or wait a few seconds before starting up.” Of course, pressing a key or waiting would restart the login sequence and result in the same alert screen.
Booting into the Recovery HD, I removed the firmware password and ran DiskUtility. DU gave the alert “Journal needs to be replayed but volume is read-only” and finally the dreaded “DiskUtility can’t repair this disk” with the instructions to make a backup, erase the drive and restore.
I had made a bootable clone of the drive using CCC before installing the 10.8.3 update, so I booted the MBP from it. Running DiskUtility from the external drive ended with the message “Updating boot support partitions for volume as required” and the final alert “Couldn’t unmount disk” to complete the repair.
Using my bootable clone, I ran DiskWarrior on the MBP’s internal drive. But rebuilding the directories made no difference to the boot up problem.
Again from the bootable clone, I opened the Startup Disk system preference pane and tried to manually reconfirm the MPB’s internal HD as the boot volume. Upon confirming with the “Restart …” button, Startup Disk gave me the error message “Building boot caches on boot helper partition failed.”
Following other suggestions I encountered in support forums, I also tried rewriting the com.apple.Boot.plist system preference and messing with the kextmanager and com.apple.text.chaches, but nothing fixed the boot problem.
I finally gave up and decided to reformat the MPB’s drive and reinstall everything from my clone. But upon clicking on the “Erase” button in DiskUtility, it told me “Disk Encryption Failed - couldn’t unmount disk.” So now I really was hosed. I couldn’t repair the drive and I couldn’t reformat it.
Researching each of these error messages for some clue as to what might be going on, I had earlier come across a support thread on the CCC site where the customer was getting the same “Building boot caches on boot helper partition failed” error in the Startup Disk preference pane. Mike Bombich at one point responded “Alternatively, you could open CCC’s Disk Center, click on the Recovery HD tab, click on your ‘OLD HD’ volume, then click the button to reclone the Recovery HD. Perhaps with a freshly-restored Recovery HD, the OS won’t have any trouble updating the kernel extension cache on that volume.” I assumed that made sense and I was desperate, so running CCC from my bootable clone I followed Mike’s suggestion.
Voilà - boot problem fixed! DiskUtility now reports no problems or errors with the drive, and everything is back to running the way it should.
So did the update to 10.8.3 somehow hose the boot instructions affecting the Recovery HD partition, thereby stopping a successful boot up process? Did the presence of a firmware password and FileVault2 create this situation during the update? It appears that drives encrypted with FileVault2 require a healthy Recovery HD partition, and if this is the case it explains what happened to me.
What is clear to me is that my CCC clone backup and its Disk Center utility saved my MPB’s hard drive. I’m pretty sure that without CCC’s ability to reclone its Recovery HD partition I would have had to buy and install a replacement drive - and here in Brazil that would not have been cheap or easy.
Hope this helps someone else in a similar situation.

Borquist, thank you so much for your post and sharing of the solution, which also worked for me. Thank you, Mike Bombich, and CCC!

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    Mär 18 11:32:38 bigbrain ntpd_intres[341]: DNS 0.pool.ntp.org -> 83.137.98.96
    Mär 18 11:32:38 bigbrain ntpd_intres[341]: DNS 1.pool.ntp.org -> 176.31.45.66
    Mär 18 11:32:38 bigbrain ntpd_intres[341]: DNS 2.pool.ntp.org -> 192.53.103.108
    what can I do to fix this?
    TIA
    Sunday
    Last edited by Sunday87 (2013-03-19 23:08:56)

    For future reference:
    net-auto-wired doesn't Wants=network.target at any time (neither when started nor when a connection is made) as does dhcpcd.service (so indeed i had the same problem already before i switched to net-auto-wired but i guess i didn't notice it). now i'm using netcfg.service which actually Wants=network.target and starts Before=network.target so everything works fine. The only thing that is missing is a fallback static ip in case the dhcp does not respond, but that is another question so i will mark this solved.

  • Recovery Partition won't engage at boot from F11 after stock Win7 install - Probook 4520s

    Notebook: HP Probook 4520s (with Energy Star sticker)
    OS: Windows 7 32-bit
    Error: Nothing happens when pressing F11 at boot
    Pre-issue changes: Installed Windows 7 from stock Windows 7 disc
    I'm a PC Technician with quite a few years behind me, but this got me at a standstill even after a day of searching online for solutions.
    A friend bought a ProBook 4520s where the previous owner, just before selling it, installed Windows 7 from a stock Windows 7 disc from Microsoft (I guess to sell it with a 'clean' OS), which of course ened up bare without drivers, etc.
    When the install was done though, he/she didn't destroy the HP partitioning (ie, the partitions remained:  SYSTEM, OS (c:\), HP_RECOVERY, HP_TOOLS). Those partitions seem intact, so I'm trying to perform an HP Recovery to bring the computer back to factory settings.
    When rebooting, I'm prompted to press 'esc' for options, which I do, then it prompts 'F11' for HP Recovery. When I press F11, it just boots the Windows 7 OS as normal. From what I've managed to gather via searching, I believe something was disturbed on the HP_RECOVERY partition, like the MBR, or something, possibly by the previous user making the HP_RECOVERY partition active, then selecting "Repair Windows" on the Windows disc.
    Solutions I've tried include:
    Pressing ESC -> F11 at boot [simply boots as usual].
    Setting the HP_RECOVERY partition to 'active' from Disc Management, then rebooting [simply boots as usual].
    Installing "Enhanced HP Backup and Recovery Manager for Microsoft Vista" (sp38131.exe) [when run and PC Recovery is selected, it says there is no recovery partition and asks for discs].
    Installing "Fix for HP Multi-Partition Recovery Manager" from (sp48415.exe) suggest in the 'green post' here [no change].
    Installing "Recovery Manager Installer Patch for Microsoft Windows 7 Upgrade" (sp45823.exe)  [no change].
    Installing "HP Recovery Manager for Microsoft Windows 7" (sp45602.exe) [no change].
    I live far from having access to buying Recovery DVDs from HP, so need a solution to fix this, please. At most, I can download.
    The OS in the Recovery, I expect is Windows 7, because there's a Windows 7 sticker on the notebook.
    This question was solved.
    View Solution.

    Hi:
    There isn't anything you can do to get the recovery partition to work once someone removed the HP install with the recovery manager program, which is not available for download.
    You will need to order a set of recovery disks by calling 1-800-334-5144.
    You will need to provide the model # and serial number for the PC to the customer services rep.
    Cost is $10.
    If you do not want to bear the expense, then you can make your own W7 installation disk.
    If you can read the 25 character Microsoft windows 7 product key, you can download plain Windows 7 ISO files to burn to a DVD for the version of windows that came installed on your PC, and that is listed on the Microsoft COA sticker on your PC's case.
    Burn the ISO using the Burn ISO option on your DVD burning program and burn at the slowest possible speed your program will allow. This will create a bootable DVD.
    Use the 25 character product key on the PC to activate the installation.
    The key will activate either a 32 or 64 bit installation.
    Then go to the PC's support and driver page to install the drivers you need.
    Link to the W7 ISO file downloads is below.
    http://www.mydigitallife.info/official-windows-7-s​p1-iso-from-digital-river/
    Paul

  • [SOLVED] efibootmgr not generating boot loader (rEFInd, etc.) entry.

    Hello,
    The following command runs without problem or any output. It wouldn't create any entry. Also my refind.conf is not being followed. rEFInd is able to detect kernels and boot fine from /boot
    efibootmgr -c -g -d /dev/sda -p 1 -w -L "rEFInd" -l '\EFI\refind\refind_x64.efi'
    Information
    efibootmgr 0.6.0-1
    refind-efi 0.6.8-1
    Linux 3.8.4-1-ARCH
    sudo efibootmgr
    BootCurrent: 000A
    Timeout: 0 seconds
    BootOrder: 0006,0007,0008,0009,000A,000B,000C,000D,000E,000F,0010,0011,0012,0013
    Boot0000 Setup
    Boot0001 Boot Menu
    Boot0002 Diagnostic Splash Screen
    Boot0003 Startup Interrupt Menu
    Boot0004 ME Configuration Menu
    Boot0005 Rescue and Recovery
    Boot0006* USB CD
    Boot0007* USB FDD
    Boot0008* ATAPI CD0
    Boot0009* ATA HDD2
    Boot000A* ATA HDD0
    Boot000B* ATA HDD1
    Boot000C* USB HDD
    Boot000D* PCI LAN
    Boot000E* ATAPI CD1
    Boot000F* ATAPI CD2
    Boot0010 Other CD
    Boot0011* ATA HDD3
    Boot0012* ATA HDD4
    Boot0013 Other HDD
    Boot0014* IDER BOOT CDROM
    Boot0015* IDER BOOT Floppy
    Boot0016* ATA HDD
    Boot0017* ATAPI CD:
    Boot0018* PCI LAN
    ls -R /boot
    /boot:
    EFI initramfs-linux-fallback.img initramfs-linux.img refind_linux.conf vmlinuz-linux
    /boot/EFI:
    boot refind tools
    /boot/EFI/boot:
    bootx64.efi icons refind.conf
    /boot/EFI/boot/icons:
    *** Icons
    /boot/EFI/refind:
    icons refind.conf refind_x64.efi
    /boot/EFI/refind/icons:
    *** icons
    /boot/EFI/tools:
    drivers shells
    /boot/EFI/tools/drivers:
    ext2_x64.efi ext4_x64.efi hfs_x64.efi iso9660_x64.efi reiserfs_x64.efi
    /boot/EFI/tools/shells:
    Shell.efi Shell_Full.efi
    cat /boot/refind_linux.conf
    "Boot to X" "root=PARTUUID=5416f920-35fc-42a8-8a34-564c8c332bfe ro rootfstype=ext4 add_efi_memmap systemd.unit=graphical.target"
    "Boot to Console" "root=PARTUUID=5416f920-35fc-42a8-8a34-564c8c332bfe ro rootfstype=ext4 add_efi_memmap systemd.unit=multi-user.target"
    # refind.conf
    # Configuration file for the rEFInd boot menu
    # Timeout in seconds for the main menu screen. Setting the timeout to 0
    # disables automatic booting (i.e., no timeout).
    timeout 5
    # Hide user interface elements for personal preference or to increase
    # security:
    # banner - the rEFInd title banner (built-in or loaded via "banner")
    # label - boot option text label in the menu
    # singleuser - remove the submenu options to boot Mac OS X in single-user
    # or verbose modes; affects ONLY MacOS X
    # safemode - remove the submenu option to boot Mac OS X in "safe mode"
    # hwtest - the submenu option to run Apple's hardware test
    # arrows - scroll arrows on the OS selection tag line
    # hints - brief command summary in the menu
    # editor - the options editor (+, F2, or Insert on boot options menu)
    # all - all of the above
    # Default is none of these (all elements active)
    #hideui singleuser
    #hideui all
    # Set the name of a subdirectory in which icons are stored. Icons must
    # have the same names they have in the standard directory. The directory
    # name is specified relative to the main rEFInd binary's directory. If
    # an icon can't be found in the specified directory, an attempt is made
    # to load it from the default directory; thus, you can replace just some
    # icons in your own directory and rely on the default for others.
    # Default is "icons".
    #icons_dir myicons
    # Use a custom title banner instead of the rEFInd icon and name. The file
    # path is relative to the directory where refind.efi is located. The color
    # in the top left corner of the image is used as the background color
    # for the menu screens. Currently uncompressed BMP images with color
    # depths of 24, 8, 4 or 1 bits are supported, as well as PNG images.
    #banner hostname.bmp
    #banner mybanner.png
    # Custom images for the selection background. There is a big one (144 x 144)
    # for the OS icons, and a small one (64 x 64) for the function icons in the
    # second row. If only a small image is given, that one is also used for
    # the big icons by stretching it in the middle. If only a big one is given,
    # the built-in default will be used for the small icons.
    # Like the banner option above, these options take a filename of an
    # uncompressed BMP image file with a color depth of 24, 8, 4, or 1 bits,
    # or a PNG image. The PNG format is required if you need transparency
    # support (to let you "see through" to a full-screen banner).
    #selection_big selection-big.bmp
    #selection_small selection-small.bmp
    # Set the font to be used for all textual displays in graphics mode.
    # The font must be a PNG file with alpha channel transparency. It must
    # contain ASCII characters 32-126 (space through tilde), inclusive, plus
    # a glyph to be displayed in place of characters outside of this range,
    # for a total of 96 glyphs. Only monospaced fonts are supported. Fonts
    # may be of any size, although large fonts can produce display
    # irregularities.
    # The default is rEFInd's built-in font, Luxi Mono Regular 12 point.
    #font myfont.png
    # Use text mode only. When enabled, this option forces rEFInd into text mode.
    # Passing this option a "0" value causes graphics mode to be used. Pasing
    # it no value or any non-0 value causes text mode to be used.
    # Default is to use graphics mode.
    #textonly
    textonly
    # Set the EFI text mode to be used for textual displays. This option
    # takes a single digit that refers to a mode number. Mode 0 is normally
    # 80x25, 1 is sometimes 80x50, and higher numbers are system-specific
    # modes. Mode 1024 is a special code that tells rEFInd to not set the
    # text mode; it uses whatever was in use when the program was launched.
    # If you specify an invalid mode, rEFInd pauses during boot to inform
    # you of valid modes.
    # CAUTION: On VirtualBox, and perhaps on some real computers, specifying
    # a text mode and uncommenting the "textonly" option while NOT specifying
    # a resolution can result in an unusable display in the booted OS.
    # Default is 1024 (no change)
    #textmode 2
    textmode 1024
    # Set the screen's video resolution. Pass this option either:
    # * two values, corresponding to the X and Y resolutions
    # * one value, corresponding to a GOP (UEFI) video mode
    # Note that not all resolutions are supported. On UEFI systems, passing
    # an incorrect value results in a message being shown on the screen to
    # that effect, along with a list of supported modes. On EFI 1.x systems
    # (e.g., Macintoshes), setting an incorrect mode silently fails. On both
    # types of systems, setting an incorrect resolution results in the default
    # resolution being used. A resolution of 1024x768 usually works, but higher
    # values often don't.
    # Default is "0 0" (use the system default resolution, usually 800x600).
    #resolution 1024 768
    #resolution 3
    resolution 1024 768
    # Launch specified OSes in graphics mode. By default, rEFInd switches
    # to text mode and displays basic pre-launch information when launching
    # all OSes except OS X. Using graphics mode can produce a more seamless
    # transition, but displays no information, which can make matters
    # difficult if you must debug a problem. Also, on at least one known
    # computer, using graphics mode prevents a crash when using the Linux
    # kernel's EFI stub loader. You can specify an empty list to boot all
    # OSes in text mode.
    # Valid options:
    # osx - Mac OS X
    # linux - A Linux kernel with EFI stub loader
    # elilo - The ELILO boot loader
    # grub - The GRUB (Legacy or 2) boot loader
    # windows - Microsoft Windows
    # Default value: osx
    #use_graphics_for osx,linux
    # Which non-bootloader tools to show on the tools line, and in what
    # order to display them:
    # shell - the EFI shell (requires external program; see rEFInd
    # documentation for details)
    # gptsync - the (dangerous) gptsync.efi utility (requires external
    # program; see rEFInd documentation for details)
    # apple_recovery - boots the Apple Recovery HD partition, if present
    # mok_tool - makes available the Machine Owner Key (MOK) maintenance
    # tool, MokManager.efi, used on Secure Boot systems
    # about - an "about this program" option
    # exit - a tag to exit from rEFInd
    # shutdown - shuts down the computer (a bug causes this to reboot
    # EFI systems)
    # reboot - a tag to reboot the computer
    # Default is shell,apple_recovery,mok_tool,about,shutdown,reboot
    #showtools shell, mok_tool, about, reboot, exit
    showtools shell, mok_tool, about, reboot, exit
    # Directories in which to search for EFI drivers. These drivers can
    # provide filesystem support, give access to hard disks on plug-in
    # controllers, etc. In most cases none are needed, but if you add
    # EFI drivers and you want rEFInd to automatically load them, you
    # should specify one or more paths here. rEFInd always scans the
    # "drivers" and "drivers_{arch}" subdirectories of its own installation
    # directory (where "{arch}" is your architecture code); this option
    # specifies ADDITIONAL directories to scan.
    # Default is to scan no additional directories for EFI drivers
    #scan_driver_dirs EFI/tools/drivers,drivers
    scan_driver_dirs /boot/EFI/tools/drivers,drivers
    # Which types of boot loaders to search, and in what order to display them:
    # internal - internal EFI disk-based boot loaders
    # external - external EFI disk-based boot loaders
    # optical - EFI optical discs (CD, DVD, etc.)
    # hdbios - BIOS disk-based boot loaders
    # biosexternal - BIOS external boot loaders (USB, eSATA, etc.)
    # cd - BIOS optical-disc boot loaders
    # manual - use stanzas later in this configuration file
    # Note that the legacy BIOS options require firmware support, which is
    # not present on all computers.
    # On UEFI PCs, default is internal,external,optical,manual
    # On Macs, default is internal,hdbios,external,biosexternal,optical,cd,manual
    #scanfor internal,external,optical,manual
    scanfor internal,external,optical,manual
    # Delay for the specified number of seconds before scanning disks.
    # This can help some users who find that some of their disks
    # (usually external or optical discs) aren't detected initially,
    # but are detected after pressing Esc.
    # The default is 0.
    #scan_delay 5
    # When scanning volumes for EFI boot loaders, rEFInd always looks for
    # Mac OS X's and Microsoft Windows' boot loaders in their normal locations,
    # and scans the root directory and every subdirectory of the /EFI directory
    # for additional boot loaders, but it doesn't recurse into these directories.
    # The also_scan_dirs token adds more directories to the scan list.
    # Directories are specified relative to the volume's root directory. This
    # option applies to ALL the volumes that rEFInd scans UNLESS you include
    # a volume name and colon before the directory name, as in "myvol:/somedir"
    # to scan the somedir directory only on the filesystem named myvol. If a
    # specified directory doesn't exist, it's ignored (no error condition
    # results). The default is to scan the "boot" directory in addition to
    # various hard-coded directories.
    #also_scan_dirs boot,ESP2:EFI/linux/kernels
    # Partitions to omit from scans. You must specify a volume by its
    # label, which you can obtain in an EFI shell by typing "vol", from
    # Linux by typing "blkid /dev/{devicename}", or by examining the
    # disk's label in various OSes' file browsers.
    # The default is "Recovery HD".
    #dont_scan_volumes "Recovery HD"
    # Directories that should NOT be scanned for boot loaders. By default,
    # rEFInd doesn't scan its own directory or the EFI/tools directory.
    # You can "blacklist" additional directories with this option, which
    # takes a list of directory names as options. You might do this to
    # keep EFI/boot/bootx64.efi out of the menu if that's a duplicate of
    # another boot loader or to exclude a directory that holds drivers
    # or non-bootloader utilities provided by a hardware manufacturer. If
    # a directory is listed both here and in also_scan_dirs, dont_scan_dirs
    # takes precedence. Note that this blacklist applies to ALL the
    # filesystems that rEFInd scans, not just the ESP, unless you precede
    # the directory name by a filesystem name, as in "myvol:EFI/somedir"
    # to exclude EFI/somedir from the scan on the myvol volume but not on
    # other volumes.
    #dont_scan_dirs ESP:/EFI/boot,EFI/Dell
    # Files that should NOT be included as EFI boot loaders (on the
    # first line of the display). If you're using a boot loader that
    # relies on support programs or drivers that are installed alongside
    # the main binary or if you want to "blacklist" certain loaders by
    # name rather than location, use this option. Note that this will
    # NOT prevent certain binaries from showing up in the second-row
    # set of tools. Most notably, MokManager.efi is in this blacklist,
    # but will show up as a tool if present in certain directories. You
    # can control the tools row with the showtools token.
    # The default is shim.efi,TextMode.efi,ebounce.efi,GraphicsConsole.efi,MokManager.efi,HashTool.efi,HashTool-signed.efi
    #dont_scan_files shim.efi,MokManager.efi
    # Scan for Linux kernels that lack a ".efi" filename extension. This is
    # useful for better integration with Linux distributions that provide
    # kernels with EFI stub loaders but that don't give those kernels filenames
    # that end in ".efi", particularly if the kernels are stored on a
    # filesystem that the EFI can read. When uncommented, this option causes
    # all files in scanned directories with names that begin with "vmlinuz"
    # or "bzImage" to be included as loaders, even if they lack ".efi"
    # extensions. The drawback to this option is that it can pick up kernels
    # that lack EFI stub loader support and other files. Passing this option
    # a "0" value causes kernels without ".efi" extensions to NOT be scanned;
    # passing it alone or with any other value causes all kernels to be scanned.
    # Default is to NOT scan for kernels without ".efi" extensions.
    scan_all_linux_kernels
    # Set the maximum number of tags that can be displayed on the screen at
    # any time. If more loaders are discovered than this value, rEFInd shows
    # a subset in a scrolling list. If this value is set too high for the
    # screen to handle, it's reduced to the value that the screen can manage.
    # If this value is set to 0 (the default), it's adjusted to the number
    # that the screen can handle.
    #max_tags 0
    # Set the default menu selection. The available arguments match the
    # keyboard accelerators available within rEFInd. You may select the
    # default loader using:
    # - A digit between 1 and 9, in which case the Nth loader in the menu
    # will be the default.
    # - Any substring that corresponds to a portion of the loader's title
    # (usually the OS's name or boot loader's path).
    #default_selection 1
    default_selection "vmlinuz-linux"
    # Include a secondary configuration file within this one. This secondary
    # file is loaded as if its options appeared at the point of the "include"
    # token itself, so if you want to override a setting in the main file,
    # the secondary file must be referenced AFTER the setting you want to
    # override. Note that the secondary file may NOT load a tertiary file.
    #include manual.conf
    # Sample manual configuration stanzas. Each begins with the "menuentry"
    # keyword followed by a name that's to appear in the menu (use quotes
    # if you want the name to contain a space) and an open curly brace
    # ("{"). Each entry ends with a close curly brace ("}"). Common
    # keywords within each stanza include:
    # volume - identifies the filesystem from which subsequent files
    # are loaded. You can specify the volume by label or by
    # a number followed by a colon (as in "0:" for the first
    # filesystem or "1:" for the second).
    # loader - identifies the boot loader file
    # initrd - Specifies an initial RAM disk file
    # icon - specifies a custom boot loader icon
    # ostype - OS type code to determine boot options available by
    # pressing Insert. Valid values are "MacOS", "Linux",
    # "Windows", and "XOM". Case-sensitive.
    # graphics - set to "on" to enable graphics-mode boot (useful
    # mainly for MacOS) or "off" for text-mode boot.
    # Default is auto-detected from loader filename.
    # options - sets options to be passed to the boot loader; use
    # quotes if more than one option should be passed or
    # if any options use characters that might be changed
    # by rEFInd parsing procedures (=, /, #, or tab).
    # disabled - use alone or set to "yes" to disable this entry.
    # Note that you can use either DOS/Windows/EFI-style backslashes (\)
    # or Unix-style forward slashes (/) as directory separators. Either
    # way, all file references are on the ESP from which rEFInd was
    # launched.
    # Use of quotes around parameters causes them to be interpreted as
    # one keyword, and for parsing of special characters (spaces, =, /,
    # and #) to be disabled. This is useful mainly with the "options"
    # keyword. Use of quotes around parameters that specify filenames is
    # permissible, but you must then use backslashes instead of slashes,
    # except when you must pass a forward slash to the loader, as when
    # passing a root= option to a Linux kernel.
    # Below are several sample boot stanzas. All are disabled by default.
    # Find one similar to what you need, copy it, remove the "disabled" line,
    # and adjust the entries to suit your needs.
    # A sample entry for a Linux 3.3 kernel with its new EFI boot stub
    # support on a filesystem called "KERNELS". This entry includes
    # Linux-specific boot options and specification of an initial RAM disk.
    # Note uses of Linux-style forward slashes, even in the initrd
    # specification. Also note that a leading slash is optional in file
    # specifications.
    menuentry Linux {
    icon EFI/refind/icons/os_linux.icns
    volume KERNELS
    loader bzImage-3.3.0-rc7
    initrd initrd-3.3.0.img
    options "ro root=UUID=5f96cafa-e0a7-4057-b18f-fa709db5b837"
    disabled
    # A sample entry for loading Ubuntu using its standard name for
    # its GRUB 2 boot loader. Note uses of Linux-style forward slashes
    menuentry Ubuntu {
    loader /EFI/ubuntu/grubx64.efi
    icon /EFI/refined/icons/os_linux.icns
    disabled
    # A minimal ELILO entry, which probably offers nothing that
    # auto-detection can't accomplish.
    menuentry "ELILO" {
    loader \EFI\elilo\elilo.efi
    disabled
    # Like the ELILO entry, this one offers nothing that auto-detection
    # can't do; but you might use it if you want to disable auto-detection
    # but still boot Windows....
    menuentry "Windows 7" {
    loader \EFI\Microsoft\Boot\bootmgfw.efi
    disabled
    # EFI shells are programs just like boot loaders, and can be
    # launched in the same way. You can pass a shell the name of a
    # script that it's to run on the "options" line. The script
    # could initialize hardware and then launch an OS, or it could
    # do something entirely different.
    menuentry "Windows via shell script" {
    icon \EFI\refind\icons\os_win.icns
    loader \EFI\tools\shell.efi
    options "fs0:\EFI\tools\launch_windows.nsh"
    disabled
    # Mac OS is normally detected and run automatically; however,
    # if you want to do something unusual, a manual boot stanza may
    # be the way to do it. This one does nothing very unusual, but
    # it may serve as a starting point. Note that you'll almost
    # certainly need to change the "volume" line for this example
    # to work.
    menuentry "My Mac OS X" {
    icon \EFI\refind\icons\os_mac.icns
    volume "OS X boot"
    loader \System\Library\CoreServices\boot.efi
    disabled
    cat /etc/fstab
    # /etc/fstab: static file system information
    # <file system> <dir> <type> <options> <dump> <pass>
    # /dev/sda2
    UUID=7b92a840-4747-43b7-b2cf-02cbf92afce7 / ext4 rw,relatime,data=ordered 0 1
    # /dev/sda4
    UUID=72f64fd4-a3f1-424c-8fe3-cdf7751a84e0 /home ext4 rw,relatime,data=ordered 0 2
    # /dev/sda1
    # UUID=5447-7409 /boot vfat rw,relatime,fmask=0022,dmask=0022,codepage=437,iocharset=iso8859-1,shortname=mixed,errors=remount-ro 0 2
    UUID=5447-7409 /boot vfat noatime 0 2
    # /dev/sda3
    UUID=1e11bea5-41db-4969-a8fa-a461734b71ac none swap defaults 0 0
    This is a clean install using April 01 ISO with minimal or no modifications. I have tried to follow wiki as precisely as possible. I am not sure what I am missing. Thanks.
    EDIT1: Updated and cleaned the post to better reflect current structure and added /etc/fstab.
    EDIT2: @swordfish Removed /boot/EFI/arch.
    Last edited by donniezazen (2013-04-04 06:37:07)

    I used March ISO instead of April ISO and it worked flawlessly. There is some problem with April ISO where efibootmgr and UEFI Shell1/2 fail with ASSERT_EFI_ERROR (status = device error).
    I have removed both /boot/EFI/boot and /boot/EFI/arch. I now have two entries one on vmlinuz-linux on 1024 Fat 32 partition which works and second one boot/vmlinuz-linux on 20G / partition which fails and takes me to rootfs. Also refind isn't showing UEFI shells that  I have in /boot/EFI/tools/Shells.
    ls -R /boot
    /boot:
    EFI initramfs-linux-fallback.img initramfs-linux.img refind_linux.conf vmlinuz-linux
    /boot/EFI:
    drivers refind tools
    /boot/EFI/drivers:
    ext2_x64.efi ext4_x64.efi hfs_x64.efi iso9660_x64.efi reiserfs_x64.efi
    /boot/EFI/refind:
    icons refind.conf refind_x64.efi
    /boot/EFI/refind/icons:
    ### Icons
    /boot/EFI/tools:
    Shell.efi
    # refind.conf
    # Configuration file for the rEFInd boot menu
    # Timeout in seconds for the main menu screen. Setting the timeout to 0
    # disables automatic booting (i.e., no timeout).
    timeout 5
    # Hide user interface elements for personal preference or to increase
    # security:
    # banner - the rEFInd title banner (built-in or loaded via "banner")
    # label - boot option text label in the menu
    # singleuser - remove the submenu options to boot Mac OS X in single-user
    # or verbose modes; affects ONLY MacOS X
    # safemode - remove the submenu option to boot Mac OS X in "safe mode"
    # hwtest - the submenu option to run Apple's hardware test
    # arrows - scroll arrows on the OS selection tag line
    # hints - brief command summary in the menu
    # editor - the options editor (+, F2, or Insert on boot options menu)
    # all - all of the above
    # Default is none of these (all elements active)
    #hideui singleuser
    #hideui all
    # Set the name of a subdirectory in which icons are stored. Icons must
    # have the same names they have in the standard directory. The directory
    # name is specified relative to the main rEFInd binary's directory. If
    # an icon can't be found in the specified directory, an attempt is made
    # to load it from the default directory; thus, you can replace just some
    # icons in your own directory and rely on the default for others.
    # Default is "icons".
    #icons_dir myicons
    # Use a custom title banner instead of the rEFInd icon and name. The file
    # path is relative to the directory where refind.efi is located. The color
    # in the top left corner of the image is used as the background color
    # for the menu screens. Currently uncompressed BMP images with color
    # depths of 24, 8, 4 or 1 bits are supported, as well as PNG images.
    #banner hostname.bmp
    #banner mybanner.png
    # Custom images for the selection background. There is a big one (144 x 144)
    # for the OS icons, and a small one (64 x 64) for the function icons in the
    # second row. If only a small image is given, that one is also used for
    # the big icons by stretching it in the middle. If only a big one is given,
    # the built-in default will be used for the small icons.
    # Like the banner option above, these options take a filename of an
    # uncompressed BMP image file with a color depth of 24, 8, 4, or 1 bits,
    # or a PNG image. The PNG format is required if you need transparency
    # support (to let you "see through" to a full-screen banner).
    #selection_big selection-big.bmp
    #selection_small selection-small.bmp
    # Set the font to be used for all textual displays in graphics mode.
    # The font must be a PNG file with alpha channel transparency. It must
    # contain ASCII characters 32-126 (space through tilde), inclusive, plus
    # a glyph to be displayed in place of characters outside of this range,
    # for a total of 96 glyphs. Only monospaced fonts are supported. Fonts
    # may be of any size, although large fonts can produce display
    # irregularities.
    # The default is rEFInd's built-in font, Luxi Mono Regular 12 point.
    #font myfont.png
    # Use text mode only. When enabled, this option forces rEFInd into text mode.
    # Passing this option a "0" value causes graphics mode to be used. Pasing
    # it no value or any non-0 value causes text mode to be used.
    # Default is to use graphics mode.
    #textonly
    textonly
    # Set the EFI text mode to be used for textual displays. This option
    # takes a single digit that refers to a mode number. Mode 0 is normally
    # 80x25, 1 is sometimes 80x50, and higher numbers are system-specific
    # modes. Mode 1024 is a special code that tells rEFInd to not set the
    # text mode; it uses whatever was in use when the program was launched.
    # If you specify an invalid mode, rEFInd pauses during boot to inform
    # you of valid modes.
    # CAUTION: On VirtualBox, and perhaps on some real computers, specifying
    # a text mode and uncommenting the "textonly" option while NOT specifying
    # a resolution can result in an unusable display in the booted OS.
    # Default is 1024 (no change)
    #textmode 2
    textmode 1024
    # Set the screen's video resolution. Pass this option either:
    # * two values, corresponding to the X and Y resolutions
    # * one value, corresponding to a GOP (UEFI) video mode
    # Note that not all resolutions are supported. On UEFI systems, passing
    # an incorrect value results in a message being shown on the screen to
    # that effect, along with a list of supported modes. On EFI 1.x systems
    # (e.g., Macintoshes), setting an incorrect mode silently fails. On both
    # types of systems, setting an incorrect resolution results in the default
    # resolution being used. A resolution of 1024x768 usually works, but higher
    # values often don't.
    # Default is "0 0" (use the system default resolution, usually 800x600).
    #resolution 1024 768
    #resolution 3
    resolution 1024 768
    # Launch specified OSes in graphics mode. By default, rEFInd switches
    # to text mode and displays basic pre-launch information when launching
    # all OSes except OS X. Using graphics mode can produce a more seamless
    # transition, but displays no information, which can make matters
    # difficult if you must debug a problem. Also, on at least one known
    # computer, using graphics mode prevents a crash when using the Linux
    # kernel's EFI stub loader. You can specify an empty list to boot all
    # OSes in text mode.
    # Valid options:
    # osx - Mac OS X
    # linux - A Linux kernel with EFI stub loader
    # elilo - The ELILO boot loader
    # grub - The GRUB (Legacy or 2) boot loader
    # windows - Microsoft Windows
    # Default value: osx
    #use_graphics_for osx,linux
    # Which non-bootloader tools to show on the tools line, and in what
    # order to display them:
    # shell - the EFI shell (requires external program; see rEFInd
    # documentation for details)
    # gptsync - the (dangerous) gptsync.efi utility (requires external
    # program; see rEFInd documentation for details)
    # apple_recovery - boots the Apple Recovery HD partition, if present
    # mok_tool - makes available the Machine Owner Key (MOK) maintenance
    # tool, MokManager.efi, used on Secure Boot systems
    # about - an "about this program" option
    # exit - a tag to exit from rEFInd
    # shutdown - shuts down the computer (a bug causes this to reboot
    # EFI systems)
    # reboot - a tag to reboot the computer
    # Default is shell,apple_recovery,mok_tool,about,shutdown,reboot
    #showtools shell, mok_tool, about, reboot, exit
    showtools shell, about, reboot, exit
    # Directories in which to search for EFI drivers. These drivers can
    # provide filesystem support, give access to hard disks on plug-in
    # controllers, etc. In most cases none are needed, but if you add
    # EFI drivers and you want rEFInd to automatically load them, you
    # should specify one or more paths here. rEFInd always scans the
    # "drivers" and "drivers_{arch}" subdirectories of its own installation
    # directory (where "{arch}" is your architecture code); this option
    # specifies ADDITIONAL directories to scan.
    # Default is to scan no additional directories for EFI drivers
    #scan_driver_dirs EFI/tools/drivers,drivers
    scan_driver_dirs EFI/tools/drivers,drivers
    # Which types of boot loaders to search, and in what order to display them:
    # internal - internal EFI disk-based boot loaders
    # external - external EFI disk-based boot loaders
    # optical - EFI optical discs (CD, DVD, etc.)
    # hdbios - BIOS disk-based boot loaders
    # biosexternal - BIOS external boot loaders (USB, eSATA, etc.)
    # cd - BIOS optical-disc boot loaders
    # manual - use stanzas later in this configuration file
    # Note that the legacy BIOS options require firmware support, which is
    # not present on all computers.
    # On UEFI PCs, default is internal,external,optical,manual
    # On Macs, default is internal,hdbios,external,biosexternal,optical,cd,manual
    #scanfor internal,external,optical,manual
    scanfor internal,external,optical,manual
    # Delay for the specified number of seconds before scanning disks.
    # This can help some users who find that some of their disks
    # (usually external or optical discs) aren't detected initially,
    # but are detected after pressing Esc.
    # The default is 0.
    #scan_delay 5
    # When scanning volumes for EFI boot loaders, rEFInd always looks for
    # Mac OS X's and Microsoft Windows' boot loaders in their normal locations,
    # and scans the root directory and every subdirectory of the /EFI directory
    # for additional boot loaders, but it doesn't recurse into these directories.
    # The also_scan_dirs token adds more directories to the scan list.
    # Directories are specified relative to the volume's root directory. This
    # option applies to ALL the volumes that rEFInd scans UNLESS you include
    # a volume name and colon before the directory name, as in "myvol:/somedir"
    # to scan the somedir directory only on the filesystem named myvol. If a
    # specified directory doesn't exist, it's ignored (no error condition
    # results). The default is to scan the "boot" directory in addition to
    # various hard-coded directories.
    #also_scan_dirs boot,ESP2:EFI/linux/kernels
    # Partitions to omit from scans. You must specify a volume by its
    # label, which you can obtain in an EFI shell by typing "vol", from
    # Linux by typing "blkid /dev/{devicename}", or by examining the
    # disk's label in various OSes' file browsers.
    # The default is "Recovery HD".
    #dont_scan_volumes "Recovery HD"
    # Directories that should NOT be scanned for boot loaders. By default,
    # rEFInd doesn't scan its own directory or the EFI/tools directory.
    # You can "blacklist" additional directories with this option, which
    # takes a list of directory names as options. You might do this to
    # keep EFI/boot/bootx64.efi out of the menu if that's a duplicate of
    # another boot loader or to exclude a directory that holds drivers
    # or non-bootloader utilities provided by a hardware manufacturer. If
    # a directory is listed both here and in also_scan_dirs, dont_scan_dirs
    # takes precedence. Note that this blacklist applies to ALL the
    # filesystems that rEFInd scans, not just the ESP, unless you precede
    # the directory name by a filesystem name, as in "myvol:EFI/somedir"
    # to exclude EFI/somedir from the scan on the myvol volume but not on
    # other volumes.
    #dont_scan_dirs ESP:/EFI/boot,EFI/Dell
    # Files that should NOT be included as EFI boot loaders (on the
    # first line of the display). If you're using a boot loader that
    # relies on support programs or drivers that are installed alongside
    # the main binary or if you want to "blacklist" certain loaders by
    # name rather than location, use this option. Note that this will
    # NOT prevent certain binaries from showing up in the second-row
    # set of tools. Most notably, MokManager.efi is in this blacklist,
    # but will show up as a tool if present in certain directories. You
    # can control the tools row with the showtools token.
    # The default is shim.efi,TextMode.efi,ebounce.efi,GraphicsConsole.efi,MokManager.efi,HashTool.efi,HashTool-signed.efi
    #dont_scan_files shim.efi,MokManager.efi
    # Scan for Linux kernels that lack a ".efi" filename extension. This is
    # useful for better integration with Linux distributions that provide
    # kernels with EFI stub loaders but that don't give those kernels filenames
    # that end in ".efi", particularly if the kernels are stored on a
    # filesystem that the EFI can read. When uncommented, this option causes
    # all files in scanned directories with names that begin with "vmlinuz"
    # or "bzImage" to be included as loaders, even if they lack ".efi"
    # extensions. The drawback to this option is that it can pick up kernels
    # that lack EFI stub loader support and other files. Passing this option
    # a "0" value causes kernels without ".efi" extensions to NOT be scanned;
    # passing it alone or with any other value causes all kernels to be scanned.
    # Default is to NOT scan for kernels without ".efi" extensions.
    scan_all_linux_kernels
    # Set the maximum number of tags that can be displayed on the screen at
    # any time. If more loaders are discovered than this value, rEFInd shows
    # a subset in a scrolling list. If this value is set too high for the
    # screen to handle, it's reduced to the value that the screen can manage.
    # If this value is set to 0 (the default), it's adjusted to the number
    # that the screen can handle.
    #max_tags 0
    # Set the default menu selection. The available arguments match the
    # keyboard accelerators available within rEFInd. You may select the
    # default loader using:
    # - A digit between 1 and 9, in which case the Nth loader in the menu
    # will be the default.
    # - Any substring that corresponds to a portion of the loader's title
    # (usually the OS's name or boot loader's path).
    #default_selection 1
    # Include a secondary configuration file within this one. This secondary
    # file is loaded as if its options appeared at the point of the "include"
    # token itself, so if you want to override a setting in the main file,
    # the secondary file must be referenced AFTER the setting you want to
    # override. Note that the secondary file may NOT load a tertiary file.
    #include manual.conf
    # Sample manual configuration stanzas. Each begins with the "menuentry"
    # keyword followed by a name that's to appear in the menu (use quotes
    # if you want the name to contain a space) and an open curly brace
    # ("{"). Each entry ends with a close curly brace ("}"). Common
    # keywords within each stanza include:
    # volume - identifies the filesystem from which subsequent files
    # are loaded. You can specify the volume by label or by
    # a number followed by a colon (as in "0:" for the first
    # filesystem or "1:" for the second).
    # loader - identifies the boot loader file
    # initrd - Specifies an initial RAM disk file
    # icon - specifies a custom boot loader icon
    # ostype - OS type code to determine boot options available by
    # pressing Insert. Valid values are "MacOS", "Linux",
    # "Windows", and "XOM". Case-sensitive.
    # graphics - set to "on" to enable graphics-mode boot (useful
    # mainly for MacOS) or "off" for text-mode boot.
    # Default is auto-detected from loader filename.
    # options - sets options to be passed to the boot loader; use
    # quotes if more than one option should be passed or
    # if any options use characters that might be changed
    # by rEFInd parsing procedures (=, /, #, or tab).
    # disabled - use alone or set to "yes" to disable this entry.
    # Note that you can use either DOS/Windows/EFI-style backslashes (\)
    # or Unix-style forward slashes (/) as directory separators. Either
    # way, all file references are on the ESP from which rEFInd was
    # launched.
    # Use of quotes around parameters causes them to be interpreted as
    # one keyword, and for parsing of special characters (spaces, =, /,
    # and #) to be disabled. This is useful mainly with the "options"
    # keyword. Use of quotes around parameters that specify filenames is
    # permissible, but you must then use backslashes instead of slashes,
    # except when you must pass a forward slash to the loader, as when
    # passing a root= option to a Linux kernel.
    # Below are several sample boot stanzas. All are disabled by default.
    # Find one similar to what you need, copy it, remove the "disabled" line,
    # and adjust the entries to suit your needs.
    # A sample entry for a Linux 3.3 kernel with its new EFI boot stub
    # support on a filesystem called "KERNELS". This entry includes
    # Linux-specific boot options and specification of an initial RAM disk.
    # Note uses of Linux-style forward slashes, even in the initrd
    # specification. Also note that a leading slash is optional in file
    # specifications.
    menuentry Linux {
    icon EFI/refind/icons/os_linux.icns
    volume KERNELS
    loader bzImage-3.3.0-rc7
    initrd initrd-3.3.0.img
    options "ro root=UUID=5f96cafa-e0a7-4057-b18f-fa709db5b837"
    disabled
    # A sample entry for loading Ubuntu using its standard name for
    # its GRUB 2 boot loader. Note uses of Linux-style forward slashes
    menuentry Ubuntu {
    loader /EFI/ubuntu/grubx64.efi
    icon /EFI/refined/icons/os_linux.icns
    disabled
    # A minimal ELILO entry, which probably offers nothing that
    # auto-detection can't accomplish.
    menuentry "ELILO" {
    loader \EFI\elilo\elilo.efi
    disabled
    # Like the ELILO entry, this one offers nothing that auto-detection
    # can't do; but you might use it if you want to disable auto-detection
    # but still boot Windows....
    menuentry "Windows 7" {
    loader \EFI\Microsoft\Boot\bootmgfw.efi
    disabled
    # EFI shells are programs just like boot loaders, and can be
    # launched in the same way. You can pass a shell the name of a
    # script that it's to run on the "options" line. The script
    # could initialize hardware and then launch an OS, or it could
    # do something entirely different.
    menuentry "Windows via shell script" {
    icon \EFI\refind\icons\os_win.icns
    loader \EFI\tools\shell.efi
    options "fs0:\EFI\tools\launch_windows.nsh"
    disabled
    # Mac OS is normally detected and run automatically; however,
    # if you want to do something unusual, a manual boot stanza may
    # be the way to do it. This one does nothing very unusual, but
    # it may serve as a starting point. Note that you'll almost
    # certainly need to change the "volume" line for this example
    # to work.
    menuentry "My Mac OS X" {
    icon \EFI\refind\icons\os_mac.icns
    volume "OS X boot"
    loader \System\Library\CoreServices\boot.efi
    disabled
    Thanks for suggesting to try older ISO.
    UPDATE:- Most recent ls -R /boot and my refind.conf. Reading over Rod Smith's rEFInd documentation has helped me clean up a little more and set up a good boot manager with automatic kernel detection and shell. I do want to get rid of drivers list that shows itself up along with kernel. Next is to tackle menu entry. Thanks.
    Last edited by donniezazen (2013-04-04 06:43:16)

  • [SOLVED]system fails to boot since adding udev rules for automounting

    Hello
    I have recently been trying to use udev rules to automount, and putting together stuff from the wiki, forums and general googling around have produced the following set of rules:
    # automounts usb hdd and pendrives as usbhd-sdx; no messing around with
    # volume labels or other confusing stuff
    # matches all sdx devices except the internal hdd, sda
    KERNEL=="sd[b-z]", NAME="%k", SYMLINK+="usbhd-%k", GROUP="users", OPTIONS="last_rule"
    # imports filesystem information
    ACTION=="add", IMPORT{program}="/sbin/blkid -o udev -p %N"
    # creates mount points and sets up symlinks
    ACTION=="add", KERNEL=="sd[b-z][0-9]", SYMLINK+="usbhd-%k", GROUP="users", NAME="%k"
    ACTION=="add", KERNEL=="sd[b-z][0-9]", RUN+="/bin/mkdir -p /media/usbhd-%k"
    ACTION=="add", KERNEL=="sd[b-z][0-9]", RUN+="/bin/ln -s /media/usbhd-%k /mnt/usbhd-%k"
    # global mount options
    ACTION=="add", ENV{mount_options}="relatime"
    # filesystem-specific mount options (777/666 dir/file perms for ntfs/vfat)
    ACTION=="add", ENV{ID_FS_TYPE}=="vfat|ntfs", ENV{mount_options}="$env{mount_options},gid=100,dmask=000,fmask=111,utf8"
    # automount ntfs filesystem with ntfs-3g driver
    ACTION=="add", KERNEL=="sd[b-z][0-9]", ENV{ID_FS_TYPE}=="ntfs", RUN+="/bin/mount -t ntfs-3g -o %E{mount_options} /dev/%k /media/usbhd-%k", OPTIONS="last_r$
    # automount all other file systems
    ACTION=="add", KERNEL=="sd[b-z][0-9]", ENV{ID_FS_TYPE}!="ntfs", RUN+="/bin/mount -t auto -o %E{mount_options} /dev/%k /media/usbhd-%k", OPTIONS="last_rule"
    # unmounts and removes the mount points
    ACTION=="remove", KERNEL=="sd[b-z][0-9]", RUN+="/bin/rm -f /mnt/usbhd-%k"
    ACTION=="remove", KERNEL=="sd[b-z][0-9]", RUN+="/bin/umount -l /media/usbhd-%k"
    ACTION=="remove", KERNEL=="sd[b-z][0-9]", RUN+="/bin/rmdir /media/usbhd-%k", OPTIONS="last_rule"
    This seemed to be working very well unitl I tried to boot this morning and the boot process stopped at "processing UDev events" with the following message:
    iTCO_wdt: Unexpected close, not stopping watchdog!
    It pauses at this point for 10-15 seconds and then reboots.
    Having searched a bit, I found the following similar post on the forums:  http://bbs.archlinux.org/viewtopic.php?pid=459375
    Which suggests that the problem might lie with this line:
    ACTION=="add", IMPORT{program}="/sbin/blkid -o udev -p %N"
    I have renamed the file so that it no longer has the udev .rules extension and now the system boots fine.  Does anyone have any suggestions as to why the above rules might be causing this behaviour and how I might go about fixing it?
    Thanks
    Last edited by useradded (2010-07-02 22:58:14)

    Hey falconindy
    That was the final kick up the logical a$$ that I needed to get some kind of grip on udev rules.  I now have a fully functional rule that applies only to /dev/sdxy and not to everything else as well, so no more boot trauma, THANK YOU.
    I will mark this thread as solved and post my new rule for the benefit of anyone who might read this.
    New rule (no boot problems):
    # automounts usb hdd and pendrives as label or as usbhd-sdxy if no label present
    # ensures the following is _only_ run for sdxy devices excluding internal hdd, sda
    KERNEL!="sd[b-z][0-9]", GOTO="personal_usb_automount_settings_end"
    # imports filesystem information
    # provides access to following variables:
    # ID_FS_UUID; ID_FS_UUID_ENC; ID_FS_VERSION; ID_FS_TYPE; ID_FS_VERSION; ID_FS_LABEL
    # accessible via ENV{variable}; $env{variable}|%E{variable}
    IMPORT{program}="/sbin/blkid -o udev -p %N"
    # Get a label if present, otherwise name usbhd-%k
    ENV{ID_FS_LABEL}!="", ENV{dir_name}="%E{ID_FS_LABEL}"
    ENV{ID_FS_LABEL}=="", ENV{dir_name}="usbhd-%k"
    # creates mount points and sets up symlinks
    ACTION=="add", SYMLINK+="%E{dir_name}", GROUP="users", NAME="%k"
    ACTION=="add", RUN+="/bin/mkdir -p /media/%E{dir_name}"
    ACTION=="add", RUN+="/bin/ln -s /media/%E{dir_name} /mnt/%E{dir_name}"
    # global mount options
    ACTION=="add", ENV{mount_options}="relatime"
    # filesystem-specific mount options (777/666 dir/file perms for ntfs/vfat)
    ACTION=="add", ENV{ID_FS_TYPE}=="vfat|ntfs", ENV{mount_options}="$env{mount_options},gid=100,dmask=000,fmask=111,utf8"
    # automount ntfs filesystem with ntfs-3g driver
    ACTION=="add", ENV{ID_FS_TYPE}=="ntfs", RUN+="/bin/mount -t ntfs-3g -o %E{mount_options} /dev/%k /media/%E{dir_name}", OPTIONS="last_rule"
    # automount all other file systems
    ACTION=="add",ENV{ID_FS_TYPE}!="ntfs", RUN+="/bin/mount -t auto -o %E{mount_options} /dev/%k /media/%E{dir_name}", OPTIONS="last_rule"
    # unmounts and removes the mount points
    ACTION=="remove", RUN+="/bin/rm -f /mnt/%E{dir_name}"
    ACTION=="remove", RUN+="/bin/umount -l /media/%E{dir_name}"
    ACTION=="remove", RUN+="/bin/rmdir /media/%E{dir_name}", OPTIONS="last_rule"
    # exit
    LABEL=="personal_usb_automount_settings_end"
    Last edited by useradded (2010-07-02 22:59:20)

  • [SOLVED] nouveau error while booting arch

    Hi!!! I'm newbie to arch, here is an error I can't solve myself. I search in google for solutions but they didn't solved. Please help me to solve this. I dual booted arch linux with window 8.1. After installation, while booting for the first time, this error occurred.
    Here is the error I found.
    [0.063411] Ignoring BGRT: Invalid status 0 (expected 1)
    starting version 218
    Arch_Linux: clean, 70622/18677760 files, 1643393/74703025 blocks
    [ 15.759913] nouveau E[ PIBUST][0000:01:00.0] HUBO: 0xffffffff (0x1a
    [ 15.759952] nouveau E[ PIBUST][0000:01:00.0] GPCO: 0x00000001 (0x1a
    [ 15.823494] nouveau E[ PBUS][0000:01:00.0] MMIO: 0x00000000 FAULT a
    [ 15.824050] nouveau E[ DRM]Pointer to TMDS table invalid
    [ 15.824072] nouveau E[ DRM]Pointer to flat panel table invalid}
    Last edited by aaa234 (2015-02-04 04:18:42)

    aaa234 wrote:
    runical wrote:
    That is a different problem to be honest. I assume that you can login using your normal user? If you set up sudo you might be able to get into root by using
    sudo su
    and change the password like that.
    I'm sorry if this is a noob question. Where do I type sudo su because as soon as the OS is booted, the system asks localhost login and password. I haven't installed any desktop environment yet. I only set up a password under arch-chroot but I can't login with and without that password.
    I was assuming a normal installed environment with a normal user. Using "sudo su", you can abuse privileges granted by sudo to circumvent the password required by su. A well configured sudo should not allow this, but in this case it seemed likely that the system was not completely set up yet.
    problem has been solved with this https://bbs.archlinux.org/viewtopic.php?id=168879
    Then, if there are no more problems, please mark the thread as solved.

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