megaide-2.26j-11.ul10.i586.rpm Server Server UnitedLinux 1.0/SUSE LINUX Enterprise Server 8 Red Hat Advanced Server 2.1 Driver - Storage Controller ドライバ - 記憶装置コントローラ HP ProLiant Integrated Ultra ATA-100 Dual Channel Driver for UnitedLinux 1.0 HP ProLiant内蔵Ultra ATA-100デュアル チャネル ドライバ for UnitedLinux 1.0 HP ProLiant Integrated Ultra ATA-100 Dual Channel Driver for UnitedLinux 1.0 HP ProLiant内蔵Ultra ATA-100デュアル チャネル ドライバ for UnitedLinux 1.0 Hewlett-Packard Company English (US) 英語 # rpm -ivh megaide-< version >.ul10.i686.rpmSetup is now complete. Please REBOOT your computer NOW!! To upgrade the driver type:
    # rpm -Uvh megaide-< version >.ul10.i686.rpm
Upgrade is Now Complete. Please REBOOT your computer NOW!! NOTE: If the installation fails or if you see any warning or error messages, STOP, do NOT reboot the computer. The driver will not be operational and you must uninstall the driver by typing the following command:
    # rpm -e megaide-< version >
The removal of the RPM restores the original megaide.o module, and builds a new initrd image with the previous driver object module (if any) and adds yet another grub or lilo entry. You can then boot using this newest lilo or grub entry, (provided the building of the new initrd image goes well), or your original lilo or grub entry. The successful installation will replace the driver that shipped with Red Hat Enterprise Linux 2.1 with the version of the driver, create a new Initial RAM Disk Image (initrd) that contains the megaide-< version > version of the driver and modify /etc/lilo.conf (or /boot/grub/menu.lst) to allow the Linux Loader, lilo (or grub) to boot using the new ramdisk image. Backups of your previous files will be kept in the /usr/src/HP/driver_backup directory. The driver will be inserted in the Initial RAM Disk Image (initrd) and is automatically loaded every time the server boots, provided it is listed in /etc/modules.conf, which, normally, it is. NOTE: If the hardware is properly installed and you experience error messages loading the modules, remove the entire RPM by typing:
    # rpm -e megaide-< version >
The removal of the RPM will restore the driver modules, and rebuild and initrd image for the running kernel and create appropriate entries in /etc/lilo.conf (or /boot/grub/menu.lst). Additionally you should still be able to boot using the previous entries still in /etc/lilo.conf or /boot/grub/menu.lst, provided the driver modules are restored, or were (and thus still are) in the initrd image. To check whether the driver is loaded properly, type:
    # lsmod
Expect to see the module name megaide displayed. If you attempt to install the RPM on an unsupported system, you will get an error message. The driver will not be operational and must be uninstalled by typing the following command:
    # rpm -e megaide-< version >
UPGRADING ERRATA KERNELS Because the LSI driver is not contained inside the Linux kernel, new errata kernels installed on systems using the LSI driver will fail to create a new initrd and generate an error during installation. The following steps will allow the user to add the latest driver module into the errata kernel's directory and create a new image and boot loader entry. This will allow them to reboot into the upgraded errata kernel.
  1. Boot into the known good kernel (previous kernel).
  2. Install the errata kernel rpm. This will give an error about the lsi driver. That is to be expected. However, the kernel should still have placed its modules in /lib/modules/< kernel version >. The only thing not installed by the errata kernel rpm is the new initrd (Because of the error mentioned above.).
  3. Copy the LSI driver rpm to the / directory.
  4. Extract the LSI driver rpm with the following command:
      #rpm2cpio < rpm name > | cpio -idum
  5. Change directory to locate the driver files tarball:
      #cd /opt/lsirpm/megaide
  6. Extract the driver files tarball:
      #tar xzf < driver >-< id >.tar.gz
  7. Copy the driver for the newly installed errata kernel contained in the driver rpm into the appropriate /lib/modules directory: #cp lib/modules//kernel/drivers/scsi/ /lib/modules//kernel/drivers/scsi/
  8. Run depmod to add the newly installed driver into the modules.dep file for the upgraded errata kernel. #/sbin/depmod -aAq
  9. Make a new ramdisk image for the new errata kernel For redhat systems: #mkinitrd /boot/new.img For SUSE systems: #mkinitrd -k -i /boot/new.img where kernel image is the vmlinuz file installed in /boot by the errata kernel rpm.
  10. Add an entry into the grub or lilo file for this new image and kernel. The easiest method to do this is to copy the entry that is currently the default and modify it to use the new vmlinuz file and the new initial ramdisk image you created. Then set the default entry to the new entry you added.
    NOTE: For lilo systems don't forget to run /sbin/lilo
  11. Reboot into the new kernel image.
]]> # rpm -ivh megaide-< version >.ul10.i686.rpmSetup is now complete. Please REBOOT your computer NOW!! To upgrade the driver type:
    # rpm -Uvh megaide-< version >.ul10.i686.rpm
Upgrade is Now Complete. Please REBOOT your computer NOW!! NOTE: If the installation fails or if you see any warning or error messages, STOP, do NOT reboot the computer. The driver will not be operational and you must uninstall the driver by typing the following command:
    # rpm -e megaide-< version >
The removal of the RPM restores the original megaide.o module, and builds a new initrd image with the previous driver object module (if any) and adds yet another grub or lilo entry. You can then boot using this newest lilo or grub entry, (provided the building of the new initrd image goes well), or your original lilo or grub entry. The successful installation will replace the driver that shipped with Red Hat Enterprise Linux 2.1 with the version of the driver, create a new Initial RAM Disk Image (initrd) that contains the megaide-< version > version of the driver and modify /etc/lilo.conf (or /boot/grub/menu.lst) to allow the Linux Loader, lilo (or grub) to boot using the new ramdisk image. Backups of your previous files will be kept in the /usr/src/HP/driver_backup directory. The driver will be inserted in the Initial RAM Disk Image (initrd) and is automatically loaded every time the server boots, provided it is listed in /etc/modules.conf, which, normally, it is. NOTE: If the hardware is properly installed and you experience error messages loading the modules, remove the entire RPM by typing:
    # rpm -e megaide-< version >
The removal of the RPM will restore the driver modules, and rebuild and initrd image for the running kernel and create appropriate entries in /etc/lilo.conf (or /boot/grub/menu.lst). Additionally you should still be able to boot using the previous entries still in /etc/lilo.conf or /boot/grub/menu.lst, provided the driver modules are restored, or were (and thus still are) in the initrd image. To check whether the driver is loaded properly, type:
    # lsmod
Expect to see the module name megaide displayed. If you attempt to install the RPM on an unsupported system, you will get an error message. The driver will not be operational and must be uninstalled by typing the following command:
    # rpm -e megaide-< version >
UPGRADING ERRATA KERNELS Because the LSI driver is not contained inside the Linux kernel, new errata kernels installed on systems using the LSI driver will fail to create a new initrd and generate an error during installation. The following steps will allow the user to add the latest driver module into the errata kernel's directory and create a new image and boot loader entry. This will allow them to reboot into the upgraded errata kernel.
  1. Boot into the known good kernel (previous kernel).
  2. Install the errata kernel rpm. This will give an error about the lsi driver. That is to be expected. However, the kernel should still have placed its modules in /lib/modules/< kernel version >. The only thing not installed by the errata kernel rpm is the new initrd (Because of the error mentioned above.).
  3. Copy the LSI driver rpm to the / directory.
  4. Extract the LSI driver rpm with the following command:
      #rpm2cpio < rpm name > | cpio -idum
  5. Change directory to locate the driver files tarball:
      #cd /opt/lsirpm/megaide
  6. Extract the driver files tarball:
      #tar xzf < driver >-< id >.tar.gz
  7. Copy the driver for the newly installed errata kernel contained in the driver rpm into the appropriate /lib/modules directory: #cp lib/modules//kernel/drivers/scsi/ /lib/modules//kernel/drivers/scsi/
  8. Run depmod to add the newly installed driver into the modules.dep file for the upgraded errata kernel. #/sbin/depmod -aAq
  9. Make a new ramdisk image for the new errata kernel For redhat systems: #mkinitrd /boot/new.img For SUSE systems: #mkinitrd -k -i /boot/new.img where kernel image is the vmlinuz file installed in /boot by the errata kernel rpm.
  10. Add an entry into the grub or lilo file for this new image and kernel. The easiest method to do this is to copy the entry that is currently the default and modify it to use the new vmlinuz file and the new initial ramdisk image you created. Then set the default entry to the new entry you added.
    NOTE: For lilo systems don't forget to run /sbin/lilo
  11. Reboot into the new kernel image.
]]>
  • Driver freezing when a RAID volume (not boot) is taken off-line.
  • Whole channel going down when a single drive is taken off-line.
    • DMA Buffer changed to utilize a memory pool to decrease likelihood of running low on buffer space. RAID 1 stripe size changed to present 0 as opposed to 64k.]]>
  • RAIDボリューム（起動以外）がオフラインのときにドライブがフリーズする。
  • シングル ドライブがオフラインのときにすべてのチャネルがダウンする。
    • メモリ プールを利用して、バッファ スペースの不足を減少させるようDMAバッファを変更しました。 RAID 1ストライプ サイズが64kのときは0%になるよう変更しました。]]>     1095 0649 0E11 007E rpm -ivh megaide-2.26j-11.ul10.i586.rpm hppldu-1.0.5-11.tar.gz HP ProLiant Linux Deployment Utility install720.sh HP ProLiant Linux Deployment Utility installation shell script hppldu-librpms-1.0.5-11.tar.gz HP ProLiant Linux Deployment Utility Support Library RPMs