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Installation on Itanium Instead of the BIOS layer, Itanium-based systems (and potentially x86 systems) use the Extensible Firmware Interface (EFI) as the interface between the operating system and the platform firmware. EFI resides permanently in NVRAM, enabling access to the boot interface without any additional external software. An installation on an EFI-based system can be initiated by booting the server with the first CDROM of the install media in the CD-ROM drive. An install session can also be started from the boot manager menu on a booted EFI-based server by selecting the CD-ROM drive and pressing the Enter key as follows: Please select a boot option CD/DVD ROM/Pci (iF|i) /Ata(Primary,Master) ELILO boot: Lastly, the installer can be started on a prebooted Itanium-based system by navigating to the device corresponding to the CD-ROM drive. The EFI map command lists the mapping of devices; for example, if fsO corresponds to the CD-ROM device, type f sO: at the prompt.

Shell> fsO:

Figure 15-1. The Workspaces component in relation to the other middle tier and infrastructure components

Remember to append the colon after the device name. The ELILO Linux bootloader can then be started manually using this command: FsO:\> elilo.efi ELILO boot:

let doNothingToAnInt (x: int) = x let intList = [1; 2; 3] let (stringList: list<string>) = ["one"; "two"; "three"]

As we have seen in an EMC CLARiiON environment, the host has access to its storage through a path to either storage processor A or storage processor B at any one point in time. In the most straightforward implementation, for functionality the host wiU be connected to the storage through

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a single HBA either directly to the storage itself or through a single FC switch In the event of the failure of one of the components in the I/O path, the host will lose access to the storage In the event of the failure of an EMC CLARiiON storage processor, given the correct configuration of the infrastructure between the host and the storage, only a host reboot (or driver module reconfiguration) is required to re-enable access to the storage through the remaining storage processor However, given the failure of the HBA itself the host will lose access to the storage until the failed component is physically replaced In the event of a single FC switch failure, all hosts will lose access to the storage in its entirety until the switch is replaced.

End-user access to Workspaces is from a browser, following the usual route through the Web Cache to the Apache web listener. After Single Sign-On authentication when first contacting the middle tier, the user can navigate to the list of workspaces to which he has been given access. The security structures identifying Workspaces users and their privileges are stored in the Oracle Internet Directory. The Workspaces component then generates a user interface which presents the content of a workspace to the user. The documents and other items in a workspace are managed by the application components to which they belong; no data is ever duplicated, and it is also available through the components standard interfaces. The Workspaces configuration metadata is stored in a schema in the Oracle Collaboration Suite database. Workspaces is critically dependent on the availability of the other application components. If these are not started, users connected to Workspaces will not be able to access any data. Workspaces can tolerate downtime of an application component in a reasonably graceful manner, but only information stored in the components that are running will be accessible. An attempt

In a production RAC environment, eliminating the prospect of a single point of failure within the I/O path is desirable The solution for this within an EMC CLARiiON environment is EMC PowerPath software EMC PowerPath can be summarized as offering the following features: Multiple path support: Access to the storage through multiple channels increases performance and availability Path failover: Automatic redirection of data from a failed path to an alternate channel offers increased resiliency Dynamic load balancing: Improves performance by automatically distributing data across all of the channels available according to the workload Online recovery: Automatically detects and recovers when failed paths are re-established without interruption In an EMC CLARiiON RAC environment, PowerPath software is installed at the Linux operating system level on every node within the cluster.

Every node must have at least two HBAs with independent paths through to the same storage on the CLARiiON itself through both storage processor A (SPA) and storage processor B (SPB) Once PowerPath is installed and configured, the software creates a power driver on the host immediately above the HBA driver layer PowerPath then creates virtual power or pseudodevices to the storage itself as shown in Figure 7-1 Within a standard Linux-based configuration, these power devices have pseudonames that follow the naming convention /dev/emcpowera, /dev/emcpowerb, /dev/emcpowerb, and so on The mappings to the underlying devices are stored in the file /etc/opt/emcpower/emcpower conf In a RAC environment, ensuring that the mappings within this file are consistent across all of the nodes in the cluster is important.

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