Abstract: A method, an information handling system (IHS), and a computer program product initiates injection verification to determine whether a key injection procedure to support automated system activation within a target IHS was completed successfully. An injection verification module (IVM) compares a copy of a selected and limited character sequence for a unique digital product key (DPK) utilized during key injection to a character sequence reported by an operating system (OS) image on a selected, target IHS. If the selected character sequence matches the reported character sequence, the IVM identifies the selected information handling system as a “passing” system on which the key injection procedure was successfully performed. If the selected character sequence for the unique DPK does not match the reported character sequence, the IVM identifies the selected information handling system as a “failing” system on which the key injection procedure was not successfully performed.

Abstract: A method, an information handling system (IHS), and a computer program product initiates injection verification to determine whether a key injection procedure to support automated system activation within a target IHS was completed successfully. An injection verification module (IVM) compares a copy of a selected and limited character sequence for a unique digital product key (DPK) utilized during key injection to a character sequence reported by an operating system (OS) image on a selected, target IHS. If the selected character sequence matches the reported character sequence, the IVM identifies the selected information handling system as a “passing” system on which the key injection procedure was successfully performed. If the selected character sequence for the unique DPK does not match the reported character sequence, the IVM identifies the selected information handling system as a “failing” system on which the key injection procedure was not successfully performed.

Abstract: In an information handling system, an application operating on an elements of a the information handling system having one or more RAID systems is used to monitor the number of client devices and other operational aspects of the system. The application is constructed and arranged to determine and implement the best cache policy for the RAID systems in order to maximize the desired operational characteristics of the information handling system. The application can operate on a single server or RAID system device, or the application can operate on a separate device to control the cache policies of one or more servers.

Abstract: A method for automatically installing a software image onto an information handling system. The method includes reading an order for an information handling system, reading an image manifest, installing an image specified by the image manifest onto the information handing system as installed software, and automatically configuring the installed software.

Abstract: A method for automatically generating a software stack in an information handling system. The information handling system includes a software process partition. The method includes generating a manifest identifying software stack contents, creating a target partition within the information handling system, installing the specified software stack components into the target partition, configuring the target partition as active and bootable and the software process partition as hidden, booting into the target partition, setting up and configuring the software components within the target partition, and configuring the software process partition as active and bootable and the target partition as inactive. The generated software stack optionally may be captured for later use.

Abstract: A method and system for automated support in a computer system. The computer system has a service button, and pressing of the service button causes a bit to be set in a register in the chip set. Setting of the bit generates an interrupt signal that is received and processed in a manner dependent on whether the computer system is in a booting state or a non-booting state. If the computer system is in a booting state, the bit is checked at a predetermined point in the booting sequence, and if set, a service application is initiated at that time. If the computer is not in a booting state, a second interrupt is generated, causing the service application to be initiated. A timer is initiated substantially with pressing of the service button, and if the service application reaches a predetermined point before the timer reaches a predetermined value, it will clear the timer. If not, the system will follow a predetermined reboot protocol.

Abstract: The invention relates to a system for preconfiguring an information handling system which includes: a configurator, a registration and customization module, a store registration and customization information module and a database. The configurator configures a system with options selected according to user input. Information relating to registration and customization is obtained by the registration and customization module for the information handling system. The store registration and customization information module stores the information relating to the registration and customization on the information handling system. The database receives from and supplies information to the configurator, the registration and customization module and the store registration and customization information module. Further, the invention relates to a method of preconfiguring an information handling system which configures a system with options selected according to user input.