Abstract: A system and method is disclosed for identifying at least one bootable USB device coupled to a computer system across multiple reboots of the computer system. A four-byte signature for each bootable USB device is generated by performing a hash function on a Device Identification Number, a Vendor Identification Number, and at least a subset of a Serial Number, all of which are associated with that bootable USB device. The four-byte signature for each bootable USB device is saved in a BIOS boot order table located in a non-volatile storage unit in the computer system.

Abstract: A method, system, and software instructions for allocating power in a information handling system are operable to respond to a power profiling request by transitioning a processing resource to a first power consumption state and obtaining and storing a first power consumption value. The first power consumption value is then retrieved and used to allocate power to the first processing resource in response to a power on request. The first power consumption state may be a state in which power consumption approximates a maximum power consumption. The processing resource may be further transitioned to a second power consumption state and a second power consumption value obtained. The second power consumption state may be a reduced performance state. Thereafter, responsive to determining that the system lacks sufficient power budget to fulfill a pending request for power, the processing resource is throttled and power is allocated using the second power consumption value.

Abstract: A method of controlling power supplies in an information handling system, comprising measuring a power consumption of each of a plurality of electrical devices in the information handling system and adjusting a number of operating power supplies based at least in part on the measured power consumption of each of the plurality of electrical devices.

Abstract: A method, system, and software instructions for allocating power in a information handling system are operable to respond to a power profiling request by transitioning a processing resource to a first power consumption state and obtaining and storing a first power consumption value. The first power consumption value is then retrieved and used to allocate power to the first processing resource in response to a power on request. The first power consumption state may be a state in which power consumption approximates a maximum power consumption. The processing resource may be further transitioned to a second power consumption state and a second power consumption value obtained. The second power consumption state may be a reduced performance state. Thereafter, responsive to determining that the system lacks sufficient power budget to fulfill a pending request for power, the processing resource is throttled and power is allocated using the second power consumption value.

Abstract: A system and method is disclosed for identifying at least one bootable USB device coupled to a computer system across multiple reboots of the computer system. A four-byte signature for each bootable USB device is generated by performing a hash function on a Device Identification Number, a Vendor Identification Number, and at least a subset of a Serial Number, all of which are associated with that bootable USB device. The four-byte signature for each bootable USB device is saved in a BIOS boot order table located in a non-volatile storage unit in the computer system.

Abstract: Server side detection of client popup blocking is performed by a popup verification engine that inserts a popup window command in a response to a client request of a download and detects client popup blocking where a request by the client to download the popup window is not received in a predetermined time period. A unique identification code generator generates unique identification codes which are inserted into content to generate a popup window. Detection of an HTTP request, such as a referrer tag having the unique identification code, at a server indicates a client request for the popup window, which is confirmed by subsequent download requests, such as a graphics request. Corrective action is taken for clients that block popups to ensure that the client is able to download content from the server, such as re-directing the client to a network site that does not use popups or giving a notice to the user of the client to disable popup blocking.