Abstract: A rodent repelling siding for repelling rodents from entering a structure includes a siding housing having a wall side, a top side, a front side, and a bottom side forming an inner compartment. The front side has a plurality of vent slots extending through to the inner compartment. The wall side s configured to be coupled to an outside wall of a structure with the bottom side disposed on the ground. An absorbent insert is coupled within the inner compartment. The absorbent insert is configured to absorb a chemical repellant and release a repellant odor therefrom. The repellant odor passes through the plurality of vent slots.

Abstract: Providing lower-overhead management of dataflow execution of loop instructions by out-of-order processors (OOPs), and related circuits, methods, and computer-readable media are disclosed. In one aspect, a reservation station circuit including multiple reservation station segments, each storing a loop instruction of a computer program loop is provided. Each reservation station segment also stores an instruction execution credit indicator indicative of whether the corresponding loop instruction may be provided for dataflow execution. The reservation station circuit further includes a dataflow monitor providing an entry for each loop instruction, each entry comprising a consumer count indicator and a reservation station (RS) tag count indicator. The dataflow monitor is configured to determine whether all consumer instructions of a loop instruction have executed based on the consumer count indicator and the RS tag count indicator for the loop instruction.

Abstract: A method for file version control, including intercepting a command to access a target file within a computer file system, determining whether or not the intercepted command is directly related to a user editing session, based on at least one behavioral rule, if the determining is affirmative, then storing a copy of the target file within a file version history archive, and adding a reference to the target file to a queue of active files, when the target file is closed, searching the queue of active files for an entry to the target file, if an entry to the target file in the queue of active files is found, then comparing the target file against the stored copy, if the target file is identical to the stored copy, then deleting the copy of the target file from the file version history archive, and clearing the reference to the target file from the queue of active files. A system and a computer-readable storage medium are also described and claimed.