Abstract: A system for verifying historical artifacts in disparate source control systems. The system comprising a computer processor, a computer-readable hardware storage medium, and program code embodied with the computer-readable hardware storage medium for execution by the computer processor to implement a method for obtaining historical artifacts from a target repository; obtaining historical artifacts from a source repository; and verifying the historical artifacts in the target repository match the historical artifacts in the source repository. Verification further comprises comparing commit data in the historical artifacts in the target repository with commit data in the historical artifacts in the source repository; and evaluating whether each commit data event in the historical artifacts in the target repository is equivalent to the corresponding commit data event in the historical artifacts in the source repository.

Abstract: A system for verifying historical artifacts in disparate source control systems. The system comprising a computer processor, a computer-readable hardware storage medium, and program code embodied with the computer-readable hardware storage medium for execution by the computer processor to implement a method for obtaining historical artifacts from a target repository; obtaining historical artifacts from a source repository; and verifying the historical artifacts in the target repository match the historical artifacts in the source repository. Verification further comprises comparing commit data in the historical artifacts in the target repository with commit data in the historical artifacts in the source repository; and evaluating whether each commit data event in the historical artifacts in the target repository is equivalent to the corresponding commit data event in the historical artifacts in the source repository.

Abstract: A method for verifying historical artifacts in disparate source control systems. The method comprises obtaining historical artifacts from a target repository; obtaining historical artifacts from a source repository; and verifying the historical artifacts in the target repository match the historical artifacts in the source repository. Verification further comprises comparing commit data in the historical artifacts in the target repository with commit data in the historical artifacts in the source repository; and evaluating whether each commit data event in the historical artifacts in the target repository is equivalent to the corresponding commit data event in the historical artifacts in the source repository. Evaluating further comprises logging a commit data event in the historical artifacts in the target repository which is not equivalent to a corresponding commit data event in the historical artifacts in the source repository; and reviewing the logging results.

Abstract: A computer program product for verifying historical artifacts in disparate source control systems. A processor is configured to: obtain historical artifacts from a target repository; obtain historical artifacts from a source repository; and verify the historical artifacts in the target repository match the historical artifacts in the source repository. Verification further causes the processor to: compare commit data in the historical artifacts in the target repository with commit data in the historical artifacts in the source repository; and evaluate whether each commit data event in the historical artifacts in the target repository is equivalent to the corresponding commit data event in the historical artifacts in the source repository. Evaluation causes the processor to: log a commit data event in the historical artifacts in the target repository which is not equivalent to a corresponding commit data event in the historical artifacts in the source repository; and review the logging results.

Abstract: A wireless power infrastructure for delivering wireless power from a wireless network to mobile devices. The infrastructure includes a plurality of power transmission hubs, each hub having: a first capacitor for transmitting a signature frequency for a defined range; and a set of second capacitors, each for transmitting resonant wireless power within the defined range at a selectable frequency. A mobile device for obtaining wireless resonant the plurality of power transmission hubs is also described, and includes: a first variable capacitor for detecting a signature frequency associated with a proximately located power transmission hub; a second variable capacitor for receiving wireless resonant capacitor from the proximately located power transmission hub; and a synchronization system for setting the second variable capacitor to a frequency that is synchronized with a wireless resonant power transmission of the proximately located power transmission hub.

Abstract: A wireless power infrastructure for delivering wireless power from a wireless network to mobile devices. The infrastructure includes a plurality of power transmission hubs, each hub having: a first capacitor for transmitting a signature frequency for a defined range; and a set of second capacitors, each for transmitting resonant wireless power within the defined range at a selectable frequency. A mobile device for obtaining wireless resonant the plurality of power transmission hubs is also described, and includes: a first variable capacitor for detecting a signature frequency associated with a proximately located power transmission hub; a second variable capacitor for receiving wireless resonant capacitor from the proximately located power transmission hub; and a synchronization system for setting the second variable capacitor to a frequency that is synchronized with a wireless resonant power transmission of the proximately located power transmission hub.