Abstract: The example embodiments are directed to an application hub system and method configured to add a tenant-specific script to running instances of a plurality of independently developed software applications thereby customizing the behavior of the plurality of independently developed software applications through a single action. In one example, the method includes receiving a request to load an application hub interface associated with running instances of a plurality of software applications, determining at least one script to be used to customize a behavior of the running instances of the plurality of software applications, adding the at least one script to each of the running instances of the plurality of software applications via the application hub interface, and displaying a user interface associated with the application hub interface which provides access to the customized running instances of the plurality of software applications.

Abstract: The example embodiments are directed to an application hub system and method configured to add a tenant-specific script to running instances of a plurality of independently developed software applications thereby customizing the behavior of the plurality of independently developed software applications through a single action. In one example, the method includes receiving a request to load an application hub interface associated with running instances of a plurality of software applications, determining at least one script to be used to customize a behavior of the running instances of the plurality of software applications, adding the at least one script to each of the running instances of the plurality of software applications via the application hub interface, and displaying a user interface associated with the application hub interface which provides access to the customized running instances of the plurality of software applications.

Abstract: A regulation circuit for powering a device while charging a battery is provided. The regulation circuit includes at least one analog feedback loop, and a digitally controlled feedback loop. The digitally controlled feedback loop includes first and second comparators. The first and second comparators compare an input power supply voltage to first and second threshold voltages, respectively. The second threshold voltage is lower than the first threshold voltage. In response to the comparisons, the digitally controlled feedback loop controls a charging current for charging a battery while also regulating a current to power circuits of the device. If the input power supply voltage drops, the digitally controlled feedback loop responds faster than the analog feedback loop, reducing the risk that to supply voltage will drop too much to reliably power to the device circuits. A method for digitally regulating an output current to charge a battery is also provided.

Abstract: A regulation circuit for powering a device while charging a battery is provided. The regulation circuit includes at least one analog feedback loop, and a digitally controlled feedback loop. The digitally controlled feedback loop includes first and second comparators. The first and second comparators compare an input power supply voltage to first and second threshold voltages, respectively. The second threshold voltage is lower than the first threshold voltage. In response to the comparisons, the digitally controlled feedback loop controls a charging current for charging a battery while also regulating a current to power circuits of the device. If the input power supply voltage drops, the digitally controlled feedback loop responds faster than the analog feedback loop, reducing the risk that to supply voltage will drop too much to reliably power to the device circuits. A method for digitally regulating an output current to charge a battery is also provided.