Abstract: A system for testing a clock monitor includes a fault injection circuit, a control circuit, and a clock monitor circuit to evaluate a clock source signal from a clock source. The fault injection circuit is to modify or replace the clock source signal from the clock source to yield a modified clock signal, and send the modified clock signal to the clock monitor circuit. The clock monitor circuit is to receive an input clock signal, determine whether the input clock signal indicates a faulty clock source, and issue a clock corrective action if the input clock signal indicates a faulty clock source. The control circuit is to monitor for the clock corrective action, and determine, based on whether the clock corrective action is issued, whether the clock monitor circuit is operating correctly.

Abstract: A system for testing a clock monitor includes a fault injection circuit, a control circuit, and a clock monitor circuit to evaluate a clock source signal from a clock source. The fault injection circuit is to modify or replace the clock source signal from the clock source to yield a modified clock signal, and send the modified clock signal to the clock monitor circuit. The clock monitor circuit is to receive an input clock signal, determine whether the input clock signal indicates a faulty clock source, and issue a clock corrective action if the input clock signal indicates a faulty clock source. The control circuit is to monitor for the clock corrective action, and determine, based on whether the clock corrective action is issued, whether the clock monitor circuit is operating correctly.

Abstract: A method, a system, and computer program product for generating and transmitting intelligent autoreply messages in reply to an incoming message. The method includes receiving an incoming message in an inbox of a respondent that has an autoreply message activated and identifying, from content of at least one of the incoming message and the autoreply message, whether at least one pre-established condition is present that triggers an update to the autoreply message prior to transmitting the autoreply message. In response to at least one pre-established condition being present, the autoreply message is autonomously updated to create a modified autoreply message that includes at least one of (i) additional content and (ii) modified content. The type of update that is applied to the autoreply message is based on which pre-established condition is identified.

Abstract: An apparatus and a method in an electronic device for managing modes are disclosed herewith. The electronic device retrieves a meeting time from a meeting event stored in a scheduling application of the electronic device. The electronic device further identifies connectivity identification information from the meeting event and changes the operating mode to a meeting mode in response to detecting usage of the connectivity identification information at the electronic device during the meeting time. The scheduling application may be a calendar application, notes, tasks, reminders, etc. The connectivity identification information may be a conference call number, a telephone number, a user identification information, a video conference, or a web link to a virtual meeting.