Abstract: Embodiments of the present invention relate to a method, system and computer program product for application programming interface (API) management. According to the method, in response to a first response from an API provider indicating a failure of a first API request initiated by an API requestor, a second API request is generated at least based on the first API request. The second API request is transmitted to the API provider. A second response to the second API request is received from the API provider. A third response is provided to the API requestor based on the second response.

Abstract: A method for providing more reliable output when conducting a live product demonstration is disclosed. In one embodiment, such a method initiates, on a client system, a live product demonstration by executing a function on a live demonstration server. In the event the function fails, the method saves a breakpoint associated with the live product demonstration. The method checks the availability of a standby demonstration server. In the event the standby demonstration server is available, the method automatically continues, from the breakpoint, the live product demonstration by executing the function on the standby demonstration server. If the standby demonstration server is not available, the method may return an error message to the client system. In the event the live demonstration server is recovered, the method may resume the live product demonstration by executing the function on the live demonstration server. A corresponding system and computer program product are also disclosed.

Abstract: Embodiments of the present invention relate to a method, system and computer program product for application programming interface (API) management. According to the method, in response to a first response from an API provider indicating a failure of a first API request initiated by an API requestor, a second API request is generated at least based on the first API request. The second API request is transmitted to the API provider. A second response to the second API request is received from the API provider. A third response is provided to the API requestor based on the second response.

Abstract: The present disclosure relates to a method and system for deploying user interface elements on a screen which has broken-faulty regions on the screen. One or more broken-faulty regions are detected on the screen. At least a part of the normal regions on the screen is determined to be a region for displaying at least a part of one or more user interface elements which are related to the one or more broken-faulty regions. The at least a part of the one or more user interface elements are deployed on the screen based on the result of the determining.

Abstract: The present disclosure relates to a method and system for deploying user interface elements on a screen which has broken-faulty regions on the screen. One or more broken-faulty regions are detected on the screen. At least a part of the normal regions on the screen is determined to be a region for displaying at least a part of one or more user interface elements which are related to the one or more broken-faulty regions.

Abstract: An electronic system is provided, in which a smart chip, a smart chip controller, a processor, a system memory, and an access management module is provided. The smart chip controller communicates with the smart chip. The processor performs a mutual authentication with the smart chip. The system memory is accessible to the smart chip and the processor. The access management module is coupled between the processor and the smart chip controller. The access management module prevents the processor accessing a certain range of the system memory according to a block command from the smart chip controller, in response of that the mutual authentication between the processor and the smart chip is failed.

Abstract: A method and apparatus for notifying a user of an attempted secure print job release from an image production device is disclosed. The method may include receiving a secure print job and secure print job instructions from a user, wherein the secure print job instructions include at least a pass code and the user's contact information, determining if a pass code has been entered for the user's secure print job, wherein if it is determined that a pass code has been entered for the user's secure print job, determining if the entered pass code is correct, wherein if it is determined that the entered pass code is correct, sending a signal to print the secure print job and notifying the user in accordance with the user's contact information that the secure print job has been printed, otherwise, notifying the user in accordance with the user's contact information that an unauthorized user attempted to print the secure print job.

Abstract: A method and apparatus for notifying a user of an attempted secure print job release from an image production device is disclosed. The method may include receiving a secure print job and secure print job instructions from a user, wherein the secure print job instructions include at least a pass code and the user's contact information, determining if a pass code has been entered for the user's secure print job, wherein if it is determined that a pass code has been entered for the user's secure print job, determining if the entered pass code is correct, wherein if it is determined that the entered pass code is correct, sending a signal to print the secure print job and notifying the user in accordance with the user's contact information that the secure print job has been printed, otherwise, notifying the user in accordance with the user's contact information that an unauthorized user attempted to print the secure print job.

Abstract: An electronic system is provided, in which a smart chip, a smart chip controller, a processor, a system memory, and an access management module is provided. The smart chip controller communicates with the smart chip. The processor performs a mutual authentication with the smart chip. The system memory is accessible to the smart chip and the processor. The access management module is coupled between the processor and the smart chip controller. The access management module prevents the processor accessing a certain range of the system memory according to a block command from the smart chip controller, in response of that the mutual authentication between the processor and the smart chip is failed.

Abstract: A chaotic circuit for truly random number generation is provided. The chaotic dynamical system used in the circuit is implemented based on the charge redistribution of capacitors. The random number generator circuit is a switched network including four capacitors and eight switches that are controlled by two-phase non-overlapping clock signals. The two clocks turn on switches alternatively. The circuit further includes inverter chain and amplifier. When a first clock signal turns on, four capacitors are charged by the inverter chain and the amplifier that connected as a unity gain buffer. When a second clock signal turns on, the charges are redistributed. The voltage of output terminal of the amplifier is function of its previous status, and thus a random bit stream is generated at an output terminal of the inverter chain. A smaller core area and lower power consumption is provided since circuit is simpler and no resistor is required.