An image processing apparatus that performs print processing based on a job includes a reception unit configured to receive an operation performed by a user, a change unit configured to, in response to the reception unit receiving a predetermined operation, change a job on which the print processing is not yet completed to a suspended state, and a job control unit configured to, when detecting a logout event that causes a user who is logged into the image processing apparatus to log out of the image processing apparatus, resume at least one job and cancel a job or jobs that are not resumed by the job control unit selected from jobs changed by the change unit to be in the suspended state.

An image forming apparatus which is capable of appropriately producing displays using installed expansion application modules without using a window manager module. The image forming apparatus produces a display in accordance with a display instruction for at least one of the installed expansion application modules. When display instructions for the expansion application modules overlap each other, priorities for display are assigned based on starting conditions related to the expansion application modules.

An information processing apparatus includes a receiving unit that receives operation on an operator displayed on a screen for operation; and a controller that, in a case where there is a difference between information on a managed setting concerning a process registered in the operator and information for notification of the setting displayed in association with the operator, suspends execution of the process and presents information indicative of the difference.

An information processing device includes a display, a communicator, and a controller, in which the controller acquires destination information managed by a terminal device via the communicator and displays the acquired destination information on the display in accordance with its priority level.

An information processing apparatus capable of resetting the system when a sub CPU abnormally operates. A controller includes a main CPU for controlling operation of the system and a sub CPU for controlling operation of specific internal devices. A first WDT circuit and a second WDT circuit are set to a first timer time and a a second timer time according to respective reset signals received from the sub CPU. According to a first interrupt signal output from the first WDT circuit based on expiration of the first timer time, the second timer time is controlled to be extended to a predetermined time and execution of a process for rebooting the controller is controlled. According to a second interrupt signal output from the second WDT circuit based on expiration of the extended second timer time, execution of a process for resetting the system is controlled.

An image forming apparatus includes a paper transport unit, an image forming unit, a reading unit, a foreign matter detection signal generation circuit, and a foreign matter detection control circuit. The foreign matter detection signal generation circuit generates a first foreign matter detection signal, based on an analog image signal to be output from a line sensor. In foreign matter detection processing, when a pixel that reads foreign matter continues by a specific first consecutive number or more in a signal based on the analog image signal of each pixel to be output from the line sensor, the foreign matter detection signal generation circuit sets a level of the first foreign matter detection signal to a level indicating the presence of foreign matter.

An information processing device includes a processor configured to issue an instruction to an image forming device. The processor is configured to: in a case where an interruption instruction is received, issue an instruction for a processing mode of the image forming device to be transitioned from a normal mode in which jobs are executed in an order in which the jobs are received, to an interruption mode in which a job that is being executed is suspended and an interruption job is executed first; and, after completion of the interruption job, issue an instruction for the processing mode to be transitioned from the interruption mode to the normal mode, in accordance with a cancellation method in which the interruption mode is canceled, predicted from information representing a state of the image forming device.

There is provided an image forming system including at least a first image forming apparatus that includes a first image forming unit and an obtaining unit configured to obtain operation-related information related to an operation of the first image forming unit. The image forming system further includes a carryover unit configured to carry over, to a second image forming apparatus, information related to an operation of a second image forming unit of the second image forming apparatus among the operation-related information obtained by the first image forming apparatus when the second image forming apparatus is newly used in the image forming system. The operation-related information includes operation history information of the first image forming unit.

An image processing apparatus that performs print processing based on a job includes a reception unit configured to receive an operation performed by a user, a change unit configured to, in response to the reception unit receiving a predetermined operation, change a job on which the print processing is not yet completed to a suspended state, and a job control unit configured to, when detecting a logout event that causes a user who is logged into the image processing apparatus to log out of the image processing apparatus, resume at least one job and cancel a job or jobs that are not resumed by the job control unit selected from jobs changed by the change unit to be in the suspended state.

An image forming apparatus which is capable of appropriately producing displays using installed expansion application modules without using a window manager module. The image forming apparatus produces a display in accordance with a display instruction for at least one of the installed expansion application modules. When display instructions for the expansion application modules overlap each other, priorities for display are assigned based on starting conditions related to the expansion application modules.