METHOD FOR EXECUTING SCHEDULED TASK

• US 20100138838A1
• Filed: 03/11/2009
• Published: 06/03/2010
• Est. Priority Date: 11/28/2008
• Status: Abandoned Application

• Current Assignee: AVerMedia Technologies, Inc.
• Original Assignee: AVerMedia Technologies, Inc.
• Inventors: Liu, Meng-Tze, Lin, Sheng-Chang
• Application Number:
  US12/402,365
• Publication Number:
  US 20100138838A1
• Time in Patent Office: Days
• US Class Current: 718/102
• CPC Class Codes: G06F 9/4401 Bootstrapping security arrangements therefor G06F21/57

Abstract

A scheduled task executing method is used in a computer system and a peripheral device. The computer system has a time generator for generating time information and a memory. When the computer system is in a working state, a user input interface is provided, a scheduled time is set via the user input interface, and the scheduled time is automatically stored in the memory. When the computer system is in a power off state, electricity is continuously supplied to the time generator and the memory. If the time information and the scheduled time comply with a specified relation, a power control signal is generated. In response to the power control signal, the computer is switched from the power off state to the working state. When the computer system is in the working status, the peripheral device is activated to execute a scheduled task item corresponding to the scheduled time.

Claims

1. A scheduled task executing method for use in a computer system and a peripheral device, the computer system having a time generator for generating time information and a memory, the scheduled task executing method comprising steps of:

providing an user input interface when the computer system is in a working state, setting at least a scheduled time via the user input interface, and automatically storing the scheduled time in the memory;

continuously supplying electricity to the time generator and the memory when the computer system is in a power off state;

generating a power control signal if the time information generated by the time generator and the scheduled time stored in the memory comply with a specified relation, wherein the computer is switched from the power off state to the working state in response to the power control signal; and

activating the peripheral device when the computer system is in the working status, thereby executing a scheduled task item corresponding to the scheduled time.

2. The scheduled task executing method according to claim 1 wherein the working status is an S0 status according to the ACPI specification, and the power off state is an S5 status according to the ACPI specification.

3. The scheduled task executing method according to claim 1 wherein the user input interface is provided by a schedule management program.

4. The scheduled task executing method according to claim 3 wherein the schedule management program is a terminate and stay resident program or a background service program.

5. The scheduled task executing method according to claim 4 wherein when the computer system is in the working status, the time information generated by the time generator is compared with the scheduled time stored in the memory by the schedule management program, and if the time information is the same as the scheduled time, the peripheral device is activated to execute the scheduled task item corresponding to the scheduled time.

6. The scheduled task executing method according to claim 5 wherein the schedule management program controls the computer system to be switched from the working state to the power off state or a sleeping state after the scheduled task item is executed by the peripheral device.

7. The scheduled task executing method according to claim 1 wherein the time generator for generating the time information is a real time clock.

8. The scheduled task executing method according to claim 1 wherein the specified relation indicates that a time difference between the time information and the scheduled time is within a predetermined range.

9. The scheduled task executing method according to claim 1 wherein the specified relation indicates that a time difference between the time information and the scheduled time is zero.

10. The scheduled task executing method according to claim 1 wherein the specified relation indicates that a time difference between the time information and the scheduled time is equal to a specified time value.

11. The scheduled task executing method according to claim 1 wherein the peripheral device for executing the scheduled task corresponding to the scheduled time is a TV card, and the scheduled task item includes a scheduled recording task, a scheduled TV/radio time shift recording task, a multimedia file playback task or a multimedia format transforming task.

12. The scheduled task executing method according to claim 1 wherein multiple scheduled times are set via the user input interface, and the latest scheduled time is automatically stored in the memory.

13. The scheduled task executing method according to claim 1 wherein the memory for storing the scheduled time is a complementary metal oxide semiconductor random access memory.