Method and apparatus for optimizing operating environment of a user terminal

A computing device, comprising:

• one or more processors;
• and
• memory storing one or more programs for execution by the one or more processors, the one or more programs including instructions for:
• scanning the computing device to generate multiple performance optimization tasks for the computing device;
• presenting, for user selection, multiple task prioritizing methods for determining relative priority of at least two of the multiple performance optimization tasks;
• receiving a user's selection of a first task prioritizing method from the multiple task prioritizing methods;
• in accordance with the first task prioritizing method, identifying a first task with a highest priority among the multiple performance optimization tasks;
• displaying a first interface including information of the first performance optimization task and an option to start the first performance optimization task;
• upon receiving the user's instruction to start the first performance optimization task, starting the first performance optimization task;
• and
• upon completion of the first performance optimization task, replacing the first interface with a second interface including information of a second performance optimization task with a second highest priority among the multiple performance optimization tasks and an option to start the second performance optimization task.

A non-transitory computer readable storage medium having instructions stored thereon, the instructions, when executed by one or more processors, cause the processors to perform operations comprising:

• scanning a computing device to generate multiple performance optimization tasks for the computing device;
• presenting, for user selection, multiple task prioritizing methods for determining relative priority of at least two of the multiple performance optimization tasks;
• receiving a user's selection of a first task prioritizing method from the multiple task prioritizing methods;
• in accordance with the first task prioritizing method, identifying a first task with a highest priority among the multiple performance optimization tasks;
• displaying a first interface including information of the first performance optimization task and an option to start the first performance optimization task;
• upon receiving the user's instruction to start the first performance optimization task, starting the first performance optimization task;
• and
• upon completion of the first performance optimization task, replacing the first interface with a second interface including information of a second performance optimization task with a second highest priority among the multiple performance optimization tasks and an option to start the second performance optimization task.