Disk logging method applicable to storage medium and electronic device, storage medium using the same and electronic device using the same

A non-transitory storage medium comprising a controller, wherein the controller is configured for

• receiving a first data having a first batch size from an external source and storing the first data to an queue of the storage medium;
• writing the first data to a disk platter of the storage medium;
• and
• transmitting an interrupt in response to completion of the writing the first data to the external source, wherein the first batch size is dynamically adjusted such that the step of writing the first data takes more time than or substantially the same time as the step of receiving and storing the first data.

A disk logging method configured for an electronic device comprising a first temporary non-volatile storage medium to log data from a volatile memory to said first storage medium, and the method comprising:

• aggregating a first data from applications of the electronic device in a first queue;
• transferring the first data of the first queue to a second queue of the first storage medium, wherein the second queue is exclusively for the first storage medium and a second data with a first batch size is generated from the first data;
• transferring the second data to a third queue which is native to the first storage medium;
• writing the second data to a disk platter of the first storage medium;
• and
• transmitting an interrupt in response to completion of the writing the second data to the first queue, wherein the first batch size is dynamically adjusted such that the step of writing the second data takes more time than the step of transferring the second data to the third queue.

An electronic device comprising a first temporary non-volatile storage medium to log data from a volatile memory to said first storage medium, and the device comprises a controller configured for:

• aggregating a first data from applications of the electronic device in a first queue;
• transferring the first data of the first queue to a second queue of the first storage medium, wherein the second queue is exclusively for the first storage medium and a second data with a first batch size is generated from the first data;
• transferring the second data to a third queue which is native to the first storage medium;
• writing the second data to a disk platter of the first storage medium;
• and
• transmitting an interrupt in response to completion of the writing the second data to the first queue, wherein the first batch size is dynamically adjusted such that the step of writing the second data takes more time than the step of transferring the second data to the third queue.