Data organization method and apparatus for redundant array of independent disks, and server and medium

A server, comprising a redundant array of independent disks (RAID), the RAID, when used, implementing steps of a data organization method, comprising:

• acquiring all strips of the RAID and setting a to-be-formatted mark in a bitmap corresponding to each strip;
• formatting the RAID in units of strips, sequentially formatting strips provided with to-be-formatted marks, modifying in the bitmap a mark of a strip undergoing formatting into a formatting-in-progress mark, and allowing a data write operation;
• in response to detecting that a strip provided with a to-be-formatted mark has been formatted, modifying in the bitmap the mark of the formatted strip into a formatting-completed mark;
• in response to detecting that a strip fails to be formatted, modifying in the bitmap a formatting-in-progress mark into a formatting-completed mark, and setting a failure mark;
• and
• sequentially performing data recovery on strips provided with formatting-completed marks, wherein the sequentially performing data recovery on strips provided with formatting-completed marks comprises:
• identifying in the bitmap mark information of a strip on which data recovery is to be performed;
• in response to detecting that the identified mark information is a formatting-completed mark, performing data recovery on the RAID in units of strips;
• and
• in response to detecting that the identified mark information comprises both a formatting-completed mark and a failure mark, performing data recovery by using a reconstruction algorithm and deleting the failure mark of the strip provided with the failure mark.

A computer device, comprising a memory, a processor, and computer-readable instructions stored in the memory and capable of running on the processor, wherein the processor executes the computer-readable instructions to implement steps of an data organization method, comprising:

• acquiring all strips of a redundant array of independent disks (RAID) and setting a to-be-formatted mark in a bitmap corresponding to each strip;
• formatting the RAID in units of strips, sequentially formatting strips provided with to-be-formatted marks, modifying in the bitmap a mark of a strip undergoing formatting into a formatting-in-progress mark, and allowing a data write operation;
• in response to detecting that a strip provided with a to-be-formatted mark has been formatted, modifying in the bitmap the mark of the formatted strip into a formatting-completed mark;
• in response to detecting that a strip fails to be formatted, modifying in the bitmap a formatting-in-progress mark into a formatting-completed mark, and setting a failure mark;
• and
• sequentially performing data recovery on strips provided with formatting-completed marks, wherein the sequentially performing data recovery on strips provided with formatting-completed marks comprises:
• identifying in the bitmap mark information of a strip on which data recovery is to be performed;
• in response to detecting that the identified mark information is a formatting-completed mark, performing data recovery on the RAID in units of strips;
• and
• in response to detecting that the identified mark information comprises both a formatting-completed mark and a failure mark, performing data recovery by using a reconstruction algorithm and deleting the failure mark of the strip provided with the failure mark.