Automatic binary positioning method for domestic operating system kernel performance reduction patch

The invention provides an automatic binary positioning method for a domestic operating system kernel performance reduction patch. The method comprises the following steps: S1, acquiring parameter data; s2, carrying execution parameters to issue a front task to an execution end, obtaining a list corresponding to all patches, and returning the list to a server; s3, the server side creates kernel compiling, upgrading and test tasks and issues the test tasks to the execution side; s4, the execution end executes kernel compiling, kernel upgrading and performance testing in sequence, and a test result is sent to the server; s5, judging whether performance fluctuation calculation is carried out or not, if not, returning to S3, and if yes, carrying out performance fluctuation calculation to obtain a performance fluctuation type of the patch node; s6, judging whether the unique identifier corresponding to the current patch node and the performance fluctuation node type are input into the automatic bipartite positionin