Patent ID: 11954525
Assignee: ZHEJIANG LAB
Field: Computer technology (Electrical engineering)
Classification: CPC G | IPC G

Claim 6:
7. A method of executing a collaborative job faced to multiple clusters, applied to a master cluster, comprising:
step S201: in response to obtaining a job description file sent by a collaboration center, creating a single driver Pod;
step S202: obtaining registration information for the driver Pod to complete a registration of the driver Pod in the collaboration center; by the driver Pod, obtaining registration information for a group of executor Pods of a slave cluster sent by the group of executor Pods of the slave cluster, to complete a registration of the group of executor Pods of the slave cluster in the driver Pod; wherein the group of executor Pods of the slave cluster are created by the slave cluster based on the job description file obtained from the collaboration center;
wherein the master cluster further obtains a reverse proxy start request while the master cluster obtains the registration information for the driver Pod; and based on feedback information established by the group of executor Pods of the slave cluster, the driver Pod is enabled to determine establishment information of the group of executor Pods of the slave cluster to enable a reverse proxy unit; such that the slave cluster sends address information and credentials information of the group of executor Pods of the slave cluster to connect with the reverse proxy unit of the master cluster; in response to determining that the slave cluster connects successfully with the reverse proxy unit of the master cluster, the slave cluster sends the registration information for the group of executor Pods of the slave cluster to the driver Pod to complete the registration of the group of executor Pods of the slave cluster in the driver Pod; and
step S203: sending a job to the slave cluster to enable the group of executor Pods of the slave cluster to execute the job.