Multi-core cryptographic processor scheduling method and system suitable for complex cryptographic protocol

The invention belongs to the technical field of password processing, and particularly relates to a multi-core password processor scheduling method and system suitable for a complex password protocol, and the method comprises the steps: dividing a memory into a plurality of read and write data cache regions; dividing the to-be-processed cryptographic operation data into pure symmetric task data, pure asymmetric task data and a multi-core complex task type; pure symmetric task data, pure asymmetric task data and a multi-core complex task type are managed in a chain task queue mode, and two task queues, namely a symmetric task queue and an asymmetric task queue, are established; and the load balancing monitoring module monitors the operation state of each symmetric and asymmetric cryptographic operation core in real time, distributes task data packets to each cryptographic operation core in a balanced manner, and pushes data to the cryptographic operation cores according to the operation states of the cryptograp