Burst traffic processing method, computer device and readable storage medium

A computing device comprising a memory, a processor, and a computer-readable program stored on the memory and executable by the processor, wherein the computer-readable instructions, when executed by the processor, implement operations comprising:

• pre-configuring a buffer unit for storing marked service data;
• obtaining a service request sent by a client computing device;
• determining whether there is service data stored in the buffer unit matching the service request;
• in response to determining that there is service data in the buffer unit matching the service request, sending the service data to the client computing device;
• in response to determining that there is no service data in the buffer unit matching the service request, determining whether a request frequency associated with the service request is greater than a frequency threshold;
• in response to determining that the request frequency is greater than the frequency threshold, allocating resources to a first service layer based on a service type of the service request;
• sending the service request to the first service layer after the allocating resources to the first service layer, and obtaining corresponding service data from the first service layer;
• sending the obtained corresponding service data to the client computing device;
• wherein the operations further comprise:
• extracting a service identifier from the service request
• determining whether the request frequency associated with the service identifier is greater than the frequency threshold;
• in response to determining that the request frequency associated with the service identifier is greater than the frequency threshold, identifying the service identifier as the offloading identifier;
• obtaining a list of registered addresses for all service nodes in the first service layer;
• and
• allocating the resources to a service node corresponding to a registered address in the list of registered addresses based on the service type corresponding to the offloading identifier.

A non-transitory computer-readable storage medium having a computer-readable program stored thereon, wherein the computer-readable program, when executed by a processor, implements operations of:

• pre-configuring a buffer unit for storing marked service data;
• obtaining a service request sent by a client computing device;
• determining whether there is service data stored in the buffer unit matching the service request;
• in response to determining that there is service data in the buffer unit matching the service request, sending the service data to the client computing device;
• in response to determining that there is no service data in the buffer unit matching the service request, determining whether a request frequency associated with the service request is greater than a frequency threshold;
• in response to determining that the request frequency is greater than the frequency threshold, allocating resources to a first service layer based on a service type of the service request, wherein the allocating resources to a first service layer based on a service type of the service request further comprises:
• extracting a service identifier from the service request,
• determining whether the request frequency associated with the service identifier is greater than the frequency threshold,
• in response to determining that the request frequency associated with the service identifier is greater than the frequency threshold, identifying the service identifier as the offloading identifier,
• obtaining a list of registered addresses for all service nodes in the first service layer, and
• allocating the resources to a service node corresponding to a registered address in the list of registered addresses based on the service type corresponding to the offloading identifier;
• sending the service request to the first service layer after the allocating resources to the first service layer, and obtaining corresponding service data from the first service layer;
• and
• sending the obtained corresponding service data to the client computing device.