Optimization of online template process SLA & Memory management

Current Functionality:

Currently, in online template processing, each daemon worker is designed to process a single job sequentially. This means that a worker will not begin processing a new job until the previous one has been completed. In this scenario, each request is processed by first downloading the template and then processing that template, resulting in longer processing times for individual unconfigured template requests.

Enhancement:

Our parallel processing mechanism allows daemon workers to handle multiple jobs concurrently, reducing processing time. This enhancement enhances overall efficiency by eliminating sequential processing constraints.

Additionally, we have introduced an intelligent memory management feature at the worker level to streamline operational tasks and minimize configuration complexities. This feature dynamically optimizes memory usage, increasing efficiency while reducing the need for manual memory configuration.

These optimizations contribute to improved performance, reduced processing time, and enhanced memory management within our online template processing system, ultimately optimizing SLA adherence and operational efficiency.

Benefits:

• Improved job processing efficiency

• Reduced processing time for individual jobs

• Enhanced overall system efficiency through parallel processing.

• Streamlined memory management, minimizing operational complexities.

• Optimized memory usage, leading to improved system performance.

• Increased adherence to SLAs for online template processing.