This project is a command-line HTTP load testing tool designed to measure the throughput and latency of web servers under high-concurrency conditions. It functions as a multi-threaded benchmarking engine that simulates thousands of simultaneous connections to evaluate server performance, identify bottlenecks, and determine capacity limits.
The tool distinguishes itself through a shared-nothing thread architecture that isolates state within individual threads to eliminate lock contention during high-frequency request generation. It utilizes a non-blocking event loop and low-latency socket polling to manage network connections with minimal overhead. Furthermore, it embeds a scripting engine that allows users to define custom request patterns, dynamic payloads, and response processing logic directly within the execution context.
Beyond basic throughput measurement, the tool supports infrastructure stress testing and performance regression analysis. It provides the capability to create complex request sequences, enabling developers to simulate varied traffic patterns and evaluate how backend services respond to extreme request volumes.
