Go Web Tool

This tool analyzes Go web projects to provide a data-driven view of expected runtime behavior and a practical scaffolding path. It targets Go developers, software engineers planning new APIs, or teams migrating monoliths to service-oriented architectures. By interpreting inputs such as endpoint count, concurrency targets, and Go version, it derives a performance envelope and architectural recommendations. The core idea is to convert static project attributes into actionable estimates and starter templates, reducing trial-and-error and integration delays.
Core logic combines simple models of Go concurrency, I/O, and routing overhead. It counts routes and handlers if a repo is supplied, assesses middleware impact, and applies a conservative efficiency factor based on the chosen runtime. Outputs include an estimated requests-per-second (RPS), end-to-end latency in milliseconds, and a recommended minimal scaffold using net/http or a lightweight router. Optional artifacts include a Dockerfile, minimal CI config, and Kubernetes deployment manifests to accelerate deployment.
Unique value lies in its domain specificity for Go web services, its ability to accept repository inputs or direct parameters, and its rapid turn-around from inputs to actionable scaffolds. Use cases include project planning, go.mod dependency reviews, and performance-informed architecture planning. The tool differentiates by offering both analysis and ready-to-use scaffolds in a single workflow without requiring external benchmarking tools.