go-makefile

Enforce CI-parity for Go service build tasks by running a unified Makefile contract that executes verification gates identically across local and CI environments, preventing drift. It orchestrates linting, testing, and vulnerability scanning consistently.

Automate architectural fitness functions in a Go Makefile by applying the Dependency Rule to ensure domain, application, and infrastructure layers remain decoupled. This governance gate validates layer invariants during the build process.

Run govulncheck and golangci-lint in a Go CI pipeline by orchestrating a fail-fast execution order within a standard Makefile. This sequence catches lint and reachable-call-graph vulnerabilities cheaply before deeper tests run.

Yes, this Makefile approach supports race-detector-always-on testing for Go. It standardizes backend verification processes to satisfy strict race detection and coverage enforcement requirements across all executed test gates.

Go CI pipelines pass while local linting fails due to environment drift. A unified Makefile eliminates this by enforcing identical execution order and quality gates, ensuring race detection and coverage checks run consistently.

A Go Makefile should use a cost-optimized fail-fast execution order: tidy, generate, vet, lint, arch, vuln, and cover. This sequence catches formatting and linting errors cheaply before running expensive vulnerability scans.