spm-build-analysis

Analyze Xcode build performance by inspecting SPM dependencies, build plugins, and configuration to surface top bottlenecks. Examine Package.swift, Package.resolved, dependency layering, repeated imports, and build logs to find exact sources of build-time overhead.

Analyze SPM dependency graphs by inspecting Package.swift, Package.resolved, local versus remote packages, and plugin usage to surface bottlenecks. Examining dependency layering, repeated imports, potential cycles, and binary target footprints identifies build-time overhead in complex dependency graphs.

Build analysis applies to CI pipelines and both incremental and clean builds. Inspecting build logs, timing summaries, and package-related work surfaces bottlenecks across different build phases and pipeline configurations.

Inspect SPM package plugins and binary targets to identify their footprint and build-tool usage causing overhead. Analyzing plugin usage and binary target configuration within Package.swift pinpoints areas to optimize for faster Xcode builds.

Find repeated imports and dependency cycles by analyzing SPM dependency layering and graph structure. Inspecting Package.swift and Package.resolved reveals potential cycles and repeated imports that slow Xcode builds.

Xcode builds slow down when SPM configuration includes complex local and remote package graphs, plugins, or binary targets. Analyzing build logs, timing summaries, and Package.resolved surfaces the specific package-related work causing the delay.