v2.8.3

Added

• Reach.Effects.classify_with_provenance/2 reports each effect classification's source, confidence, contributing plugin, and explicit reason for unknown results; mix reach.map --effects summarizes those sources and reports unresolved call arity, kind, and reason.

Fixed

• Effect inference now resolves unqualified project calls, default-argument wrappers, function references, and unique macro-injected aliases against their owning module, and runs to a complete fixed point without sharing classifications between unrelated same-named functions.
• Dependency functions can now derive medium-confidence effects from BEAM code when plugins, built-ins, and typespecs provide no result.
• Function captures are treated as pure values until an eager higher-order operation executes them, preventing stored or lazy callbacks from inheriting effects prematurely.
• Phoenix PubSub, Task.Supervisor, Mint, controller, and HEEx semantics now classify effects at the framework-plugin boundary instead of relying on broad generic heuristics.
• mix reach.map --effects now summarizes runtime function bodies instead of counting compile-time types and module DSL declarations as application calls.
• Unquoted expressions and pure HEEx event attributes now flow into their generated output, preventing dead-code false positives without treating synthetic event calls as effectful.
• Smell evidence now handles functions without module metadata instead of crashing during analysis.
• Same-entity representation analysis no longer treats Enum and Stream mapping callbacks as presentation boundaries that hide valid findings.
• Call-graph and data-flow reports now preserve deterministic module, file, function, source-line, and source-HTML attribution across multi-module source files.
• Module fan-in and fan-out metrics now use the same dependency graph as coupling analysis.
• Erlang analysis now preserves function ownership, remote function-reference metadata, and stable project-wide node IDs; module attributes stay out of function-owned data flow, and generated logical source locations receive meaningful fallback labels.
• Project parsing now allocates deterministic per-file node ranges and serializes Erlang preprocessing, preventing graph, effect, and report output from changing between identical runs.
• Installed Hex packages now include the compiled JavaScript and CSS required for self-contained offline HTML reports.