English

The Il2cpp Inspector analyzes compiled Unity IL2CPP binaries to reveal symbol inventories, function mappings, and cross-references without executing the game. It targets engine engineers, QA analysts, reverse engineers, tool developers, and security researchers who need deterministic insights into how C# code is transformed into native IL2CPP artifacts. By consuming a binary artifact and optional symbol data, it produces a reproducible view of what the binary exposes at the native level.
Conceptually, the tool parses binary sections for symbol tables, metadata blobs, and method maps; resolves symbols against available debug data and applies heuristics when data is missing; and unpacks cross-reference tables to show which managed methods map to which native symbols. It supports both fully symbolized and stripped builds and emphasizes deterministic results suitable for automation and comparisons across Unity versions.
Unique value lies in its targeted focus on IL2CPP artifacts, version-aware parsers, and exportable machine-readable reports. It helps identify mismatches, missing mappings, and potential security concerns by highlighting orphaned or ambiguous entries. The inspector is designed for repeatable audits in CI pipelines and for rapid investigations after code changes, platform transitions, or Unity upgrades.
Core features include symbol extraction, mapping verification, optional call graph hints, integrity checks, and JSON/CSV exports. Use cases include pre-release binary audits, regression checks after refactors, migration validation for new Unity/IL2CPP versions, and developer tooling integration for symbol-level analytics.