Linux Code Merge

The tool consolidates base code, patches, and optional ancestors into a single merged tree, enabling deterministic results for Linux development workflows. It validates inputs, normalizes paths, and applies changes in a predefined, auditable sequence. Three-way merge is used when a common ancestor exists, enabling automatic resolution of non-conflicting edits. The system can adapt to patch formats such as unified diffs or git-style patches and outputs a merged tree plus a detailed manifest for traceability. It supports streaming processing for large repositories and provides deterministic file ordering to ensure reproducible builds. The tool records decisions in a merge_manifest, including which edits were auto-resolved and where manual review is required. It also can export patches suitable for review or repository application, enabling seamless handoff to CI pipelines. By delivering an auditable, repeatable merge process, it benefits maintainers, CI engineers, and development teams that operate across multiple forks or patch streams. The core differentiators are Linux-native performance, deterministic outcomes, an explicit conflict-handling policy, and an exportable audit trail that can feed into release notes or compliance reports. Typical use cases include integrating contributor patches into a release branch, assembling feature diffs from several repositories, and preparing clean merge commits for monorepo maintenance.