How DotNetResourcesExtract Simplifies .NET Localization

Automating localization with DotNetResourcesExtract and CI/CD

Overview

Use DotNetResourcesExtract (or similar .NET resource-extraction tools) to pull .resx/.resources from builds, send them to translators or translation services, then push translated files back into the repo and rebuild via CI/CD so localized artifacts are produced automatically.

Recommended pipeline (presumes a dotnet CLI tool like DotNetResourcesExtract)

1. Build and package
   • CI job builds the project (dotnet build) and produces assemblies containing embedded resources.
2. Extract resources
   • Run DotNetResourcesExtract to list and extract resource files to a workspace folder.
   • Example CLI step: dotnet-extract -s ./artifacts -d ./extracted -p .Resources.
3. Normalize & validate
   • Convert extracted binary .resources to editable .resx or .po as needed (use resgen or custom converter).
   • Run schema/placeholder checks and unit tests on resource keys.
4. Send for translation
   • Push extracted files to a translation management system (TMS) via API, or create a PR in a localization branch for human translators.
   • Tag files with language codes and metadata (context, character limits).
5. Import translated files
   • When translations complete, fetch translated .resx/.resources from TMS or apply PR merges into a localization branch.
   • Run automated validation (missing keys, placeholder mismatches, string length checks).
6. Merge & build localized artifacts
   • CI triggers on merge to main/localization branch: place translated .resx into appropriate folders (e.g., Resources.fr.resx), rebuild, and produce localized packages (nuget, installers, docker images).
7. Automated testing & release
   • Run UI/text snapshot tests and smoke tests for each locale.
   • On success, publish localized artifacts or create release bundles per locale.

CI/CD implementation tips

• Separate pipeline stages: build → extract → translate → import → validate → build-localized → test → publish.
• Use branches or tags for localization batches to keep work isolated until validated.
• Store artifacts between jobs (CI artifacts or object storage) so extraction and translation steps are reproducible.
• Automate conversions: include resgen or custom scripts to convert .resources ↔ .resx and to normalize encodings.
• Validation scripts: enforce key parity, placeholder consistency ({0}, %s), ICU format checks, and max-length constraints.
• Fail fast: reject merges or releases when validation errors exist; surface clear error messages.
• Parallelize builds: run per-locale builds in parallel to reduce CI time.
• Secrets & access: store TMS/API keys in CI secret store; limit write access to localization branches.

Example GitHub Actions snippet (conceptual)

Code
Copy CodeCopied
jobs: extract:

 
runs-on: ubuntu-latest steps:   - uses: actions/checkout@v4   - run: dotnet build -c Release   - run: dotnet tool install -g dotnet-extract   - run: dotnet-extract -s ./bin/Release -d ./extracted   - uses: actions/upload-artifact@v4     with: name: extracted-resources           path: ./extracted 


(Continue with jobs for send-to-TMS, import-translations, validate, and build-localized.)
Monitoring & maintenance

Track translation throughput and common validation failures.
Periodically update extraction tool and converters to match .NET runtime changes.
Keep a canonical source of truth for keys (single-responsibility resource files) to reduce churn.

If you want, I can generate a ready-to-use GitHub Actions workflow (full YAML) for a specific repo layout and target locales.