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CephalonEngine

Cephalon.Cli

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Maturity: M4 · Ownership: cephalon-managed · Family: scaffolding-and-tooling · See audit, matrix.

Cephalon.Cli is the user-facing command-line surface for Cephalon scaffolding, external package staging, first-run environment verification, and documentation workflows.

See also: Engine surface maturity audit, Conformance matrix, and Runtime contract index for what the CLI’s cephalon doctor and cephalon new ultimately project against. Engineering standards records the library-design and code-quality baseline; Long-range engine direction frames why the CLI stays a thin scaffolding/verification surface over the engine’s host-agnostic catalogs rather than owning runtime truth itself.

Stable public surface:

  • CliApplication

Internal command pipeline:

  • Commands/*
  • Console/CliConsole.cs
  • Commands/DocumentationLauncher.cs

What it owns

Section titled “What it owns”
  • blueprint-driven app generation
  • generated app Windows Service deployment assets for app hosts
  • generated app IIS deployment assets for app hosts
  • generated app Azure App Service deployment assets for app hosts
  • generated app Azure Container Apps deployment assets for app hosts
  • generated app Kubernetes deployment assets for app hosts
  • generated app Linux systemd deployment assets for app hosts
  • generated app container-runtime assets for app hosts
  • generated app local package-feed bootstrap assets for app hosts
  • external package staging from published .nupkg artifacts
  • first-run doctor checks for SDK/runtime/template readiness, deployment-mode support-contract posture, plus generated-app bootstrap verification
  • optional reference-doc publishing
  • hosted reference-doc configuration updates
  • hosted reference-doc validation
  • optional open-in-browser flows for local or hosted docs

Main implementation surfaces

Section titled “Main implementation surfaces”
  • CliApplication.cs
  • Commands/NewAppCommand.cs
  • Commands/PackageStageCommand.cs
  • Commands/DoctorCommand.cs
  • Commands/CommandProcessRunner.cs
  • Commands/DocsPublishCommand.cs
  • Commands/DocsEnableHostingCommand.cs
  • Commands/DocsValidateHostingCommand.cs
  • Commands/DocumentationLauncher.cs
  • Console/CliConsole.cs

Source structure

Section titled “Source structure”
  • Commands
  • Console
  • Properties

How it fits

Section titled “How it fits”

This package is the shell over engine, scaffolding, and optional reference-doc services. It should stay aligned with engine semantics rather than inventing its own blueprint or documentation behavior. The cephalon new path now emits the same operator-ready local orchestration assets and broader container assets, Windows Service deployment assets, IIS deployment assets, Azure App Service deployment assets, provider-neutral container-image publishing assets, Azure Container Apps deployment assets, Kubernetes deployment assets, Linux systemd deployment assets, generated guidance docs (README.md, ./.cephalon/packages/README.md, Configurations/README.md, and deployment guides such as deploy/windows-service/README.md), NuGet.config bootstrap, Program.cs host bootstrap source, host-project PackageReference baseline plus Configurations/**/*.json copy/publish behavior, and Properties/PublishProfiles/CephalonFolder.pubxml profile used by the shipped app-starter baseline so generated hosts can restore from ./.cephalon/packages, or a swapped-in shared feed, before they are validated with dotnet publish, Windows Service install previews, IIS install previews, Azure App Service ZIP deploy previews, container-image publish previews, Azure Container Apps source-deploy previews, Kubernetes manifest previews, WSL systemd-analyze verification, published-output smoke runs, or docker compose up --build. That same adoption path now stays truthful through cephalon doctor --app-root <path>, which layers generated-app bootstrap checks for the solution, package baseline, package-source reachability, generated host project, generated Program.cs bootstrap source with explicit AddCephalonProjectConfigurations and MapCephalon flow, host-project PackageReference plus Configurations/**/*.json copy/publish baseline alignment, generated test-project discovery, generated Architecture/CompositionSmokeTests.cs plus Features/*BehaviorSpecifications.cs Given/When/Then test harness placeholder alignment, CephalonFolder.pubxml, generated host target framework, generated split-config assets (Configurations/AddEngine.*.json plus Configurations/Observability/Development.json), generated app-model plus engine-feature plus observability plus localization plus development-Serilog baseline alignment, generated guidance docs (README.md, ./.cephalon/packages/README.md, Configurations/README.md, and deployment guides such as deploy/windows-service/README.md), generated documentation-surface assets (Configurations/AddOpenApi.json and Configurations/AddReferenceDocs.json), generated self-hosted and hosted deployment assets plus teardown and environment baselines (deploy/windows-service/remove-service.ps1, deploy/iis/remove-site.ps1, and deploy/linux/systemd/<App>.env), generated container deployment assets, generated container deployment scripts (deploy/container-image/publish-image.ps1, deploy/azure-container-apps/deploy-up.ps1, and deploy/kubernetes/apply.ps1), generated Kubernetes manifest baselines (deploy/kubernetes/kustomization.yaml, deploy/kubernetes/namespace.yaml, deploy/kubernetes/deployment.yaml, and deploy/kubernetes/service.yaml), generated local orchestration assets, generated Dockerfile base-image alignment, generated compose plus collector baseline alignment, and generated publish-mode claims on top of the machine-level SDK/runtime/template checks. cephalon doctor now also surfaces the packaged deployment-mode support contract directly from the CLI so adopters see the stable shipping floor (net10.0), the .NET 11 readiness lane (assessment-only), and the current trim / Native AOT / single-file not-claimed posture from the same command path instead of rediscovering those limits only in repo docs, while cephalon doctor --app-root compares the generated host’s target framework, generated Dockerfile baseline, and PublishTrimmed, PublishAot, and PublishSingleFile settings against that same contract. The same CLI path now owns the phase-8 starter contract too: canonical kebab-case Engine ids, structured Engine:Data, Engine:Identity, Engine:Tenancy, Engine:Audit, and Engine:Messaging sections, a low-ceremony Sfid plus Audit default, and starter test harness placeholders that steer teams toward composition smoke checks plus Given/When/Then-style business specifications instead of hand-written plumbing. The repo also now carries scripts/validate-generated-app-adoption.ps1 as the scenario-driven external cold-start replay for that CLI-owned path: publish a temporary package feed, install the tool, run cephalon doctor, scaffold a fresh app outside the repository, seed ./.cephalon/packages without losing the generated README guidance, rerun cephalon doctor --app-root, restore, build, run, and probe the generated host from one script. The matching dotnet new parity path now lives in scripts/validate-template-pack-adoption.ps1, which installs Cephalon.TemplatePack into an isolated custom hive, lets cephalon doctor see that hive through CEPHALON_DOCTOR_TEMPLATE_HIVE, scaffolds a project-root starter, and proves that cephalon doctor --app-root stays truthful for template-pack output too. The out-of-tree package parity follow-through now lives in scripts/validate-out-of-tree-package-adoption.ps1, which packs and stages Cephalon.ReferenceModule.Operations through cephalon package stage, patches Engine:Discovery:PackageDirectories plus Engine:PackagePolicy and Engine:Trust, and proves that the same CLI-owned path keeps staged-package truth visible on /engine/packages, /engine/package-policy, /engine/trust-policy, /engine/snapshot, and /api/operations/status. The higher-assurance signed-governance follow-through now lives in scripts/validate-signed-package-governance.ps1, which repacks that same reference module with a deterministic detached signature, stages the signed .nupkg, patches stricter Engine:PackagePolicy plus Engine:Trust:TrustedSignaturePublicKeys, and proves from the same CLI-owned path that verified signer truth appears on /engine/packages, /engine/trust-policy, and /engine/snapshot while a tampered signed package is denied when signature verification is required. The matching certificate-chain follow-through now lives in scripts/validate-signed-package-certificate-chain-governance.ps1, which replays the same lane with Engine:Trust:TrustedSignatureCertificates plus Engine:Trust:TrustedSignatureCertificateAuthorities and proves that the same operator surfaces expose trusted-certificate-chain plus the signing certificateThumbprint.

For package-surface hardening, the command handlers, parsed option objects, console abstraction, and browser launcher are implementation details. External callers should integrate through CliApplication rather than binding directly to individual command types.

Section titled “Related docs”