version: "1.0.0"

name: aspire-integration description: > Adds Aspire orchestration to an existing repository for inner-loop development and optional Azure deployment readiness. Use when asked to "aspirerify a project", "add Aspire to a solution", "integrate Aspire", "set up an AppHost", "add aspire init", or "orchestrate services with Aspire". Handles CLI setup, TFM compatibility gating, inter-service communication mapping, and delegates AppHost wiring to the Aspire CLI agent skills. requires-extension: upgrade-dotnet metadata: discovery: scenario importance: medium weight: 9000 traits: .NET|CSharp|VisualBasic|DotNetCore scenarioTraitsSet: [.NET]

Aspire Integration Scenario

Add Aspire orchestration to an existing repository — unified inner-loop development with the Aspire Dashboard and optional Azure deployment readiness.

Do not write AppHost code, detect infrastructure dependencies, or wire services — those belong to the aspireify skill. This scenario's contributions are: environment gates, source control, inter-service communication mapping (context for aspireify), integration mode question, Azure publisher code, and scenario lifecycle.

Workflow Overview

Phase 0  PRE-CHECK        → TFM gate; detect existing Aspire artifacts; CLI/skills setup
Phase 1  WORKING BRANCH   → Branch setup and source control hygiene
Phase 2  ANALYSIS         → inter-service communication mapping
Phase 3  USER CONFIG      → Single question: integration mode
Phase 4  PLANNING         → Generate plan.md based on mode choice
Phase 5  EXECUTION        → aspire init; delegate to aspireify; Azure publisher (if chosen)
Phase 6  COMPLETION       → Surface final status, deferred items, next steps

Phase 0: Pre-Check — Environment & Compatibility Gates

The cheap gates (TFM, existing artifacts) run first. CLI and skill installs only run if we're definitely continuing — so a user who hard-stops on incompatible TFM or chooses Quit on existing-artifact detection has nothing installed.

0.1: TFM Compatibility Gate

Scan every .csproj in the solution. For each, read <TargetFramework> and <TargetFrameworks>.

Compatible TFMs: net8.0, net9.0, net10.0, or any net{X}.0 where X ≥ 8. Multi-targeted projects with at least one compatible TFM are compatible.

Incompatible TFMs: net4* (.NET Framework), netstandard*, netcoreapp*, net5.0, net6.0, net7.0.

<response_template> ❌ No Compatible Projects Found

All projects target .NET versions that Aspire does not support (net8.0 or later required):

Options:

1. Upgrade projects first using the .NET Version Upgrade scenario, then return here
2. Cancel this scenario

</response_template>

<response_template> ⚠️ Mixed Compatibility Detected

Options:

1. Proceed with compatible projects only (recommended) — incompatible projects remain unchanged
2. Upgrade all projects first — use the .NET Version Upgrade scenario, then return here

</response_template>

0.2: Detect Existing Aspire Artifacts

Search for:

If nothing found → continue to 0.3. Set internal flag: aspire_init_needed = true.

If artifacts found → present options:

Existing Aspire support detected:

{list what was found with paths}

Options:

1. Quit — no changes needed

2. Fix / augment — add missing resources or projects to the existing AppHost

3. Add new AppHost — create a separate AppHost for a different subset of projects

• Quit → end scenario
• Fix/augment → set aspire_init_needed = false; continue to 0.3
• Add new AppHost → set aspire_init_needed = true; continue to 0.3

Load: aspire-cli.md — read before running any commands in the steps below. It defines which commands are agent-safe, which must never be run as an agent, and the correct flags for each.

0.3a: Verify / Install Aspire CLI

aspire --version

• Present → proceed to 0.3b.
• Missing → run dotnet tool install -g aspire.cli. If the command fails and cannot be retried automatically, pause and ask the user to run it manually:

> Before continuing, please run this in your terminal: > `` > dotnet tool install -g aspire.cli > `` > Reply when done.

Hard gate: do not proceed until aspire --version succeeds.

0.3b: Update Aspire CLI

dotnet tool update -g aspire.cli

Always run when CLI is present — idempotent. Ensures aspireify-required features (--non-interactive, aspire init, aspire docs search, aspire list integrations) are available.

If the command fails and cannot be retried automatically, pause and ask the user to run it manually:

Please run this in your terminal:

```

dotnet tool update -g aspire.cli

```

Reply when done.

Hard gate: do not proceed with a stale CLI. The workflow depends on CLI features that may not exist in older versions.

0.3c: Ensure Aspire Skills Are Installed

Search the repository for existing skill files:

• .github/skills/aspire/SKILL.md (or skill.md, or any *aspire*skill* under .github/skills/aspire/)
• .github/skills/aspireify/SKILL.md (or skill.md, or any *aspireify*skill* under .github/skills/aspireify/)

• Both found → skills are already installed; proceed.
• Either missing → run:

``bash aspire agent init --non-interactive --nologo --skills aspire,aspireify --skill-locations github ` If the command succeeds, verify both files now exist at .github/skills/aspire/SKILL.md and .github/skills/aspireify/SKILL.md`. Then read both to load the Aspire-specific context before continuing.

If the command fails and cannot be retried automatically, pause and ask the user to run it manually: > Before continuing, please run this in your terminal: > `` > aspire agent init --non-interactive --nologo --skills aspire,aspireify --skill-locations github > `` > Reply when done.

Hard gate: do not proceed until both skill files are present. The aspireify skill is required for Phase 5 — the workflow cannot continue without it.

Phase 1: Working Branch

1.1: Source Control Detection

Detect git repo, current branch, and pending changes. Handled during pre-initialization by the scenario-initializer worker.

1.2: Consolidated Pre-Init Prompt

Present branch strategy, commit approach, and flow mode in one single prompt. No multi-step wizard. User confirms or adjusts.

1.3: Apply Source Control

Commit or stash pending changes. Create/switch to working branch. The workspace must be clean and on the correct branch before analysis begins.

Phase 2: Analysis

All steps in this phase are read-only. No file mutations.

Load: assessment.md — read completely before starting this phase.

The assessment file covers:

• TFM compatibility (reuse Phase 0.1 results)
• Inter-service communication mapping (unique value-add of this scenario)
• Assessment summary template

Assessment Outputs

Present the assessment summary to the user before proceeding to Phase 3. Wait for confirmation.

Phase 3: User Configuration

3.1: Integration Mode (single question)

Integration mode:

1. Inner-loop only — AppHost for local development with Aspire Dashboard

2. Inner-loop + Azure-ready — Also configure Azure publishing so you can deploy when ready (deployment itself is not done during this scenario)

Recommended: {1 or 2}

- Default to Azure-ready if any compatible project is a Web API, Worker Service, Azure Functions, Blazor app, or gRPC service

- Default to inner-loop only if all compatible projects are desktop apps or console tools

Wait for answer before proceeding.

Phase 4: Planning

Follow the canonical plan.md format from your planning instructions.

4.1: Plan Shapes

Inner-loop only (3 tasks):

Inner-loop + Azure-ready (4 tasks):

Completion task vs Phase 6: The *-complete task generates the completion surface (templates in execution.md "Completion Surfaces") and is the last tracked unit of work in plan.md. Phase 6 is the scenario-lifecycle wrap-up that runs after the plan is fully done — it refreshes resource state if needed and hands off to a follow-up scenario. The completion content is owned by the task; Phase 6 owns the lifecycle.

4.2: Initialize Task Tracking

Initialize tasks.md and scenario-instructions.md using the standard initialize_scenario system skill.

4.3: Present Plan

Save plan.md and present it to the user. Wait for approval before starting execution.

Phase 5: Execution

Load: execution.md — read completely when entering this phase. Load: aspire-cli.md — CLI command reference.

Uses the executor's core task-execution steps for task lifecycle. The execution file supplements those steps — it does not replace them.

Execute the tasks listed in the approved plan.md (3 tasks for inner-loop only, 4 tasks for Azure-ready). For each task, use the matching reference section below — only the tasks present in plan.md should run.

Mark each task done in plan.md as you complete it.

Phase 6: Completion

1. Confirm all tasks in plan.md are marked done
2. Re-run aspire describe if the AppHost was stopped — get current resource status
3. Surface to the user:

• Dashboard URL (with full login token — from aspireify's completion summary; if missing, run aspire start and read the URL from its output — that is the canonical source)
• Resource list — name, type, status (Healthy / Skipped / Deferred)
• Skipped incompatible projects — each with actionable next step (link to .NET Version Upgrade)
• Deferred items from aspireify (e.g., OTel not wired for a service) — each with actionable next step
• (Azure-ready path) What was done (publisher packages + Publish code). Instruction: "Run aspire deploy in your terminal, use the Aspire CLI directly, or any preferred deployment tool when you're ready to deploy to Azure. First run will ask for Azure subscription, resource group, and region."*

1. Suggest next scenario: "Run `aspire-version-upgrade` when you want to move to a newer Aspire version"

Build Warnings Policy

Only fix warnings introduced by Aspire integration (new AppHost code from Task 03, new package references). Do not fix pre-existing warnings in the user's projects — those are out of scope.

Error Handling