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    DSH Orchestrator

    2

    Orchestrate DSH desktop tools and Blender workflows with automated task triaging and runtime verification.

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    DSH Orchestrator

    DSH Orchestrator

    Example session with this skill installed

    Check the current Blender runtime status and generate a previs scene for the 'living_room' layout in the production/blender-previs/ directory using DSH.

    • Read your context and instructions
    • Compiled the dsh orchestrator

    I have verified the local DSH environment and initiated the Blender previs task. The blender_status check confirmed version 4.2 is available and the isolation directory is writable. I have dispatched this to DSH as an asynchronous session to preserve local context.

    DSH Task Summary

    ComponentStatusDetails
    Runtime CheckPASSBlender 4.2 detected; available: true
    ConnectionACTIVEdsh-as-mcp 0.1.5 connected
    Task TypeDELEGATEDComplex multi-step modeling
    Session IDsess_9482_blender_previsAsynchronous - polling every 30s
    Output Path/production/blender-previs/living_room/Writable

    Next steps

    • Wait for session sess_9482_blender_previs to return the COMPLETED status.
    • Inspect the generated .blend file and representative renders in the output directory.
    • Run the local validation script to check for mesh naming convention compliance.

    Connects securely to your tools. The creator never sees your data.

    About this skill

    This skill optimizes high-stakes development by orchestrating workloads between your primary IDE agent and the DSH desktop environment. It eliminates unnecessary context switching and token waste by routing tasks based on complexity and tool availability. Instead of blindly delegating every request, it performs pre-flight checks on skill registration, runtime availability, and file system permissions to ensure execution won't fail midway.

    The skill provides a rigid decision logic for task triage: direct execution for local scripts, targeted dsh_tool_call for specific desktop MCP functions, or full model delegation for complex, multi-file workflows like Blender 3D previs or batch processing. It includes a specific routing table for 30+ built-in Blender skills and handles the entire lifecycle from initial plugin discovery to asynchronous session management and final artifact verification.

    What it does

    • Task Triaging categorizes workloads to minimize token usage while maintaining output quality.
    • Skill Verification checks runtime status and Blender availability before dispatching tasks.
    • MCP Orchestration executes DSH desktop tools directly without full model prompts for simple actions.
    • Session Management handles asynchronous task delegation with status polling and ID tracking.
    • Validation Engine performs post-execution checks on diffs, renders, and samples to confirm success.

    How it works

    1. Triage Stage evaluates if a task requires local execution, a single DSH tool, or a full model delegation.
    2. Pre-flight Check runs blender_status and path permission audits to confirm environment readiness.
    3. Dispatch Phase invokes dsh_tool_call for targeted actions or session_prompt for complex blocks.
    4. Verification Step audits final artifacts against specific success criteria rather than relying on self-reporting.

    Frameworks & tools

    Built for DSH-as-MCP 0.1.5 host plugins. Integrates with Blender runtimes, TypeScript for control logic, and standard MCP client protocols for desktop tool interaction.

    Why this beats prompting it yourself

    Manual delegation often results in "hallucinated connectivity" where the agent thinks it can reach desktop tools but fails at runtime. This skill enforces hard checks on local environments and implements an asynchronous polling logic that prevents the primary agent from hanging during long-running 3D renders or batch operations.

    Use cases

    • Orchestrating complex Blender previs workflows across local and desktop environments.
    • Reducing token costs by routing simple file edits to local tools instead of remote agents.
    • Managing long-running batch processing tasks via asynchronous session IDs.
    • Automating the installation and recovery of DSH desktop bridge components.

    Known limitations

    Does not support hardcoded Flash model switching. Requires DSH-as-MCP 0.1.5 or higher. Cannot automatically wake the parent session after a timeout without manual polling.

    Requires dsh-as-mcp 0.1.5+. No support for legacy bridge 401. Primary agent cannot be automatically woken by DSH completion; requires polling.

    How to use

    1. 1

      Connect your agent to the Agensi MCP

      Copy the prompt and paste it into Claude, ChatGPT, Cursor or any agent that supports MCP. It sets up the connection for you. Manual setup

    2. 2

      Sign in to Agensi

      Your agent shows a sign-in link. Sign in and click Allow.

    3. 3

      Ask for what you need

      Your agent loads this skill and uses it on your task. It always asks before any payment.

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    Software
    tsxNode.jsGit

    Permissions

    Terminal / Shell
    Read Files
    Environment Variables
    Listed19 days ago

    What's inside

    Frequently Asked Questions

    The DSH Orchestrator acts as a smart traffic controller, triaging tasks between your local IDE and desktop environments to prevent token waste and "hallucinated connectivity" errors during complex 3D or dev workflows.

    This skill is specifically built for the DSH-as-MCP 0.1.5 host plugin ecosystem and integrates seamlessly with any MCP-compliant client and Blender runtimes.

    Yes, the skill includes a dedicated routing table for over 30 built-in Blender skills, handling everything from initial plugin discovery to asynchronous render session management.

    Each purchase includes the core TypeScript-based control logic, the triage routing table, and the verification engine designed for DSH-as-MCP 0.1.5 environments.

    It performs automated 'pre-flight checks' on skill registration and file system permissions, ensuring the environment is ready before a task begins to prevent midway execution failures.

    The orchestrator uses a session ID tracking system and status polling, allowing it to manage long-running batch processes without causing the primary agent to hang or timeout.

    New in Agents & Orchestration