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deepseek-harness-setup

Set up Everything Claude Code skills and hooks in DeepSeek Harness. Covers linking skill folders, generating hook settings, checking that hooks run, updating the setup, and investigating missing skills or inactive hooks.

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Install and operate Everything Claude Code (ECC) on the DeepSeek Harness (DSH): native skill roots (~/.dsh/skills, .agents/skills), the @deepseek-ai/dsh-hooks-claude-code bridge for command hooks, bare-insert patch mounting, generator usage, event-support limits, and update workflow. Use when setting up ECC on DeepSeek Harness, wiring ECC hooks into a DSH profile, or debugging why ECC skills or hooks do not appear in a DSH session.

See how to install

Good for

  • Install ECC skills in DeepSeek Harness
  • Connect ECC hooks to a DSH profile
  • Investigate missing skills or inactive hooks
  • Update linked skills and regenerate hook settings

Files included (1)

  • SKILL.md3.6 KB

SKILL.md (original)

Review the instructions the agent will receive before you install.

DeepSeek Harness Setup

Run ECC on the DeepSeek Harness. Full guide: docs/DEEPSEEK-HARNESS-GUIDE.md.

When to Use

  • Installing ECC skills or hooks on a DeepSeek Harness install.
  • Deciding which ECC surfaces work on DSH and which do not.
  • Debugging a DSH session that does not show ECC skills or does not fire ECC hooks.

How It Works

  1. Skills need no conversion. DSH reads SKILL.md frontmatter (name/description) from native skill roots. Link the ECC catalog once:

    ln -s /path/to/ECC/skills/<skill-name> ~/.dsh/skills/<skill-name>
    

    Root priority (project .dsh and .agents roots beat ~/.dsh): skip linking skills whose names already exist in a higher-priority root. Substitute real skill names for the placeholders; the angle brackets are not shell syntax.

  2. Hooks go through the first-party bridge. Generate a DSH-format config from the canonical ECC hooks file:

    node scripts/dsh/generate-hooks-config.js --ecc-root /path/to/ECC --out ~/.dsh/ecc/hooks-dsh.json
    

    The generator lower-cases tool-name matchers, prefixes CLAUDE_PLUGIN_ROOT/ECC_PLUGIN_ROOT inline (the bridge does not export the plugin root), preserves timeouts, and skips events DSH cannot bridge: PreCompact, PostToolUseFailure, SessionEnd.

  3. Mount with a bare insert in ~/.dsh/profiles/<profile>/cordis.patch.yml:

    - insert:
        - id: ecc-hooks-claude-code
          name: "@deepseek-ai/dsh-hooks-claude-code"
          config:
            configPath: /absolute/path/to/hooks-dsh.json
    

    Loader rules that cost debugging time when learned the hard way: a plain - id: top-level entry is silently dropped; insert under an existing non-group id is rejected as "not a group"; first-party plugin packages need no profile package.json entry.

  4. Validate by composing, then verify live.

    cd ~/.dsh && dsh --profile web --dump-config > /tmp/dump.yml
    grep ecc-hooks /tmp/dump.yml
    

    Compose exit status stays 0 even when the loader drops or rejects an entry — those problems are only reported on stderr. Confirm the entry id appears in the dump and stderr is empty. A live GateGuard denial on the session's first edit/write/bash is the visible signal the bridge is active.

Updating

git pull reflects into linked skills immediately; regenerate the hooks config with the same generator command. If the ECC checkout moves, regenerate (the path is embedded in every hook command) and relink skills.

Limits

SurfaceStatus on DSH
SkillsNative discovery; workflows may require host adaptation
Hooks23 command hooks on 5 of 7 bridge events
Slash commandsNot available (Claude Code mechanism); workflows covered by skills
AgentsNative dispatch unverified; use canonical prompt guidance only after review

The validated setup here targets the CLI/web profile. Desktop profiles have a separate installation-owned runtime and skill discovery must be verified there independently. Generate hooks only from a reviewed ECC checkout; the linked checkout supplies their runtime.

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