Spawn

alirezarezvani/claude-skills/engineering/agenthub/skills/spawn

作者 alirezarezvani19392f7a0826无许可证27K 个星标收录于 2026年10月8日更新于 2026年10月8日仓库5周前更新

Launch N parallel subagents in isolated git worktrees to compete on the session task. Use when the user runs /hub:spawn or asks to start the competing agents for an initialized AgentHub session.

仅含说明AI & Agents
AI 生成的概览

在隔离的 git 工作树中启动 N 个并行子代理,就同一会话任务展开竞争。

功能
该技能派出多个子代理同时处理同一任务,每个子代理位于各自隔离的 git 工作树中。它加载会话配置,为每个代理写入派发任务,构建提示词(可选使用 optimizer、refactorer、test-writer 或 bug-fixer 等模板),并在一条消息中启动全部代理。随后将会话状态更新为 running,并提示用户使用状态与评估命令。
适用场景
当用户运行 /hub:spawn,或要求为已初始化的 AgentHub 会话启动竞争代理时使用。适用于对同一任务进行并行探索,例如性能优化、重构、编写测试或修复缺陷。
运行要求
需要一个已初始化的 AgentHub 会话(.agenthub/sessions 下有配置文件)、git 工作树、Agent 工具,以及用于所引用 session_manager.py 脚本的 Python 运行时。该技能本身不附带脚本,仅为指令。

/hub:spawn — Launch Parallel Agents

Spawn N subagents that work on the same task in parallel, each in an isolated git worktree.

Usage

/hub:spawn                                    # Spawn agents for the latest session/hub:spawn 20260317-143022                    # Spawn agents for a specific session/hub:spawn --template optimizer               # Use optimizer template for dispatch prompts/hub:spawn --template refactorer              # Use refactorer template

Templates

When --template <name> is provided, use the dispatch prompt from ../agenthub/references/agent-templates.md instead of the default prompt below. Available templates:

TemplatePatternUse Case
optimizerEdit → eval → keep/discard → repeat x10Performance, latency, size reduction
refactorerRestructure → test → iterate until greenCode quality, tech debt
test-writerWrite tests → measure coverage → repeatTest coverage gaps
bug-fixerReproduce → diagnose → fix → verifyBug fix with competing approaches

When using a template, replace all {variables} with values from the session config. Assign each agent a different strategy appropriate to the template and task — diverse strategies maximize the value of parallel exploration.

What It Does

  1. Load session config from .agenthub/sessions/{session-id}/config.yaml
  2. For each agent 1..N:
    • Write task assignment to .agenthub/board/dispatch/
    • Build agent prompt with task, constraints, and board write instructions
  3. Launch ALL agents in a single message with multiple Agent tool calls:
Agent(  prompt: "You are agent-{i} in hub session {session-id}.
Your task: {task}
Read your full assignment at .agenthub/board/dispatch/{seq}-agent-{i}.md
Instructions:1. Work in your worktree — make changes, run tests, iterate2. Commit all changes with descriptive messages3. Write your result summary to .agenthub/board/results/agent-{i}-result.md   Include: approach taken, files changed, metric if available, confidence level4. Exit when done
Constraints:- Do NOT read or modify other agents' work- Do NOT access .agenthub/board/results/ for other agents- Commit early and often with descriptive messages- If you hit a dead end, commit what you have and explain in your result",  isolation: "worktree")
  1. Update session state to running via:
bash
python {skill_path}/scripts/session_manager.py --update {session-id} --state running

Critical Rules

  • All agents in ONE message — spawn all Agent tool calls simultaneously for true parallelism
  • isolation: "worktree" is mandatory — each agent needs its own filesystem
  • Never modify session config after spawn — agents rely on stable configuration
  • Each agent gets a unique board post — dispatch posts are numbered sequentially

After Spawn

Tell the user:

  • {N} agents launched in parallel
  • Each working in an isolated worktree
  • Monitor with /hub:hub-status
  • Evaluate when done with /hub:eval

来源与署名

来源:alirezarezvani/claude-skills位于engineering/agenthub/skills/spawn提交19392f7

许可证: 无许可证

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