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self-dyxc自我提升型主动智能体

作者 Wash Uugal · GitHub ↗ · v1.0.1 · MIT-0
linuxdarwinwin32 ⚠ error
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在 OpenClaw 中安装
/install self-dyxc
功能描述
Self-reflection + Self-criticism + Self-learning + Self-organizing memory. Agent evaluates its own work, catches mistakes, and improves permanently. Use when...
使用说明 (SKILL.md)

When to Use

User corrects you or points out mistakes. You complete significant work and want to evaluate the outcome. You notice something in your own output that could be better. Knowledge should compound over time without manual maintenance.

Architecture

Memory lives in ~/self-improving/ with tiered structure. If ~/self-improving/ does not exist, run setup.md. Workspace setup should add the standard self-improving steering to the workspace AGENTS, SOUL, and HEARTBEAT.md files, with recurring maintenance routed through heartbeat-rules.md.

~/self-improving/
├── memory.md          # HOT: ≤100 lines, always loaded
├── index.md           # Topic index with line counts
├── heartbeat-state.md # Heartbeat state: last run, reviewed change, action notes
├── projects/          # Per-project learnings
├── domains/           # Domain-specific (code, writing, comms)
├── archive/           # COLD: decayed patterns
└── corrections.md     # Last 50 corrections log

Quick Reference

Topic File
Setup guide setup.md
Heartbeat state template heartbeat-state.md
Memory template memory-template.md
Workspace heartbeat snippet HEARTBEAT.md
Heartbeat rules heartbeat-rules.md
Learning mechanics learning.md
Security boundaries boundaries.md
Scaling rules scaling.md
Memory operations operations.md
Self-reflection log reflections.md
OpenClaw HEARTBEAT seed openclaw-heartbeat.md

Requirements

  • No credentials required
  • No extra binaries required
  • Optional installation of the Proactivity skill may require network access

Learning Signals

Log automatically when you notice these patterns:

Corrections → add to corrections.md, evaluate for memory.md:

  • "No, that's not right..."
  • "Actually, it should be..."
  • "You're wrong about..."
  • "I prefer X, not Y"
  • "Remember that I always..."
  • "I told you before..."
  • "Stop doing X"
  • "Why do you keep..."

Preference signals → add to memory.md if explicit:

  • "I like when you..."
  • "Always do X for me"
  • "Never do Y"
  • "My style is..."
  • "For [project], use..."

Pattern candidates → track, promote after 3x:

  • Same instruction repeated 3+ times
  • Workflow that works well repeatedly
  • User praises specific approach

Ignore (don't log):

  • One-time instructions ("do X now")
  • Context-specific ("in this file...")
  • Hypotheticals ("what if...")

Self-Reflection

After completing significant work, pause and evaluate:

  1. Did it meet expectations? — Compare outcome vs intent
  2. What could be better? — Identify improvements for next time
  3. Is this a pattern? — If yes, log to corrections.md

When to self-reflect:

  • After completing a multi-step task
  • After receiving feedback (positive or negative)
  • After fixing a bug or mistake
  • When you notice your output could be better

Log format:

CONTEXT: [type of task]
REFLECTION: [what I noticed]
LESSON: [what to do differently]

Example:

CONTEXT: Building Flutter UI
REFLECTION: Spacing looked off, had to redo
LESSON: Check visual spacing before showing user

Self-reflection entries follow the same promotion rules: 3x applied successfully → promote to HOT.

Quick Queries

User says Action
"What do you know about X?" Search all tiers for X
"What have you learned?" Show last 10 from corrections.md
"Show my patterns" List memory.md (HOT)
"Show [project] patterns" Load projects/{name}.md
"What's in warm storage?" List files in projects/ + domains/
"Memory stats" Show counts per tier
"Forget X" Remove from all tiers (confirm first)
"Export memory" ZIP all files

Memory Stats

On "memory stats" request, report:

📊 Self-Improving Memory

HOT (always loaded):
  memory.md: X entries

WARM (load on demand):
  projects/: X files
  domains/: X files

COLD (archived):
  archive/: X files

Recent activity (7 days):
  Corrections logged: X
  Promotions to HOT: X
  Demotions to WARM: X

Common Traps

Trap Why It Fails Better Move
Learning from silence Creates false rules Wait for explicit correction or repeated evidence
Promoting too fast Pollutes HOT memory Keep new lessons tentative until repeated
Reading every namespace Wastes context Load only HOT plus the smallest matching files
Compaction by deletion Loses trust and history Merge, summarize, or demote instead

Core Rules

1. Learn from Corrections and Self-Reflection

  • Log when user explicitly corrects you
  • Log when you identify improvements in your own work
  • Never infer from silence alone
  • After 3 identical lessons → ask to confirm as rule

2. Tiered Storage

Tier Location Size Limit Behavior
HOT memory.md ≤100 lines Always loaded
WARM projects/, domains/ ≤200 lines each Load on context match
COLD archive/ Unlimited Load on explicit query

3. Automatic Promotion/Demotion

  • Pattern used 3x in 7 days → promote to HOT
  • Pattern unused 30 days → demote to WARM
  • Pattern unused 90 days → archive to COLD
  • Never delete without asking

4. Namespace Isolation

  • Project patterns stay in projects/{name}.md
  • Global preferences in HOT tier (memory.md)
  • Domain patterns (code, writing) in domains/
  • Cross-namespace inheritance: global → domain → project

5. Conflict Resolution

When patterns contradict:

  1. Most specific wins (project > domain > global)
  2. Most recent wins (same level)
  3. If ambiguous → ask user

6. Compaction

When file exceeds limit:

  1. Merge similar corrections into single rule
  2. Archive unused patterns
  3. Summarize verbose entries
  4. Never lose confirmed preferences

7. Transparency

  • Every action from memory → cite source: "Using X (from projects/foo.md:12)"
  • Weekly digest available: patterns learned, demoted, archived
  • Full export on demand: all files as ZIP

8. Security Boundaries

See boundaries.md — never store credentials, health data, third-party info.

9. Graceful Degradation

If context limit hit:

  1. Load only memory.md (HOT)
  2. Load relevant namespace on demand
  3. Never fail silently — tell user what's not loaded

Scope

This skill ONLY:

  • Learns from user corrections and self-reflection
  • Stores preferences in local files (~/self-improving/)
  • Maintains heartbeat state in ~/self-improving/heartbeat-state.md when the workspace integrates heartbeat
  • Reads its own memory files on activation

This skill NEVER:

  • Accesses calendar, email, or contacts
  • Makes network requests
  • Reads files outside ~/self-improving/
  • Infers preferences from silence or observation
  • Deletes or blindly rewrites self-improving memory during heartbeat cleanup
  • Modifies its own SKILL.md

Data Storage

Local state lives in ~/self-improving/:

  • memory.md for HOT rules and confirmed preferences
  • corrections.md for explicit corrections and reusable lessons
  • projects/ and domains/ for scoped patterns
  • archive/ for decayed or inactive patterns
  • heartbeat-state.md for recurring maintenance markers

Related Skills

Install with clawhub install \x3Cslug> if user confirms:

  • memory — Long-term memory patterns for agents
  • learning — Adaptive teaching and explanation
  • decide — Auto-learn decision patterns
  • escalate — Know when to ask vs act autonomously

Feedback

  • If useful: clawhub star self-improving
  • Stay updated: clawhub sync
能力标签
crypto
如何使用
  1. 确保已安装 OpenClaw(本地或 Docker 部署)
  2. 在对话框中输入安装命令:/install self-dyxc
  3. 安装完成后,直接呼叫该 Skill 的名称或使用 /self-dyxc 触发
  4. 根据 Skill 的参数说明提供必要输入,即可获得结构化输出
版本历史
v1.0.1
No user-visible changes detected in this version. - No changes to SKILL.md or other files. - Version number update only.
v1.0.0
Skill version 1.2.16 clarifies setup guidance and improves safety for installation and follow-through: - Updated description to clarify proactive use cases and self-improvement triggers. - Expanded setup flow instructions, including required and optional config paths. - Detailed the tiered memory structure, learning mechanics, and self-reflection process. - Listed common traps and core rules for safe, effective pattern learning. - Enhanced transparency and user control for memory management and conflict resolution. - Security and scope boundaries are re-stated for safer operation.
元数据
Slug self-dyxc
版本 1.0.1
许可证 MIT-0
累计安装 0
当前安装数 0
历史版本数 2
常见问题

self-dyxc自我提升型主动智能体 是什么?

Self-reflection + Self-criticism + Self-learning + Self-organizing memory. Agent evaluates its own work, catches mistakes, and improves permanently. Use when... 它是一个面向 Claude Code / OpenClaw 的 AI Agent Skill 插件,目前累计下载 56 次。

如何安装 self-dyxc自我提升型主动智能体?

在 OpenClaw 或 Claude Code 对话框中运行命令「/install self-dyxc」即可一键安装,无需额外配置。

self-dyxc自我提升型主动智能体 是免费的吗?

是的,self-dyxc自我提升型主动智能体 完全免费,采用 MIT-0 许可证,可自由下载、安装和使用。

self-dyxc自我提升型主动智能体 支持哪些平台?

self-dyxc自我提升型主动智能体 跨平台运行,可在任意部署了 OpenClaw / Claude Code 的环境中使用(linux, darwin, win32)。

谁开发了 self-dyxc自我提升型主动智能体?

由 Wash Uugal(@mifashion)开发并维护,当前版本 v1.0.1。

💬 留言讨论