majiayu000
majiayu000/claude-skill-registry
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
直接命令不会经过审查 Prompt；运行前请先检查来源。
npx skills add https://github.com/majiayu000/claude-skill-registry --skill model-serving命令会保持在同一行。复制前请横向滚动并检查完整内容。
想先保存到本地？可下载 SkillsMP 当前能够提供的文件。
LLM token logprobs and calibration. Per-decision confidence, ECE, Brier, reliability diagrams, low-confidence triage.
Analyze LLM token logprobs and calibration. Use for per-decision confidence, ECE, Brier scores, reliability diagrams, and low-confidence triage.
回顾最近 N 天的 Claude Code 使用记录——扫描原始会话数据，按主题分组汇总"我都做了什么"，并从个人操作系统视角输出模式、风险与增删建议。当用户说 /recap、"看看我这几天做了什么"、"回顾一下我最近的会话"、"这两天我用 claude 干了啥"、"活动回顾" 时使用。
基于 SOC 职业分类
正在显示 SKILL.md
| sidebar_position | 0 |
| title | Build Your Model Serving Skill |
| description | Create your model-serving skill from Ollama documentation before learning deployment theory |
| chapter | 70 |
| lesson | 0 |
| duration_minutes | 25 |
| skills | [{"name":"Skill-First Learning Application","proficiency_level":"B1","category":"Applied","bloom_level":"Apply","digcomp_area":"Problem-Solving","measurable_at_this_level":"Student can create a model-serving skill from official Ollama documentation using the Skill-First pattern"},{"name":"Documentation-Grounded Skill Creation","proficiency_level":"B1","category":"Technical","bloom_level":"Apply","digcomp_area":"Digital Content Creation","measurable_at_this_level":"Student can fetch and synthesize official Ollama documentation into a structured skill"},{"name":"Model Serving Fundamentals","proficiency_level":"B1","category":"Conceptual","bloom_level":"Understand","digcomp_area":"Information Literacy","measurable_at_this_level":"Student can explain the structure and purpose of a model-serving skill"}] |
| learning_objectives | [{"objective":"Create a model-serving skill from Ollama documentation","proficiency_level":"B1","bloom_level":"Apply","assessment_method":"Skill file creation with correct structure and grounded content"},{"objective":"Apply the Skill-First Learning Pattern to model deployment","proficiency_level":"B1","bloom_level":"Apply","assessment_method":"LEARNING-SPEC.md creation with clear success criteria"},{"objective":"Understand the structure of model serving skills","proficiency_level":"B1","bloom_level":"Understand","assessment_method":"Explanation of skill components and their purposes"}] |
| cognitive_load | {"new_concepts":4,"assessment":"4 concepts (Skill-First pattern, LEARNING-SPEC, Ollama documentation grounding, model serving skill structure) within B1 limit (7-10 concepts)"} |
| differentiation | {"extension_for_advanced":"Add vLLM configuration patterns and multi-GPU serving options to the skill","remedial_for_struggling":"Focus on the basic Ollama skill structure; defer advanced sections to later lessons"} |
You have a fine-tuned model from Chapter 69. Now you need to deploy it so real users can interact with it. But here is the pattern that separates effective AI-native developers from those who struggle: build your skill first, then learn the technology.
In traditional learning, you study deployment options, configure servers, troubleshoot errors, and hope you remember the patterns later. In Skill-First learning, you create a reusable intelligence asset before you even understand the technology deeply. This asset grows with you as you learn, and by the end of the chapter, you own a production-ready skill you can sell or deploy.
This lesson follows the same pattern you used in Part 6, Part 7, and earlier Part 8 chapters. Clone a fresh skills-lab, fetch official documentation, and build your model-serving skill from authoritative sources rather than memory.
Model serving involves multiple components: export formats (GGUF, safetensors), quantization levels (Q4_K_M, Q8_0), inference servers (Ollama, vLLM), and performance tuning (batch sizes, context lengths, memory management). Trying to memorize all configuration options is futile. But encoding it into a skill that you can invoke, test, and improve makes this knowledge permanently accessible and actionable.
| Traditional Approach | Skill-First Approach |
|---|---|
| Read docs, forget configs | Build skill, query anytime |
| Scattered Stack Overflow links | Single authoritative source |
| Knowledge decays over time | Skill improves with use |
| Cannot delegate to AI | AI executes your skill |
By the end of this chapter, your model-serving skill will guide you through:
Start with a clean environment. This prevents state from previous experiments from affecting your work.
# Clone the skills-lab repository
git clone https://github.com/panaversity/skills-lab.git ~/skills-lab-ch70
# Navigate to the directory
cd ~/skills-lab-ch70
# Create the skill directory structure
-p .claude/skills/model-serving
Output:
Cloning into '/Users/you/skills-lab-ch70'...
Before creating the skill, define what you are trying to accomplish. This specification guides both your learning and the skill you create.
# LEARNING-SPEC.md
## What I Want to Learn
Local model serving using Ollama with GGUF models on consumer hardware
(8GB+ RAM, optional GPU).
## Why This Matters
I want to deploy my fine-tuned Task API model locally with:
- Fast response times (<500ms latency)
- No cloud dependency for inference
- REST API for integration with existing applications
- Cost-effective serving without GPU rental fees
## Success Criteria
1. I can export models to GGUF format with appropriate quantization
2. I can configure Ollama to serve custom models
3. I can achieve <500ms latency on consumer hardware
4. I can integrate with Python applications via REST API
5. My skill accurately reflects official Ollama documentation
## Constraints
- Must work on consumer hardware (8GB+ RAM minimum)
- Must use Ollama for local serving
- Must produce REST API endpoints
- Should support both CPU and GPU inference
## Running Example
Deploy the Task API model (fine-tuned in Chapter 64-69) via Ollama
with REST API access for task management applications.
Save this file in your skills-lab directory.
The skill must be grounded in official documentation, not AI memory which may be outdated or hallucinated.
Use Claude Code or your AI assistant:
/fetching-library-docs ollama
Fetch the official Ollama documentation covering:
1. Model import and Modelfile syntax
2. REST API endpoints (/api/generate, /api/chat)
3. Performance tuning options
4. GGUF format requirements
Key sources to reference:
Based on the documentation, create your skill file. Here is a starter template:
---
name: model-serving
description: This skill should be used when deploying and serving LLM models locally. Use when exporting to GGUF, configuring Ollama, setting up REST APIs, and optimizing inference performance.
---
# Model Serving Skill
## Purpose
Guide local deployment and serving of LLMs using Ollama with GGUF models
on consumer hardware for production-ready inference.
## When to Use This Skill
Invoke this skill when:
- Exporting fine-tuned models to GGUF format
- Selecting quantization levels for target hardware
- Configuring Ollama with custom Modelfiles
- Setting up REST API endpoints for applications
- Optimizing inference for latency and throughput
- Troubleshooting serving issues
## Hardware Context
**Consumer Hardware (Target):**
- 8GB+ RAM minimum
- Optional GPU (NVIDIA/AMD/Apple Silicon)
- CPU inference fallback available
**Performance Targets:**
- First token: <200ms
- Total latency: <500ms
- Throughput: 10+ requests/second (with batching)
## Quantization Selection Guide
| Quantization | Size (7B) | Quality | Speed | Use Case |
|--------------|-----------|---------|-------|----------|
| Q4_K_M | ~4GB | Good | Fast | **Default choice** |
| Q5_K_M | ~5GB | Better | Moderate | Quality-sensitive |
| Q8_0 | ~8GB | Best | Slower | Maximum quality |
## Ollama REST API
### Generate Endpoint
POST http://localhost:11434/api/generate
### Chat Endpoint
POST http://localhost:11434/api/chat
## Troubleshooting
### Model Not Loading
1. Check GGUF file path is correct
2. Verify sufficient RAM available
3. Check Ollama logs for errors
### Slow Inference
1. Enable GPU if available
2. Reduce context length
3. Use more aggressive quantization
Save this to .claude/skills/model-serving/SKILL.md.
Test that your skill was created correctly:
# Check the skill exists
ls -la .claude/skills/model-serving/
# View the skill content
head -50 .claude/skills/model-serving/SKILL.md
Output:
total 8
drwxr-xr-x 3 you staff 96 Jan 1 10:00 .
drwxr-xr-x 3 you staff 96 Jan 1 10:00 ..
-rw-r--r-- 1 you staff 2048 Jan 1 10:00 SKILL.md
You now have a model-serving skill that is grounded in official documentation. As you progress through this chapter:
| Lesson | How Your Skill Improves |
|---|---|
| L01: Export Formats | Add GGUF vs safetensors decision tree |
| L02: Quantization | Add detailed quality/speed tradeoffs |
| L03: Ollama Setup | Add platform-specific installation notes |
| L04: Local Serving | Add Python client patterns |
| L05: vLLM Theory | Add production architecture context |
| L06: Performance | Add latency optimization techniques |
| L07: Capstone | Validate skill produces working deployment |
Each lesson will include a "Reflect on Your Skill" section where you update and improve this skill based on what you learned.
Use your AI companion (Claude, ChatGPT, Gemini, or similar).
I just created my model-serving skill for Ollama deployment. Review the
structure and tell me:
1. Does it follow the SKILL.md format correctly?
2. Is the content grounded in documentation (not hallucinated)?
3. What sections should I add as I learn more about model serving?
Here is my skill:
[paste your SKILL.md content]
What you are learning: Critical evaluation of your own skill structure. Your AI partner helps identify gaps before you invest time in an incomplete skill.
I have [describe your hardware: M1 Mac with 16GB RAM / Windows PC with RTX 3060 /
Linux server with 32GB RAM]. Looking at my model-serving skill, what
hardware-specific optimizations should I add? What quantization level
would you recommend for my setup?
What you are learning: Hardware-aware optimization. Model serving is not one-size-fits-all. Your AI partner helps you anticipate hardware-specific challenges.
Compare my skill's Ollama configuration recommendations against the official
Ollama documentation. Are there any discrepancies? Any best practices
I should add?
Specifically check:
1. Modelfile syntax
2. REST API endpoints
3. Performance tuning options
What you are learning: Documentation verification. You are building the habit of validating AI-generated content against authoritative sources.
As you create skills from documentation, remember that AI tools may not have the most current information. Always verify critical configuration values against the official source. The Ollama documentation is updated regularly as the project evolves.