Prompt Converter: How a Skill Turns an Idea into Ready-Made Instructions for AI

A new skill automates prompt writing. Instead of manually listing all 10 blocks, you simply describe the task — the skill generates a complete prompt for Claude, GPT, Gemini, or DeepSeek. It includes Python validation and a diversity protocol based on academic research.

AI-processed from Habr AI; edited by Hamidun News
Prompt Converter: How a Skill Turns an Idea into Ready-Made Instructions for AI
Source: Habr AI. Collage: Hamidun News.
Listen to article
Article Fact Sheet & Key Figures
ParameterDetails
Primary sourceHabr AI ↗
Editor-in-Chief
Key metric #1System Prompt with an explicit role
Key metric #2Context and background information
Key metric #3Task definition in two sentences

Writing prompts manually is routine work that requires remembering ten mandatory blocks and the discipline not to forget any of them. A developer created a skill that turns this mechanics into a single button.

Why Prompting Gets Stuck in Routine

A proper prompt is not spontaneous creativity, but an engineering checklist. Role, task, success criteria, protection against hallucinations, formatting for a specific model, examples, context, constraints, error handling.

The human brain is wired to hate repetition of the same thing. But prompting requires exactly this — to repeat the structure for each new task.

What happens in practice? Either prompts are written weakly and incompletely, or half of the mandatory blocks are forgotten, or you have to open an old checklist every time and remember what order to follow. This distracts attention from the most interesting part — coming up with the right task description.

How the Skill Works

The skill is simple: you describe the task in your own words, and the system unfolds it into 10 mandatory blocks. Input: a phrase like "I want to automatically generate prompts for bug detection in code". Output: a complete prompt ready to use in Claude, GPT, Gemini, or DeepSeek.

Here are the blocks the system unfolds:

  • System Prompt with an explicit role
  • Context and background information
  • Task definition in two sentences
  • Success criteria (how to know the result is good)
  • Protection against hallucinations and fabrications
  • Examples of input data and desired outputs
  • Explicit constraints and edge cases
  • Technical model settings (temperature, token limit)
  • Response diversity protocol
  • Instructions for error handling and fallbacks

The skill adapts the prompt to each model's syntax. Claude works with a Markdown-blocks system, GPT is accustomed to JSON, Gemini requires different formatting. Python validation is built-in — the system validates the syntax of the final prompt before giving it to the user.

Scientific Foundation and Openness

The response diversity protocol is taken from recent academic research on prompt optimization. The essence: you need to make sure the model doesn't get stuck in one style of answers. The skill is open-source, published in a public repository. This means anyone can look at the logic inside, suggest improvements, add their own block or formatting for a new model when it appears.

What Changes

Prompting transforms from a creative hobby into an engineering tool. For AI developers and product managers who write instructions constantly, this saves 5-10 minutes per prompt — while maintaining quality superior to manual writing. For teams scaling AI features, it's consistency. All prompts are built according to one schema, without human errors and omissions.

Story

Key Questions Answered

Why Prompting Gets Stuck in Routine?

A proper prompt is not spontaneous creativity, but an engineering checklist. Role, task, success criteria, protection against hallucinations, formatting for a specific model, examples, context, constraints, error handling. The human brain is wired to hate repetition of the same thing. But prompting requires exactly this — to repeat the structure for each new task. What happens in practice? Either prompts are written weakly and incompletely, or half of the mandatory blocks are forgotten, or you have to open an old checklist every time and remember what order to follow. This

How the Skill Works?

The skill is simple: you describe the task in your own words, and the system unfolds it into 10 mandatory blocks. Input: a phrase like "I want to automatically generate prompts for bug detection in code". Output: a complete prompt ready to use in Claude, GPT, Gemini, or DeepSeek. Here are the blocks the system unfolds: System Prompt with an explicit role Context and background information Task definition in two sentences Success criteria (how to know the result is good) Protection against hallucinations and fabrications Examples of input data and desired outputs Explicit co

What are the key details on Scientific Foundation and Openness?

The response diversity protocol is taken from recent academic research on prompt optimization. The essence: you need to make sure the model doesn't get stuck in one style of answers. The skill is open-source, published in a public repository. This means anyone can look at the logic inside, suggest improvements, add their own block or formatting for a new model when it appears.

ZK
Zhemal Khamidun — CPO at Alpina Digital, product manager of AlpinaGPT. Building AI products since 2019. Hamidun News is a pet project that grew into a production aggregator with 6,000+ readers.
✦ Hands-On AI Engineering · Hamidun Academy

Build & Ship Production AI Agents Without Boilerplate Code

Start your free 72-hour trial at Hamidun Academy (academy.hamidun.com) — interactive lessons on Claude Code & Cursor, live Tech Radar, and production agent templates.

Start 72h Free Trial →Vibe-Coding Intensive
What do you think?
Loading comments…