formax-system-prompt-workflow

Design and validate Formax system prompt assembly with deferred tool exposure semantics.

192|7|Updated Dec 30, 2025

Search Tags:#contracts #system-prompt #parity #tool-exposure #prompt-workflow #formax #deferred-exposure

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npx skills add https://github.com/yusifeng/formax --skill formax-system-prompt-workflow

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Please help me install this Agent Skill.
Skill: formax-system-prompt-workflow
Source: https://github.com/yusifeng/formax/tree/main/.codex/skills/formax-system-prompt-workflow
Command: npx skills add https://github.com/yusifeng/formax --skill formax-system-prompt-workflow

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This skill helps design, refactor, and debug Formax system prompt assembly and deferred tool exposure semantics to ensure request-payload parity and safe reminder injection.

Core Features & Use Cases

Provides a canonical workflow blueprint for updating system prompts and reminder blocks without breaking runtime semantics.
Documents key contracts and reference code paths to align TUI, app-server, and SDK behavior.
Offers guardrails to prevent prompt injection, data leakage, or misalignment between prompt text and tool exposure.

Quick Start

Apply the Formax System Prompt Workflow to start aligning system prompts with deferred exposure rules in your deployment.

Frequently Asked Questions about formax-system-prompt-workflow

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I align system prompts with deferred tool exposure in Formax?▼

To align system prompts with deferred tool exposure in Formax, apply a canonical workflow blueprint that validates request-payload parity across the TUI, app-server, and SDK using documented maps and references.

What is deferred tool exposure and when do I need it for prompt assembly?▼

Deferred tool exposure is a semantic mechanism that safely delays tool availability during prompt assembly. You need it to enforce canonical contracts and prevent prompt injection or data leakage when updating reminder blocks.

How do I update system prompt reminder blocks without breaking runtime semantics?▼

You update reminder blocks by following the Formax system prompt workflow, which provides guardrails and safe reminder integration maps to ensure updates maintain request-payload parity and do not break runtime semantics.

Why does my Formax request payload fail parity checks across the TUI, app-server, and SDK?▼

Request payload parity checks fail when system prompt assembly diverges from canonical contracts across the TUI, app-server, and SDK. Aligning helper blocks and validating change pathways involving FORMAX_DEFERRED_TOOL_EXPOSURE resolves this.

Does the Formax system prompt workflow require specific dependencies to validate contracts?▼

No specific external dependencies are required to validate Formax canonical contracts. The workflow operates using internal reference maps to align behavior and enforce safe reminder integration across deployment components.

What are the limitations when integrating safe reminders into system prompts?▼

The main limitation is the risk of prompt injection or data leakage if reminder integration bypasses documented maps. Guardrails must be strictly followed to maintain alignment between prompt text and tool exposure semantics.