_formulate-hypothesis

Scan project code, tests, and documentation to formulate testable hypotheses.

2|1|Updated Feb 17, 2026
One-click install
npx skills add https://github.com/inference-sim/sdlc-plugins --skill formulate-hypothesis
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: _formulate-hypothesis
Source: https://github.com/inference-sim/sdlc-plugins/tree/main/plugins/hypothesis-test/skills/_formulate-hypothesis
Command: npx skills add https://github.com/inference-sim/sdlc-plugins --skill formulate-hypothesis

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill identifies and formulates testable, falsifiable hypotheses by analyzing a project for untested behaviors, gaps, and claims.

Core Features & Use Cases

  • Automated Hypothesis Generation: Scans project code, tests, and documentation to find potential areas for testing.
  • Gap Identification: Pinpoints missing tests for core logic, edge cases, configuration options, and recent changes.
  • Use Case: When developing a new feature, use this Skill to automatically suggest hypotheses that should be tested to ensure robustness and correctness.

Quick Start

Formulate a testable hypothesis for the entire project.

Frequently Asked Questions about _formulate-hypothesis

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

FAQPage Schema
How do I identify untested behaviors in my codebase to formulate a testable hypothesis?

To formulate a testable hypothesis, you can analyze your project's code, test suite, and documentation to pinpoint untested behaviors, missing tests for core logic, edge cases, and configuration gaps. This ensures your hypothesis targets actual coverage gaps.

What is a falsifiable software hypothesis and when do I need one for quality assurance?

A falsifiable software hypothesis is a specific, testable claim about a project's behavior that can be proven false by executing tests. You need one when developing new features to ensure robustness and identify gaps in existing test coverage.

Can I scope hypothesis generation to a specific focus area within my project?

Yes, you can scope hypothesis generation to a specified focus area within your project. This allows you to target specific code modules or recent changes, ensuring the formulated hypothesis remains distinct and relevant to your current testing goals.

How do I generate testable claims for edge cases and recent changes in my software development project?

You can generate testable claims by scanning your project documentation and test suite for gaps related to edge cases and recent changes. This automated gap identification suggests hypotheses that should be tested to ensure correctness.

What's the best way to ensure newly generated testing hypotheses remain distinct from existing claims?

To ensure distinctness, the analysis considers existing formulated claims alongside your codebase and test suite. This prevents overlapping test coverage by generating new hypotheses that specifically target untested behaviors and identified gaps.

Does this automated gap identification work for an entire project or only specific modules?

Automated gap identification works for both scenarios. You can formulate a testable hypothesis for the entire project by scanning all code and tests, or you can restrict the analysis to a specified focus area for more targeted quality assurance.