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binary-analysis-patterns

Dissect compiled binaries using repeatable reverse-engineering pattern templates.

Updated Mar 18, 2026
Search Tags:#patterns#control-flow#reverse-engineering#decompilation#binary#disassembly
One-click install
npx skills add https://github.com/ekremmkasap/jarvis --skill binary-analysis-patterns-ekremmkasap
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: binary-analysis-patterns
Source: https://github.com/ekremmkasap/jarvis/tree/main/server/agent_prompts/wshobson/plugins/reverse-engineering/skills/binary-analysis-patterns
Command: npx skills add https://github.com/ekremmkasap/jarvis --skill binary-analysis-patterns-ekremmkasap

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Dissect and understand compiled binaries with repeatable, well-documented analysis patterns that guide you through complex codebases.

Core Features & Use Cases

  • Disassembly fundamentals including function prologue/epilogue, calling conventions, and pattern recognition for architecture differences.
  • Control flow and data structure patterns: conditional branches, loops, switch statements, array access, and struct layouts.
  • Decompilation and variable recovery templates to map registers to high-level concepts and identify function signatures.
  • Practical guidance for tools like Ghidra and IDA Pro to accelerate pattern matching and analysis.

Quick Start

Run this guide against a sample binary to begin applying the listed patterns and templates.

Frequently Asked Questions about binary-analysis-patterns

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

FAQPage Schema
What is binary analysis and how do control-flow patterns help with reverse engineering?▼

Binary analysis reverse-engineers compiled code to understand program behavior. Control-flow patterns recognize conditional branches and loops during disassembly, enabling structured reconstruction of execution paths across different CPU architectures.

How do I identify function signatures and data structures during binary decompilation?▼

Binary decompilation recovers high-level variables by mapping registers to data structures using documented templates. You identify function prologues, epilogues, and calling conventions to infer struct layouts, array access, and function signatures.

Can I use these reverse-engineering patterns for malware analysis and security reviews?▼

Yes, these reverse-engineering patterns apply directly to malware analysis, software forensics, and security reviews. They provide repeatable templates for dissecting compiled binaries and understanding complex codebases during security audits.

Does this binary analysis guidance work with Ghidra and IDA Pro?▼

Yes, the binary analysis patterns provide practical guidance for accelerating pattern matching and disassembly specifically within Ghidra and IDA Pro to help map compiled code to high-level concepts.

How do I start applying disassembly patterns to understand calling conventions in a compiled binary?▼

Start binary disassembly by identifying function prologues and epilogues to determine calling conventions. Apply the provided structured templates and documented conventions to recognize architecture differences and infer data layouts.

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