A professional tool for systematically checking compatibility and managing risks when migrating embedded code between hardware platforms.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install embedded-architecture-design
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install embedded-architecture-design using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is Embedded Code Migration Check?
Embedded Code Migration Check is a specialized utility within the Openclaw Skills ecosystem designed to facilitate the transition of firmware and embedded applications from one hardware environment to another. It provides a structured framework to identify architectural differences, compiler extensions, and peripheral mismatches that often cause friction during porting.
By leveraging this skill, developers can automate the identification of platform-specific dependencies, such as Hardware Abstraction Layer (HAL) variations and memory mapping differences. It ensures that critical elements like interrupt handling, data type alignment, and endianness are accounted for before the first line of code is moved, significantly reducing debugging time in the target environment.
Embedded Code Migration Check Use Cases
- Porting legacy STM32 firmware to modern ESP32 or RISC-V platforms.
- Transitioning code between different compiler toolchains (e.g., ARMCC to GCC).
- Identifying hardware-specific dependencies in shared library codebases.
- Generating structured migration plans and effort estimates for project management.
How Embedded Code Migration Check Works
- Analyze the original source code structure to identify platform-dependent modules.
- Identify specific hardware-related code, including registers, HAL calls, and assembly.
- Create a mapping for the target platform's Hardware Abstraction Layer (HAL).
- Execute a module-by-module migration following the identified dependency graph.
- Perform compilation verification to catch syntax and type-alignment errors.
- Conduct functional testing on the target hardware to ensure logic parity.
Embedded Code Migration Check Setup
To integrate this into your workflow, ensure the skill is available in your local repository. You can initialize the environment using the following commands:
# Navigate to your project directory
cd your-embedded-project
# Initialize the migration check skill
openclaw install embedded-code-migration-check
# Run the initial analysis
openclaw run migration-check --source ./src --target ./build-esp32
Embedded Code Migration Check Data Schema & Taxonomy
The skill generates a structured migration report and tracks progress using the following data taxonomy:
| Component | Metadata Tracked | Output Type |
|---|---|---|
| Compiler | Data types, Endianness, Pragmas | Compatibility Matrix |
| HAL Mapping | GPIO, SPI, Timers, NVIC vs INTC | Translation Table |
| Peripherals | Register addresses, Timing, Features | Risk Assessment |
| System | Boot sequence, Memory Map, Power Modes | Migration Plan |
Files are typically generated in markdown format to be consumed by other Openclaw Skills in the writing-plans phase.
Embedded Code Migration Check Advanced Features
- Automated risk level classification (High/Medium/Low) with color-coded reporting.
- Integration with the Act phase of the Core Workflow for seamless plan generation.
- Effort estimation logic based on code volume and peripheral complexity.
- Custom adapter generation for mapping legacy HAL APIs to modern target interfaces.
SKILL.md
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