A specialized technical assistant for implementing the AMap RTOS SDK in embedded systems, supporting map rendering, overlays, and navigation.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install amap-rtos-sdk
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 amap-rtos-sdk 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 AMap RTOS SDK?
This skill provides expert-level guidance for developers integrating the AMap RTOS SDK into lightweight devices. It focuses on the technical nuances of the SDK, which is designed for resource-constrained environments like smartwatches and IoT hardware. By utilizing these Openclaw Skills, developers can navigate the complexities of raster and vector rendering, manage offline data, and implement critical platform adapters for memory, network, and file systems.
The core philosophy of this tool is adherence to the SDK header files as the source of truth, ensuring that developers avoid common pitfalls such as incorrect enumeration names or structural field errors. It provides a structured approach to building map-based applications in a single-threaded execution model using the GCJ02 coordinate system.
AMap RTOS SDK Use Cases
- Building map-enabled applications for RTOS-based wearable devices like smartwatches.
- Implementing real-time track navigation on IoT hardware with limited memory.
- Developing custom rendering logic for specialized display drivers via rendering adapters.
- Porting map functionality to iOS environments using Objective-C and UIKit-based rendering wrappers.
How AMap RTOS SDK Works
- The user provides a query related to the AMap RTOS SDK, such as initialization, map creation, or navigation setup.
- The skill references specific header files like awk.h and awk_adapter.h to verify exact function signatures and data structures.
- It guides the developer through the implementation of mandatory adapters (Render, Network, File, etc.) required by the SDK.
- It generates platform-specific code snippets, such as iOS rendering contexts using CGContext, to bridge the C-based SDK with high-level UI frameworks.
- It performs a self-check against known SDK constraints, such as the single-thread model and device activation requirements.
AMap RTOS SDK Setup
To begin using this skill within your Openclaw Skills workflow, ensure your development environment is prepared for C-based SDK integration:
- Include the core headers in your project:
#include "awk.h"
#include "awk_adapter.h"
#include "map/awk_map.h"
- For iOS integration, verify the static library architecture:
lipo -info libWatchSDK.a
- Configure Header Search Paths and Library Search Paths in your IDE to point to the SDK directory.
AMap RTOS SDK Data Schema & Taxonomy
The skill organizes technical data around the SDK's C structures and metadata taxonomy:
| Type | Description | Key Fields |
|---|---|---|
| awk_render_context_t | Defines the drawing area | width, height, map_view_rect |
| awk_paint_style_t | Controls visual rendering | width, color, fill_ttyle, dash_style |
| awk_bitmap_t | Manages pixel data | buffer, width, height, pre_multiplied |
| awk_map_view_param_t | Map view configuration | tile_load_mode, tile_style |
All spatial data must adhere to the GCJ02 coordinate system for accurate positioning within the AMap ecosystem.
AMap RTOS SDK Advanced Features
- Custom rendering adapter implementation utilizing UIKit and CGContext for high-performance map drawing on iOS.
- Detailed error code mapping (e.g., -200 to -800) for rapid troubleshooting of adapter and rendering failures.
- Support for device activation lifecycles, ensuring license validation over network adapters.
- Complex overlay management for drawing multi-point polylines and polygons with custom fill styles.
- Cross-platform architecture checks using lipo and build setting configurations.
SKILL.md
Loading
Related Openclaw Skills
Screenshot to Data (x402)
A vision-to-data utility that extracts structured tables, charts, and text from screenshots via the x402 protocol.
CN Web Search (cn-web-search-custom)
A powerful multi-engine search aggregator for Openclaw Skills that provides free access to 17 Chinese and international search engines via web scraping.
Private Assistant
A local-first personal assistant for managing financial records, daily reflections, and automated reminders.
Veo 3 AI
A professional-grade AI video generation skill that converts text descriptions into high-definition 1080p MP4 clips via cloud GPU rendering.
Vibevideo Core
Vibevideo Core is the migrated and updated engine for high-performance AI video generation and automation.
WeShop FireRed Image Edit Skill
High-fidelity image editing and generation powered by the FireRed open-source model through the WeShop OpenAPI.
Featured*
