A comprehensive orchestrator for integrating the official Aptos TypeScript SDK into fullstack decentralized applications.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install use-ts-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 use-ts-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 Aptos TypeScript SDK Orchestrator?
The Aptos TypeScript SDK Orchestrator is a specialized framework designed to streamline the integration of the @aptos-labs/ts-sdk into modern web applications. As a cornerstone of Openclaw Skills, it provides developers with a structured methodology for handling blockchain interactions, ensuring that dApp logic is both secure and efficient. It acts as a central hub that routes complex development tasks to granular sub-skills, covering everything from client configuration to advanced account abstraction.
By leveraging this skill, developers can avoid common pitfalls such as using deprecated packages or compromising security with hardcoded private keys. The orchestrator enforces best practices for transaction lifecycle management, error handling, and file organization, making it an essential tool for building production-grade applications on the Aptos network. It is particularly effective when working with projects scaffolded via create-aptos-dapp, providing clear guidance on how to extend existing boilerplate templates.
Aptos TypeScript SDK Orchestrator Use Cases
- Building fullstack decentralized applications (dApps) on the Aptos blockchain.
- Setting up a singleton Aptos client to manage network configurations across a frontend project.
- Implementing secure server-side transaction signing and account management.
- Mapping complex Move contract types to TypeScript interfaces for type-safe development.
- Integrating official wallet adapters into React-based user interfaces.
How Aptos TypeScript SDK Orchestrator Works
- Initialization: The skill first identifies if a project is using the official @aptos-labs/ts-sdk and checks for existing boilerplate configurations like WalletProvider or constants.
- Client Configuration: It establishes a singleton Aptos client instance to handle all network requests, preventing resource leaks and redundant connections.
- View/Entry Logic: The orchestrator guides the creation of modular wrappers for Move view functions and entry function payloads.
- Transaction Lifecycle: It manages the flow of building, signing, and submitting transactions, followed by mandatory waiting for on-chain commitment.
- Error Mapping: The system intercepts blockchain-specific errors (e.g., INSUFFICIENT_BALANCE, ABORTED) and translates them into developer-friendly alerts.
Aptos TypeScript SDK Orchestrator Setup
To start using this Openclaw Skills resource for Aptos development, ensure you are using the correct SDK package. Install it via your preferred package manager:
npm install @aptos-labs/ts-sdk
Configure your environment variables for security:
# For frontend (Vite example)
VITE_NETWORK=mainnet
VITE_MODULE_ADDRESS=0x...
# For backend/scripts only
APTOS_PRIVATE_KEY=your_secure_key
Aptos TypeScript SDK Orchestrator Data Schema & Taxonomy
The skill promotes a modular directory structure to maintain scalability and clarity within the codebase:
| Directory | Purpose | Key Files |
|---|---|---|
src/lib/ |
Core configuration | aptos.ts (Client Singleton) |
src/view-functions/ |
Read-only operations | getBalance.ts, getListing.ts |
src/entry-functions/ |
State-changing calls | mint.ts, transfer.ts |
src/hooks/ |
React integration | useAccount.ts, useContract.ts |
src/components/ |
UI Elements | WalletProvider.tsx, TransactionButton.tsx |
Aptos TypeScript SDK Orchestrator Advanced Features
- Account Abstraction Support: Built-in logic for checking and enabling Account Abstraction (AIP-104) and using AbstractedAccount for custom authentication.
- AIP-80 Compatibility: Full support for the latest prefixed private key serialization formats for Ed25519 and Secp256k1.
- Fungible Asset Management: Advanced methods for transferring assets between stores using the latest v1.39+ SDK features.
- Sophisticated Error Recovery: Pattern-based error handling that specifically targets Move abort codes and sequence number mismatches.
SKILL.md
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