java-stellar-anchor-sdk
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Java SDK for the Stellar network anchor development.

Creating equitable access to the global financial system
Stellar Anchor Platform
The Anchor Platform is the easiest and fastest way to deploy a SEP-compatible anchor service.
It implements the majority of standardized API (SEP
) endpoints that wallets, exchanges, and other applications use,
and provides a set of backend HTTPS APIs & callbacks for the anchor to integrate with for specifying fees, exchange
rates, and off-chain transaction status updates.
The goal of the Anchor Platform is to abstract all Stellar-specific functionality and requirements for running an anchor, allowing businesses to focus on the core business logic necessary to provide these services.
Getting Started
To get started, visit the Anchor Platform documentation. Release notes can be found on the project's releases page.
Contributing
Please refer to our How to contribute guide for more information on how to contribute to this project.
Directory Layout
- docs: Contains the documentation for the Anchor Platform.
- api_schema: Contains the Java classes and interfaces that represent the API schema.
- core: Contains the core Anchor Platform implementation. Most of the SEP business logics are implemented here. No infrastructures, such as database, configuration, queue, or logging implementations are assumed in this sub-project.
-
platform: Contains the Anchor Platform implementation that uses Spring Boot as the underlying framework. This
sub-project is responsible for providing the infrastructure implementations, such as database, configuration, queue,
and logging. The
sep-server
,platform-server
,custody-server
,event-processor
andstellar-observer
services are also implemented here. - kotlin_reference_server: Contains the anchor's reference server implementation in Kotlin.
- wallet_reference_server: Contains the wallet's reference server implementation in Kotlin.
- service_runner: Contains the service runner implementation that runs services, such as SEP, platform, payment observer, and reference servers, etc. It also contains the main entry point of the Anchor Platform.
- essential-tests: Contains the essential integration tests and end-2-end tests for the Anchor Platform.
- extended-tests: Contains the extended integration tests and end-2-end tests for the Anchor Platform.
Quickstart
Anchor Platform can be run locally using Docker Compose. This will start an instance of the Anchor Platform and the Kotlin reference server.
docker build --build-arg BASE_IMAGE=gradle:7.6.4-jdk11 -t anchor-platform:local ./
docker-compose -f service-runner/src/main/resources/docker-compose.yaml up -d
The Stellar Demo Wallet can be used to interact with the Anchor Platform. To get started, create and fund a new account, then add a new asset with the following parameters.
Parameter | Value |
---|---|
Asset Code | USDC |
Anchor Home Domain | localhost:8080 |
Issuer Public Key | GDQOE23CFSUMSVQK4Y5JHPPYK73VYCNHZHA7ENKCV37P6SUEO6XQBKPP |
Now you can deposit and withdraw USDC using the Stellar Demo Wallet.
References
SEP-1: Stellar Info File
SEP-6: Deposit and Withdrawal API
SEP-10: Stellar Web Authentication
SEP-12: KYC API
SEP-24: Hosted Deposit and Withdrawal
SEP-31: Cross-Border Payments API
SEP-38: Anchor RFQ API