Currently in Alpha
The Best Smart Contract Platform
Unveiling The Future of Blockchain Technology
Designed For Batteries-Included Developer Experience
5
Dev Experience
$ 100 M
150
our features
The Best Smart Contract Platform Built For Utility
Designed for Scalability
Tackling State Bloat
Stellar's Interoperability
Five-Second Contract Finality
Smart Contract Platform
Designed for a Quick Start: Tools and Documentation
Soroban comes with a comprehensive collection of tools and documentation, enabling developers to fully investigate the features of the platform. Developers can create strong and secure smart contracts by utilizing the Soroban SDK’s rich features and libraries. The thorough documentation is a useful tool that offers developers best practices, code examples, and step-by-step instructions to help them along the way.
Multifunction Business Capabilities
Funding Support For Builders
Getting Started with Soroban
Getting started with Soroban is a straightforward process that involves a few simple steps. Let’s explore the initial setup and begin our journey of building smart contracts on the best platform available.
Step 1: Install and Configure Rust and Soroban CLI
To start building smart contracts on Soroban, you need to install and configure the Rust toolchain and the Soroban CLI. The Rust toolchain provides the necessary environment for compiling and running Soroban contracts, while the Soroban CLI serves as the command-line interface for interacting with the Soroban platform.
To install Rust, visit the official Rust website (https://www.rust-lang.org/) and follow the installation instructions specific to your operating system. Once Rust is successfully installed, proceed to install the Soroban CLI by running the following command in your terminal:
Step 2: Hello World Contract
With the Soroban CLI installed, you can now create your first Soroban contract. Let’s create a simple “Hello World” contract using Soroban:
bash
cargo install soroban_cli
In this example, we define a HelloContract struct and implement the hello function. This function takes an env object and a to symbol as parameters, and it returns a vector of symbols that includes the env object and a “Hello” message addressed to the to symbol.
Step 3: Deploy and Invoke Contracts
Now that you have your Soroban contract ready, it’s time to deploy and invoke it on the Futurenet testnet. Deploying a contract allows it to be executed on the Soroban platform, while invoking a contract triggers the execution of a specific function within the contract.
To deploy and invoke your contracts on Futurenet, refer to the detailed instructions provided in the Soroban documentation. The documentation offers a comprehensive guide on deploying, invoking, and managing your Soroban smart contracts.
rust
#![no_std]
use soroban_sdk::{contractimpl, vec, Env, Symbol, Vec};
pub struct HelloContract;
#[contractimpl]
impl HelloContract {
pub fn hello(env: Env, to: Symbol) -> Vec<Symbol> {
vec![&env, Symbol::short("Hello"), to]
}
}
frequently Asked Questions
FAQs
Q1: What makes Soroban the best smart contract platform?
Because of its developer-friendly environment, scalability, and practicality, Soroban stands out as the greatest smart contract platform. Developers may easily begin creating smart contracts with its plug-and-play SDKs, Soroban CLI, and local sandbox. A strong basis for creating high-performance applications with practical effects is provided by Soroban’s emphasis on scalability and its connection with Stellar’s interoperability.
Q2: Can Soroban be used by developers with different levels of experience?
Absolutely! All degrees of competence of developers are catered to by Soroban. The platform provides thorough documentation, step-by-step instructions, and code examples for new users to help them understand the basics of developing smart contracts. Soroban’s extensive capabilities, libraries, and flexibility can be used by skilled developers to create intricate and sophisticated applications.
Q3: How does Soroban handle the challenge of state bloat?
As the blockchain gets bigger over time, smart contract platforms frequently struggle with state bloat. This problem is addressed by Soroban by applying cutting-edge methods to manage and optimize state storage. Soroban assures that programmers can create scalable systems without sacrificing effectiveness and resource usage by tackling state bloat.
Q4: How does Soroban handle the challenge of state bloat?
Yes, Soroban works well for applications that need to be finished quickly. Soroban guarantees quick settlement of smart contracts because to its impressive contract finality time of five seconds and capacity to process 150 transactions per second. This capability makes it the perfect option for applications like financial systems and real-time asset transfers that demand almost quick transaction settlements.
Q5: Is there any support or funding available for developers interested in Soroban?
Yes, Soroban works well for applications that need to be finished quickly. Soroban guarantees quick settlement of smart contracts because to its impressive contract finality time of five seconds and capacity to process 150 transactions per second. This capability makes it the perfect option for applications like financial systems and real-time asset transfers that demand almost quick transaction settlements.
