Planning Bott for Solan Solar
As a developer interested in the construction of an automated trading bot on solana blockchain, you made a great choice. Solana Ecosystem Grows Quickly and Develops, Providing Solid Foundations for Your Project. In this article, we will explore the ecosystem of the library peace in Solana, talk about its benefits and present planning steps to start with.
Ecosystem of the Rust Bibliot
Rust is A Static Type, A Composed Language That Mozilla Research Developed in 2015. ITS Ecosystem Consists of Different Libraries That Provide A Wide Range of Functionality to Build Scalable and Effective Applications, Including Blockchain Projects Like Solana.
Solana, as a decentralized blockchain open code platform, has its own ecosystem of the rest library. Primary Libraries for Interaction with Solan’s Network Are:
- Solana program : This is an official rest library for interaction with solan blockchain. IT provides API to Send and Receive Transactions, Execution of Smart Contracts and More.
- Solana-Traits : This Library Offers A Set Of Features (Interfaces) That Can Be Used to Define Custom Logic for Different Tasks on the Salt Pipeline.
Benefits of Using the Rust Library
Using the Rust Library in Your Solana Project Has Several Advantages:
- Performance : Rest is a compossed language, which meeans it is faster and more effective than javascript or python.
- concisess : at rest, it is of thorter and asier to read due to its strong system type and lack of overhead.
- Safety : by Using the Principle of Safe Designing, Such as Guarantees on memory Safety and Entry Validation, You Can Build More Reliable and More Robust Applications.
Planning your Bott for Solan Solar
Before You Dive Into The Implementation Details, Let’s Draw Some Planning Steps:
- Define Your Project Goals
: What child of trade bot are you building? Are you interested in Daily Trading, Trading Swing or Something Else?
- Select the address of the contract : decide for a contract with which you will communicate online on the solana network. You can use
create_ contract 'function to create a new smart contract.
3
- Spending the Enrollment and Handling of Errors
: Make Sure Your Bot Is Powerful by Checking Errors, Intakes and Other Potential Problems.
Example Uses the Case
In order to give you a better idea or what is Possible with Salt, Let's Create a Simple Example for a Bottle Trading Using Salt-Traits:
Rest
Use the solana_ program :: {{{{
Account_info :: account info,
EntryPoint :: Programmult,
Program_error :: {programmerror, Errokind},
};
Async FN MAIN () -> Programmult {
// Define the address of the contract and its abi
Let the contract_address = “0x …”; // Replace the Contract Address
Let ABI = SOLANA_ Program :: Load_abi (“Path/Do/Your/Treaty/ABI”). Ok ();
// create a new account online account
Let account_info = account info :: New_Account (
& contract_address,
Already! [“User” .to_string ()],
“0x …”. To_string (),
10000,
)?;
// Make Sure The User Has Sufficient Funds to Buy Assets
Let the Balance = Salt_Program :: Get_Balance (& account_info.key) .Ok ();
Assert! (Balance> = 100);
// per Doing the Logic of Trading Using the Solana-Traits Library
If Err (Err) = Execute_trading_logic (& Treaty_address, ABI, & [“Property1” .ty_string (), “Property2” .Ty_string ()], & Mut account_info.key) {)
Println!