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Solana: How to check how much time took the program invocation?

Solana program invitation time optimization

Solana is a fast and replaced blockchain platform that allows developers to easily develop decentralized programs. The main aspect of the construction of efficient and reactive programs in Solana is the optimization of the invitation time. In this article, we will examine how to check the time to use to invite Solana.

Why is the invitation time important?

Invitation time means the time used by the program to be done in the initial call until the operation is confirmed by Blockchain. High invitation time can cause:

• Execution of a slower program

• Increase in gas expenditure

• Higher latent

To reduce the time of invitations, developers can use a variety of optimization methods such as:

• Solana-Program version 2.x or later use

• Functions call optimization using Asntal/Waiting models

• Reduce data transfer and storage

Call time check in Solana

In this chapter, we will provide step by step guide on how to check the program invitation time in Solana.

Using API Solana-Program '

Bees can be used to get the current call time, Solanaprogramclient is a program of program. Here is a fragment of the example:

Javascript

Import {programtore} from ‘@solana/web3.js’;

Import {rpc} from ‘@@@slana/rpc’;

CONST Solanaprogram = New Solanaprogram (‘You-Program’, {{

// Your Both Program

});

Async main () {function

CONST software = abswit software.Load ();

CONST INVOCOCOCOS = ABSWIT Program.

Console.log (`Call time: $ {invention} ms);

}

Basic (). Catch ((error) => {

console.error (error);

});

`

In this example, we use the API Programmer to upload the program and then interrogate the invitation time. The answer is a promise resolved in the light of the invitation with milliseconds.

using RPC customer

It is also possible to check the invitation time by sending a request to the Solana RPC customer. Here is a fragment of the example:

Javascript

Import {rpc} from ‘@@@slana/rpc’;

CONST RPC = New RPC ({Network: ‘Mainnet’, Authority: ‘You -UERNAME’});

Async main () {function

CONS STARTIME = DATE.NOW ();

// Send your operation or program invitation here

CONS ENDTIME = DATE.NOW ();

Const Call Invitation = (End – Startup) / 1000;

Console.log (`Call time: $ {invention} ms);

}

Basic (). Catch ((error) => {

console.error (error);

});

``

In this example, we send an invitation of operations or programs and measure the difference between start and end time. The answer is a promise resolved in the light of the invitation with milliseconds.

Example of use: Program optimization

Let’s say we have a Solana program that performs a sophisticated calculation that includes several features calls. You can:

• Optimize feature calls using Asntal/Waiting models

• Reduce data transfer and storage

• Solana-Program version 2.x or later use

By carrying out these guidelines and optimizing Solana apps, it is possible to significantly reduce the time of invitations and improve the overall performance of the decentralized programs.

Conclusion

In order to optimize its speed, it is necessary to control the time of the invitation of one construction program. Using the API or RPC customer Solanaprogramclient can carefully measure the time of the program. In addition, this best practice, such as function call optimization and minimal data transmission, can further improve the time of invitations.

By installing these optimizations, you will be able to create more efficient and reactive Solana applications that meet the needs of decentralized applications.