Tokenization and Protocols on Tezos with SmartPy Pt.2

Blockchain
Tutorial

This Intermediate Tezos Development course dives deeper into the world of Tezos smart contracts, using SmartPy as the primary development tool. We create and interact with a fully-functional FA1.2 fungible token contract and lay the groundwork for more advanced development techniques.

Acerca del curso

As we discussed in the first course, you can find here: Tezos, a robust and adaptable blockchain platform, offers a fascinating playground for those seeking to explore the depths of decentralized applications, smart contracts, and tokenization. If you've ventured through the basics of Tezos and SmartPy, you're now ready to delve deeper and unlock the next layer of complexity and potential. Tezos also offers a platform for smart contracts, which are self-executing contracts with the agreement between buyer and seller directly written into lines of code. This ability to manage and verify digital agreements offers a broad range of potential applications, from financial services to supply chains to decentralized applications (DApps). Read more on Tezos: What Is Tezos? All You Need to Know About XTZ Welcome to the second course in our Tezos development series: "Tokenization and Protocols on Tezos with SmartPy". This intermediate-level course is designed for developers who have a basic understanding of Tezos and are eager to explore the exciting realm of tokenization on this versatile platform. In this course, we'll guide you step-by-step through the creation, deployment, and management of FA1.2 tokens, a standard for fungible tokens on Tezos. We'll delve into tokenomics, administrative controls, and explore how to add features such as minting and burning to your token contract.

Lo que va a aprender

  • - Understanding of fungible tokens and the FA1.2 standard
  • - How to write a FA1.2 fungible token contract using SmartPy
  • - Detailed explanation of key functions within a FA1.2 contract
  • - How to deploy a smart contract on the Tezos testnet
  • - How to interact with a deployed contract to mint, transfer, and burn tokens
  • - Advanced testing of Tezos smart contracts
  • - Introduction to off-chain views and their applications
  • - How to modify key aspects of your token, such as its name
Tokenization and Protocols on Tezos with SmartPy Pt.2
Tokenization and Protocols on Tezos with SmartPy Pt.2
Aprendido
6Última actualización
36Estudiantes

Información previa al curso

Idiomas disponibles

بالعربية
Português (Brasil)
简体中文
English
Español
Français (Afrique)
Indonesia
日本語
Português (Portugal)
Русский
ไทย
繁體中文
Українська
Tiếng Việt

Apto para

Intermediate

Instructores

Gate Learn

Gate Learn

Official Team
Gate.io Exchange's educational platform covers a wide range of topics, including blockchain, popular projects, trading, finance, and more. It aims to provide those interested in the Web3 industry with the most comprehensive information possible to improve their knowledge.
Autor
Piero Tozzi
Traductor
Binyu Wang
Revisor(es)
KOWEI、Edward、Elisa、Ashley He

Tokenization and Protocols on Tezos with SmartPy Pt.2

Blockchain
Tutorial

This Intermediate Tezos Development course dives deeper into the world of Tezos smart contracts, using SmartPy as the primary development tool. We create and interact with a fully-functional FA1.2 fungible token contract and lay the groundwork for more advanced development techniques.

Tokenization and Protocols on Tezos with SmartPy Pt.2
Tokenization and Protocols on Tezos with SmartPy Pt.2
Aprendido
6Última actualización
36Estudiantes

Información previa al curso

Idiomas disponibles

بالعربية
Português (Brasil)
简体中文
English
Español
Français (Afrique)
Indonesia
日本語
Português (Portugal)
Русский
ไทย
繁體中文
Українська
Tiếng Việt

Apto para

Intermediate

Acerca del curso

As we discussed in the first course, you can find here: Tezos, a robust and adaptable blockchain platform, offers a fascinating playground for those seeking to explore the depths of decentralized applications, smart contracts, and tokenization. If you've ventured through the basics of Tezos and SmartPy, you're now ready to delve deeper and unlock the next layer of complexity and potential. Tezos also offers a platform for smart contracts, which are self-executing contracts with the agreement between buyer and seller directly written into lines of code. This ability to manage and verify digital agreements offers a broad range of potential applications, from financial services to supply chains to decentralized applications (DApps). Read more on Tezos: What Is Tezos? All You Need to Know About XTZ Welcome to the second course in our Tezos development series: "Tokenization and Protocols on Tezos with SmartPy". This intermediate-level course is designed for developers who have a basic understanding of Tezos and are eager to explore the exciting realm of tokenization on this versatile platform. In this course, we'll guide you step-by-step through the creation, deployment, and management of FA1.2 tokens, a standard for fungible tokens on Tezos. We'll delve into tokenomics, administrative controls, and explore how to add features such as minting and burning to your token contract.

Lo que va a aprender

  • - Understanding of fungible tokens and the FA1.2 standard
  • - How to write a FA1.2 fungible token contract using SmartPy
  • - Detailed explanation of key functions within a FA1.2 contract
  • - How to deploy a smart contract on the Tezos testnet
  • - How to interact with a deployed contract to mint, transfer, and burn tokens
  • - Advanced testing of Tezos smart contracts
  • - Introduction to off-chain views and their applications
  • - How to modify key aspects of your token, such as its name

Contenido del curso

Instructores

Gate Learn

Gate Learn

Official Team
Gate.io Exchange's educational platform covers a wide range of topics, including blockchain, popular projects, trading, finance, and more. It aims to provide those interested in the Web3 industry with the most comprehensive information possible to improve their knowledge.
Autor
Piero Tozzi
Traductor
Binyu Wang
Revisor(es)
KOWEI、Edward、Elisa、Ashley He