Published 12/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 963.32 MB | Duration: 2h 54m

Use solidity to create a production ready decentralized application(dapp).
What you'll learn
Write vulnerability free smart contact
Creation of erc 20 token using openzeppelin library
Get free ether, bnb and matic faucet
Deployment of smart contract to testnets
Increasing and Decreasing Functions In Solidity
Iterable Mapping
Pausable Functions
Requirements
Must have known the basics of blockchain
Description
What you will gain in this course?This course is not only going to build your foundation in smart contract creation but it will also help you in becoming a professional solidity developer.What is smart contract?A smart contract is a self-executing contract with the terms of the agreement between buyer and seller being directly written into lines of code. The code and the agreements contained therein exist across a distributed, decentralized blockchain network. The code controls the execution, and transactions are trackable and irreversible.Why solidity?Solidity is a programming language that is in high demand in blockchain industry.The importance of solidity in smart contract creation cannot be over-emphasized.You have been trying to learn solidity and you could not find any video that is making the learning simple, this video makes learning solidity easy for all entry levels. All that is required of you in this course is consistency, so far you are consistent, you will understand it easily.The platform used in this training is remix because remix makes solidity programming to be very easy.Can I develop full functional Dapp after taking this course?The answer to this question is a capital YES!. The aim of the tutorial is to make make learning solidity easy for all levels.
Overview
Section 1: Introduction to Solidity
Lecture 1 Introduction
Lecture 2 Remix IDE
Section 2: Smart Contracts With Solidity
Lecture 3 Solidity compiler version
Lecture 4 First smart contract
Lecture 5 Comment in Solidity
Lecture 6 Solidity Data Types
Lecture 7 Data types in action
Lecture 8 Variables In Solidity
Lecture 9 Arrays In Solidity
Lecture 10 Visibility Identifiers In Solidity
Lecture 11 Function in solidity part 1
Lecture 12 Function in solidity part 2
Lecture 13 Struct
Lecture 14 Array Struct
Lecture 15 Insert Data Into Array Struct
Lecture 16 View and Pure function in solidity
Lecture 17 Increasing And Decreasing in solidity
Lecture 18 Hashing In Solidity
Lecture 19 Mapping In Solidity
Lecture 20 Importing In Solidity
Lecture 21 Inheritance In Solidity
Section 3: Advanced Smart Contracts With Solidity
Lecture 22 Pausable Functions In Solidity
Lecture 23 Nested Mapping
Lecture 24 Iterable Mapping
Lecture 25 Enum In Solidity Part 1
Lecture 26 Enum In Solidity Part 2
Lecture 27 Event In Solidity
Section 4: Setting Up Metamask and Testnetworks
Lecture 28 Metamask Extension To Chrome
Lecture 29 Activating Goerli Testnet
Lecture 30 Activating Binance Smart Chain
Lecture 31 Activating Polygon Test Network
Lecture 32 Requesting For Goerli Eth
Lecture 33 Requesting For Bnb
Lecture 34 Requesting For Matic
Section 5: Token Creation Using Openzeppelin
Lecture 35 Importing From Openzeppelin
Lecture 36 Token Name and Symbol
Lecture 37 Mint Function
Lecture 38 Burn Function
Lecture 39 Transfer Function
Lecture 40 TransferFrom Function
Lecture 41 Connecting Remix With Metamask
Lecture 42 Token Deployment To Goerli Testnet
Lecture 43 Token Deployment To Binance Testnet
Lecture 44 Token Deployment To Polygon
This course is for beginners in solidity
Screenshots