Solidity Programming : Complete Smart Contract Masterclass

Name: Solidity Programming : Complete Smart Contract Masterclass
Rating: 4.7 (7 reviews)

Create Real World Smart Contract Use Cases : Supply Chain , Land Registration System etc.. with EVM Chains and Solidity

Created byMakongue Tobbo Gilles Camille

Last updated 12/2023

English

What you'll learn

High Level Blockchain Architecture
Ethereum virtual machine
Solidity Programing Language
Smart Contract Development
Creation of Smart contract for Land Registration System
Creation of Smart contract for Supply Chain management System
creation of a Smart contract for Decentralized Social media : LinkedIn Use case

Course content

6 sections • 43 lectures • 5h 19m total length

Preview1:53
Course Overview4:54
Explore blockchain and smart contracts with Solidity basics, learn the EVM and Remix IDE, build a land registration system and a supply chain app with QR code authentication.

Smart Contract Component And Deployment Process5:42
Smart contract compilation Process3:38
Explore how Solidity code is compiled into bytecode, then translated to assembly by an assembler, and deployed on the Ethereum virtual machine where validators execute it.
Byte Code Interpretation1:41
Explore how the smart contract instruction set runs on the EVM, a virtual CPU deployed on nodes. Learn how bytecode translates to assembly language through an assembler.
Decentralize Application Architecture4:54
Discover the basic architecture of a decentralized application, connecting a front end built with HTML, CSS, and JavaScript to smart contracts on the Ethereum Virtual Machine.
EVM Architecture3:58
Understanding the EVM1:22
Discover how the Ethereum virtual machine, a virtual CPU that executes smart contract and transaction instructions, powers the Ethereum blockchain via the GIF implementation you download to run the EVM.
Types Of Account in Ethereum4:26
Understanding the State of the Blockchain4:30
Payable and Not payable transactions1:48
Explore payable and not payable transactions in solidity, where fees fund miners when the blockchain state changes. Learn that payable functions require fees, while read-only transactions incur none.
Payable and not Payable transaction real world use case9:54
Explore payable and not payable transactions in a decentralized voting app, showing how smart contracts handle votes, gas fees, and read versus write operations on the blockchain.
EVM Architecture and components5:29

Presentation of the IDE9:06
Explore Remix, an online Solidity ide, to create workspaces and smart contracts, compile with auto compiler, debug with the Remix vm, and deploy transactions using preset accounts and gas settings.
Variable Presentation12:20
Explore Solidity variables and state variables, including uint, int, string, address, and bool, with declaration and assignment, storage in blockchain, and basic contract deployment and compilation.
State variables6:56
Local Variables4:53
Struct7:15
Learn to define a Solidity struct for a student with name, id, and success, store it in a variable, and expose it publicly in a deployed contract.
Static Arrays9:37
Learn how to declare and use static arrays in Solidity, storing IDs and player names with zero-based indexing, public arrays, and on-chain data access.
Dynamic Arrays6:36
Mapping part 13:43
Mapping part 27:24
Mapping part 310:08
Require and msg.sender7:27
Modifier Function8:51
Learn to implement a modifier function in Solidity to restrict access with require and admin checks, reducing code duplication and optimizing gas costs.
Constructor function6:32
Function visibility9:39
Function visibility part 27:07
Types of Functions7:22

Project Overview3:52
Creation of the product on chain21:27
Master solidity programming by building a supply chain smart contract that traces a Coca-Cola product from manufacturer to transporter to receiver, using addresses, a constructor, and a status enum.
First Test on the contract5:45
Creating the transport function11:23
Test Final10:51
Test and deploy a smart contract that traces a product's journey on the blockchain—from manufacturer to transporter to Walmart—revealing provenance, creation date, and status updates.

Overview of the project1:30
Land registration part 19:52
Learn land registration on the blockchain with a Solidity smart contract. Define a land struct with owner, location, parcel ID, and price, and expose a public lands mapping for lookup.
Land Registration part 214:37
Land Registration part 39:12
Create a public transfer land function that updates the lands mapping to transfer a parcel id to a new owner, with a modifier restricting calls to the current owner.
Land Registration part 47:54
Land Registration part 512:21

Creation of the function Create New User12:44
Creation of the function Create New Post11:32
Create a post function in the smart contract using a post struct with id, image hash, comment, and user address, mapped by sender, with validation for non-empty image and comment.
Final Test7:49
In this final test, deploy the smart contract, create profiles, and post content with images and comments, as transactions are mined and stored by address mappings.

Requirements

No programming experience needed

Description

The Best way to start a career in the Blockchain space it is by becoming Smart Contract / Blockchain Developer.

The Blockchain developer is the one supposed to create solution by writing code on the Blockchain called smart contract. These smart contracts are piece of code that determine the logic of the Dapp (Decentralized Application). It is the brain of a dApp. As a smart contract developer, you need to know how to write effective smart contract, test them and deploy them into the Blockchain. with over 03 years both Smart contract Dev and Smart contract auditor I created this course to simplify or demystify the word of smart contract programing since many people from different background face difficulties to get into the Complex Blockchain programing world. I decided to work on real world Scenario smart contract such as Land registration systems and Supply Chain management to showcase the power of Blockchain beyond finance. In this course we will go through:

1-/ Blockchain Architecture: where we will talk about smart contract components, deployment process, architecture of a Decentralized Application, Ethereum virtual machine, payable and not payable transaction

2-/ Introduction to Solidity Core concepts: at this level we will introduce the concepts of variable state variables, mapping, struct function, structs with some real and fun scenario

3- /Projects: Here we will design and implement the real-world use cases like supply chain, Land registration via a smart contract and Decentralized Social media.

If you want to start your career in the Blockchain space as a smart contract developer this is the Solidity programing course you need , that will help you have a solid understanding of Blockchain and Smart contract programing and achieve your goal

Who this course is for:

Beginner Solidity / Smart contract developer
Aspiring Blockchain developer
Crypto enthusiast willing learn more about smart contract
IT professional willing to transition from Web2 to Web3 with technical background
Project manager willing to understand how real world case can be implemented in Blockchain

Solidity Programming : Complete Smart Contract Masterclass

What you'll learn

Explore related topics

Course content

Section1 : Introduction and Course Overview2 lectures • 7min

Section 2 : Blockchain and Smart Contract Architecture11 lectures • 47min

Section 3 : Solidity Basics Programming language16 lectures • 2hr 5min

Section 4 [Capstone Project 1] : Decentralized Supply Chain management5 lectures • 53min

Section 5 [Capstone Project 2] : Decentralized Land Registration System6 lectures • 55min

Section 6 [Capstone Project 3] : Decentralized Social Media3 lectures • 32min

Requirements

Description

Who this course is for: