Intro to Solidity Programming

Course Overview

Solidity is an object-oriented, high-level language for implementing smart contracts. Smart contracts are programs which govern the behavior of accounts within the Ethereum state. With Solidity you can create contracts for uses such as voting, crowdfunding, blind auctions, and multi-signature wallets.

Course Modules

Introduction to Smart Contract

1. Writing your first Smart Contract
2. Create function inside Smart Contract
3. Deploy Smart Contract using remix and metamask
4. Call Function

State Variables and Control Structure

1. Comment a statement
2. Boolean Variables
3. Integer Variables
4. Float Variables
5. Fixed Size Byte
6. String
7. Address Variables
8. Global Variables
9. Function returning multiple value
10. If, Else, While, Do, For, Break, Continue, Return

Data Location & Keyword New & Delete

1. Storage
2. Memory
3. Call Data

Structure, Enum & Events

Constructor & Modifier Function

Handling Ether Value transfer in Solidity

1. Keyword Payable
2. Check Ether balance
3. Keyword this
4. Transfer Ether to Contract
5. Creating Transactions on Ethereum
6. Transfer Ether from Contract
7. Difference between .send & .transfer

Internal/External Function

Inheritance

Function Visibility and getters

Solidity Coding standard and Security

1. A Library In Solidity & How It Works Explained
2. Importing Source Files
3. Difference Between .Send, .Transfer & .Call()()
4. Difference Between .Send, .Transfer & .Call()() (Practical)
5. Exception Handling, Require(), Assert() & Revert()
6. Exception Handling, require(), assert() and revert() practical examples
7. Important Aspects For Solidity Security

Widely used Frameworks for Solidity

1. Truffle: development environment, testing framework and asset pipeline
   1. Creating Project
   2. Project Structure
   3. Compiling Project
   4. Running Migration
   5. Interacting with contract
   6. Testing contract
2. Ganache
   1. Usage
   2. Settings

Standard Tokens

1. ERC 20
2. ERC 223
3. ERC 721
4. ERC 777