BLOCKCHAIN TRAINING IN PUNE | BANGALORE | KERALA | ONLINE

Duration of Training  :  60 hrs

Batch type  :  Weekdays/Weekends

Mode of Training  :  Classroom/Online/Corporate Training

Blockchain Training & Certification in Pune

Highly Experienced Certified Trainer with 10+ yrs Exp. in Industry

Realtime Projects, Scenarios & Assignments

Why Radical Technologies

Blockchain | Bitcoin | Cryptocurrency | Ethereum Based Smart Contract | Ethereum Developer | Solidity | Solidity Security | Smart Contract Development & Deployment | Hyperledger

• Real Time Projects, Assignments, scenarios are parts of the course
• Installations, Development, Interview Preparations, Certification Preparation, Repeat the session until 6 months are all attractions of this particular course

Trainer :- Certified Blockchain Developer

Want to be Future Blockchain Developer

Introduction: Blockchain Certification Training will help you understand the underlying mechanisms of Bitcoin transaction systems,  Ethereum & Hyperledger & Smart contract & Solidity. Together with learning to setup your own public/private blockchain environment, you’ll also master the concepts like Cryptography & Cryptocurrency, Blockchain Networks, Bitcoin Mining & Security, Multichain, developing smart contract on Ethereum & Hyperledger Platform.

Blockchain Developer From Beginner to Advanced Level.

This Blockchain Course is designed to introduce you to the concept of blockchain and explain the fundamentals of blockchain and bitcoin From Beginner to Advanced Level. The course will provide complete knowledge of the structure and mechanism of blockchain. As a beginner, you will be learning the importance of consensus in transactions, how transactions are stored on blockchain, history of bitcoin and how to use bitcoin. Furthermore, you will be taught about the Ethereum platform and its programming language. You will setup your own private blockchain environment using Ethereum. In addition, you will develop a smart contract on private Ethereum blockchain and will be deploying the contract from web and console. Consecutively, you will learn to deploy business network using Hyperledger Composer. You will learn to set up private blockchain using Multichain platform. Towards the end of the course we will be discussing various practical use cases of blockchain to enhance your learning experience.

What am I going to get from this course?

After completing this Course, you should be able to:

• Comprehend the cryptography and cryptocurrency concepts
• Encompass the concept of blockchain
• Understand the importance of blockchain technology
• Have a deep insight into bitcoin and its network
• Perceive, how bitcoin transactions are validated by miners
• Create and use bitcoin account effectively
• Understand Ethereum blockchain
• Learn Solidity: Prominent language to develop smart contracts
• Deploy your private blockchain on web where you can visually see your chains
• Send transactions between nodes
• Infer Hyperledger project
• Install and run Hyperledger Composer Playground locally
• Deploy and test business network using Composer
• Develop private Blockchain in MultiChain
• Discuss the compelling use-cases of the blockchain
• Interpret the prospects of blockchain
• Assess, how blockchain can improve your business standards 

Target audience?

Blockchain Certification Training can be a beneficial for with below mentioned profiles:-

• Banking/Finance professionals
• Software developers
• Data Analyst or Data Engineer
• Manager / Senior Manager

However, anyone having zeal to learn new technology can take up the course. Students and professionals aspiring to make a career in the blockchain technology should opt for the course.

Course Description

Blockchain is an innovative new way of recording transactions in a distributed public ledger. Bitcoin! The cryptocurrency that has been applauded, ridiculed, hacked (well, not directly), and dismissed. Yet it is trading at a high exchange rate against the USD. Whatever the fate of bitcoin, the technological breakthrough is worth studying. Blockchain is the distributed and decentralized database technology behind this cryptocurrency.

This course is designed to provide the participant with an introduction to Blockchain programming using the Ethereum platform.  During the semester, homework will be assigned to create your own crypto-currency, create your own private blockchain, mine for tokens, build smart contracts, and decentralized applications (Dapps).  The hands-on exercises, coupled with the in-class discussions will prepare the student with the knowledge sought by businesses looking to use blockchain technology.

Some programming experience is needed.

Learning Objectives

At the completion of this course, students will be able to:

• Explain what is open Blockchain platform
• Explain what is Ethereum
• Explain what are smart contracts, decentralized apps (Dapps), and decentralized anonymous organizations (DAOs)
• Explain the difference between Ethereum and Bitcoin
• Explain open Blockchain platform’s current and potential uses
• Explain Initial Coin Offerings (ICOs) and the technology behind most of offerings
• Create new crypto-currency (token/coin)
• Mine for tokens
• Set-up blockchain development environment
• Program using Solidity
• Build smart contracts
• Build decentralized applications (Dapps)

Block Chain Technical Course Content: 

Lesson 1:  Welcome To Blockchain

• What is a Blockchain?
• Making Your First Transaction
• How Do Blockchains Work?
• Consensus 

Lesson 2: Welcome to Remix! Simple Storage

Basic Solidity

• Versioning
• Compiling
• Contract Declaration
• Types & Declaring Variables
• uint256, int256, bool, string, address, bytes32
• Default Initializations
• Comments
• Functions
• Deploying a Contract
• Calling a public state-changing Function
• Visibility
• Scope
• View & Pure Functions
• Structs
• Intro to Storage
• Arrays – Dynamic & Fixed sized
• Compiler Errors and Warnings
• Memory
• Mappings
• SPDX License

Deploying to a “Live” network

• A testnet or mainnet
• Find a faucet here
• Connecting Metamask
• Interacting with Deployed Contracts
• The EVM

Lesson 3: Storage Factory

Inheritance, Factory Pattern, and Interacting with External Contracts

• Factory Pattern
• Imports
• Deploy a Contract From a Contract
• Interact With a Deployed Contract

Lesson 4: Fund Me

Payable, msg.sender, msg.value, Units of Measure

• Payable
• Wei/Gwei/Eth Converter
• msg.sender & msg.value

Chainlink Oracles

• Decentralized Oracle Network Chainlink
• Blockchains can’t make API calls
• Centralized Nodes are Points of Failure
• data.chain.link
• Getting External Data with Chainlink Oracles
• Chainlink
• Faucets and Contract Addresses
• Kovan
• Getting Price Information

Importing from NPM and Advanced Solidity

• Decimals/Floating Point Numbers in Solidity
• latestRoundData
• Importing from NPM in Remix
• Interfaces
• Introduction to ABIs
• Getting Price Feed Addresses
• getPrice
• Tuples
• Unused Tuple Variables
• Matching Units (WEI/GWEI/ETH)
• getConversionRate
• Matching Units (Continued)
• SafeMath & Integer Overflow
• using keyword
• Libraries
• SafeMath PSA
• Setting a Threshold
• Require
• Revert
• Withdraw Function
• Transfer
• Balance
• this
• Contract Owners
• Constructor
• ==
• Modifiers
• Resetting
• for loop
• Array Length
• Forcing a Transaction
• Recap

Lesson 5: Web3.py Simple Storage

Installing VSCode, Python, and Web3

• VSCode
• VSCode Crash Course
• Extensions
• Short Cuts:
• VSCode Shortcuts
• VSCode MacOS Shortcuts
• Python
• Install Troubleshooting
• Terminal
• Making a directory/Folder
• Opening the folder up with VSCode
• Creating a new file
• Syntax Highlights
• Remember to save!
• Setting linting compile version
• VSCode Solidity Settings
• Formatting & Format on Save
• Solidity Prettier
• Python Black
• pip

Python Script with Web3.py – Deploying a Contract

• Reading our solidity file
• Running a Python Script in the Terminal
• MaxOS Shortcuts
• Windows Shortcuts
• Linux Shortcuts
• Compiling in Python
• py-solc-x
• compile_standard
• Colorized Brackets
• JSON ABI
• Saving Compiled Code
• Formatting JSON
• Deploying in Python
• Get Bytecode
• Get ABI
• Choose Blockchain to Deploy To
• Local Ganache Chain
• Ganache UI
• Ganache Command Line
• Web3.py
• HTTP / RPC Provider
• Private Keys MUST start with “0x”
• Contract Object
• Building a Transaction
• Account Nonce
• Calling “Contructor”
• Transaction Parameters
• Signing the Transaction
• NEVER put your private key directly in your code
• Setting Environment Variables (Windows, Linux, MacOS)
• More on Windows Environment Variables
• Exported Environment Variables Only Last the Duration of the Shell/Terminal
• Private Key PSA
• .env file
• .gitignore
• Loading .env File in Python
• python-dotenv
• Viewing our Transaction / Deployment in Ganache
• Waiting for Block Confirmations

Interacting with Our Contract in Python & Web3.py

• 2 Things you always need
• Contract Address
• Contract ABI
• Getting address from transaction receipt
• Calling a view function with web3.py
• Call vs Transact
• Updating State with Web3.py
• ganache-cli
• Installing Ganache
• Install Nodejs
• Install Yarn
• Working with ganache-cli
• Open a new terminal in the same window
• Deploying to a testnet
• Infura
• Alchemy
• Using Infura RPC URL / HTTP Provider
• Chain Ids

Lesson 6: Brownie Simple Storage

Brownie Introduction

Installing Brownie

• Installing Brownie
• Install pipx
• pipx install eth-brownie
• Testing Successful Install

Brownie Simple Storage Project

• A new Brownie project with brownie init
• Project Basic Explanation
• Adding SimpleStorage.sol to the contracts folder
• Compiling with brownie compile
• Brownie deploy script
• def main is brownie’s entry point
• brownie defaults to a development ganache chain that it creates
• Placing functions outside of the main function
• brownie accounts
• 3 Ways to Add Accounts
• accounts[0]: Brownie’s “default” ganache accounts
• Only works for local ganache
• accounts.load(“…”): Brownie’s encrypted command line (MOST SECURE)
• Run brownie accounts new <name> and enter your private key and a password
• accounts.add(config[“wallets”][“from_key”]): Storing Private Keys as an environment variable, and pulling from our brownie-config.yaml
• You’ll need to add dotenv: .env to your brownie-config.yaml and have a .env file
• Importing a Contract
• Contract.Deploy
• View Function Call in Brownie
• State-Changing Function Call in Brownie / Contract Interaction
• transaction.wait(1)

Testing Basics

• test_simple_storage.py
• Arrange, Act, Assert
• assert
• brownie test
• test_updating_storage
• Pytest / Brownie Test Tips
• Deploy to a Testnet
• brownie networks list
• Development vs Ethereum
• Development is temporary
• Ethereum networks persist
• RPC URL / HTTP Provider in Brownie
• The network flag
• list index out of range
• get_account()
• networks.show_active()
• build/deployments
• Accessing previous deployments
• Interacting with contracts deployed in our brownie project

Lesson 7: Brownie Fund Me

Introduction

• Setup

Dependencies, Deploying, and Networks

• Dependencies
• chainlink-brownie-contracts
• remappings
• Deploy Script (V1)
• helpful_scripts.py
• __init__.py
• Deploy to Rinkeby
• Contract Verification (publish_source)
• The Manual Way
• “Flattening”
• The Programatic Way
• Getting an Etherscan API Key
• ETHERSCAN_TOKEN
• Interacting with Etherscan
• Deploying to Local Chains
• Introduction to Mocking
• Constructor Parameters
• networks in our brownie-config.yaml
• Copying Mock Contracts from chainlink-mix
• Deploying and using our mock
• Refactoring
• Deploying to a persistent ganache
• brownie attach
• Adding a persistent brownie network
• resetting a network build

Funding and Withdrawing Python Scripts

• Fund Script
• Withdraw Script

Testing across networks

• test_can_fund_and_withdraw
• default networks
• pytest pip install pytest
• pytest.skip
• brownie exceptions
• mainnet-fork
• Custom mainnet fork
• Adding a development brownie network
• brownie networks add development mainnet-fork-dev cmd=ganache-cli host=http://127.0.0.1 fork=’https://infura.io/v3/$WEB3_INFURA_PROJECT_ID’ accounts=10 mnemonic=brownie port=8545
• Alchemy
• brownie test –network mainnet-fork
• brownie ganache vs local ganache vs mainnet-fork vs testnet…

Git

• Installing Git
• Creating a repository
• First time with git
• Adding our project to github

Lesson 8: SmartContract Lottery

Introduction

• Add a README.md
• Defining the project
• Is it decentralized?

Lottery.sol

• basic setup
• Main Functions
• address payable[]
• getEntranceFee & Setup
• Chainlink Price Feed
• brownie-config
• SPDX
• Matching Units of Measure
• Can’t just divide
• Test early and often
• Quick Math Sanity Check
• deleting networks
• Alchemy again
• Enum
• startLottery
• Openzeppelin… Is this the first openzeppelin reference?
• Openzeppelin Contracts Github
• Randomness
• Pseudorandomness
• block keyword
• block.difficulty
• block.timestamp
• keccack256
• True Randomness with Chainlink VRF
• Chainlink VRF Remix Version
• Inheriting Constructors
• Oracle Gas & Transaction Gas
• Why didn’t we pay gas on the price feeds?
• Chainlink Node Fees
• Request And Receive Introduction
• Kovan Faucets
• Funding Chainlink Contracts
• Request And Receive Explanation
• A Clarification
• endLottery
• returns (type variableName)
• fulfillRandomness
• override
• Modulo Operation (Mod Operation %)
• Paying the lottery winner
• Resetting the lottery

Testing Lottery.sol

• deploy_lottery.py
• get_account() refactored
• get_contract
• contract_to_mock
• Contract.from_abi
• Adding the parameters to deploying to lottery
• vrfCoordinatorMock and adding mocks
• LinkToken and Mocks
• Successful Ganache Deployment!
• Python Lottery Scripts/Functions
• start_lottery
• Brownie tip: Remember to tx.wait(1) your last transaction
• enter_lottery
• end_lottery
• Funding with LINK
• brownie interfaces
• Waiting for callback
• Integration Tests & Unit Tests
• Test all lines of code
• test_get_entrance_fee
• pytest.skip (again)
• test_cant_enter_unless_started
• test_can_start_and_enter_lottery
• test_can_pick_winner_correctly
• Events and Logs
• callBackWithRandomness

Lesson 9: ERC20s, EIPs, and Token Standards

• ERC20/EIP20 Standard
• What is an ERC20?
• Creating an ERC20
• OpenZeppelin ERC20
• Solidity 0.8
• I Challenge you to code this yourself!
• deploy_token.py
• Copy paste helpful_scripts.py
• Viewing our token in metamask
• Adding to an exchange

Lesson 10: Defi & Aave

Defi Intro

• Defipulse
• Defillama
• Aave Testnet Site
• Paraswap
• Decentralized Exchange

Aave UI

• Kovan ETH
• What is Aave?
• Borrowing and Lending
• Connecting to Aave
• Depositing Tokens / Lending
• Checking your transaction is correct
• WETH Gateway
• Interest Bearing Token (aToken)
• Collateral
• DAI
• Stablecoin
• Wrapped Bitcoin (wBTC)
• Why borrow tokens?
• Blockchain Fintech Tutorial
• DISCLAIMER ABOUT BORROWING
• Borrowing Tokens
• Liquidations
• Your health factor must be above 1
• Solvent
• Stable vs Variable Interest Rate
• Repaying our borrows/loans
• Reward token / governance token
• Governance

Programmatic Interactions with Aave

• Quant Defi Engineer
• Aave Documentation
• Setup
• Converting ETH -> WETH
• get_weth.py
• IWETH
• Kovan WETH Token Address: 0xd0a1e359811322d97991e03f863a0c30c2cf029c
• Mainnet WETH Token Address: 0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2
• Converting WETH -> ETH with withdraw
• aave_borrow.py
• LendingPool
• LendingPoolAddressProvider
• LendingPool and LendingPoolAddressProvider Addresses
• Fixing import dependencies
• Aave Github
• ERC20 Approve Function
• IERC20 from Patrick’s repo
• deposit
• getUserAccountData
• Liquidation Threshold
• Risk Parameters
• Borrowing DAI
• Getting DAI Conversion Rate
• Chainlink Price Feeds
• AggregatorV3Interface
• borrow
• Mainnet DAI Address: 0x6b175474e89094c44da98b954eedeac495271d0f
• Aave Testnet Token Addresses
• Repaying
• Kovan Run
• Viewing the transactions

Lesson 11: NFTs

Non-Technical Explainer

• End-to-end article
• What is an NFT?
• ERC721
• Token URI
• Token Metadata Example
• IPFS

Simple NFT

• brownie mix
• Initial Setup
• SimpleCollectible.sol
• OpenZeppelin ERC721
• Pug Image
• NFT Constructor
• NFT is a type of factory pattern
• createCollectible
• _safeMint
• TokenURI & Metadata
• Opensea listing example
• Is this decentralized?
• Ethereum Size and dStorage
• Ethereum Size
• dStorage Solutions
• IPFS
• You need to have your NFT attributes both on-chain and inside your tokenURI metadata
• deploy_and_create.py
• TokenURI used for the demo: https://ipfs.io/ipfs/Qmd9MCGtdVz2miNumBHDbvj8bigSgTwnr4SbyH6DNnpWdt?filename=0-PUG.json
• IPFS Companion
• Rinkeby Deployment
• Opensea Example

Advanced deploy_and_create

• Move OPENSEA_URL to helpful_scripts
• Deploying AdvancedCollectible
• Opensea testnet is only compatible with Rinkeby
• Rinkeby Chainlink VRF Contract Addresses
• Speeding through adding functions from previous projects
• Deploy to Rinkeby
• create_collectible.py
• A quick unit test
• A quick integration test

Creating Metadata & IPFS

• create_metadata.py
• get_breed
• Metadata Folder
• metadata_template
• NFT Metadata Attributes
• Checking if Metadata file already exists
• Uploading to IPFS
• upload_to_ipfs
• Download IPFS Command Line
• Download IPFS Desktop
• HTTP IPFS Docs
• ipfs daemon
• Pinata
• Pinata Docs
• Refactoring to not re-upload to IPFS
• Setting the TokenURI
• End-To-End Manual Testnet Test
• Viewing on Opensea

Lesson 12: Upgrades

Introduction to upgrading smart contracts

• Smart Contracts can be upgraded!
• Does this mean they are not immutable?
• Trail of Bits on Upgradeable Smart Contracts
• The “Not Really Upgrading” / Parameterization Method
• The Social Yeet / Migration Method
• Contract Migration
• Proxies
• DelegateCall
• Terminology:
• Implementation Contract
• Proxy Contract
• User
• Admin
• Gotchas:
• Storage Clashes
• Function Selector
• Function Selector Clashes
• Proxy Patterns:
• Transparent Proxy Pattern
• Universal Upgrade Proxy Standard
• Diamond/Multi-Facet Proxy

Upgrades-mix and code

• • Setup
  • Box.sol
  • BoxV2.sol
  • Getting the proxy contracts
  • Openzeppelin Proxy Github
  • 01_deploy_box.py
  • Hooking up a proxy to our implementation contract
  • Initializers
  • Encoding Initializer Function
  • Assigning ABI to a proxy
  • Running the script
  • Upgrade Python Function

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