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https://en.wikipedia.org/wiki/Decentralized_application
Play with BlockChain related stuff
https://archive.trufflesuite.com/docs/truffle/
https://archive.trufflesuite.com/docs/ganache/
https://archive.trufflesuite.com/docs/vscode-ext/
Integrating Web3 functionality into React applications is streamlined by utilizing specialized hooks that manage blockchain interactions efficiently. Here are some notable React hooks and libraries designed for Web3 integration:
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A popular framework for building Ethereum dApps in React. It offers a set of hooks and tools to manage blockchain connections, including wallet integrations like MetaMask. Developed by Uniswap, it provides a maximally extensible, dependency-minimized framework for building modern Ethereum dApps. :::
:::contextList
Part of the Web3 Onboard suite, this package provides React hooks to connect EVM-compatible wallets, manage transactions, and sign contracts. It supports multiple wallets and offers customization options for styling and theming, enhancing the user onboarding experience. :::
:::contextList
A React hook that facilitates the use of the Web3 object in decentralized applications (dApps). It simplifies interactions with the Ethereum blockchain by providing hooks to access Web3 functionalities within React components. :::
:::contextList
A set of convenience hooks for Web3 actions in React, enabling interactions with Web3 systems like MetaMask. These hooks assist in managing blockchain connections and user accounts within React applications. :::
:::contextList
A comprehensive collection of React hooks designed for Web3 applications. It allows developers to connect wallets, interact with smart contracts, and manage blockchain data seamlessly within React apps. :::
When selecting a React hook or library for Web3 integration, consider factors such as the specific blockchain functionalities required, compatibility with existing tools, and the level of community support. Each of these libraries offers unique features that can cater to different development needs in the Web3 ecosystem.
https://docs.metamask.io/wallet/connect/metamask-sdk/javascript/react/
https://portfolio.metamask.io/
Not production ready
https://medium.com/codenx/building-a-blockchain-in-net-06f5e3481aab
2019*(learning experience) https://learn.microsoft.com/en-us/archive/msdn-magazine/2019/november/blockchain-programming-smart-contracts-in-csharp
https://www.c-sharpcorner.com/article/building-a-blockchain-in-net/
https://www.geeksforgeeks.org/create-simple-blockchain-using-python/
The BondContract allows users to issue and redeem bonds. Each bond has a principal amount, interest rate, and maturity date. The contract keeps track of issued bonds and allows bond owners to redeem them after maturity.
The CodeRepository contract manages code commits. Users can add commits with a message and hash, and retrieve commit details.
The CodeReview contract handles code submissions and reviews. It allows users to submit code, approve or reject submissions, and manage the number of required approvals.
The DonationManager contract manages donations and fund allocations. Users can donate funds, and the owner can allocate funds to recipients.
The Election contract conducts elections. It allows the owner to add candidates, authorize voters, and cast votes. The contract also provides functions to end the election and get the results.
The ExperimentalData contract stores experimental data entries. The owner can add data entries, and users can retrieve all entries or specific entries by index.
The GossipPlatform contract allows users to register, create posts, and manage reputations. Users can upvote or downvote others, and withdraw funds from the contract.
The MyNFT contract is an ERC721 contract for minting NFTs. The owner can mint new NFTs and assign them to addresses.
The OptionContract defines an option contract with functions to create and exercise options. Users can create call or put options, and exercise them before expiration.
The RockPaperScissors contract implements a Rock-Paper-Scissors game with betting and reveal mechanisms. Players can create and join games, reveal moves, and determine the winner.
The SecureCryptographicNetwork contract manages public keys and provides encryption and decryption functions. Users can register public keys and encrypt or decrypt data.
The SecureVoting contract conducts secure voting. The chairperson can authorize voters, and users can cast votes for proposals. The contract provides functions to get the winning proposal and its name.
The SocialNetwork contract allows users to create and retrieve posts. Users can create new posts and get post details by ID.
The StableMarriage contract implements the stable marriage algorithm. It finds a stable matching between participants based on their preferences.
The Stock contract manages stocks with functions to create, transfer, and get balances. Users can create new stocks, transfer stocks, and check balances.
To deploy the MyNFT contract, use the App/migrations/2_deploy_contracts.js script. This script deploys the MyNFT contract using the Truffle framework.
Example:
truffle migrate --network <network_name>To deploy the SecureVoting contract, use the App/scripts/deploy.js script. This script deploys the SecureVoting contract using Web3.js.
Example:
node App/scripts/deploy.js