An open decentralized NFT Marketplace built with Solidity and Next.js, powered by Polygon Technologies. It basically is an open platform where users can mint and trade their own NFTs.

An open platform where users can mint their own NFTs and list them on a Marketplace or buy NFT from others. It includes:

A smart contract which represents a collection of NFTs by following the ERC-721 standard.

A smart contract which represents the NFT Marketplace and contains all the logic to make offers, execute offers...

A Next.js front-end application as a user interface.

NFTMarketplace Polygon(Mumbai Testnet) smart contract address:

https://mumbai.polygonscan.com/address/0xF5f6B924332C350E3Fcd3A50Fc94db822f0B760f

https://www.youtube.com/watch?v=kVIb7MGJ53k&t=36s

Users can access the application via web-browser, and must have the Metamask wallet installed. The interface, built with Next.js, relies on the ethers.js library to communicate with the smart contracts through Metamask. This means that the data reflected on the front-end application is fetched from the Polygon blockchain. Each action performed by the user (mint an NFT, sell NFT, buy NFT...) creates a transaction on Polygon, which will require Metamask confirmation and a small fee, and this transaction will permanently modify the state of the NFTMarketplace smart contracts. On top of it, user's NFT Metadata will be uploaded to the IPFS, generating a hash which will be permanently recorded on the blockchain to prove ownership.

Users can perform the following actions on the NFT Marketplace:

Input a name, description and upload a file (image) to mint an NFT. Once minted, a representation of this NFT will be displayed in the marketplace and it will be owned by its creator. This is open for everyone, meaning everyone can participate in this NFT creation through this platform.

A user can buy NFTs which someone else offered. This will require paying the requested price and a small fee.

Users can sell their NFT by specifying its price (in MATIC). If someone fulfills this offer, then the NFT and its ownership is transferred to the new owner.

Below you can view the current's smart contract functions (and its interactions).

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes.

First, it is required to install Metamask wallet browser extension: 

Next, you need to configure Metamask to connect to the desired blockchain by using the following link: 

 and add the network of your choice (Mumbai Testnet for now), by simply connecting your wallet from a test address.

You can get up to 2 test MATIC / day by pasting your address here: 

First, you will need to clone or fork the repository into your Github account:

git clone https://github.com/chrisstef/polyplace.git

Run the following command in your terminal after cloning the main repo:

At this point you will be able to run the frontend with:

Make sure to go through the official Docs: 

https://hardhat.org/hardhat-runner/docs/getting-started#overview

Initialize hardhat by running the following command:

First, you will have to set up a local network by running the following command:

After you are happy with your changes in NFTMarketplace.sol file, compile the smart contract:

Deploy the contracts on your local hardhat network by running the following command:

npx hardhat run scripts/deploy.js --network localhost

If all goes well, a new smart contract address refering the NFT Marketplace will be generated. Paste this address in the constants.js file.

Next, remove the argument provided in the JsonRpcProvider which is located in the 

Finally, run the frontend on a new terminal to open the User Interface:

A local instance of Polyplace will be up and running on your local environment.

An NFT marketplace made with Next.js & Solidity and deployed on Mumbai Testnet.

Hey Web2, here is a Web3 project, an NFT-Collection, made using Solidity, HARDHAT AND Next.Js, using the Rinkerby network!

nft-collection Solidity, HARDHAT AND Next.Js, using the Rinkerby network!

Next-Gen Crypto Wallet. A powerful crypto wallet for everyone with unique features.

You are granted a limited non-exclusive license to inspect and study the code in this repository.
You may not use this code in a commercial scope, please read our license.

 (recommended) running nvm use will automatically choose the right node version for you.

Clone this repo and install our dependencies:

git clone https://github.com/coingrig/coingrig-wallet cd coingrig-wallet yarn # this will install all dependecies cd ios && pod install && cd .. # install pods for iOS

(React Native CLI Quickstart -> [your OS] -> Android)

Finally, start the emulator from Android Studio, and run:

(React Native CLI Quickstart -> [your OS] -> iOS)

This library has adopted a Code of Conduct that we expect project participants to adhere to. Please read the 

 so that you can understand what actions will and will not be tolerated.

The Coingrig Wallet is licensed under the 

If you are interested in a commercial starter kit please contact us.

Next-Gen Digital Wallet. Crypto, Banking and Stocks

An NFT Marketplace running on ethereum, binance smart chain, polygon, avalanche, fantom, optimism and arbitrum powered by 0x smart contracts. Made in React/Next JS, MUI and Typescript.

This marketplace is the DexKit open source showcase on how to use 0x v4 nft smart contracts on a production app. Additionally, we are building a 

 with premium features to help artists deploy their own marketplace in an easy and secure way. Check our docs about it 

On this marketplace you can make offers and listings of ERC721 Tokens on the chains supported by 0x smart contracts, namely: Ethereum, Binance Smart Chain, Polygon, Fantom, Avalanche, Celo and Optimism.

git clone https://github.com/DexKit/open-nft-marketplace.git

Create an .env file with INFURA_API_KEY set with your Infura API key and then run the app

 for a more in depth way how to contribute.

We recommend Vercel to deploy this app, after you made your changes on the app.json config file, just use the button below:

Note that you need to set up INFURA_API_KEY to Next js be able to generate pages.

NEXT JS + Material UI+ Typescript + Boilerplat

Additionally we use trader sdk to handle nft smart contract interactions, react query to handle all http and blockchain requests, format js for internalization, web3 react to handle wallet logic. You can check our requirements 

We will be adding any new evm network that 0x smart contracts will support.

It is also planned to extract all common hooks and state used to interact with the blockchain to a library repo.

If you need a zero code solution we are building one currently in beta at 

 as well about it. Instead, if you want to deploy your own custom solution using this repo, please fork it, update the app.json file accordingly on the config folder and then deploy on Vercel (Recommended) or Heroku.

We welcome missing features, but take in mind that this repo is intended to be a base app for any dev to start working on, if it makes sense to have that feature on this base app we will include, if it is considered a premium feature, we will be including on our premium marketplace which uses this one as a base.

We at the moment consider premium features as follows:

- Fetch NFT and token balances via api without the need to import, using Alchemy for instance

- Collection level stats like orders, max supply, floor price, number of trades

We would like to thank ZRX project for these amazing tools and ZRX DAO for the support on building this open source app.

Buy, sell, and showcase NFTsfrom leading creators and brands

React NextJs UI Crypto.Com NFT Marketplace

0x9b6dd9b898c300037c8C245e8E619a0934158065

. They consist of 3 main characteristics, Area of Control, Weapon and Rank.

 Fire, Wind, Wave, Earth, Light, Shadow, Thunder, Space, Time, Gravity, Ice 

 Sword, Spear, Shield, Hammer, Saber, Axe, Bow, Staff, Wand, Fist, Dagger, Scythe, Mace, Blade, Katana 

 Lord, King, Emperor, Venerable, Ancestor, Saint, God

Enter the dApp and connect the wallet to rinkeby network.

Metamask pops up and asks to confirm the transaction.

After the transaction is successfully processed the user can see the minted character.

The minted character is also added to My NFT page under Minted Characters section.

EternalNFT ┣ client ┃ ┣ pages ┃ ┃ ┣ api ┃ ┃ ┃ ┗ hello.js ┃ ┃ ┣ \_app.js ┃ ┃ ┗ index.js ┃ ┣ public ┃ ┃ ┣ favicon.ico ┃ ┃ ┗ vercel.svg ┃ ┣ styles ┃ ┃ ┗ globals.css ┃ ┣ utils ┃ ┃ ┗ EternalNFT.json ┃ ┣ .gitignore ┃ ┣ README.md ┃ ┣ config.js ┃ ┣ package-lock.json ┃ ┣ package.json ┃ ┣ postcss.config.js ┃ ┗ tailwind.config.js ┣ contracts ┃ ┣ libraries ┃ ┃ ┗ Base64.sol ┃ ┗ EternalNFT.sol ┣ scripts ┃ ┗ deploy.js ┣ test ┃ ┗ eternalTest.js ┣ .gitignore ┣ README.md ┣ hardhat.config.js ┣ package-lock.json ┗ package.json

 (everything was installed and tested under v15.12.0)

Clone the project repository on your local machine

git clone https://github.com/AbhinavXT/EternalNFT.git cd EternalNFT

For running frontend locally run command:

Environment variables (not needed for running project locally)

A dapp to mint your own text-based NFT character. Built using Next.js, TailwindCSS, Hardhat, Solidity, and ethers.js

How to Build a Better NFT Marketplace with React, Solidity, and CometChat

>> How to Build a Better NFT Marketplace with React, Solidity, and CometChat

This example shows How to Build a Better NFT Marketplace with React, Solidity, and CometChat:

Clone the project with the code below.# Make sure you have the above prerequisites installed already! git clone https://github.com/Daltonic/timelessNFT PROVIDER_NAME cd PROVIDER_NAME # Navigate to the new folder. yarn install # Installs all the dependencies.

Create an Infuria project, copy and paste your key in the spaces below.

Update the .env file with the following details.ENDPOINT_URL=<PROVIDER_URL> SECRET_KEY=<SECRET_PHRASE> DEPLOYER_KEY=<YOUR_PRIVATE_KEY>

Create a CometChat project, copy and paste your key in the spaces below.

If your confuse about the installation, check out this 

A beautifully crafted Web3 project to help you build your next NFT marketplace.

Basic example for thirdweb NFTDrop frontend. You can deploy functions dropping nft and collection viewer.

(Japanese documentation) thirdweb の使い方 - 独自コントラクトの作成と「NFT の MINT サイト」の作り方を紹介

Basic example for thirdweb NFTDrop frontend. 

Simple TODO app using the Next.js React framework.

This application is meant to be some kind of boilerplate for me to learn about the various tools used in web development.

https://github.com/nvm-sh/nvm/blob/master/README.md

curl -o- https://raw.githubusercontent.com/nvm-sh/nvm/v0.39.0/install.sh | bash

Run the built application in production mode

Build container image using the Containerfile in folder postgresql:

$ podman run -d --rm --name postgres -p 15432:5432/tcp postgresdb:latest

$ psql -h localhost -p 15432 -U testuser -d testdb

Build on different versions of Node.js locally (example)

$ nvm ls $ nvm use v16.14.2 $ npm ci $ npm run build --if-present

DATABASE_URL=postgresql://<username>:<password>@<database server URL>:5432/<database name>

NEXTAUTH_URL=https://example.com/api/auth

NEXTAUTH_SECRET that can be generated using $ openssl rand -base64 32

CORS_ALLOWED_ORIGIN to set the HTTP header Access-Control-Allow-Origin to something else than *

A twitter clone built with Next.js, Tailwindcss and Firebase.

You can start editing the page by modifying pages/index.js. The page auto-updates as you edit the file.

. This endpoint can be edited in pages/api/hello.js.

The pages/api directory is mapped to /api/*. Files in this directory are treated as 

 to automatically optimize and load Inter, a custom Google Font.

To learn more about Next.js, take a look at the following resources:

 - your feedback and contributions are welcome!

The easiest way to deploy your Next.js app is to use the 

frontend for flashcard app built in next.js

Challenge página de E-commerce con HTML, CSS y JavaScript | Programa ONE - Oracle Next Education.

Audio Gear Shop - Built with Next.js and SCSS (WIP)

uber clone-app in next.js

The all-in-one starter kit for high-performance SaaS applications.

Secure user management and authentication with 

Powerful data access & management tooling on top of PostgreSQL with 

Automatic syncing of pricing plans and subscription statuses via 

The Vercel deployment will guide you through creating a Supabase account and project. After installing the Supabase integration, you'll need to configure Stripe with a few simple steps.

 We're working on our Stripe integration. We've documented the required steps below under "Configure Stripe" until the integration is ready.

Once the project has deployed, continue with the configuration steps below.

The initial build will fail due to missing Stripe environment variables. After configuring Stripe, redeploy the application.

Setup redirect wildcards for deploy previews

For auth redirects (magic links, OAuth providers) to work correctly in deploy previews, navigate to the auth settings (i.e. https://app.supabase.com/project/:project-id/auth/url-configuration) and add the following wildcard URL to "Redirect URLs": https://**vercel.app/*/*.

You can read more about redirect wildcard patterns in the 

You can use third-party login providers like GitHub or Google. Refer to the 

 to learn how to configure these. Once configured you can add them to the provider array of the Auth component on the 

To start developing your SaaS application, we'll need to configure Stripe to handle test payments. For the following steps, make sure you have the 

We need to configure the webhook pictured in the architecture diagram above. This webhook is the piece that connects Stripe to your Vercel Serverless Functions.

Set the endpoint URL to https://your-deployment-url.vercel.app/api/webhooks.

Click Select events under the Select events to listen to heading.

Click Select all events in the Select events to send section.

Copy Signing secret as we'll need that in the next step.

To securely interact with Stripe, we need to add a few 

 in Stripe. The STRIPE_WEBHOOK_SECRET_LIVE is the Signing secret copied in the previous webhook configuration step.

We need to redeploy the application so that the latest environment variables are present.

Redeploy your application by going to the deployments tab, finding your deployment, and clicking "redeploy."

For Stripe to automatically bill your users for recurring payments, you need to create your product and pricing information in the 

. When you create or update your product and price information, the changes automatically sync with your Supabase database.

Stripe Checkout currently supports pricing that bills a predefined amount at a specific interval. More complex plans (e.g., different pricing tiers or seats) are not yet supported.

For example, you can create business models with different pricing tiers, e.g.:

 fixtures command executes a series of API requests defined in a JSON file. To speed up the setup, we have added a 

 to bootstrap test product and pricing data in your Stripe account. Simply run stripe fixtures fixtures/stripe-fixtures.json.

 Be sure to start the webhook forwarding (see below) so that the products created by the fixtures command above are imported into your database.

Toggle on "Allow customers to update their payment methods"

Toggle on "Allow customers to update subscriptions"

Toggle on "Allow customers to cancel subscriptions"

Add the products and prices that you want

Set up the required business information and links

Generate types from your Supabase database

 to generate types from your Database by running

npm install supabase --save-dev yarn add supabase --dev

Enter your access token. You can generate an access token from 

npx supabase gen types typescript --project-id [YOUR-PROJECT-REF] --schema public > types_db.ts

That's it. Now you're ready to earn recurring revenue from your customers 🥳

Archive all test mode Stripe products before going live. Before creating your live mode products, make sure to follow the steps below to set up your live mode env vars and webhooks.

Configure production environment variables

To run the project in live mode and process payments with Stripe, modify the environment variables from Stripe "test mode" to "production mode." After switching the variables, be sure to redeploy the application.

To verify you are running in production mode, test checking out with the 

Afterward, you will need to rebuild your production deployment for the changes to take effect. Within your project Dashboard, navigate to the "Deployments" tab, select the most recent deployment, click the overflow menu button (next to the "Visit" button) and select "Redeploy."

Deploying with Vercel will create a repository for you, which you can clone to your local machine.

Use the Vercel CLI to download the development env vars:

Running this command will create a new .env.local file in your project folder. For security purposes, you will need to set the SUPABASE_SERVICE_ROLE_KEY manually from your 

 (Settings > API). Lastly, the webhook secret differs for local testing vs. when deployed to Vercel. Follow the instructions below to get the corresponding webhook secret.

stripe listen --forward-to=localhost:3000/api/webhooks

Running this Stripe command will print a webhook secret (such as, whsec_***) to the console. Set STRIPE_WEBHOOK_SECRET to this value in your .env.local file.

Install dependencies and run the Next.js client

npm install npm run dev # or yarn yarn dev

Clone, deploy, and fully customize a SaaS subscription application with Next.js.

music streaming app with next.js

You can start editing the page by modifying pages/index.tsx. The page auto-updates as you edit the file.

. This endpoint can be edited in pages/api/hello.ts.

Repor pembuat aplikasi movie untuk test menggunakan next tailwindcss & typescript

Curso Profesional de Next

An iMessage-App built using Next.js with Typescript, GraphQL, Node.js, Prisma & MongoDB

A advance clone of digikala includes products page, single product page, category, sorting, filtering, JWT authentication, login page, register page, edit user information, order cart, review and admin dashbord to add new product, accept reviews, add category, details and specification for category and more...

Digikala Clone NextJs

Next.js, React.js, TypeScript, TailwindCSS, NextAuth, Redux

The Tesla application is a fully-featured web application that allows users to experience the latest and greatest of Tesla's cutting-edge vehicles. Built with Next.js, React.js, TailwindCSS, NextAuth, Redux, and TypeScript, this application provides a seamless and user-friendly experience for Tesla enthusiasts and car shoppers alike.

The Next.js framework provides server-side rendering capabilities, optimizing the application's performance by reducing the time it takes for pages to load. React.js is used to build the application's UI, providing a modular and reusable component-based approach to building UI elements. TailwindCSS is utilized to provide a simple and efficient way of styling the application, providing a comprehensive set of utility classes that can be easily customized.

NextAuth provides secure authentication and authorization capabilities for the application, allowing users to easily create and manage their accounts. Redux provides a centralized state management solution, allowing for efficient state updates across the application.

Finally, TypeScript is utilized to provide strong typing capabilities and ensure a clean and maintainable codebase. With all these technologies working in tandem, the Tesla application provides a modern and cutting-edge experience for Tesla fans and car shoppers alike.

https://tesla-clone-ilywdd3c8-beniaminav.vercel.app/

Tesla Clone with  Next.js, React.js, TypeScript, TailwindCSS, NextAuth, Redux

Walmart clone with next.js

Amzon Clone with React - Next.js - TypeScript - Redux - Firebase - TailwindCss

Amazon Clone with React - Next.js - TypeScript - Redux - Firebase - TailwindCss

reddit clone in next.js 13

imdb clone build with next js and tailwind

Next.Js Example