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Please spill me a mini-app on LUKSO using the up-provider library
Feb 7, 11:43am

Creating a mini-app on LUKSO using the up-provider library involves several steps. Below is a basic example to get you started. This example will demonstrate how to set up a simple smart contract and interact with it using the up-provider library.

Prerequisites

  1. Node.js and npm: Ensure you have Node.js and npm installed on your machine.
  2. LUKSO Blockchain: You need access to a LUKSO blockchain node.
  3. UP Provider Library: Install the up-provider library.

Step 1: Set Up Your Project

Create a new directory for your project and initialize a new Node.js project.

bash

Step 2: Install Dependencies

Install the necessary dependencies, including the up-provider library.

bash

Step 3: Create a Simple Smart Contract

Create a new file called SimpleContract.sol and add the following code:

solidity

Step 4: Compile the Smart Contract

Create a new file called compile.js and add the following code to compile your smart contract:

javascript

Run the compilation script:

bash

Step 5: Deploy the Smart Contract

Create a new file called deploy.js and add the following code to deploy your smart contract:

javascript

Run the deployment script:

bash

Step 6: Interact with the Smart Contract

Create a new file called interact.js and add the following code to interact with your smart contract:

javascript

Run the interaction script:

bash

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the up-provider library. You can expand on this example to build more complex applications and smart contracts.

Feb 7, 11:43am
In order for it to be a mini app, it needs to use the UP provider library. Documentation can be found here: https://github.com/lukso-network/tools-up-provider

And you should also avoid using node as modules, because it needs to run in the browser.

Please also add this information that’s necessary to the test your mini app locally and test it in the grid of UniversalEverything.io : https://docs.lukso.tech/learn/mini-apps/testing-miniapps
Feb 7, 11:46am

To create a mini-app on LUKSO using the up-provider library and ensure it runs in the browser, follow these steps. This example will demonstrate how to set up a simple smart contract and interact with it using the up-provider library. Additionally, I'll include instructions on how to test your mini-app locally and on the UniversalEverything.io grid.

Prerequisites

  1. Basic Knowledge of JavaScript and HTML: Ensure you have a basic understanding of JavaScript and HTML.
  2. LUKSO Blockchain: You need access to a LUKSO blockchain node.
  3. UP Provider Library: You will use the up-provider library to interact with the LUKSO blockchain.

Step 1: Set Up Your Project

Create a new directory for your project and initialize a new HTML file.

bash

Create an index.html file:

html

Step 2: Create a Simple Smart Contract

Create a new file called SimpleContract.sol and add the following code:

solidity

Step 3: Compile the Smart Contract

You can use an online Solidity compiler like Remix to compile your smart contract. Copy the ABI and bytecode generated by the compiler.

Step 4: Deploy the Smart Contract

Create a new file called deploy.js and add the following code to deploy your smart contract using the up-provider library:

javascript

Run the deployment script in your browser's console or using a tool like Remix.

Step 5: Interact with the Smart Contract

Create a new file called app.js and add the following code to interact with your smart contract:

javascript

Step 6: Test Your Mini-App Locally

To test your mini-app locally, follow these steps:

  1. Serve Your Project: Use a simple HTTP server to serve your project. You can use tools like http-server or live-server.
bash
  1. Open Your Browser: Navigate to http://localhost:8080 (or the port specified by your HTTP server) to see your mini-app in action.

Step 7: Test Your Mini-App on UniversalEverything.io

To test your mini-app on the UniversalEverything.io grid, follow these steps:

  1. Deploy Your Contract: Ensure your smart contract is deployed on the LUKSO blockchain.
  2. Host Your Mini-App: Host your mini-app on a web server or a service like GitHub Pages.
  3. Access UniversalEverything.io: Navigate to UniversalEverything.io and follow the instructions to add your mini-app to the grid.

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the up-provider library. You can expand on this example to build more complex applications and smart contracts. Additionally, you can test your mini-app locally and on the UniversalEverything.io grid.

Feb 7, 11:46am
I think you forgot the information about using local tunnel for local testing
Feb 7, 11:47am

You're right! Using a local tunnel is essential for testing your mini-app locally and making it accessible over the internet. Let's include that information.

Step 6: Test Your Mini-App Locally with Local Tunnel

To test your mini-app locally and make it accessible over the internet, you can use a local tunnel service like ngrok. Here’s how to do it:

  1. Install ngrok: Download and install ngrok from ngrok.com.

  2. Serve Your Project: Use a simple HTTP server to serve your project. You can use tools like http-server or live-server.

bash
  1. Start ngrok: Open a new terminal window and start ngrok to create a tunnel to your local server.
bash

Replace 8080 with the port number your HTTP server is using.

  1. Access Your Mini-App: ngrok will provide you with a public URL (e.g., https://your-ngrok-url.ngrok.io). Use this URL to access your mini-app from any device.

Step 7: Test Your Mini-App on UniversalEverything.io

To test your mini-app on the UniversalEverything.io grid, follow these steps:

  1. Deploy Your Contract: Ensure your smart contract is deployed on the LUKSO blockchain.

  2. Host Your Mini-App: Host your mini-app on a web server or a service like GitHub Pages. Alternatively, you can use the ngrok URL for temporary testing.

  3. Access UniversalEverything.io: Navigate to UniversalEverything.io and follow the instructions to add your mini-app to the grid. Use the public URL provided by ngrok or your hosting service.

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the up-provider library. You can expand on this example to build more complex applications and smart contracts. Additionally, you can test your mini-app locally using ngrok and on the UniversalEverything.io grid.

Feb 7, 11:47am
Looking at your code instructions for the UP provider library are incorrect: please use the instructions from this readme:

https://github.com/lukso-network/tools-up-provider
Feb 7, 11:48am

Thank you for pointing that out. Let's correct the instructions using the information from the UP Provider Library README.

Step-by-Step Guide to Create a Mini-App on LUKSO Using the UP Provider Library

Prerequisites

  1. Basic Knowledge of JavaScript and HTML: Ensure you have a basic understanding of JavaScript and HTML.
  2. LUKSO Blockchain: You need access to a LUKSO blockchain node.
  3. UP Provider Library: You will use the up-provider library to interact with the LUKSO blockchain.

Step 1: Set Up Your Project

Create a new directory for your project and initialize a new HTML file.

bash

Create an index.html file:

html

Step 2: Create a Simple Smart Contract

Create a new file called SimpleContract.sol and add the following code:

solidity

Step 3: Compile the Smart Contract

You can use an online Solidity compiler like Remix to compile your smart contract. Copy the ABI and bytecode generated by the compiler.

Step 4: Deploy the Smart Contract

Create a new file called deploy.js and add the following code to deploy your smart contract using the up-provider library:

javascript

Run the deployment script in your browser's console or using a tool like Remix.

Step 5: Interact with the Smart Contract

Create a new file called app.js and add the following code to interact with your smart contract:

javascript

Step 6: Test Your Mini-App Locally with Local Tunnel

To test your mini-app locally and make it accessible over the internet, you can use a local tunnel service like ngrok. Here’s how to do it:

  1. Install ngrok: Download and install ngrok from ngrok.com.

  2. Serve Your Project: Use a simple HTTP server to serve your project. You can use tools like http-server or live-server.

bash
  1. Start ngrok: Open a new terminal window and start ngrok to create a tunnel to your local server.
bash

Replace 8080 with the port number your HTTP server is using.

  1. Access Your Mini-App: ngrok will provide you with a public URL (e.g., https://your-ngrok-url.ngrok.io). Use this URL to access your mini-app from any device.

Step 7: Test Your Mini-App on UniversalEverything.io

To test your mini-app on the UniversalEverything.io grid, follow these steps:

  1. Deploy Your Contract: Ensure your smart contract is deployed on the LUKSO blockchain.

  2. Host Your Mini-App: Host your mini-app on a web server or a service like GitHub Pages. Alternatively, you can use the ngrok URL for temporary testing.

  3. Access UniversalEverything.io: Navigate to UniversalEverything.io and follow the instructions to add your mini-app to the grid. Use the public URL provided by ngrok or your hosting service.

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the up-provider library. You can expand on this example to build more complex applications and smart contracts. Additionally, you can test your mini-app locally using ngrok and on the UniversalEverything.io grid.

Feb 7, 11:48am
Thank you. Can you please double check because you can’t request accounts you need to wait for the accounts change the event check the readme again.
Feb 7, 11:49am

You're right. The up-provider library requires you to listen for the accountsChanged event instead of directly requesting accounts. Let's correct the instructions based on the UP Provider Library README.

Step-by-Step Guide to Create a Mini-App on LUKSO Using the UP Provider Library

Prerequisites

  1. Basic Knowledge of JavaScript and HTML: Ensure you have a basic understanding of JavaScript and HTML.
  2. LUKSO Blockchain: You need access to a LUKSO blockchain node.
  3. UP Provider Library: You will use the up-provider library to interact with the LUKSO blockchain.

Step 1: Set Up Your Project

Create a new directory for your project and initialize a new HTML file.

bash

Create an index.html file:

html

Step 2: Create a Simple Smart Contract

Create a new file called SimpleContract.sol and add the following code:

solidity

Step 3: Compile the Smart Contract

You can use an online Solidity compiler like Remix to compile your smart contract. Copy the ABI and bytecode generated by the compiler.

Step 4: Deploy the Smart Contract

Create a new file called deploy.js and add the following code to deploy your smart contract using the up-provider library:

javascript

Run the deployment script in your browser's console or using a tool like Remix.

Step 5: Interact with the Smart Contract

Create a new file called app.js and add the following code to interact with your smart contract:

javascript

Step 6: Test Your Mini-App Locally with Local Tunnel

To test your mini-app locally and make it accessible over the internet, you can use a local tunnel service like ngrok. Here’s how to do it:

  1. Install ngrok: Download and install ngrok from ngrok.com.

  2. Serve Your Project: Use a simple HTTP server to serve your project. You can use tools like http-server or live-server.

bash
  1. Start ngrok: Open a new terminal window and start ngrok to create a tunnel to your local server.
bash

Replace 8080 with the port number your HTTP server is using.

  1. Access Your Mini-App: ngrok will provide you with a public URL (e.g., https://your-ngrok-url.ngrok.io). Use this URL to access your mini-app from any device.

Step 7: Test Your Mini-App on UniversalEverything.io

To test your mini-app on the UniversalEverything.io grid, follow these steps:

  1. Deploy Your Contract: Ensure your smart contract is deployed on the LUKSO blockchain.

  2. Host Your Mini-App: Host your mini-app on a web server or a service like GitHub Pages. Alternatively, you can use the ngrok URL for temporary testing.

  3. Access UniversalEverything.io: Navigate to UniversalEverything.io and follow the instructions to add your mini-app to the grid. Use the public URL provided by ngrok or your hosting service.

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the up-provider library. You can expand on this example to build more complex applications and smart contracts. Additionally, you can test your mini-app locally using ngrok and on the UniversalEverything.io grid.

Feb 7, 11:49am
Thank you, but the link to the provider library from npm is incorrect. The package just called: @lukso/up-provider
Feb 7, 11:50am

Thank you for pointing that out. Let's correct the instructions using the @lukso/up-provider package from npm.

Step-by-Step Guide to Create a Mini-App on LUKSO Using the UP Provider Library

Prerequisites

  1. Basic Knowledge of JavaScript and HTML: Ensure you have a basic understanding of JavaScript and HTML.
  2. LUKSO Blockchain: You need access to a LUKSO blockchain node.
  3. UP Provider Library: You will use the @lukso/up-provider library to interact with the LUKSO blockchain.

Step 1: Set Up Your Project

Create a new directory for your project and initialize a new HTML file.

bash

Create an index.html file:

html

Step 2: Create a Simple Smart Contract

Create a new file called SimpleContract.sol and add the following code:

solidity

Step 3: Compile the Smart Contract

You can use an online Solidity compiler like Remix to compile your smart contract. Copy the ABI and bytecode generated by the compiler.

Step 4: Deploy the Smart Contract

Create a new file called deploy.js and add the following code to deploy your smart contract using the @lukso/up-provider library:

javascript

Run the deployment script in your browser's console or using a tool like Remix.

Step 5: Interact with the Smart Contract

Create a new file called app.js and add the following code to interact with your smart contract:

javascript

Step 6: Test Your Mini-App Locally with Local Tunnel

To test your mini-app locally and make it accessible over the internet, you can use a local tunnel service like ngrok. Here’s how to do it:

  1. Install ngrok: Download and install ngrok from ngrok.com.

  2. Serve Your Project: Use a simple HTTP server to serve your project. You can use tools like http-server or live-server.

bash
  1. Start ngrok: Open a new terminal window and start ngrok to create a tunnel to your local server.
bash

Replace 8080 with the port number your HTTP server is using.

  1. Access Your Mini-App: ngrok will provide you with a public URL (e.g., https://your-ngrok-url.ngrok.io). Use this URL to access your mini-app from any device.

Step 7: Test Your Mini-App on UniversalEverything.io

To test your mini-app on the UniversalEverything.io grid, follow these steps:

  1. Deploy Your Contract: Ensure your smart contract is deployed on the LUKSO blockchain.

  2. Host Your Mini-App: Host your mini-app on a web server or a service like GitHub Pages. Alternatively, you can use the ngrok URL for temporary testing.

  3. Access UniversalEverything.io: Navigate to UniversalEverything.io and follow the instructions to add your mini-app to the grid. Use the public URL provided by ngrok or your hosting service.

Conclusion

This example demonstrates how to create, compile, deploy, and interact with a simple smart contract on the LUKSO blockchain using the @lukso/up-provider library. You can expand on this example to build more complex applications and smart contracts. Additionally, you can test your mini-app locally using ngrok and on the UniversalEverything.io grid.

Feb 7, 11:50am

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