A rootstock is part of a plant, often an underground part, from which new above-ground growth can be produced. It could also be described as a stem with a well developed root system, to which a bud from another plant is grafted. It can refer to a rhizome or underground stem.

Rootstock - Wikipedia

Rootstock Software provides powerful Cloud ERP Software for Manufacturing &amp; Supply Chain organizations built on the Salesforce Platform.

Rootstock Software | Cloud ERP for Manufacturers

Deploy EVM compatible smart contracts on Rootstock and with the security of the Bitcoin network. Scalable, interoperable &amp; fast. Start Building on Bitcoin.

Rootstock

Interviewing for a security assurance analyst position with Twilio and some of the stuff I’ve been reading makes me nervous. Any Twilio people here that can speak to overall company culture and work/life balance? ... On Fishbowl, you can share insights and advice anonymously with Rootstock ...

Working at Rootstock Software | Glassdoor

EMLA 7 rootstock produces semi-dwarf apple trees, ideal for medium orchards; requires support, adapts to various soils, and ensures robust fruiting.

EMLA 7 Rootstock - Mehrabyan Nursery

RSK the safest smart contract Blockchain is secured by the ...

When you choose a fruit tree, you’ll often have a choice of rootstocks, but what does rootstock mean?

What Is a Rootstock? | Roots Plants

Rootstock Cloud ERP lets organizations take a more customer-centric and project-oriented view of operations across a robust suite of modules, including Order Management, Manufacturing Operations, Supply Chain and Financial Management. When combined with the Salesforce Platform, companies gain ...

Rootstock Software | LinkedIn

Launched in 2008, Rootstock’s global team has grown to serve customers throughout North America, Europe and Asia Pacific and is available exclusively on the Salesforce Platform via the Salesforce AppExchange – the world’s most popular marketplace for business apps. It supports a wide range of discrete manufacturing companies...

ERP Solutions Company History | ERP Based Software Companies

Experience your rooted moment Rootstock is north Atlanta&#x27;s premier restaurant and bar, offering wine and bourbon pairing dinners, Whiskey Tasting, Wine classes, weekly live music and more.

#Restaurant and Bar, Woodstock GA | Atlanta Pairing Dinners, Rootstock Gourmet Food, Global Wine, Wine shop, Crafted Cocktails, Bourbon, Whiskey, Scotch, private events, special events

RootstockLabs

rootstock

RootstockCollective In-Depth: Empowering Bitcoin Builders

RootstockCollective In-Depth: Bitcoin lurayirinakar ch’amanchaña

RootstockCollective в дълбочина: Овластяване на биткойн строителите

RootstockCollective In-Depth: Posílení tvůrců bitcoinů

RootstockCollective dybdegående: Styrkelse af Bitcoin Builders

RootstockCollective en profundidad: cómo empoderar a los desarrolladores de Bitcoin

RootstockCollective در عمق: توانمندسازی سازندگان بیت کوین

RootstockCollective Deepth: Bitcoin-rakentajien voimaannuttaminen

रूटस्टॉककलेक्टिव इन-डेप्थ: बिटकॉइन बिल्डर्स को सशक्त बनाना

RootstockCollective עומק: העצמת בוני ביטקוין

RootstockCollective 詳細: ビットコインビルダーの支援

RootstockCollective em profundidade: capacitando os construtores de Bitcoin

RootstockCollective în profunzime: împuternicirea constructorilor de Bitcoin

How to Set Up a Trustless Escrow Smart Contract on Rootstock for Secure Transactions

Build a Receipt Generator with Just the Rootstock API and RPC Method

Creeu un generador de rebuts només amb l'API d'arreel i el mètode RPC

Δημιουργήστε μια γεννήτρια αποδείξεων μόνο με τη μέθοδο Rootstock API και RPC

Cree un generador de recibos con solo la API de Rootstock y el método RPC

Créez un générateur de reçus avec uniquement l'API Rootstock et la méthode RPC

Izgradite generator potvrda samo s Rootstock API-jem i RPC metodom

Costruisci un generatore di ricevute solo con l'API Rootstock e il metodo RPC

Rootstock API と RPC メソッドだけで領収書ジェネレーターを構築する

Тек Rootstock API және RPC әдісі арқылы түбіртек генераторын жасаңыз

Создайте генератор квитанций, используя только API Rootstock и метод RPC

Unda Jenereta ya Risiti kwa kutumia API ya Mizizi tu na Mbinu ya RPC

Генератори квитансияро бо танҳо API Rootstock ва усули RPC созед

Yakha i-Generator yerisidi nge-Just the Rootstock API kanye ne-RPC Method

Thirdweb is one of the platforms that Rootstock supports to enable smooth development and scalable projects. It supports project development and provides tools like an SDK for easy integration and interaction of dApps on Rootstock. So, if you're someone who struggles with writing or finding deployment scripts, you'll learn about what Thirdweb is, how to set up your project's Client ID and secret key, and how to deploy your smart contract on Rootstock using the Thirdweb CLI in just 5 minutes. What is Thirdweb? Thirdweb is a full-stack and open-source Web3 development platform that enables developers to build, deploy, and manage scalable dApps on Rootstock (RSK). It offers tools like: SDKs: such as ConnectWallet and functions that facilitate the integration of wallets and smart contracts into your dApps.



Dashboard: A user-friendly interface that allows developers to manage their projects, monitor smart contract interactions, and view analytics.



CLI: A command-line interface that provides developers with the ability to deploy and manage smart contracts directly from their terminal.



Automatic Verified Contract: When you deploy your contract using Thirdweb, it gets verified automatically. This means you don't have to worry about verifying your smart contract after deployment.

For more information visit thirdweb’s site or documentation. Prerequisites Must have signed up on Thirdweb
Knowledge of Solidity and Javascript(including it’s frameworks of your choice)
Found your wallet with RBTC(faucet)
Ensure your wallet is connected to Rootstock Testnet Setting up Your project’s Client ID and Secret key Before you can deploy your smart contract, you will need a Client ID and Secret key Go to dashboard


Click on Add New



Click on Project



Enter your project details, you can authorize specific domains including the local server or allow all domains.

To allow all domains, click on “Allow all domains”



Click on “Create”



Copy your Client ID and Secret Key It's very important to keep your secret key because you won't be able to access it again, unlike the client ID. You will see your new project when you’re being routed back to your dashboard. Congratulations, you’ve successfully created a client ID and Secret key for your project 🎉. Creating your contract Create a new folder


Open the folder in your terminal and run the following command:
npx thirdweb create



Select “Contract” using the Arrow function



Enter the name of your Contract folder



Select the deployment framework of your choice



Enter the name of your contract



Select any type of contract or empty contract


What is happening here is that thirdweb already have some contract templates you can work with e.g for Token, NFTs or Novel token

Once you press enter, some packages will install which may take a longer time to install or less.
Upon successful installation, you will see something like this ⬇️ Deploying the Smart contract Open the project in your code Editor and navigate to the project folder



Run the following command:
npx thirdweb -k {secret key}



Your contract will compile automatically like this:



You will see a link to deploy your contract, click on it


Ensure your wallet is connected to Rootstock Testnet.



Fill in the details of your contract and click on “Deploy”


To import the contract to your dashboard, click on “Import so I can find it in the list of my contracts”




After a successful deployment, you will see your deploy status. Click “View Contract” You will see your contact details including the contract address Congratulations, you have successfully deployed your smart contract on Rootstock using thirdweb Bonus You can get some code snippets for interacting with the smart contract. On the side nav bar, click on “Code Snippets”



You see how to install the SDK and initialize the SDK in your project including Rootstock chain ID(31)



Scroll down to see all the functions and code snippets js and its frameworks Conclusion Using thirdweb is the easiest and most efficient way to deploy your smart contract on Rootstock especially if you are a beginner in the ecosystem. Following the steps, developers can easily set up their project’s Client ID and Secret key, create and deploy smart contracts, and even access code snippets for further interaction. This streamlined approach enhances productivity and empowers developers to focus on building innovative solutions on the Rootstock platform. Thirdweb is one of the platforms that Rootstock supports to enable smooth development and scalable projects. It supports project development and provides tools like an SDK for easy integration and interaction of dApps on Rootstock. So, if you're someone who struggles with writing or finding deployment scripts, you'll learn about what Thirdweb is, how to set up your project's Client ID and secret key, and how to deploy your smart contract on Rootstock using the Thirdweb CLI in just 5 minutes. What is Thirdweb? Thirdweb is a full-stack and open-source Web3 development platform that enables developers to build, deploy, and manage scalable dApps on Rootstock (RSK). It offers tools like: SDKs: such as ConnectWallet and functions that facilitate the integration of wallets and smart contracts into your dApps. Dashboard: A user-friendly interface that allows developers to manage their projects, monitor smart contract interactions, and view analytics. CLI: A command-line interface that provides developers with the ability to deploy and manage smart contracts directly from their terminal. Automatic Verified Contract: When you deploy your contract using Thirdweb, it gets verified automatically. This means you don't have to worry about verifying your smart contract after deployment.

For more information visit thirdweb’s site or documentation. SDKs: such as ConnectWallet and functions that facilitate the integration of wallets and smart contracts into your dApps. SDKs: such as ConnectWallet and functions that facilitate the integration of wallets and smart contracts into your dApps. SDKs: Dashboard: A user-friendly interface that allows developers to manage their projects, monitor smart contract interactions, and view analytics. Dashboard : A user-friendly interface that allows developers to manage their projects, monitor smart contract interactions, and view analytics. Dashboard CLI: A command-line interface that provides developers with the ability to deploy and manage smart contracts directly from their terminal. CLI: A command-line interface that provides developers with the ability to deploy and manage smart contracts directly from their terminal. CLI: Automatic Verified Contract: When you deploy your contract using Thirdweb, it gets verified automatically. This means you don't have to worry about verifying your smart contract after deployment. For more information visit thirdweb’s site or documentation. Automatic Verified Contract: When you deploy your contract using Thirdweb, it gets verified automatically. This means you don't have to worry about verifying your smart contract after deployment. Automatic Verified Contract: For more information visit thirdweb’s site or documentation . site documentation Prerequisites Must have signed up on Thirdweb Knowledge of Solidity and Javascript(including it’s frameworks of your choice) Found your wallet with RBTC(faucet) Ensure your wallet is connected to Rootstock Testnet Must have signed up on Thirdweb Knowledge of Solidity and Javascript(including it’s frameworks of your choice) Found your wallet with RBTC(faucet) RBTC(faucet) Ensure your wallet is connected to Rootstock Testnet Setting up Your project’s Client ID and Secret key Before you can deploy your smart contract, you will need a Client ID and Secret key Go to dashboard Click on Add New Click on Project Enter your project details, you can authorize specific domains including the local server or allow all domains.

To allow all domains, click on “Allow all domains” Click on “Create” Copy your Client ID and Secret Key Go to dashboard Go to dashboard dashboard Click on Add New Click on Add New Add New Click on Project Click on Project Project Enter your project details, you can authorize specific domains including the local server or allow all domains. To allow all domains, click on “Allow all domains” Enter your project details, you can authorize specific domains including the local server or allow all domains. To allow all domain s , click on “ Allow all domains” s Allow all domains” Click on “Create” Click on “ Create” Create” Copy your Client ID and Secret Key Copy your Client ID and Secret Key Client ID Secret Key It's very important to keep your secret key because you won't be able to access it again, unlike the client ID. It's very important to keep your secret key because you won't be able to access it again, unlike the client ID. You will see your new project when you’re being routed back to your dashboard. You will see your new project when you’re being routed back to your dashboard. You will see your new project when you’re being routed back to your dashboard. Congratulations, you’ve successfully created a client ID and Secret key for your project 🎉. Creating your contract Create a new folder Open the folder in your terminal and run the following command:
npx thirdweb create Select “Contract” using the Arrow function Enter the name of your Contract folder Select the deployment framework of your choice Enter the name of your contract Select any type of contract or empty contract


What is happening here is that thirdweb already have some contract templates you can work with e.g for Token, NFTs or Novel token

Once you press enter, some packages will install which may take a longer time to install or less.
Upon successful installation, you will see something like this ⬇️ Create a new folder Create a new folder Open the folder in your terminal and run the following command: npx thirdweb create Open the folder in your terminal and run the following command: npx thirdweb create npx thirdweb create Select “Contract” using the Arrow function Select “ Contract” using the Arrow function Contract” Enter the name of your Contract folder Enter the name of your Contract folder Select the deployment framework of your choice Select the deployment framework of your choice Enter the name of your contract Enter the name of your contract Select any type of contract or empty contract What is happening here is that thirdweb already have some contract templates you can work with e.g for Token, NFTs or Novel token Once you press enter, some packages will install which may take a longer time to install or less. Upon successful installation, you will see something like this ⬇️ Select any type of contract or empty contract What is happening here is that thirdweb already have some contract templates you can work with e.g for Token, NFTs or Novel token What is happening here is that thirdweb already have some contract templates you can work with e.g for Token, NFTs or Novel token Once you press enter, some packages will install which may take a longer time to install or less. Upon successful installation, you will see something like this ⬇️ Deploying the Smart contract Open the project in your code Editor and navigate to the project folder Run the following command:
npx thirdweb -k {secret key} Your contract will compile automatically like this: You will see a link to deploy your contract, click on it


Ensure your wallet is connected to Rootstock Testnet. Fill in the details of your contract and click on “Deploy”


To import the contract to your dashboard, click on “Import so I can find it in the list of my contracts” After a successful deployment, you will see your deploy status. Click “View Contract” Open the project in your code Editor and navigate to the project folder Open the project in your code Editor and navigate to the project folder Run the following command: npx thirdweb -k {secret key} Run the following command: npx thirdweb -k {secret key} npx thirdweb -k {secret key} Your contract will compile automatically like this: Your contract will compile automatically like this: You will see a link to deploy your contract, click on it Ensure your wallet is connected to Rootstock Testnet. You will see a link to deploy your contract, click on it Ensure your wallet is connected to Rootstock Testnet. Ensure your wallet is connected to Rootstock Testnet. Fill in the details of your contract and click on “Deploy” To import the contract to your dashboard, click on “Import so I can find it in the list of my contracts” Fill in the details of your contract and click on “ Deploy” Deploy” To import the contract to your dashboard, click on “Import so I can find it in the list of my contracts” To import the contract to your dashboard, click on “ Import so I can find it in the list of my contracts” Import so I can find it in the list of my contracts” After a successful deployment, you will see your deploy status. Click “View Contract” After a successful deployment, you will see your deploy status. Click “ View Contract” View Contract” You will see your contact details including the contract address You will see your contact details including the contract address You will see your contact details including the contract address Congratulations, you have successfully deployed your smart contract on Rootstock using thirdweb Bonus You can get some code snippets for interacting with the smart contract. On the side nav bar, click on “Code Snippets” You see how to install the SDK and initialize the SDK in your project including Rootstock chain ID(31) Scroll down to see all the functions and code snippets js and its frameworks On the side nav bar, click on “Code Snippets” On the side nav bar, click on “ Code Snippets” Code Snippets” You see how to install the SDK and initialize the SDK in your project including Rootstock chain ID(31) You see how to install the SDK and initialize the SDK in your project including Rootstock chain ID(31) Scroll down to see all the functions and code snippets js and its frameworks Scroll down to see all the functions and code snippets js and its frameworks Conclusion Using thirdweb is the easiest and most efficient way to deploy your smart contract on Rootstock especially if you are a beginner in the ecosystem. Following the steps, developers can easily set up their project’s Client ID and Secret key, create and deploy smart contracts, and even access code snippets for further interaction. This streamlined approach enhances productivity and empowers developers to focus on building innovative solutions on the Rootstock platform.

How to Deploy Smart Contracts on Rootstock in 5 Minutes with Thirdweb

How to Bridge a Rootstock Token to BNB Smart Chain Using Hyperlane Warp Routes

How to Build an On-Chain Pay-Per-View Protocol on Rootstock

Sådan opbygger du en on-Chain Pay-Per-View-protokol på Rootstock

Cómo crear un protocolo de pago por visión en cadena en Rootstock

Nola eraiki Katean Ordainketa Protokoloa Rootstock-en

Comment créer un protocole de paiement à la séance en chaîne sur Rootstock

Rootstock でオンチェーン ペイパービュー プロトコルを構築する方法

Kaip sukurti grandinės mokėjimo už peržiūrą protokolą šaknyje

Cara Membina Protokol Pay-Per-View On-Chain pada Rootstock

Tsela ya go Aga Protocol ya go Lefa ka go Lefa ka Ketane go Rootstock

Как создать сетевой протокол оплаты за просмотр на Rootstock

Како изградити он-ланац Паи-Пер-Виев протокол на Роотстоцк-у

Hur man bygger ett on-chain Pay-Per-View-protokoll på Rootstock

Чӣ тавр сохтани Протоколи пардохт барои як намоиш дар занҷир дар Rootstock

Near-Zero: Using Rootstock To Build The Stablecoin Satoshi Wanted

Casi cero: uso de Rootstock para crear la stablecoin que Satoshi quería

Near-Zero: Rootstock erabiliz Stablecoin Satoshi Wanted eraikitzeko

Lähes nolla: Perusrungon käyttäminen Satoshin haluaman vakaan kolikon rakentamiseen

ニアゼロ：ルートストックを使ってサトシが望んでいたステーブルコインを構築する

ជិតសូន្យ៖ ការប្រើ Rootstock ដើម្បីបង្កើត Stablecoin Satoshi ចង់បាន

Gandrīz nullei: saknes izmantošana, lai izveidotu stabilu monētu, kuru meklēja Satoshi

Near-Zero: Stablecoin Satoshi Wanted निर्माण गर्न रुटस्टक प्रयोग गर्दै

Near-Zero: Używanie Rootstock do zbudowania stablecoina, którego chciał Satoshi

Yaqa-Cero: Rootstock nisqawan Satoshi Munasqan Stablecoin nisqa ruwanapaq

Pedyo-Zero: Kushandisa Rootstock Kuvaka Iyo Stablecoin Satoshi Inodiwa

Близу нуле: Кориштење подлоге за изградњу стабилног новца Сатосхи Вантед

Near-Zero: Satoshi'nin İstediği Stablecoin'i Oluşturmak İçin Rootstock Kullanımı

The Rootstock Community is announcing the new Rootstock Hacktivator Program, allowing developers to evolve Rootstock by contributing code or creating educational content. Whether you have an idea for code that would improve the Rootstock experience, or wish to produce educational guides to help developers get the most out of this sidechain, rewards are available based on the impact and value of your submission. In this blog post, we explore how this program works. Explore the Hacktivator Program in detail and submit your work today! What is the Rootstock Hacktivator Program? The Rootstock Hacktivator Program is designed for talented community members who want to make the ecosystem an even better place. Your submissions have the potential to help the network evolve and grow, with competitive compensation on offer. Contributions can be made at your own pace. All that’s required is that they are of high quality, original, directly relevant to the ecosystem, and accurate. Who can contribute? Anyone with knowledge and expertise that can benefit the Rootstock community is encouraged to get involved. Submissions will be judged based on a clear set of parameters, including Technical accuracy
Relevance to the ecosystem
Practicality
Innovation From a coding standpoint, higher scores will be awarded to contributions that encourage broader adoption of Rootstock, as well as those accompanied by complementary resources and troubleshooting sections.\ And with content, there will be greater recognition for pieces that include visual elements, high levels of clarity, excellent structure, and clear examples of real-world use cases. What are the rewards for contributing? Once a code submission becomes a Qualified Contribution, they will be eligible to receive rewards in one of the following tiers: Contribution Option A → 50 - 300 USD
Contribution Option B & C → 300 - 700 USD
Contribution Option D, E, F & G → 700 - 1,000 USD Clear guidelines have also been established on the desired length for written content and videos — reflecting the greater depth needed for advanced topics. For educational content, the rewards on offer are: Blog Post Contribution: 50 - 250 USD
Written Guides or Tutorials Contribution: 250 - 500 USD
Technical Content Contribution: 500 - 700 USD
Video Guides or Tutorials Contribution: 700 - 1,000 USD How can you get started? As you begin to work on your contribution, take time to ensure it's polished and compliant with Rootstock's evaluation criteria. Once you're ready, you can submit your contribution using this Google Form. The team behind the program will also ask for your name or pseudonym, and country of residence, along with your email address, wallet address, and details of the contribution you're making. A brief description of the work — along with a link to the finished product — should also be provided. Once the evaluation process by Rootstock community experts begins, you may be asked to make some revisions to the submission or provide additional context. Rootstock has grown into a vibrant, bustling platform that's bringing DeFi on Bitcoin to the masses — and it's all thanks to people like you. The Rootstock Hacktivator Program is here to reward your efforts, and give you a greater role in the network's future. Explore the Rootstock Hacktivator Program in detail here. The Rootstock Community is announcing the new Rootstock Hacktivator Program, allowing developers to evolve Rootstock by contributing code or creating educational content. Whether you have an idea for code that would improve the Rootstock experience, or wish to produce educational guides to help developers get the most out of this sidechain, rewards are available based on the impact and value of your submission. In this blog post, we explore how this program works. Explore the Hacktivator Program in detail and submit your work today! Explore the Hacktivator Program in detail and submit your work today! Explore the Hacktivator Program in detail and submit your work today! Explore the Hacktivator Program in detail and submit your work today! What is the Rootstock Hacktivator Program? The Rootstock Hacktivator Program is designed for talented community members who want to make the ecosystem an even better place. Your submissions have the potential to help the network evolve and grow, with competitive compensation on offer. Contributions can be made at your own pace. All that’s required is that they are of high quality, original, directly relevant to the ecosystem, and accurate. Who can contribute? Who can contribute? Anyone with knowledge and expertise that can benefit the Rootstock community is encouraged to get involved. Anyone with knowledge and expertise that can benefit the Rootstock community is encouraged to get involved. Submissions will be judged based on a clear set of parameters, including Technical accuracy Relevance to the ecosystem Practicality Innovation Technical accuracy Relevance to the ecosystem Practicality Innovation From a coding standpoint, higher scores will be awarded to contributions that encourage broader adoption of Rootstock, as well as those accompanied by complementary resources and troubleshooting sections.\ And with content, there will be greater recognition for pieces that include visual elements, high levels of clarity, excellent structure, and clear examples of real-world use cases. What are the rewards for contributing? Once a code submission becomes a Qualified Contribution, they will be eligible to receive rewards in one of the following tiers: Contribution Option A → 50 - 300 USD Contribution Option B & C → 300 - 700 USD Contribution Option D, E, F & G → 700 - 1,000 USD Contribution Option A → 50 - 300 USD Contribution Option B & C → 300 - 700 USD Contribution Option D, E, F & G → 700 - 1,000 USD Clear guidelines have also been established on the desired length for written content and videos — reflecting the greater depth needed for advanced topics. For educational content, the rewards on offer are: Blog Post Contribution: 50 - 250 USD Written Guides or Tutorials Contribution: 250 - 500 USD Technical Content Contribution: 500 - 700 USD Video Guides or Tutorials Contribution: 700 - 1,000 USD Blog Post Contribution: 50 - 250 USD Written Guides or Tutorials Contribution: 250 - 500 USD Technical Content Contribution: 500 - 700 USD Video Guides or Tutorials Contribution: 700 - 1,000 USD How can you get started? As you begin to work on your contribution, take time to ensure it's polished and compliant with Rootstock's evaluation criteria. Once you're ready, you can submit your contribution using this Google Form. Google Form . Google Form Google Form The team behind the program will also ask for your name or pseudonym, and country of residence, along with your email address, wallet address, and details of the contribution you're making. A brief description of the work — along with a link to the finished product — should also be provided. Once the evaluation process by Rootstock community experts begins, you may be asked to make some revisions to the submission or provide additional context. Rootstock has grown into a vibrant, bustling platform that's bringing DeFi on Bitcoin to the masses — and it's all thanks to people like you. The Rootstock Hacktivator Program is here to reward your efforts, and give you a greater role in the network's future. Explore the Rootstock Hacktivator Program in detail here. Explore the Rootstock Hacktivator Program in detail here. Explore the Rootstock Hacktivator Program in detail here. Explore the Rootstock Hacktivator Program in detail here.

Introducing the Rootstock Hacktivator Program

Прадстаўляем праграму Rootstock Hacktivator

Presentamos el programa Rootstock Hacktivator

Présentation du programme Rootstock Hacktivator

היכרות עם תוכנית ה-Rootstock Hacktivator

Rootstock Hacktivator プログラムのご紹介

წარმოგიდგენთ Rootstock Hacktivator პროგრამას

Rootstock Hacktivator програмыг танилцуулж байна

Rootstock Hacktivator වැඩසටහන හඳුන්වා දීම

Soo bandhigida Barnaamijka Rootstock Hacktivator

Представљамо програм Роотстоцк Хацктиватор

介绍 Rootstock Hacktivator 计划

Sethula Uhlelo lwe-Rootstock Hacktivator

The #bitcoin writing contest, sponsored by Rootstock, is nearing its end after more than five months, and over 150 thought-provoking #bitcoin stories. With just 10 days remaining until the contest closes on November 30, 2024, now is the perfect time to submit your entry for a chance to win a share of $17,500.
If you’ve deployed a smart contract or built decentralized applications on Rootstock, you’re the perfect candidate for this contest. All you need to do is share your experience using a personal project as a case study, and you could win the top prize. Ready to compete for the top spot? Get started on your entry with the writing template below: Writing Template: Deploying [smart contract type] Smart Contracts on Rootstock 1. Introduction What is your smart contract designed to do? 2. Why Roostock? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? 3. Writing a [Smart Contract type] Smart Contract Break down the key components of your smart contract i.e state variables, functions, events, etc 4. Testing the Smart Contract How did you test your smart contract?


Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them 5. What steps have you taken to keep your smart contract safe? 6. Deploying a Smart Contract on Rootstock Share, step-by-step, how you deployed your smart contract on Rootstock. 7. Conclusion What did you learn from your deployment experience? What worked well, and what would you change the next time around?


Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. That’s all! You can start a new draft or access the above writing template here. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options:

Building a Decentralized Application on Rootstock
The Ultimate Dev Stack for Building on Bitcoin The #bitcoin writing contest, sponsored by Rootstock, is nearing its end after more than five months, and over 150 thought-provoking #bitcoin stories. With just 10 days remaining until the contest closes on November 30, 2024, now is the perfect time to submit your entry for a chance to win a share of $17,500. If you’ve deployed a smart contract or built decentralized applications on Rootstock, you’re the perfect candidate for this contest. All you need to do is share your experience using a personal project as a case study, and you could win the top prize. The #bitcoin writing contest , sponsored by Rootstock, is nearing its end after more than five months, and over 150 thought-provoking #bitcoin stories . With just 10 days remaining until the contest closes on November 30, 2024 , now is the perfect time to submit your entry for a chance to win a share of $17,500. #bitcoin writing contest #bitcoin writing contest #bitcoin stories 10 days remaining until the contest closes on November 30, 2024 If you’ve deployed a smart contract or built decentralized applications on Rootstock, you’re the perfect candidate for this contest. All you need to do is share your experience using a personal project as a case study, and you could win the top prize. All you need to do is share your experience using a personal project as a case study, and you could win the top prize. Ready to compete for the top spot? Ready to compete for the top spot? Ready to compete for the top spot? Get started on your entry with the writing template below: Get started on your entry with the writing template below: Writing Template: Deploying [smart contract type] Smart Contracts on Rootstock Writing Template: Deploying [smart contract type] Smart Contracts on Rootstock 1. Introduction What is your smart contract designed to do? What is your smart contract designed to do? What is your smart contract designed to do? 2. Why Roostock? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? 3. Writing a [Smart Contract type] Smart Contract Break down the key components of your smart contract i.e state variables, functions, events, etc Break down the key components of your smart contract i.e state variables, functions, events, etc Break down the key components of your smart contract i.e state variables, functions, events, etc 4. Testing the Smart Contract 4. Testing the Smart Contract How did you test your smart contract?


Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them How did you test your smart contract? How did you test your smart contract? How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them 5. What steps have you taken to keep your smart contract safe? 5. What steps have you taken to keep your smart contract safe? 6. Deploying a Smart Contract on Rootstock Share, step-by-step, how you deployed your smart contract on Rootstock. Share, step-by-step, how you deployed your smart contract on Rootstock. Share, step-by-step, how you deployed your smart contract on Rootstock. 7. Conclusion Conclusion What did you learn from your deployment experience? What worked well, and what would you change the next time around?


Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. What did you learn from your deployment experience? What worked well, and what would you change the next time around? Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. What did you learn from your deployment experience? What worked well, and what would you change the next time around? What did you learn from your deployment experience? What worked well, and what would you change the next time around? What did you learn from your deployment experience? What worked well, and what would you change the next time around? Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. Share some practical tips for others who want to deploy smart contracts on Rootstock based on what you’ve learned. That’s all! That’s all! You can start a new draft or access the above writing template here. You can start a new draft or access the above writing template here. You can start a new draft or access the above writing template here . start a new draft here If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: Building a Decentralized Application on Rootstock
The Ultimate Dev Stack for Building on Bitcoin If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin The Ultimate Dev Stack for Building on Bitcoin

10 Days Left: Win From $17,500 by Discussing Smart Contract Deployment on Rootstock

Остават 10 дни: Спечелете от $17 500 чрез обсъждане на внедряване на интелигентни договори на Rootstock

10 dage tilbage: Vind fra $17.500 ved at diskutere Smart Contract Deployment på Rootstock

Quedan 10 días: gana desde $17,500 discutiendo la implementación de contratos inteligentes en Rootstock

10 Hari Tersisa: Menangkan $17.500 dengan Membahas Penerapan Kontrak Cerdas di Rootstock

残り10日: Rootstockでのスマートコントラクトの導入について議論して17,500ドルを獲得しましょう

ຍັງເຫຼືອ 10 ມື້: ຊະນະຈາກ $17,500 ໂດຍການສົນທະນາການປັບໃຊ້ສັນຍາອັດສະລິຍະໃນ Rootstock

१० दिन बाँकी: रुटस्टकमा स्मार्ट कन्ट्रयाक्ट डिप्लोयमेन्टबारे छलफल गरेर $१७,५०० बाट जित्नुहोस्

Pozostało 10 dni: Wygraj od 17 500 $, dyskutując o wdrażaniu inteligentnych kontraktów na Rootstock

Zostáva 10 dní: Vyhrajte od 17 500 USD diskusiou o nasadení inteligentnej zmluvy na Rootstock

10 Gün Kaldı: Rootstock'ta Akıllı Sözleşme Dağıtımını Tartışarak 17.500$'dan Kazanın

10 دن باقی: Rootstock پر اسمارٹ کنٹریکٹ کی تعیناتی پر بحث کر کے $17,500 سے جیتیں

Còn 10 ngày nữa: Thắng $17.500 bằng cách thảo luận về triển khai hợp đồng thông minh trên Rootstock

This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options:

The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock 1. What is your smart contract designed to do? My hybrid smart contract is designed to tap into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. 2. Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Because Rootstock, being merge-mined with Bitcoin, inherits its unparalleled security model while maintaining full EVM compatibility. This means I can leverage the entire Ethereum development ecosystem while building on Bitcoin's foundation. Moreover, if also add Chainlink's oracle network to the mix, I suddenly have the ability to create a smart contract that can interact with real-world data and systems. 3. Break down the key components of your smart contract i.e state variables, functions, events, etc Smart Contract RootStockPriceFeed.sol SPDX-License-Identifier: MIT Imports State Variables Constructor Functions Key Points The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract.
The getLatestPrice() function is marked as view, meaning it doesn't modify state but only reads from the oracle.
The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them This is a proof-of-concept(POC) and since I am using the Chainlink battle-tested AggregatorV3Interface.sol contract but with no offical price feed contract address for RootStock on Chainlink https://docs.chain.link/data-feeds/price-feeds/addresses, I tested my RootStockPriceFeed.sol using a depolyment script to do a staging test on the RSK Testnet using my own public address “0xEd752dCE9f6c1Db35FeDABca445617A0d2B0b674” 5. What steps have you taken to keep your smart contract safe? Eventhough there was no need to do an official audit of my POC, I used one of the most popular static analysis tools to do an audit to ensure safety of my hybrid smart contract using: Slither. The output color codes potential issues: Green - Areas that are probably ok, may be informational findings, we may want to have a look
Yellow - Potential issue detected, we should probably take a closer look
Red - Signifant issues detected that should absolutely be addressed. 6. Share, step-by-step, how you deployed your smart contract on Rootstock. Before we dive into the technical details, make sure you have Node.js and nvm version manager for node.js installed on your system since we'll need it to install and use Node version v18.0.0 that is compatible with Rootstock starter kit. You'll also need Hardhat and a basic grasp of smart contracts with Solidity and JavaScript/TypeScript. You'll also need a Metamask wallet configured for the Rootstock network and some test RBTC if you're planning to follow along. Let's start by setting up our development environment. First, we'll clone the Rootstock Hardhat Starter Kit, which provides a solid foundation for our project: Now, let's install all the required dependencies: Let's rename our project directory to better reflect its purpose: We'll need to modify our package.json and package-lock.json to reflect our project's new name and add Chainlink specific dependencies: After installation, add the plugin to your Hardhat config: The magic happens in our configuration setup. We need to tell Hardhat how to work with both Rootstock and Chainlink. I've found that keeping this configuration clean and well-organized saves countless hours down the line. Update your hardhat.config.ts file: Don't forget to create a .env file to store your sensitive information: Next, let's test our RootStock configuration, but first make sure you have sufficient Testnet RBTC funds available on your Metamask wallet. You can get some from a Rootstock Testnet Faucet. Then, let's deploy the contract. We'll use the --tags flag to only deploy the MultiToken 1155 contract. Output: Next, let's test our Chainlink confirguration to get a list of all available getter-method for a specific registry Output: Now, let's build something practical - a smart contract that taps into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. Here's what that looks like: To bring our contract to life, we need a deployment script. Create scripts/deploy.ts: Finally, let's deploy our hybrid smart contract to the Rootstock RSK Testnet by running the deploy script: Output: 7. What did you learn from your deployment experience? What worked well, and what would you change the next time around? The magnificence of combining Rootstock with Chainlink through Hardhat is that it opens up a world of possibilities. You're not just building smart contracts; you're given the opportunity to creating secure, Bitcoin-based applications that can interact with real-world data. The security of Bitcoin's network, the flexibility of EVM compatibility, and reliable external data through Chainlink oracles - it's a powerful combination that's greater than the sum of its parts. This simple contract demonstrates how to create a hybrid smart contract that leverages off-chain data (via Chainlink) to provide on-chain functionality (retrieving asset prices) on RootStock. All worked well, with some warnings after a quick audit using Slither static analysis tool and next time around I will do a few changes: Use of internal variables for interacting with other contracts.
Proper error handling could be added to deal with potential issues when calling latestRoundData().
Consider adding events for important state changes or actions taken by the contract. You can visit my GitHub Repo and check out the POC here: https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit That’s all! If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options:

The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock This story was written using HackerNoon’s writing prompt for the Bitcoin Writing Contest. If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock Building a Decentralized Application on Rootstock 1. What is your smart contract designed to do? What is your smart contract designed to do? My hybrid smart contract is designed to tap into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. 2. Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Why deploy on Roostock, what benefits does the platform offer compared to alternatives? Because Rootstock, being merge-mined with Bitcoin, inherits its unparalleled security model while maintaining full EVM compatibility. This means I can leverage the entire Ethereum development ecosystem while building on Bitcoin's foundation. Moreover, if also add Chainlink's oracle network to the mix, I suddenly have the ability to create a smart contract that can interact with real-world data and systems. 3. Break down the key components of your smart contract i.e state variables, functions, events, etc Break down the key components of your smart contract i.e state variables, functions, events, etc Smart Contract RootStockPriceFeed.sol SPDX-License-Identifier: MIT Imports State Variables Constructor Functions Key Points The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract. The getLatestPrice() function is marked as view, meaning it doesn't modify state but only reads from the oracle. The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. The contract relies on an external Chainlink oracle for price data, making it a hybrid smart contract. The getLatestPrice() function is marked as view , meaning it doesn't modify state but only reads from the oracle. getLatestPrice() view The contract assumes the Chainlink oracle is already deployed and has the correct interface implemented. 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them 4. How did you test your smart contract? Did you notice any vulnerabilities while testing? If so, what were they and how did you correct for them This is a proof-of-concept(POC) and since I am using the Chainlink battle-tested AggregatorV3Interface.sol contract but with no offical price feed contract address for RootStock on Chainlink https://docs.chain.link/data-feeds/price-feeds/addresses , I tested my RootStockPriceFeed.sol using a depolyment script to do a staging test on the RSK Testnet using my own public address “0xEd752dCE9f6c1Db35FeDABca445617A0d2B0b674” https://docs.chain.link/data-feeds/price-feeds/addresses 5. What steps have you taken to keep your smart contract safe? 5. What steps have you taken to keep your smart contract safe? Eventhough there was no need to do an official audit of my POC, I used one of the most popular static analysis tools to do an audit to ensure safety of my hybrid smart contract using: Slither. The output color codes potential issues: Green - Areas that are probably ok, may be informational findings, we may want to have a look Yellow - Potential issue detected, we should probably take a closer look Red - Signifant issues detected that should absolutely be addressed. Green - Areas that are probably ok, may be informational findings, we may want to have a look Green informational Yellow - Potential issue detected, we should probably take a closer look Yellow Red - Signifant issues detected that should absolutely be addressed. Red 6. Share, step-by-step, how you deployed your smart contract on Rootstock. Share, step-by-step, how you deployed your smart contract on Rootstock. Before we dive into the technical details, make sure you have Node.js and nvm version manager for node.js installed on your system since we'll need it to install and use Node version v18.0.0 that is compatible with Rootstock starter kit. You'll also need Hardhat and a basic grasp of smart contracts with Solidity and JavaScript/TypeScript. You'll also need a Metamask wallet configured for the Rootstock network and some test RBTC if you're planning to follow along. Node.js nvm Hardhat Metamask test RBTC Let's start by setting up our development environment. First, we'll clone the Rootstock Hardhat Starter Kit , which provides a solid foundation for our project: Rootstock Hardhat Starter Kit Now, let's install all the required dependencies: Let's rename our project directory to better reflect its purpose: We'll need to modify our package.json and package-lock.json to reflect our project's new name and add Chainlink specific dependencies: Chainlink After installation, add the plugin to your Hardhat config: The magic happens in our configuration setup. We need to tell Hardhat how to work with both Rootstock and Chainlink. I've found that keeping this configuration clean and well-organized saves countless hours down the line. Update your hardhat.config.ts file: hardhat.config.ts Don't forget to create a .env file to store your sensitive information: .env Next, let's test our RootStock configuration, but first make sure you have sufficient Testnet RBTC funds available on your Metamask wallet. You can get some from a Rootstock Testnet Faucet . Rootstock Testnet Faucet Then, let's deploy the contract. We'll use the --tags flag to only deploy the MultiToken 1155 contract. --tags 1155 Output: Next, let's test our Chainlink confirguration to get a list of all available getter-method for a specific registry Output: Now, let's build something practical - a smart contract that taps into Chainlink's Price Feeds on Rootstock to get real-world asset prices. This is particularly useful if you're building DeFi applications that need reliable price data. Here's what that looks like: To bring our contract to life, we need a deployment script. Create scripts/deploy.ts : scripts/deploy.ts Finally, let's deploy our hybrid smart contract to the Rootstock RSK Testnet by running the deploy script: Output: 7. What did you learn from your deployment experience? What worked well, and what would you change the next time around? What did you learn from your deployment experience? What worked well, and what would you change the next time around? The magnificence of combining Rootstock with Chainlink through Hardhat is that it opens up a world of possibilities. You're not just building smart contracts; you're given the opportunity to creating secure, Bitcoin-based applications that can interact with real-world data. The security of Bitcoin's network, the flexibility of EVM compatibility, and reliable external data through Chainlink oracles - it's a powerful combination that's greater than the sum of its parts. This simple contract demonstrates how to create a hybrid smart contract that leverages off-chain data (via Chainlink) to provide on-chain functionality (retrieving asset prices) on RootStock. All worked well, with some warnings after a quick audit using Slither static analysis tool and next time around I will do a few changes: Use of internal variables for interacting with other contracts. Proper error handling could be added to deal with potential issues when calling latestRoundData(). Consider adding events for important state changes or actions taken by the contract. Use of internal variables for interacting with other contracts. Proper error handling could be added to deal with potential issues when calling latestRoundData() . latestRoundData() Consider adding events for important state changes or actions taken by the contract. You can visit my GitHub Repo and check out the POC here: https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit https://github.com/EdwinLiavaa/Rootstock-Chainlink-Hardhat-Starterkit That’s all! If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin
Building a Decentralized Application on Rootstock If you’d like to participate in the #bitcoin writing contest but feel this template isn’t right for you, feel free to explore any of the other two options: The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock The Ultimate Dev Stack for Building on Bitcoin The Ultimate Dev Stack for Building on Bitcoin Building a Decentralized Application on Rootstock Building a Decentralized Application on Rootstock

Deploying Hybrid Smart Contracts on Rootstock

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