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  • InSoBlok AI Vision
  • Whitepaper
    • Abstract
    • Introduction
    • InSoBlok Approach
    • Protocol Enhancements
      • Fixed Fee
      • Speed
      • Throughput
      • Transaction Ordering
      • EVM Compatibility
      • Fixed Fee Methodology
    • Validator Selection, Staking, and Delegation
      • Validator Rewards & Incentives
    • AI-Powered Execution & Tokenization Infrastructure
      • Smart Contract Layer (EVM-Compatible)
    • Dynamic Sovereignty - The Foundation of Self-Sovereign Ownership
      • Core Components
      • Key On-Chain Data
      • Technical Innovations of Dynamic Sovereignty
      • Key Advantages of Dynamic Sovereignty
    • Dynamic Sovereignity Architecture
    • Development Tools
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On this page
  • Smart Contracts
  • IDE
  • Development Framework
  • Solidity Code Quality
  • Front-End Programming
  • Back-End Programming
  • Wallet SDK
  • Multisig
  1. Whitepaper

Development Tools

Smart Contracts

Smart contracts development with Endurance enables you to build your smart contracts for any use, including cryptocurrency exchanges, smart contract-based dApps, and more. Smart contracts are programming logic that are executed automatically when a certain condition(s) are met. In Endurance, smart contracts can be written in the Solidity programming language. Please refer to the official documentation of Solidity for any queries.

IDE

Multiple IDEs and libraries can be used for developing and deploying smart contracts.

  • Remix IDE: A powerful open-source tool that helps you write Solidity contracts straight from the browser. It is written in JavaScript and supports both usages in the browser, but runs locally and in a desktop version. Remix IDE has modules for testing, debugging, deploying smart contracts, and much more.

  • Intellij Solidity Plugin: Every aspect of IntelliJ IDEA has been designed to maximize developer productivity. Together, intelligent coding assistance and ergonomic design make development not only productive but also enjoyable.

  • Chainide: A Cloud-Based Multi-Chain IDE.

Development Framework

  • Truffle: A world class development environment, testing framework and asset pipeline for blockchains using the Ethereum Virtual Machine.

  • Embark: Embark is a platform that enables easy development and deployment of decentralized applications.

  • Waffle: The most advanced framework for testing smart contracts.

  • OpenZeppelin: OpenZeppelin provides security products to build, automate, and operate decentralized applications. We also protect leading organizations by performing security audits on their systems and products.

  • HardHat: Hardhat is a development environment for Ethereum software

Solidity Code Quality

  • Solhint: This is an open source project for linting Solidity code. This project provides both Security and Style Guide validations.

  • Ethlint: Ethlint (Formerly Solium) analyzes your Solidity code for style & security issues and fixes them.

  • Manticore: Manticore is a symbolic execution tool for analysis of smart contracts and binaries.

  • Slither: Slither is a Solidity static analysis framework.

  • Echidna: Echidna is a program designed for fuzzing/property-based testing of Ethereum smart contracts.

Front-End Programming

  • Web3.js: Access full node capabilities without running your own.

  • Ethers.js: Designed to make it easier to write client-side JavaScript based wallets, keeping the private key on the owner’s machine at all times.

Back-End Programming

  • Web3.py: A Python interface for interacting with the Ethereum blockchain and ecosystem.

  • Web3.php: A PHP interface for interacting with the Ethereum blockchain and ecosystem. Native ABI parsing and smart contract interactions.

  • Scala Web3: Scala and Android library for integration with Ethereum clients.

  • Go Lang: Bringing the love of Go to Ethereum. An open source GO Lang integration library for blockchain.

  • Ruby Web3: Ethereum library for the Ruby language.

Wallet SDK

  • Venly: Wallet creation by social accounts.

  • Sequence.app: Wallet creation by social accounts.

  • Web3Auth: Wallet creation by social accounts.

  • BSC Connector: This example demonstrates how to support the Binance Chain Wallet through a custom connector.

Multisig

  • Gnosis: The purpose of multisig wallets is to increase security by requiring multiple parties to agree on transactions before execution.

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