跳转至主要内容

客户端程序库和软件开发工具包 (SDK)(前端)

用于与以太坊节点、合约和协议交互的特定语言程序库和软件开发工具包 (SDK)。

亮点

IPFS (InterPlanetary File System) is a peer-to-peer protocol designed to make the web faster, more open, and more resilient. By using content-addressed storage rather than location-based references, IPFS removes the need for centralized servers and allows files to be distributed and retrieved from multiple nodes around the world. This approach lowers hosting costs, improves data availability, and reduces censorship, laying the groundwork for a more secure and permanent global information network. IPFS is used in a variety of applications. While some users interact with IPFS via imported libraries in their projects, a large amount of usage comes via IPFS' HTTP Gateway API which allows users to self-host, use extensions like IPFS companion, or publicly run gateways (whether paid ones run by companies like Filebase, Pinata, etc. or the public goods services at ipfs.io and dweb.link). IPFS is a system for moving data across decentralized networks, with >11M weekly users and 250K public p2p nodes. Highlights: Off-chain storage. IPFS provides verifiable, off-chain storage, often used to reduce on-chain needs in Ethereum & Optimism. Examples: TrueBlocks (local IPFS-based index for EVM chains, built with grants from OP & EF), Snapshot (IPFS-based off-chain voting). Go-to distribution network for fully decentralized third-party app frontends (for gaming, DeFi, & more). We run gateway services that serve 900M requests/wk, and added native IPFS support to browsers like Chromium & Brave. NFT metadata gold standard. Over 115M NFTs are stored on IPFS, including leading platforms OpenSea (which supports Optimism NFTs), Rarible, and Zora.

IPFS
客户端程序库和软件开发工具包 (SDK)(前端)

IPFS

点对点 · 抗审查 · CLI

应用

显示 (42)

其他应用分类

跨链和互操作性

支持在以太坊主网、卷叠和其他区块链之间进行消息传递、资产转账和共享状态的工具。

交易和钱包基础设施

用于构建、签署、发送、模拟和管理以太坊交易和钱包的基础设施。

数据、分析和追踪

用于索引、查询、分析和追踪链上数据、执行和网络活动的工具。

教育和社区资源

为以太坊构建者提供的学习资料、文档、教程和社区平台。

智能合约开发和工具链

用于编写、测试、部署和升级智能合约的框架和工具。

安全性、测试和形式验证

用于审计、测试、模糊测试和验证的工具,可提高智能合约的安全性和正确性。