_origin : 交易发送者，用来进行权限控制 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } // lib API 提供调用预编译（Precompiled）合约的Node.js API 使用 Channel协议 与FISCO BCOS节点通信，双向认证更安全 提供CLI（Command-Line Interface）工具供用户在命令行中方便快捷地 与区块链交互 快速安装 环境要求 Node.js开发环境 Node.js >= 8.10.0 npm >= 5.6.0 如果您没有部署过Node.js环境，可以参考下列部署方式： modification and nodes to send transactions. The detailed introduction of browser is in Browser JSON-RPC interface is introduced in JSON-RPC API System design documentation: System design Key features Multi-group:

在call函数中实现各 个接口的调用行为。 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } // lib API 提供调用预编译（Precompiled）合约的Node.js API 使用 Channel协议 与FISCO BCOS节点通信，双向认证更安全 提供CLI（Command-Line Interface）工具供用户在命令行中方便快捷地 与区块链交互 快速安装 环境要求 Node.js开发环境 Node.js >= 8.10.0 npm >= 5.6.0 如果您没有部署过Node.js环境，可以参考下列部署方式： modification and nodes to send transactions. The detailed introduction of browser is in Browser JSON-RPC interface is introduced in JSON-RPC API System design documentation: System design Key features Multi-group:

面的sample中会详细说明。 注册合约 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } // lib API 提供调用预编译（Precompiled）合约的Node.js API 使用 Channel协议 与FISCO BCOS节点通信，双向认证更安全 提供CLI（Command-Line Interface）工具供用户在命令行中方便快捷地 与区块链交互 快速安装 环境要求 Node.js开发环境 Node.js >= 8.10.0 npm >= 5.6.0 如果您没有部署过Node.js环境，可以参考下列部署方式： modification and nodes to send transactions. The detailed introduction of browser is in Browser JSON-RPC interface is introduced in JSON-RPC API System design documentation: System design Key features Multi-group:

在call函数中实现各 个接口的调用行为。 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } // lib API 提供调用预编译（Precompiled）合约的Node.js API 使用 Channel协议 与FISCO BCOS节点通信，双向认证更安全 提供CLI（Command-Line Interface）工具供用户在命令行中方便快捷地 与区块链交互 快速安装 环境要求 Node.js开发环境 Node.js >= 8.10.0 npm >= 5.6.0 如果您没有部署过Node.js环境，可以参考下列部署方式： modification and nodes to send transactions. The detailed introduction of browser is in Browser JSON-RPC interface is introduced in JSON-RPC API System design documentation: System design Key features Multi-group:

在call函数中实现各 个接口的调用行为。 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } // lib API 提供调用预编译（Precompiled）合约的Node.js API 使用 Channel协议 与FISCO BCOS节点通信，双向认证更安全 提供CLI（Command-Line Interface）工具供用户在命令行中方便快捷地 与区块链交互 快速安装 环境要求 Node.js开发环境 Node.js >= 8.10.0 npm >= 5.6.0 如果您没有部署过Node.js环境，可以参考下列部署方式： 提供部署及调用go合约文件的GO API 提供调用预编译（Precompiled）合约的Go API 提供与FISCO BCOS节点通信的 Channel协议，双向认证更安全 提供CLI（Command-Line Interface）工具，供用户在命令行中方便快捷 地与区块链交互 环境和配置文件 环境 Go开发环境 Golang >= 1.13.6 项目采用 go module 进行包管理，可参考 Using Go

writes (in other words, if a chaincode is not installed on a peer, it will not be able to properly interface with the ledger). When a subset of organizations on that channel need to keep their transaction must be coded against an available API in the chaincode shim interface, which in turn allows the smart contract container to properly interface with the peer ledger. 76 Chapter 5. Tutorials hyperledger-fabricdocs the CouchDB REST API available, and allows the visualization of the database via the CouchDB web interface (Fauxton). Production environments would likely refrain from implementing port mapping in order

writes (in other words, if a chaincode is not installed on a peer, it will not be able to properly interface with the ledger). When a subset of organizations on that channel need to keep their transaction logic of S5 – the program code that it uses to access the ledger L1. We contrast this to the S5 interface which merely describes the inputs and outputs of S5, without regard to its implementation. When installed it; in our example that means P1. Conceptually this means that it’s the smart contract interface that is instantiated, in contrast to the smart contract implementation that is installed. To reinforce

writes (in other words, if a chaincode is not installed on a peer, it will not be able to properly interface with the ledger). When a subset of organizations on that channel need to keep their transaction logic of S5 – the program code that it uses to access the ledger L1. We contrast this to the S5 interface which merely describes the inputs and outputs of S5, without regard to its implementation. When installed it; in our example that means P1. Conceptually this means that it’s the smart contract interface that is instantiated, in contrast to the smart contract implementation that is installed. To reinforce

writes (in other words, if a chaincode is not installed on a peer, it will not be able to properly interface with the ledger). When a subset of organizations on that channel need to keep their transaction must be coded against an available API in the chaincode shim interface, which in turn allows the smart contract container to properly interface with the peer ledger. We can see our queryAllCars function the CouchDB REST API available, and allows the visualization of the database via the CouchDB web interface (Fauxton). Production environments would likely refrain from implementing port mapping in order

合约，接口合约在调用预编译合约时需要使用。 设计存储结构 pragma solidity ^0.4.24; contract Contract_Name { function interface0(parameters ... ) {} .... function interfaceN(parameters ... ) {} } 预编译合约涉及存储 private String toBlock; private List addresses; private List