Hyperledger Fabric 2.2.1 Documentation
- the programming language of the chaincode to deploy: go (default), java, javascript, typescript -ccv - chaincode version. 1.0 (default) -ccs - chaincode definition the asset-transfer (basic) chaincode. However, you can use the language flag, -l, to install the typescript or javascript versions of the chaincode. You can find the asset-transfer (basic) chaincode in the InitLedger function of the (Go) chaincode to put an initial list of assets on the ledger (if using typescript or javascript ./network.sh deployCC -l javascript for example, you will invoke the initLedger function 0 码力 | 848 页 | 11.56 MB | 1 年前3Kotlin 1.9.10 官方文档 中文版
JavaScript 生态系统及其 工具更加流畅的互操作性。 自 Kotlin 1.8.0 版起,旧编译器已弃用。 通过从 Kotlin 代码生成 TypeScript 声明文件( d.ts ),IR 编译器使创建混合 TypeScript 与 Kotlin 代码的“混合” 应用程序变得更加容易,并利用 Kotlin 多平 台代码共享功能。 如需了解关于 Kotlin/JS IR 编译 the ways TypeScript definitions can be generated. It also includes a change designed to improve your debugging experience: 删除了 Gradle plugin 中的 Dukat 集成 源代码映射中的 Kotlin 变量与函数名称 选择加入 TypeScript 定义文件的生成 integration supported the automatic conversion of TypeScript declaration files ( .d.ts ) into Kotlin external declarations. You can still convert TypeScript declaration files ( .d.ts ) into Kotlin external0 码力 | 3753 页 | 29.69 MB | 1 年前3Hyperledger Fabric 2.2.0 Documentation
- the programming language of the chaincode to deploy: go (default), java, javascript, typescript -v - chaincode version. Must be a round number, 1, 2, 3, etc -i gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in 0 码力 | 820 页 | 10.90 MB | 1 年前3Hyperledger Fabric 1.4.8 Documentation
improved smart contract (chaincode) and SDK programming model. The tutorial has Java, JavaScript, and Typescript examples of the client application and chaincode. Commercial paper tutorial As mentioned above gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in0 码力 | 699 页 | 9.02 MB | 1 年前3Hyperledger Fabric 1.4.9 Documentation
improved smart contract (chaincode) and SDK programming model. The tutorial has Java, JavaScript, and Typescript examples of the client application and chaincode. Commercial paper tutorial As mentioned above gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in0 码力 | 701 页 | 9.02 MB | 1 年前3Hyperledger Fabric 1.4 Documentation
improved smart contract (chaincode) and SDK programming model. The tutorial has Java, JavaScript, and Typescript examples of the client application and chaincode. Commercial paper tutorial As mentioned above gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in0 码力 | 701 页 | 9.02 MB | 1 年前3Hyperledger Fabric 2.0.1 Documentation
gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in Java The Java annotation @Transaction is used to mark this method as a transaction definition; TypeScript has an equivalent annotation. This function is given control whenever this contract is called0 码力 | 760 页 | 10.21 MB | 1 年前3Hyperledger Fabric 2.1.1 Documentation
- the programming language of the chaincode to deploy: go (default), java, javascript, typescript -v - chaincode version. Must be a round number, 1, 2, 3, etc -i gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in 0 码力 | 816 页 | 10.25 MB | 1 年前3Hyperledger Fabric 2.1 Documentation
- the programming language of the chaincode to deploy: go (default), java, javascript, typescript -v - chaincode version. Must be a round number, 1, 2, 3, etc -i gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in 0 码力 | 904 页 | 10.95 MB | 1 年前3Hyperledger Fabric 2.0 Documentation
gives the opportunity to use one of JavaScript, TypeScript, Java or any other language that can run on one of these supported runtimes. In Java and TypeScript, annotations or decorators are used to provide class is useful in some smart contracts which have multiple contract classes. If you are using a TypeScript implementation, there are similar @Contract(...) annotations that fulfill the same purpose as in Java The Java annotation @Transaction is used to mark this method as a transaction definition; TypeScript has an equivalent annotation. This function is given control whenever this contract is called0 码力 | 821 页 | 10.22 MB | 1 年前3
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