enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. 1.2 Modularity service disseminates the blocks output by ordering service to other peers. • Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard the terms of the governance model. 1.4 Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its secu- rity/trust from the blockchain

Building with Go version 1.8.x is not supported • Go - version 1.9.x Given that we will be writing chaincode programs in Go, there are two environment variables you will need to set properly; you can make contracts are written in chaincode and are invoked by an application external to the blockchain when that application needs to interact with the ledger. In most cases, chaincode interacts only with the (querying it, for example), and not the transaction log. Chaincode can be implemented in several programming languages. The currently supported chaincode language is Go with support for Java and other languages

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ## Modularity service disseminates the blocks output by ordering service to other peers. - Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard the terms of the governance model. ## Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ### 1.2 Modularity service disseminates the blocks output by ordering service to other peers. • Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard terms of the governance model. ### 1.4 Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ## Modularity service disseminates the blocks output by ordering service to other peers. - Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard the terms of the governance model. ## Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ### 1.2 Modularity service disseminates the blocks output by ordering service to other peers. • Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard terms of the governance model. ### 1.4 Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ## Modularity service disseminates the blocks output by ordering service to other peers. - Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard the terms of the governance model. ## Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

8.x is not supported • Go [https://golang.org/] - version 1.9.x Given that we will be writing chaincode programs in Go, there are two environment variables you will need to set properly; you can make contracts are written in chaincode and are invoked by an application external to the blockchain when that application needs to interact with the ledger. In most cases, chaincode interacts only with the (querying it, for example), and not the transaction log. Chaincode can be implemented in several programming languages. The currently supported chaincode language is Go [https://golang.org/] with support for

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ### 1.2 Modularity service disseminates the blocks output by ordering service to other peers. • Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard terms of the governance model. ### 1.4 Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain

enables privacy and confidentiality of transactions and the smart contracts (what Fabric calls “chaincode”) that implement them. Let’s explore these differentiating features in more detail. ## Modularity service disseminates the blocks output by ordering service to other peers. - Smart contracts (“chaincode”) run within a container environment (e.g. Docker) for isolation. They can be written in standard the terms of the governance model. ## Smart Contracts A smart contract, or what Fabric calls “chaincode”, functions as a trusted distributed application that gains its security/trust from the blockchain