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see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. For all of these reasons, support for Kafka-based ordering identity and membership concept topics. What’s happening behind the scenes? If you are interested in learning more about the sample network, you can investigate the files and scripts in the test-network directory to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions

see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. For all of these reasons, support for Kafka-based ordering membership concept topics. 5.3.8 What’s happening behind the scenes? If you are interested in learning more about the sample network, you can investigate the files and scripts in the test-network directory to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions

see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. Note: Similar to Solo and Kafka, a Raft ordering service to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions 89a Learning about the configured anchor peers of Org1MSP for channel mychannel : [{peer0.org1.example.com 7051}] 2019-06-12 17:08:57.926 UTC [gossip.gossip] learnAnchorPeers -> INFO 89b Learning about

see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. Note: Similar to Solo and Kafka, a Raft ordering service to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions peer0.org1.example.com 2019-06-12 17:08:57.924 UTC [gossip.gossip] learnAnchorPeers -> INFO 89a Learning ˓→about the configured anchor peers of Org1MSP for channel mychannel : [{peer0.org1. ˓→example

see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. Note: Similar to Solo and Kafka, a Raft ordering service to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions 89a Learning about the configured anchor peers of Org1MSP for channel mychannel : [{peer0.org1.example.com 7051}] 2019-06-12 17:08:57.926 UTC [gossip.gossip] learnAnchorPeers -> INFO 89b Learning about

see, some decisions in the development of Raft were driven by this. If you are interested in BFT, learning how to use Raft should ease the transition. Note: Similar to Solo and Kafka, a Raft ordering service to interact with, so we’ll get a basic network our smart contracts and application will use. 2. Learning about a sample smart contract, FabCar. We’ll inspect the smart contract to learn about the transactions peer0.org1.example.com 2019-06-12 17:08:57.924 UTC [gossip.gossip] learnAnchorPeers -> INFO 89a Learning ˓→about the configured anchor peers of Org1MSP for channel mychannel : [{peer0.org1. ˓→example