CPU 1.5GHz 2.4GHz 内存 2GB 4GB 核心 2核 4核 带宽 1Mb 5Mb 操作系统 CentOS （7.2 64位）或Ubuntu（16.04 64位） JAVA Java(TM) 1.8 && JDK 1.8 程序部署 获取代码 新建一个目录，例如/mydata sudo mkdir -p /mydata sudo chmod 777 /mydata generate_chain_cert.sh -o 根证书生成的目录 bash generate_chain_cert.sh -o /mydata 配置机构证书 生成机构（agency）证书，假设生成机构test_agency cd /mydata/FISCO-BCOS/tools/scripts/ #bash generate_agency_cert.sh -c 生成机构证书所需的根证书所在目录 -o 机构证书 生成目录 生成目录 -n 机构名 bash generate_agency_cert.sh -c /mydata -o /mydata -n test_agency 配置SDK证书 区块链环境搭建完成之后Web3SDK需要连接节点时需要SDK证书文件，SDK 证书需要在机构证书生成之后才能生成，我们为上面生成的机构test_agency生 成SDK证书 cd /mydata/FISCO-BCOS/tools/scripts/

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises written in either Go or Node.js, while there are plans to support other popular languages including Java in subsequent releases. Privacy and Confidentiality As we have discussed, in a public, permissionless [https://docs.google.com/document/d/1DQ6PqoeIH0pCNJSEYiw7JVbExDvWh_ZRVhWkuioG4k0/edit#hea ding=h.t3gztry2ja8i] within the Performance and Scale working group, along with a corresponding implementation of a benchmarking

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises written in either Go or Node.js, while there are plans to support other popular languages including Java in subsequent releases. Privacy and Confidentiality As we have discussed, in a public, permissionless [https://docs.google.com/document/d/1DQ6PqoeIH0pCNJSEYiw7JVbExDvWh_ZRVhWkuioG4k0/edit#hea ding=h.t3gztry2ja8i] within the Performance and Scale working group, along with a corresponding implementation of a benchmarking

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises written in either Go or Node.js, while there are plans to support other popular languages including Java in subsequent releases. Privacy and Confidentiality As we have discussed, in a public, permissionless [https://docs.google.com/document/d/1DQ6PqoeIH0pCNJSEYiw7JVbExDvWh_ZRVhWkuioG4k0/edit#hea ding=h.t3gztry2ja8i] within the Performance and Scale working group, along with a corresponding implementation of a benchmarking

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises per-channel basis, as well as chaincode that can manipulate and modify the current state of assets (i.e. update key-value pairs). A ledger exists in the scope of a channel — it can be shared across the configuration CC2; the channel is under the control of organizations R2 and R3. There is an ordering service O4 that services as a network administration point for N, and uses the system channel. The ordering service

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises per-channel basis, as well as chaincode that can manipulate and modify the current state of assets (i.e. update key-value pairs). A ledger exists in the scope of a channel — it can be shared across the configuration CC2; the channel is under the control of organizations R2 and R3. There is an ordering service O4 that services as a network administration point for N, and uses the system channel. The ordering service

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises per-channel basis, as well as chaincode that can manipulate and modify the current state of assets (i.e. update key-value pairs). A ledger exists in the scope of a channel — it can be shared across the configuration CC2; the channel is under the control of organizations R2 and R3. There is an ordering service O4 that services as a network administration point for N, and uses the system channel. The ordering service

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises per-channel basis, as well as chaincode that can manipulate and modify the current state of assets (i.e. update key-value pairs). A ledger exists in the scope of a channel — it can be shared across the configuration CC2; the channel is under the control of organizations R2 and R3. There is an ordering service O4 that services as a network administration point for N, and uses the system channel. The ordering service

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises written in either Go or Node.js, while there are plans to support other popular languages including Java in subsequent releases. Privacy and Confidentiality As we have discussed, in a public, permissionless [https://docs.google.com/document/d/1DQ6PqoeIH0pCNJSEYiw7JVbExDvWh_ZRVhWkuioG4k0/edit#hea ding=h.t3gztry2ja8i] within the Performance and Scale working group, along with a corresponding implementation of a benchmarking

ledger platform to support smart contracts authored in general-purpose programming languages such as Java, Go and Node.js, rather than constrained domain-specific languages (DSL). This means that most enterprises per-channel basis, as well as chaincode that can manipulate and modify the current state of assets (i.e. update key-value pairs). A ledger exists in the scope of a channel — it can be shared across the configuration CC2; the channel is under the control of organizations R2 and R3. There is an ordering service O4 that services as a network administration point for N, and uses the system channel. The ordering service