cripts/ #bash 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 -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 -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 /mydata/FISCO-BCOS/tools/scripts/ # bash generate_sdk_cert.sh -d 机构证书的目录 bash generate_sdk_cert.sh -d /mydata/test_agency/ 生成过程中需要输入几次密码，测试环境的默认输入123456即可. bash generate_sdk_cert.sh -d /mydata/test_agency/

1. Can set uint. -g <Generate guomi nodes> Default no -z <Generate tar packet> Default no -t Default auto generate -T ，生成对应 的p12文件。 Usage: ./get_account.sh default generate account and store private key in PEM format file -p generate account and store private key in PKCS12 format file 根据公钥计算地址 本节我们根据公钥计算对应的账户地址。我们需要获取keccak-256sum工具， 可以从这里下载 [https://github.com/vkobel/ethereum-generate-wallet/tree/master/lib]。 得到类似下面的输出，就是计算得出的账户地址。 openssl ec -in ecprivkey.pem -text -noout 2>/dev/null|

1. Can set uint. -g <Generate guomi nodes> Default no -z <Generate tar packet> Default no -t Default auto generate -T get_gm_account.sh -h Usage: ./get_account.sh default generate account and store private key in PEM format file -p generate account and store private key in PKCS12 format file 根据公钥计算地址 本节我们根据公钥计算对应的账户地址。我们需要获取keccak-256sum工具， 可以从这里下载 [https://github.com/vkobel/ethereum-generate-wallet/tree/master/lib]。 得到类似下面的输出，就是计算得出的账户地址。 openssl ecparam -name secp256k1 -genkey -noout

1. Can set uint. -g <Generate guomi nodes> Default no -z <Generate tar packet> Default no -t Default auto generate -k Default auto generate, the ca.crt and ca.key must in the path, if use intermediate the root.crt must in the path -K Default auto generate, the gmca.crt and get_gm_account.sh -h Usage: ./get_account.sh default generate account and store private key in PEM format file -p generate account and store private key in PKCS12 format file

1. Can set uint. -g <Generate guomi nodes> Default no -z <Generate tar packet> Default no -t Default auto generate -T get_gm_account.sh -h Usage: ./get_account.sh default generate account and store private key in PEM format file -p generate account and store private key in PKCS12 format file 根据公钥计算地址 本节我们根据公钥计算对应的账户地址。我们需要获取keccak-256sum工具， 可以从这里下载 [https://github.com/vkobel/ethereum-generate-wallet/tree/master/lib]。 得到类似下面的输出，就是计算得出的账户地址。 openssl ec -in ecprivkey.pem -text -noout 2>/dev/null|

io/en/latest] that you may choose to use to generate the certificates and key material to configure and manage identity in your blockchain network. However, any CA that can generate ECDSA certificates may be used. ledger, it can only be decrypted by a user in possession of the corresponding key that was used to generate the cipher text. For further details on chaincode encryption, see the Chaincode for Developers topic transactional network where all participants have known identities. Public Key Infrastructure is used to generate cryptographic certificates which are tied to organizations, network components, and end users or

1. Can set uint. -g <Generate guomi nodes> Default no -z <Generate tar packet> Default no -t Default auto generate -6 Default auto generate, the ca.crt and ca.key must in the path, if use intermediate the root.crt must in the path -K Default auto generate, the gmca.crt and get_gm_account.sh -h Usage: ./get_account.sh default generate account and store private key in PEM format file -p generate account and store private key in PKCS12 format file

service that you may choose to use to generate the certificates and key material to configure and manage identity in your blockchain network. However, any CA that can generate ECDSA certificates may be used. ledger, it can only be decrypted by a user in possession of the corresponding key that was used to generate the cipher text. For further details on chaincode encryption, see the Chaincode for Developers topic transactional network where all participants have known identities. Public Key Infras- tructure is used to generate cryptographic certificates which are tied to organizations, network components, and end users or

ledger, it can be decrypted only by a user in possession of the corresponding key that was used to generate the cipher text. See the Private Data topic for more details on how to achieve privacy on your transactional network where all participants have known identities. Public Key Infrastructure is used to generate cryptographic certificates which are tied to organizations, network components, and end users or and smart contract (chaincode) services to applications. Primarily, smart contracts are used to generate transactions which are subsequently distributed to every peer node in the network where they are

ledger, it can be decrypted only by a user in possession of the corresponding key that was used to generate the cipher text. See the Private Data topic for more details on how to achieve privacy on your transactional network where all participants have known identities. Public Key Infrastructure is used to generate cryptographic certificates which are tied to organizations, network components, and end users or and smart contract (chaincode) services to applications. Primarily, smart contracts are used to generate transactions which are subsequently distributed to every peer node in the network where they are