The zwe init certificate command will generate a certificate based on the zowe.yaml values in the section. Other certificate scenarios lower down in the zowe.yaml file are commented out. To assist with updating zowe.yaml the values to generate a self signed PKCS12 certificate are included in the section beginning # > Certificate setup scenario 1. Zowe: setup: certificate: type: PKCS12 dname: caCommonName: commonName: orgUnit: org: locality: state: country: validity: 3650 pkcs12: directory: /global/zowe/keystore name: localhost password: password caAlias: local_ca caPassword: local_ca_password import: keystore: password: alias: Copy A certificate authority name local_ca specified in .pkcs12.caAlias.A certificate name (or alias) localhost specified in 12.name.A keystore directory /global/zowe/keystore specified in 12.directory.The following zowe.yaml example will generate: The input parameters that control certificate configurationĪre specified in the section Create a self signed PKCS12 certificate # The zwe init certificate command supports both scenarios. The two most common scenario for using a PKCS12 certtificate are where you have been given an existing certificate and wish to configure Zowe to use it, or else you do not have a certificate and wish to generate a new one. This contains information for the certificate name and its location, together with the truststore location. When Zowe is launched details for the PKCS12 certificate used are specified in the zowe.yaml section certificates. Working with z/OS keyrings may require system administrator priviledges and working with your z/OS security team, so the self signed PKCS12 path is provided to assist with configuring and launching test and scratch Zowe instances. For production usage of Zowe it is recomended to work with certificates held in z/OS keyrings. Using USS PKCS12 certificates is useful for proof of concept projects using a self signed certificates. Zowe uses a keystore directory to contain its external certificate, and a truststore directory to hold the public keys of servers it communicate with (for example z/OSMF). This certificate is used for encrypting TLS communication between Zowe clients and the Zowe z/OS servers, as well as intra z/OS Zowe server to Zowe server. Zowe is able to use PKCS12 certificates that are stored in USS. Discovery Service configuration parameters.Advanced Gateway features configuration.Advanced API Catalog features configuration.Configuring an environment variables file.Configuring Zowe CLI environment variables.Configuring Zowe Chat with Microsoft Teams.Adding your bot user to your Slack channel.Connecting to Slack using public HTTP endpoint.Configuring messaging endpoint for the Microsoft Azure bot.Configuring messaging endpoint for the Microsoft Bot Framework bot.Configuring messaging endpoint for Microsoft Teams.Creating a bot with Microsoft Bot Framework.Creating a bot for Microsoft Teams bot app.Creating Microsoft Teams bot app with Developer Portal.Configuring Microsoft Teams chat platform.Enabling insecure outgoing connections for mouse navigation.Inviting the created bot to your Mattermost channel.Inviting the created bot to your Mattermost team.Creating administrator account and Mattermost team.Installing Mattermost chat platform server.Installing Zowe Chat (Technical Preview).Visual Studio Code (VS Code) Extension for Zowe.Install CLI from Online Registry Via Proxy.Installing Zowe CLI with Node.js 16 on Windows.Configure Zowe CLI on operating systems where the Secure Credential Store is not available. Configuring Secure Credential Store on headless Linux operating systems.Configuring z/OSMF for high availability in Sysplex.Configuring Sysplex for high availability.Zowe server component and extension management.Installing and configuring the Zowe cross memory server (ZWESISTC).Set up Zowe certificates using workflows.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |