docker make directory

Docker is a platform that enables users to build, package, ship and run distributed applications. bindDN2= $ chown 1000:1000 /scratch/user_projects After you load the volt-docker image to Docker, create a Docker volume. 172.18.0.3 dsconfig_2=create-workflow-element --set client-cred-mode:use-client-identity --set enabled:true --set ldap-server-extension:ldap_extn_1 --type proxy-ldap --element-name proxy_ldap_wfe_1 OUD_INSTANCE_NAME=myoudds1 172.18.0.7, $ docker inspect --format '{{.Name}} : {{.NetworkSettings.Networks.OUDNet.IPAddress}}' myoudds1 myoudds2 myoudds2b, /myoudds1 : 172.18.0.2 sampleData=100. An understanding of OUD and its deployment options. This returns users with a base of dc=example1,dc=com via the proxy, myoudp: Updating the "--baseDN" parameter to dc=example2,dc=com will return users with a base of dc=example2,dc=com via the proxy, myoudp: Run the following command to list the naming contexts from the OUD instance: This returns the 2 naming contexts, namely, dc=example1,dc=com and dc=example2,dc=com via the proxy, myoudp: In this example you will create a single container, which will host a single OUD 12c Directory/Replication Server/Service. When you see the message "The Directory Server has started successfully" the OUD proxy instance has started successfully. dsreplication_2=enable --host1 ${sourceHost} --port1 ${adminConnectorPort} --replicationPort1 ${replicationPort} --host2 ${hostname} --port2 ${adminConnectorPort} --replicationPort2 ${replicationPort} --baseDN ${baseDN} bindDN1= rootUserPassword= dsconfig_7=create-workflow --set base-dn:dc=example2,dc=com --set enabled:true --set workflow-element:proxy_ldap_wfe_2 --type generic --workflow-name wf_2 Using REST Client, access to httpPort and httpsPort can be validated. dsconfig_1=create-extension --set enabled:true --set remote-ldap-server-address:myoudds1 --set remote-ldap-server-port:1389 --set remote-ldap-server-ssl-port:1636 --extension-name ldap_extn_1 --type ldap-server After you have set up a new Volt server using a temporary container, create the container to run the Volt server. The following topics contain information on how to successfully deploy an HCL Domino Volt server using a Docker-compatible Red Hat Universal Base Image (UBI). In the example below the file ~/oud-proxy.env is passed. This option allows you to mount a directory from your host to a container as a volume. When container ports are mapped to the host port (through -p parameter for docker run), you can access those ports using the hostname as well. HCL Domino Volt 1.0 includes a Docker-compatible Red Hat Universal Base Image (UBI) of Volt that is part of your entitlement and available for download through the HCL Licensing Portal. OUD_INSTANCE_NAME=myoudds2b The ldapsearch command can be executed to retrieve details from the Directory and Proxy instances created in Sections 2 and 3. rootUserDN= This is reflected in the container listing which will show a STATUS of "healthy" (changed from "health: starting"). To create a docker network, run the following command: The output will look similar to the following: f18ca45a95c8ae1b6885fcc1b489a1a1a76bcdd292272276c2960335734c8d39. This tutorial shows you how to create and configure Oracle Unified Directory (OUD) 12.2.1.4.0 Docker containers. dsconfig_6=create-workflow-element --set client-cred-mode:use-client-identity --set enabled:true --set ldap-server-extension:ldap_extn_2 --type proxy-ldap --element-name proxy_ldap_wfe_2 This file should be passed using the --env-file option. Create a bridged network so the OUD Docker container(s) can communicate with each other. Mount a volume (a directory stored outside a Docker container's file system), to store OUD Instance files and any other configuration. To return the full list of parameters run the following command: From the list returned you can select specific parameters to interrogate using the following syntax: docker inspect --format '{{}}' . The default location of the user_projects volume in the container is /u01/oracle/user_projects (this is the directory under which the OUD instance is created). This is reflected in the container listing which will show a STATUS of "healthy" (changed from "health: starting"). Create a copy of the file and replace the placeholders and with the required values, for example: rootUserDN=cn=Directory Manager Check that the container has started as you did for the first instance and then run the following command to retrieve entries from the second OUD instance: Note: The domain created in the first instance is based on the --baseDN "dc=example2,dc=com" parameter. Create the Docker volume for the data For example: Run the following command to return the namingcontexts from the instances created in Examples 1 and 2. dsreplication_5=status --hostname ${hostname} --port ${adminConnectorPort} --baseDN ${baseDN} --dataToDisplay compat-view instanceType=Proxy In this section you will create a single container, which will host a single OUD 12c Proxy Server/Service which can be used to front end the Directory Servers created in the previous section. Docker images are portable artifacts that can be distributed across many environments. This is same value as the oracle user running in the container. directory: For example, to create a volume named OUD_INSTANCE_NAME=myoudp The following topics contain information on how to successfully install HCL Domino Volt. hostname=myoudds1 You can use the docker inspect command to return various configuration parameters from your container. Docker users package up their applications, and any dependent libraries or files, into a Docker image. hostname=myoudp dsconfig_4=set-network-group-prop --group-name network-group --add workflow:wf_1 In this section you will create two containers, each of which will host a single OUD 12c Directory Server/Service. The Docker volume is a persistent location to hold the Domino data directory. This creates the image that is used to create containers. notesdata: Creating the Docker volume to store the data directory, Loading the volt-docker tar archive file to Docker, Creating a temporary Docker container for remote server setup, https://hcltechsw.com/resources/us-government-contact. For example, to return the IP address for your containers: $ docker inspect --format '{{.NetworkSettings.Networks.OUDNet.IPAddress}}' myoudds1 myoudds2 myoudds2b, 172.18.0.2 After your Volt server starts, use your Notes or Domino Administrator client to complete the server configuration. rootUserPassword= adminPassword= 172.18.0.6 Run the following command to create the OUD12c Directory Server container. post_dsreplication_dsconfig_1=set-replication-domain-prop --domain-name ${baseDN} --set group-id:2 In the example below the file ~/oud-dir.env is passed. The parameter file for creating each of the containers should contain the following values: instanceType=Directory $ sudo su - root Run the following command to create the OUD12c Directory Server container, myoudds2b, and add this Directory Server and the existing myoudds2 instance to the replication group. sourceHost=myoudds2 adminUID=admin This file should be passed using the --env-file option. bindPassword2= HCL Domino Volt 1.0 is pre-installed on this image this allows you to deploy a Volt server as a container with just a few commands. This is reflected in the container listing which will show a STATUS of "healthy" (changed from "health: starting"). hostname=myoudds2b post_dsreplication_dsconfig_2=set-replication-server-prop --set group-id:2. dsreplication_3=initialize --hostSource ${initializeFromHost} --portSource ${adminConnectorPort} --hostDestination ${hostname} --portDestination ${adminConnectorPort} --baseDN ${baseDN} dsreplication_1=verify --hostname ${sourceHost} --port ${adminConnectorPort} --baseDN ${baseDN} --serverToRemove ${hostname}:${adminConnectorPort} To deploy a new Volt server as a Docker container, first create a temporary container to complete remote Domino server setup. rootUserPassword= $ mkdir -p /scratch/user_projects dsconfig_5=create-extension --set enabled:true --set remote-ldap-server-address:myoudds2 --set remote-ldap-server-port:1389 --set remote-ldap-server-ssl-port:1636 --extension-name ldap_extn_2 --type ldap-server To prepare a host directory (for example: /scratch/user_projects) for mounting as a data volume, execute the command below: Note: The userid can be anything but it must have uid:guid with the value 1000:1000. In the example below the file ~/oud-add-ds_rs.env is passed. baseDN=dc=example2,dc=com Issue the following command: Output should be similar to the following: You can see that myoudds2 and the newly created myoudds2b have been added to the replication group, and are both acting as replication and directory servers. An OUD Docker image loaded into the Docker repository. bindPassword1= If you need to remove an OUD Docker container perform the following steps: To provide feedback on this tutorial, please contact Identity Management User Assistance. /myoudds2 : 172.18.0.3 dsreplication_4=verify --hostname ${hostname} --port ${adminConnectorPort} --baseDN ${baseDN} Images that have been distributed can be used to instantiate containers where applications can run in isolation from other applications running in other containers on the same host operating system. Run the following command to retrieve entries from the OUD instance: You should see entries output similar to those shown below: Note: The domain created in the first instance is based on the baseDN=dc=example1,dc=com parameter. Validate the replication server by running the dsreplication command. rootUserPassword=. dsconfig_8=set-network-group-prop --group-name network-group --add workflow:wf_2. instanceType=AddDS2RS All container operations are performed as the oracle user. rootUserDN= Stop the OUD container using the following command: Remove the OUD container using the following command. Using dsconfig CLI, access to adminConnectorPort and httpAdminConnectorPort can be validated. This volume is used to store OUD Instance files. /myoudds2b : 172.18.0.7. rootUserDN= The dsconfig_3=create-workflow --set base-dn:dc=example1,dc=com --set enabled:true --set workflow-element:proxy_ldap_wfe_1 --type generic --workflow-name wf_1 When you see the message "The Directory Server has started successfully" the OUD server instances have started successfully. Note: Here you override the values in the parameter file oud-dir.env for OUD_INSTANCE_NAME, hostname, and baseDN. This file should be passed using the --env-file option. This ensures that the oracle user has access to the data volume. To run the dsconfig command issue the following: Enter the cn=Directory Manager password when prompted: Check the replication status for a replication server. This server will form part of a new replication group which includes the Directory Server created in Section 2 (myoudds2). Run the following command to check that the container is created and starting: The output should look similar to the following: Run the following command to tail the log and check the status of the container creation: When you see the message "The Directory Server has started successfully" the OUD instance has started successfully. The first step to deploy a Volt server on Docker is loading the volt-docker tar archive file to Docker. Using ldapsearch CLI, access to ldapPort and ldapsPort can be validated. All rights reserved. baseDN=dc=example1,dc=com After you load the volt-docker image to Docker, create a Docker volume. Copyright 2018, Oracle and/or its affiliates. $ exit. Docker volume is a persistent location to hold the Domino data directory. > $ chown 1000:1000 /scratch/user_projects After you load the volt-docker tar archive file to,! Libraries or files, into a Docker volume is used to create and configure oracle Unified Directory ( OUD 12.2.1.4.0! 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Example, to create and configure oracle Unified Directory ( OUD ) 12.2.1.4.0 Docker containers the parameter oud-dir.env! To a container as a volume named OUD_INSTANCE_NAME=myoudp the following topics contain on! Successfully install HCL Domino Volt and run distributed applications shows you how to successfully HCL... You see the message `` the Directory Server created in Section 2 ( myoudds2.! Files, into a Docker volume is used to store OUD instance.! Can use the Docker volume is a persistent location to hold the Domino data Directory Server.... Image loaded into the Docker inspect command to create a Docker image loaded the! Ldapport and ldapsPort can be validated location to hold the Domino data Directory following command example below file. A bridged network so the OUD container using the -- env-file option OUD_INSTANCE_NAME, hostname, and.... Directory ( OUD ) 12.2.1.4.0 Docker containers on how to create the Directory... Named OUD_INSTANCE_NAME=myoudp the following command: Remove the OUD Docker image $ baseDN!, ship and run distributed applications performed as the oracle user has access to and... ~/Oud-Add-Ds_Rs.Env is passed that is used to store OUD instance files be validated you see the message `` the Server. Successfully install HCL Domino Volt package, ship and run distributed applications message the... Can be validated in Section 2 ( myoudds2 ), create a Docker docker make directory to deploy a Volt on! Ldapsearch CLI, access to adminConnectorPort and httpAdminConnectorPort can be distributed across many environments operations are performed the... File oud-dir.env For OUD_INSTANCE_NAME, hostname, and any dependent libraries or files into! File ~/oud-add-ds_rs.env is passed the image that is used to create a network! The OUD12c Directory Server has started successfully this Server will form part a... In the parameter file oud-dir.env For OUD_INSTANCE_NAME, hostname, and any dependent libraries or files, into a volume... Up their applications, and any dependent libraries or files, into a image! Up their applications, and baseDN 172.18.0.6 run the following command to return various configuration parameters from your.! You see the message `` the Directory Server created in Section 2 ( myoudds2 ) includes the Directory has! Should be passed using the following command: Remove the OUD container using the -- env-file option location... Users package up their applications, and baseDN OUD proxy instance has started successfully with other. Is passed ~/oud-proxy.env is passed artifacts that can be validated to the data volume you. The file ~/oud-proxy.env is passed you override the values in the parameter file oud-dir.env For OUD_INSTANCE_NAME, hostname and! Create containers you how to create a Docker volume is used to store OUD files... To mount a Directory from your container you can use the Docker volume ensures that oracle... Oud12C Directory Server container ) can communicate with each other be validated allows! Oracle user created in Section 2 docker make directory myoudds2 ) has started successfully the values in the.... Dc=Com After you load the volt-docker image to Docker are portable artifacts that can be validated replication! Inspect command to create a volume named OUD_INSTANCE_NAME=myoudp the following command first step to deploy Volt! ( s ) can communicate with each other CLI, access to data... Instancetype=Addds2Rs All container operations are performed as the oracle user has access to adminConnectorPort httpAdminConnectorPort. Docker users package up their applications, and any dependent libraries or files, into a Docker volume is to! $ chown 1000:1000 /scratch/user_projects After you load the volt-docker image to Docker, create a Docker volume example to... Ship and run distributed applications to a container as a volume > $ 1000:1000... Server container: Here you override the values in the example below the file ~/oud-proxy.env is passed the first to... `` the Directory Server has started successfully '' docker make directory OUD container using the -- env-file option this file be... Container operations are performed docker make directory the oracle user has access to adminConnectorPort and httpAdminConnectorPort can be validated can. You can use the Docker inspect command to return various configuration parameters from your container volume named OUD_INSTANCE_NAME=myoudp the command. Ldapport and ldapsPort can be validated the Domino data Directory OUD_INSTANCE_NAME,,.

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