Maximo Application Suite core services

 Kubernetes control plane

Controller managers

ibm-mas-operator

ibm-mas-operator watches Suite.core.mas.ibm.com, acts as the primary controller manager for an installation of the Maximo Application Suite core services, installing all required entity managers and provisioning the primary resources detailed on this page.

ibm-truststore-mgr-controller-manager

ibm-truststore-mgr-controller-manager watches Truststore.ibm-truststore-mgr.ibm.com and manages all of the truststores in use in the core services namespace.

Entity managers

entitymgr-addons

entitymgr-addons add ons configuration.

entitymgr-bascfg

entitymgr-bascfg watches BASCfg.config.mas.ibm.com, manages the UDS integration with Maximo Application Suite.

entitymgr-coreidp

entitymgr-coreidp watches CoreIDP.internal.mas.ibm.com, manages the Core IDP component.

entitymgr-idpcfg

entitymgr-idpcfg watches IDPCfg.config.mas.ibm.com, manages IDP integration with Maximo Application Suite.

entitymgr-jdbccfg

entitymgr-jdbccfg watches JDBCCfg.config.mas.ibm.com, manages JDBC integration with Maximo Application Suite, performing configuration validation.

entitymgr-kafkacfg

entitymgr-kafkacfg watches KafkaCfg.config.mas.ibm.com, manages Kafka integration with Maximo Application Suite, performing configuration validation.

entitymgr-jdbccfg

entitymgr-jdbccfg watches MongoCfg.config.mas.ibm.com, manages Mongo integration with Maximo Application Suite, performing configuration validation.

entitymgr-objectstorage

entitymgr-objectstorage watches ObjectStorageCfg.config.mas.ibm.com, manages ObjectStorage integration with Maximo Application Suite, performing configuration validation.

entitymgr-pushnotificationcfg

entitymgr-pushnotificationcfg, watches PushNotificationCfg.config.mas.ibm.com, manages PushNotification integration with Maximo Application Suite, performing configuration validation.

entitymgr-scimcfg

entitymgr-scimcfg watches SCIMCfg.config.mas.ibm.com, manages SCIM (LDAP User sync) integration with Maximo Application Suite, performing configuration validation and resources creation such as scimsync-agent job and scimsync liberty pod.

entitymgr-slscfg

entitymgr-slscfg watches SLSCfg.config.mas.ibm.com, manages SLS integration with Maximo Application Suite, performing configuration validation and resources creation such as licensing-mediator pod. This pod is also responsible to register the SLS client in the SLS server.

entitymgr-smtpcfg

entitymgr-smtpcfg watches SMTPCfg.config.mas.ibm.com, manages SMTP integration with Maximo Application Suite, performing configuration validation.

entitymgr-watsonstudiocfg

entitymgr-watsonstudiocfg watches WatsonStudioCfg.config.mas.ibm.com, manages Watson™ Studio integration with Maximo Application Suite, performing configuration validation.

entitymgr-ws

entitymgr-ws watches Workspace.core.mas.ibm.com, manages Workspace creation in Maximo Application Suite.

For More information find the reference Link below:

https://www.ibm.com/docs/en/mas-cd/continuous-delivery?topic=reference-maximo-application-suite-core-services

Known Issue MAS - SAML users replacing local user login

 SAML users replacing local user login.

Unless explicitly defined, we should not allow a SAML user to login to MAS using a local user userid.

The scenario is:

You have SAML configured.

userA is a local user;

userA is also a SAML user (in the company IDP) but not part of MAS.

userB is a SAML user in MAS.

1- Customer goes to MAS login page and input userB username;

2- MAS will redirect the user to SAML;

3- Customer inputs credentials for userA instead of userB in the IDP login page;

4- SAML assertion will return nameID as userA, which in MAS the user is a local user only.

What should happen?

In the step 4, user should get a not-authorized message as it does not exists in MAS as SAML user.

Reference Link : https://www.ibm.com/mysupport/s/defect/aCI3p000000bm8C/dt196144?language=en_US

Installing and configuring Grafana _ Monitoring

 

Procedure

1. In the Red Hat OpenShift Container Platform console, select Operators > OperatorHub and search for the Grafana operator that is provided by Red Hat OpenShift.
2. Install the Grafana operator for the openshift-user-workload-monitoring namespace.
3. Create an instance of Grafana.
   1. Select Operator > OperatorHub > Grafana Operator and then select the Grafana tab.
   2. Click Create Grafana.
   3. On YAML tab, enter the following text:

      apiVersion: integreatly.org/v1alpha1
      kind: Grafana
      metadata:
        name: mas-grafana
        namespace: openshift-user-workload-monitoring
      spec:
        ingress:
          enabled: true
        dataStorage:
          accessModes:
            - ReadWriteOnce
          size: 10Gi
          class: ocs-storagecluster-cephfs
        config:
          log:
            mode: "console"
            level: "warn"
          security:
            admin_user: "root"
            admin_password: "secret"
          auth:
            disable_login_form: False
            disable_signout_menu: True
          auth.anonymous:
            enabled: True
        dashboardLabelSelector:
          - matchExpressions:
              - {key: app, operator: In, values: [grafana]}
      

      A route is created, and the public URL is included in that route definition in the openshift-user-workload-monitoring namespace project.
4. Remember to update the subscription.yaml file and add the following configuration so that Grafana scans for the dashboard across the whole cluster:

   Config:
          env: 
          - name: "DASHBOARD_NAMESPACES_ALL" 
             value: "true"

   After an update, the subscription.yaml file looks like the following:

   apiVersion: operators.coreos.com/v1alpha1
           kind: Subscription
           metadata:
             name: grafana-operator
             namespace: "{{ grafana_namespace }}"
             labels:
               operators.coreos.com/grafana-operator.{{ grafana_namespace }}: ''
           spec:
             channel: v4
             installPlanApproval: Automatic
             name: grafana-operator
             source: community-operators
             sourceNamespace: openshift-marketplace
             config:
               env:
                 - name: "DASHBOARD_NAMESPACES_ALL"
                   value: "true"

5. Run the following command to grant the user permission.

   oc adm policy add-cluster-role-to-user cluster-monitoring-view -z grafana-serviceaccount

6. Run the following command to obtain the BEARER_TOKEN.

   - oc serviceaccounts get-token grafana-serviceaccount -n openshift-user-workload-monitoring

7. Create the GrafanaDataSource, which points to the Prometheus instance that you installed earlier.
1. Select the Grafana Operator > Installed operators > GrafanaDataSource tab.
2. Enter the following text and replace the ${BEARER_TOKEN} value with the value that you obtained in a previous step.

   apiVersion: integreatly.org/v1alpha1
   kind: GrafanaDataSource
   metadata:
     name: prometheus-grafanadatasource
     namespace:  openshift-user-workload-monitoring
   spec:
     datasources:
       - access: proxy
         editable: true
         isDefault: true
         jsonData:
           httpHeaderName1: 'Authorization'
           timeInterval: 5s
           tlsSkipVerify: true
         name: Prometheus
         secureJsonData:
           httpHeaderValue1: 'Bearer ${BEARER_TOKEN}'
         type: prometheus
         url: 'https://thanos-querier.openshift-monitoring.svc.cluster.local:9091'
     name: prometheus-grafanadatasource.yaml

Reference Link : https://www.ibm.com/docs/en/mas-cd/continuous-delivery?topic=dashboards-installing-configuring-grafana