During failover, Global Options reset due to unsynced state. To persist across failovers, which option enables database backing?

• A.alter global dbGlobal=true; commit
• B.modify global failoverPersist=true; refresh
• C.set global state.haSync=true; apply
• D.alter global persistDB=true; unlock global

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A financial services organization planning a typical HCL Workload Automation 10.2 installation for their master domain manager on RHEL 8.4 encounters swap space warnings during the installer pre-checks despite allocating 16GB RAM. The production workload processes 50,000 jobs daily with peak concurrency of 2,500. During typical installation using serverinst, which specific swap space configuration meets both installer requirements and optimal production performance for this workload scale?

• A.Enable zram with 50% RAM compression as swap substitute avoiding disk I/O
• B.Set vm.swappiness=10 in /etc/sysctl.conf with 16GB swap matching RAM size
• C.Create 32GB swapfile using dd if=/dev/zero of=/swapfile bs=1M count=32768; mkswap /swapfile; swapon /swapfile
• D.Configure 2GB swap partition during OS installation meeting minimum requirements only

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HCL Workload Automation 10.2 Docker deployment on AWS ECS Fargate encounters "EFATAL: database files corrupt" post-cluster scaling event. docker logs show fsync failures during configureDb. Fargate ephemeral storage 20GB default. Production database grows 50GB/week. Which container deployment persistent storage configuration using EFS resolves database corruption?

• A.96 cores @ 2.5GHz, 1TB DDR4-2933, 12TB HDD RAID6, quad 10GbE Broadcom
• B.taskdef.volumes: [{name:dbdata,efsVolumeConfiguration:{fileSystemId:fs-123,transitEncryption:"ENABLED"}}]
• C.eksctl create volume --type gp3 --size 200 --encrypted --region us-east-1
• D.alb.ingress enable-efs=true fsType=nfs4 mountOptions=tls,port=2049

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Scenario: Implementing custom certificates in a containerized HCL Workload Automation 10.2 deployment using Helm charts. Which method replaces default server certificates securely? (Select two)

• A.Use cert-manager annotation for automatic issuance
• B.Create Kubernetes secret with custom files matching default names and apply
• C.Restart pods after configMap update
• D.Mount volume with PEM files to /etc/ssl/certs
• E.Set useCustomizedCert: true in values.yaml

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A security-focused deployment requires that console users never see or handle database passwords directly. The database uses SSL and an encrypted password configured for HCL Workload Automation. When configuring the Dynamic Workload Console's JDBC connection, how should the administrator ensure that database credentials remain protected while maintaining compatibility with the engine's configuration?

• A.Store the database password in plain text in an environment variable that the console reads at startup
• B.Disable SSL in the database to simplify credential management
• C.Configure the console to use a separate database user with a clear text password embedded in the JDBC URL
• D.Configure the JDBC URL in com.ibm.tdwb.dao.rdbms.jdbcPath to use the same encrypted password value used in the engine configuration, and ensure SSL is enabled at the database level

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