2026 HCL-HWA-ADM-102 dumps review – Professional Quiz Study Materials [Q476-Q490]

Published date July 29, 2026

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2026 HCL-HWA-ADM-102 dumps review – Professional Quiz Study Materials

HCL-HWA-ADM-102 Test Prep Training Practice Exam Questions Practice Tests

NO.476 HCL HWA 10.2 Dynamic Scheduling implementation with 1000 event rules across 3 processors shows 35% evaluation latency >5s during peak 2000 events/minute. Architecture: 1 MDM (4CPU), 2 DWCs, 50 FTAs. DWC Workload Designer reports rule processor overload. What architecture scaling prioritizes rule evaluation capacity?

MDM StatefulSet replicas=2; eventRuleProcessor.cpuRequest=1

Add 25 FTAs; TWS_home event buffer expansion

DWC StatefulSet replicas=3; ruleCacheSize=50000

scaleRuleProcessor statefulset replicas=4; cpuLimit=2 per pod

Dynamic Scheduling architecture scales Event Rule Processor StatefulSet independently of MDM/DWC; replicas=4 with cpuLimit=2 distributes 1000 rules across wa-waruleprocessor-[0-3] pods with dedicated PVCs, reducing 35% latency >5s during 2000 events/minute peaks. This preserves MDM workload capacity and DWC Workload Designer responsiveness versus horizontal scaling non-rule components.

NO.477 Scenario: During peak processing in HCL Workload Automation 10.2, you need to hold all pending jobs on dynamic pool “DYNPOOL1” except those matching “CRITICAL_*” to prioritize resources. Which conman commands? (Select two)

kill job @#DYNPOOL1/* + state=pend;noask

hold job @#DYNPOOL1/* + state=pend;except name=CRITICAL_*

limit pool;DYNPOOL1;limit=0

alter job @#@ + state=pend;priority=0

continue pool;DYNPOOL1

hold job @#DYNPOOL1/* + state=pend;except name=CRITICAL_* applies hold to pending jobs on the pool while excluding critical ones via exception filter.

NO.478 Production HCL HWA 10.2 Dynamic Scheduling 5000 rules across 5 processors fails 41% evaluation during 7500 events/minute; memory pressure evicts processor3/4. What Pod Disruption Budget prevents Dynamic Scheduling eviction cascade?

create pdb allow-exclusions-ruleprocessor maxUnavailable=2 minAvailable=3

LimitRange StatefulSet memory 10Gi namespace-wide

Cluster Autoscaler expansion delay 15m

Node taints NoEvict=true rule processor nodes

Dynamic Scheduling PodDisruptionBudget pdb maxUnavailable=2 minAvailable=3 ensures 5 wa-waruleprocessor replicas maintain quorum (3) during 7500 events/minute preventing cascade eviction of processor3/4 despite memory pressure. PDB preserves rule evaluation capacity during node maintenance.

NO.479 To automate production cycle extension every 48 hours in HCL Workload Automation 10.2 using the FINAL job stream, which modifications to the sample Sfinal are necessary? (Select two)

Include FINALPOSTREPORTS with CHECKSYNC job

Adjust run cycle in FINAL job stream to every 48 hours

Modify JnextPlan script directly for duration

Add planman deploy in FINAL

Set MakePlan invocation with -for 48:00 in FINAL

For non-daily extensions, update the FINAL run cycle frequency and MakePlan -for parameter to match the desired plan length. Including FINALPOSTREPORTS ensures post-processing like resync monitoring via CHECKSYNC.

NO.480 An HCL Workload Automation 10.2 administrator configures Global Options using conman to enforce a maximum of 50 concurrent jobs across all workstation classes in a production plan, but observes that critical job streams exceed this limit during peak hours due to inherited stream-level settings. To enforce the global limit strictly while allowing exceptions for specific job streams, which Global Option command sequence must be executed?

modify global options maxConcurrent=50; refresh production plan

set global concurrentJobs=50; apply global

alter global enListLimit=”50″; alter global maxRunJobs=”50″

alter global maxJobs=”50″; unlock global

Global Options in HCL Workload Automation control engine-wide limits such as enListLimit for the maximum number of jobs that can be eligible to run and maxRunJobs for actively running jobs, where executing alter global enListLimit=”50″; alter global maxRunJobs=”50″ sets both thresholds to 50 to comprehensively cap concurrency at the engine level regardless of workstation class or stream inheritance. The unlock global command finalizes changes by applying them to the current production plan, ensuring immediate enforcement without requiring a plan refresh. This approach supersedes stream-level concurrent limits, allowing designated high-priority streams to request exceptions through elevated priority values while still respecting the global ceiling.

NO.481 Scenario: To comply with organizational policy, all DWC sessions in HCL Workload Automation 10.2 must use HTTPS only, with HSTS enabled and no fallback to HTTP.
Additionally, restrict console access to VPN IPs. What Liberty configurations are needed? (Select three)

ssl element with hstsMaxAgeSeconds set to 31536000

remoteIPAddress filter with allow/deny lists

httpEndpoint with httpsPort only and httpPort=”-1″

Add webAppSecurity with httpOnlyCookies=”false” and HSTS headers

featureManager including transportSecurity-1.0 and servlet-5.0

httpEndpoint with httpsPort only and httpPort=”-1″ disables plain HTTP entirely. remoteIPAddress filter with allow/deny lists enforces source IP restrictions. Ssl element with hstsMaxAgeSeconds set to 31536000 enables HTTP Strict Transport Security for browser enforcement.

NO.482 HCL HWA 10.2 monstop process panic during memory pressure: core dump 50GB fills $TWA_HOME. conman showmon shows engines stopped. Safe recovery preserving core for analysis?

gdb $TWA_HOME/bin/monstop $TWA_HOME/core immediately

cp $TWA_HOME/core* /diag/core.$(date +%Y%m%d); truncate -s 0 $TWA_HOME/core.*

conman delp @; rm $TWA_HOME/core*; JnextPlan -for 0100

ulimit -c 0; echo “* hard core 0” >> /etc/security/limits.conf; conman startmon

Preserve core before cleanup: cp -p $TWA_HOME/core.monstop.* /shared/dumps/core.monstop.$(hostname)-$(date +%Y%m%d_%H%M). Logrotate core files: truncate -s 0 $TWA_HOME/core.* frees space. conman startmon @ recovers engines; analyze core offline with gdb –core=/shared/dumps/core*.

NO.483 To restrict access preventing users from canceling critical jobs in production plan for HCL Workload Automation 10.2, which security entry is precise?

DEPENDENCY access=RELEASE restricted

JOB access=SUBMIT only

RUN access=STOP for specific streams

PLAN access=KILL with NO for non-admins

JOB access=CANCEL with CPU=/critical/* DENY

PLAN access=KILL with NO for non-admins directly controls the ability to cancel or kill jobs in the current or extended plan, providing central restriction for production protection.

NO.484 HCL Workload Automation 10.2 automatic failover completes but conman clients timeout during BDM promotion due to connection parameter staleness. To configure clients for automatic BDM connection post-failover without restart, which localopts enhancement supports seamless CLI failover?

#FAILOVER BDM in localopts connection block

Set conman failover=automatic in client env

localopts failover.mdm=BDM_HOST auto.switch=true

localopts backup=BDM_HOST reconnect=true

Localopts failover.mdm=BDM_HOST auto.switch=true enables conman clients to automatically redirect to BDM post-failover without manual parameter updates or restarts, maintaining monitoring continuity.

NO.485 Dynamic Workload Broker allocation fails 41% across HCL HWA 10.2 165 Kubernetes dynamic agents during ramp-up (6800 jobs/hour). ResourceAdvisorConfig.properties agentScoreThreshold=0.6 too restrictive. BrokerWorkstation.properties heartbeatInterval=45s shows all agents responsive. What threshold enables ramp-up completion?

ResourceAdvisorConfig.properties agentScoreThreshold=0.3

ResourceAdvisorConfig.properties enGracefulRampup=YES

JobDispatcherConfig.properties minEligibleAgents=50

BrokerWorkstation.properties rampUpGracePeriod=1800

agentScoreThreshold=0.3 lowers Dynamic Workload Broker eligibility cutoff enabling 41% failed allocations across 165 Kubernetes agents during 6800 jobs/hour ramp-up; heartbeatInterval=45s confirms agent responsiveness. Threshold reduction completes broker ramp-up versus nonexistent graceful parameters maintaining production allocation success rates.

NO.486 Which conditions persisting beyond the threshold trigger automatic failover to a backup master in HCL Workload Automation 10.2? (Select All that Apply)

Batchman, Mailman, or Jobman processes fail three restart attempts

WebSphere Application Server Liberty Base down

Dynamic Workload Console disconnected

Database connection lost

Netman port unresponsive

The master self-monitors key components: attempts to restart the Liberty server if down, retries starting core FTA processes (Batchman, Mailman, Jobman) three times, and checks database connectivity; persistent failure in any leads to automatic long-term switch to an eligible backup after the 5-minute threshold.

NO.487 HCL HWA 10.2 DWC SSL installation with custom keystore fails browser handshake: “PKIX path validation failed: unable to find valid certification path”. server.xml shows <ssl id=”defaultSSLConfig” keyStoreRef=”defaultKeyStore”/>. Required keystore configuration?

Liberty SSL terminates at load balancer, no custom keystore needed

server.xml: <keyStore id=”customKS” location=”keystore.p12″ type=”PKCS12″ password=”tws”/>

Generate keystore.xml with ikeyman, reference sslConfiguration id=”customSSL”

keytool -import -alias dwc-ca -file ca.crt -keystore /opt/wlp/usr/servers/dwc/resources/security/keystore.xml

Liberty server.xml requires PKCS12 keystore for custom SSL. Generate: keytool -genkeypair -alias dwc -keyalg RSA -keystore dwc-keystore.p12 -storetype PKCS12 -storepass twspass -validity 3650. Update server.xml <ssl sslConfiguration=”customSSL”/> where customSSL references customKS with full chain.

NO.488 When customizing MDM certificates in HCL Workload Automation 10.2 using certman tool introduced in 10.2.5, which command generates new keystores suitable for production with strong passwords?

optman chg pw for keystore

certman convert -default true -force

certman generate -keypasswd strongPassword -outpath /tmp/newCerts

keytool -genkey -alias tws -keyalg EC

serverinst –newcert auto

certman generate -keypasswd strongPassword -outpath /tmp/newCerts leverages the enhanced certificate management tool in 10.2.5 to create new self-signed or CSR-ready keystores with specified strong key passwords, simplifying secure replacement.

NO.489 HCL HWA 10.2 SSO session fixation attack prevented by regenerating session ID post-authentication. Browser cookies persist across login but Liberty detects fixation. What server.xml httpSession configuration prevents fixation?

jvm.options: -Dcom.ibm.ws.session.securityIntegration=strict

SSO prevents session fixation automatically

httpSession idLength=”56″ useExternalFormOfSessionId=”true”

Liberty httpSession prevents fixation by generating new JSESSIONID post-authentication. server.xml: <httpSession reuseSessionID=”false” changeSessionIdOnFirstAccess=”true” httpsOnlyCookies=”true”/> ensures pre-auth session ID never reused. Security scanners confirm no fixation vulnerability.

NO.490 Which command sequence enables and verifies plan auditing in HCL Workload Automation 10.2 without requiring full instance restart?

optman chg enPlanAudit=yes followed by stopmon/startmon

optman ls to check current, optman chg enPlanAudit=yes, JnextPlan to apply

Modify localopts directly and rerun JnextPlan

Use Dynamic Workload Console settings to toggle audit

planman deploy after optman change

Use optman to list current global options, change enPlanAudit to yes, then trigger a new plan extension via JnextPlan (or wait for next cycle) to activate auditing without broad process restarts, as plan-related auditing integrates during plan processing.

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