A. XOM JAR file

B. RuleApp JAR file

C. ruleset library

D. ruleset name

A. - Use an embedded approach for the online application and batch application to address the high throughput and change the execution units to file persistence to simplify the deployment.

B. - Use separate infrastructure for online and batch processing.
- Use managed approach with a centralized Rule Execution Server for online.
- Configure a set of J2SE RuIeApp clients to run in parallel and distribute the batch workload.
- Change the Rule Execution Server and XU notification mechanism to TCP/IP to use the same deployed RuleApps for both the batch and online application.

C. - Configure 2 clusters in the same cell where the online application is running: one cluster for the online application and a second cluster for the batch process.
- Configure the Rule Execution Server console outside of the 2 clusters to share the RuleApps across the online and batch application.

D. - Separate infrastructure from online to batch, each one configured in a separate cluster.
- Configure a ruleset interceptor to route the workload between online application execution units and batch execution units.

A. When a new ruleflow is created in one of the branches

B. When a snapshot is created in one of the branches

C. When the same decision table is modified in both branches

D. When an action rule is modified from Rule Designer in one of the branches

A. Developers develop rules to produce an initial ruleset and object model.

B. Developers work with business analysts to identify decision points in the business models and document the decision points table.

C. Developers review the rule design document to confirm that terms used in the rules match the execution object model.

D. Developers do not participate in discovery and analysis tasks.

A. .JS classes

B. Java classes

C. TypeScript classes

D. C# classes

A. Constraint

B. Guideline

C. Calculation

D. Inference

A. removeobject()

B. retract statement

C. clearObject ()

D. delete statement