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IBM Operational Decision Manager Advanced V8.7 Application Development 認定 C9550-413 試験問題:
1. An application developer is tasked with troubleshooting a Java EE Rule Execution Server that leverages the classic rule engine and needs to improve performance and load time. The execution unit (XU) is leveraged by the application as a resource adapter. One rule application has very high transaction volume and 10,000 rules.
Another rule application has low transaction volume and a few hundred rules.
Which of the following list of items does the application developer need to consider to meet the desired improvements?
A) Increase the physical memory of the host server.
Change the rule application to use a web service invocation.
B) Change the XU from embedded to a global resource adapter.
Benchmark classic rule engine versus decision engine performance results.
C) Change the XU from global resource adapter to embedded. Use the decision engine.
Modify configuration properties for execution units as needed.
D) Reduce the XU connection factory pool size to ensure memory optimization.
Add more nodes to the cluster.
Add more CPU to the system.
2. Consider a rule based pricing system that allows for different pricing strategies to be used based on different types of corporate policies:
* Lowest possible nationally available price on all products for government customers
* Price based on contract at highest hierarchical relationship
* Lowest price for a particular category of products
Customers have types such as government, preferred, or new. Hierarchy means that a customer can have a contract with a vendor at levels such as global, regional or direct. Categories are properties of the product being priced such as safety, health, or clothing of which products may have more than one. The rules are organized into packages for each of the categories mentioned in this paragraph but are executed in different sequences based on the strategy that applies to the customer's order. The vendor has about 1000 customers and
3000 products.
Consider a problem where a government customer does not receive the lowest national price for a product and an application developer is tasked with figuring out why they are not receiving the correct price.
Which set of actions leverages the list of capabilities for understanding the rule logic when the system is still in the pre-production testing phase?
A) 1. Remove all of the conditions from the rules that are not firing and call the rules and test that the rules work in the context of the other logic without any conditions in the flow.
2. Add the conditions back into the rules and test that the rules work in the context of the other logic in the flow.
3. Use the Decision Warehouse to examine decision trace.
4. Use verbose Rule Execution Server logging and inspect the log files.
B) 1. Isolate the rules related to government pricing and execute them without a rule flow.
2. Add the rules back into the full rule flow and test that the rules work in the context of the other logic in the flow.
3. Use the Decision Warehouse to examine decision trace.
4. Use verbose Rule Execution Server logging and inspect the log files.
C) 1. Remove all of the conditions from the rules that are not firing and call the rules and test that the rules work in the context the other logic without any conditions in the flow.
2. Isolate the rules related to government pricing and execute them without a rule flow.
3. Use the Decision Warehouse to examine decision trace.
4. Run the Rule Designer Debugger and inspect working memory.
5. Use verbose Rule Execution Server logging and inspect the log files.
D) 1. Use the Business Console to examine decision trace.
2. Isolate the rules related to government pricing and execute them without a rule flow.
3. Add the rules back into the full rule flow and test that the rules work in the context of the other logic in the flow.
4. Use verbose Rule Execution Server logging and inspect the log files.
3. A company has multiple decision services that generate and send offers across various channels such as a Java based website as well as a COBOL based mailing system. The rules in these decision services may be different but they do use the same business vocabulary. The COBOL based mailing system requires native integration with the generated COBOL API stubs.
How must the application developer create their XOM(s) and generate their shared BOM(s)?
A) Create a Java XOM, create a separate XOM from a COBOL copybook, generate a BOM from each XOM. and merge the BOMs.
B) Create a Java XOM, create a separate XOM from a COBOL copybook, and then generate a shared BOM from the Java XOM.
C) Create a Java XOM, create a BOM from the Java XOM, and share the BOM and XOM with the COBOL based mailing system.
D) Create a XOM from a COBOL copybook, create a BOM from the COBOL XOM, and share the BOM and XOM with the Java based website.
4. An application developer received a request to deploy only the inbound end points for a Decision Server Insights solution with the name: mysolution After the connectivity of the solution has been defined, how can the application developer perform this task?
A) Option A
B) Option C
C) Option D
D) Option B
5. A rule task selects a package that contains the following rules:
The Priority property of those rules is set to the following values:
R1: 2
R2: 3
R3: 1
All three rules test the same object in their conditions and, at runtime, match instances of the object present in working memory. There is a requirement to have only instances of R1 fire in cases when more than one rule match.
Which rule task execution properties can the application developer use to meet this requirement?
A) Fastpath algorithm, Default ordering, and Rulelnstance Exit Criteria
B) Fastpath algorithm, Literal ordering, and Rule Exit Criteria
質問と回答:
質問 # 1 正解: C | 質問 # 2 正解: C | 質問 # 3 正解: D | 質問 # 4 正解: B | 質問 # 5 正解: B |