IBM WebSphere Online Test

The IBM WebSphere Online Test uses scenario-based multiple choice questions to evaluate candidates on their technical knowledge and practical skills related to application server, messaging, security, clustering, and administration. The test aims to determine candidates' ability to design, develop, and manage efficient and effective IBM WebSphere solutions that meet business requirements, as well as their familiarity with IBM WebSphere best practices, design patterns, and techniques.

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Screen candidates with a 30 mins test

Test duration: ~ 30 mins

Difficulty level: Moderate

Availability: Available as custom test

Questions:

15 IBM WebSphere MCQs

Covered skills:

SCA Modules

WebSphere Integration

WebSphere Adaptors

JCA

Integrated Solutions Console

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Use the IBM WebSphere Test to shortlist qualified candidates

The IBM WebSphere Online Test helps recruiters and hiring managers identify qualified candidates from a pool of resumes, and helps in taking objective hiring decisions. It reduces the administrative overhead of interviewing too many candidates and saves time by filtering out unqualified candidates at the first step of the hiring process.

The test screens for the following skills that hiring managers look for in candidates:

Ability to configure and manage SCA modules in IBM WebSphere
Knowledge of WebSphere Integration components and their functionalities
Ability to work with WebSphere Adaptors and integrate them into applications
Understanding of JCA (Java Connector Architecture) and its implementation in WebSphere
Proficiency in using the Integrated Solutions Console for managing WebSphere environments
Ability to troubleshoot and resolve issues related to SCA Modules
Knowledge of advanced features and capabilities of WebSphere Integration
Experience in designing and implementing solutions using WebSphere Adaptors
Familiarity with configuring JCA resource adapters in WebSphere
Skill in utilizing the Integrated Solutions Console for performance tuning and optimization

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Screen candidates with the highest quality questions

We have a very high focus on the quality of questions that test for on-the-job skills. Every question is non-googleable and we have a very high bar for the level of subject matter experts we onboard to create these questions. We have crawlers to check if any of the questions are leaked online. If/ when a question gets leaked, we get an alert. We change the question for you & let you know.

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These are just a small sample from our library of 15,000+ questions. The actual questions on this IBM Websphere Test will be non-googleable.

🧐 Question
Medium Deployment and Resource Binding Application Deployment Resource Binding JNDI	Solve
You are deploying a web application on IBM WebSphere Application Server, which uses a JDBC datasource and a JMS Queue. Below are snippets from the application's web.xml and ibm-web-bnd.xml files. web.xml snippet: ibm-web-bnd.xml snippet: Assuming the JDBC datasource and JMS Queue are already correctly configured in the WebSphere Admin Console, which of the following is the required action to ensure the application deployment correctly references these resources? A: Define JNDI names jdbc/myDataSource and jms/myQueue in the server's namespace. B: Bind the application's JDBC datasource to jdbc/MyAppDataSource and JMS Queue to jms/MyAppQueue in the ibm-web-bnd.xml. C: Update web.xml to reference the JNDI names jdbc/MyAppDataSource and jms/MyAppQueue. D: Bind the resources in web.xml to the server's JDBC and JMS resources with matching names. E: Modify the application code to reference jdbc/MyAppDataSource and jms/MyAppQueue directly.
Medium Integrating JMS with WebSphere Java Message Service Application Integration Message-Driven Beans (MDB)	Solve
You are configuring a message-driven bean (MDB) in IBM WebSphere Application Server to consume messages from a JMS queue. The MDB needs to process messages from a remote JMS provider, and you must ensure the configuration supports high availability and load balancing. Given the following pseudo code: Considering the requirements and the given code, which of the following configurations would be most appropriate? A: Use the default connection factory and modify the MDB to use JNDI lookup for the remote JMS provider. B: Configure an MDB activation specification with a custom resource adapter to connect to the remote JMS provider. C: Deploy the MDB to a WebSphere cluster and configure a JMS queue connection factory with workload management (WLM) enabled. D: Implement a custom message listener interface instead of using the javax.jms.MessageListener. E: Use a local JMS provider and replicate messages to the remote provider for high availability. F: Configure the MDB with a direct IP address to the remote JMS provider instead of using JNDI names.

	🧐 Question	🔧 Skill
	Medium Deployment and Resource Binding Application Deployment Resource Binding JNDI	2 mins IBM WebSphere	Solve
You are deploying a web application on IBM WebSphere Application Server, which uses a JDBC datasource and a JMS Queue. Below are snippets from the application's web.xml and ibm-web-bnd.xml files. web.xml snippet: ibm-web-bnd.xml snippet: Assuming the JDBC datasource and JMS Queue are already correctly configured in the WebSphere Admin Console, which of the following is the required action to ensure the application deployment correctly references these resources? A: Define JNDI names jdbc/myDataSource and jms/myQueue in the server's namespace. B: Bind the application's JDBC datasource to jdbc/MyAppDataSource and JMS Queue to jms/MyAppQueue in the ibm-web-bnd.xml. C: Update web.xml to reference the JNDI names jdbc/MyAppDataSource and jms/MyAppQueue. D: Bind the resources in web.xml to the server's JDBC and JMS resources with matching names. E: Modify the application code to reference jdbc/MyAppDataSource and jms/MyAppQueue directly.
	Medium Integrating JMS with WebSphere Java Message Service Application Integration Message-Driven Beans (MDB)	3 mins IBM WebSphere	Solve
You are configuring a message-driven bean (MDB) in IBM WebSphere Application Server to consume messages from a JMS queue. The MDB needs to process messages from a remote JMS provider, and you must ensure the configuration supports high availability and load balancing. Given the following pseudo code: Considering the requirements and the given code, which of the following configurations would be most appropriate? A: Use the default connection factory and modify the MDB to use JNDI lookup for the remote JMS provider. B: Configure an MDB activation specification with a custom resource adapter to connect to the remote JMS provider. C: Deploy the MDB to a WebSphere cluster and configure a JMS queue connection factory with workload management (WLM) enabled. D: Implement a custom message listener interface instead of using the javax.jms.MessageListener. E: Use a local JMS provider and replicate messages to the remote provider for high availability. F: Configure the MDB with a direct IP address to the remote JMS provider instead of using JNDI names.

	🧐 Question	🔧 Skill	💪 Difficulty	⌛ Time
	Deployment and Resource Binding Application Deployment Resource Binding JNDI	IBM WebSphere	Medium	2 mins	Solve
You are deploying a web application on IBM WebSphere Application Server, which uses a JDBC datasource and a JMS Queue. Below are snippets from the application's web.xml and ibm-web-bnd.xml files. web.xml snippet: ibm-web-bnd.xml snippet: Assuming the JDBC datasource and JMS Queue are already correctly configured in the WebSphere Admin Console, which of the following is the required action to ensure the application deployment correctly references these resources? A: Define JNDI names jdbc/myDataSource and jms/myQueue in the server's namespace. B: Bind the application's JDBC datasource to jdbc/MyAppDataSource and JMS Queue to jms/MyAppQueue in the ibm-web-bnd.xml. C: Update web.xml to reference the JNDI names jdbc/MyAppDataSource and jms/MyAppQueue. D: Bind the resources in web.xml to the server's JDBC and JMS resources with matching names. E: Modify the application code to reference jdbc/MyAppDataSource and jms/MyAppQueue directly.
	Integrating JMS with WebSphere Java Message Service Application Integration Message-Driven Beans (MDB)	IBM WebSphere	Medium	3 mins	Solve
You are configuring a message-driven bean (MDB) in IBM WebSphere Application Server to consume messages from a JMS queue. The MDB needs to process messages from a remote JMS provider, and you must ensure the configuration supports high availability and load balancing. Given the following pseudo code: Considering the requirements and the given code, which of the following configurations would be most appropriate? A: Use the default connection factory and modify the MDB to use JNDI lookup for the remote JMS provider. B: Configure an MDB activation specification with a custom resource adapter to connect to the remote JMS provider. C: Deploy the MDB to a WebSphere cluster and configure a JMS queue connection factory with workload management (WLM) enabled. D: Implement a custom message listener interface instead of using the javax.jms.MessageListener. E: Use a local JMS provider and replicate messages to the remote provider for high availability. F: Configure the MDB with a direct IP address to the remote JMS provider instead of using JNDI names.

Test candidates on core IBM WebSphere Hiring Test topics

SCA Modules: SCA (Service Component Architecture) Modules are a key component of IBM WebSphere, providing a standardized way to develop and assemble software components into business applications. These modules enable developers to create reusable, loosely-coupled components, enhancing modularity and flexibility in application development.

WebSphere Integration: WebSphere Integration refers to the ability of IBM WebSphere to seamlessly integrate different applications, systems, and data sources. This skill is essential to ensure smooth communication and data flow between various components, enabling organizations to achieve efficient and effective business processes.

WebSphere Adaptors: WebSphere Adaptors provide the capability to connect and integrate IBM WebSphere with other third-party systems, applications, and protocols. These adaptors play a crucial role in enabling interoperability and data exchange between WebSphere and external systems, expanding the capabilities and reach of the platform.

JCA: JCA (Java Connector Architecture) is a specification that enables Java applications to interact with enterprise information systems, such as databases and message queues. JCA allows developers to connect IBM WebSphere with various backend systems, facilitating seamless integration and data access.

Integrated Solutions Console: The Integrated Solutions Console is a web-based administrative console provided by IBM WebSphere, offering a centralized interface to manage and configure the WebSphere application server. This skill is important to ensure efficient administration and monitoring of the WebSphere environment, allowing administrators to deploy applications, monitor performance, and troubleshoot issues.

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