Exam 2V0-72.22 : Professional Develop VMware Spring
Language English
Number of Questions 60
Format Single and Multiple Choice, Proctored
Duration 130 Minutes
Passing Score 300 (scaled)
Passing Score – VMware exams are scaled on a range from 100-500, with the determined raw cut score scaled to a value of 300. Your exam may contain unscored questions in addition to the scored questions, this is a standard testing practice. You will not know which questions are unscored, your exam results will reflect your performance on the scored questions only.
Exam Details (Last Updated: 11/26/2021) The Professional Develop VMware Spring (2V0-72.22) exam, which leads to VMware Certified Professional – Application Modernization Develop 2022 certification is a 60-item exam, with a passing score of 300 using a scaled method. Candidates are given 130 minutes to complete the exam, which includes adequate time to complete the exam for non-native English speakers.
Exam Delivery
This is a proctored exam delivered through Pearson VUE. For more information, visit the Pearson VUE website.
Certification Information
For details and a complete list of requirements and recommendations for attainment, please reference the VMware Education Services – Certification website.
Minimally Qualified Candidate
Minimally Qualified Candidate (MQC) is recommended to have at least 6 to 12 months of experience. The MQC has both a strong conceptual understanding and programming experience using Spring framework. The MQC understands the major features of Spring and Spring Boot, which includes configuration, data access, REST, AOP, auto-configuration, actuator, security, and Spring testing framework to build enterprise and microservices applications.
Exam Sections
Section 1 – Spring Core
Objective 1.1 Introduction to Spring Framework
Objective 1.2 Java Configuration
1.2.1 Define Spring Beans using Java code
1.2.2 Access Beans in the Application Context
1.2.3 Handle multiple Configuration files
1.2.4 Handle Dependencies between Beans
1.2.5 Explain and define Bean Scopes
Objective 1.3 Properties and Profiles
1.3.1 Use External Properties to control Configuration
1.3.2 Demonstrate the purpose of Profiles
1.3.3 Use the Spring Expression Language (SpEL)
Objective 1.4 Annotation-Based Configuration and Component Scanning
1.4.1 Explain and use Annotation-based Configuration
1.4.2 Discuss Best Practices for Configuration choices
1.4.3 Use @PostConstruct and @PreDestroy
1.4.4 Explain and use “Stereotype” Annotations
Objective 1.5 Spring Bean Lifecycle
1.5.1 Explain the Spring Bean Lifecycle
1.5.2 Use a BeanFactoryPostProcessor and a BeanPostProcessor
1.5.3 Explain how Spring proxies add behavior at runtime
1.5.4 Describe how Spring determines bean creation order
1.5.5 Avoid issues when Injecting beans by type
Objective 1.6 Aspect Oriented Programming
1.6.1 Explain the concepts behind AOP and the problems that it solves
1.6.2 Implement and deploy Advices using Spring AOP
1.6.3 Use AOP Pointcut Expressions
1.6.4 Explain different types of Advice and when to use them
Section 2 – Data Management
Objective 2.1 Introduction to Spring JDBC
2.1.1 Use and configure Spring’s JdbcTemplate
2.1.2 Execute queries using callbacks to handle result sets
2.1.3 Handle data access exceptions
Objective 2.2 Transaction Management with Spring
2.2.1 Describe and use Spring Transaction Management
2.2.2 Configure Transaction Propagation
2.2.3 Setup Rollback rules
2.2.4 Use Transactions in Tests
Objective 2.3 Spring Boot and Spring Data for Backing Stores
2.3.1 Implement a Spring JPA application using Spring Boot
2.3.2 Create Spring Data Repositories for JPA
Section 3 – Spring MVC
Objective 3.1 Web Applications with Spring Boot
3.1.1 Explain how to create a Spring MVC application using Spring Boot
3.1.2 Describe the basic request processing lifecycle for REST requests
3.1.3 Create a simple RESTful controller to handle GET requests
3.1.4 Configure for deployment
Objective 3.2 REST Applications
3.2.1 Create controllers to support the REST endpoints for various verbs
3.2.2 Utilize RestTemplate to invoke RESTful services
Section 4 – Testing
Objective 4.1 Testing Spring Applications
4.1.1 Write tests using JUnit 5
4.1.2 Write Integration Tests using Spring
4.1.3 Configure Tests using Spring Profiles
4.1.4 Extend Spring Tests to work with Databases
Objective 4.2 Advanced Testing with Spring Boot and MockMVC
4.2.1 Enable Spring Boot testing
4.2.2 Perform integration testing
4.2.3 Perform MockMVC testing
4.2.4 Perform slice testing
Section 5 – Security
Objective 5.1 Explain basic security concepts
Objective 5.2 Use Spring Security to configure Authentication and Authorization
Objective 5.3 Define Method-level Security
Section 6 – Spring Boot
Objective 6.1 Spring Boot Feature Introduction
6.1.1 Explain and use Spring Boot features
6.1.2 Describe Spring Boot dependency management
Objective 6.2 Spring Boot Properties and Autoconfiguration
6.2.1 Describe options for defining and loading properties
6.2.2 Utilize auto-configuration
6.2.3 Override default configuration
Objective 6.3 Spring Boot Actuator
6.3.1 Configure Actuator endpoints
6.3.2 Secure Actuator HTTP endpoints
6.3.3 Define custom metrics
6.3.4 Define custom health indicators
QUESTION 1
If a class is annotated with @Component, what should be done to have Spring automatically detect the
annotated class and load it as a bean? (Choose the best answer.)
A. Ensure a valid bean name in the @Component annotation is specified.
B. Ensure a valid @ComponentScan annotation in the Java configuration is specified.
C. Ensure a valid @Scope for the class is specified.
D. Ensure a valid @Bean for the class is specified.
Answer: A
QUESTION 2
Which two options are REST principles? (Choose two.)
A. RESTful applications use a stateless architecture.
B. RESTful application use HTTP headers and status codes as a contract with the clients.
C. RESTful applications cannot use caching.
D. RESTful application servers keep track of the client state.
E. RESTful applications favor tight coupling between the clients and the servers.
Answer: A,B
QUESTION 3
Which option is true about use of mocks in a Spring Boot web slice test? (Choose the best answer.)
A. Mocking a Spring Bean requires annotating it with @MockBean annotation.
B. If a Spring Bean already exists in the web slice test spring context, it cannot be mocked.
C. Mocks cannot be used in a Spring Boot web slice test.
D. Mocking a Spring Bean requires annotating it with @Mock annotation.
Answer: A
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