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Get All Professional Develop VMware Spring Exam Questions with Validated Answers
| Vendor: | VMware |
|---|---|
| Exam Code: | 2V0-72.22 |
| Exam Name: | Professional Develop VMware Spring |
| Exam Questions: | 79 |
| Last Updated: | October 4, 2026 |
| Related Certifications: | VMware Certified Professional, VCP Application Modernization Develop |
| Exam Tags: | Professional Kubernetes in VMware |
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Which two statements are correct regarding Spring Boot 2.x Actuator Metrics? (Choose two.)
Custom metrics can be measured using Meter primitives such as Counter, Gauge, Timer, and DistributionSummary: Spring Boot Actuator Metrics allows you to define and measure custom metrics using various Meter primitives. These primitives include Counter (counting occurrences), Gauge (providing a current value), Timer (measuring the time taken for a task), and DistributionSummary (collecting and summarizing distribution statistics).
Which three types of objects can be returned form a JdbcTemplate query? (Choose three.)
The JdbcTemplate class provides various methods to execute queries and manipulate the query results. Depending on the query and the expected result type, we can choose from the following three types of objects that can be returned from a JdbcTemplate query:
A . Generic Maps
This is true because the JdbcTemplate.queryForList method returns a List of Map objects, where each Map represents a row of the query result. The Map keys are the column names and the Map values are the column values1. For example:
List<Map<String, Object>> results = jdbcTemplate.queryForList(''SELECT * FROM EMPLOYEE''); for (Map<String, Object> row : results) { System.out.println(row.get(''NAME'') + ' ' + row.get(''SALARY'')); }
B . Simple types (int, long, String, etc)
This is true because the JdbcTemplate.queryForObject method can return a single value of a simple type, such as int, long, String, etc. This method is useful for running queries that return a single row and a single column2. For example:
int count = jdbcTemplate.queryForObject(''SELECT COUNT(*) FROM EMPLOYEE'', Integer.class); System.out.println('Number of employees: ' + count);
D . User defined types
This is true because the JdbcTemplate.query method can return a List of user defined types, such as custom classes or beans. This method takes a RowMapper as an argument, which is an interface that maps each row of the query result to an instance of the user defined type3. For example:
public class Employee { private String name; private int salary; // getters and setters }
public class EmployeeRowMapper implements RowMapper<Employee> { @Override public Employee mapRow(ResultSet rs, int rowNum) throws SQLException { Employee employee = new Employee(); employee.setName(rs.getString(''NAME'')); employee.setSalary(rs.getInt(''SALARY'')); return employee; } }
List<Employee> employees = jdbcTemplate.query(''SELECT * FROM EMPLOYEE'', new EmployeeRowMapper()); for (Employee employee : employees) { System.out.println(employee.getName() + ' ' + employee.getSalary()); }
Which two options will inject the value of the daily.limit system property? (Choose two.)
The @Value annotation can be used to inject values from external sources into fields, constructor parameters, or method parameters. To inject a system property, the annotation can use either the ${...} placeholder syntax or the #{...} SpEL expression syntax. The former is simpler and more concise, while the latter is more powerful and flexible. Both syntaxes can access the systemProperties map, which contains all the system properties as key-value pairs.
Which two statements about pointcut expressions are true? (Choose two.)
https://docs.spring.io/spring-framework/reference/core/aop/ataspectj/pointcuts.html
Which two statements are true concerning the BeanPostProcessor Extension point? (Choose two.)
B . Custom BeanPostProcessors can be implemented for Spring applications.
This is true because the BeanPostProcessor interface defines callback methods that you can implement to provide your own (or override the container's default) instantiation logic, dependency resolution logic, and so forth1.You can configure multiple BeanPostProcessor instances, and you can control the order in which these BeanPostProcessor instances run by setting the order property1. For example, inthis tutorial, a custom BeanPostProcessor is implemented to integrate Guava's EventBus with Spring beans.
D . BeanPostProcessors are called during the initialization phase of a bean life cycle.
This is true because the BeanPostProcessor interface consists of exactly two callback methods: postProcessBeforeInitialization and postProcessAfterInitialization.When such a class is registered as a post-processor with the container, for each bean instance that is created by the container, the post-processor gets a callback from the container both before container initialization methods (such as InitializingBean.afterPropertiesSet() or any declared init method) are called, and after any bean initialization callbacks1.
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