The @NamedArg annotation allows an FXMLLoader to instantiate a class that does not have a zero-argument constructor. Technical Background: The FXMLLoader creates objects using reflection. Typically, if you use a tag corresponding to a class with a constructor taking no arguments, an object is created from that class by calling Class.newInstance(), which invokes the no-argument … Read more
Roughly speaking, @FindBy is just an alternate way of finding elements (the “usual way” being driver.findElement() as you said). The big advantage of that annotation is not itself, though. It is better used to support the PageObject pattern. In a few words, the PageObject pattern tells you to create a class for each page of … Read more
Its an old thread but if you still want to inject Non-String values using @Value Spring annotation, do this: @Value(“#{new Boolean(‘${item.priceFactor}’)}”) private Boolean itemFactorBoolean; @Value(“#{new Integer(‘${item.priceFactor}’)}”) private Integer itemFactorInteger; Works for me on Spring boot 1.5.9 with Java 8.
The domain layer and the persistence layer are considered by some to be separate concerns. Using the pure XML approach keeps the two layers as loosely coupled as possible; using annotations couples the two layers more tightly as you have persistence-related code embedded in the domain code.
If you would like to use multiple same Embedded class. You have to do @AttributeOverrides for all columns. Try as below; Reference JPA AttributeOverrides @Embeddable public class Address { private String state; @Column(name = “zip_code”) private String zip; } @Entity(name = “Employee”) public class Employee implements Serializable { @Embedded @AttributeOverrides({ @AttributeOverride(name = “state”, column = … Read more
To do this, you would need some AOP framework that would use a proxy around your method. This proxy would catch the exception and execute the finally block. Quite frankly, if you don’t use a framework supporting AOP already, I’m not sure I would use one just to save these few lines od code. You … Read more
You can achieve this using a custom Hibernate naming strategy. All you need to do is to use the hibernate-types open-source project. Hibernate 5.2 or later You need to add the following Maven dependency: <dependency> <groupId>com.vladmihalcea</groupId> <artifactId>hibernate-types-52</artifactId> <version>${hibernate-types.version}</version> </dependency> And set the following Hibernate configuration property: <property name=”hibernate.physical_naming_strategy” value=”com.vladmihalcea.hibernate.type.util.CamelCaseToSnakeCaseNamingStrategy” /> Hibernate 5.0 and 5.1 You … Read more
You can set both mapping url for the same function and setting id as optional. @RequestMapping(method=RequestMethod.GET, value={“/campaigns”,”/campaigns/{id}”}) public String getCampaignDetails(Model model, @RequestParam(value=”id”, required=false) Long id, @PathVariable(“id”) Long id2) { } though it would map as well when id is not sent, but you can control this inside the method. EDIT: The previous solution doesn’t work … Read more
Putting annotations on methods forces JPA to access properties via methods. It makes sense when internal state of your object differs from the database schema: @Entity public class Employee { private String firstName; private String lastName; @Column(name = “EMP_NAME”) // Due to legacy database schema public String getName() { return fisrtName + ” ” + … Read more
Do you need something else than the @Enumerated annotation? For example, the following enum: public enum MyEnum { VALUE1, VALUE2; } Could be used and annotated like this: private MyEnum myEnum; @Column(name=”myenum”) @Enumerated(EnumType.ORDINAL) public MyEnum getMyEnum() { return myEnum } You can specify how the enum should be persisted in the database with the EnumType … Read more