data.tar.gz

Run SpringBoot Demo

Run Lesson 1

Run Lesson 2

Run Lesson 3

Run Lesson 3-1

Run Lesson 4

Run Lesson 5

Run Lesson 6

Run Lesson 7

Run Lesson 8

Run Lesson 9

Run Lesson 10

Run Lesson 11

Run Lesson 12

Run Lesson 13

Run Lesson 14

Run Lesson 15

Run RecommenderApi

Hassan-RecommenderAPI

Run RecommenderApi-debugmode

Run RecommenderApi-actuator

Run TennisPlayer-1

Run TennisPlayer-jdbcQueries

Run TennisPlayer-test

Run TennisPlayer-jpaQueries

Run TennisPlayer-SpringDataJpa

Run AOP-1

Run AOP-2

Run AOP-3

Run AOP-4

Run AOP-5

Run AOP-6

Run TennisPlayerWeb-01

Run TennisPlayerWeb-02

Run TennisPlayerWeb-03

Run TennisPlayerWeb-04

Run TennisPlayerWeb-05

Run TennisPlayerWeb-06

Run TennisPlayerWeb-07

Run UnitTesting-01

Run UnitTesting-02

Run UnitTesting-03

Run UnitTesting-04

Run UnitTesting-05

Run UnitTesting-06

Run UnitTesting-07

Run UnitTesting-08

Run UnitTesting-09

Run Lesson 16

Run TennisPlayer-jpa1

Run TennisPlayer-jpa2

Run Lesson 11-1

Run Lesson 14-1

Run TennisPlayerWeb-08

Run TennisPlayerWeb-09

Run TennisPlayerWeb-10

Run TennisPlayerWeb-11

Run TennisPlayerWeb-12

Run TennisPlayerWeb-13

Run TennisPlayerRest

Run TennisPlayerRest-1

Run TennisPlayerRest-API

Run TennisPlayerRest-ExpHandling

Run TennisPlayerSpringDataRest

Run TennisPlayerSpringDataRest1

Run Tennnis Player Hibernate

Run Tennis Player Hibernate-1:1

Run Tennis Player Hibernate-1:many

Run Tennis Player Hibernate-1:many-bi

Run Tennis Player Hibernate-many:many

Run DatabaseApplications 

Run RecommenderApi-actuator-copy

Run RecommenderApi-actuator-copy-copy

Run SpringBoot Demo-copy

Run Lesson 4-copy

Run Lesson 5-copy

Run TennisPlayerWeb-01-copy

Expertise in the Spring framework is highly sought after and will help open up a lot of job opportunities for you. Here you will get familiar with Spring 5 and Spring Boot 2 to add dependency injection into your applications.

You will start with the basics of Spring like dependency injection, auto-wiring, and constructor injection. After the basics are out of the way you’ll move onto Spring Boot, Spring MVC, Spring JDBC, and Spring Data JPA.

Lastly, you’ll delve into Spring’s support for AOP, unit testing, and the MVC architecture. By the end of this course you will have a wide set of tools to work with to create applications that have dependency injection and inversion of control.

The Complete Guide to Spring 5 and Spring Boot 2



A named query is defined on an entity, which in our case is the `Player` class. The named query will be used in the `getAllPlayers()` method.

#  `@NamedQuery` 

 To create a named query, we will use the `@NamedQuery` annotation on the `Player` class. This annotation requires two parameters: the name of the query and the query itself. When using JPA, we will write the query in JPQL instead of SQL. JPQL uses entities in place of tables. Since we want to return a list of `Player` objects, the query will be `"SELECT p FROM Player p"`.

Learn how to write a named query in Java Persistence Query Language (JPQL).

JPQL Named Query

Introduction

Spring Basics

Spring In-depth

Spring Boot

Spring JDBC

Spring Data JPA

Spring REST

Database Relationships in Spring

Spring Aspect Orientated Programming (AOP)

Spring MVC

Unit Testing in Spring

Interview Questions

Epilogue

JPQL Named Query

`@NamedQuery`