Go full stack Spring: Spring + RESTFUL API + Spring Boot

Explore dependency injection in spring by creating a simple interface and two implementations, configuring beans with component scan and annotation-based context, and retrieving them via the application context.

Explore inversion of control and dependency injection with Spring, outsourcing object creation to a bean factory and retrieving objects via getBean for flexible component wiring.

Leverage LinkedIn to connect with industry peers, showcase GitHub projects, request recommendations and endorsements, and stay active to explore career opportunities.

Introduce autowiring in Spring, showing how Spring injects dependencies to replace manual object creation, enabling inversion of control and easier maintenance.

Explore Spring autowiring scenarios, including default constructors, constructor injection, and setter injection, and examine how required versus optional beans affect dependency creation in the Spring IoC container.

Learn how to resolve ambiguous autowired beans in Spring by using the qualifier annotation to specify the exact engine bean, such as a v6 engine or a v8 engine.

Explore the discussion forum and how to use the commenting system to ask questions and receive answers. Connect with peers and the instructor on Teachable, Udemy, and a Facebook group.

Explore Spring bean concepts by converting component-based wiring to bean methods in a centralized app config, enabling clearer bean creation and wiring with autowire.

Explore constructor injection in a Spring app, adjusting beans and app config to inject an engine type via constructor, demonstrating how bean wiring simplifies configuration and usage.

discover where to access the course project files and download links for notebooks and codes, and learn to debug by checking your code and using provided projects.

Learn to import an existing Maven Spring project into IntelliJ IDEA, set up Maven configurations, and run the application to observe the output.

Configure Eclipse with Spring Tool Suite for Spring Boot, install Java EE and web developer tools to enable a dynamic web project, and begin exploring Spring MVC options.

Explore building a simple dynamic web project, learn the core web app components—controller, view, and model—and see how a GSP view works within a spring MVC workflow.

Define a model as a data set, shown with a person class and a staff list. Discover how the controller, view, and the model collaborate in Spring MVC.

Advance your Java and Spring skills with RESTful API and Spring Boot, and explore machine learning and deep learning through new AI-related courses.

Create a minimal Spring MVC app from a dynamic project, convert to Maven, configure a dispatcher servlet, and implement a hello world controller with a GSP view.

Explore the spring mvc pattern by building a simple form that uses a front controller, model, and view to capture a name and display it via a mapped action.

Explore Spring MVC's request param and model to handle form input, using @RequestParam and model attributes, then access the data in the view with expression language.

Explore how to use ModelAndView in spring to set attributes and return a view. Learn to render lists and iterate with for each in a GSP page.

Demonstrates redeeming a JetBrains IntelliJ IDEA coupon for six months of free ultimate features, for new and existing accounts, and applying the discount at checkout.

Set up a Spring development environment with Eclipse 2019, import projects into the workspace, and resolve issues by configuring Java and Tomcat server runtimes and deployment settings.

Explore spring form elements and the tag library, learn to add the taglib to a view in Eclipse, and preview how to use form tags in Spring.

Learn how to build Spring form elements, including a name input and gender radio buttons, handle submissions with model attributes, and render results using model and view.

Explore Spring MVC form handling with a user model, including radio buttons for gender, model attributes, and dynamic radio button generation using a map of options.

Create a dropdown list using a select tag, populate with country options, and implement value and label handling in the model and view, including a map-driven option generation in Spring.

This lecture demonstrates adding a text area field named introduction to a Spring form, wiring getters/setters, and displaying user introduction via post mapping and display user info.

Learn to implement checkboxes in a Spring web form, bind to a user model with visited countries, and render selections using a for each loop and expression language.

Install STS 3 support in eclipse via the spring ide update site, handling version compatibility and legacy setups, including tomcat and non-maven configurations.

Map the web content template folder to a URL path in Spring MVC to serve external resources, configure location and mapping, and ensure explicit mappings for security.

Add styling to an existing page with a heading, horizontal rule, and an external stylesheet, served via a Spring Boot mapped path using expression language to resolve the context.

demonstrates basic html form validation by using the required attribute and placeholders to enforce required fields like name and accept agreement, and explains handling checkboxes and selects.

Configure hibernate validator, add a size constraint on the model (5 to 10 chars), and validate via @Valid and binding result in the controller.

Explore form validations and repopulating form data through the controller, using a model and view and a user object during submission.

Learn model map and model-view approaches in Spring MVC, passing attributes to views with model map, and distinguish static view content from dynamic data provided by the controller.

Show field-specific error messages in a Spring MVC form by wiring a model attribute, validating on the model, and customizing messages like name between 5 and 10 characters.

learn how to apply validation rules at the model level using annotations like email and regular expressions to validate form input, and how to display clear error messages.

Learn to configure a Maven project with Hibernate and MySQL by adding the correct dependencies, selecting a compatible Hibernate version, and building the workspace to ensure smooth connectivity.

Set up Eclipse Mars for Spring development, install the Spring IDE plugin, and configure Tomcat to support annotation-based and Excel-based Spring applications.

Explore a dynamic web project approach in Spring stack, configuring Eclipse, Tomcat, and Maven, managing dependencies in lib, and integrating Hibernate Validator and Bean Validation.

Download and install the MySQL community server, selecting the 64-bit version, configure the root password, and verify the connection before logging in to the back bench.

Learn to use MySQL Workbench with MySQL: connect to a server, create a project schema, build a users table with id, name, and email, and insert and query data.

Explore the four architectural layers in Spring applications—security, controller, service, and data access object—and learn how they interact to authenticate, authorize, and retrieve data from the database.

Explore two ways of mapping in the Spring framework: the legacy method and annotation-based mapping, with a walkthrough and an upcoming emphasis on the annotation approach.

Set up the Spring project by creating a user model that maps to the users table in the project database to enable listing users on the home page.

Create a dao interface and its implementation to fetch users from a data source, using constructor injection, a prepared statement, and mapping results to user objects (id, name, email).

Define a data source bean in an XML configuration, including driver class, URL, username, and password, and inject it into the DAO implementation.

connects a Spring Boot app to a database, reads a list of users via a data access object, prints to the console, and displays the user data on the homepage.

Learn to read information from a database and display it on a webpage using a GSP page, a controller, and a table that lists user id, name, and email.