CF

Spring Boot Master Class

9h 28m 30s
English
Paid

Spring Boot Master Class is a 135-lesson 9 hours 28 minutes self-paced course by Nelson Djalo (Amigoscode). Learn how to get started with Spring Boot, a powerful framework to build web applications quickly, using less code.

Course facts

Lessons
135
Duration
9 hours 28 minutes
Level
All levels
Language
English
Updated
Instructor
Nelson Djalo (Amigoscode)
Price
Premium

Learn how to get started with Spring Boot, a powerful framework to build web applications quickly, using less code. The Java-based programs you build in Spring Boot "just run". Your instructor Nelson, created this course based on real experiences as a software engineer. This course is detailed in every aspect and new material is added according to students suggestions. At the end of this course you will learn the best practices when writing enterprise applications using the N Tier Architecture design pattern and the skills required to understand projects written using Spring Boot

List of topics for this course

  • Restful API's
  • Logging
  • N Tier Architecture
  • Spring Boot Actuator
  • Dependency Injection
  • Unit Tests
  • Integration Tests
  • JSON Serialisation and Deserialisation
  • Java Beans Validation
  • Open Feign
  • Exception Handling
  • Lombok
  • Running Spring Boot Applications

Additional

https://github.com/amigoscode/spring-boot-master-class-course

Who teaches Spring Boot Master Class? Nelson Djalo (Amigoscode)

Nelson Djalo (Amigoscode) thumbnail

Nelson Djalo publishes the Amigoscode YouTube channel and standalone course platform — one of the largest independent Java / Spring Boot tutorial sources online, with several million subscribers and a multi-year track record of weekly back-end engineering tutorials.

The course catalog covers the full Java back-end stack: Java fundamentals, Spring Boot for production web services, Spring Security and OAuth, Spring Data and JPA, microservices patterns with Spring Cloud, Kafka and event-driven architecture, Docker and Kubernetes for the deployment layer, AWS for cloud infrastructure, and the database side (PostgreSQL, MongoDB, Redis). Material is project-oriented — most courses build a working microservice or full application end-to-end.

The CourseFlix listing under this source carries over 13 Amigoscode courses spanning that range. Material is paid; Amigoscode runs on per-course or membership pricing on the original platform. Courses are aimed at Java developers building production back-end services.

What lessons are included in Spring Boot Master Class?

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#1: 1 - Installing IntelliJ
All Course Lessons (135)
#Lesson TitleDurationAccess
1
1 - Installing IntelliJ Demo
01:44
2
2 - Cloning Repo
02:44
3
3 - Installing Java
01:31
4
4 - Starter and End Branches
02:31
5
5 - Running Application
02:54
6
6 - Spring Initializr
04:44
7
1 - Spring vs Spring Boot
02:03
8
2 - Inversion Control and Dependency Injection
02:40
9
3 - Spring IoC Application Context
02:26
10
4 - Application Context
04:48
11
5 - Beans
01:21
12
6 - Listing Beans
03:32
13
7 - Creating Beans with @Bean
04:58
14
8 - Dependency Injection
09:44
15
9 - @Component
06:48
16
10 - Bean Annotations
03:29
17
11 - Bean Lifecycle Hooks
03:48
18
12 - Other Modules
02:27
19
1 - Intro to Spring Boot (Slides)
06:07
20
2 - Exploring Maven Project
03:37
21
3 - Parent Tag in pom xml
03:46
22
4 - Exploring Starter Dependencies
05:52
23
5 - Spring Boot Maven Plugin
03:11
24
6 - IntelliJ Spring Intergation
02:55
25
1 - @SpringBootApplication
04:25
26
2 - List Of Spring Boot Annotations
02:45
27
1 - This is Where I learn Everything
01:04
28
2 - Spring Documentation
07:32
29
1 - Embedded Web Server
02:44
30
2 - Starting Tomcat
04:04
31
3 - Configuring Embedded Web Server
02:02
32
4 - Use Another Web Server
04:22
33
5 - Web Server Cant Run On Same Port
04:06
34
1 - Introduction to Spring MVC
03:11
35
2 - Introduction to APIs
03:47
36
3 - Your First API
04:55
37
4 - Testing API with Chrome and IntelliJ
05:08
38
5 - Path Variables
04:17
39
6 - Query Params
08:55
40
7 - @Delete Mapping
04:04
41
8 - @PostMapping
08:46
42
9 - Exercise
01:05
43
10 - Exercise Solution
05:28
44
11 - Mapping Controllers with @RequestMapping
04:29
45
12 - Annotate Controllers Method Arguments
04:57
46
13 - Return Values
05:02
47
14 - Filters
10:08
48
15 - Functional Endpoints
12:04
49
1 - Jackson FasterXML
01:41
50
2 - Working with Jackson Part 1
07:14
51
3 - Working with Jackson Part 2
05:16
52
4 - ObjectMapper
04:36
53
1 - N Tier
02:42
54
2 - Model
03:47
55
3 - Controller
02:44
56
4 - Service
05:59
57
5 - Repository
07:13
58
6 - @Service and @Repository Annotations
02:23
59
7 - Test Refactor
03:37
60
8 - Exercise
00:47
61
9 - Exercise Solution
04:52
62
1 - Java Bean Validation (Slides)
01:56
63
2 - Uncessary Validation Code
02:14
64
3 - Using Java Bean Validation Annotations
03:35
65
4 - @Valid
04:51
66
5 - Further Examples
02:57
67
6 - Validator
04:06
68
7 - Custom Validations
07:13
69
2 - We-re NOT Dealing With Error Properply
06:52
70
3 - Include Server Error
02:50
71
4 - Include Binding Errors
03:09
72
5 - Override Java Bean Validation Messages
03:50
73
6 - HTTP Status Codes
02:36
74
7 - @ResponseStatus
04:25
75
8 - Define Custom Reponses
05:08
76
9 - @ControllerAdvise and @ExceptionHandler
04:28
77
10 - Exercsise 1
01:36
78
11 - Exercise Solution
10:02
79
12 - Exercise 2
01:15
80
13 - Exercise Solution
04:00
81
1 - Introduction to JPA
04:49
82
2 - H2
01:52
83
3 - Installing Dependencies
02:02
84
4 - H2 Console
04:07
85
5 - Configure datasource properties
02:17
86
7 - @Entity
02:24
87
6 - Records to Classs
06:03
88
8 - JPA Repository
07:22
89
9 - Pre Populate Data to h2
02:13
90
10 - findById and deleteById
02:32
91
11 - Queries
05:16
92
12 - Exercise 1
00:57
93
13 - Exercise 1 Solution
03:15
94
14 - Test API
03:19
95
15 - Exercise 2
00:25
96
16 - Exercise 2 Solution
04:15
97
17 - Outro
00:43
98
1 - Intro to REST Clients
01:59
99
2 - POST PUT & DELETE
07:00
100
3 - Testing API
04:40
101
4 - Handling Errors
03:25
102
5 - HTTP Interface Rest Client
11:06
103
6 - HTTP Interface Web Client
04:51
104
7 - Handling Errors with Interface Web Client
02:31
105
8 - Using Web Client Directly
03:50
106
1 - Intro to Task Execution and Scheduling
02:12
107
2 - Your First Scheduled Task
05:13
108
3 - CRON Expressions
05:54
109
4 - Configure Thread Pool Size
05:47
110
5 - @Async
02:23
111
1 - Intro to Application Configuration
05:55
112
2 - Custom Properties
02:31
113
3 - Reading Values From Properties
08:52
114
4 - Env Variables and Command Line Arguments
06:38
115
5 - Spring Profiles
03:49
116
6 - Using Profiles
06:44
117
7 - List Of All Properties
02:07
118
1 - Dont Use System out println
02:58
119
2 - Using Logger
04:34
120
3 - Log Levels
05:48
121
4 - Logback Configuration & Appenders
01:51
122
5 - Configure Logs and FileAppender
04:53
123
6 - JSON Appender
02:34
124
1 - Intro to Actuator
02:33
125
2 - Exposing Metrics
08:04
126
3 - Micrometer and Prometheus
04:41
127
1 - Intro to Testing
02:37
128
2 - Writing tests
07:26
129
1 - Intro to Security
01:24
130
2 - Up and Running with Spring Security
03:45
131
3 - Basic Auth
07:44
132
4 - UserDetails and BCryptPasswordEncoder
05:14
133
1 - Intro to Packaging
02:45
134
2 - Building And Running Jar
04:29
135
3 - Docker and Spring Boot
04:58
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What courses are similar to Spring Boot Master Class?

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Frequently asked questions

What prerequisites are needed before taking this course?
Before enrolling in this course, students should have a basic understanding of Java programming. Familiarity with Integrated Development Environments (IDEs) like IntelliJ is helpful, as the course begins with installing and using IntelliJ for Spring Boot development. There is no requirement for prior experience with Spring Boot itself, as the course covers the fundamentals starting from installation and setup.
What type of applications will I build during the course?
Throughout the course, students will build Java-based web applications using Spring Boot. The projects include developing APIs with Spring MVC, configuring embedded web servers like Tomcat, and implementing N-Tier Architecture with models, controllers, services, and repositories. These exercises are designed to provide hands-on experience with enterprise application development using Spring Boot.
Who is the target audience for this course?
This course is designed for software developers who want to learn Spring Boot for building web applications. It's suitable for Java developers seeking to enhance their skills with a powerful framework that simplifies application deployment and configuration. The course is also beneficial for those interested in enterprise architecture and design patterns.
How does this course compare to other Spring Boot courses in terms of depth and scope?
The course offers a detailed exploration of Spring Boot with a focus on practical implementation. It covers a wide range of topics including dependency injection, bean lifecycle, Spring MVC, and N-Tier Architecture. Unlike some courses that may only touch on basic setup, this course also delves into advanced topics like configuring web servers and using annotations extensively, providing a robust learning experience.
What specific tools and platforms will be used in this course?
The course utilizes IntelliJ IDEA as the main IDE for development, and it involves setting up and running Spring Boot applications using Maven for project management. Students will work with embedded web servers such as Tomcat and use Spring Initializr for project setup. The course also covers the use of Jackson for handling JSON data within applications.
What topics are not covered in this course?
The course does not cover non-Java programming languages or alternative frameworks beyond Spring Boot. It also does not delve into frontend development, focusing instead on backend services and API development. Additionally, topics like microservices architecture or advanced security measures are not part of the curriculum.
How can the skills learned in this course be applied to other areas or careers?
The skills acquired from this course can be beneficial for careers in backend development, particularly within enterprises utilizing Java and Spring frameworks. Understanding Spring Boot's N-Tier Architecture and dependency injection principles can be valuable in designing scalable applications. These skills also lay a foundation for exploring microservices and other advanced topics in software architecture.