Integrate spring Cloud cloud service architecture-Commonservice-eureka project build process

We build the following for the Eureka project of Honghu Cloud, the whole construction process is simple, I will record every step of the construction process, I hope to help everyone:

1. Create a MAVEN project named Particle-common-eureka, inheriting Particle-commonservice, with the following pom.xml configuration file:

XML code

2. <? XML version= "1.0" encoding="UTF-8"?>
4. <project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi= "http://www.w3.org/2001/ Xmlschema-instance "
6. xsi:schemalocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/xsd/maven-4.0.0.xsd" >
8. <modelversion>4.0.0</modelversion>
12. <parent>
14. <groupId>com.ml.honghu</groupId>
16. <artifactid>particle-commonservice</artifactid>
18. <version>0.0.1-snapshot</version>
20. </Parent>
24. <artifactid>particle-commonservice-eureka</artifactid>
26. <packaging>jar</packaging>
30. <name>particle-commonservice-eureka</name>
32. <description>particle-commonservice project for Spring Boot</Description >
36. <dependencies>
38. <dependency>
40. <groupId>org.springframework.cloud</groupId>
42. <artifactid>spring-cloud-starter-eureka-server</artifactid>
44. </Dependency>
46. <dependency>
48. <groupId>org.springframework.boot</groupId>
50. <artifactid>spring-boot-starter-security</artifactid>
52. </Dependency>
54. <dependency>
56. <groupId>org.springframework.boot</groupId>
58. <artifactid>spring-boot-devtools</artifactid>
60. </Dependency>
64. <dependency>
66. <groupId>org.springframework.boot</groupId>
68. <artifactid>spring-boot-starter-test</artifactid>
70. <scope>test</scope>
72. </Dependency>
76. </Dependencies>
80. <build>
82. <plugins>
84. <plugin>
86. <groupId>org.springframework.boot</groupId>
88. <artifactid>spring-boot-maven-plugin</artifactid>
90. <executions>
92. <execution>
94. <ID>1</ID>
96. <goals>
98. <goal>repackage</goal>
100. </Goals>
102. </Execution>
104. <execution>
106. <ID>2</ID>
108. <goals>
110. <goal>build-info</goal>
112. </Goals>
114. </Execution>
116. </Executions>
118. <configuration>
120. <executable>true</executable>
122. </configuration>
126. </plugin>
128. </plugins>
130. </Build>
132. </Project>

2. In the Boot class entry reference Eureka configuration, the code is as follows:

Java code

2. Package Com.ml.honghu;
6. Import org.springframework.boot.SpringApplication;
8. Import org.springframework.boot.autoconfigure.SpringBootApplication;
10. Import Org.springframework.cloud.netflix.eureka.server.EnableEurekaServer;
14. @EnableEurekaServer
16. @SpringBootApplication
18. Public class Serviceapplication {
22. public static void Main (string[] args) {
24. Springapplication.run (serviceapplication.   class, args);
26. }
28. }

3. Configuring the Application.yml File

XML code

2. # server (Eureka default port is: 8761)
4. Server
6. port:8761
10. # Spring
12. Spring
14. Application:
16. Name:particle-commonservice-erueka
20. # Eureka
22. Eureka
24. Client
26. # whether to register to Eureka
28. Register-with-eureka:true
30. # Whether to get registration information from Eureka
32. Fetch-registry:false
34. Availability-zones:
36. Honghu:honghuzone
38. Service-url:
40. Honghuzone:http://honghu:[email protected]:8761/eureka/
42. Defaultzone:http://honghu:[email protected]:8761/eureka/
44. Instance
46. Prefer-ip-address:true
48. Hostname:localhost
50. Metadatamap:
52. Zone:honghuzone
54. User: ${security.user.name}
56. Password: {Security.user.password}
60. # Specify the Environment
62. Environment:dev
64. #指定数据中心
66. Datacenter:honghu
68. # Turn off self-protection mode
70. Server
72. Enable-self-preservation:false
74. #设置清理无效节点的时间间隔, default 60000, which is 60s
76. eviction-interval-timer-in-ms:60000
80. # Service Certification
82. Security
84. Basic
86. Enabled:true
88. User
90. Name:honghu
92. password:123456
96. Management
98. Security
100. Enabled:false

4. Add the log mechanism of the project and the package operation mechanism (we will write the package deployment mechanism for Linux CentOS in detail later)

5. From the completion of this entire project deployment, the run as-to-Spring Boot App is performed manually with the following results:

Console Run Results:

To access the console and log in:

Console Run Effect:

From now on, I will be documenting the process and essence of the recent development of the spring cloud micro-service cloud architecture to help more friends who are interested in developing the Spring cloud framework to explore the process of building the spring cloud architecture and how to use it in enterprise projects. Source of information source

Integrate spring Cloud cloud service architecture-Commonservice-eureka project build process