https://github.com/gasperlf/example-spring-cloud-microservices

Many samples that shows how to create microservices with spring cloud-gateway-sleuth-config-eureka and docker using maven plugin spotify
https://github.com/gasperlf/example-spring-cloud-microservices

docker docker-maven-plugin java-8 liquibase maven mysql-database spotify-plugin spring-boot-2 spring-cloud-config spring-cloud-connfig spring-cloud-eureka spring-cloud-gateway spring-cloud-sleuth spring-data-jpa spring-webflux

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Many samples that shows how to create microservices with spring cloud-gateway-sleuth-config-eureka and docker using maven plugin spotify

• Host: GitHub
• URL: https://github.com/gasperlf/example-spring-cloud-microservices
• Owner: gasperlf
• Created: 2018-11-11T00:33:26.000Z (over 6 years ago)
• Default Branch: master
• Last Pushed: 2019-03-31T01:53:17.000Z (about 6 years ago)
• Last Synced: 2024-01-27T00:43:18.477Z (over 1 year ago)
• Topics: docker, docker-maven-plugin, java-8, liquibase, maven, mysql-database, spotify-plugin, spring-boot-2, spring-cloud-config, spring-cloud-connfig, spring-cloud-eureka, spring-cloud-gateway, spring-cloud-sleuth, spring-data-jpa, spring-webflux
• Language: Java
• Homepage:
• Size: 164 KB
• Stars: 1
• Watchers: 3
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: README.md

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README

        
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# Example-spring-cloud-microservices

Example to create microservices using spring boot, spring cloud

## Getting Started

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes. See deployment for notes on how to deploy the project on a live system.

### Prerequisites

Java jdk 8

## Model



## IDE

1. Eclipse

2. Intellij IDEA

# Running 

#### Components

1. Server config

2. Registry-service

3. Gateway-service

4. Customer-service

5. Financial-service

6. Security-service

7. workspace (in this folder you'll find properties files [local, docker[feature]])

8. create docker image-instance mysql

### Command

 

 ` java -jar [parameters] [name component].jar `

#### Example 

	` java -jar -Dname.property=value example.jar `

Follow the next steps.

1. run Server-config, this will run on port localhost:8888, on  this you need to pass some variables like parameters

    `

    -Dgit.uri=none -Dapi.profiles.mode=native -Dgit.username=none -Dgit.password=none -Dnative.searchLocation=[path folder workpace/profile]

    `

2. Run Registry-servivce this will run on port ***http://localhost:8000*** 

    this is the part where server-config plays, give the properties to Registry-service

    

   ` -Dconfig-server.uri=http://localhost:8888 `

    

    if you did all well in this step put on the browser ***http://localhost:8000*** and will load Eureka's page

3. Run Customer-service this will run on port ***http://localhost:7001*** 

    this is the part where server-config plays, give the properties to Customer-service

    

    ` -Dconfig-server.uri=http://localhost:8888 `

    

4. Run Financial-service this will run on port ***http://localhost:7000*** 

    this is the part where server-config plays, give the properties to Financial-service

    

    ` -Dconfig-server.uri=http://localhost:8888 `

    

5. Run Security-service this will run on port ***http://localhost:7002*** 

    this is the part where server-config plays, give the properties to Security-service

    

    `  -Dconfig-server.uri=http://localhost:8888 `

    

6. Run Gateway-service this will run on port ***http://localhost:8080*** 

    this is the part where server-config plays, give the properties to Gateway-service

       

    ` -Dconfig-server.uri=http://localhost:8888 ` 

7.  Creating docker container database - mysql

	

	` docker run --name=mysql1 -d mysql/mysql-server:tag `

	

	Example

	

	  - we wil download the image and create container

	  

			` docker run --name=mysql-docker -p 3306:3306  -e MYSQL_ROOT_PASSWORD=root -d mysql:latest  `

			

		    by default user = root

		

	  - We will run de container

		

		` docker run  -it /bin/bash ` 

			

			get in de docker container

		

	   - We log in in mysql container

			 

			 ` mysql -u root -p `

			

			

			  after mysql asks for password which is *root*

			 

	  - We will use mysql commnads	

			

			

			` show databases; `

			

			

			output

			

			`

			+--------------------+     

			| Database           |

			+--------------------+

			| information_schema |

			| mysql              |

			| performance_schema |

			| sys                |

			+--------------------+ 

			`

	  - we create databases according to properties [Security-services and Customer-services]	execute the next statements

	  

		   

		   ` CREATE DATABASE customer_service; ` 

		   

		   

		   ` CREATE DATABASE security_service; ` 		   

			

## Contributing

## Versioning

This is the first version.

## Authors

* **Lewis Florez Renza** - *Initial work*

## License

This project is licensed under the MIT License - see the [LICENSE.md](LICENSE.md) file for details

## Acknowledgments