NOTE: This project requires rabbitmq running on localhost.
Run this project as a Spring Boot app, e.g. import into IDE and run main method, or use Maven:
$ ./mvnw spring-boot:run
or
$ ./mvnw package
$ java -jar target/*.jar
It will start up on port 8888 and serve configuration data from "https://github.com/spring-cloud-samples/config-repo":
You need to be running rabbitmq locally (there is a docker-compose.yml if you would
like to use that). This is to support broadcast of config changes to client apps
via Spring Cloud Stream. If you want to play and don't need that feature just
comment out the monitor and rabbitmq dependencies.
| Path | Description |
|---|---|
| /{app}/{profile} | Configuration data for app in Spring profile (comma-separated). |
| /{app}/{profile}/{label} | Add a git label |
| /{app}/{profile}{label}/{path} | An environment-specific plain text config file (at "path") |
The server is not secure by default. You can add HTTP Basic
authentication by including an extra dependency on Spring Security
(e.g. via spring-boot-starter-security). The user name is "user" and
the password is printed on the console on startup (standard Spring
Boot approach), e.g.
2014-10-23 08:55:01.579 INFO 8185 --- [ main] b.a.s.AuthenticationManagerConfiguration :
Using default security password: 83805c57-8c76-4940-ae17-299359888177
There is also a password stored in a keystore in the jar file if you
want to use that for a more realistic simulation of a real system. To
unlock the password you need the full strength JCE extensions
(download from Oracle and unpack the zip then copy the jar files to
<JAVA_HOME>/jre/lib/security), and the keystore password ("foobar"
stored in plain text in this README for the purposes of a demo, but in
a real system you would keep it secret and only expose via environment
variables). The password is bound to the app from the Spring
environment key keystore.password (so an OS environment variable
KEYSTORE_PASSWORD works). E.g.
$ KEYSTORE_PASSWORD=foobar java -jar target/*.jar
