anchor.diff:  this information.
   
   == So... here's how to run the app with the devshim
  +
  +What's "`devshim`"? It's the development-time connection between your running app (which can be running in
  +your IDE and have breakpoints) and a very slimmed down Funcatron HTTP front-end. Doing super-fast
  +turn-around (compile and go or even live development) is simple with "`devshim`".
  +
  +You have to do two things... fire up a "`devmode`" version of Funcatron and `Register` your app with the
  +local, not clustered, version of Funcation.
  +
  +Add this to your Spring Boot app... you start the Spring Boot app normally, then create a Funcatron "`Context`",
  +get the Swagger information, and then `Register` with the "`devmode`" Funcatron instance.
   
   ```java
   /**
  
positive.code: The compiled JAR file can be found at
  `target/java_spring_sample-0.1-SNAPSHOT.jar`.
  
  To upload the build to your Funcatron cluster:
  
  ```shell
  wget -O - --post-file=target/java_spring_sample-0.1-SNAPSHOT.jar \
  
negative.code:     }
  }
  ```
  
  Next, fire up a "`devmode`" Funcatron instance with:
  
      docker run -ti --rm  -e TRON_1=--devmode -p 3000:3000 -p 54657:54657 funcatron/tron:v0.2.6
      
  When you run your app and call the `Register.register(...)` method, your app will connect to the Funcatron
  instance and you'll be able to make `http` requests on `http://localhost:3000/`. Those requests will
  be forwarded to your app. If you run your app in debug mode in your IDE, you can set breakpoints in
  your running app and see what's going on.
  
  