Project with ICE and distributed programming and making a fibonacci algorithm

We will use Gradle to create our application projects. You must install Gradle before continuing with this tutorial. Open a new Command Prompt and run the following commands to generate a new project:

The main design goals of Ice are:

• Provide an object-oriented RPC framework suitable for use in heterogeneous environments.
• Provide a full set of features that support development of realistic distributed applications for a wide variety of domains.
• Avoid unnecessary complexity, making the platform easy to learn and to use.
• Provide an implementation that is efficient in network bandwidth, memory use, and CPU overhead.
• Provide an implementation that has built-in security, making it suitable for use over insecure public networks.

For this demo we're going to use a project with two sub-projects to build the Client and Server applications. The requirements for our sub-projects are the same so we'll do all the setup in the subprojects block of the root project, which applies to all sub-projects. Edit the generated build.gradle file to look like the one below:

...
"Class-Path": configurations.runtimeClasspath.resolve().collect { it.toURI() }.join(' ')
...

We must also edit the generated settings.gradle to define our sub-projects:

rootProject.name = 'printer'
include 'client'
include 'server'

./gradlew :server:build
./gradlew :client:build

Configure the host of the server in the config.server file

java -jar server/build/libs/server.jar
java -jar client/build/libs/client.jar

The client runs and exits without producing any output; however, in the server window, we see the fibonaccidd that is produced by the printer. To get rid of the server, we interrupt it on the command line for now.