Name: tool.accelerate.core
Owner: WASdev
Description: An application builder to allow you to construct starter applications for building your projects with Liberty
Created: 2015-11-24 10:22:22.0
Updated: 2017-09-05 17:22:24.0
Pushed: 2017-12-22 16:39:38.0
Homepage: null
Size: 19939
Language: Java
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An application builder to allow you to construct starter Java applications that run on WebSphere Liberty.
Liberty app accelerator is constantly being developed and we will be adding new technologies and capabilities to the page over time.
Try out app accelerator here and see how quickly you can have a fully fledged application.
If you have any questions, comments or suggestions please raise an issue on our GitHub repository.
For an introduction see our blog post. To learn how the Liberty Starter can be used to create the image service for the Plants by WebSphere evolution from monolith to microservice, see this WASdev article.
The current technologies you can choose to build into your application are:
This provides you with the jaxrs-2.0 feature and the jsonp-1.0 feature.
Inside the project produced there is a application.rest package containing the LibertyRestEndpoint class. This adds a REST endpoint which you can access at /rest. There is also a test class named it.rest.LibertyRestEndpointTest that will test the REST endpoint to ensure it is working.
For the complete feature documentation, see the jaxrs-2.0 and jsonp-1.0 feature descriptions in IBM Knowledge Center.
This provides you with the servlet-3.1 feature.
Inside the project there is a application.servlet package containing the LibertyServlet class. This adds a servlet with an endpoint which you can access at /servlet. There is also a test class named it.servlet.LibertyServletTest that will test the servlet's endpoint to ensure it is working.
For the complete feature documentation, see the servlet-3.1 feature description in IBM Knowledge Center.
This provides you with a SpringBoot application that will run on WebSphere Liberty.
Inside the project there is a application.springboot.web package containing two classes:
There is also a test class named it.springboot.web.HelloControllerTest that will test the Spring REST endpoint to ensure it is working.
This provides you with the websocket-1.1 feature.
For the complete feature documentation, see the websocket-1.1 feature description in IBM Knowledge Center.
This provides you with jpa-2.1. For the complete feature documentation, see the jpa-2.1 feature description in IBM Knowledge Center.
The Watson SDK provides an API for accessing Watson Services. For the complete documentation, take a look at the Watson developer pages and the Watson SDK github project.
The MicroProfile project is an open community with the aim of optimizing Enterprise Java for a microservices architecture. MicroProfile will be evolving with guidance from the community.
If you want to share your thoughts you can post straight to the MicroProfile Google group.
For the complete feature documentation, see the microProfile-1.0 feature feature description in IBM Knowledge Center.
This provides support for the technologies required by the Microservice Builder solution.
Microservice Builder delivers a turnkey solution incorporating a runtime, tooling, DevOps, fabric, and customer-managed container orchestration.
Swagger is a simple yet powerful representation of RESTful APIs.
This provides you with the apiDiscovery-1.0 feature, which allows you to discover REST APIs that are available on the Liberty server and then invoke the found REST endpoints using the Swagger user interface.
You can also easily expose the REST endpoints available from your web modules running on Liberty server by documenting the endpoints using the Swagger 2.0 Specification.
It is also possible to follow a design-first approach by creating the Swagger documentation first and then generating the server code from it.
For the complete feature documentation, see the apiDiscovery-1.0 feature description in IBM Knowledge Center.
If you have chosen to generate the application as a Maven project run:
install
If you have chosen to generate the application as a Gradle project run:
le build
Using Maven: mvn liberty:run-server
Using Gradle: gradle libertyStart
The application can be accessed at http://localhost:9080/mylibertyApp
To deploy an application to IBM Cloud you first need an IBM Cloud account. Once you have created an IBM Cloud account you can build and deploy your application.
Using Maven:
install -Dcf.org=[your email address] -Dcf.username=[your username] -Dcf.password=[your password]
Using Gradle:
le build cfPush -PcfOrg=[your email address] -PcfUsername=[your username] -PcfPassword=[your password]
Where cf.org is the IBM Cloud organization you want to deploy to and cf.username and cf.password are your credentials for IBM Cloud. Once the build has been run see your command line output to find the endpoint for your application or look for it in the IBM Cloud dashboard.
You can optionally supply the following IBM Cloud configurations in the command line or in the top level pom.xml:
To contribute new features to app accelerator, either fork this GitHub repo or create a new branch. Make your changes then create a pull request back into the project. A member of the WASdev team will review your request.
The app accelerator project is built using Gradle.
Build the application using: gradle clean build
Run the application: gradle liberty-starter-application:localRun
The application should be available at http://localhost:9082/start.
To run the application locally with it calling bx codegen:
gradle liberty-starter-application:libertyStart -PappAccelStarterkit=<app accelerator starter kit url> -PbxCodegenEndpoint=<url for the bx codegen service to use>
The project is split up into several different pieces.
liberty-starter-application contains the code to build the main application including the code for the UIliberty-starter-common contains common api code for the projectsliberty-filter-application is a simple war that redirects people to the context /startliberty-starter-wlpcfg contains the Liberty usr directory where the logs and apps for the app accelerator will be put after a buildliberty-starter-test contains a test microservice used during the testing phaseThere are then a set of starter-microservice-techId projects that contain the code for the individual technology types.
To see an example of everything you can include in a technology see the starter-microservice-test project. This is the example project that is used to test the main piece of the app against.
Copy the contents of the starter-microservice-template directory into a new directory. The convention is that the last part of the name is related to the technology. So, if you were creating a technology based on SuperTech then the directory would be starter-microservice-supertech. (SuperTech will be the name used for the rest of these instructions).
Update the id's and context root in the build.gradle file. The context root would change to /supertech, the id in the installAllPoms task would be supertech and the id in the fvt task would be starter-microservice-supertech.
Change the group ID values in the POM files under starter-microservice-supertech/repository/0.0.1, compile-pom.xml, provided-pom.xml and runtime-pom.xml. <groupId>net.wasdev.wlp.starters.template</groupId> becomes <groupId>net.wasdev.wlp.starters.supertech</groupId>.
Refactor the packages and classes under src to SuperTech i.e. starter-microservice-supertech/src/main/java/com/ibm/liberty/starter/service/template becomes starter-microservice-supertech/src/main/java/com/ibm/liberty/starter/service/supertech
Change the GROUP_SUFFIX constant in the ProviderEndpoint class to supertech.
Change the value of context-root in src/main/webapp/WEB-INF/ibm-web-ext.xml to supertech.
Edit src/main/webapp/WEB-INF/classes/description.html to tell everyone about how SuperTech works and it's benefits.
(If you don't want to provide sample code for your technology type skip to step 10). Put the application sample code into src/main/webapp/sample.
Put the Liberty configuration for the sample application into src/main/webapp/sample.
Change the tests package to src/test/java/com/ibm/liberty/starter/service/supertech/api/v1/it and then the test classes to expect the correct responses for SuperTech.
In liberty-starter-application/src/main/resources update the services.json file to add your new technology, including an id, name, description and the endpoint you want to use. This will add your technology as an option on the main page.
By convention the id should be supertech and the endpoint should be /supertech.
The name and description are used in the UI to give the user information about the technology type.
In the settings.gradle file add starter-microservice-supertech to the include list. This will add your project into the build lifecycle.
In the build.gradle file in liberty-starter-application in the last set of dependsOn commands add your technology to the war.dependsOn list. You need to add :nameOfYourProject:publishWar. This will make sure your project is built before the liberty-starter-application project.
In liberty-starter-wlpcfg/servers/StarterServer/server.xml add your application to the list. You need to provide the name of the war file being created in location, the context-root that matches the endpoint specified in the services.json file in step 1 and the id you specified in step 1.
If you run gradle clean build your new project should now be built and the war should be put into the apps directory of your server.
The code for the UI is under liberty-starter-application/src/main/webapp. It is built using AngularJS. The content is defined in html files and then controlled using javascript files.
There are three top level html files:
index.html is the main page for app acceleratorwdt.html provides content for the 'deploying to WDT' instruction pageplugin.html is a test html page for allowing developers an easy way to extend app acceleratot and is not currently linked from the main pageThere are three html files in webap/includes that build up the key pieces of the UI:
technologies.html represents Step 1 of the app accelerator UIdownload.html represents Step 2 of the app accelerator UIfooter.html provides the footer for the web pagesThe js directory contains the javascript that controls the Angular tags in the html. The javascript files are split into controllers, directives and services.
appCtrl.js controller provides the core functionality that controls which parts of the html is shown at any one time.
appacc.js service handles calls to the app accelerator backend and stores the users selections as they move through the page.
ga.js service passes information to Google Analytics for processing.
techoptions.js directive enables a specific technology to provide additional options. Thw Swagger technology type is one example of this.
The /webapp/options directory contains additional html and js files for technologies that require additional options. For example options/swagger provides html and javascript for the buttons to allow a user to upload a swagger.yaml file.
Application generation is performed by the classes in liberty-starter-application/src/main/java/com/ibm/liberty/starter.
Applications are generated following calls to either the LibertyTechnologySelector or GitHubProjectEndpoint APIs. When creating in GitHub the actual generation is invoked when the GitHubCallback class is invoked.
Input validation is performed using the ProjectContructionInput, ProjectContructionInputData and PatternValidation classes.
The ProjectConstructor class contains the core generation logic.
Template files are located in liberty-starter-application/skeletions. The files in base are copied straight into the generated application. Files from the technology microservices are also copied directly into the generated application.
Files in skeletons/specialFiles are processed before being written out. Gradle files are processed using commands in liberty-starter-application/src/main/java/com/ibm/liberty/starter/build/gradle and Maven files are processed using commands in liberty-starter-application/src/main/java/com/ibm/liberty/starter/build/maven.
The app accelerator provides an option for users to create their application in GitHub. To test this capability locally you will be required to register the application with GitHub and provide the client id and secret as well as an extra app accelerator secret (for signing the state sent to GitHub) as environment variables.
To do this go to GitHub's OAuth applications page. Register your application with the following settings:
http://localhost:9082/starthttp://localhost:9082/start/api/v1/github/callbackOnce you have done this GitHub will give you a client ID and client secret set the following environment variables prior to starting the server:
gitHubClientId
gitHubClientSecret
appAcceleratorSecret (this can be anything you want it to be)
You should now be able to run the application locally and test the 'Create on GitHub' capability.