changed metadata, omitted developing with Codewind content so the guide solely focuses on installing CodeReady Workspaces and setting up a Codewind workspace

Signed-off-by: Jacob Berger <jacob.berger@ibm.com>

Author: j-c-berger

docs/_guides/codewind-crw-quick-guide.md

@@ -3,18 +3,16 @@ layout: guide
 summary_title: "Codewind in CodeReady Workspaces"
 title: "Getting Started with Codewind in CodeReady Workspaces"
 categories: guides 
-guide_description: "Use Codewind in CodeReady Workspaces to build high quality cloud native applications."
+description: "Use CodeReady Workspaces to develop cloud-native applications from an OpenShift cluster."
 permalink: codewind-crw-quick-guide.html
-duration: 15 minutes
-tags: Codewind, CodeReady Workspaces, Openshift, Kubernetes, containers, microservice
---- 
-
-## Objectives
-* Install CodeReady Workspaces and Codewind
-* Develop a simple microservice that uses Eclipse Codewind on CodeReady Workspaces
+duration: 10 minutes
+keywords: Codewind, CodeReady Workspaces, OpenShift
+objectives: ["Install CodeReady Workspaces and Codewind.", "Create a Codewind workspace within CodeReady Workspaces."]
+icon: images/learn/icon_cloud.svg  
+---
 
 ## Overview
-Use Eclipse Codewind to develop microservice applications from application stacks in an integrated developer environment (IDE). CodeReady Workspaces provides a containerized IDE for cloud native application development on an OpenShift cluster. 
+Use Eclipse Codewind to develop microservice applications from application stacks in an integrated developer environment (IDE). CodeReady Workspaces provides a containerized IDE for cloud-native application development on an OpenShift cluster. 
 
 ## Developing with CodeReady Workspaces 
 CodeReady Workspaces uses Kubernetes and containers to provide a preconfigured environment. Use CodeReady Workspaces to create, build, and test your code in OpenShift containers but feel like you are working on an IDE on your local machine.  
@@ -27,7 +25,7 @@ Each Codewind workspace also requires at least one 5Gi ReadWriteMany (RWX) persi
 Before you can use Codewind with CodeReady Workspaces, you must have an OpenShift cluster available. 
 
 ### Installing CodeReady Workspaces
-1\. Log in to your OpenShift console's dashboard. 
+1\. Log in to your OpenShift cluster's dashboard. 
 
 2\. From the sidebar, click **Operators** then **OperatorHub**.
 
@@ -125,116 +123,11 @@ After you set up Codewind, log in to your CodeReady Workspaces account and creat
 
 6\. Click **Create & Open**.
 
-### Configuring Codewind to use application stacks
-Configure Codewind to use Appsody templates so you can focus exclusively on your code. Complete the following steps to select the Appsody templates:
-
-1. Select **Codewind**.
-2. Right-click **Projects**.
-3. Select **Template Source Manager**.
-4. Enable **Appsody Stacks - incubator** and **Default templates**. 
-
-After you configured Codewind to use Appsody templates, continue to develop your microservice within Codewind.
-
-### Creating an Appsody project
-Throughout the application lifestyle, Appsody helps you develop containerized applications and maximize containers curated for your usage.
-
-1. Under the Explorer pane, select **Codewind**.
-2. Expand **Codewind** by clicking the drop-down arrow.
-3. Hover over the **Projects** entry underneath Codewind in the Explorer pane, and press the **+** icon to create a project.
-    * **Note:** Make sure that Docker is running. Otherwise, you get an error.
-4. Choose the **Appsody Open Liberty default template (Appsody Stacks - incubator)**.
-5. Name your project **appsody-calculator**.
-    * If you don't see Appsody templates, find and select **Template Source Manager** and enable **Appsody Stacks - incubator**.
-    * The templates are refreshed, and the Appsody templates are available.
-6. Press **Enter**.
-    * To monitor your project's progress, right-click your project, and select **Show all logs**. Then, an **Output** tab is displayed where you see your project's build logs.
-
-Your project is complete when you see that your application status is running and your build status is successful.
-
-### Accessing the application endpoint in a browser
-1. Return to your project under the **Explorer** pane.
-2. Select the Open App icon next to your project's name, or right-click your project and select **Open App**.
-
-Your application is now opened in a browser, showing the welcome to your Appsody microservice page.
-
-### Adding a REST service to your application
- 1. Go to your project's workspace under the **Explorer** pane.
- 2. Go to `src`>`main`>`java`>`dev`>`appsody`>`starter`.
- 3. Right-click **starter** and select **New File**.
- 4. Create a file, name it `Calculator.java`, and press **Enter**. This file is your JAX-RS resource.
- 5. Before you input any code, make sure that the file is empty. 
- 6. Populate the file with the following code and then **save** the file:
-
-```java
-package dev.appsody.starter;
-
-import javax.ws.rs.core.Application;
-import javax.ws.rs.GET;
-import javax.ws.rs.Path;
-import javax.ws.rs.Produces;
-import javax.ws.rs.core.MediaType;
-import javax.ws.rs.core.Response;
-
-import javax.ws.rs.PathParam;
-
-@Path("/calculator")
-public class Calculator extends Application {
-
-    @GET
-    @Path("/aboutme")
-    @Produces(MediaType.TEXT_PLAIN)
-    public String aboutme() {
-        return "You can add (+), subtract (-), and multiply (*) with this simple calculator.";
-    }
-
-    @GET
-    @Path("/{op}/{a}/{b}")
-    @Produces(MediaType.TEXT_PLAIN)
-    public Response calculate(@PathParam("op") String op, @PathParam("a") String a, @PathParam("b") String b) {
-        int numA = Integer.parseInt(a);
-        int numB = Integer.parseInt(b);
-
-        switch (op) {
-            case "+":
-                return Response.ok(a + "+" + b + "=" + (Integer.toString((numA + numB)))).build();
-
-            case "-":
-                return Response.ok(a + "-" + b + "=" + (Integer.toString((numA - numB)))).build();
-
-            case "*":
-                return Response.ok(a + "*" + b + "=" + (Integer.toString((numA * numB)))).build();
-
-            default:
-                return Response.ok("Invalid operation. Please Try again").build();
-        }
-    }
-}
-```
-
-Any changes that you make to your code are automatically built and redeployed by Codewind, and you can view them in your browser.
-
-### Working with the example calculator microservice
-You now can work with the example calculator microservice.
-
-1. Use the URL that you saw when you first opened the application.
-2. Make sure to remove the `< >` symbol in the URL.
-3. `<url>/starter/calculator/aboutme`
-4. You see the following response:
-
-```
-You can add (+), subtract (-), and multiply (*) with this simple calculator.
-```
-
-You can also try a few of the sample calculator functions:
-
-* `<url>/starter/calculator/{op}/{a}/{b}`, where you can input one of the available operations `(+, _, *)`, and an integer a, and an integer b.
-* So for `<url>/starter/calculator/+/10/3` you see: `10+3=13`.
-
 ## What you have learned
 Now that you have completed this quick guide, you have learned to:
 
-1. Install CodeReady Workspaces and Codewind
-2. Develop your own microservice that uses Codewind on CodeReady Workspaces
+1. Install CodeReady Workspaces and Codewind.
+2. Create a Codewind workspace within CodeReady Workspaces. 
 
 ## Next Steps
 See other quick guides to learn how to develop with Codewind: