diff --git a/docs/labs/citizen-integrator-track/lab01/README.md b/docs/labs/citizen-integrator-track/lab01/README.md index d14816fc..eca9f4a4 100644 --- a/docs/labs/citizen-integrator-track/lab01/README.md +++ b/docs/labs/citizen-integrator-track/lab01/README.md @@ -36,7 +36,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -58,7 +58,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - http://apicurio-studio.dil1.opentry.me + http://apicurio-studio.dil.opentry.me ``` 1. Log in using your designated [user and password](#environment). diff --git a/docs/labs/citizen-integrator-track/lab02/README.md b/docs/labs/citizen-integrator-track/lab02/README.md index 39827aa7..cdc89ead 100644 --- a/docs/labs/citizen-integrator-track/lab02/README.md +++ b/docs/labs/citizen-integrator-track/lab02/README.md @@ -36,7 +36,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -58,7 +58,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - http://microcks.dil1.opentry.me + http://microcks.dil.opentry.me ``` 1. Log in into Microks using your designated [user and password](#environment). @@ -109,7 +109,7 @@ We now have a working REST mock service listening for requests. We will use an o 1. Enter the copied URL from **Step 9**. It should look like this: ```bash - http://microcks.dil1.opentry.me/rest/Locations-User1/1.0.0/locations + http://microcks.dil.opentry.me/rest/Locations-User1/1.0.0/locations ``` 1. Click the **START YOUR CURL** button. diff --git a/docs/labs/citizen-integrator-track/lab03/README.md b/docs/labs/citizen-integrator-track/lab03/README.md index 38420215..189ef70a 100644 --- a/docs/labs/citizen-integrator-track/lab03/README.md +++ b/docs/labs/citizen-integrator-track/lab03/README.md @@ -31,7 +31,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -185,7 +185,7 @@ We will use an online cURL tool to create your own record field in database. **REQUEST** ``` - http://location-service-international.dil1.opentry.me/locations/101 + http://location-service-international.dil.opentry.me/locations/101 ``` diff --git a/docs/labs/citizen-integrator-track/lab04/README.md b/docs/labs/citizen-integrator-track/lab04/README.md index 4a0939d6..49ba4068 100644 --- a/docs/labs/citizen-integrator-track/lab04/README.md +++ b/docs/labs/citizen-integrator-track/lab04/README.md @@ -20,7 +20,7 @@ Red Hat provides one the leading API Management tools that provides API manageme If you are planning to skip to the next lab, there is an already running API proxy for the Location API Service in this endpoint: ```bash -https://location-service-api.amp.dil1.opentry.me +https://location-service-api.amp.dil.opentry.me ``` ### Environment @@ -40,7 +40,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -64,7 +64,7 @@ Your 3scale Admin Portal provides access to a number of configuration features. 1. Click on the `3scale Admin Dashboard` from the Red Hat Solution Explorer. The URL should look like ```bash - https://userX-admin.dil1.opentry.me/p/login + https://userX-admin.dil.opentry.me/p/login ``` *Remember the `X` variable in the URL with your assigned user number.* @@ -203,9 +203,9 @@ The order in which the policies are executed, known as the “policy chain”, c * Private Base URL: **http://location-service.international.svc:8080** - * Staging Public Base URL: **https://location-userX-api-staging.amp.dil1.opentry.me:443** + * Staging Public Base URL: **https://location-userX-api-staging.amp.dil.opentry.me:443** - * Production Public Base URL: **https://location-userX-api.amp.dil1.opentry.me:443** + * Production Public Base URL: **https://location-userX-api.amp.dil.opentry.me:443** *Remember to replace the X with your user number*. diff --git a/docs/labs/citizen-integrator-track/lab05/README.md b/docs/labs/citizen-integrator-track/lab05/README.md index febd3f15..a431187a 100644 --- a/docs/labs/citizen-integrator-track/lab05/README.md +++ b/docs/labs/citizen-integrator-track/lab05/README.md @@ -20,7 +20,7 @@ The Red Hat SSO product provides important functionality for managing identities If you are planning to skip to the next lab, there is an already running OpenID Connect secured API proxy for the Location API Service in this endpoint: ```bash -https://location-sso.amp.dil1.opentry.me:443 +https://location-sso.amp.dil.opentry.me:443 ``` ### Environment @@ -40,7 +40,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -62,7 +62,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - https://secure-sso-sso.dil1.opentry.me/auth/admin/userX/console + https://secure-sso-sso.dil.opentry.me/auth/admin/userX/console ``` *Remember to replace the `X` variable in the URL with your assigned user number.* @@ -122,7 +122,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - https://userX-admin.dil1.opentry.me/p/login + https://userX-admin.dil.opentry.me/p/login ``` *Remember to replace the X with your user number.* @@ -166,7 +166,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. In the **OpenID Connect Issuer** field, type in your previously noted client credentials with the URL of your Red Hat Single Sing On instance: ```bash - http://3scale-admin:CLIENT_SECRET@sso-sso.dil1.opentry.me/auth/realms/userX + http://3scale-admin:CLIENT_SECRET@sso-sso.dil.opentry.me/auth/realms/userX ``` *Remember to replace the X with user number* @@ -210,7 +210,7 @@ Once the environment is provisioned, you will be presented with a page that pres ![13-create-app.png](images/13-create-app.png "Create App") -1. Update the **Redirect URL** to http://www-userX.dil1.opentry.me/*. And note the *API Credentials*. Write them down as you will need the **Client ID** and the **Client Secret** to test your integration. +1. Update the **Redirect URL** to http://www-userX.dil.opentry.me/*. And note the *API Credentials*. Write them down as you will need the **Client ID** and the **Client Secret** to test your integration. ![14-app-credentials.png](images/14-app-credentials.png "App Credentials") *Congratulations!* You have now an application to test your OpenID Connect Integration. diff --git a/docs/labs/citizen-integrator-track/lab06/README.md b/docs/labs/citizen-integrator-track/lab06/README.md index 70967e37..bf113ce1 100644 --- a/docs/labs/citizen-integrator-track/lab06/README.md +++ b/docs/labs/citizen-integrator-track/lab06/README.md @@ -34,7 +34,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -56,7 +56,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Click on the `3scale Admin Dashboard` from the Red Hat Solution Explorer. The URL should look like ```bash - https://userX-admin.dil1.opentry.me/p/login + https://userX-admin.dil.opentry.me/p/login ``` *Remember the `X` variable in the URL is your assigned user number.* @@ -142,7 +142,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a new *Incognito/Private* browser window to test the Developer Portal login. Navigate to: ```bash - https://userX.dil1.opentry.me/ + https://userX.dil.opentry.me/ ``` 1. Type your portal code to finish the login. diff --git a/docs/labs/citizen-integrator-track/lab06/support/homepage.example b/docs/labs/citizen-integrator-track/lab06/support/homepage.example index 22f8b37c..0593b656 100644 --- a/docs/labs/citizen-integrator-track/lab06/support/homepage.example +++ b/docs/labs/citizen-integrator-track/lab06/support/homepage.example @@ -188,7 +188,7 @@
-

$ curl -k -v "https://location-api.amp.dil1.opentry.me:443/locations"

+

$ curl -k -v "https://location-api.amp.dil.opentry.me:443/locations"


diff --git a/docs/labs/citizen-integrator-track/lab07/README.md b/docs/labs/citizen-integrator-track/lab07/README.md index b10fff28..2498bc3e 100644 --- a/docs/labs/citizen-integrator-track/lab07/README.md +++ b/docs/labs/citizen-integrator-track/lab07/README.md @@ -20,7 +20,7 @@ Applications can be built from many technologies. In this case we use a simple w If you decide to skip the lab you can check how a SSO enabled web applications looks like: ```bash -http://www-international.dil1.opentry.me/ +http://www-international.dil.opentry.me/ ``` ### Environment @@ -40,7 +40,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -94,7 +94,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a 1. Open a browser window and navigate to: ```bash - http://sso-sso.dil1.opentry.me/auth/admin/userX/console/ + http://sso-sso.dil.opentry.me/auth/admin/userX/console/ ``` *Remember to replace the X with your user number.* @@ -122,7 +122,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a | Access Type | Public | | Standard Flow Enabled | ON | | Implicit Flow Enabled | OFF | - | Valid Redirect URIs | http://www-userX.dil1.opentry.me/* | + | Valid Redirect URIs | http://www-userX.dil.opentry.me/* | | Web Origins | \* | *Remember to replace the X with your user number.* @@ -135,7 +135,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a International Inc web development create a Node.js application for the company home page. They added a map service to locate the offices around the world. In this step you will deploy that application. -1. Open a browser tab and navigate to `http://www-userX.dil1.opentry.me`. +1. Open a browser tab and navigate to `http://www-userX.dil.opentry.me`. *Remember to replace the `X` variable in the URL with your assigned user number.* @@ -175,7 +175,7 @@ International Inc web development create a Node.js application for the company h 1. In the developer console, a red error should appear indicating a cert issue. Click on the link and accept the certificate. -*Example link: `https://location-userX-api-staging.amp.dil1.opentry.me/locations`* +*Example link: `https://location-userX-api-staging.amp.dil.opentry.me/locations`* 1. Refresh the page, and the locations should appear. diff --git a/docs/labs/developer-track/lab01/README.md b/docs/labs/developer-track/lab01/README.md index dbcfbf96..56fdd449 100644 --- a/docs/labs/developer-track/lab01/README.md +++ b/docs/labs/developer-track/lab01/README.md @@ -38,7 +38,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -60,7 +60,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - http://apicurio-studio.dil1.opentry.me + http://apicurio-studio.dil.opentry.me ``` 1. Log in using your designated [user and password](#environment). diff --git a/docs/labs/developer-track/lab02/README.md b/docs/labs/developer-track/lab02/README.md index c5108e6f..ec6ff6ef 100644 --- a/docs/labs/developer-track/lab02/README.md +++ b/docs/labs/developer-track/lab02/README.md @@ -36,7 +36,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -62,7 +62,7 @@ Follow this instructions to set up the repository. 1. Open a browser window and navigate to: ```bash - http://gogs.dil1.opentry.me/ + http://gogs.dil.opentry.me/ ``` 1. Log into Gogs using your designated [user and password](#environment). Click on **Sign In**. @@ -110,7 +110,7 @@ Follow this instructions to set up the repository. 1. Copy the browser tab URL. Store that URL address as you will use it in the next steps of the lab. The URL should look like the following: ```bash - http://gogs.dil1.opentry.me/userX/locations-api/raw/dev-track-lab-02/locations-api/Locations-UserX.json + http://gogs.dil.opentry.me/userX/locations-api/raw/dev-track-lab-02/locations-api/Locations-UserX.json ``` *If you feel more comfortable, you can also copy and paste the RAW button link from the previous step. Also, don't forget to update the X variable with your user number*. @@ -120,7 +120,7 @@ Follow this instructions to set up the repository. 1. Open a browser window and navigate to: ```bash - http://microcks.dil1.opentry.me/ + http://microcks.dil.opentry.me/ ``` 1. Log in into Microcks using your designated [user and password](#environment). @@ -138,7 +138,7 @@ Follow this instructions to set up the repository. 1. In the `Create a New Job` dialog, type in the following information replacing **X** with your user number. Click **Next**. * Name: **Locations-UserX** - * Repository URL: **http://gogs.dil1.opentry.me/userX/locations-api/raw/dev-track-lab-02/locations-api/Locations-UserX.json** + * Repository URL: **http://gogs.dil.opentry.me/userX/locations-api/raw/dev-track-lab-02/locations-api/Locations-UserX.json** *You can also copy and paste the raw url you saved from the Gogs repository (Step 0)*. @@ -194,7 +194,7 @@ We now have a working REST mock service listening for requests. We will use an o *Remember to replace X with your user number*. ```bash - http://microcks.dil1.opentry.me/rest/Locations-UserX/1.0.0/locations + http://microcks.dil.opentry.me/rest/Locations-UserX/1.0.0/locations ``` 1. Click the **START YOUR CURL** button. diff --git a/docs/labs/developer-track/lab03/README.md b/docs/labs/developer-track/lab03/README.md index 3c625cc7..698fdd81 100644 --- a/docs/labs/developer-track/lab03/README.md +++ b/docs/labs/developer-track/lab03/README.md @@ -36,7 +36,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -84,7 +84,7 @@ Enter dummy values for `First Name` and `Last Name`. Click **Submit**. 1. Open a browser window and navigate to: ```bash - https://dil1.opentry.me/console + https://dil.opentry.me/console ``` 1. Click on your unique namespace to enter your workspace e.g. `user39`. @@ -109,7 +109,7 @@ Enter dummy values for `First Name` and `Last Name`. Click **Submit**. ![00-import-project.png](images/00-import-project.png "Import Project") -1. Enter `http://gogs.dil1.opentry.me/userX/dayintheliferepo` as the git URL, making sure to update `userX` with your unique username. Select **Import Recursively** and then click **Import**. +1. Enter `http://gogs.dil.opentry.me/userX/dayintheliferepo` as the git URL, making sure to update `userX` with your unique username. Select **Import Recursively** and then click **Import**. 1. When the "Save" pop-up appears, click the "X" to close the pop-up. @@ -350,7 +350,7 @@ Once you've received the swagger specification (API contract) from your friendly ![00-location-list.png](images/00-location-list.png "Location List") -1. Now that we've tested our API service implementation locally, we can deploy it to our running OpenShift environment. First we need to login to OpenShift via the Terminal. Navigate back to the OpenShift web UI and click the **Copy Login Command** link. If you aren't logged-in to OpenShift, open a new tab and navigate to `https://dil1.opentry.me/console`. +1. Now that we've tested our API service implementation locally, we can deploy it to our running OpenShift environment. First we need to login to OpenShift via the Terminal. Navigate back to the OpenShift web UI and click the **Copy Login Command** link. If you aren't logged-in to OpenShift, open a new tab and navigate to `https://dil.opentry.me/console`. ![00-location-list.png](images/00-login-ocp-cli.png "OCP CLI Login") @@ -376,7 +376,7 @@ Once you've received the swagger specification (API contract) from your friendly 1. Lastly, via the Eclipse Che terminal, test the HTTP POST using curl. You can use the following command: ```bash - curl --header "Content-Type: application/json" --request POST --data '{"id": 101,"name": "Kakadu","type": "HQ","status": "1","location": {"lat": "78.88436","lng": "99.05295"}}' http://location-service-OCPPROJECT.dil1.opentry.me/locations + curl --header "Content-Type: application/json" --request POST --data '{"id": 101,"name": "Kakadu","type": "HQ","status": "1","location": {"lat": "78.88436","lng": "99.05295"}}' http://location-service-OCPPROJECT.dil.opentry.me/locations ``` Remember to replace OCPPROJECT with your username. diff --git a/docs/labs/developer-track/lab04/README.md b/docs/labs/developer-track/lab04/README.md index 4e27856b..1d065a39 100644 --- a/docs/labs/developer-track/lab04/README.md +++ b/docs/labs/developer-track/lab04/README.md @@ -44,7 +44,7 @@ Please ask your instructor for your password. ![00-open-terminal.png](images/00-open-terminal.png "Open Terminal") -1. In Openshift console (https://dil1.opentry.me). +1. In Openshift console (https://dil.opentry.me). ![00-openshift-loginpage.png](images/00-openshift-loginpage.png "Commend Login") @@ -55,7 +55,7 @@ Please ask your instructor for your password. 1. Login to Openshift via the Terminal window and paste the commend to the terminal: ```bash - oc login https://dil1.opentry.me --token=XXXXX + oc login https://dil.opentry.me --token=XXXXX ``` @@ -79,7 +79,7 @@ Please ask your instructor for your password. ![00-verify-wsdl.png](images/00-verify-wsdl.png "Verify WSDL") -1. Return to your Eclipse Che workspace and open the `dayintelife-import/location-soap2rest` project. Open the `pom.xml` file and scroll to the bottom. Uncomment out the `cxf-codegen-plugin` entry at the bottom. Update the `` entry with your fully qualified WSDL URL e.g. `http://location-soap-userX.dil1.opentry.me/ws/location?wsdl`. *Be sure to replace userX with your username.* +1. Return to your Eclipse Che workspace and open the `dayintelife-import/location-soap2rest` project. Open the `pom.xml` file and scroll to the bottom. Uncomment out the `cxf-codegen-plugin` entry at the bottom. Update the `` entry with your fully qualified WSDL URL e.g. `http://location-soap-userX.dil.opentry.me/ws/location?wsdl`. *Be sure to replace userX with your username.* ![00-uncomment-codegen.png](images/00-uncomment-codegen.png "Uncomment codegen plugin") @@ -93,7 +93,7 @@ Please ask your instructor for your password. 1. Open up the `CamelRoutes.java` file. Notice that the existing implementation is barebones. First of all, we need to enter the SOAP service address and WSDL location for our CXF client to call. Secondly, we need to create our Camel route implementation and create the RESTful endpoint. To do this, include the following code (making sure to update the **{YOUR_NAME_SPACE}**, **{OPENSHIFT_APP_URL}** and username values in the `to("cxf://` URL): - In this case **YOUR_NAME_SPACE** should be *userX* and **{OPENSHIFT_APP_URL}** would be *dil1.opentry.me*. Check with your instructor if you are not sure. + In this case **YOUR_NAME_SPACE** should be *userX* and **{OPENSHIFT_APP_URL}** would be *dil.opentry.me*. Check with your instructor if you are not sure. ```java ... diff --git a/docs/labs/developer-track/lab05/README.md b/docs/labs/developer-track/lab05/README.md index 366f2efc..a0097f53 100644 --- a/docs/labs/developer-track/lab05/README.md +++ b/docs/labs/developer-track/lab05/README.md @@ -31,7 +31,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -170,7 +170,7 @@ We will use an online cURL tool to create the `101th` record field in database. 1. Below are the values for the request. Note: `id:101` in the payload as we are creating `101th` record in the database. ``` - URL: https://i-addlocation-fuse-18308937-d7b6-11e8-96c6-0a580a810006.dil1.opentry.me/webhook/4dTcVchE8evWz3dVvtHFK3wvfFbFzpVLPEMq1TkcF0MGIbJmu4 + URL: https://i-addlocation-fuse-18308937-d7b6-11e8-96c6-0a580a810006.dil.opentry.me/webhook/4dTcVchE8evWz3dVvtHFK3wvfFbFzpVLPEMq1TkcF0MGIbJmu4 --header (-H): Content-Type: application/json @@ -194,7 +194,7 @@ We will use an online cURL tool to create the `101th` record field in database. **REQUEST** ``` - http://location-service-international.dil1.opentry.me/locations/101 + http://location-service-international.dil.opentry.me/locations/101 ``` diff --git a/docs/labs/developer-track/lab06/README.md b/docs/labs/developer-track/lab06/README.md index d89ec94f..345c44e1 100644 --- a/docs/labs/developer-track/lab06/README.md +++ b/docs/labs/developer-track/lab06/README.md @@ -20,7 +20,7 @@ Red Hat provides one the leading API Management tools which provide management s If you are planning to follow to the next lab, there is an already running API proxy for the Location API Service in this endpoint: ```bash -http://location-service-international.dil1.opentry.me +http://location-service-international.dil.opentry.me ``` ### Environment @@ -40,7 +40,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -64,7 +64,7 @@ Your 3scale Admin Portal provides access to a number of configuration features. 1. Open a browser window and navigate to: ```bash - https://userX-admin.dil1.opentry.me/p/login + https://userX-admin.dil.opentry.me/p/login ``` 1. Accept the self-signed certificate if you haven't. @@ -101,13 +101,13 @@ In you command line terminal or in your Che terminal enter the following CURL co *Replace USERX as your user id, such as user1, user26, and OPENSHIFT_APP_URL, if you are not sure, check with your instructor* ```bash -curl -X POST http://threescale-automate-international.dil1.opentry.me/threescale/automate/{YOUR_API_TOKEN}/{USERX}/{OPENSHIFT_APP_URL} +curl -X POST http://threescale-automate-international.dil.opentry.me/threescale/automate/{YOUR_API_TOKEN}/{USERX}/{OPENSHIFT_APP_URL} ``` For example: ```bash -curl -X POST http://threescale-automate-international.dil1.opentry.me/threescale/automate/829405ec3d2dd0f91aa8435347827135c323c69757dd2dfb49ed41aa8ceb13ef/user26/dil1.opentry.me +curl -X POST http://threescale-automate-international.dil.opentry.me/threescale/automate/829405ec3d2dd0f91aa8435347827135c323c69757dd2dfb49ed41aa8ceb13ef/user26/dil.opentry.me ``` String **API automated, DONE!** should be returned as the result. diff --git a/docs/labs/developer-track/lab07/README.md b/docs/labs/developer-track/lab07/README.md index a69cc608..3bb3078c 100644 --- a/docs/labs/developer-track/lab07/README.md +++ b/docs/labs/developer-track/lab07/README.md @@ -34,7 +34,7 @@ Please ask your instructor for your password. If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use. You should open a web browser and navigate to: ```bash -https://tutorial-web-app-webapp.dil1.opentry.me +https://tutorial-web-app-webapp.dil.opentry.me ``` You will be presented with a login page where you can enter your unique credentials: @@ -56,7 +56,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a browser window and navigate to: ```bash - https://userX-admin.dil1.opentry.me/p/login + https://userX-admin.dil.opentry.me/p/login ``` *Remember to replace `X` with your user number.* @@ -129,7 +129,7 @@ Once the environment is provisioned, you will be presented with a page that pres ![21-select-application.png](images/21-select-application.png) -1. Update redirect link to http://www-userX.dil1.opentry.me/* +1. Update redirect link to http://www-userX.dil.opentry.me/* ![22-updare-redirect-link.png](images/22-updare-redirect-link.png) @@ -142,7 +142,7 @@ Once the environment is provisioned, you will be presented with a page that pres 1. Open a new *Incognito/Private* browser window to test the Developer Portal login. Navigate to: ```bash - https://userX.dil1.opentry.me/ + https://userX.dil.opentry.me/ ``` 1. Type your portal code to finish the login. diff --git a/docs/labs/developer-track/lab07/support/homepage.example b/docs/labs/developer-track/lab07/support/homepage.example index 80a08657..96f2a77b 100644 --- a/docs/labs/developer-track/lab07/support/homepage.example +++ b/docs/labs/developer-track/lab07/support/homepage.example @@ -235,7 +235,7 @@
-

$ curl -k -v "https://location-api.amp.dil1.opentry.me:443/locations"

+

$ curl -k -v "https://location-api.amp.dil.opentry.me:443/locations"


@@ -246,7 +246,7 @@ 
 > GET /locations?user_key=87275aa6d90b0ae033deb235d86fb181 HTTP/1.1
-> Host: location-api.amp.dil1.opentry.me
+> Host: location-api.amp.dil.opentry.me
 > User-Agent: curl/7.54.0
 > Accept: */*
 >
diff --git a/docs/labs/developer-track/lab08/README.md b/docs/labs/developer-track/lab08/README.md
index a06f162a..5773a5b2 100644
--- a/docs/labs/developer-track/lab08/README.md
+++ b/docs/labs/developer-track/lab08/README.md
@@ -20,7 +20,7 @@ Applications can be built from many technologies. In this case we use a simple w
 If you decide to skip the lab you can check how a SSO enabled web applications looks like:
 
 ```bash
-http://www-international.dil1.opentry.me/
+http://www-international.dil.opentry.me/
 ```
 
 ### Environment
@@ -40,7 +40,7 @@ Please ask your instructor for your password.
 If you haven't done so already, you need to login to the **Red Hat Solution Explorer** webpage so that a unique lab environment can be provisioned on-demand for your exclusive use.  You should open a web browser and navigate to: 
 
 ```bash
-https://tutorial-web-app-webapp.dil1.opentry.me
+https://tutorial-web-app-webapp.dil.opentry.me
 ```
 
 You will be presented with a login page where you can enter your unique credentials:
@@ -94,7 +94,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a
 1. Open a browser window and navigate to:
 
     ```bash
-    http://sso-sso.dil1.opentry.me/auth/admin/userX/console/
+    http://sso-sso.dil.opentry.me/auth/admin/userX/console/
     ```
 
     *Remember to replace the X with your user number.*
@@ -122,7 +122,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a
     | Access Type | Public |
     | Standard Flow Enabled | ON |
     | Implicit Flow Enabled | OFF |
-    | Valid Redirect URIs | http://www-userX.dil1.opentry.me/* |
+    | Valid Redirect URIs | http://www-userX.dil.opentry.me/* |
     | Web Origins | \* |
 
     *Remember to replace the X with your user number.*
@@ -133,7 +133,7 @@ Redirect URLs are a critical part of the OAuth flow. After a user successfully a
 
 ### Step 5: Test the Single Sign On Integration
 
-1. Open a browser tab and navigate to `http://www-userX.dil1.opentry.me`.
+1. Open a browser tab and navigate to `http://www-userX.dil.opentry.me`.
 
 *Remember to replace the X your user number.*