ENGDOCS-2265 (#21203)

* ENGDOCS-2265

* Apply suggestions from code review

content/contribute/components/call-outs.md

@@ -46,7 +46,7 @@ is displayed in the callout.
 > `docker compose down`. If you want to remove the volumes, you will need to add
 > the `--volumes` flag.
 >
-> The Docker Dashboard does not remove volumes when you delete the app stack.
+> The Docker Desktop Dashboard does not remove volumes when you delete the app stack.
 
 > [!CAUTION]
 >
@@ -96,7 +96,7 @@ Docker Scout is an [early access](/release-lifecycle/#early-access-ea) product.
 > `docker compose down`. If you want to remove the volumes, you will need to add
 > the `--volumes` flag.
 >
-> The Docker Dashboard does _not_ remove volumes when you delete the app stack.
+> The Docker Desktop Dashboard does not remove volumes when you delete the app stack.
 
 > [!CAUTION]
 >

content/get-started/docker-concepts/running-containers/multi-container-applications.md

@@ -157,9 +157,9 @@ In this hands-on guide, you'll first see how to build and run a counter web appl
     008e0ecf4f36   redis     "docker-entrypoint.s…"   About a minute ago   Up About a minute   6379/tcp             redis
     ```
 
-7. If you look at the Docker Dashboard, you can see the containers and dive deeper into their configuration.
+7. If you look at the Docker Desktop Dashboard, you can see the containers and dive deeper into their configuration.
 
-   ![A screenshot of Docker Dashboard showing multi-container applications](images/multi-container-apps.webp?w=5000&border=true)
+   ![A screenshot of the Docker Desktop Dashboard showing multi-container applications](images/multi-container-apps.webp?w=5000&border=true)
 
 8. With everything up and running, you can open [http://localhost](http://localhost) in your browser to see the site. Refresh the page several times to see the host that’s handling the request and the total number of requests:
 
@@ -174,9 +174,9 @@ In this hands-on guide, you'll first see how to build and run a counter web appl
     >
     > You might have noticed that Nginx, acting as a reverse proxy, likely distributes incoming requests in a round-robin fashion between the two backend containers. This means each request might be directed to a different container (web1 and web2) on a rotating basis. The output shows consecutive increments for both the web1 and web2 containers and the actual counter value stored in Redis is updated only after the response is sent back to the client.
 
-9. You can use the Docker Dashboard to remove the containers by selecting the containers and selecting the **Delete** button.
+9. You can use the Docker Desktop Dashboard to remove the containers by selecting the containers and selecting the **Delete** button.
 
-   ![A screenshot of Docker Dashboard showing how to delete the multi-container applications](images/delete-multi-container-apps.webp?border=true)
+   ![A screenshot of Docker Desktop Dashboard showing how to delete the multi-container applications](images/delete-multi-container-apps.webp?border=true)
  
 ## Simplify the deployment using Docker Compose
 
@@ -204,14 +204,14 @@ Navigate to the root of the project directory. Inside this directory, you'll fin
     ✔ Container nginx-nodejs-redis-nginx-1  Started
     ```
 
-2. If you look at the Docker Dashboard, you can see the containers and dive deeper into their configuration.
+2. If you look at the Docker Desktop Dashboard, you can see the containers and dive deeper into their configuration.
 
 
-    ![A screenshot of Docker Dashboard showing the containers of the application stack deployed using Docker Compose](images/list-containers.webp?border=true)
+    ![A screenshot of the Docker Desktop Dashboard showing the containers of the application stack deployed using Docker Compose](images/list-containers.webp?border=true)
 
-3. Alternatively, you can use the Docker Dashboard to remove the containers by selecting the application stack and selecting the **Delete** button.
+3. Alternatively, you can use the Docker Desktop Dashboard to remove the containers by selecting the application stack and selecting the **Delete** button.
 
-   ![A screenshot of Docker Dashboard that shows how to remove the containers that you deployed using Docker Compose](images/delete-containers.webp?border=true)
+   ![A screenshot of Docker Desktop Dashboard that shows how to remove the containers that you deployed using Docker Compose](images/delete-containers.webp?border=true)
 
 
 In this guide, you learned how easy it is to use Docker Compose to start and stop a multi-container application compared to `docker run` which is error-prone and difficult to manage.

content/get-started/docker-concepts/running-containers/overriding-container-defaults.md

@@ -89,9 +89,9 @@ In this hands-on guide, you'll see how to use the `docker run` command to overri
 
     This will start another Postgres container in the background, listening on the standard postgres port `5432` in the container, but mapped to port `5433` on the host machine. You override the host port just to ensure that this new container doesn't conflict with the existing running container.
 
-3. Verify that both containers are running by going to the **Containers** view in the Docker Dashboard.
+3. Verify that both containers are running by going to the **Containers** view in the Docker Desktop Dashboard.
 
-    ![A screenshot of Docker Dashboard showing the running instances of Postgres containers](images/running-postgres-containers.webp?border=true)
+    ![A screenshot of the Docker Desktop Dashboard showing the running instances of Postgres containers](images/running-postgres-containers.webp?border=true)
 
 ### Run Postgres container in a controlled network
 
@@ -170,15 +170,15 @@ Sometimes, you might need to override the default commands (`CMD`) or entry poin
 
     This command starts the Postgres service defined in the Docker Compose file.
 
-3. Verify the authentication with Docker Dashboard.
+3. Verify the authentication with Docker Desktop Dashboard.
 
-    Open the Docker Dashboard, select the **Postgres** container and select **Exec** to enter into the container shell. You can type the following command to connect to the Postgres database:
+    Open the Docker Desktop Dashboard, select the **Postgres** container and select **Exec** to enter into the container shell. You can type the following command to connect to the Postgres database:
 
     ```console
     # psql -U postgres
     ```
 
-    ![A screenshot of the Docker Dashboard selecting the Postgres container and entering into its shell using EXEC button](images/exec-into-postgres-container.webp?border=true)
+    ![A screenshot of the Docker Desktop Dashboard selecting the Postgres container and entering into its shell using EXEC button](images/exec-into-postgres-container.webp?border=true)
 
 
     > [!NOTE]

content/get-started/docker-concepts/running-containers/persisting-container-data.md

@@ -128,9 +128,9 @@ In this guide, you’ll practice creating and using volumes to persist data crea
 
 ### View volume contents
 
-The Docker Dashboard provides the ability to view the contents of any volume, as well as the ability to export, import, and clone volumes.
+The Docker Desktop Dashboard provides the ability to view the contents of any volume, as well as the ability to export, import, and clone volumes.
 
-1. Open the Docker Dashboard and navigate to the **Volumes** view. In this view, you should see the **postgres_data** volume.
+1. Open the Docker Desktop Dashboard and navigate to the **Volumes** view. In this view, you should see the **postgres_data** volume.
 
 2. Select the **postgres_data** volume’s name.
 
@@ -149,7 +149,7 @@ $ docker rm -f new-db
 
 There are a few methods to remove volumes, including the following:
 
-- Select the **Delete Volume** option on a volume in the Docker Dashboard.
+- Select the **Delete Volume** option on a volume in the Docker Desktop Dashboard.
 - Use the `docker volume rm` command:
 
     ```console

content/get-started/docker-concepts/running-containers/publishing-ports.md

@@ -88,9 +88,9 @@ In this step, you will run a container and publish its port using the Docker CLI
 
     The first `8080` refers to the host port. This is the port on your local machine that will be used to access the application running inside the container. The second `80` refers to the container port. This is the port that the application inside the container listens on for incoming connections. Hence, the command binds to port `8080` of the host to port `80` on the container system.
 
-3. Verify the published port by going to the **Containers** view of the Docker Dashboard.
+3. Verify the published port by going to the **Containers** view of the Docker Desktop Dashboard.
 
-   ![A screenshot of Docker dashboard showing the published port](images/published-ports.webp?w=5000&border=true)
+   ![A screenshot of Docker Desktop Dashboard showing the published port](images/published-ports.webp?w=5000&border=true)
 
 4. Open the website by either selecting the link in the **Port(s)** column of your container or visiting [http://localhost:8080](http://localhost:8080) in your browser.
 

content/get-started/docker-concepts/running-containers/sharing-local-files.md

@@ -90,9 +90,9 @@ In this hands-on guide, you’ll practice how to create and use a bind mount to
 
 Using a bind mount, you can map the configuration file on your host computer to a specific location within the container. In this example, you’ll see how to change the look and feel of the webpage by using bind mount:
 
-1. Delete the existing container by using the Docker Dashboard:
+1. Delete the existing container by using the Docker Desktop Dashboard:
 
-   ![A screenshot of Docker dashboard showing how to delete the httpd container](images/delete-httpd-container.webp?border=true)
+   ![A screenshot of Docker Desktop Dashboard showing how to delete the httpd container](images/delete-httpd-container.webp?border=true)
 
 
 2. Create a new directory called `public_html` on your host system.
@@ -157,44 +157,40 @@ Using a bind mount, you can map the configuration file on your host computer to
    With everything now up and running, you should be able to access the site via [http://localhost:8080](http://localhost:8080) and find a new webpage that welcomes you with a friendly whale.
 
 
-### Access the file on the Docker Dashboard
+### Access the file on the Docker Desktop Dashboard
 
 1. You can view the mounted files inside a container by selecting the container's **Files** tab and then selecting a file inside the `/usr/local/apache2/htdocs/` directory. Then, select **Open file editor**.
 
 
-   ![A screenshot of Docker dashboard showing the mounted files inside the a container](images/mounted-files.webp?border=true)
+   ![A screenshot of Docker Desktop Dashboard showing the mounted files inside the a container](images/mounted-files.webp?border=true)
 
-2. Delete the file on the host and verify the file is also deleted in the container. You will find that the files no longer exist under **Files** in the Docker Dashboard.
+2. Delete the file on the host and verify the file is also deleted in the container. You will find that the files no longer exist under **Files** in the Docker Desktop Dashboard.
 
 
-   ![A screenshot of Docker dashboard showing the deleted files inside the a container](images/deleted-files.webp?border=true)
+   ![A screenshot of Docker Desktop Dashboard showing the deleted files inside the a container](images/deleted-files.webp?border=true)
 
 
-3. Recreate the HTML file on the host system and see that file re-appears under the **Files** tab under **Containers** on the Docker Dashboard. By now, you will be able to access the site too.
+3. Recreate the HTML file on the host system and see that file re-appears under the **Files** tab under **Containers** on the Docker Desktop Dashboard. By now, you will be able to access the site too.
 
 
 
 ### Stop your container
 
 The container continues to run until you stop it.
 
-1. Go to the **Containers** view in the Docker Dashboard.
+1. Go to the **Containers** view in the Docker Desktop Dashboard.
 
 2. Locate the container you'd like to stop.
 
 3. Select the **Delete** action in the Actions column.
 
-
-
-
-![A screenshot of Docker dashboard showing how to delete the container](images/delete-the-container.webp?border=true)
+![A screenshot of Docker Desktop Dashboard showing how to delete the container](images/delete-the-container.webp?border=true)
 
 
 ## Additional resources
 
 The following resources will help you learn more about bind mounts:
 
-
 * [Manage data in Docker](/storage/)
 * [Volumes](/storage/volumes/)
 * [Bind mounts](/storage/bind-mounts/)

content/get-started/docker-concepts/the-basics/what-is-a-container.md

@@ -56,7 +56,7 @@ Use the following instructions to run a container.
 
 2. Specify `welcome-to-docker` in the search input and then select the **Pull** button.
 
-    ![A screenshot of the Docker Dashboard showing the search result for welcome-to-docker Docker image ](images/search-the-docker-image.webp?border=true&w=1000&h=700)
+    ![A screenshot of the Docker Desktop Dashboard showing the search result for welcome-to-docker Docker image ](images/search-the-docker-image.webp?border=true&w=1000&h=700)
 
 3. Once the image is successfully pulled, select the **Run** button.
 
@@ -66,15 +66,15 @@ Use the following instructions to run a container.
 
 6. In the **Host port**, specify `8080`.
 
-    ![A screenshot of Docker Dashboard showing the container run dialog with welcome-to-docker typed in as the container name and 8080 specified as the port number](images/run-a-new-container.webp?border=true&w=550&h=400)
+    ![A screenshot of Docker Desktop Dashboard showing the container run dialog with welcome-to-docker typed in as the container name and 8080 specified as the port number](images/run-a-new-container.webp?border=true&w=550&h=400)
 
 7. Select **Run** to start your container.
 
 Congratulations! You just ran your first container! 🎉
 
 ### View your container
 
-You can view all of your containers by going to the **Containers** view of the Docker Dashboard.
+You can view all of your containers by going to the **Containers** view of the Docker Desktop Dashboard.
 
 ![Screenshot of the container view of the Docker Desktop GUI showing the welcome-to-docker container running on the host port 8080](images/view-your-containers.webp?border=true&w=750&h=600)
 
@@ -92,25 +92,25 @@ For this container, the frontend is accessible on port `8080`. To open the websi
 
 Docker Desktop lets you explore and interact with different aspects of your container. Try it out yourself. 
 
-1. Go to the **Containers** view in the Docker Dashboard.
+1. Go to the **Containers** view in the Docker Desktop Dashboard.
 
 2. Select your container.
 
 3. Select the **Files** tab to explore your container's isolated file system.
 
-    ![Screenshot of the Docker Dashboard showing the files and directories inside a running container](images/explore-your-container.webp?border)
+    ![Screenshot of the Docker Desktop Dashboard showing the files and directories inside a running container](images/explore-your-container.webp?border)
 
 ### Stop your container
 
 The `docker/welcome-to-docker` container continues to run until you stop it. 
 
-1. Go to the **Containers** view in the Docker Dashboard.
+1. Go to the **Containers** view in the Docker Desktop Dashboard.
 
 2. Locate the container you'd like to stop.
 
 3. Select the **Stop** action in the **Actions** column.
 
-    ![Screenshot of the Docker Dashboard with the welcome container selected and being prepared to stop](images/stop-your-container.webp?border)
+    ![Screenshot of the Docker Desktop Dashboard with the welcome container selected and being prepared to stop](images/stop-your-container.webp?border)
 
 {{< /tab >}}
 {{< tab name="Using the CLI" >}}

content/get-started/docker-concepts/the-basics/what-is-an-image.md

@@ -48,17 +48,17 @@ In this hands-on, you will learn how to search and pull a container image using
 
 ### Search for and download an image
 
-1. Open the Docker Dashboard and select the **Images** view in the left-hand navigation menu.
+1. Open the Docker Desktop Dashboard and select the **Images** view in the left-hand navigation menu.
 
-    ![A screenshot of the Docker Dashboard showing the image view on the left sidebar](images/click-image.webp?border=true&w=1050&h=400)
+    ![A screenshot of the Docker Desktop Dashboard showing the image view on the left sidebar](images/click-image.webp?border=true&w=1050&h=400)
 
 2. Select the **Search images to run** button. If you don't see it, select the _global search bar_ at the top of the screen.
 
-    ![A screenshot of the Docker Dashboard showing the search ta](images/search-image.webp?border)
+    ![A screenshot of the Docker Desktop Dashboard showing the search ta](images/search-image.webp?border)
 
 3. In the **Search** field, enter "welcome-to-docker". Once the search has completed, select the `docker/welcome-to-docker` image.
 
-    ![A screenshot of the Docker Dashboard showing the search results for the docker/welcome-to-docker image](images/select-image.webp?border=true&w=1050&h=400)
+    ![A screenshot of the Docker Desktop Dashboard showing the search results for the docker/welcome-to-docker image](images/select-image.webp?border=true&w=1050&h=400)
 
 4. Select **Pull** to download the image.
 
@@ -67,11 +67,11 @@ In this hands-on, you will learn how to search and pull a container image using
 
 Once you have an image downloaded, you can learn quite a few details about the image either through the GUI or the CLI.
 
-1. In the Docker Dashboard, select the **Images** view.
+1. In the Docker Desktop Dashboard, select the **Images** view.
 
 2. Select the **docker/welcome-to-docker** image to open details about the image.
 
-    ![A screenshot of the Docker Dashboard showing the images view with an arrow pointing to the docker/welcome-to-docker image](images/pulled-image.webp?border=true&w=1050&h=400)
+    ![A screenshot of the Docker Desktop Dashboard showing the images view with an arrow pointing to the docker/welcome-to-docker image](images/pulled-image.webp?border=true&w=1050&h=400)
 
 3. The image details page presents you with information regarding the layers of the image, the packages and libraries installed in the image, and any discovered vulnerabilities.
 

content/get-started/workshop/08_using_compose.md

@@ -253,9 +253,9 @@ Now that you have your `compose.yaml` file, you can start your application.
 
 4. At this point, you should be able to open your app in your browser on [http://localhost:3000](http://localhost:3000) and see it running.
 
-## See the app stack in Docker Dashboard
+## See the app stack in Docker Desktop Dashboard
 
-If you look at the Docker Dashboard, you'll see that there is a group named **getting-started-app**. This is the project name from Docker
+If you look at the Docker Desktop Dashboard, you'll see that there is a group named **getting-started-app**. This is the project name from Docker
 Compose and used to group the containers together. By default, the project name is simply the name of the directory that the
 `compose.yaml` was located in.
 
@@ -265,15 +265,15 @@ quickly see what container is your app and which container is the mysql database
 
 ## Tear it all down
 
-When you're ready to tear it all down, simply run `docker compose down` or hit the trash can on the Docker Dashboard
+When you're ready to tear it all down, simply run `docker compose down` or hit the trash can on the Docker Desktop Dashboard
 for the entire app. The containers will stop and the network will be removed.
 
 >**Warning**
 >
 >By default, named volumes in your compose file are not removed when you run `docker compose down`. If you want to
 >remove the volumes, you need to add the `--volumes` flag.
 >
->The Docker Dashboard does not remove volumes when you delete the app stack.
+>The Docker Desktop Dashboard does not remove volumes when you delete the app stack.
 
 ## Summary