trim trailing whitespace

On-behalf-of: @SAP christoph.mewes@sap.com

Author: xrstf

docs/content/GOALS.md

@@ -44,7 +44,7 @@ Not every idea below may bear fruit, but it's never the wrong time to look for n
 
   Finally, the bar is still high to writing controllers. Lowering the friction of automation and integration is in everyone's benefit - whether that's a bash script, a Terraform configuration, or custom SRE services.  If we can reduce the cost of both infrastructure as code and new infrastructure APIs we can potentially make operational investments more composable.
 
-  See the [investigations doc for minimal API server](./developers/investigations/minimal-api-server.md) for more on 
+  See the [investigations doc for minimal API server](./developers/investigations/minimal-api-server.md) for more on
   improving the composability of the Kube API server.
 
 
@@ -79,4 +79,3 @@ Principles are the high level guiding rules we'd like to frame designs around. T
 6. Consolidate efforts in the ecosystem into a more focused effort
 
     Kubernetes is mature and changes to the core happen slowly. By concentrating use cases among a number of participants we can better articulate common needs, focus the design time spent in the core project into a smaller set of efforts, and bring new investment into common shared problems strategically. We should make fast progress and be able to suggest high-impact changes without derailing other important Kubernetes initiatives.
-

docs/content/concepts/apis/admission-webhooks.md

@@ -14,7 +14,7 @@ flowchart TD
         schema["Widgets APIResourceSchema<br/>(widgets.v1.example.org)"]
         webhook["Mutating/ValidatingWebhookConfiguration<br/>ValidatingAdmissionPolicy<br/>for widgets.v1.example.org<br/><br/>Handle a from ws2 (APIResourceSchema)<br/>Handle b from ws3 (APIResourceSchema)<br/>Handle a from ws1 (CRD)"]
         crd["Widgets CustomResourceDefinition<br/>(widgets.v1.example.org)"]
-        
+
         export --> schema
         schema --> webhook
         webhook --> crd
@@ -64,7 +64,7 @@ Consider a scenario where:
   - An `APIExport` for `cowboys.wildwest.dev`
   - A `ValidatingAdmissionPolicy` that rejects cowboys with `intent: "bad"`
   - A `ValidatingAdmissionPolicyBinding` that binds the policy
-  
+
 - **Consumer workspace** (`root:consumer`) has:
   - An `APIBinding` that binds to the provider's `APIExport`
   - A user trying to create a cowboy with `intent: "bad"`

docs/content/concepts/apis/rest-access-patterns.md

@@ -11,16 +11,16 @@ This describes the various REST access patterns the kcp apiserver supports.
 
 These requests are all prefixed with `/clusters/<workspace path | logical cluster name>`. Here are some example URLs:
 
-- `GET /clusters/root/apis/tenancy.kcp.io/v1alpha1/workspaces` - lists all kcp Workspaces in the 
+- `GET /clusters/root/apis/tenancy.kcp.io/v1alpha1/workspaces` - lists all kcp Workspaces in the
   `root` workspace.
 - `GET /clusters/root:compute/api/v1/namespaces/test` - gets the namespace `test` from the `root:compute` workspace
-- `GET /clusters/yqzkjxmzl9turgsf/api/v1/namespaces/test` - same as above, using the logical cluster name for 
+- `GET /clusters/yqzkjxmzl9turgsf/api/v1/namespaces/test` - same as above, using the logical cluster name for
   `root:compute`
 
 ## Typical requests for resources through the APIExport virtual workspace
 
-An APIExport provides a view into workspaces that contain APIBindings that are bound to the APIExport. This allows 
-the service provider - the owner of the APIExport - to access data in its consumers' workspaces. Here is an example 
+An APIExport provides a view into workspaces that contain APIBindings that are bound to the APIExport. This allows
+the service provider - the owner of the APIExport - to access data in its consumers' workspaces. Here is an example
 APIExport virtual workspace URL:
 
 ```
@@ -39,13 +39,13 @@ Let's break down the segments in the URL path:
 
 ## Setting up shared informers for a virtual workspace
 
-A virtual workspace typically allows the service provider to set up shared informers that can list and watch 
-resources across all the consumer workspaces bound to or supported by the virtual workspace. For example, the 
-APIExport virtual workspace lets you inform across all workspaces that have an APIBinding to your APIExport. The 
-syncer virtual workspace lets a syncer inform across all workspaces that have a Placement on the syncer's associated 
+A virtual workspace typically allows the service provider to set up shared informers that can list and watch
+resources across all the consumer workspaces bound to or supported by the virtual workspace. For example, the
+APIExport virtual workspace lets you inform across all workspaces that have an APIBinding to your APIExport. The
+syncer virtual workspace lets a syncer inform across all workspaces that have a Placement on the syncer's associated
 SyncTarget.
 
-To set up shared informers to span multiple workspaces, you use a special cluster called the **wildcard cluster**, 
+To set up shared informers to span multiple workspaces, you use a special cluster called the **wildcard cluster**,
 denoted by `*`. An example URL you would use when constructing a shared informer in this manner might be:
 
 ```

docs/content/concepts/quickstart-tenancy-and-apis.md

@@ -108,7 +108,7 @@ NAME   TYPE        PHASE   URL
 b      universal   Ready   https://myhost:6443/clusters/root:a:b
 ```
 
-Here is a quick collection of commands showing the navigation between the workspaces you've just created. 
+Here is a quick collection of commands showing the navigation between the workspaces you've just created.
 Note the usage of `..` to switch to the parent workspace and `-` to the previously selected workspace.
 
 ```console

docs/content/concepts/sharding/index.md

@@ -3,4 +3,3 @@
 ## Pages
 
 {% include "partials/section-overview.html" %}
-

docs/content/concepts/workspaces/mounts.md

@@ -56,7 +56,7 @@ root/
 └── org1/
     ├── project-a/                    # Traditional LogicalCluster workspace
     │   ├── LogicalCluster object     # ✓ Has backing logical cluster
-    │   ├── /api/v1/configmaps       # ✓ Served by kcp directly  
+    │   ├── /api/v1/configmaps       # ✓ Served by kcp directly
     │   └── /api/v1/secrets          # ✓ Standard Kubernetes APIs
     │
     └── project-b/                    # Mounted workspace
@@ -119,7 +119,7 @@ While the mount object can be any Custom Resource, you still need a controller t
 - Implement and run the actual API server/proxy that serves requests at the `status.URL`
 - Handle authentication, authorization, and any request filtering if needed
 
-The kcp mounting machinery handles the workspace-to-mount routing, but the actual API implementation is entirely up to you. 
+The kcp mounting machinery handles the workspace-to-mount routing, but the actual API implementation is entirely up to you.
 
 ### Creating a Mounted Workspace
 
@@ -141,7 +141,7 @@ spec:
 #### Mount Field Requirements
 
 - `ref.apiVersion`: The API version of the mount object
-- `ref.kind`: The kind of the mount object  
+- `ref.kind`: The kind of the mount object
 - `ref.name`: The name of the mount object
 - `ref.namespace`: (Optional) The namespace of the mount object if it's namespaced
 
@@ -238,4 +238,4 @@ The workspace mounts controller (`kcp-workspace-mounts`) manages the integration
 
 ## References
 
-1. https://github.com/kcp-dev/contrib/tree/main/20241013-kubecon-saltlakecity/mounts-vw - Example mount controller and proxy implementation
+1. https://github.com/kcp-dev/contrib/tree/main/20241013-kubecon-saltlakecity/mounts-vw - Example mount controller and proxy implementation

docs/content/contributing/continuous-integration/index.md

@@ -56,4 +56,3 @@ Then, to have your test use that shared kcp server, you add `-args --use-default
 ```shell
 go test ./test/e2e/apibinding -count 20 -failfast -args --use-default-kcp-server
 ```
-