- Function Overview
- Product Bulletin
- Service Overview
- Billing
- Getting Started
-
User Guide
- Clusters
- Workloads
- Network
- Storage
- O&M
- Namespaces
- ConfigMaps and Secrets
- Auto Scaling
- Add-ons
- Helm Chart
- Permissions
- Settings
- Best Practices
-
API Reference
- Before You Start
- API Overview
- Calling APIs
-
APIs
- Autopilot Cluster Management
- Add-on Management for Autopilot Clusters
-
Autopilot Cluster Upgrade
- Upgrading a Cluster
- Obtaining Cluster Upgrade Task Details
- Retrying a Cluster Upgrade Task
- Obtaining a List of Cluster Upgrade Task Details
- Performing a Pre-upgrade Check for a Cluster
- Obtaining Details About a Pre-upgrade Check Task of a Cluster
- Obtaining a List of Pre-upgrade Check Tasks of a Cluster
- Performing a Post-upgrade Check for a Cluster
- Backing Up a Cluster
- Obtaining a List of Cluster Backup Task Details
- Obtaining the Cluster Upgrade Information
- Obtaining a Cluster Upgrade Path
- Obtaining the Configuration of Cluster Upgrade Feature Gates
- Enabling the Cluster Upgrade Process Booting Task
- Obtaining a List of Upgrade Workflows
- Obtaining Details About a Specified Cluster Upgrade Booting Task
- Updating the Status of a Specified Cluster Upgrade Booting Task
- Quota Management for Autopilot Clusters
- Tag Management for Autopilot Clusters
-
Chart Management for Autopilot Clusters
- Uploading a Chart
- Obtaining a Chart List
- Obtaining a Release List
- Creating a Release
- Updating a Chart
- Deleting a Chart
- Updating a Release
- Obtaining a Chart
- Deleting a Release
- Obtaining a Release
- Downloading a Chart
- Obtaining Chart Values
- Obtaining Historical Records of a Release
- Obtaining the Quota of a User Chart
- Kubernetes APIs
- Permissions and Supported Actions
- Appendix
-
FAQs
- Billing
- Workloads
- Network Management
-
Storage
- Can PVs of the EVS Type in a CCE Autopilot Cluster Be Restored After They Are Deleted or Expire?
- What Can I Do If a Storage Volume Fails to Be Created?
- Can CCE Autopilot PVCs Detect Underlying Storage Faults?
- How Can I Delete the Underlying Storage If It Remains After a Dynamically Created PVC is Deleted?
- Permissions
- General Reference
Show all
Copied.
Using kubectl to Create an Nginx Ingress
Scenario
An Nginx workload is used as an example to describe how you can create an Nginx Ingress using kubectl.
Prerequisites
- The NGINX Ingress Controller add-on has been installed in a cluster. For details about how to install the add-on, see Installing the Add-on.
- A workload is available in the cluster (because an Ingress enables network access for workloads). If no workload is available, deploy a workload by referring to Creating a Workload.
- A ClusterIP Service has been configured for the workload. For details about how to configure the Service, see ClusterIP.
Procedure
- Use kubectl to connect to the cluster. For details, see Connecting to a Cluster Using kubectl.
- Create a YAML file named ingress-test.yaml. The file name can be customized.
vi ingress-test.yaml
The following uses HTTP as an example to describe how to configure the YAML file:apiVersion: networking.k8s.io/v1 kind: Ingress metadata: name: ingress-test spec: rules: - host: '' http: paths: - path: / backend: service: name: <your_service_name> # Replace it with the name of your target Service. port: number: <your_service_port> # Replace it with the port number of your target Service. property: ingress.beta.kubernetes.io/url-match-mode: STARTS_WITH pathType: ImplementationSpecific ingressClassName: nginx # Nginx Ingress is used.
Table 1 Key parameters Parameter
Mandatory
Type
Description
ingressClassName
Yes
String
nginx: indicates that Nginx Ingress is used. This option cannot be used if the NGINX Ingress Controller add-on is not installed.
This parameter is mandatory when an Ingress is created by calling the API.
host
No
String
Domain name for accessing the Service. By default, this parameter is left blank, and the domain name needs to be fully matched. Ensure that the domain name has been registered and licensed. Once the domain name is specified, it must be used for access.
path
Yes
String
User-defined route path. All external access requests must match host and path.
NOTE:
- The access path matching rule of Nginx Ingress is based on the path prefix separated by the slash (/) and is case-sensitive. If the subpath separated by a slash (/) matches the prefix, the access is normal. However, if the prefix is only a part of the character string in the subpath, the access is not matched. For example, if the URL is set to /healthz, /healthz/v1 is matched, but /healthzv1 is not matched.
- The access path added here must exist in the backend application. Otherwise, the forwarding fails.
For example, the default access URL of the Nginx application is /usr/share/nginx/html. When adding /test to the ingress forwarding policy, ensure the access URL of your Nginx application contains /usr/share/nginx/html/test. Otherwise, error 404 will be returned.
ingress.beta.kubernetes.io/url-match-mode
No
String
Route matching policy.
Default: STARTS_WITH (prefix match)
Options:
- EQUAL_TO: exact match
- STARTS_WITH: prefix match
pathType
Yes
String
Path type. The options are as follows:- ImplementationSpecific: The matching method depends on Ingress Controller. The matching method defined by ingress.beta.kubernetes.io/url-match-mode is used in CCE.
- Exact: exact matching of the URL, which is case-sensitive.
- Prefix: prefix matching, which is case-sensitive. With this method, the URL path is separated into multiple elements by slashes (/) and the elements are matched one by one. If each element in the URL matches the path, the subpaths of the URL can be routed normally.
NOTE:
- During prefix matching, each element must be exactly matched. If the last element of the URL is the substring of the last element in the request path, no matching is performed. For example, /foo/bar matches /foo/bar/baz but does not match /foo/barbaz.
- When elements are separated by slashes (/), if the URL or request path ends with a slash (/), the slash (/) at the end is ignored. For example, /foo/bar matches /foo/bar/.
See examples of ingress path matching.
- Create an Ingress.
kubectl create -f ingress-test.yaml
If information similar to the following is displayed, the Ingress has been created.
ingress/ingress-test created
View the created Ingress.
kubectl get ingress
If information similar to the following is displayed, the Ingress has been created, and the workload is accessible.
NAME HOSTS ADDRESS PORTS AGE ingress-test * 121.**.**.** 80 10s
- Enter http://121.**.**.**:80 in the address box of the browser to access the workload.
121.**.**.** indicates the IP address of the unified load balancer.
Feedback
Was this page helpful?
Provide feedbackThank you very much for your feedback. We will continue working to improve the documentation.See the reply and handling status in My Cloud VOC.
For any further questions, feel free to contact us through the chatbot.
Chatbot