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- Service Overview
- Billing
- Getting Started
-
User Guide
- Overview
- Permissions Management
- Environment Management
- Application Management
- Component Management
- Instance Management
- Component Configurations
- Component O&M
- System Settings
- Key Operations Recorded by CTS
-
Best Practices
- CAE Best Practices
- Using CAE to Host Nginx Static File Servers
- Interconnecting GitLab with Jenkins for Automatic Build and Deployment on CAE
- Deploying Components Based on the Dependency Sequence Using the Jenkins Pipeline
- Deploying Spring Cloud Applications to CAE to Automatically Connect to the Nacos Engine
- Graceful Startup of a Spring Cloud Application
- Health Check
- Lifecycle Management
- Sending Event Alarms to WeCom
-
Connecting to the CodeArts Pipeline to Automatically Upgrade CAE Components
- Overview
- Upgrading a CAE Component After Uploading a Software Package Built Using the Pipeline to a CodeArts Release Repo
- Upgrading a CAE Component After Uploading a Software Package Built Using the Pipeline to the OBS Bucket
- Upgrading a CAE Component After Uploading an Image Built Using the Pipeline to the SWR Image Repository
- Configuring PromQL to Implement Custom Auto Scaling
- Configuring the Interconnection Between CAE and DEW to Help Applications Obtain Encrypted Secrets from DEW
- Deploying ASP.NET Core Applications to CAE
- Connecting the Network Through Enterprise Routes
- API Reference
-
FAQs
- Component Management FAQs
- Environment Management
-
Component Configuration FAQs
- Is Manual Scaling Still Effective When a Scaling Policy Is Configured?
- Can Components Be Scaled Without a Scaling Policy?
- Why Is My Instance Abnormal After Cloud Storage Is Configured?
- What Do I Do If a Component Becomes Not Ready?
- How Does CAE Support Dark Launch?
- How Do I Provide Prometheus Metrics for a Java Application?
- System Configuration FAQs
- Service Resources FAQs
- General Reference
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Overview
Cloud Application Engine (CAE) is a serverless PaaS platform that provides simplified hosting for applications. It helps users migrate microservice applications to the cloud without O&M IaaS on a pay-per-use basis, effectively reducing costs and improving efficiency.
CAE provides the following capabilities:
- Fast deployment in minutes based on source code, software packages, or container images
- Mainstream languages and runtime systems such as Java, Node.js, and Tomcat
- Seamless hosting for web, microservice, and API applications
- Pay-per-use auto scaling based on resources or custom service indicators, coping with unpredictable user access traffic
- Standard pluggable runtime systems, allowing you to focus on application development
- Built-in application governance, implementing self-healing and quick recovery of large-scale cloud-native applications
Prerequisites
- You have registered a Huawei account and enabled Huawei Cloud services.
- Your account has permission to use CAE. For details, see Creating a Custom CAE Policy.
Logging In to the CAE Console
- Log in to the management console.
- Click
and select a region.
- Click
in the upper left corner and click Cloud Application Engine.
- If you log in for the first time, click Authorize on the displayed service authorization page to authorize CAE to use the services on which it depends. Then, the Cloud Application Engine console is displayed.
Figure 1 Authorization
- If this is not your first login, the Cloud Application Engine console is displayed directly.
- If you log in for the first time, click Authorize on the displayed service authorization page to authorize CAE to use the services on which it depends. Then, the Cloud Application Engine console is displayed.
Console Description
Table 1 describes the CAE console.
Item |
Description |
---|---|
Overview |
Provides overall CAE dashboard information, including the application health status, CPU usage, number of concurrent connections, memory usage, traffic, network inbound speeds, engine information, and latest features. |
Components |
Provides capabilities such as creating, deploying, and upgrading components. A component is a self-owned package or public middleware that can be deployed and provides services externally. |
Instance List |
Allows you to view instance information, delete instances, and log in to containers using CloudShell. |
Component Configurations |
Provides component-based middleware configuration and O&M management for RDS databases, CSE engines, environment variables, access modes, AS policies, cloud storage configuration, performance management, and custom monitoring metrics. |
Component Events |
Displays events that occur during component deployment and running. |
Component Monitoring |
Provides component monitoring, including visualized real-time monitoring of uplink and downlink speeds (BPS), uplink and downlink rates (PPS), file system write/read rate, CPU usage, and memory usage. |
Component Logs |
Provides instance-level running logs to help locate faults. |
System Settings |
Provides cloud storage authorization, domain name configuration, and certificate configuration. You can view and unbind authorized object storage, and configure domain names, certificates, start/stop policies, microservice gateways, and event notification rules. |
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