As one of the developing directions of cloud native technology, Serverless architecture enables you to further improve resource utilization and focus on service development. With our workshop, you can experience new features such as quick creation of Serveless applications, automatic second-level 0-1-N scaling based on service requests, and quick troubleshooting via log viewer.
Workshop procedure
Flow diagram
Preview
Preparation
- Access to Serverless application service address
- Login with account and password
- Git clone this project to local
Step 1-1: Publish backend Java application
- Select Create quickly
- Select Java Runtime
- Upload the code package
balance-mng.jar - The entry method can be automatically recognized
- Port: 8080
- Copy and save the backend service address after creation
- View the number of computing instances of backend service: 0
Step 1-2: Publish frontend NodeJS application
- Select create an application
- Select the buildpack NodeJS
- Upload the code package
stock-mng.zip - The entry method can be automatically recognized
- Select
nodejs-0.0.1.1-preat runtime - Port: 3000
- Set the environment variable
BALANCEMNG_URLas the backend service address
Step 2: 0-1 cold boot capability
- Access frontend service
- View the changes in the number of the computing instances of backend service
Step 3: Log and monitoring
- View application service logs via Log Shell
- View usage amount via monitoring
Step 4: Configure time trigger
- Configure timing trigger to call application at fixed time
- View the triggering results via operation records
Step 5: Create versions and control traffic
- Clone the frontend application and create a new version
- Upload the code package
stock-mng-v2.zip - Configure router to visit V1 and V2 at 1:1 ratio
- View the effect in the browser
Step 6: Quick M-n capability for high-concurrency
- Simulate high concurrency situtation via scripts and access the frontend application service
- Check how the Serverless application perform quick M-N computing instance changes