Container Apps
5 articles from official documentation
Mastering Ingress in Azure Container Apps: What You Need to Know
Ingress in Azure Container Apps is crucial for managing traffic effectively. With options for both external and internal access, understanding these settings can make or break your deployment strategy.
- →Configure external or internal ingress based on your app's needs.
- →Utilize session affinity to enhance user experience with sticky sessions.
Mastering Azure Container Apps Environments: What You Need to Know
Azure Container Apps environments create a secure boundary for your applications, but they come with specific configurations and limitations. Understanding how to manage these environments effectively can prevent costly downtime and resource misallocation.
- →Configure logging using properties.appLogsConfiguration to monitor app performance.
- →Set the Dapr instrumentation key with properties.containerAppsConfiguration.daprAIInstrumentationKey for effective tracing.
Unlocking Dapr in Azure Container Apps: What You Need to Know
Dapr integration in Azure Container Apps can transform your microservices architecture. By leveraging Dapr's sidecar model, you can streamline API communication with HTTP and gRPC. Discover how to configure this powerful setup effectively.
- →Configure Dapr at the container app level to apply settings across all revisions.
- →Utilize the Dapr sidecar for API communication via HTTP on port 3500 and gRPC on port 50001.
Mastering Scaling Rules in Azure Container Apps
Scaling rules in Azure Container Apps are crucial for managing application performance and cost. By setting the right limits and rules, you can ensure your app scales efficiently under varying loads. Discover how to implement these rules effectively in your production environment.
- →Define min and max replicas to control scaling behavior effectively.
- →Utilize KEDA for scaling based on HTTP requests, TCP connections, and other metrics.
Mastering Azure Container Apps: The Serverless Solution for Containers
Azure Container Apps revolutionizes how you manage containerized applications by minimizing infrastructure overhead. With dynamic scaling based on various metrics, it helps you optimize costs while maintaining performance. Dive in to understand its core mechanics and production implications.
- →Utilize KEDA-supported scalers for dynamic application scaling.
- →Design applications to respond to HTTP traffic and event-driven processing.
Simple, affordable cloud — VMs, Kubernetes, and managed databases in minutes. Trusted by 600,000+ developers. Spin up a Droplet in 60 seconds.
Try DigitalOcean →Get the daily digest
One email. 5 articles. Every morning.
No spam. Unsubscribe anytime.