1. Versions are tied to a specific runtime group. Is it correct statement?
Yes, that statement is true. In Kong Konnect, each version of a Konnect Service is tied to a specific runtime group, which defines the environment where the service is deployed and executed. A runtime group is a logical grouping of Kong Gateways that share the same configuration, including plugins, authentication methods, and rate limiting settings. Each Konnect Service can be associated with one or more runtime groups, and the service can be deployed to any Kong Gateway that belongs to those runtime groups. This allows for flexible deployment options, such as deploying a service to multiple geographically dispersed data centers or deploying a service to a specific subset of Kong Gateways based on traffic routing and performance requirements.
2. API Spec cannot be published to Dev portal directly from the Service Hub. Is it correct statement?
Yes, that statement is true. In Kong Konnect, the API specifications for a Konnect Service are defined using an OpenAPI specification, and the specifications can be managed and versioned in the Service Hub. However, the API specifications cannot be published directly to the Developer Portal from the Service Hub. Instead, the API specifications must be published to the Developer Portal from a connected Kong Gateway that has the Developer Portal plugin installed and configured.
3. A runtime instance stores its configuration in the cache and does not need a database. Is it correct statement?
No, that statement is not entirely true. While it is true that a runtime instance in Kong Konnect stores some of its configuration in the cache, it still needs to access a database to retrieve other information, such as consumer credentials and plugin configurations.
4. Data plane cannot continue to run if the control plane goes down. Is it correct statement?
No, that statement is not entirely true. In Kong, the control plane and data plane are designed to operate independently, which means that the data plane can continue to run even if the control plane goes down.
5. What are the steps to automate in Kong's APIOPS?
Kong's APIOps provides a framework for automating the entire API lifecycle. Some of the steps that can be automated using Kong's APIOps are:
API Design: Using API definition languages like OpenAPI or Kong's native DSL to define the API specifications.
Code Generation: Generating server-side stubs and client-side SDKs based on the API specifications.
Testing: Automated testing of APIs to ensure they meet the requirements and behave as expected.
Security: Configuring and enforcing security policies like OAuth2, JWT, and rate limiting.
Deployment: Automated deployment of API gateways and proxies to multiple environments like development, staging, and production.
Scaling: Automatically scaling the API infrastructure to meet demand by deploying additional nodes or containers.
Monitoring: Collecting and analyzing API metrics and logs to identify performance bottlenecks, errors, and security issues.
Alerting: Setting up alerts and notifications based on pre-defined thresholds and conditions to notify stakeholders of issues or potential issues.
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