
Security News
Deno 2.2 Improves Dependency Management and Expands Node.js Compatibility
Deno 2.2 enhances Node.js compatibility, improves dependency management, adds OpenTelemetry support, and expands linting and task automation for developers.
github.com/project-planton/solr-kubernetes-pulumi-module
The module automatically creates a Kubernetes provider using the Kubernetes cluster credentials specified in the stack input. This ensures secure and authenticated communication with the target Kubernetes cluster.
A new namespace is automatically created within the Kubernetes cluster, isolating the Solr instance and its associated components. This ensures that the resources deployed for Solr are logically separated from other workloads running in the cluster.
The module deploys a Solr cluster based on the configuration provided in the API resource spec. Key settings, such as the number of replicas, container image, and resource limits (CPU and memory), can be customized. These configurations ensure that the Solr cluster is both scalable and tuned for performance.
The Zookeeper instance required by the Solr cluster is automatically provisioned. Zookeeper pods are configured with appropriate resource limits and persistent volumes, ensuring the reliable operation of the Solr cluster.
Each Solr and Zookeeper pod is provisioned with persistent storage volumes. This ensures that data is retained across pod restarts and is available for high-availability configurations.
If ingress is enabled in the API resource spec, the module provisions ingress resources, including Istio-based ingress for routing external traffic to the Solr service. This makes it easier to expose Solr services to clients both inside and outside the Kubernetes cluster.
The module allows fine-grained control over the deployment by enabling developers to specify resource configurations, such as CPU and memory limits for Solr and Zookeeper pods. This ensures optimal resource usage and performance tuning for both services.
Upon successful deployment, the module generates several useful outputs, including:
These outputs provide essential information for developers to monitor, manage, and interact with their deployed Solr clusters.
Refer to the example section for usage instructions.
planton pulumi up --stack-input <api-resource.yaml>
command.Once the module is deployed, several outputs are generated to provide critical information for managing the Solr cluster:
These outputs ensure easy access and management of the Solr cluster post-deployment.
The Solr Kubernetes Pulumi module provides a powerful and flexible solution for automating the deployment of Solr clusters on Kubernetes. With features like customizable resource configurations, seamless Kubernetes integration, and robust infrastructure management via Pulumi, this module greatly simplifies the operational overhead of managing Solr in cloud-native environments. By following a standardized YAML-based API resource approach, it empowers developers to deploy complex infrastructure with minimal effort, making Solr deployment more accessible and scalable.
FAQs
Unknown package
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
Deno 2.2 enhances Node.js compatibility, improves dependency management, adds OpenTelemetry support, and expands linting and task automation for developers.
Security News
React's CRA deprecation announcement sparked community criticism over framework recommendations, leading to quick updates acknowledging build tools like Vite as valid alternatives.
Security News
Ransomware payment rates hit an all-time low in 2024 as law enforcement crackdowns, stronger defenses, and shifting policies make attacks riskier and less profitable.