Go Template good first issues

The opentelemetry-operator chart hardcodes the metrics server bind address to IPv4 (0.0.0.0), making it unreachable on IPv6 or dual-stack clusters. This prevents metrics scraping without any explicit error. The proposed solution is to remove the host from the bind address, allowing Go to default to dual-stack listening.

The user is reporting that the `insecure: true` parameter in Loki's AWS configuration is not preventing TLS certificate verification errors when connecting to a MinIO instance. Despite setting it to true, Loki is still encountering an 'x509: certificate signed by unknown authority' error, indicating a potential issue with how the `insecure` flag is being interpreted or applied in the AWS client configuration.

This issue requires aligning the current repository with the established llm-d organization's repository template. It involves adding various governance documents, linting configurations, GitHub metadata files, and CI/CD workflow files to ensure consistency across projects.

The `kubelet_scrape_configs.yaml` example file is missing from the packaged `opentelemetry-kube-stack` Helm chart. This prevents users from configuring the chart to use this specific example configuration out-of-the-box, as the referenced file is not included in the downloaded chart package.

Argo CD is unable to pull the OpenTelemetry Collector Helm chart, returning a TLS error and potentially a 404 from the repository URL. The user suspects the issue might be due to GitHub Pages not being properly configured for the repository, preventing the `repoURL` from resolving correctly. They suggest adding a basic content file to the `gh-pages` branch as a potential fix.

Users are encountering a deprecation warning related to the legacy `service.telemetry.resource` inline map format in the OpenTelemetry Collector Helm chart. This warning appears during pod startup and, while not currently causing functional issues, is concerning for production environments. The user is requesting a fix within the Helm chart to address this.

The Traefik Helm chart version 39.0.9 incorrectly defaults the PodDisruptionBudget API version to `policy/v1beta1` when using `helm template`. This occurs because the chart relies on `.Capabilities.APIVersions.Has`, which is unavailable during templating without a cluster context. The user suggests using `.Capabilities.KubeVersion.GitVersion` or defaulting to `policy/v1` as `policy/v1beta1` is deprecated in supported Kubernetes versions.

When deploying Valkey with a single replica and persistence enabled, the default rolling update strategy causes deployment failures. This is because the old pod retains the persistent volume, preventing the new pod from starting. The issue suggests either changing the deployment strategy to 'recreate' or using a StatefulSet when persistence is enabled.

This issue proposes integrating `helm-unittest` into the CI pipeline to validate rendered Helm chart templates against expected configurations. The plan involves creating test suites for each template, reusing existing value files for scenarios, and covering a comprehensive list of features for Deployment, Service, ServiceAccount, Ingress, HTTPRoute, HPA, and PDB resources.

This issue proposes integrating `helm-unittest` into the project to validate that Helm chart templates render correctly based on different value configurations. The goal is to ensure that specific elements and configurations appear in the rendered output as intended.

This issue proposes adding user-configurable options to manage data retention mechanisms (RDB and AOF) and their intervals for the Valkey chart. Currently, these settings can only be managed through manual `valkeyConfig` snippets, leading to potential data loss on unexpected terminations. The goal is to provide a more user-friendly way to configure persistence levels directly through chart options.

The `image-builder` project may be affected by the discontinuation of the `kubernetes-cni` package. The issue creator suspects `image-builder` has a dependency on `kubernetes-cni` and needs to verify if this is true and ensure continued functionality.

This issue proposes improvements for using multiple Traefik instances with the Kubernetes Gateway API. It aims to address confusion and potential errors by removing hard blockers for namespaced setups, adding documentation examples for distinguishing instances via GatewayClass labels, and introducing a dedicated Helm chart value for easier configuration.

This issue proposes allowing the Traefik Helm chart to support the Gateway API in 'almost' namespaced setups. Currently, the chart enforces a strict block against this combination due to the cluster-scoped nature of GatewayClass resources. The user wants to enable scenarios where only GatewayClass is a cluster-scoped resource, while the rest of the setup remains namespaced.

The user is requesting native support for the `aws_iid` nodeAttestor plugin within the Spire Helm chart. They have successfully implemented a workaround using an unsupported configuration but encountered errors related to EC2 instance metadata access. This issue seeks to address the lack of official support and resolve the underlying attestation failures.

The user is reporting that liveness probes are not appearing on OpenTelemetry Collector pods, despite being correctly configured in the `values.yaml` file for the `opentelemetry-kube-stack` Helm chart and the operator creating the DaemonSet. The configuration for the healthcheckv2 extension and the liveness probe itself are present in the OpenTelemetryCollector CR.

The Prometheus rule runbook URLs in the OpenTelemetry Helm chart are outdated and need to be updated. The issue suggests pointing them to either the internal telemetry or troubleshooting documentation pages, and also proposes creating a dedicated runbook section for Prometheus rules.

This issue proposes adding Continuous Integration (CI) tests to the eBPF Helm chart. The initial goal is to test the default `values.yaml` configuration, with a recommendation for more comprehensive test coverage if possible.

The deployment of the opentelemetry-operator via Helm charts is failing because generated labels exceed Kubernetes' 63-character limit. This issue occurs when the namespace name is large, causing the label value to become excessively long.

The CLA check on release pull requests remains pending because the `release-please` bot, which uses `GITHUB_TOKEN`, is not recognized as a valid CLA signer. This is a recurring issue that permanently leaves a pending check on releases. The solution involves whitelisting the `github-actions[bot]` account in the `cla-assistant.io` configuration.

The user is requesting the addition of a Helm chart for the vmestimator project to facilitate easier deployment within Kubernetes clusters. This would streamline the installation and management process for users who prefer using Helm for their Kubernetes applications.

This issue addresses inconsistencies in the Makefile's `validate-*` targets, which are out of sync with actual build targets and how they are presented in `make help`. It also calls for harmonizing conditional checks for `flatcar` across the codebase and automating the execution of validate targets in CI.

The issue describes a bug where setting the Prometheus storage size to a value like '10GB' fails during the apply phase with an invalid format error. The expected behavior is for the configuration to be validated earlier by `furyctl` to prevent apply-time failures.

The OpenTelemetry Collector Helm chart incorrectly uses the deprecated `filelog` receiver name when `presets.logsCollection.enabled` is true. This leads to duplicate receiver configurations if a `file_log` receiver is also explicitly defined, or a deprecation warning if the workaround of using `filelog` is applied. The fix involves updating the template to use the canonical `file_log` name.

This enhancement request aims to allow users to configure the `sizeLimit` option for `emptyDir` volumes within the Traefik Helm chart. Currently, the chart does not expose this necessary configuration, preventing users from enforcing size limits on these temporary volumes.