Skill UI

Defines best practices for securing Helm chart deployments: verifying chart provenance, scanning rendered templates for misconfigurations, enforcing security and RBAC contexts, and managing secrets during Helm releases in Kubernetes.

Guides security testers through identifying and exploiting CORS misconfigurations on API endpoints and SPAs so unauthorized cross-domain data access and credential theft can be detected and proven during penetration testing.

Implements end-to-end FIDO2/WebAuthn hardware security key authentication, covering server configuration, registration and authentication ceremonies, YubiKey enrollment, and passkey migration so high-value accounts gain phishing-resistant, passwordless MFA.

Guides idiomatic C# and .NET patterns covering immutability, explicit intent, dependency injection, async usage, configuration binding, result handling, and repository abstractions to build robust, maintainable applications.

Provides golangci-lint configuration, practical guidance for running linters, interpreting output, suppressing warnings responsibly, and embedding linting into Go workflows and CI pipelines to keep quality high.

Provides guidance for using `lark-cli base +...` commands to manage Feishu multi-dimensional tables, covering table and field configuration, records, views, dashboards, workflows, formulas, lookups, and data-query best practices so agents build reliable automation.

Guides agents through Lark CLI configuration initialization, auth login as user or bot, identity switching, scope and permission management, error handling, and update reminders so they can safely onboard tooling and troubleshoot permission issues.

Query authoritative Microsoft documentation to explain Azure, .NET, M365, Windows, and Power Platform concepts, tutorials, limits, configurations, or best practices whenever a user wants to understand how something works.

This comprehensive template and guide facilitate the containerization of ASP.NET Core applications. It provides a structured prompt and checklist to ensure that the resulting Dockerfile adheres to industry best practices for performance, security, and maintainability when running on Linux containers. It covers all necessary aspects, including dependency management, port exposure, build stages, and custom configuration.