Skill UI

This skill provides enterprise-grade Role-Based Access Control (RBAC) patterns specifically for Veeva Vault deployments in regulated environments. It guides developers on implementing advanced features while maintaining strict compliance standards. Key considerations include validating API changes against compliance requirements, utilizing VQL for efficient data retrieval, and managing security profiles for robust access control.

Provides an enterprise-grade incident runbook for Veeva Vault deployments, tailored for regulated life sciences environments. This guide details best practices for handling critical operational incidents, ensuring compliance with rigorous standards, and utilizing advanced features like VQL and VAPIL for robust data retrieval and error resolution.

Provides comprehensive architectural guidelines for building scalable Webiny admin extensions. This pattern addresses separating business logic (headless features: UseCase/Repository/Gateway) from presentation logic (Presenters/Hooks/Components). It covers the standardized directory structure and layering necessary for creating robust, maintainable, and highly modular administrative interfaces.

A comprehensive solution for defining, registering, and checking administrative permissions in a structured manner. It utilizes a three-layer system: domain schemas for defining entities and scopes, injectable features for programmatic checking, and UI components/hooks for presentation. Ideal for building complex, multi-entity administrative interfaces with granular access control.

This comprehensive guide outlines best practices for designing and organizing robust backend APIs within the Webiny framework. It details core architectural patterns, including singleton Services (for external APIs or cohesive domain logic), transient UseCases (single-method business orchestrators), and Repository patterns for persistence. Use this skill to structure features, manage dependencies, and ensure scalable, maintainable backend code.

This guide details the architectural shifts when migrating existing Webiny v5 plugins to the v6 feature-based Dependency Injection (DI) model. It covers key patterns, such as converting ContextPlugins to DI Services, adapting event subscriptions to EventHandler features, and restructuring plugin arrays into feature registrations.

This guide provides detailed instructions for setting up a local development loop using the Wispr Flow voice-to-text API. It covers connecting via WebSocket (recommended for low latency) or REST API, handling authentication, and optimizing audio input. Ideal for building voice-powered applications, dictation tools, or integrating sophisticated voice command features into existing SaaS products.

This guide provides detailed instructions on configuring API access for Workhuman, utilizing the OAuth 2.0 protocol. It is essential for integrating external Human Resources Information Systems (HRIS) or building custom workflows for employee recognition and rewards management. Users will learn how to obtain access tokens and programmatically interact with Workhuman's social recognition features.

This guide provides performance tuning and detailed API documentation for Workhuman's Social Recognition and Rewards API. It covers core concepts including OAuth 2.0 authentication, peer-to-peer nominations, configurable award levels, and bidirectional synchronization with major HRIS systems (Workday, SAP SuccessFactors). Use this resource when integrating employee recognition workflows, building reward redemption features, or connecting Workhuman to collaboration platforms like Slack and Microsoft Teams.

This workflow establishes a structured, multi-agent system to manage the entire software development lifecycle. It uses specialized roles (Producer, Developer, QA) to clarify scope, implement robust features, conduct rigorous testing, and maintain project context across sessions. Ideal for adopting new projects or coordinating complex, multi-step implementations.

A robust application framework for Go that combines a reflection-based Dependency Injection container (built on dig) with advanced features. It provides lifecycle hooks (OnStart/OnStop), a module system, and signal-aware run loops. It is ideal for building complex, long-running services like HTTP servers, daemons, and workers that require structured startup and graceful shutdown.

Generate a high-fidelity, multi-screen mobile prototype simulating a gamified experience, perfect for habit trackers, life management apps, or RPG concepts. The output features three distinct phone frames: cover/value proposition, daily quests dashboard, and detailed quest view, all presented on a single dark showcase stage. Ideal for visualizing user journeys and engagement mechanics.