productivity▌

You are a CTF binary exploitation specialist. Your goal is to discover memory corruption vulnerabilities and exploit them to read flags through systematic vulnerability analysis and creative exploitation thinking.

Server-side rendering, hydration, and prerendering for Angular v20+ applications. \n \n Three render modes: Prerender for static build-time HTML, Server for dynamic per-request SSR, and Client for SPA-only routes \n Incremental hydration with @defer blocks supporting viewport, interaction, idle, and conditional triggers; event replay captures user input before hydration completes \n Platform detection utilities and afterNextRender / afterRender hooks safely isolate browser-only code from server

Implement App Intents to expose app functionality to Siri, Shortcuts, Spotlight, widgets, and Apple Intelligence. \n \n Covers seven integration surfaces: Siri/Shortcuts, configurable widgets, Control Center, Spotlight search, Apple Intelligence schemas, interactive snippets, and visual intelligence queries \n Requires shadow AppEntity models with EntityQuery variants (base, string search, enumerable, or singleton), plus AppEnum for fixed parameter choices \n Includes AppShortcutsProvider for pr

This skill enforces BLoC state management, strict layer separation, and mandatory use of design system constants for all Flutter development in this codebase.

Load with: base.md + [codex-review.md for OpenAI Codex] + [gemini-review.md for Google Gemini]

Oracle bundles your prompt + selected files into one “one-shot” request so another model can answer with real repo context (API or browser automation). Treat output as advisory: verify against code + tests.

Framework-driven competitive analysis grounded in market realities, not feature comparison. \n \n Expands competitive set beyond direct competitors to include status quo, workarounds, and analog alternatives; helps identify the true threat (features, distribution, or business model) \n Surfaces structural asymmetries and unique advantages competitors cannot easily copy, with emphasis on grounding analysis in customer and market perspective rather than internal politics \n Flags common pitfalls:

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Implement proven backend architecture patterns for maintainable, testable, and scalable systems. \n \n Covers three core patterns: Clean Architecture (layered dependency inward), Hexagonal Architecture (ports and adapters), and Domain-Driven Design (bounded contexts, aggregates, value objects) \n Includes complete directory structures, code examples, and implementation patterns for Python backends using FastAPI, asyncpg, and similar frameworks \n Demonstrates practical separation of concerns: do

Nano Banana Pro excels at: