scrcpy-cli-argument-to-code-mapper

Map scrcpy CLI argument specifications to Dart class definitions.

16|1|Updated May 29, 2025
One-click install
npx skills add https://github.com/Codertainment/scrcpy_buddy --skill scrcpy-cli-argument-to-code-mapper
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: scrcpy-cli-argument-to-code-mapper
Source: https://github.com/Codertainment/scrcpy_buddy/tree/main/.claude/skills/scrcpy-cli-argument-to-code-mapper
Command: npx skills add https://github.com/Codertainment/scrcpy_buddy --skill scrcpy-cli-argument-to-code-mapper

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Manually creating Dart classes for each new scrcpy CLI argument is a repetitive and error-prone task. This Skill automates the process of mapping CLI arguments to structured code, ensuring consistency and accelerating development.

Core Features & Use Cases

  • Automated Class Generation: Creates Dart classes for scrcpy CLI arguments based on their definition (argument, description, UI control type, advanced status).
  • Information Gathering: Guides the process of finding or defining new scrcpy CLI argument details from documentation.
  • Code Structure Adherence: Ensures generated classes follow the project's established structure and annotations (e.g., @scrcpyArg).
  • Use Case: When a new scrcpy CLI argument is released, use this Skill to quickly generate the necessary backend Dart classes, allowing the application to support the new argument without manual coding.

Quick Start

Use the scrcpy-cli-argument-to-code-mapper skill to create a new Dart class for the scrcpy CLI argument --max-fps with a description 'Set maximum frames per second', a UI control type of 'text input', and mark it as 'not advanced'.

Frequently Asked Questions about scrcpy-cli-argument-to-code-mapper

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate generating Dart classes for new scrcpy CLI arguments?

Automate scrcpy CLI argument code generation by mapping CLI argument specifications to corresponding Dart class definitions. This Skill takes argument details—name, description, UI control type, and advanced flag—and produces categorized classes under @lib/application/model/scrcpy/arguments, aligned with your project's existing structure and @scrcpyArg annotations.

Can I use this to add support for new scrcpy CLI options without manual coding?

Yes. When a new scrcpy CLI argument is released, provide its documented specification from scrcpy docs or docs/scrcpy_options. The Skill generates the necessary backend Dart classes automatically, eliminating manual class creation and ensuring consistency with your established code structure.

What if I have an undocumented or unfamiliar scrcpy CLI argument?

For unknown arguments, this Skill drafts class definitions based on available information and confirms details with you before finalizing. It guides the process of gathering missing argument specifications from documentation or other sources to ensure accuracy.

Does this maintain consistency with my existing scrcpy argument structure?

Yes. Generated classes follow your project's established patterns, including proper use of @scrcpyArg annotations, UI control type categorization, and the Advanced flag. All output aligns with the structure documented in Supported scrcpy CLI Options.

What information do I need to provide for each CLI argument?

Provide the argument name, human-readable description, UI control type (e.g., text input, toggle, dropdown), and whether it's marked as advanced. The Skill uses these details to generate complete, annotated Dart class definitions ready for integration.

How does this reduce errors when adding scrcpy argument support?

Manual class creation is repetitive and error-prone. Automating the mapping from CLI specifications to code eliminates transcription mistakes, ensures consistent annotation usage, and maintains alignment with your project structure across multiple arguments.