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tech-stack

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Mis à jour19 mai 2026 à 04:59

Defines C++20, CMake, and MySQL standards for cross-platform support. Use to ensure compatibility across Windows, Linux, and macOS.

Installation

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Source

FirelandsProject

FirelandsProject/firelands-next

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Métiers associésSOC

Basé sur la classification professionnelle SOC

Développeurs de logicielsProfessions informatiques et mathématiques·SOC 15-1252

SKILL.md

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name	tech-stack
description	Defines C++20, CMake, and MySQL standards for cross-platform support. Use to ensure compatibility across Windows, Linux, and macOS.

Technical Stack & Platform Support

Stack Definition

Language: C++20 (Use <filesystem>, std::optional, std::variant, std::span, designated initializers, etc.).
Build Tool: CMake 3.10+ (developers: 3.20+ recommended).
Database: MySql 8.0+.
API: RESTful (JSON).

Multi-Platform Directives

CMake Abstraction: Use CMake to manage include paths, library links, and compiler flags for each platform.
Standard Library: Favor std:: over platform-specific libraries (e.g., use std::thread instead of pthreads or Windows Threads).
Path Handling: Use std::filesystem for cross-platform path manipulation.
Conditional Compilation: Use C++ macros only when absolutely necessary for platform-specific system calls, and keep them hidden inside Adapters.

Verification

Code must build on:
- Windows: MSVC or MinGW.
- Linux: GCC or Clang.
- macOS: Clang (Apple Clang).

Workflow Integration

Understand: Review the required tech stack and platform constraints before starting the task.
Plan: Ensure the proposed solution utilizes C++20 standard features and cross-platform CMake practices.
Implement: Write code adhering to the language and platform-abstraction guidelines.
Verify (Tests): Ensure tests are compatible with the cross-platform nature of the codebase.
Verify (Standards): Build the project on the relevant target platforms (or simulate as appropriate) and ensure strict adherence to C++20 and standard library usage.

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project-mandates

FirelandsProject/firelands-next

Global project mandates for Firelands Next. Use as the default baseline for all work.

2026-05-056

project-mandates

FirelandsProject/firelands-next

Global project mandates for Firelands Next. Use as the default baseline for all work.

2026-05-036

hexagonal-architecture

FirelandsProject/firelands-next

Enforces Hexagonal Architecture (Ports and Adapters) to isolate domain logic from infrastructure. Use when adding new features, services, or repository implementations.

2026-04-286

strategic-delegation

FirelandsProject/firelands-next

Manages task delegation to specialized virtual agents (Auth, World, DB, Core). Use for complex tasks spanning multiple domains.

2026-04-286

language-and-naming

FirelandsProject/firelands-next

Ensures all code, comments, and git history use consistent English and technical nomenclature. Use whenever writing code, adding comments, or preparing commit messages.

2026-04-286

build-optimization

FirelandsProject/firelands-next

Optimizes build times using Ninja, ccache, and Precompiled Headers (PCH). Use when adding new targets or heavy dependencies.

2026-04-286

name	tech-stack
description	Defines C++20, CMake, and MySQL standards for cross-platform support. Use to ensure compatibility across Windows, Linux, and macOS.

Technical Stack & Platform Support

Stack Definition

Language: C++20 (Use <filesystem>, std::optional, std::variant, std::span, designated initializers, etc.).
Build Tool: CMake 3.10+ (developers: 3.20+ recommended).
Database: MySql 8.0+.
API: RESTful (JSON).

Multi-Platform Directives

CMake Abstraction: Use CMake to manage include paths, library links, and compiler flags for each platform.
Standard Library: Favor std:: over platform-specific libraries (e.g., use std::thread instead of pthreads or Windows Threads).
Path Handling: Use std::filesystem for cross-platform path manipulation.
Conditional Compilation: Use C++ macros only when absolutely necessary for platform-specific system calls, and keep them hidden inside Adapters.

Verification

Code must build on:
- Windows: MSVC or MinGW.
- Linux: GCC or Clang.
- macOS: Clang (Apple Clang).

Workflow Integration

Understand: Review the required tech stack and platform constraints before starting the task.
Plan: Ensure the proposed solution utilizes C++20 standard features and cross-platform CMake practices.
Implement: Write code adhering to the language and platform-abstraction guidelines.
Verify (Tests): Ensure tests are compatible with the cross-platform nature of the codebase.
Verify (Standards): Build the project on the relevant target platforms (or simulate as appropriate) and ensure strict adherence to C++20 and standard library usage.