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https://github.com/Egonex-AI/Understand-Anything.git
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Sreeram
b5eb2e6041
Replace the TypeScript/JavaScript-biased analysis pipeline with a truly language-agnostic system. The core architecture was already language-neutral (graph schema, dashboard, search) — the bias lived in agent prompts, tree-sitter plugin, and language-lesson system. Core changes: - LanguageConfig + FrameworkConfig types with Zod validation - LanguageRegistry (12 languages) and FrameworkRegistry (10 frameworks) - Config-driven TreeSitterPlugin replacing hardcoded TS/JS grammars - PluginRegistry now delegates to LanguageRegistry for extension mapping - Language-lesson system uses config for display names and concepts Prompt system: - SKILL.md generalized: dynamic injection of language snippets and framework addendums instead of hardcoded if/else conditionals - 12 language prompt snippets (languages/*.md) with concepts, patterns, frameworks per language - 10 framework addendums (frameworks/*.md) with canonical file roles, edge patterns, architectural layers — Django/FastAPI/Flask preserved and split, plus React/Next.js/Express/Vue/Spring/Rails/Gin added - Extended entry points, directory patterns, and test patterns across all 12 language ecosystems in base prompts
48 lines
2.5 KiB
Markdown
48 lines
2.5 KiB
Markdown
# C++ Language Prompt Snippet
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## Key Concepts
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- **Templates**: Function, class, and variadic templates for generic compile-time polymorphism
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- **RAII**: Resource Acquisition Is Initialization — tie resource lifetime to object scope
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- **Smart Pointers**: `unique_ptr` (exclusive), `shared_ptr` (reference-counted), `weak_ptr` (non-owning)
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- **Move Semantics**: Rvalue references (`&&`) and `std::move` for efficient resource transfer
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- **Operator Overloading**: Define custom behavior for operators on user-defined types
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- **Virtual Functions and Vtable**: Runtime polymorphism through virtual method dispatch tables
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- **Namespaces**: Organize symbols and prevent name collisions across translation units
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- **Constexpr**: Compile-time evaluation of functions and variables for zero-runtime-cost computation
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- **Lambda Expressions**: Anonymous functions with capture lists for closures
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- **STL Containers and Algorithms**: Standard containers (vector, map, set) and generic algorithms
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- **Concepts (C++20)**: Named constraints on template parameters replacing SFINAE patterns
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## Import Patterns
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- `#include <system_header>` — include standard library or system headers
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- `#include "local_header.h"` — include project-local header files
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- `using namespace std` — bring all names from std into scope (avoid in headers)
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- `using std::vector` — selectively bring specific names into scope
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## File Patterns
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- `.h` / `.hpp` — header files containing declarations, templates, and inline definitions
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- `.cpp` / `.cc` — implementation files with function definitions and static data
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- `CMakeLists.txt` — CMake build system configuration
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- `Makefile` — Make-based build rules and targets
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- `main.cpp` — program entry point containing `int main()`
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## Common Frameworks
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- **Qt** — Cross-platform application framework with signal/slot mechanism
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- **Boost** — Extensive collection of peer-reviewed portable libraries
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- **Catch2** — Header-only testing framework with BDD-style syntax
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- **Google Test** — Testing framework with fixtures, assertions, and mocking
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- **gRPC** — High-performance RPC framework for service communication
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## Example Language Notes
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> Uses `std::unique_ptr<T>` for RAII-based ownership, ensuring deterministic cleanup
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> when scope exits. The unique pointer cannot be copied, only moved, making ownership
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> transfer explicit and preventing accidental double-free errors.
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>
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> Header/implementation separation (`.h`/`.cpp`) controls compilation boundaries —
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> changes to a `.cpp` file only recompile that translation unit, not all includers.
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