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[detail level 12]

Dependencies
SC::Build
SC::Build (External use)
Building (Contributor)
Building (User)
Coding Style
Examples
FAQ
▼Libraries
Async	🟨 Cross-platform completion-based asynchronous I/O
Async Streams	🟨 Bounded byte-stream pipelines with explicit backpressure
Await	🟨 C++20 coroutine layer over Async
Containers	🟨 Generic containers (SC::Vector, SC::SmallVector, SC::Array etc.)
Containers Reflection	🟨 Opt-in reflection and serialization adapters for SC containers and owning memory types
Fibers	🟥 Stackful cooperative task runtime
FibersAsync	🟥 Stackful fiber I/O bridge over Async
File	🟩 Synchronous Disk File I/O
File System	🟩 Synchronous, path-based file and directory operations
File System Iterator	🟩 Allocation-free, pull-based directory traversal
File System Watcher	🟩 Portable, recursive directory-change notifications for files and directories
Foundation	🟩 Primitive types, asserts, compiler macros, Function, Span, Result
Hashing	🟩 Incremental MD5, SHA-1 and SHA-256 hashing over byte spans
Http	🟥 Allocation-free HTTP/1.1 client, server, parser, and WebSocket building blocks
Http Client	🟥 Allocation-free HTTP client over the operating system's native transport
Memory	🟩 Explicit allocation policy, owning byte and string storage, and virtual memory
Plugin	🟨 Compile source-delivered C++ extensions and reload them inside a running process
Process	🟩 Launch child processes, redirect their standard streams, and build pipelines
Reflection	🟩 Describe C++ object structure at compile time, primarily for serialization
SerialPort	🟨 Synchronous serial-port configuration and byte I/O
Serialization Binary	🟨 Reflection-driven binary persistence with exact and schema-aware reads
Serialization Text	🟨 Map reflected C++ data to and from JSON in caller-controlled storage
Socket	🟨 Synchronous TCP, connected UDP, multicast configuration and DNS lookup
Strings	🟩 Non-owning encoded text, formatting, conversion, parsing, and path manipulation
Testing	A small, explicit test runner for SC-style result checking and sectioned tests
Threading	🟩 Native threads, synchronization primitives, and a caller-owned task pool
Time	🟨 Wall-clock timestamps, monotonic time, durations, and high-resolution measurement
Platforms
Principles	✅ Fast compile times ✅ Bloat free ✅ Simple and readable code ✅ Easy to integrate ⛔️ No C++ Standard Library / Exceptions / RTTI ⛔️ No third party build dependencies (prefer OS API)
Single File Amalgamation
Tests
Tools
HTTP Library Notes