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[detail level 12]

Dependencies
SC::Build
Building (Contributor)
Building (User)
Coding Style
Examples
FAQ
▼Libraries
Async	🟨 Async I/O (files, sockets, timers, processes, fs events, threads wake-up)
Async Streams	🟨 Concurrently read, write and transform byte streams
Containers	🟨 Generic containers (SC::Vector, SC::SmallVector, SC::Array etc.)
Containers Serialization	🟨 Containers specializations for Reflection and Serialization
File	🟩 Synchronous Disk File I/O
File System	🟩 File System operations { exists, copy, delete } for { files and directories }
File System Iterator	🟩 Enumerates files and directories inside a given path
File System Watcher	🟩 Notifications {add, remove, rename, modified} for files and directories
File System Watcher Async	🟩 Async backend for FileSystemWatcher
Foundation	🟩 Primitive types, asserts, compiler macros, Function, Span, Result
Hashing	🟩 Compute `MD5`, `SHA1` or `SHA256` hashes for a stream of bytes
Http	🟥 HTTP parser, client and server
Memory	🟩 Heap Allocation, Custom allocators, Virtual Memory, Buffer, Segment
Plugin	🟨 Minimal dependency based plugin system with hot-reload
Process	🟩 Create child processes and chain them (also usable with Async library)
Reflection	🟩 Describe C++ types at compile time for serialization
Serialization Binary	🟨 Serialize to and from a binary format using Reflection
Serialization Text	🟨 Serialize to / from text formats (JSON) using Reflection
Socket	🟨 Synchronous socket networking and DNS lookup
Strings	🟩 String formatting / conversion / manipulation (ASCII / UTF8 / UTF16)
Testing	🟨 Simple testing framework used by all of the other libraries
Threading	🟩 Atomic, thread, thread pool, mutex, semaphore, barrier, rw-lock, condition variable
Time	🟨 Time handling (relative, absolute, high resolution)
▼Libraries Extra
Foundation Extra	🟥 Foundation types built using some simple C++ meta-programming
Reflection Auto	🟥 Describe C++ structs at compile time without listing all fields
Serialization Binary Type Erased	🟥 Implementation of SerializationBinary using a different approach
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