AnthonyCalandra/modern-cpp-features
Modern Cpp Features
This project is a comprehensive collection of reference materials, including a language cheatsheet, a standard library reference, and a concurrency reference. It serves as a guide to modern C++ development, focusing on language syntax, standard library utilities, and template metaprogramming patterns.
The repository provides specific guidance on template metaprogramming through a dedicated guide covering compile-time evaluation, type deduction, and variadic template execution.
The materials cover a broad range of capabilities, including asynchronous programming, memory management, and system integration for filesystem and time measurement. It also addresses language features such as type constraints, automatic type deduction, and dynamic text formatting.
Features
- Language Cheatsheets - Provides a curated reference cheatsheet of modern C++ language features and standard library capabilities.
- C/C++ Tutorials - Comprehensive reference and learning resource for implementing modern C++ standards and features.
- Template Metaprogramming - Offers a guide on using compile-time logic and type traits to generate optimized code.
- Automatic Memory Management - Guides the use of C++ ownership models to automatically deallocate heap memory via reference counting.
- Compile-Time Expressions - Provides a reference for computing complex functions and constants during compilation to reduce runtime overhead.
- Variadic Template Arguments - Explains how to process an arbitrary number of arguments at compile time for generic containers.
- Parallel Execution Policies - Details how to distribute standard library algorithms across multiple CPU cores using execution tags.
- RAII Patterns - Covers automated resource lifecycle and memory deallocation through scope-based destructor calls.
- Move Semantics - Explains mechanisms for transferring resource ownership via move semantics to optimize memory usage.
- Asynchronous Programming - Comprehensive guide to managing background tasks and thread lifetimes using C++ concurrency tools.
- Standard Library References - Provides a comprehensive reference guide for the C++ standard library modules and functions.
- Standard Template Library Integrations - Guide to utilizing the C++ Standard Template Library for filesystem operations and parallel algorithms.
- Parallel Algorithms - Details the execution of standard library search and sort operations across multiple processor cores.
- C++ Task Engines - Reference for implementing non-blocking computations and background task management in C++.
- Monadic Error Handling - Guides the use of monadic container types like optional and expected to handle success and failure sequences.
- Optional Value Types - Describes how to handle potentially empty values and chain operations to avoid manual null checks.
- Memory Management - Reference for managing object lifetimes and resource ownership using smart pointers and move semantics.
- Filesystem Abstractions - Provides a platform-independent interface for manipulating directory paths and file metadata.
- Concurrency References - Provides a curated summary of C++ features for asynchronous tasks and thread lifetime management.
- Filesystem Operations - Provides a reference for performing platform-independent filesystem operations on files and directories.
- Memory Slicing Mechanisms - Provides guidance on using non-owning references to contiguous data ranges within collections.
- Automatic Type Deduction - Documents C++ capabilities for inferring variable and return types to reduce boilerplate.
- C++ Text Formatting Libraries - Guides the implementation of type-safe, high-performance dynamic text formatting for C++ strings.
- Compile-Time Expression Evaluation - Explains the use of compile-time expressions and functions to improve runtime performance and safety.
- Compile-Time Type Constraints - Provides guidance on using named predicates to validate type requirements during compilation.
- Heterogeneous Containers - Provides reference for containers that group different value types into single objects with type-safe unpacking.
- Thread Join Operations - Guides the use of thread synchronization and automated joining processes during object destruction.
- Compile-Time Introspection - Details how to use template-based interfaces to inspect and query type properties at compile time.
- Compile-Time Functions - Covers the definition of functions with complex logic that execute during the compilation process.
- Smart Pointer Allocations - Covers safe memory allocation using unique pointers to prevent leaks during exceptions.
- Monotonic Time Measurement - Details the use of monotonic clocks and toolsets for precise time and duration measurement.
- Integer Sequence Generation - Provides techniques for generating integer sequences at compile time for metaprogramming and array conversions.
- Învățare și referință - Cheatsheet for modern C++ features.
- Resurse de învățare - Cheatsheet for modern language and library features.
