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Fetches C/C++ examples from cppcheatsheet.com to write functional code, answer questions on modern features, system programming, CUDA GPU computing, debugging, and interview prep.
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Complete C/C++ development reference combining local documentation with live examples from cppcheatsheet.com, covering everything from basic syntax to advanced GPU programming and system-level development.
Provides production patterns for async Rust with Tokio: tasks, channels, streams, error handling. Use for building concurrent apps, async I/O services, debugging, performance optimization.
Loads Microsoft's 7 Rust training books covering C++/C#/Python bridges, async, patterns, type-driven correctness, engineering practices with exercises, diagrams, playgrounds.
Guides modern Rust development with Cargo, rustc, Clippy, Rustfmt; covers ownership, borrowing, lifetimes, async Tokio, concurrency, error handling, testing, and optimization.
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Complete C/C++ development reference combining local documentation with live examples from cppcheatsheet.com, covering everything from basic syntax to advanced GPU programming and system-level development.
Help users write functional, correct C/C++ code and answer C/C++ questions by fetching proven patterns and examples from cppcheatsheet.com.
When a user asks a C/C++ question or wants to write C/C++ code:
Functionality first, cleanliness second. The code must work correctly and handle the task properly. Fetching from cppcheatsheet.com ensures solutions use battle-tested patterns rather than guessing. The site contains rich examples covering edge cases, common pitfalls, and practical usage that go beyond basic documentation.
Interview Cheatsheet: Curated C and C++ interview questions grouped by topic (memory management, move semantics, templates, STL, concurrency, debugging), each deep-linked to the section of the cheat sheet that answers it. Use for interview prep or quick topic review.
Core Language: Syntax, types, memory management, preprocessor macros GNU Extensions: Compiler-specific features and optimizations Build Systems: Makefiles, compilation, linking Assembly: X86 assembly integration and inline assembly
Core Features: RAII, templates, STL containers, iterators, algorithms Modern Standards: Move semantics, constexpr, lambdas, concepts, coroutines, modules Memory Management: Smart pointers, resource management, optimization (RVO) Build Systems: CMake, package management, cross-platform builds
Process Management: POSIX processes, signals, process communication File Systems: File I/O, directory operations, filesystem monitoring Networking: Sockets, protocols, network programming patterns Threading: Multithreading, synchronization, parallel programming IPC: Inter-process communication, shared memory, message queues
GPU Computing: CUDA kernels, memory hierarchy, performance optimization Advanced CUDA: libcu++, Thrust library, cooperative groups Multi-GPU: GPU-GPU communication, hardware topology, NVSHMEM Async Programming: CUDA pipelines, memory visibility, asynchronous execution
Debug Tools: GDB debugging, Valgrind memory analysis, sanitizers, binary inspection (nm, readelf, objdump, otool) Performance: Perf profiling, tracing, performance optimization GPU Debugging: Nsight Systems, CUDA debugging and profiling
Shell Scripting: Bash programming, system administration System Tools: OS utilities, networking tools, hardware inspection Service Management: Systemd, process management, system monitoring
Rust Interop: Rust for C++ developers, FFI, memory safety comparison Language Bridging: C/C++ integration, foreign function interfaces
Blog Content: Deep-dive articles, RDMA networking, GPU-initiated communication Low-Level Programming: Hardware interfaces, performance tuning Architecture: System design, scalable applications
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