mohitmishra7
102 skills with substantive source documentation and an official publisher or observed installation demand. Read each skill’s original documentation through its card.
mohitmishra786fuzzing
Fuzzing skill for automated input-driven bug finding in C/C++. Use when setting up libFuzzer or AFL++ fuzz targets, defining fuzz entry points around parsing or I/O boundaries, integrating fuzzing into CI, managing corpora, or combining fuzzing with sanitizers. Activates on queries about libFuzzer, AFL, afl-fuzz, fuzz targets, corpus management, coverage-guided fuzzing, or OSS-Fuzz integration.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786gcc
GCC compiler skill for C/C++ projects. Use when selecting optimization levels, warning flags, debug builds, LTO, sanitizer instrumentation, or diagnosing compilation errors with GCC. Covers flag selection for debug vs release, ABI concerns, preprocessor macros, profile-guided optimization, and integration with build systems. Activates on queries about gcc flags, compilation errors, performance tuning, warning suppression, or cross-standard compilation.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786gpio-baremetal
Bare-metal GPIO skill for pin configuration and interrupts. Use when configuring GPIO modes, alternate functions, pull resistors, or EXTI interrupts on STM32/nRF/ESP32-class MCUs. Activates on queries about GPIO MODER, alternate function, pin interrupt, or LED/button bare-metal setup.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786gpu-memory-model
GPU memory model skill for SIMT execution and memory hierarchy. Use when analyzing warp divergence, memory coalescing, shared memory bank conflicts, cache behavior, atomics, or occupancy tradeoffs. Activates on queries about SIMT, warp coalescing, bank conflicts, wavefront, GPU occupancy, or memory-bound kernels.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786hardware-counters
Hardware performance counter skill for low-level CPU analysis. Use when collecting PMU events with perf stat, using the PAPI library, measuring cache miss rates and branch misprediction ratios, computing IPC, or correlating PMU events to source lines. Activates on queries about hardware counters, PMU events, perf stat -e, PAPI, cache miss rate, branch misprediction, IPC measurement, or CPU performance events.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786hare-lang
Hare language skill for simple systems programming. Use when building with hare build/test/run, Hare stdlib, C FFI with @extern, tagged union error handling, or comparing Hare vs C/Zig. Activates on queries about Hare language, hare build, @extern, tagged union, or Hare stdlib.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786include-what-you-use
Include What You Use (IWYU) skill for optimizing C/C++ header includes. Use when reducing compilation cascades, interpreting IWYU reports, applying mapping files, deciding between forward declarations and full includes, or integrating IWYU with CMake. Activates on queries about IWYU, include-what-you-use, header bloat, reducing includes, forward declarations, compilation cascade, or slow C++ compilation from headers.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786intel-vtune-amd-uprof
Intel VTune and AMD uProf profiling skill for microarchitecture analysis. Use when analyzing hotspots, microarchitecture bottlenecks, memory access patterns, pipeline stalls, or using the roofline model. Covers VTune Community Edition (free) and AMD uProf as a free alternative. Activates on queries about VTune, uProf, microarchitecture analysis, pipeline stalls, memory bandwidth, roofline model, or hardware performance analysis.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786interpreters
Bytecode interpreter and JIT compiler skill for implementing language runtimes in C/C++. Use when designing bytecode dispatch loops (switch, computed goto, threaded code), implementing stack-based or register-based VMs, adding a simple JIT using mmap/mprotect, or understanding performance trade-offs in interpreter design. Activates on queries about bytecode VMs, dispatch loops, computed goto, JIT compilation basics, tracing JITs, or implementing a scripting language runtime.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786io-uring
iouring skill for Linux async I/O. Use when building high-performance servers with liburing, multi-shot operations, provided buffers, fixed files, zero-copy send, or tokio-uring. Activates on queries about iouring, SQE/CQE, liburing, IORINGOPPROVIDEBUFFERS, or iouring vs epoll.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786jit-compilation
JIT compilation skill for runtime code generation. Use when building LLVM ORC JIT, LLJIT, Cranelift JIT, inline caches, trampolines, or Rust dynasm codegen. Activates on queries about ORC JIT, LLJIT, Cranelift, ExecutionSession, inline cache, W^X, or dynasm.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786kernel-concurrency
Kernel concurrency skill for Linux locking and synchronization. Use when choosing spinlocks vs mutexes, using RCU, seqlocks, completions, or applying memory barriers in kernel code. Activates on queries about kernel spinlock, mutex, RCU, seqlock, memory barrier, or PREEMPTRT locking.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786kernel-debugging
Linux kernel debugging skill for kgdb, kdb, ftrace, kprobes, and crash analysis. Use when setting up kgdb over serial, using ftrace and trace-cmd, inserting kprobes, enabling dynamic debug, or analyzing kdump with crash. Activates on queries about kgdb, kdb, ftrace, kprobes, dyndbg, kdump, or kernel dmesg levels.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786kernel-memory-management
Kernel memory management skill for Linux mm subsystem. Use when using kmalloc, vmalloc, page allocator, SLUB, or debugging OOM and memory zones. Activates on queries about buddy allocator, kmalloc sizes, vmalloc vs kmalloc, SLUB, memory zones, or kernel OOM.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786kernel-security
Linux kernel security skill for LSM, hardening, and exploit mitigations. Use when writing SELinux/AppArmor policies, seccomp-bpf filters, configuring KASLR/CET/PAC, or triaging kernel CVEs. Activates on queries about SELinux, AppArmor, seccomp, KASLR, CET, PAC, BTI, KASAN, or kernel CVE.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786linkers-lto
Linker and Link-Time Optimisation (LTO) skill. Use when configuring GNU ld, gold, or lld linker flags, diagnosing link-order issues or undefined symbols at link time, enabling LTO safely in real projects, or understanding inter-module optimisation trade-offs. Activates on queries about linker flags, -flto, thin LTO, LTCG, --gc-sections, link order errors, weak symbols, or linker scripts.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786linux-kernel-architecture
Linux kernel architecture skill for subsystem overview. Use when navigating kernel source, understanding boot flow, initcalls, or major subsystems (VFS, scheduler, MM). Activates on queries about kernel architecture, boot process, initcall levels, subsystem layout, or where code lives in linux.git.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786linux-perf
Linux perf profiler skill for CPU performance analysis. Use when collecting sampling profiles with perf record, generating perf report, measuring hardware counters (cache misses, branch mispredicts, IPC), identifying hot functions, or feeding perf data into flamegraph tools. Activates on queries about perf, Linux performance counters, PMU events, off-CPU profiling, perf stat, perf annotate, or sampling-based profiling on Linux.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786lldb
LLDB debugger skill for C/C++/Swift/Objective-C programs. Use when debugging with LLDB on macOS, FreeBSD, or Linux-clang environments, mapping GDB mental models to LLDB commands, using LLDB in Xcode or VS Code, or debugging Swift/Objective-C. Activates on queries about LLDB commands, GDB to LLDB migration, Apple platform debugging, LLDB Python scripting, or IDE-integrated debugging with clang-built binaries.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786llvm
LLVM IR and pass pipeline skill. Use when working directly with LLVM Intermediate Representation (IR), running opt passes, generating IR with llc, inspecting or writing LLVM IR for custom passes, or understanding how the LLVM backend lowers IR to assembly. Activates on queries about LLVM IR, opt, llc, llvm-dis, LLVM passes, IR transformations, or building LLVM-based tools.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786low-power-embedded
Low-power embedded skill for sleep modes and energy optimization. Use when configuring MCU sleep/stop/standby, peripheral clock gating, wake-up sources, or measuring firmware current draw. Activates on queries about WFI, STOP mode, STM32 PWR, nRF sleep, wake-up EXTI, or reducing embedded power consumption.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786make
GNU Make skill for C/C++ build systems. Use when writing or debugging Makefiles, understanding pattern rules and automatic dependency generation, managing CFLAGS/LDFLAGS, converting ad-hoc compile commands into maintainable Makefiles, or diagnosing incremental build issues. Activates on queries about Makefiles, make targets, pattern rules, phony targets, dependency tracking, recursive make, or make errors.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27
mohitmishra786memory-hierarchy-and-caches
Memory hierarchy skill for caches, coherence, and locality. Use when explaining cache levels, associativity, false sharing, prefetching, or MESI coherence. Activates on queries about cache hierarchy, L1 L2 L3, false sharing, cache line, prefetch, or cache coherence.
- installs
- 1
- GitHub stars
- 263
- Updated
- Jun 27
mohitmishra786memory-model
C++ and Rust memory model skill for concurrent programming. Use when understanding memory ordering, writing lock-free data structures, using std::atomic or Rust atomics, diagnosing data races, or selecting the correct memory order for atomic operations. Activates on queries about memory ordering, acquire-release, seqcst, relaxed atomics, happens-before, memory barriers, std::atomic, or Rust atomic ordering.
- installs
- 1
- GitHub stars
- 267
- Updated
- Jun 27