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本次搜索耗时 0.018 秒,为您找到相关结果约 108 个.
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  • pdf文档 Performance Engineering: Being Friendly to Your Hardware

    Being Friendly to Your Hardware Performance Engineering A gentle introduction to hardware for software engineers 2Where does C++ run? 3On an abstract C++ machine 4On an abstract C++ machine? specialty instructions, on-core and off- core accelerators • Data layout: both software and hardware characteristics 84 src dst • Alignment: source and destination • Size • Direction • LinearityExample
    0 码力 | 111 页 | 2.23 MB | 5 月前
    3
  • pdf文档 Balancing Efficiency and Flexibility: Cost of Abstractions in Embedded Systems

    1200, Vienna, Austria wien@zuehlke.com +43 1 205 11 6800 2Motivation 3 direct interaction with hardware references encapsulation inheritance polymorphism large library support exception handling overloading C compatibility templates overhead auto lambda RAII move semantics namespaceOverview Hardware Abstraction Layer ⚫ Encapsulation ⚫ Inheritance ⚫ Polymorphism + ⚫ Template Metaprogramming function calls (de-virtualization) CPin pin { GPIO_PIN_6 }; CLed led { &pin }; while (true) { led.toggle(); delay(1000); } 41Dynamic Polymorphism without de-virtualization 42
    : push
    0 码力 | 75 页 | 2.12 MB | 5 月前
    3
  • pdf文档 Embracing an Adversarial Mindset for Cpp Security

    soon Shadow Stack Control-flow Enforcement Technology (CET)) CIG Code Integrity Guard Virtualization-based security (VBS) enclaves Redirection GuardCurrent Defensive Strategies Control flow high-jacking Binary, etc.) Deserializers Network Streams Browser Data User Input Data and FilesHigh Privilege Hardware Ring 2: Device Drivers Ring 1: Device Drivers Ring 0: Kernel Ring -1: Hypervisor Ring -2: System string print sprintf and snprintf #include “banned.h” https://learn.microsoft.com/en-us/windows-hardware/drivers/devtest/28719-banned-api-usage-use-updated-function-replacementIntegrating Security into
    0 码力 | 92 页 | 3.67 MB | 5 月前
    3
  • pdf文档 Just-in-Time Compilation - J F Bastien - CppCon 2020

    faster, especially if they are compiled into a form that is directly executable on the underlying hardware. Static compilation can also devote an arbitrary amount of time to program analysis and optimization faster, especially if they are compiled into a form that is directly executable on the underlying hardware. Static compilation can also devote an arbitrary amount of time to program analysis and optimization faster, especially if they are compiled into a form that is directly executable on the underlying hardware. Static compilation can also devote an arbitrary amount of time to program analysis and optimization
    0 码力 | 111 页 | 3.98 MB | 5 月前
    3
  • pdf文档 Vectorizing a CFD Code With std::simd Supplemented by Transparent Loading and Storing

    German Aerospace Center (DLR) Institute of Software Methods for Product Virtualization VECTORIZING A CFD CODE WITH STD::SIMD SUPPLEMENTED BY (ALMOST) TRANSPARENT LOADING AND STORINGMotivation: The generation CFD code CODA with a focus on: ▪ modern algorithms ▪ exploiting current and future HPC hardware architectures ▪ making use of modern software engineering and code design Background: Cooperation
    0 码力 | 58 页 | 2.68 MB | 5 月前
    3
  • pdf文档 Implementing Reflection Using the New C++20 Tooling Opportunity: Modules

    compiler’s source code parser entirely! 6 0 Future stuff to be excited about!Alternative Field de-virtualization • every impl ptr to member being equally sized • But MSVC... • PtrToMember = 4 bytes for POD
    0 码力 | 53 页 | 1.43 MB | 5 月前
    3
  • pdf文档 Shared Libraries

    type_info objects • Template Instantiations 68Indirect Call Overhead • Recent (2020) work on de-virtualization in clang: • “Modeling the Invariance of Virtual Pointers in LLVM” Piotr Padlewski, Krzysztof
    0 码力 | 69 页 | 1.40 MB | 5 月前
    3
  • pdf文档 Building Effective Embedded Systems: Architectural Best Practices

    layer from the hardware layerSeparate the logic layer from the hardware layer Application Layer Drivers handling LayerProcesses & Logics Separate the logic layer from the hardware layer Application Application Layer Drivers handling LayerProcesses & Logics Hardware Handling Separate the logic layer from the hardware layer Application Layer Drivers handling LayerHow are we going to test it?Probably GetNextTrafficLightLogic SetTrafficLightLogic Hardware SetTrafficLightA unit testUnit tests encourage us to keep the code simpler (Try to mock as little as possible)How Hardware tests should look like Init Write
    0 码力 | 241 页 | 2.28 MB | 5 月前
    3
  • pdf文档 ethercat stack

    for process data handling ▶ Provides calls for interrupt control ▶ Calls interface on interrupts ▶ Hardware concrete to the abstraction Michael Caisse Using C libraries in your Modern C++ Embedded Project libraries in your Modern C++ Embedded Project ciere.com Some Goals ▶ Testability ▶ Simulation ▶ Hardware agnostic Michael Caisse Using C libraries in your Modern C++ Embedded Project ciere.com Layered Caisse Using C libraries in your Modern C++ Embedded Project main things slushie_apphardware::hardware> app; extern "C" { void process_app(TOBJ7000 *pdo_in, TOBJ6000 *pdo_out) { auto config = t
    0 码力 | 65 页 | 2.54 MB | 5 月前
    3
  • pdf文档 Back to Basics: The Abstract Machine

    step-by-step execution of programs; they are abstract because they omit the many details of real (hardware) machines. Abstract machines provide an intermediate language stage for compilation. They bridge N G What is an Abstract Machine? “A processor design which is not intended to be implemented as hardware, but which is the notional executor of a particular intermediate language (abstract machine language) Machine? “The C++ abstract machine is a portable abstraction of your operating system, kernel and hardware. The abstract machine is the intermediary between your C++ program and the system that it is run
    0 码力 | 91 页 | 538.90 KB | 5 月前
    3
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PerformanceEngineeringBeingFriendlytoYourHardwareBalancingEfficiencyandFlexibilityCostofAbstractionsinEmbeddedSystemsEmbracinganAdversarialMindsetforCppSecurityJustTimeCompilationBastienCppCon2020VectorizingCFDCodeWithstdsimdSupplementedbyTransparentLoadingStoringImplementingReflectionUsingtheNewC++20ToolingOpportunityModulesSharedLibrariesBuildingEffectiveArchitecturalBestPracticesethercatstackBackBasicsTheAbstractMachine
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