501f); 7 . 2/ template struct LerpTable { constexpr T operator()(T in) const { ... } constexpr static LerpTable make_table( T min, T max, table.entries[i] = {a, function(a)}; } return table; } 7 . 4/ constexpr T operator()(T in) const { auto const clamped_in = std::clamp( in, entries[0].input more 8 . 1/ Config Fuses Vendor speci�c compiler extensions to set fuses pragmas, or similar special macros Rely on C style #de�ne for bit values No validation, potentially very complex 8 . 2/ Lets

overview of what the poster reports on. Title: Pipeline architectures in C++: overloaded pipe operator | std::expected and its monadic operations Brief overview: Functional programming in C++ is the overloaded pipe operator. In this poster I show how to implement a custom pipeline framework that employs std::expected, available since C++23. An overloaded custom pipe operator | will be presented my book about C++ [1][3]. One of the topics was to describe the behavior of the overloaded pipe operator | in std::ranges. I came across Ankur's Satle lecture [4] and decided to expand on this topic –

Ordinary characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 Special characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 std::cout << element << std::endl; // read only } 2.5 Templates C++ templates have always been a special art of the language, and templates can even be used independently as a new language. The philosophy in current file The “>” In the traditional C++ compiler, >> is always treated as a right shift operator. But actually we can easily write the code for the nested template: std::vector>

IsSerializable / 530 CObject::Serialize / 531 CArchive 類別 / 531 operator<< 和 operator>> / 532 效率考量 / 536 自定 SERIAL 巨集給抽象類別使用 / 537 在 CObList ㆗加入 构造式 constructor 析构式 destructor 运算子 operator 改写 override 多载 overloading，亦有他书译为「过荷」 封装 ----- #0008 #0009 #include // 每一个 Wi ndows 程序都需要包含此档 #0010 #include "resource.h" // 內含各个 resource IDs #0011 #include "generic.h" // 本程序之含入档 #0012 #0013 HINSTANCE _hInst; // Instance

Examples: • System-specific adapters may require custom handling • Exceptional events may require special processing • Custom or adaptive behavior may invoke novel execution paths Guarantee • Inviolate Examples: • System-specific adapters may require custom handling • Exceptional events may require special processing • Custom or adaptive behavior may invoke novel execution paths • Examples: • Prefer Examples: • System-specific adapters may require custom handling • Exceptional events may require special processing • Custom or adaptive behavior may invoke novel execution paths • Examples: • Prefer

template struct DeferredCall { std::tuple arguments_; R operator()() const { ~~~ } }; 21 However, C++20 moved toward returning dedicated class types, e.g. oGetenv("foo")) ... if (o) ... 29“Engaged” and “disengaged” By the way... Types which own a unique resource without being semantically “pointer-like” (and thus “nullable”) tend to have some “disengaged” value-initializes its 0’th alternative. In this case the int gets 0.Special member functions pair, tuple, variant, and optional all inherit their special members from their constituent types in the “natural” way

puts("Hello from threadA!"); threadB.join(); 9Getting the “result” of a thread We don’t need any special way to return an “exit status” from a thread, because joining with a child thread is a synchronizing “mutex lock” is a resource ● A new’ed T* is a resource, in the sense that you need to do something special with it when you’re done with it: call delete. ● A locked std::mutex is a resource, in the sense sense that you need to do something special with it when you’re done with it: call .unlock(). ● We have std::unique_ptr to help us manage unique ownership of heap allocations. ● Likewise, we have std::unique_lock

atomic waiting, latches, and barriers  std::atomic_ref  Designated Initializers  Spaceship Operator <=>  Range-based for Loop Initializer  Non-Type Template Parameters  [[likely]] and [[unlikely]] shared_ptr next; }; atomic_shared_ptr head; // in C++11: remove "atomic_" and use special // functions every time you touch head public: class reference { shared_ptr p; concept: mutex, latches, barriers, …  Two types:  counting semaphore: models a non-negative resource count  binary semaphore: only has 1 slot, i.e. only has two states: free slot or no free slot

built a simple CMake project that depended on the zlib library and learned about tool_requires, a special type of requirements for build-tools like CMake. In both cases, we did not specify anywhere that architecture on macOS you can raise the ConanInvalid- Configuration exception to make Conan return with a special error code. This will indicate that the configuration used for settings or options is not supported class MyProject(ConanFile): ... def generate(self): # Copy all resources from the dependency's resource directory # to the "assets" folder in the source directory of your project dep = self.dependencies["dep_name"]

built a simple CMake project that depended on the zlib library and learned about tool_requires, a special type of requirements for build-tools like CMake. In both cases, we did not specify anywhere that architecture on macOS you can raise the ConanInvalid- Configuration exception to make Conan return with a special error code. This will indicate that the configuration used for settings or options is not supported class MyProject(ConanFile): ... def generate(self): # Copy all resources from the dependency's resource directory # to the "assets" folder in the source directory of your project dep = self.dependencies["dep_name"]