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 –

Variables. ● Error Handler. ● Job system. ● Resource Registry. ● Reads boot data. ● Listens to kernel message pump.Resource Registry Games are constructed with a wide variety of resources such materials, sounds, animations and many more. The resource registry acts as a place to store, manage and manipulate those resources. Resource Registry Renderer Physics System AI Audio compressed_textures behavior_trees audioResource Registry Resource Registry Level is streamed in Resource bundle / pack is unloaded resource_registry.get(“baz/bar/foo.wav”) resource_registry.get(“D271A15B- D4

restart 8Some popular C++ projects that use plugins 9 ● Audio editing software ● Game Engines ● Image editing software ● Text Editors and IDEDesigning the components of the plugin architecture 10Core complex can your Plugin Manager get ● Keep track of all the plugins loaded into memory ○ Plugin registry ● Work with static libraries too ○ Providing default implementation with core system ● Cross-platform Launch system which starts nodes that can communicate between nodes using topics What is ROS? Image from https://docs.ros.org/en/rolling/Tutorials/Beginner-CLI-Tools/Understanding-ROS2-Nodes/Understanding-

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 连这些基础都不清楚的人，不能要求自己冒冒然就开始用Visual C++、用MFC、用对象 导向的方式去设计一个你根本就不懂其运作原理的程序。 还没学会走之前，不要跑！ Dialog Editor Image Editor Font Editor .DLG .BMP .BMP .ICO .ICO .CUR .CUR .FON .FON .RC .H .C RC Compiler LINKER C

the client application. 3 Conan Documentation, Release 2.5.0 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the 0 Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure

the client application. 3 Conan Documentation, Release 2.4.1 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the 1 Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure

the client application. 3 Conan Documentation, Release 2.3.2 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure

the client application. 3 Conan Documentation, Release 2.6.0 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the 0 Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure

the client application. 3 Conan Documentation, Release 2.10.1 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the 1 Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure

the client application. 3 Conan Documentation, Release 2.9.3 The different applications in the image above are: • The Conan client: this is a console/terminal command-line application, containing the 3 Running Artifactory CE There are several ways to run Artifactory CE: • Running from a Docker image: $ docker run --name artifactory -d -p 8081:8081 -p 8082:8082 releases-docker.jfrog.io/ ˓→jfrog Conan client to connect with the “conan-local” repository. First add the remote to the Conan remote registry: $ conan remote add artifactory http://localhost:8081/artifactory/api/conan/conan-local Then configure