1 Shiro support for the Spring Security plugin Table of contents 2 Shiro support for the Spring Security plugin - Reference Documentation Authors: Burt Beckwith Version: 0.1 Table of Contents 1 History 2 Usage 3 Configuration 3 1 Introduction The Spring Security Shiro plugin adds some support for using a hybrid approach combining Spring Security and . It currently only supports Shiro ACLs

1 Shiro support for the Spring Security plugin Shiro support for the Spring Security plugin - Reference Documentation Authors: Burt Beckwith Version: 1.0.0 Table of Contents 1 Introduction to the 1 Introduction to the Spring Security Shiro Plugin The Spring Security Shiro plugin adds some support for using a hybrid approach combining Spring and . It currently only supports Shiro ACLs, since

which use CMake ○ C++ modules support ● Working with the community to improve building software ○ ISO standards ■ Dependency format ○ Pushing forward modules support in other build systems ■ xmake needed to order compilations ● Vendored into CMake for its Unix Makefiles generator ● dyndep support added to ninja, merged into 1.10 (released Jan 2020) 11C++ Modules: Example Target add_library(A) up ○ Object (uniqueness constraint) ○ Source file ○ Work directory ○ Arguments (no “command” support) ● Additional fields ○ For modules build graph ■ Provides (mapping of module name to BMI path)

Presets support 3. ARM and ARM64 support (Raspberry Pi, Surface Pro X, Apple Silicon)Visual Studio Code What’s new? 1. GitHub Codespaces (coding from your browser!) 2. CMake Presets support 3. ARM ARM and ARM64 support (Raspberry Pi, Surface Pro X, Apple Silicon) 4. CUDA IntelliSense and GPU debuggingVisual Studio Code What’s new? 1. GitHub Codespaces (coding from your browser!) 2. CMake Presets Presets support 3. ARM and ARM64 support (Raspberry Pi, Surface Pro X, Apple Silicon) 4. CUDA IntelliSense and GPU debugging 5. Disassembly View while debugging Preview!Visual Studio Code What’s new? 1

maintained by Anaconda®. Conda can be combined with continuous integration systems such as Travis CI and AppVeyor to provide frequent, automated testing of your code. The conda package and environment with 2 inner compressed .tar files. For the .conda format's initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format described below. Declaring these packages as noarch in the build section of the meta.yaml reduces shared CI resources. Therefore, all packages that qualify to be noarch packages should be declared as such.

with 2 inner compressed .tar files. For the .conda format's initial internal compression format support, we chose Zstandard (zstd). The actual compression format used does not matter, as long as the format described below. Declaring these packages as noarch in the build section of the meta.yaml reduces shared CI resources. Therefore, all packages that qualify to be noarch packages should be declared as such. using the native path delimiter. On Windows, the placeholder and path always appear in quotes to support paths with spaces. info/license.txt Optional file. The software license for the package. 1.1.

latest version. For conda's official version support policy, see CEP 10. More information • Conda cheat sheet • Full documentation • Free community support 4.1.2 Installing conda To install conda, is extremely sensitive to proper activation. This is because the Windows library loader does not support the concept of libraries and executables that know where to search for their dependencies (RPATH) operating systems. Conda 4.4 allowed conda activate myenv. Conda 4.6 added extensive initialization support so that conda works faster and less disruptively on a wide variety of shells (bash, zsh, csh, fish

latest version. For conda's official version support policy, see CEP 10. More information • Conda cheat sheet • Full documentation • Free community support 4.1.2 Installing conda To install conda, is extremely sensitive to proper activation. This is because the Windows library loader does not support the concept of libraries and executables that know where to search for their dependencies (RPATH) operating systems. Conda 4.4 allowed conda activate myenv. Conda 4.6 added extensive initialization support so that conda works faster and less disruptively on a wide variety of shells (bash, zsh, csh, fish

maintained by Anaconda®. Conda can be combined with continuous integration systems such as Travis CI and AppVeyor to provide frequent, automated testing of your code. The conda package and environment https://conda.io/docs/ . • Free community support— https://groups.google.com/a/anaconda.com/forum/#!forum/anaconda . • Paid support options— https://www.anaconda.com/support/ . 1.4 Installation • System requirements installation of Miniconda or Anaconda for deployment or testing or building services such as Travis CI and AppVeyor. Follow the silent-mode instructions for your operating system: • Windows. • macOS

maintained by Anaconda®. Conda can be combined with continuous integration systems such as Travis CI and AppVeyor to provide frequent, automated testing of your code. The conda package and environment https://conda.io/docs/ . • Free community support— https://groups.google.com/a/anaconda.com/forum/#!forum/anaconda . • Paid support options— https://www.anaconda.com/support/ . 1.4 Installation • System requirements installation of Miniconda or Anaconda for deployment or testing or building services such as Travis CI and AppVeyor. Follow the silent-mode instructions for your operating system: • Windows. • macOS