- VISUAL STUDIO EXTENSIONS GET COMMENTS FOR CURRENT METHOD INSTALL
- VISUAL STUDIO EXTENSIONS GET COMMENTS FOR CURRENT METHOD CODE
As you create a Launch Profile, you have the option to either select from the Docker Compose profiles declared in your Compose files, or individually select the services you want to start. The tooling finds all services defined in your Compose files and displays a dialog where you can choose services to start at launch. Use the new menu option to manage Docker Compose launch settings. Open the Debug dropdown or right-click on your docker-compose project and select Manage Docker Compose Launch Settings to get started. We listened to your feedback, and now our Docker Compose tooling in Visual Studio provides the ability to run any combination of services defined in your Compose files. Run Launch Services Defined in your Compose Files You can now run any combination of services defined in your compose files, and enjoy improved container and image management in the Containers window. This release includes some exciting features for users of the Docker container tooling. Navigate the inheritance chain using icons in the margin. Enabling inheritance margin will add new icons to the margins representing your code’s implementations and overrides.Ĭlick the inheritance margin icon to display inheritance options that you can navigate to. This option is off by default so you will need to turn it on in Tools > Options > Text Editor > C# > Advanced and select Show inheritance margin. Visualize inheritance chains without leaving your current code. There is now a visual representation for navigating and inspecting the inheritance chain.
VISUAL STUDIO EXTENSIONS GET COMMENTS FOR CURRENT METHOD CODE
Notice that the new UI will automatically open and display code style and code quality configuration options for both C# and Visual Basic. NET EditorConfig file from your solution. editorconfig files with a user interface. Start typing an argument to bring up the IntelliSense completion list and type semicolon, which will commit the argument and add a semicolon to the end of the method call. Use parameter info to cycle through the list of arguments that you would like inserted by pressing the up and down arrow keys. Notice that the method call includes arguments based on the method’s default values.
To use this feature, start writing a method call and press tab twice ( tab+tab). This feature is off by default so you will need to enable it in Tools > Options > Text Editor > C# > IntelliSense and select Tab twice to insert arguments (experimental). IntelliSense now provides argument insertion completions. There is now a completion option that automatically inserts arguments when writing a method call. Automatically Insert Method Call Arguments IntelliSense now features completions for cast, indexor, and operators. Look for these new options in the standard completions list. IntelliSense now offers completions for casts, indexers, and operators. Completions for Casts, Indexers, and Operators
IntelliSense has several new completions that help automate common workflow tasks. You may be familiar with this if you’ve used the OpenSSH command-line client or PuTTY before. We’ve made creating remote connections safer by adding a prompt to accept or deny the host key fingerprint presented by the server. You can choose stricter settings for your project’s code to enforce code quality without getting bogged down with warnings from headers you don’t control.Ĭustomize code analysis for external headers. External headers can have their own compiler warning level, code analysis, and template diagnostics settings. To help with this, we’ve made it easy to mark headers external to your project. Customized Warning Levels for External HeadersĬompiler and code analysis warnings for headers that are not part of your project are frustrating. Use CMakePresets.json files with Visual Studio and view the Target System, Configure Preset, and Build Preset in the dropdowns. The three dropdowns in the screenshot below indicate the active Target System, Configure Preset, and Build Preset.
Use the same CMakePresets.json file to configure and build with CMake in Visual Studio, Visual Studio Code, and from the CLI on Windows, Linux, and macOS. The CMakePresets.json file is now supported in Visual Studio as a common alternative to CMakeSetting.json.ĬMake 3.19 and 3.20 added support for CMakePresets.json, which allows you to specify common configure, build, and test options, and share them with others. Compile with /std:c++latest if you want to try it out. We are delighted to announce that our C++20 Ranges implementation is now feature complete. We’ve continued to add C++ 20 conformance features, as well as support for CMake preset files, and improved security for remote connections.
VISUAL STUDIO EXTENSIONS GET COMMENTS FOR CURRENT METHOD INSTALL
Install Visual Studio 2019 v16.10 New Features for C++
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