ToautomaticallyformatPythoncodeinVSCode,installBlackusingpipinstallblack,installtheofficialMicrosoftPythonextension,setBlackastheformatterinsettings.jsonwith"python.formatting.provider":"black",enableformatonsavebyadding"edit

Yes,debuggingaPerlscriptinVSCodeispossibleusingthePerlDebugAdapterandPerlLanguageServerdespitelackingnativesupport.First,ensurePerlisinstalledandverifywithperl-v,theninstallthePerl::LanguageServermoduleviacpanPerl::LanguageServerorcpanmPerl::Language

To debug Python scripts, you need to first install the Python extension and configure the interpreter, then create a launch.json file to set the debugging configuration, then set a breakpoint in the code and press F5 to start the debugging. The script will be paused at the breakpoint, allowing checking variables and step-by-step execution. Finally, by checking the problem by viewing the console output, adding logs or adjusting parameters, etc., to ensure that the debugging process is simple and efficient after the environment is correct.

Yes, VSCode can debug Scala applications through Metals extension. First, install the Metals extension and import the Scala project. Make sure to enable the debug adapter and enable metals.enable-debugging-features in the settings. Then set breakpoints in the main method or test. Start debugging through the "Debug" option of F5 or the code lens. Debug parameters can be configured with launch.json to support local running and remote JVM additional debugging. During debugging, pay attention to ensuring that the code is executed and the build has been imported successfully, and finally implement variable checking and single-step execution functions similar to other IDEs.

Yes, VSCode can debug Rust programs, but it requires installing rust-analyzer, CodeLLDB extension and lldb or gdb debugger. After configuring launch.json and setting breakpoints, you can start debugging through F5, check variables, step-by-step execution and evaluate expressions. Although it is not as convenient as JavaScript and other languages, efficient debugging can be achieved through correct configuration.

Use drag and drop labels, right-click menus, shortcut keys (such as Ctrl\) or command panel to split the editor; 2. After splitting, you can form editing groups with vertical, horizontal or grid layouts; 3. Switch between groups by dragging labels or using shortcut keys (such as Ctrl 1/2/3); 4. You can adjust the segmentation size, move files between panes, and navigate errors across segmentation; 5. Use the right-click menu or the "JoinAllEditors" command to manage and merge segmentation; 6. You can configure the behavior of automatically opening files on the side in the settings; the segmentation editor is flexible, suitable for code comparison, writing and reconstruction, and can be seamlessly integrated into the workflow.

VSCode's portable mode allows running from USB drive or any folder without installing, all data is stored in local folders. 1. Download the ZIP version and decompress it to the target location; 2. Create a folder named data in the same directory as the executable file; 3. After VSCode detects the data folder, it automatically enables portable mode, and saves settings, extensions, caches, etc.; 4. Keep the environment consistent when used across devices, but be careful that the extensions relying on system tools may not work, and the version needs to be updated manually to finally realize a complete portable development environment.

Install the C compiler and VSCode extension; 2. Create a project structure containing src, build and .vscode; 3. Configure c_cpp_properties.json to set the compiler path; 4. Create tasks.json to define the build task; 5. Create launch.json to configure debugging; 6. Optionally use CodeRunner to quickly run the code. After completing the above steps, you can successfully build a C development environment that supports smart prompts, compilation and debugging in VSCode.