Fl Studio 11 Shortcuts
Sibyl Piccuillo
p.s.: a c# ide plugin for eclipse would be great. i'm a java/eclipse rcp developer, but i like c# as language. i haven't done anything serious yet because of visual studio. it feels like some old java ide from the 90's.
Note: If you visit this page on a Mac, you will see the key bindings for the Mac. If you visit using Windows or Linux, you will see the keys for that platform. If you need the key bindings for another platform, hover your mouse over the key you are interested in.
Most importantly, you can see keybindings according to your keyboard layout. For example, key binding Cmd+\ in US keyboard layout will be shown as Ctrl+Shift+Alt+Cmd+7 when layout is changed to German. The dialog to enter key binding will assign the correct and desired key binding as per your keyboard layout.
You can quickly customize the keybinding for user interface actions. Right-click on any action item in your workbench, and select Customize Keybinding. If the action has a when clause, it's automatically included, making it easier to set up your keybindings just the way you need them.
Keyboard shortcuts are vital to productivity and changing keyboarding habits can be tough. To help with this, File > Preferences > Migrate Keyboard Shortcuts from... shows you a list of popular keymap extensions. These extensions modify the VS Code shortcuts to match those of other editors so you don't need to learn new keyboard shortcuts. There is also a Keymaps category of extensions in the Marketplace.
We also have a printable version of these keyboard shortcuts. Help > Keyboard Shortcut Reference displays a condensed PDF version suitable for printing as an easy reference.
If you have many extensions installed or you have customized your keyboard shortcuts, you can sometimes have keybinding conflicts where the same keyboard shortcut is mapped to several commands. This can result in confusing behavior, especially if different keybindings are going in and out of scope as you move around the editor.
To troubleshoot keybindings problems, you can execute the command Developer: Toggle Keyboard Shortcuts Troubleshooting. This will activate logging of dispatched keyboard shortcuts and will open an output panel with the corresponding log file.
The first keydown event is for the MetaLeft key (cmd) and cannot be dispatched. The second keydown event is for the Slash key (/) and is dispatched as meta+[Slash]. There were two keybinding entries mapped from meta+[Slash] and the one that matched was for the command editor.action.commentLine, which has the when condition editorTextFocus && !editorReadonly and is a built-in keybinding entry.
The additional keybindings.json rules are appended at runtime to the bottom of the default rules, thus allowing them to overwrite the default rules. The keybindings.json file is watched by VS Code so editing it while VS Code is running will update the rules at runtime.
Note that commands run by runCommands receive the value of "args" as the first argument. So in the example above, workbench.action.files.newUntitledFile receives "languageId": "typescript" as its first and only argument.
You can write a key binding rule that targets the removal of a specific default key binding. With the keybindings.json, it was always possible to redefine all the key bindings of VS Code, but it can be difficult to make a small tweak, especially around overloaded keys, such as Tab or Escape. To remove a specific key binding, add a - to the command and the rule will be a removal rule.
Different keyboard layouts usually reposition the above virtual keys or change the characters produced when they are pressed. When using a different keyboard layout than the standard US, Visual Studio Code does the following:
When editing keybindings.json, VS Code highlights misleading key bindings, those that are represented in the file with the character produced under the standard US keyboard layout, but that need pressing keys with different labels under the current system's keyboard layout. For example, here is how the Default Keyboard Shortcuts rules look like when using a French (France) keyboard layout:
Note: On Linux, Visual Studio Code detects your current keyboard layout on start-up and then caches this information. For a good experience, we recommend restarting VS Code if you change your keyboard layout.
VS Code gives you fine control over when your key bindings are enabled through the optional when clause. If your key binding doesn't have a when clause, the key binding is globally available at all times. A when clause evaluates to either Boolean true or false for enabling key bindings.
VS Code sets various context keys and specific values depending on what elements are visible and active in the VS Code UI. For example, the built-in Start Debugging command has the keyboard shortcut F5, which is only enabled when there is an appropriate debugger available (context debuggersAvailable is true) and the editor isn't in debug mode (context inDebugMode is false):
The list there isn't exhaustive and you can find other when clause contexts by searching and filtering in the Keyboard Shortcuts editor (Preferences: Open Keyboard Shortcuts ) or reviewing the Default Keybindings JSON file (Preferences: Open Default Keyboard Shortcuts (JSON)).
The editor.action.codeAction command lets you configure keybindings for specific Refactorings (Code Actions). For example, the keybinding below triggers the Extract function refactoring Code Actions:
In the Keyboard Shortcut editor, you can filter on specific keystrokes to see which commands are bound to which keys. Below you can see that Ctrl+Shift+P is bound to Show All Commands to bring up the Command Palette.
The most frustration thing a developer can experience is keyboard shortcuts changing. This happened to me recently when the Ctrl+space shortcut started auto inserting a member instead of showing the List Members box.
Here is how I fixed it.
GitHub Copilot is free to use for verified students, teachers, and maintainers of popular open source projects. If you are not a student, teacher, or maintainer of a popular open source project, you can try GitHub Copilot for free with a one-time 30-day trial. After the free trial, you will need a paid subscription for continued use. For more information, see "About billing for GitHub Copilot."
If you use a JetBrains IDE, GitHub Copilot can autocomplete code as you type. After installation, you can enable or disable GitHub Copilot, and you can configure advanced settings within your IDE or on GitHub.com. This article describes how to configure GitHub Copilot in the IntelliJ IDE, but the user interfaces of other JetBrains IDEs may differ.
You can use the default keyboard shortcuts for inline suggestions in your JetBrains IDE when using GitHub Copilot. Alternatively, you can rebind the shortcuts to your preferred keyboard shortcuts for each specific command. For more information on rebinding keyboard shortcuts in your JetBrains IDE, see the JetBrains documentation. For example, you can view the IntelliJ IDEA documentation.
You can enable or disable GitHub Copilot from within your JetBrains IDE. The GitHub Copilot status icon in the bottom panel of the JetBrains window indicates whether GitHub Copilot is enabled or disabled. When enabled, the icon is highlighted. When disabled, the icon is grayed out.
If you are disabling GitHub Copilot, you will be asked whether you want to disable it globally, or for the language of the file you are currently editing. To disable globally, click Disable Completions. Alternatively, click the language-specific button to disable GitHub Copilot for the specified language.
You can specify which languages you want to activate or deactivate GitHub Copilot for either in the IDE or by editing your github-copilot.xml file. If you make changes to language settings in your IDE, you can individually select and deselect the languages you want to activate or deactivate.
If you make changes to the language settings in your github-copilot.xml file, you can specify individual languages, or you can use a wildcard to activate or deactivate GitHub Copilot for all languages. You can also specify exceptions, which will override the wild card setting for the specified languages. For example, you can deactivate GitHub Copilot for all languages, except for Python and YAML. By default, when you install the GitHub Copilot extension, GitHub Copilot is activated for all languages.
To configure language settings in the github-copilot.xml file, you must edit the languageAllowList. Every line you add to the languageAllowList must contain an entry key and a value. The entry key is the name of the language, or (*) for a wildcard. The value is either true or false. If the value is true, GitHub Copilot is activated for the specified language. If the value is false, GitHub Copilot is deactivated for the specified language.
The github-copilot.xml file might not be generated until you make a change to your default language configuration in the IDE's settings. If you cannot locate the file, you should try modifying the default language settings in the IDE. For more information, see "Configuring language settings in the IDE."
To specify languages individually, add an entry for each language you want to activate or deactivate GitHub Copilot for. Specific language settings will override the wildcard. For example, to activate GitHub Copilot for Python and YAML, and deactivate GitHub Copilot for all other languages, add the following entries:
Before you can start using GitHub Copilot, you will need to set up a free trial or subscription. For more information about setting up a trial or subscription for your personal account, see "Managing your GitHub Copilot Individual subscription." For more information about setting up a subscription for your organization or enterprise, see "Managing your GitHub Copilot Business subscription" or, in the GitHub Enterprise Cloud documentation, "Managing your GitHub Copilot Enterprise subscription."
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