🎩 You're Invited:Meet the Socket team at Black Hat in Las Vegas, August 3-6.RSVP
Sign In

@solid-primitives/keyboard

Package Overview
Dependencies
Maintainers
3
Versions
37
Alerts
File Explorer

Advanced tools

Socket logo

Install Socket

Detect and block malicious and high-risk dependencies

Install

@solid-primitives/keyboard

A library of reactive promitives helping handling user's keyboard input.

Source
npmnpm
Version
2.0.0-next.1
Version published
Weekly downloads
679K
-36.78%
Maintainers
3
Weekly downloads
 
Created
Source

Solid Primitives keyboard

@solid-primitives/keyboard

lerna size version stage tested with vitest

A library of reactive primitives for handling user keyboard input.

Installation

npm install @solid-primitives/keyboard
# or
pnpm add @solid-primitives/keyboard
# or
yarn add @solid-primitives/keyboard

useKeyDownEvent

Provides a signal with the last keydown event.

This is a singleton root primitive that will reuse event listeners and signals across dependents.

How to use it

useKeyDownEvent takes no arguments, and returns a signal with the last keydown event.

import { useKeyDownEvent } from "@solid-primitives/keyboard";

const event = useKeyDownEvent();

createEffect(() => {
  const e = event();
  console.log(e); // => KeyboardEvent | null

  if (e) {
    console.log(e.key); // => "Q" | "ALT" | ... or null
    e.preventDefault(); // prevent default behavior or last keydown event
  }
});

useKeyDownList

Provides a signal with the list of currently held keys, ordered from least recent to most recent.

This is a singleton root primitive that will reuse event listeners and signals across dependents.

How to use it

useKeyDownList takes no arguments and returns a signal with the list of currently held keys.

import { useKeyDownList } from "@solid-primitives/keyboard";

const keys = useKeyDownList();

createEffect(() => {
  console.log(keys()); // => string[] — list of currently held keys
});

<For each={keys()}>{key => <kbd>{key}</kbd>}</For>;

useCurrentlyHeldKey

Provides a signal with the currently held single key. Pressing any other key at the same time will reset the signal to null.

This is a singleton root primitive that will reuse event listeners and signals across dependents.

How to use it

useCurrentlyHeldKey takes no arguments, and returns a signal with the currently held single key.

import { useCurrentlyHeldKey } from "@solid-primitives/keyboard";

const key = useCurrentlyHeldKey();

createEffect(() => {
  console.log(key()); // => string | null — currently held key
});

useKeyDownSequence

Provides a signal with a sequence of currently held keys, as they were pressed down and up.

This is a singleton root primitive that will reuse event listeners and signals across dependents.

How to use it

useKeyDownSequence takes no arguments, and returns a single signal.

import { useKeyDownSequence } from "@solid-primitives/keyboard";

const sequence = useKeyDownSequence();

createEffect(() => {
  console.log(sequence()); // => string[][] — sequence of currently held keys
});

// example sequence of pressing Ctrl + Shift + A
// [["Control"], ["Control", "Shift"], ["Control", "Shift", "A"]]

createKeyHold

Provides a boolean signal indicating if provided key is currently being held down.

Holding multiple keys at the same time will return false — holding only the specified one will return true.

How to use it

createKeyHold takes two arguments:

  • key keyboard key to listen for
  • options additional configuration:
    • preventDefault — call e.preventDefault() on the keyboard event, when the specified key is pressed. (Defaults to true)
import { createKeyHold } from "@solid-primitives/keyboard";

const pressing = createKeyHold("Alt", { preventDefault: false });

<p>Is pressing Alt? {pressing() ? "YES" : "NO"}</p>;

createShortcut

Creates a keyboard shortcut observer. The provided callback will be called when the specified keys are pressed.

How to use it

createShortcut takes three arguments:

  • keys — list of keys to listen for
  • callback — callback to call when the specified keys are pressed
  • options — additional configuration:
    • preventDefault — call e.preventDefault() on the keyboard event, when the specified key is pressed. (Defaults to true)
    • requireReset — If true, the shortcut will only be triggered once until all of the keys stop being pressed. Disabled by default.
import { createShortcut } from "@solid-primitives/keyboard";

createShortcut(
  ["Control", "Shift", "A"],
  () => {
    console.log("Shortcut triggered");
  },
  { preventDefault: false, requireReset: true },
);

Preventing default

When preventDefault is true, e.preventDefault() will be called not only on the keydown event that has triggered the callback, but it will optimistically also prevent the default behavior of every previous keydown that will have the possibility to lead to the shortcut being pressed.

E.g. when listening for Control + Shift + A, all three keydown events will be prevented.

createKeyDown

Listens for a keydown event for a specific key on a document. Useful for global keyboard handlers that need to respond to a single key without setting up a full shortcut.

How to use it

createKeyDown takes three arguments:

  • key — the key to listen for (matched against event.key)
  • callback — handler called when the key is pressed, receives the KeyboardEvent
  • options — additional configuration:
    • disabled — a boolean or accessor; when true the listener is inactive. Reactive — the listener is added/removed as the value changes.
    • ownerDocument — accessor returning the Document to attach the listener to. Defaults to window.document. Useful for iframes and portals.
import { createKeyDown } from "@solid-primitives/keyboard";

createKeyDown("Escape", e => close());

// with options
createKeyDown("Escape", e => close(), {
  disabled: () => !isOpen(),
  ownerDocument: () => iframeEl.contentDocument ?? document,
});

Changelog

See CHANGELOG.md

Keywords

solid

FAQs

Package last updated on 04 Jul 2026

Did you know?

Socket

Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.

Install

Related posts