How does CodeMirror ensure accessibility for users with disabilities?
CodeMirror is designed to work effectively with screen readers and supports keyboard-only navigation. This ensures that users who rely on assistive technologies can fully interact with the editor's features.
What is the architectural approach to state management in CodeMirror?
CodeMirror employs a functional core with an imperative shell. The editor's state representation is strictly functional, meaning document and state data structures are immutable, and operations on them are pure functions. This allows for easier management of state changes by always having both old and new states available.
Can CodeMirror be used without a module bundler?
CodeMirror packages are distributed as ES6 modules, which means it is not currently practical to run the library without a module bundler or loader. Tools like Rollup or Vite are recommended for bundling the modular program into a single JavaScript file.
How does CodeMirror handle updates to the editor's content and state?
Updates are handled by creating a transaction that describes changes to the document, selection, or other state fields. This transaction is then dispatched to the view, which updates its state and synchronizes its DOM representation with the new state.
What is the purpose of the `@codemirror/state` and `@codemirror/view` packages?
The @codemirror/state package defines the data structures that represent the editor's state and changes to that state. The @codemirror/view package is a display component responsible for showing the editor state to the user and translating basic editing actions into state updates.