Autocomplete
Autocomplete user input with any list of options
Source
LLM docs
Docs
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Made with Combobox
Autocomplete is an opinionated component built on top of the Combobox component. It has a limited set of features to cover only basic use cases. If you need more advanced features, you can build your own component with Combobox. You can find examples of custom autocomplete components on the examples page.
Not a searchable select
Autocomplete is not a searchable select, it is a text input with suggestions.
Values are not enforced to be one of the suggestions – users can type anything.
If you need a searchable select, use the Select component instead.
To learn more about the differences between Autocomplete and Select, check the
help center article.
Usage
Autocomplete provides users with a list of suggestions based on the input,
however users are not limited to suggestions and can type anything.
Loading state
Set loading prop to display a loading indicator. By default, the loader is displayed on the right side of the input.
You can change the position with the loadingPosition prop to 'left' or 'right'. This is useful for async operations like API calls, searches, or validations:
Controlled
The Autocomplete value must be a string; other types are not supported.
The onChange function is called with a string value as a single argument.
Uncontrolled
Autocomplete can be used with uncontrolled forms the same way as a native input element.
Set the name attribute to include autocomplete value in FormData object on form submission.
To control the initial value in uncontrolled forms, use the defaultValue prop.
Example usage of uncontrolled Autocomplete with FormData:
Select first option on change
Set the selectFirstOptionOnChange prop to automatically select the first option in the dropdown when the input value changes.
This feature allows users to type a value and immediately press Enter to select the first matching option,
without needing to press the arrow down key first.
autoSelectOnBlur
Set the autoSelectOnBlur prop to automatically select the highlighted option when the input loses focus.
To see this feature in action: select an option with the up/down arrows, then click outside the input:
Data formats
Autocomplete data prop accepts data in one of the following formats:
Array of strings:
Array of groups with string options:
Options filtering
By default,Autocomplete filters options by checking if the option label contains the input value. You can change this behavior with the filter prop. The filter function receives an object with the following properties as a single argument:options– array of options or options groups, all options are in{ value: string; label: string; disabled?: boolean }formatsearch– current search querylimit– value of thelimitprop passed toAutocomplete
Example of a custom filter function that matches options by words instead of letter sequence:
Sort options
By default, options are sorted by their position in the data array. You can change this behavior
with the filter function:
Fuzzy search with fuse.js
You can implement fuzzy search using the fuse.js library to match options even with typos or partial matches:
Large data sets
The best strategy for large data sets is to limit the number of options that are rendered at the same time. You can do this with the limit prop. Note that if you use a custom filter function, you need to implement your own logic to limit the number of options in filter.
Example of Autocomplete with 100,000 options, 5 options are rendered at the same time:
renderOption
The renderOption callback allows you to customize option rendering. It is called with an option object.
The function must return a React node.
Nothing found message
The Autocomplete component does not support a nothing found message. It is designed to
accept any string as a value, so it does not make sense to show a nothing found message.
If you want to limit user input to suggestions, you can use a searchable Select
component instead. To learn more about the differences between Autocomplete and Select, check the
help center article.
Scrollable dropdown
By default, the options list is wrapped with ScrollArea.Autosize.
You can control the dropdown max-height with the maxDropdownHeight prop if you do not change the default settings.
If you want to use native scrollbars, set withScrollArea={false}. Note that in this case,
you will need to change the dropdown styles with Styles API.
Group options
Disabled options
When an option is disabled, it cannot be selected and is ignored in keyboard navigation.
Combobox props
You can override Combobox props with comboboxProps. This is useful when you need to change some of the props that are not exposed by Autocomplete, for example withinPortal:
Change dropdown z-index
Inside Popover
To use Autocomplete inside popover, you need to set withinPortal: false:
Clearable
Set the clearable prop to display the clear button in the right section. The button is not displayed
when:
- The component does not have a value
- The component is disabled
- The component is read only
Clear section mode
The clearSectionMode prop determines how the clear button and rightSection are rendered:
'both'(default) – render both the clear button andrightSection'rightSection'– render only the user-suppliedrightSection, ignore clear button'clear'– render only the clear button, ignorerightSection
Control dropdown opened state
You can control the dropdown opened state with the dropdownOpened prop. Additionally,
you can use onDropdownClose and onDropdownOpen to listen to dropdown opened state changes.
Dropdown position
By default, the dropdown is displayed below the input if there is enough space; otherwise it is displayed above the input.
You can change this behavior by setting the position and middlewares props, which are passed down to the
underlying Popover component.
Example of dropdown that is always displayed above the input:
Dropdown animation
By default, dropdown animations are disabled. To enable them, you can set transitionProps,
which will be passed down to the underlying Transition component.
Dropdown padding
Dropdown shadow
Left and right sections
Autocomplete supports leftSection and rightSection props. These sections are rendered with absolute positioning inside the input wrapper. You can use them to display icons, input controls, or any other elements.
You can use the following props to control sections styles and content:
rightSection/leftSection– React node to render on the corresponding side of inputrightSectionWidth/leftSectionWidth– controls the width of the right section and padding on the corresponding side of the input. By default, it is controlled by the componentsizeprop.rightSectionPointerEvents/leftSectionPointerEvents– controls thepointer-eventsproperty of the section. If you want to render a non-interactive element, set it tononeto pass clicks through to the input.
Input props
Autocomplete component supports Input and Input.Wrapper component features and all input element props. The Autocomplete documentation does not include all features supported by the component – see the Input documentation to learn about all available features.
Input description
Read only
Set readOnly to make the input read only. When readOnly is set,
Autocomplete will not show suggestions and will not call the onChange function.
Disabled
Set disabled to disable the input. When disabled is set,
users cannot interact with the input and Autocomplete will not show suggestions.
Error state
Invalid name
Styles API
Autocomplete supports the Styles API; you can add styles to any inner element of the component with the classNames prop. Follow the Styles API documentation to learn more.
Description
Component Styles API
Hover over selectors to highlight corresponding elements
Get element ref
Accessibility
If Autocomplete is used without the label prop, it will not be announced properly by screen readers:
Set aria-label to make the input accessible. In this case the label will not be visible, but screen readers will announce it:
If the label prop is set, the input will be accessible and it is not required to set aria-label: