Want to skip to the implementation? Check out these examples:
TanStack Table provides built-in column resizing state and APIs that allow you to easily implement column resizing in your table UI with a variety of options for UX and performance.
Column resizing builds on column sizing. If you only need to define starting, minimum, or maximum widths, see the Column Sizing Guide.
To use column resizing, add columnResizingFeature to your features. The column.getCanResize() API will return true by default for all columns, but you can either disable column resizing for all columns with the enableColumnResizing table option, or disable column resizing on a per-column basis with the enableResizing column option.
import {
columnResizingFeature,
columnSizingFeature,
tableFeatures,
useTable,
} from '@tanstack/react-table'
const _features = tableFeatures({
columnSizingFeature,
columnResizingFeature,
})
const columns = [
{
accessorKey: 'id',
enableResizing: false, // disable resizing for just this column
size: 200, // starting column size
},
//...
]
const table = useTable({
_features,
_rowModels: {},
columns,
data,
})import {
columnResizingFeature,
columnSizingFeature,
tableFeatures,
useTable,
} from '@tanstack/react-table'
const _features = tableFeatures({
columnSizingFeature,
columnResizingFeature,
})
const columns = [
{
accessorKey: 'id',
enableResizing: false, // disable resizing for just this column
size: 200, // starting column size
},
//...
]
const table = useTable({
_features,
_rowModels: {},
columns,
data,
})By default, the column resize mode is set to "onEnd". This means that the column.getSize() API will not return the new column size until the user has finished resizing (dragging) the column. Usually a small UI indicator will be displayed while the user is resizing the column.
In the React TanStack Table adapter, where achieving 60 fps column resizing renders can be difficult depending on the complexity of your table or web page, the "onEnd" column resize mode can be a good default option to avoid stuttering or lagging while the user resizes columns. That is not to say that you cannot achieve 60 fps column resizing renders while using TanStack React Table, but you may have to do some extra memoization or other performance optimizations in order to achieve this.
Advanced column resizing performance tips will be discussed down below.
If you want to change the column resize mode to "onChange" for immediate column resizing renders, you can do so with the columnResizeMode table option.
const table = useTable({
//...
columnResizeMode: 'onChange', // change column resize mode to "onChange"
})const table = useTable({
//...
columnResizeMode: 'onChange', // change column resize mode to "onChange"
})By default, TanStack Table assumes that the table markup is laid out in a left-to-right direction. For right-to-left layouts, you may need to change the column resize direction to "rtl".
const table = useTable({
//...
columnResizeDirection: 'rtl', // change column resize direction to "rtl" for certain locales
})const table = useTable({
//...
columnResizeDirection: 'rtl', // change column resize direction to "rtl" for certain locales
})There are a few really handy APIs that you can use to hook up your column resizing drag interactions to your UI.
To apply the size of a column to the column head cells, data cells, or footer cells, you can use the following APIs:
header.getSize()
column.getSize()
cell.column.getSize()header.getSize()
column.getSize()
cell.column.getSize()How you apply these size styles to your markup is up to you, but it is pretty common to use either CSS variables or inline styles to apply the column sizes.
<th
key={header.id}
colSpan={header.colSpan}
style={{ width: `${header.getSize()}px` }}
><th
key={header.id}
colSpan={header.colSpan}
style={{ width: `${header.getSize()}px` }}
>Though, as discussed in the advanced column resizing performance section, you may want to consider using CSS variables to apply column sizes to your markup.
TanStack Table provides a pre-built event handler to make your drag interactions easy to implement. These event handlers are just convenience functions that call other internal APIs to update the column sizing state and re-render the table. Use header.getResizeHandler() to connect to your column resize drag interactions, for both mouse and touch events.
<ColumnResizeHandle
onMouseDown={header.getResizeHandler()} // for desktop
onTouchStart={header.getResizeHandler()} // for mobile
/><ColumnResizeHandle
onMouseDown={header.getResizeHandler()} // for desktop
onTouchStart={header.getResizeHandler()} // for mobile
/>TanStack Table keeps track of a state object called columnSizingInfo that you can use to render a column resize indicator UI.
<ColumnResizeIndicator
style={{
transform: header.column.getIsResizing()
? `translateX(${table.atoms.columnSizingInfo.get().deltaOffset}px)`
: '',
}}
/><ColumnResizeIndicator
style={{
transform: header.column.getIsResizing()
? `translateX(${table.atoms.columnSizingInfo.get().deltaOffset}px)`
: '',
}}
/>If you are creating large or complex tables (and using React 😉), you may find that if you do not add proper memoization to your render logic, your users may experience degraded performance while resizing columns.
We have created a performant column resizing example that demonstrates how to achieve 60 fps column resizing renders with a complex table that may otherwise have slow renders. It is recommended that you just look at that example to see how it is done, but these are the basic things to keep in mind:
If you follow these steps, you should see significant performance improvements while resizing columns.
If you are not using React, and are using the Svelte, Vue, or Solid adapters instead, you may not need to worry about this as much, but similar principles apply.