Want to skip to the implementation? Check out these Solid examples:
Use getters for reactive inputs such as data when passing Solid signals to createTable.
import { createTable, tableFeatures, rowPinningFeature } from '@tanstack/solid-table'
const features = tableFeatures({ rowPinningFeature })
const table = createTable({
features,
columns,
get data() {
return data()
},
})import { createTable, tableFeatures, rowPinningFeature } from '@tanstack/solid-table'
const features = tableFeatures({ rowPinningFeature })
const table = createTable({
features,
columns,
get data() {
return data()
},
})Row pinning lets you keep selected rows in top or bottom row regions while the rest of the rows render in the center region.
There are 2 table features that can reorder rows, which happen in the following order:
To use row pinning, add rowPinningFeature to your features. Row pinning does not require a row model factory.
import {
rowPinningFeature,
tableFeatures,
createTable,
} from '@tanstack/solid-table'
const features = tableFeatures({ rowPinningFeature })
const table = createTable({
features,
columns,
data,
})import {
rowPinningFeature,
tableFeatures,
createTable,
} from '@tanstack/solid-table'
const features = tableFeatures({ rowPinningFeature })
const table = createTable({
features,
columns,
data,
})The rowPinning state stores row IDs in top and bottom arrays:
type RowPinningState = {
top: string[]
bottom: string[]
}type RowPinningState = {
top: string[]
bottom: string[]
}You can pin rows by default with initialState.rowPinning:
const table = createTable({
features,
columns,
data,
initialState: {
rowPinning: {
top: ['0'],
bottom: ['3'],
},
},
})const table = createTable({
features,
columns,
data,
initialState: {
rowPinning: {
top: ['0'],
bottom: ['3'],
},
},
})If you need to manage row pinning outside of the table instance, the recommended v9 approach is an external atom passed to the table's atoms option. External atoms give you fine-grained subscriptions anywhere in your app, and other code can read or write the pinning state without going through the component that owns the table.
import { createAtom, useSelector } from '@tanstack/solid-store'
import type { RowPinningState } from '@tanstack/solid-table'
const rowPinningAtom = createAtom<RowPinningState>({
top: [],
bottom: [],
})
const rowPinning = useSelector(rowPinningAtom) // subscribe wherever it is needed
const table = createTable({
features,
columns,
data,
atoms: {
rowPinning: rowPinningAtom,
},
})import { createAtom, useSelector } from '@tanstack/solid-store'
import type { RowPinningState } from '@tanstack/solid-table'
const rowPinningAtom = createAtom<RowPinningState>({
top: [],
bottom: [],
})
const rowPinning = useSelector(rowPinningAtom) // subscribe wherever it is needed
const table = createTable({
features,
columns,
data,
atoms: {
rowPinning: rowPinningAtom,
},
})Alternatively, the v8-style state.rowPinning plus onRowPinningChange pattern is still supported with Solid signals. It can be convenient for simple integrations or when migrating v8 code, but it is less fine-grained than external atoms. See the Table State Guide for a deeper comparison.
const [rowPinning, setRowPinning] = createSignal<RowPinningState>({
top: [],
bottom: [],
})
const table = createTable({
features,
columns,
data,
state: {
get rowPinning() {
return rowPinning() // connect the signal back down to the table
},
},
onRowPinningChange: setRowPinning,
})const [rowPinning, setRowPinning] = createSignal<RowPinningState>({
top: [],
bottom: [],
})
const table = createTable({
features,
columns,
data,
state: {
get rowPinning() {
return rowPinning() // connect the signal back down to the table
},
},
onRowPinningChange: setRowPinning,
})Use table.setRowPinning to update the state directly, and table.resetRowPinning to reset it to initialState.rowPinning. Pass true to resetRowPinning to clear both pinned row arrays.
table.setRowPinning({
top: ['0', '2'],
bottom: ['8'],
})
table.resetRowPinning()
table.resetRowPinning(true)table.setRowPinning({
top: ['0', '2'],
bottom: ['8'],
})
table.resetRowPinning()
table.resetRowPinning(true)Each row exposes APIs for checking whether it can be pinned, reading its pinned position, and changing its pinned position.
row.getCanPin()
row.getIsPinned() // 'top', 'bottom', or false
row.getPinnedIndex()
row.pin('top')
row.pin('bottom')
row.pin(false)row.getCanPin()
row.getIsPinned() // 'top', 'bottom', or false
row.getPinnedIndex()
row.pin('top')
row.pin('bottom')
row.pin(false)You can use these APIs to build pinning controls:
const columns = [
{
id: 'pin',
header: 'Pin',
cell: ({ row }) =>
row.getCanPin() ? (
<div>
<button onClick={() => row.pin('top')} disabled={row.getIsPinned() === 'top'}>
Top
</button>
<button onClick={() => row.pin(false)} disabled={!row.getIsPinned()}>
Center
</button>
<button onClick={() => row.pin('bottom')} disabled={row.getIsPinned() === 'bottom'}>
Bottom
</button>
</div>
) : null,
},
//...
]const columns = [
{
id: 'pin',
header: 'Pin',
cell: ({ row }) =>
row.getCanPin() ? (
<div>
<button onClick={() => row.pin('top')} disabled={row.getIsPinned() === 'top'}>
Top
</button>
<button onClick={() => row.pin(false)} disabled={!row.getIsPinned()}>
Center
</button>
<button onClick={() => row.pin('bottom')} disabled={row.getIsPinned() === 'bottom'}>
Bottom
</button>
</div>
) : null,
},
//...
]The row.pin API also accepts includeLeafRows and includeParentRows flags. These can be useful when pinning grouped or expanded rows and deciding whether related parent or leaf rows should move with the row.
Row pinning splits the current row model into 3 row lists:
table.getTopRows()
table.getCenterRows()
table.getBottomRows()table.getTopRows()
table.getCenterRows()
table.getBottomRows()If you render pinned rows in separate table sections, use those APIs directly:
<tbody>
<For each={table.getTopRows()}>
{row => <PinnedRow row={row} />}
</For>
<For each={table.getCenterRows()}>
{row => <TableRow row={row} />}
</For>
<For each={table.getBottomRows()}>
{row => <PinnedRow row={row} />}
</For>
</tbody><tbody>
<For each={table.getTopRows()}>
{row => <PinnedRow row={row} />}
</For>
<For each={table.getCenterRows()}>
{row => <TableRow row={row} />}
</For>
<For each={table.getBottomRows()}>
{row => <PinnedRow row={row} />}
</For>
</tbody>Use table.getIsSomeRowsPinned() to check whether any rows are pinned, or pass a position to check a specific pinned region.
table.getIsSomeRowsPinned()
table.getIsSomeRowsPinned('top')
table.getIsSomeRowsPinned('bottom')table.getIsSomeRowsPinned()
table.getIsSomeRowsPinned('top')
table.getIsSomeRowsPinned('bottom')By default, all rows can be pinned. You can disable row pinning for the whole table or decide per row with enableRowPinning.
const table = createTable({
features,
columns,
data,
enableRowPinning: row => row.original.status !== 'archived',
})const table = createTable({
features,
columns,
data,
enableRowPinning: row => row.original.status !== 'archived',
})By default, keepPinnedRows is true, so pinned rows stay visible in their pinned region even when they would otherwise be filtered or paginated out of the center rows.
Set keepPinnedRows to false if pinned rows should only render when they are present in the current filtered and paginated row model.
const table = createTable({
features,
columns,
data,
keepPinnedRows: false,
})const table = createTable({
features,
columns,
data,
keepPinnedRows: false,
})