ra-core
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Core components of react-admin, a frontend Framework for building admin applications on top of REST services, using ES6, React
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text/typescript
import { useCallback, useMemo } from 'react';
import { useFormContext, useWatch } from 'react-hook-form';
import type { UseQueryOptions } from '@tanstack/react-query';
import { useGetList, useGetManyAggregate } from '../../dataProvider';
import { useReferenceParams } from './useReferenceParams';
import { useWrappedSource } from '../../core';
import type { FilterPayload, RaRecord, SortPayload } from '../../types';
import type { ChoicesContextValue } from '../../form';
/**
* Prepare data for the ReferenceArrayInput components
*
* @example
*
* const { allChoices, availableChoices, selectedChoices, error, isFetching, isLoading, isPending } = useReferenceArrayInputController({
* record: { referenceIds: ['id1', 'id2']};
* reference: 'reference';
* resource: 'resource';
* source: 'referenceIds';
* });
*
* @param {Object} props
* @param {Object} props.record The current resource record
* @param {string} props.reference The linked resource name
* @param {string} props.resource The current resource name
* @param {string} props.source The key of the linked resource identifier
*
* @param {Props} props
*
* @return {Object} controllerProps Fetched data and callbacks for the ReferenceArrayInput components
*/
export const useReferenceArrayInputController = <
RecordType extends RaRecord = any,
>(
props: UseReferenceArrayInputParams<RecordType>
): ChoicesContextValue<RecordType> => {
const {
debounce,
enableGetChoices,
filter,
page: initialPage = 1,
perPage: initialPerPage = 25,
sort: initialSort = { field: 'id', order: 'DESC' },
queryOptions = {},
reference,
source,
} = props;
const { getValues } = useFormContext();
const finalSource = useWrappedSource(source);
// When we change the defaultValue of the child input using react-hook-form resetField function,
// useWatch does not seem to get the new value. We fallback to getValues to get it.
const value = useWatch({ name: finalSource }) ?? getValues(finalSource);
const { meta, ...otherQueryOptions } = queryOptions;
/**
* Get the records related to the current value (with getMany)
*/
const {
data: referenceRecords,
error: errorGetMany,
isLoading: isLoadingGetMany,
isFetching: isFetchingGetMany,
isPending: isPendingGetMany,
refetch: refetchGetMany,
} = useGetManyAggregate<RecordType>(
reference,
{
ids: value || EmptyArray,
meta,
},
{
enabled: value != null && value.length > 0,
}
);
const [params, paramsModifiers] = useReferenceParams({
resource: reference,
page: initialPage,
perPage: initialPerPage,
sort: initialSort,
debounce,
filter,
});
// filter out not found references - happens when the dataProvider doesn't guarantee referential integrity
const finalReferenceRecords = referenceRecords
? referenceRecords.filter(Boolean)
: [];
const isGetMatchingEnabled = enableGetChoices
? enableGetChoices(params.filterValues)
: true;
const {
data: matchingReferences,
total,
pageInfo,
error: errorGetList,
isLoading: isLoadingGetList,
isFetching: isFetchingGetList,
isPending: isPendingGetList,
refetch: refetchGetMatching,
} = useGetList<RecordType>(
reference,
{
pagination: {
page: params.page,
perPage: params.perPage,
},
sort: { field: params.sort, order: params.order },
filter: { ...params.filter, ...filter },
meta,
},
{
retry: false,
enabled: isGetMatchingEnabled,
placeholderData: previousData => previousData,
...otherQueryOptions,
}
);
// We merge the currently selected records with the matching ones, otherwise
// the component displaying the currently selected records may fail
const finalMatchingReferences =
matchingReferences && matchingReferences.length > 0
? mergeReferences(matchingReferences, finalReferenceRecords)
: finalReferenceRecords.length > 0
? finalReferenceRecords
: matchingReferences;
const refetch = useCallback(() => {
refetchGetMany();
refetchGetMatching();
}, [refetchGetMany, refetchGetMatching]);
const currentSort = useMemo(
() => ({
field: params.sort,
order: params.order,
}),
[params.sort, params.order]
);
return {
sort: currentSort,
allChoices: finalMatchingReferences,
availableChoices: matchingReferences,
selectedChoices: finalReferenceRecords,
displayedFilters: params.displayedFilters,
error: errorGetMany || errorGetList,
filter,
filterValues: params.filterValues,
hideFilter: paramsModifiers.hideFilter,
isFetching: isFetchingGetMany || isFetchingGetList,
isLoading: isLoadingGetMany || isLoadingGetList,
isPending: isPendingGetMany || isPendingGetList,
page: params.page,
perPage: params.perPage,
refetch,
resource: reference,
setFilters: paramsModifiers.setFilters,
setPage: paramsModifiers.setPage,
setPerPage: paramsModifiers.setPerPage,
setSort: paramsModifiers.setSort,
showFilter: paramsModifiers.showFilter,
// we return source and not finalSource because child inputs (e.g. AutocompleteArrayInput) already call useInput and compute the final source
source,
total: total,
hasNextPage: pageInfo
? pageInfo.hasNextPage
: total != null
? params.page * params.perPage < total
: undefined,
hasPreviousPage: pageInfo ? pageInfo.hasPreviousPage : params.page > 1,
isFromReference: true,
} as ChoicesContextValue<RecordType>;
};
const EmptyArray = [];
// concatenate and deduplicate two lists of records
const mergeReferences = <RecordType extends RaRecord = any>(
ref1: RecordType[],
ref2: RecordType[]
): RecordType[] => {
const res = [...ref1];
const ids = ref1.map(ref => ref.id);
ref2.forEach(ref => {
if (!ids.includes(ref.id)) {
ids.push(ref.id);
res.push(ref);
}
});
return res;
};
export interface UseReferenceArrayInputParams<
RecordType extends RaRecord = any,
> {
debounce?: number;
filter?: FilterPayload;
queryOptions?: Omit<
UseQueryOptions<{
data: RecordType[];
total?: number;
pageInfo?: {
hasNextPage?: boolean;
hasPreviousPage?: boolean;
};
}>,
'queryFn' | 'queryKey'
> & { meta?: any };
page?: number;
perPage?: number;
record?: RecordType;
reference: string;
resource?: string;
sort?: SortPayload;
source: string;
enableGetChoices?: (filters: any) => boolean;
}