HomeReact Query

API Reference

useQuery

 const {
   data,
   error,
   failureCount,
   isError,
   isFetchedAfterMount,
   isFetching,
   isIdle,
   isLoading,
   isPreviousData,
   isStale,
   isSuccess,
   refetch,
   remove,
   status,
 } = useQuery(queryKey, queryFn?, {
   cacheTime,
   enabled,
   initialData,
   isDataEqual,
   keepPreviousData,
   notifyOnStatusChange,
   onError,
   onSettled,
   onSuccess,
   queryFnParamsFilter,
   queryKeySerializerFn,
   refetchInterval,
   refetchIntervalInBackground,
   refetchOnMount,
   refetchOnReconnect,
   refetchOnWindowFocus,
   retry,
   retryDelay,
   staleTime,
   structuralSharing,
   suspense,
   useErrorBoundary,
 })
 
 // or using the object syntax
 
 const queryInfo = useQuery({
   queryKey,
   queryFn,
   enabled,
 })

Options

  • queryKey: string | unknown[]
    • Required
    • The query key to use for this query.
    • If a string is passed, it will be used as the query key.
    • If an array is passed, each item will be serialized into a stable query key. See Query Keys for more information.
    • The query will automatically update when this key changes (as long as enabled is not set to false).
  • queryFn: (...params: unknown[]) => Promise<TData>
    • Required, but only if no default query function has been defined
    • The function that the query will use to request data.
    • Receives the following variables in the order that they are provided:
      • Query Key parameters
    • Must return a promise that will either resolves data or throws an error.
  • enabled: boolean | unknown
    • Set this to false to disable this query from automatically running.
    • Actually it can be anything that will pass a boolean condition. See Dependent Queries for more information.
  • retry: boolean | number | (failureCount: number, error: TError) => boolean
    • If false, failed queries will not retry by default.
    • If true, failed queries will retry infinitely.
    • If set to an number, e.g. 3, failed queries will retry until the failed query count meets that number.
  • retryDelay: (retryAttempt: number) => number
    • This function receives a retryAttempt integer and returns the delay to apply before the next attempt in milliseconds.
    • A function like attempt => Math.min(attempt > 1 ? 2 ** attempt * 1000 : 1000, 30 * 1000) applies exponential backoff.
    • A function like attempt => attempt * 1000 applies linear backoff.
  • staleTime: number | Infinity
    • The time in milliseconds after data is considered stale. This only applies to the hook it is defined on.
    • If set to Infinity, query will never go stale
  • cacheTime: number | Infinity
    • The time in milliseconds that unused/inactive cache data remains in memory. When a query's cache becomes unused or inactive, that cache data will be garbage collected after this duration. When different cache times are specified, the longest one will be used.
    • If set to Infinity, will disable garbage collection
  • refetchInterval: false | number
    • Optional
    • If set to a number, all queries will continuously refetch at this frequency in milliseconds
  • refetchIntervalInBackground: boolean
    • Optional
    • If set to true, queries that are set to continuously refetch with a refetchInterval will continue to refetch while their tab/window is in the background
  • refetchOnMount: boolean | "always"
    • Optional
    • Defaults to true
    • If set to true, the query will refetch on mount if the data is stale.
    • If set to false, the query will not refetch on mount.
    • If set to "always", the query will always refetch on mount.
  • refetchOnWindowFocus: boolean | "always"
    • Optional
    • Defaults to true
    • If set to true, the query will refetch on window focus if the data is stale.
    • If set to false, the query will not refetch on window focus.
    • If set to "always", the query will always refetch on window focus.
  • refetchOnReconnect: boolean | "always"
    • Optional
    • Defaults to true
    • If set to true, the query will refetch on reconnect if the data is stale.
    • If set to false, the query will not refetch on reconnect.
    • If set to "always", the query will always refetch on reconnect.
  • notifyOnStatusChange: boolean
    • Optional
    • Set this to false to only re-render when there are changes to data or error.
    • Defaults to true.
  • onSuccess: (data: TData) => void
    • Optional
    • This function will fire any time the query successfully fetches new data.
  • onError: (error: TError) => void
    • Optional
    • This function will fire if the query encounters an error and will be passed the error.
  • onSettled: (data?: TData, error?: TError) => void
    • Optional
    • This function will fire any time the query is either successfully fetched or errors and be passed either the data or error
  • select: (data: TData) => unknown
    • Optional
    • This option can be used to transform or select a part of the data returned by the query function.
  • suspense: boolean
    • Optional
    • Set this to true to enable suspense mode.
    • When true, useQuery will suspend when status === 'loading'
    • When true, useQuery will throw runtime errors when status === 'error'
  • initialData: unnown | () => unknown
    • Optional
    • If set, this value will be used as the initial data for the query cache (as long as the query hasn't been created or cached yet)
    • If set to a function, the function will be called once during the shared/root query initialization, and be expected to synchronously return the initialData
    • Initial data is considered stale by default unless a staleTime has been set.
  • keepPreviousData: boolean
    • Optional
    • Defaults to false
    • If set, any previous data will be kept when fetching new data because the query key changed.
  • queryFnParamsFilter: (...params: unknown[]) => unknown[]
    • Optional
    • This function will filter the params that get passed to queryFn.
    • For example, you can filter out the first query key from the params by using queryFnParamsFilter: params => params.slice(1).
  • structuralSharing: boolean
    • Optional
    • Defaults to true
    • If set to false, structural sharing between query results will be disabled.

Returns

  • status: String
    • Will be:
      • idle if the query is idle. This only happens if a query is initialized with enabled: false and no initial data is available.
      • loading if the query is in a "hard" loading state. This means there is no cached data and the query is currently fetching, eg isFetching === true
      • error if the query attempt resulted in an error. The corresponding error property has the error received from the attempted fetch
      • success if the query has received a response with no errors and is ready to display its data. The corresponding data property on the query is the data received from the successful fetch or if the query is in manual mode and has not been fetched yet data is the first initialData supplied to the query on initialization.
  • isIdle: boolean
    • A derived boolean from the status variable above, provided for convenience.
  • isLoading: boolean
    • A derived boolean from the status variable above, provided for convenience.
  • isSuccess: boolean
    • A derived boolean from the status variable above, provided for convenience.
  • isError: boolean
    • A derived boolean from the status variable above, provided for convenience.
  • data: TData
    • Defaults to undefined.
    • The last successfully resolved data for the query.
  • error: null | TError
    • Defaults to null
    • The error object for the query, if an error was thrown.
  • isStale: boolean
    • Will be true if the data in the cache is invalidated or if the data is older than the given staleTime.
  • isPreviousData: boolean
    • Will be true when keepPreviousData is set and data from the previous query is returned.
  • isFetchedAfterMount: boolean
    • Will be true if the query has been fetched after the component mounted.
    • This property can be used to not show any previously cached data.
  • isFetching: boolean
    • Defaults to true so long as manual is set to false
    • Will be true if the query is currently fetching, including background fetching.
  • failureCount: number
    • The failure count for the query.
    • Incremented every time the query fails.
    • Reset to 0 when the query succeeds.
  • refetch: (options: { throwOnError: boolean }) => Promise<TData | undefined>
    • A function to manually refetch the query.
    • If the query errors, the error will only be logged. If you want an error to be thrown, pass the throwOnError: true option
  • remove: () => void
    • A function to remove the query from the cache.

useQueries

The useQueries hook can be used to fetch a variable number of queries:

 const results = useQueries([
   { queryKey: ['post', 1], queryFn: fetchPost },
   { queryKey: ['post', 2], queryFn: fetchPost },
 ])

Options

The useQueries hook accepts an array with query option objects identical to the useQuery hook.

Returns

The useQueries hook returns an array with all the query results.

useInfiniteQuery

 const queryFn = (...queryKey, fetchMoreVariable) // => Promise
 
 const {
   isFetchingMore,
   fetchMore,
   canFetchMore,
   ...queryInfo
 } = useInfiniteQuery(queryKey, queryFn, {
   ...queryOptions,
   getFetchMore: (lastPage, allPages) => fetchMoreVariable
 })

Options

The options for useInfiniteQuery are identical to the useQuery hook with the addition of the following:

  • getFetchMore: (lastPage, allPages) => fetchMoreVariable | boolean
    • When new data is received for this query, this function receives both the last page of the infinite list of data and the full array of all pages.
    • It should return a single variable that will be passed as the last optional parameter to your query function

Returns

The returned properties for useInfiniteQuery are identical to the useQuery hook, with the addition of the following:

  • isFetchingMore: false | 'next' | 'previous'
    • If using paginated mode, this will be true when fetching more results using the fetchMore function.
  • fetchMore: (fetchMoreVariableOverride) => Promise<TData | undefined>
    • This function allows you to fetch the next "page" of results.
    • fetchMoreVariableOverride allows you to optionally override the fetch more variable returned from your getFetchMore option to your query function to retrieve the next page of results.
  • canFetchMore: boolean
    • If using paginated mode, this will be true if there is more data to be fetched (known via the required getFetchMore option function).

useMutation

 const [
   mutate,
   { status, isIdle, isLoading, isSuccess, isError, data, error, reset },
 ] = useMutation(mutationFn, {
   onMutate,
   onSuccess,
   onError,
   onSettled,
   throwOnError,
   useErrorBoundary,
 })
 
 const promise = mutate(variables, {
   onSuccess,
   onSettled,
   onError,
   throwOnError,
 })

Options

  • mutationFn: (variables) => Promise
    • Required
    • A function that performs an asynchronous task and returns a promise.
    • variables is an object that mutate will pass to your mutationFn
  • onMutate: (variables) => Promise | snapshotValue
    • Optional
    • This function will fire before the mutation function is fired and is passed the same variables the mutation function would receive
    • Useful to perform optimistic updates to a resource in hopes that the mutation succeeds
    • The value returned from this function will be passed to both the onError and onSettled functions in the event of a mutation failure and can be useful for rolling back optimistic updates.
  • onSuccess: (data, variables) => Promise | undefined
    • Optional
    • This function will fire when the mutation is successful and will be passed the mutation's result.
    • Fires after the mutate-level onSuccess handler (if it is defined)
    • If a promise is returned, it will be awaited and resolved before proceeding
  • onError: (err, variables, onMutateValue) => Promise | undefined
    • Optional
    • This function will fire if the mutation encounters an error and will be passed the error.
    • Fires after the mutate-level onError handler (if it is defined)
    • If a promise is returned, it will be awaited and resolved before proceeding
  • onSettled: (data, error, variables, onMutateValue) => Promise | undefined
    • Optional
    • This function will fire when the mutation is either successfully fetched or encounters an error and be passed either the data or error
    • Fires after the mutate-level onSettled handler (if it is defined)
    • If a promise is returned, it will be awaited and resolved before proceeding
  • throwOnError
    • Defaults to false
    • Set this to true if failed mutations should re-throw errors from the mutation function to the mutate function.
  • useErrorBoundary
    • Defaults to the global query config's useErrorBoundary value, which is false
    • Set this to true if you want mutation errors to be thrown in the render phase and propagate to the nearest error boundary

Returns

  • mutate: (variables, { onSuccess, onSettled, onError, throwOnError }) => Promise
    • The mutation function you can call with variables to trigger the mutation and optionally override the original mutation options.
    • variables: any
      • Optional
      • The variables object to pass to the mutationFn.
    • Remaining options extend the same options described above in the useMutation hook.
    • Lifecycle callbacks defined here will fire after those of the same type defined in the useMutation-level options.
  • status: String
    • Will be:
      • idle initial status prior to the mutation function executing.
      • loading if the mutation is currently executing.
      • error if the last mutation attempt resulted in an error.
      • success if the last mutation attempt was successful.
  • isIdle, isLoading, isSuccess, isError: boolean variables derived from status
  • data: undefined | unknown
    • Defaults to undefined
    • The last successfully resolved data for the query.
  • error: null | TError
    • The error object for the query, if an error was encountered.
  • reset: () => void
    • A function to clean the mutation internal state (i.e., it resets the mutation to its initial state).

QueryClient

The QueryClient can be used to interact with a cache:

 import { QueryClient, QueryCache } from 'react-query'
 
 const cache = new QueryCache()
 const client = new QueryClient({
   cache,
   defaultOptions: {
     queries: {
       staleTime: Infinity,
     },
   },
 })
 
 await client.prefetchQuery('posts', fetchPosts)

Its available methods are:

Options

  • cache: QueryCache
    • The query cache this client is connected to.
  • defaultOptions: DefaultOptions
    • Optional
    • Define defaults for all queries and mutations using this query client.

client.fetchQueryData

fetchQueryData is an asynchronous method that can be used to fetch and cache a query. It will either resolve with the data or throw with the error. Specify a staleTime to only trigger a fetch when the data is stale. Use the prefetchQuery method if you just want to fetch a query without needing the result.

If the query exists and the data is not invalidated and also not older than the given staleTime, then the data from the cache will be returned. Otherwise it will try to fetch the latest data.

The difference between using fetchQueryData and setQueryData is that fetchQueryData is async and will ensure that duplicate requests for this query are not created with useQuery instances for the same query are rendered while the data is fetching.

 try {
   const data = await client.fetchQueryData(queryKey, queryFn)
 } catch (error) {
   console.log(error)
 }

Set a stale time to only fetch when the data is older than the specified time:

 try {
   const data = await client.fetchQueryData(queryKey, queryFn, {
     staleTime: 10000,
   })
 } catch (error) {
   console.log(error)
 }

Options

The options for fetchQueryData are exactly the same as those of useQuery.

Returns

  • Promise<TData>

client.prefetchQuery

prefetchQuery is an asynchronous method that can be used to prefetch a query before it is needed or rendered with useQuery and friends. The method works the same as fetchQueryData except that is will not throw or return any data.

 await client.prefetchQuery(queryKey, queryFn)

You can even use it with a default queryFn in your config!

 await client.prefetchQuery(queryKey)

Options

The options for prefetchQuery are exactly the same as those of useQuery.

Returns

  • Promise<void>
    • A promise is returned that will either immediately resolve if no fetch is needed or after the query has been executed. It will not return any data or throw any errors.

client.getQueryData

getQueryData is a synchronous function that can be used to get an existing query's cached data. If the query does not exist, undefined will be returned.

 const data = client.getQueryData(queryKey)

Options

Returns

  • data: TData | undefined
    • The data for the cached query, or undefined if the query does not exist.

client.setQueryData

setQueryData is a synchronous function that can be used to immediately update a query's cached data. If the query does not exist, it will be created. If the query is not utilized by a query hook in the default cacheTime of 5 minutes, the query will be garbage collected.

The difference between using setQueryData and fetchQueryData is that setQueryData is sync and assumes that you already synchronously have the data available. If you need to fetch the data asynchronously, it's suggested that you either refetch the query key or use fetchQueryData to handle the asynchronous fetch.

 client.setQueryData(queryKey, updater)

Options

  • queryKey: QueryKey Query Keys
  • updater: unknown | (oldData: TData | undefined) => TData
    • If non-function is passed, the data will be updated to this value
    • If a function is passed, it will receive the old data value and be expected to return a new one.

Using an updater value

 setQueryData(queryKey, newData)

Using an updater function

For convenience in syntax, you can also pass an updater function which receives the current data value and returns the new one:

 setQueryData(queryKey, oldData => newData)

client.refetchQueries

The refetchQueries method can be used to refetch queries based on certain conditions.

Examples:

 // refetch all active queries:
 await client.refetchQueries()
 
 // refetch all active stale queries:
 await client.refetchQueries({ stale: true })
 
 // refetch all queries:
 await client.refetchQueries({ active: true, inactive: true })
 
 // refetch all active queries partially matching a query key:
 await client.refetchQueries(['posts'])
 
 // refetch all active queries exactly matching a query key:
 await client.refetchQueries(['posts', 1], { exact: true })

Options

  • queryKey?: QueryKey: Query Keys
  • filters?: QueryFilters: Query Filters
  • refetchOptions?: RefetchOptions:
    • throwOnError?: boolean
      • When set to true, this method will throw if any of the query refetch tasks fail.

Returns

This function returns a promise that will resolve when all of the queries are done being refetched. By default, it will not throw an error if any of those queries refetches fail, but this can be configured by setting the throwOnError option to true

client.invalidateQueries

The invalidateQueries method can be used to invalidate single or multiple queries in the cache based on their query keys or other filters. Queries marked as invalid will be refetched on window focus, a reconnect or when components mount.

 client.invalidateQueries('posts')

Options

client.cancelQueries

The cancelQueries method can be used to cancel outgoing queries based on their query keys or any other functionally accessible property/state of the query.

This is most useful when performing optimistic updates since you will likely need to cancel any outgoing query refetches so they don't clobber your optimistic update when they resolve.

 await client.cancelQueries('posts', { exact: true })

Options

Returns

This method does not return anything

client.removeQueries

The removeQueries method can be used to remove queries from the cache based on their query keys or any other functionally accessible property/state of the query.

 client.removeQueries(queryKey, { exact: true })

Options

Returns

This method does not return anything

client.watchQuery

The watchQuery method returns a QueryObserver instance which can be used to watch a query.

 const observer = client.watchQuery('posts')
 
 observer.subscribe(result => {
   console.log(result)
   observer.unsubscribe()
 })

Options

The options for watchQuery are exactly the same as those of useQuery.

Returns

  • QueryObserver

client.watchQueries

The watchQueries method returns a QueriesObserver instance to watch multiple queries.

 const observer = client.watchQueries([
   { queryKey: ['post', 1], queryFn: fetchPost },
   { queryKey: ['post', 2], queryFn: fetchPost },
 ])
 
 observer.subscribe(result => {
   console.log(result)
   observer.unsubscribe()
 })

Options

The options for watchQueries are exactly the same as those of useQueries.

Returns

  • QueriesObserver

client.isFetching

This isFetching method returns an integer representing how many queries, if any, in the cache are currently fetching (including background-fetching, loading new pages, or loading more infinite query results)

 if (client.isFetching()) {
   console.log('At least one query is fetching!')
 }

React Query also exports a handy useIsFetching hook that will let you subscribe to this state in your components without creating a manual subscription to the query cache.

client.setQueryDefaults

setQueryDefaults is a synchronous method to set default options for a specific query. If the query does not exist yet it will create it.

 client.setQueryDefaults('posts', fetchPosts)
 
 function Component() {
   const { data } = useQuery('posts')
 }

Options

QueryCache

The QueryCache is the backbone of React Query that manages all of the state, caching, lifecycle and magic of every query. It supports relatively unrestricted, but safe, access to manipulate query's as you need.

 import { QueryCache } from 'react-query'
 
 const cache = new QueryCache()
 const query = cache.find('posts')

Its available methods are:

cache.find

find is a slightly more advanced synchronous method that can be used to get an existing query instance from the cache. This instance not only contains all the state for the query, but all of the instances, and underlying guts of the query as well. If the query does not exist, undefined will be returned.

Note: This is not typically needed for most applications, but can come in handy when needing more information about a query in rare scenarios (eg. Looking at the query.state.updatedAt timestamp to decide whether a query is fresh enough to be used as an initial value)

 const query = cache.find(queryKey)

Options

Returns

  • Query
    • The query instance from the cache

cache.findAll

findAll is even more advanced synchronous method that can be used to get existing query instances from the cache that partially match query key. If queries do not exist, empty array will be returned.

Note: This is not typically needed for most applications, but can come in handy when needing more information about a query in rare scenarios

 const queries = cache.findAll(queryKey)

Options

Returns

  • Query[]
    • Query instances from the cache

client.subscribe

The subscribe method can be used to subscribe to the query cache as a whole and be informed of safe/known updates to the cache like query states changing or queries being updated, added or removed

 const callback = (cache, query) => {}
 
 const unsubscribe = cache.subscribe(callback)

Options

  • callback: (cache, query?) => void
    • This function will be called with the query cache any time it is updated via its tracked update mechanisms (eg, query.setState, client.removeQueries, etc). Out of scope mutations to the cache are not encouraged and will not fire subscription callbacks
    • Additionally, for updates to the cache triggered by a specific query, the query will be passed as the second argument to the callback

Returns

  • unsubscribe: Function => void
    • This function will unsubscribe the callback from the query cache.

cache.clear

The clear method can be used to clear the cache entirely and start fresh.

 cache.clear()

useQueryClient

The useQueryClient hook returns the current QueryClient instance.

 import { useQueryClient } from 'react-query'
 
 const client = useQueryClient()

useIsFetching

useIsFetching is an optional hook that returns the number of the queries that your application is loading or fetching in the background (useful for app-wide loading indicators).

 import { useIsFetching } from 'react-query'
 
 const isFetching = useIsFetching()

Returns

  • isFetching: number
    • Will be the number of the queries that your application is currently loading or fetching in the background.

QueryClientProvider

Use the QueryClientProvider component to connect a QueryClient to your application:

 import { QueryClient, QueryClientProvider, QueryCache } from 'react-query'
 
 const cache = new QueryCache()
 const client = new QueryClient({ cache })
 
 function App() {
   return <QueryClientProvider client={client}>...</QueryClientProvider>
 }

QueryErrorResetBoundary

When using suspense or useErrorBoundaries in your queries, you need a way to let queries know that you want to try again when re-rendering after some error occured. With the QueryErrorResetBoundary component you can reset any query errors within the boundaries of the component.

 import { QueryErrorResetBoundary } from 'react-query'
 import { ErrorBoundary } from 'react-error-boundary'
 
 const App: React.FC = () => (
   <QueryErrorResetBoundary>
     {({ reset }) => (
       <ErrorBoundary
         onReset={reset}
         fallbackRender={({ resetErrorBoundary }) => (
           <div>
             There was an error!
             <Button onClick={() => resetErrorBoundary()}>Try again</Button>
           </div>
         )}
       >
         <Page />
       </ErrorBoundary>
     )}
   </QueryErrorResetBoundary>
 )

useQueryErrorResetBoundary

This hook will reset any query errors within the closest QueryErrorResetBoundary. If there is no boundary defined it will reset them globally:

 import { useQueryErrorResetBoundary } from 'react-query'
 import { ErrorBoundary } from 'react-error-boundary'
 
 const App: React.FC = () => {
   const { reset } = useQueryErrorResetBoundary()
   return (
     <ErrorBoundary
       onReset={reset}
       fallbackRender={({ resetErrorBoundary }) => (
         <div>
           There was an error!
           <Button onClick={() => resetErrorBoundary()}>Try again</Button>
         </div>
       )}
     >
       <Page />
     </ErrorBoundary>
   )
 }

setConsole

setConsole is an optional utility function that allows you to replace the console interface used to log errors. By default, the window.console object is used. If no global console object is found in the environment, nothing will be logged.

 import { setConsole } from 'react-query'
 import { printLog, printWarn, printError } from 'custom-logger'
 
 setConsole({
   log: printLog,
   warn: printWarn,
   error: printError,
 })

Options

  • console: Object
    • Must implement the log, warn, and error methods.

hydration/dehydrate

dehydrate creates a frozen representation of a cache that can later be hydrated with useHydrate, hydrate or Hydrate. This is useful for passing prefetched queries from server to client or persisting queries to localstorage. It only includes currently successful queries by default.

 import { dehydrate } from 'react-query/hydration'
 
 const dehydratedState = dehydrate(cache, {
   shouldDehydrate,
 })

Options

  • cache: QueryCache
    • Required
    • The cache that should be dehydrated
  • shouldDehydrate: (query: Query) => boolean
    • This function is called for each query in the cache
    • Return true to include this query in dehydration, or false otherwise
    • Default version only includes successful queries, do shouldDehydrate: () => true to include all queries

Returns

  • dehydratedState: DehydratedState
    • This includes everything that is needed to hydrate the cache at a later point
    • You should not rely on the exact format of this response, it is not part of the public API and can change at any time
    • This result is not in serialized form, you need to do that yourself if desired

hydration/hydrate

hydrate adds a previously dehydrated state into a cache. If the queries included in dehydration already exist in the cache, hydrate does not overwrite them.

 import { hydrate } from 'react-query/hydration'
 
 hydrate(cache, dehydratedState)

Options

  • cache: QueryCache
    • Required
    • The cache to hydrate the state into
  • dehydratedState: DehydratedState
    • Required
    • The state to hydrate into the cache

hydration/useHydrate

useHydrate adds a previously dehydrated state into the cache returned by useQueryCache.

 import { useHydrate } from 'react-query/hydration'
 
 useHydrate(dehydratedState)

Options

  • dehydratedState: DehydratedState
    • Required
    • The state to hydrate

hydration/Hydrate

hydration/Hydrate does the same thing as useHydrate but exposed as a component.

 import { Hydrate } from 'react-query/hydration'
 
 function App() {
   return <Hydrate state={dehydratedState}>...</Hydrate>
 }

Options

  • state: DehydratedState
    • The state to hydrate
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