API Documentation / @pinia/colada / useQueryCache

Variable: useQueryCache

const useQueryCache: StoreDefinition<"_pc_query", Pick<{
  caches: Ref<TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>, TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>>;
  cancel: (entry, reason?) => void;
  cancelQueries: (filters?, reason?) => void;
  create: <TResult, TError, TDataInitial>(key, options, initialData?, error, when) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensure: <TResult, TError, TDataInitial>(opts, previousEntry?) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensureDefinedQuery: <T>(fn) => DefineQueryEntry;
  extend: <TResult, TError>(_entry) => void;
  fetch: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  getEntries: (filters) => UseQueryEntry<unknown, unknown, unknown>[];
  getQueryData: <TResult>(key) => undefined | TResult;
  invalidate: (entry) => void;
  invalidateQueries: (filters?) => Promise<unknown>;
  refresh: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  remove: (entry) => void;
  setEntryState: <TResult, TError>(entry, state) => void;
  setQueryData: <TResult>(key, data) => void;
  track: (entry, effect) => void;
  untrack: (entry, effect) => void;
 }, "caches" | "_s">, Pick<{
  caches: Ref<TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>, TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>>;
  cancel: (entry, reason?) => void;
  cancelQueries: (filters?, reason?) => void;
  create: <TResult, TError, TDataInitial>(key, options, initialData?, error, when) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensure: <TResult, TError, TDataInitial>(opts, previousEntry?) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensureDefinedQuery: <T>(fn) => DefineQueryEntry;
  extend: <TResult, TError>(_entry) => void;
  fetch: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  getEntries: (filters) => UseQueryEntry<unknown, unknown, unknown>[];
  getQueryData: <TResult>(key) => undefined | TResult;
  invalidate: (entry) => void;
  invalidateQueries: (filters?) => Promise<unknown>;
  refresh: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  remove: (entry) => void;
  setEntryState: <TResult, TError>(entry, state) => void;
  setQueryData: <TResult>(key, data) => void;
  track: (entry, effect) => void;
  untrack: (entry, effect) => void;
 }, never>, Pick<{
  caches: Ref<TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>, TreeMapNode<UseQueryEntry<unknown, unknown, unknown>>>;
  cancel: (entry, reason?) => void;
  cancelQueries: (filters?, reason?) => void;
  create: <TResult, TError, TDataInitial>(key, options, initialData?, error, when) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensure: <TResult, TError, TDataInitial>(opts, previousEntry?) => UseQueryEntry<TResult, TError, TDataInitial>;
  ensureDefinedQuery: <T>(fn) => DefineQueryEntry;
  extend: <TResult, TError>(_entry) => void;
  fetch: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  getEntries: (filters) => UseQueryEntry<unknown, unknown, unknown>[];
  getQueryData: <TResult>(key) => undefined | TResult;
  invalidate: (entry) => void;
  invalidateQueries: (filters?) => Promise<unknown>;
  refresh: <TResult, TError, TDataInitial>(entry, options) => Promise<DataState<TResult, TError, TDataInitial>>;
  remove: (entry) => void;
  setEntryState: <TResult, TError>(entry, state) => void;
  setQueryData: <TResult>(key, data) => void;
  track: (entry, effect) => void;
  untrack: (entry, effect) => void;
 }, 
  | "ensureDefinedQuery"
  | "setQueryData"
  | "getQueryData"
  | "invalidateQueries"
  | "cancelQueries"
  | "invalidate"
  | "fetch"
  | "refresh"
  | "ensure"
  | "extend"
  | "track"
  | "untrack"
  | "cancel"
  | "create"
  | "remove"
  | "setEntryState"
| "getEntries">>;

Composable to get the cache of the queries. As any other composable, it can be used inside the setup function of a component, within another composable, or in injectable contexts like stores and navigation guards.