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Added tag v1.0.8 for changeset 1c7650c17856
Added tag v1.0.8 for changeset 1c7650c17856
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store.d.ts
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/ dojo-typings / src / main / typings / dojo / store.d.ts
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cin
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 r0 /// <reference path="data.d.ts" />
declare namespace dojo {
namespace store {
namespace api {
type Identity = number | string;
/* dojo/store/api/Store */
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 r20 interface SortInformation<K extends string | number | symbol = string> {
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/**
* The name of the attribute to sort on.
*/
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 r20 attribute: K;
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/**
* The direction of the sort. Default is false.
*/
descending?: boolean;
}
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 r20 type SortFn<T> = (left: T, right: T) => number;
interface QueryOptions<T = unknown> {
cin
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 r0 /**
* A list of attributes to sort on, as well as direction
* For example:
* | [{attribute:"price", descending: true}].
* If the sort parameter is omitted, then the natural order of the store may be
* applied if there is a natural order.
*/
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 r20 sort?: SortFn<T> | SortInformation<keyof T>[];
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/**
* The first result to begin iteration on
*/
start?: number;
/**
* The number of how many results should be returned.
*/
count?: number;
}
interface QueryEngineFunction<T extends object> {
(array: T[]): T[];
matches(object: T): boolean;
}
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 r18 type BaseQueryType = string | object | ((...params: unknown[]) => boolean);
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interface QueryEngine<T extends object, Q extends BaseQueryType> {
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 r20 <O extends QueryOptions<T>>(query: Q, options?: O): QueryEngineFunction<T>;
cin
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 r0 }
interface PutDirectives<T extends object> {
/**
* Indicates the identity of the object if a new object is created
*/
id?: Identity;
/**
* If the collection of objects in the store has a natural ordering,
* this indicates that the created or updated object should be placed before the
* object specified by the value of this property. A value of null indicates that the
* object should be last.
*/
before?: T;
/**
* If the store is hierarchical (with single parenting) this property indicates the
* new parent of the created or updated object.
*/
parent?: T;
/**
* If this is provided as a boolean it indicates that the object should or should not
* overwrite an existing object. A value of true indicates that a new object
* should not be created, the operation should update an existing object. A
* value of false indicates that an existing object should not be updated, a new
* object should be created (which is the same as an add() operation). When
* this property is not provided, either an update or creation is acceptable.
*/
overwrite?: boolean;
}
interface SyncQueryResults<T extends object> extends Array<T> {
total?: number;
}
interface AsyncQueryResults<T extends object> extends PromiseLike<Array<T>> {
/**
* Iterates over the query results, based on
* https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/objects/Array/forEach.
* Note that this may executed asynchronously. The callback may be called
* after this function returns.
*/
forEach(callback: (item: T, index: number, results: Array<T>) => void, thisObject?: object): PromiseLike<void>;
/**
* Filters the query results, based on
* https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/filter.
* Note that this may executed asynchronously. The callback may be called
* after this function returns.
*/
filter(callback: (item: T, index: number, results: Array<T>) => boolean, thisObject?: object): PromiseLike<Array<T>>;
/**
* Maps the query results, based on
* https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/map.
* Note that this may executed asynchronously. The callback may be called
* after this function returns.
*/
map<U>(callback: (item: T, index: number, results: Array<T>) => U, thisObject?: object): PromiseLike<Array<U>>;
/** Cancells the current query */
cancel(reason?: any): void;
total?: PromiseLike<number>;
}
type QueryResults<T extends object> = SyncQueryResults<T> | AsyncQueryResults<T>;
interface Transaction {
/**
* Commits the transaction. This may throw an error if it fails. Of if the operation
* is asynchronous, it may return a promise that represents the eventual success
* or failure of the commit.
*/
commit(): void;
/**
* Aborts the transaction. This may throw an error if it fails. Of if the operation
* is asynchronous, it may return a promise that represents the eventual success
* or failure of the abort.
*/
abort(): void;
}
interface Transacted {
/**
* Starts a new transaction.
* Note that a store user might not call transaction() prior to using put,
* delete, etc. in which case these operations effectively could be thought of
* as "auto-commit" style actions.
*/
transaction(): Transaction;
}
interface MetadataProvider<T extends object> {
/**
* Returns any metadata about the object. This may include attribution,
* cache directives, history, or version information.
*/
getMetadata(object: T): object;
}
interface IdentityProvider<T extends object> {
/**
* If the store has a single primary key, this indicates the property to use as the
* identity property. The values of this property should be unique.
*/
idProperty: keyof T;
/**
* Returns an object's identity
*/
getIdentity(object: T): Identity;
}
interface Queryable<
T extends object,
Q extends BaseQueryType,
cin
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 r20 O extends QueryOptions<T>,
cin
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 r0 R extends QueryResults<T> = QueryResults<T>> {
/**
* Queries the store for objects. This does not alter the store, but returns a
* set of data from the store.
*/
query(query?: Q, options?: O): R;
}
cin
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 r20 interface SyncStore<T extends object, Q extends BaseQueryType = Partial<T> | ((item: T) => boolean) | string, O extends QueryOptions<T> = QueryOptions<T>>
cin
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 r0 extends IdentityProvider<T>, Queryable<T, Q, O, SyncQueryResults<T>> {
/**
* If the store can be queried locally (on the client side in JS), this defines
* the query engine to use for querying the data store.
* This takes a query and query options and returns a function that can execute
* the provided query on a JavaScript array. The queryEngine may be replace to
* provide more sophisticated querying capabilities. For example:
* | var query = store.queryEngine({foo:"bar"}, {count:10});
* | query(someArray) -> filtered array
* The returned query function may have a "matches" property that can be
* used to determine if an object matches the query. For example:
* | query.matches({id:"some-object", foo:"bar"}) -> true
* | query.matches({id:"some-object", foo:"something else"}) -> false
*/
queryEngine?: QueryEngine<T, Q>;
/**
* Retrieves an object by its identity
*/
get(id: Identity): T;
/**
* Stores an object
*/
cin
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 r16 put(object: T, directives?: PutDirectives<T>): unknown;
cin
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/**
* Creates an object, throws an error if the object already exists
*/
cin
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 r16 add(object: T, directives?: PutDirectives<T>): unknown;
cin
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/**
* Deletes an object by its identity
*/
remove(id: Identity): void;
}
cin
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 r20 interface AsyncStore<T extends object, Q extends BaseQueryType = Partial<T> | ((item: T) => boolean) | string, O extends QueryOptions<T> = QueryOptions<T>>
cin
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 r0 extends IdentityProvider<T>, Queryable<T, Q, O, AsyncQueryResults<T>> {
/**
* If the store can be queried locally (on the client side in JS), this defines
* the query engine to use for querying the data store.
* This takes a query and query options and returns a function that can execute
* the provided query on a JavaScript array. The queryEngine may be replace to
* provide more sophisticated querying capabilities. For example:
* | var query = store.queryEngine({foo:"bar"}, {count:10});
* | query(someArray) -> filtered array
* The returned query function may have a "matches" property that can be
* used to determine if an object matches the query. For example:
* | query.matches({id:"some-object", foo:"bar"}) -> true
* | query.matches({id:"some-object", foo:"something else"}) -> false
*/
queryEngine?: QueryEngine<T, Q>;
/**
* Retrieves an object by its identity
*/
cin
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 r12 get(id: Identity): PromiseLike<T>;
cin
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/**
* Stores an object
*/
cin
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 r16 put(object: T, directives?: PutDirectives<T>): PromiseLike<unknown>;
cin
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/**
* Creates an object, throws an error if the object already exists
*/
cin
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 r16 add(object: T, directives?: PutDirectives<T>): PromiseLike<unknown>;
cin
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/**
* Deletes an object by its identity
*/
cin
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 r12 remove(id: string | number): PromiseLike<void>;
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 r0
}
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 r20 interface HierarchicalStore<T extends object, O extends QueryOptions<T> = QueryOptions<T>, R extends QueryResults<T> = QueryResults<T>> {
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/**
* Retrieves the children of an object.
*/
getChildren(parent: T, options?: O): R;
}
cin
added type parameter to dojo.store.api.SortInformation,...
 r20 interface Store<T extends object, Q extends BaseQueryType = Partial<T> | ((item: T) => boolean) | string, O extends QueryOptions<T> = QueryOptions<T>>
cin
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 r0 extends IdentityProvider<T>, Queryable<T, Q, O> {
/**
* If the store can be queried locally (on the client side in JS), this defines
* the query engine to use for querying the data store.
* This takes a query and query options and returns a function that can execute
* the provided query on a JavaScript array. The queryEngine may be replace to
* provide more sophisticated querying capabilities. For example:
* | var query = store.queryEngine({foo:"bar"}, {count:10});
* | query(someArray) -> filtered array
* The returned query function may have a "matches" property that can be
* used to determine if an object matches the query. For example:
* | query.matches({id:"some-object", foo:"bar"}) -> true
* | query.matches({id:"some-object", foo:"something else"}) -> false
*/
queryEngine?: QueryEngine<T, Q>;
/**
* Retrieves an object by its identity
*/
cin
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 r12 get(id: Identity): T | PromiseLike<T>;
cin
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/**
* Stores an object
*/
cin
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 r16 put(object: T, directives?: PutDirectives<T>): unknown;
cin
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/**
* Creates an object, throws an error if the object already exists
*/
cin
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 r16 add(object: T, directives?: PutDirectives<T>): unknown;
cin
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/**
* Deletes an object by its identity
*/
cin
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 r12 remove(id: Identity): void | PromiseLike<void>;
cin
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 r0
}
interface StoreConstructor {
new <T extends object, Q extends BaseQueryType, O extends QueryOptions>(): Store<T, Q, O>;
}
}
namespace util {
/* dojo/store/util/QueryResults */
interface QueryResultsFunction {
/**
* A function that wraps the results of a store query with additional
* methods.
*/
<T extends object>(results: T[]): api.SyncQueryResults<T>;
<T extends object>(results: PromiseLike<T[]>): api.AsyncQueryResults<T>;
}
/* dojo/store/util/SimpleQueryEngine */
interface SimpleQueryEngine extends api.QueryEngine<object, api.BaseQueryType> { }
}
/* dojo/store/Cache */
interface CacheOptions<T extends object = any> {
/**
* This is a function that will be called for each item in a query response to determine
* if it is cacheable. If isLoaded returns true, the item will be cached, otherwise it
* will not be cached. If isLoaded is not provided, all items will be cached.
*/
isLoaded?: (item: T) => boolean;
}
interface CacheMixin {
/**
* Remove the object with the specific id.
*/
cin
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 r12 remove(id: api.Identity): PromiseLike<void>;
cin
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/**
* Remove the object with the given id from the underlying caching store.
*/
cin
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 r12 evict(id: api.Identity): PromiseLike<void>;
cin
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 r0 }
interface Cache {
/**
* The Cache store wrapper takes a master store and a caching store,
* caches data from the master into the caching store for faster
* lookup. Normally one would use a memory store for the caching
* store and a server store like JsonRest for the master store.
*/
<T extends object, Q extends api.BaseQueryType, O extends api.QueryOptions, S extends api.Store<T, Q, O>>(masterStore: S, cacheStore: api.Store<T, Q, O>, options?: CacheOptions): CacheMixin & S;
}
/* dojo/store/DataStore */
interface DataStoreOptions<T extends object> {
idProperty?: keyof T;
cin
added type parameter to dojo.store.api.SortInformation,...
 r20 queryEngine?: api.QueryEngine<T, api.QueryOptions<T>>;
cin
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 r0 store?: data.api.Read<T> | data.api.Write<T> | data.api.Identity<T>;
}
cin
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 r20 interface DataStore<T extends object> extends api.Store<T, api.BaseQueryType, api.QueryOptions<T>> {
cin
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 r0 /**
* The object store to convert to a data store
*/
store: data.api.Read<T> | data.api.Write<T> | data.api.Identity<T>;
/**
* Defines the query engine to use for querying the data store
*/
queryEngine: api.QueryEngine<T, api.BaseQueryType>;
_objectConverter(callback: (item: T) => any): (item: T) => any;
}
interface DataStoreConstructor extends _base.DeclareConstructor<DataStore<object>> {
new <T extends object>(options?: DataStoreOptions<T>): DataStore<T>;
}
/* dojo/store/JsonRest */
interface Headers {
[header: string]: string;
}
interface JsonRestPutDirectives<T extends object> extends api.PutDirectives<T> {
headers?: Headers;
incremental?: boolean;
timeout?: number
}
cin
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 r20 interface JsonRestQueryOptions<T = unknown> extends api.QueryOptions<T> {
cin
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 r0 headers?: Headers;
timeout?: number;
}
interface JsonRestOptions<T extends object> {
idProperty?: keyof T;
cin
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 r20 queryEngine?: api.QueryEngine<T, JsonRestQueryOptions<T>>;
cin
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 r0 headers?: Headers;
target?: string;
rangeParam?: string;
sortParam?: string;
ascendingPrefix?: string;
descendingPrefix?: string;
accepts?: string;
}
interface JsonRest<
T extends object,
Q extends api.BaseQueryType = (Partial<T> | string) & api.BaseQueryType,
cin
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 r20 O extends JsonRestQueryOptions<T> = JsonRestQueryOptions<T>>
cin
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 r0 extends api.AsyncStore<T, Q, O> {
/**
* Additional headers to pass in all requests to the server. These can be overridden
* by passing additional headers to calls to the store.
*/
headers: Headers;
/**
* The target base URL to use for all requests to the server. This string will be
* prepended to the id to generate the URL (relative or absolute) for requests
* sent to the server
*/
target: string;
/**
* Use a query parameter for the requested range. If this is omitted, than the
* Range header will be used. Independent of this, the X-Range header is always set.
*/
rangeParam?: string;
/**
* The query parameter to used for holding sort information. If this is omitted, than
* the sort information is included in a functional query token to avoid colliding
* with the set of name/value pairs.
*/
sortParam?: string;
/**
* The prefix to apply to sort attribute names that are ascending
*/
ascendingPrefix: string;
/**
* The prefix to apply to sort attribute names that are descending
*/
descendingPrefix: string;
/**
* If the target has no trailing '/', then append it.
*/
_getTarget(id: api.Identity): string;
/**
* Retrieves an object by its identity. This will trigger a GET request to the server using
* the url `this.target + id`.
*/
cin
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 r12 get(id: api.Identity, options?: { headers: Headers } | Headers): PromiseLike<T>;
cin
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 r0
/**
* Defines the Accept header to use on HTTP requests
*/
accepts: string;
/**
* Stores an object. This will trigger a PUT request to the server
* if the object has an id, otherwise it will trigger a POST request.
*/
cin
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 r16 put(object: T, options?: JsonRestPutDirectives<T>): PromiseLike<unknown>;
cin
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 r0
/**
* Adds an object. This will trigger a PUT request to the server
* if the object has an id, otherwise it will trigger a POST request.
*/
cin
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 r16 add(object: T, options?: JsonRestPutDirectives<T>): PromiseLike<unknown>;
cin
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 r0
/**
* Deletes an object by its identity. This will trigger a DELETE request to the server.
*/
cin
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 r12 remove(id: api.Identity, options?: { headers?: Headers }): PromiseLike<void>;
cin
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 r0
}
interface JsonRestConstructor extends _base.DeclareConstructor<JsonRest<object, api.BaseQueryType, JsonRestQueryOptions>> {
new <T extends object, Q extends api.BaseQueryType, O extends JsonRestQueryOptions>(options?: JsonRestOptions<T>): JsonRest<T, Q, O>;
}
/* dojo/store/Memory */
interface MemoryOptions<T extends object> {
data?: T[];
idProperty?: keyof T;
cin
added type parameter to dojo.store.api.SortInformation,...
 r20 queryEngine?: api.QueryEngine<T, api.QueryOptions<T>>;
cin
Initial commit, project structure.
 r0 setData?: (data: T[]) => void;
}
interface Memory<T extends object> extends api.SyncStore<T> {
/**
* The array of all the objects in the memory store
*/
data: T[];
/**
* An index of data indices into the data array by id
*/
index: { [id: string]: number };
/**
* Sets the given data as the source for this store, and indexes it
*/
setData(data: T[]): void;
}
interface MemoryConstructor extends _base.DeclareConstructor<Memory<any>> {
/**
* This is a basic in-memory object store. It implements dojo/store/api/Store.
*/
new <T extends object>(options?: MemoryOptions<T>): Memory<T>;
}
/* dojo/store/Observable */
interface ObservableQueryResultsMixin<T extends object> {
/**
* Allows observation of results
*/
observe(listener: (object: T, previousIndex: number, newIndex: number) => void, includeUpdates?: boolean): {
remove(): void;
cancel(): void;
};
}
type ObservableQueryResults<T extends object> = ObservableQueryResultsMixin<T> & api.QueryResults<T>;
cin
added type parameter to dojo.store.api.SortInformation,...
 r20 interface ObservableMixin<T extends object, Q extends api.BaseQueryType, O extends api.QueryOptions<T>, R extends api.QueryResults<T> = api.QueryResults<T> > {
cin
Initial commit, project structure.
 r0 notify(object: T, existingId?: api.Identity): void;
/**
* Queries the store for objects. This does not alter the store, but returns a
* set of data from the store.
*/
query(query: Q, options?: O): ObservableQueryResultsMixin<T> & R;
}
interface ResultsObserveMixin<T extends object> {
/**
* Allows observation of results
*/
observe(listener: (object: T, previousIndex: number, newIndex: number) => void, includeUpdates?: boolean): {
remove(): void;
cancel(): void;
};
}
interface Notifiable<T> {
notify(object: T, existingId?: api.Identity): void;
}
type ResultItem<R> = R extends ArrayLike<infer I1> ? I1 :
R extends PromiseLike<ArrayLike<infer I2>> ? I2 : never;
type ObservableStore<S extends { query: (...params: any) => any }> =
S extends { query: (...params: infer P) => api.QueryResults<infer R> } ? {
[K in keyof S]: K extends "query" ? (...params: P) => ReturnType<S[K]> & ResultsObserveMixin<R> : S[K];
} & Notifiable<R> : S;
interface Observable {
new <S extends api.Store<any, any, any>>(store: S): ObservableStore<S>;
}
}
}