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Thin Java abstractions for the standard built-in objects for Javascript.
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/*
* Copyright 2018 Google Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License"); you may not
* use this file except in compliance with the License. You may obtain a copy of
* the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
* WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
* License for the specific language governing permissions and limitations under
* the License.
*/
package elemental2.core;
import jsinterop.annotations.JsFunction;
import jsinterop.annotations.JsMethod;
import jsinterop.annotations.JsOverlay;
import jsinterop.annotations.JsPackage;
import jsinterop.annotations.JsType;
import jsinterop.base.Js;
import jsinterop.base.JsArrayLike;
@JsType(isNative = true, namespace = JsPackage.GLOBAL)
public interface ReadonlyArray extends JsIterable, JsArrayLike {
@JsType(isNative = true, name = "?", namespace = JsPackage.GLOBAL)
public interface EntriesJsIteratorIterableTypeParameterArrayUnionType {
@JsOverlay
static ReadonlyArray.EntriesJsIteratorIterableTypeParameterArrayUnionType of(Object o) {
return Js.cast(o);
}
@JsOverlay
default Double asDouble() {
return Js.cast(this);
}
@JsOverlay
default T asT() {
return Js.cast(this);
}
@JsOverlay
default boolean isDouble() {
return (Object) this instanceof Double;
}
}
@JsFunction
public interface EveryCallbackFn {
Object onInvoke(T p0, int p1);
}
@JsFunction
public interface FilterCallbackFn {
Object onInvoke(T p0, int p1);
}
@JsFunction
public interface FindIndexPredicateFn {
Object onInvoke(T p0, double p1, JsArray p2);
@JsOverlay
default Object onInvoke(T p0, double p1, T[] p2) {
return onInvoke(p0, p1, Js.>uncheckedCast(p2));
}
}
@JsFunction
public interface FindLastIndexPredicateFn {
boolean onInvoke(T p0, double p1, JsArray p2);
@JsOverlay
default boolean onInvoke(T p0, double p1, T[] p2) {
return onInvoke(p0, p1, Js.>uncheckedCast(p2));
}
}
@JsFunction
public interface FindLastPredicateFn {
boolean onInvoke(T p0, double p1, JsArray p2);
@JsOverlay
default boolean onInvoke(T p0, double p1, T[] p2) {
return onInvoke(p0, p1, Js.>uncheckedCast(p2));
}
}
@JsFunction
public interface FindPredicateFn {
Object onInvoke(T p0, double p1, JsArray p2);
@JsOverlay
default Object onInvoke(T p0, double p1, T[] p2) {
return onInvoke(p0, p1, Js.>uncheckedCast(p2));
}
}
@JsFunction
public interface FlatMapCallbackFn {
ReadonlyArray onInvoke(T p0, double p1, JsArrayLike p2);
@JsOverlay
default ReadonlyArray onInvoke(T p0, double p1, T[] p2) {
return onInvoke(p0, p1, Js.>uncheckedCast(p2));
}
}
@JsFunction
public interface ForEachCallbackFn {
Object onInvoke(T p0, int p1);
}
@JsFunction
public interface MapCallbackFn {
R onInvoke(T p0, int p1);
}
@JsFunction
public interface ReduceCallbackFn {
R onInvoke(Object p0, T p1, int p2);
}
@JsFunction
public interface ReduceRightCallbackFn {
R onInvoke(Object p0, T p1, int p2);
}
@JsFunction
public interface SomeCallbackFn {
Object onInvoke(T p0, int p1);
}
T at(int index);
JsArray concat(T... items);
JsIteratorIterable>>
entries();
boolean every(ReadonlyArray.EveryCallbackFn super T> callback, S thisobj);
boolean every(ReadonlyArray.EveryCallbackFn super T> callback);
JsArray filter(ReadonlyArray.FilterCallbackFn super T> callback, S thisobj);
JsArray filter(ReadonlyArray.FilterCallbackFn super T> callback);
T find(ReadonlyArray.FindPredicateFn predicateFn, S this_);
T find(ReadonlyArray.FindPredicateFn predicateFn);
int findIndex(ReadonlyArray.FindIndexPredicateFn predicateFn, S this_);
int findIndex(ReadonlyArray.FindIndexPredicateFn predicateFn);
T findLast(ReadonlyArray.FindLastPredicateFn predicateFn, S this_);
T findLast(ReadonlyArray.FindLastPredicateFn predicateFn);
int findLastIndex(ReadonlyArray.FindLastIndexPredicateFn predicateFn, S this_);
int findLastIndex(ReadonlyArray.FindLastIndexPredicateFn predicateFn);
JsArray flat();
JsArray flat(int depth);
JsArray flatMap(ReadonlyArray.FlatMapCallbackFn callback, THIS thisArg);
JsArray flatMap(ReadonlyArray.FlatMapCallbackFn callback);
void forEach(ReadonlyArray.ForEachCallbackFn super T> callback, S thisobj);
void forEach(ReadonlyArray.ForEachCallbackFn super T> callback);
boolean includes(T searchElement, int fromIndex);
boolean includes(T searchElement);
int indexOf(T obj, int fromIndex);
int indexOf(T obj);
String join();
String join(Object separator);
JsIteratorIterable keys();
int lastIndexOf(T obj, int fromIndex);
int lastIndexOf(T obj);
JsArray map(ReadonlyArray.MapCallbackFn extends R, ? super T> callback, S thisobj);
JsArray map(ReadonlyArray.MapCallbackFn extends R, ? super T> callback);
R reduce(
ReadonlyArray.ReduceCallbackFn extends R, ? super T> callback, Object initialValue);
R reduce(ReadonlyArray.ReduceCallbackFn extends R, ? super T> callback);
R reduceRight(
ReadonlyArray.ReduceRightCallbackFn extends R, ? super T> callback, Object initialValue);
R reduceRight(ReadonlyArray.ReduceRightCallbackFn extends R, ? super T> callback);
JsArray slice();
JsArray slice(int begin, int end);
JsArray slice(int begin);
boolean some(ReadonlyArray.SomeCallbackFn super T> callback, S thisobj);
boolean some(ReadonlyArray.SomeCallbackFn super T> callback);
@JsMethod(name = "toString")
String toString_();
JsIteratorIterable values();
}
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