Remove the retype method.

See #33075.

Bug: http://dartbug.com/33075
Change-Id: I1ee2f587afbc672dd08ac61ac003bbdc85bb95e2
Reviewed-on: https://dart-review.googlesource.com/59091
Commit-Queue: Lasse R.H. Nielsen <lrn@google.com>
Reviewed-by: Leaf Petersen <leafp@google.com>
This commit is contained in:
Lasse R.H. Nielsen 2018-06-12 14:36:09 +00:00 committed by commit-bot@chromium.org
parent 420b95aa06
commit 0b91676362
43 changed files with 14 additions and 234 deletions

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@ -62,6 +62,9 @@ be inferred as `void`.
* `dart:convert` * `dart:convert`
* Allow `utf8.decoder.fuse(json.decoder)` to ignore leading Unicode BOM. * Allow `utf8.decoder.fuse(json.decoder)` to ignore leading Unicode BOM.
* `dart:core`/`dart:collection`
* Remove the `retype` method on iterables and maps again. Use `cast` instead.
### Tool Changes ### Tool Changes
#### Analyzer #### Analyzer

2
DEPS
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@ -59,7 +59,7 @@ vars = {
"charcode_tag": "v1.1.1", "charcode_tag": "v1.1.1",
"chrome_rev" : "19997", "chrome_rev" : "19997",
"cli_util_tag" : "0.1.2+1", "cli_util_tag" : "0.1.2+1",
"collection_tag": "1.14.9", "collection_tag": "1.14.10",
"convert_tag": "2.0.1", "convert_tag": "2.0.1",
"crypto_tag" : "2.0.2+1", "crypto_tag" : "2.0.2+1",
"csslib_tag" : "0.14.1", "csslib_tag" : "0.14.1",

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@ -22,10 +22,6 @@ class DebugMap<K, V> implements Map<K, V> {
} }
Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this); Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this);
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>() => cast<RK, RV>();
bool containsValue(Object value) { bool containsValue(Object value) {
return sourceMap.containsValue(value); return sourceMap.containsValue(value);
} }
@ -108,10 +104,6 @@ class DebugIterable<E> implements Iterable<E> {
Iterator<E> get iterator => iterable.iterator; Iterator<E> get iterator => iterable.iterator;
Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this); Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Iterable<R> retype<R>() => cast<R>();
Iterable<T> map<T>(T f(E element)) => iterable.map(f); Iterable<T> map<T>(T f(E element)) => iterable.map(f);
Iterable<E> where(bool test(E element)) => iterable.where(test); Iterable<E> where(bool test(E element)) => iterable.where(test);
@ -190,10 +182,6 @@ class DebugList<E> extends DebugIterable<E> implements List<E> {
List<E> get list => iterable; List<E> get list => iterable;
List<R> cast<R>() => List.castFrom<E, R>(this); List<R> cast<R>() => List.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
List<E> operator +(List<E> other) => list + other; List<E> operator +(List<E> other) => list + other;
E operator [](int index) => list[index]; E operator [](int index) => list[index];
@ -297,10 +285,6 @@ class DebugSet<E> extends DebugIterable<E> implements Set<E> {
Set<E> get set => iterable; Set<E> get set => iterable;
Set<R> cast<R>() => Set.castFrom<E, R>(this); Set<R> cast<R>() => Set.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
bool contains(Object value) => set.contains(value); bool contains(Object value) => set.contains(value);
bool add(E value) { bool add(E value) {

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@ -69,10 +69,6 @@ class ExpensiveMap<K, V> extends MapBase<K, V> {
} }
Map<KR, VR> cast<KR, VR>() => Map.castFrom<K, V, KR, VR>(this); Map<KR, VR> cast<KR, VR>() => Map.castFrom<K, V, KR, VR>(this);
@Deprecated("Use cast instead.")
Map<KR, VR> retype<KR, VR>() => cast<KR, VR>();
Iterable<MapEntry<K, V>> get entries => _maps[0].entries; Iterable<MapEntry<K, V>> get entries => _maps[0].entries;
void addEntries(Iterable<MapEntry<K, V>> entries) { void addEntries(Iterable<MapEntry<K, V>> entries) {

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@ -98,10 +98,6 @@ class TrackMap<K, V> implements Map<K, V> {
} }
Map<KR, VR> cast<KR, VR>() => _map.cast<KR, VR>(); Map<KR, VR> cast<KR, VR>() => _map.cast<KR, VR>();
@Deprecated("Use cast instead.")
Map<KR, VR> retype<KR, VR>() => cast<KR, VR>();
Iterable<MapEntry<K, V>> get entries => _map.entries; Iterable<MapEntry<K, V>> get entries => _map.entries;
void addEntries(Iterable<MapEntry<K, V>> entries) { void addEntries(Iterable<MapEntry<K, V>> entries) {

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@ -10,10 +10,6 @@ class ImmutableEmptySet<E> extends IterableBase<E> implements Set<E> {
const ImmutableEmptySet(); const ImmutableEmptySet();
Set<R> cast<R>() => new ImmutableEmptySet<R>(); Set<R> cast<R>() => new ImmutableEmptySet<R>();
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
get iterator => const _EmptySetIterator(); get iterator => const _EmptySetIterator();
int get length => 0; int get length => 0;
bool get isEmpty => true; bool get isEmpty => true;

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@ -30,10 +30,6 @@ class Setlet<E> extends SetBase<E> {
static Set<R> _newSet<R>() => new Setlet<R>(); static Set<R> _newSet<R>() => new Setlet<R>();
Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSet); Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSet);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
Iterator<E> get iterator { Iterator<E> get iterator {
if (_extra == null) { if (_extra == null) {
return new _SetletSingleIterator<E>(_contents); return new _SetletSingleIterator<E>(_contents);

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@ -69,10 +69,6 @@ class JSArray<E> implements List<E>, JSIndexable<E> {
} }
List<R> cast<R>() => List.castFrom<E, R>(this); List<R> cast<R>() => List.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void add(E value) { void add(E value) {
checkGrowable('add'); checkGrowable('add');
JS('void', r'#.push(#)', this, value); JS('void', r'#.push(#)', this, value);

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@ -461,10 +461,6 @@ class _CompactLinkedHashSet<E> extends _HashFieldBase
static Set<R> _newEmpty<R>() => new _CompactLinkedHashSet<R>(); static Set<R> _newEmpty<R>() => new _CompactLinkedHashSet<R>();
Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newEmpty); Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newEmpty);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
int get length => _usedData - _deletedKeys; int get length => _usedData - _deletedKeys;
E get first { E get first {
@ -622,9 +618,6 @@ class _CompactLinkedIdentityHashSet<E> extends _CompactLinkedHashSet<E>
static Set<R> _newEmpty<R>() => new _CompactLinkedIdentityHashSet<R>(); static Set<R> _newEmpty<R>() => new _CompactLinkedIdentityHashSet<R>();
Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newEmpty); Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newEmpty);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
} }
class _CompactLinkedCustomHashSet<E> extends _CompactLinkedHashSet<E> { class _CompactLinkedCustomHashSet<E> extends _CompactLinkedHashSet<E> {
@ -643,10 +636,6 @@ class _CompactLinkedCustomHashSet<E> extends _CompactLinkedHashSet<E> {
: _validKey = (validKey != null) ? validKey : new _TypeTest<E>().test; : _validKey = (validKey != null) ? validKey : new _TypeTest<E>().test;
Set<R> cast<R>() => Set.castFrom<E, R>(this); Set<R> cast<R>() => Set.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
Set<E> toSet() => Set<E> toSet() =>
new _CompactLinkedCustomHashSet<E>(_equality, _hasher, _validKey) new _CompactLinkedCustomHashSet<E>(_equality, _hasher, _validKey)
..addAll(this); ..addAll(this);

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@ -14,10 +14,6 @@ class _ImmutableMap<K, V> implements Map<K, V> {
: _kvPairs = keyValuePairs; : _kvPairs = keyValuePairs;
Map<K2, V2> cast<K2, V2>() => Map.castFrom<K, V, K2, V2>(this); Map<K2, V2> cast<K2, V2>() => Map.castFrom<K, V, K2, V2>(this);
@Deprecated("Use cast instead.")
Map<K2, V2> retype<K2, V2>() => cast<K2, V2>();
V operator [](Object key) { V operator [](Object key) {
// To preserve the key-value order of the map literal, the keys are // To preserve the key-value order of the map literal, the keys are
// not sorted. Need to do linear search or implement an additional // not sorted. Need to do linear search or implement an additional

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@ -124,10 +124,6 @@ abstract class _IntListMixin implements List<int> {
new FollowedByIterable<int>.firstEfficient(this, other); new FollowedByIterable<int>.firstEfficient(this, other);
List<R> cast<R>() => List.castFrom<int, R>(this); List<R> cast<R>() => List.castFrom<int, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void set first(int value) { void set first(int value) {
if (this.length == 0) throw new RangeError.index(0, this); if (this.length == 0) throw new RangeError.index(0, this);
this[0] = value; this[0] = value;
@ -485,10 +481,6 @@ abstract class _DoubleListMixin implements List<double> {
new FollowedByIterable<double>.firstEfficient(this, other); new FollowedByIterable<double>.firstEfficient(this, other);
List<R> cast<R>() => List.castFrom<double, R>(this); List<R> cast<R>() => List.castFrom<double, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void set first(double value) { void set first(double value) {
if (this.length == 0) throw new RangeError.index(0, this); if (this.length == 0) throw new RangeError.index(0, this);
this[0] = value; this[0] = value;
@ -849,10 +841,6 @@ abstract class _Float32x4ListMixin implements List<Float32x4> {
new FollowedByIterable<Float32x4>.firstEfficient(this, other); new FollowedByIterable<Float32x4>.firstEfficient(this, other);
List<R> cast<R>() => List.castFrom<Float32x4, R>(this); List<R> cast<R>() => List.castFrom<Float32x4, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void set first(Float32x4 value) { void set first(Float32x4 value) {
if (this.length == 0) throw new RangeError.index(0, this); if (this.length == 0) throw new RangeError.index(0, this);
this[0] = value; this[0] = value;
@ -1217,10 +1205,6 @@ abstract class _Int32x4ListMixin implements List<Int32x4> {
new FollowedByIterable<Int32x4>.firstEfficient(this, other); new FollowedByIterable<Int32x4>.firstEfficient(this, other);
List<R> cast<R>() => List.castFrom<Int32x4, R>(this); List<R> cast<R>() => List.castFrom<Int32x4, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void set first(Int32x4 value) { void set first(Int32x4 value) {
if (this.length == 0) throw new RangeError.index(0, this); if (this.length == 0) throw new RangeError.index(0, this);
this[0] = value; this[0] = value;
@ -1584,10 +1568,6 @@ abstract class _Float64x2ListMixin implements List<Float64x2> {
new FollowedByIterable<Float64x2>.firstEfficient(this, other); new FollowedByIterable<Float64x2>.firstEfficient(this, other);
List<R> cast<R>() => List.castFrom<Float64x2, R>(this); List<R> cast<R>() => List.castFrom<Float64x2, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void set first(Float64x2 value) { void set first(Float64x2 value) {
if (this.length == 0) throw new RangeError.index(0, this); if (this.length == 0) throw new RangeError.index(0, this);
this[0] = value; this[0] = value;

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@ -24,7 +24,7 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> stream = socket.stream.map(jsonEncode); Stream<String> stream = socket.stream.map(jsonEncode);
stream.retype<Object>().pipe(_socket); stream.cast<Object>().pipe(_socket);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -24,7 +24,7 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> stream = socket.stream.map(jsonEncode); Stream<String> stream = socket.stream.map(jsonEncode);
stream.retype<Object>().pipe(_socket); stream.cast<Object>().pipe(_socket);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -27,10 +27,10 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> socket_stream = socket.stream.map(jsonEncode); Stream<String> socket_stream = socket.stream.map(jsonEncode);
socket_stream.retype<Object>().pipe(_socket); socket_stream.cast<Object>().pipe(_socket);
Stream<String> socket_invoker_stream = Stream<String> socket_invoker_stream =
socket_invoker.stream.map(jsonEncode); socket_invoker.stream.map(jsonEncode);
socket_invoker_stream.retype<Object>().pipe(_socket_invoker); socket_invoker_stream.cast<Object>().pipe(_socket_invoker);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -27,7 +27,7 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> socket_stream = socket.stream.map(jsonEncode); Stream<String> socket_stream = socket.stream.map(jsonEncode);
socket_stream.retype<Object>().pipe(_socket); socket_stream.cast<Object>().pipe(_socket);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -27,7 +27,7 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> stream = socket.stream.map(jsonEncode); Stream<String> stream = socket.stream.map(jsonEncode);
stream.retype<Object>().pipe(_socket); stream.cast<Object>().pipe(_socket);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -24,7 +24,7 @@ var tests = <IsolateTest>[
// Avoid to manually encode and decode messages from the stream // Avoid to manually encode and decode messages from the stream
Stream<String> stream = socket.stream.map(jsonEncode); Stream<String> stream = socket.stream.map(jsonEncode);
stream.retype<Object>().pipe(_socket); stream.cast<Object>().pipe(_socket);
dynamic _decoder(dynamic obj) { dynamic _decoder(dynamic obj) {
return jsonDecode(obj); return jsonDecode(obj);
} }

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@ -147,10 +147,6 @@ class ObservableList<T> extends AbstractObservable
int get length => _internal.length; int get length => _internal.length;
List<R> cast<R>() => _internal.cast<R>(); List<R> cast<R>() => _internal.cast<R>();
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
Iterable<R> whereType<R>() => _internal.whereType<R>(); Iterable<R> whereType<R>() => _internal.whereType<R>();
List<T> operator +(List<T> other) => _internal + other; List<T> operator +(List<T> other) => _internal + other;

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@ -78,10 +78,6 @@ class _HttpSession implements HttpSession {
} }
Map<K, V> cast<K, V>() => _data.cast<K, V>(); Map<K, V> cast<K, V>() => _data.cast<K, V>();
@Deprecated("Use cast instead.")
Map<K, V> retype<K, V>() => cast<K, V>();
update(key, update(value), {ifAbsent()}) => update(key, update(value), {ifAbsent()}) =>
_data.update(key, update, ifAbsent: ifAbsent); _data.update(key, update, ifAbsent: ifAbsent);

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@ -48,10 +48,6 @@ abstract class ConstantMap<K, V> implements Map<K, V> {
const ConstantMap._(); const ConstantMap._();
Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this); Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this);
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>() => cast<RK, RV>();
bool get isEmpty => length == 0; bool get isEmpty => length == 0;
bool get isNotEmpty => !isEmpty; bool get isNotEmpty => !isEmpty;

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@ -120,10 +120,6 @@ class JSArray<E> extends Interceptor implements List<E>, JSIndexable {
} }
List<R> cast<R>() => List.castFrom<E, R>(this); List<R> cast<R>() => List.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
void add(E value) { void add(E value) {
checkGrowable('add'); checkGrowable('add');
JS('void', r'#.push(#)', this, value); JS('void', r'#.push(#)', this, value);

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@ -939,10 +939,6 @@ abstract class Stream<T> {
* each data event emitted by this stream is also an instance of [R]. * each data event emitted by this stream is also an instance of [R].
*/ */
Stream<R> cast<R>() => Stream.castFrom<T, R>(this); Stream<R> cast<R>() => Stream.castFrom<T, R>(this);
@Deprecated("Use cast instead.")
Stream<R> retype<R>() => cast<R>();
/** /**
* Collects all elements of this stream in a [List]. * Collects all elements of this stream in a [List].
* *
@ -2020,9 +2016,6 @@ abstract class StreamTransformer<S, T> {
* are acually instances of [RT]. * are acually instances of [RT].
*/ */
StreamTransformer<RS, RT> cast<RS, RT>(); StreamTransformer<RS, RT> cast<RS, RT>();
@Deprecated("Use cast instead.")
StreamTransformer<RS, RT> retype<RS, RT>();
} }
/** /**
@ -2035,9 +2028,6 @@ abstract class StreamTransformerBase<S, T> implements StreamTransformer<S, T> {
StreamTransformer<RS, RT> cast<RS, RT>() => StreamTransformer<RS, RT> cast<RS, RT>() =>
StreamTransformer.castFrom<S, T, RS, RT>(this); StreamTransformer.castFrom<S, T, RS, RT>(this);
@Deprecated("Use cast instead.")
StreamTransformer<RS, RT> retype<RS, RT>() => cast<RS, RT>();
} }
/** /**

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@ -22,10 +22,6 @@ class UnmodifiableListView<E> extends UnmodifiableListBase<E> {
UnmodifiableListView(Iterable<E> source) : _source = source; UnmodifiableListView(Iterable<E> source) : _source = source;
List<R> cast<R>() => new UnmodifiableListView(_source.cast<R>()); List<R> cast<R>() => new UnmodifiableListView(_source.cast<R>());
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
int get length => _source.length; int get length => _source.length;
E operator [](int index) => _source.elementAt(index); E operator [](int index) => _source.elementAt(index);

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@ -15,10 +15,6 @@ abstract class _HashSetBase<E> extends SetBase<E> {
Set<R> _newSimilarSet<R>(); Set<R> _newSimilarSet<R>();
Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSimilarSet); Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSimilarSet);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
Set<E> difference(Set<Object> other) { Set<E> difference(Set<Object> other) {
Set<E> result = _newSet(); Set<E> result = _newSet();
for (var element in this) { for (var element in this) {

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@ -16,10 +16,6 @@ abstract class IterableMixin<E> implements Iterable<E> {
// If changing a method here, also change the other copies. // If changing a method here, also change the other copies.
Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this); Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Iterable<R> retype<R>() => cast<R>();
Iterable<T> map<T>(T f(E element)) => new MappedIterable<E, T>(this, f); Iterable<T> map<T>(T f(E element)) => new MappedIterable<E, T>(this, f);
Iterable<E> where(bool f(E element)) => new WhereIterable<E>(this, f); Iterable<E> where(bool f(E element)) => new WhereIterable<E>(this, f);

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@ -330,10 +330,6 @@ abstract class ListMixin<E> implements List<E> {
} }
List<R> cast<R>() => List.castFrom<E, R>(this); List<R> cast<R>() => List.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
List<R> retype<R>() => cast<R>();
E removeLast() { E removeLast() {
if (length == 0) { if (length == 0) {
throw IterableElementError.noElement(); throw IterableElementError.noElement();

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@ -119,10 +119,6 @@ abstract class MapMixin<K, V> implements Map<K, V> {
void clear(); void clear();
Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this); Map<RK, RV> cast<RK, RV>() => Map.castFrom<K, V, RK, RV>(this);
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>() => cast<RK, RV>();
void forEach(void action(K key, V value)) { void forEach(void action(K key, V value)) {
for (K key in keys) { for (K key in keys) {
action(key, this[key]); action(key, this[key]);
@ -315,10 +311,6 @@ class MapView<K, V> implements Map<K, V> {
const MapView(Map<K, V> map) : _map = map; const MapView(Map<K, V> map) : _map = map;
Map<RK, RV> cast<RK, RV>() => _map.cast<RK, RV>(); Map<RK, RV> cast<RK, RV>() => _map.cast<RK, RV>();
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>() => cast<RK, RV>();
V operator [](Object key) => _map[key]; V operator [](Object key) => _map[key];
void operator []=(K key, V value) { void operator []=(K key, V value) {
_map[key] = value; _map[key] = value;
@ -381,7 +373,4 @@ class UnmodifiableMapView<K, V> extends MapView<K, V>
Map<RK, RV> cast<RK, RV>() => Map<RK, RV> cast<RK, RV>() =>
new UnmodifiableMapView<RK, RV>(_map.cast<RK, RV>()); new UnmodifiableMapView<RK, RV>(_map.cast<RK, RV>());
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>() => cast<RK, RV>();
} }

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@ -78,10 +78,6 @@ abstract class Queue<E> implements EfficientLengthIterable<E> {
* this queue as well. * this queue as well.
*/ */
Queue<R> cast<R>(); Queue<R> cast<R>();
@Deprecated("Use cast instead.")
Queue<R> retype<R>();
/** /**
* Removes and returns the first element of this queue. * Removes and returns the first element of this queue.
* *
@ -344,10 +340,6 @@ class DoubleLinkedQueue<E> extends Iterable<E> implements Queue<E> {
new DoubleLinkedQueue<E>()..addAll(elements); new DoubleLinkedQueue<E>()..addAll(elements);
Queue<R> cast<R>() => Queue.castFrom<E, R>(this); Queue<R> cast<R>() => Queue.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Queue<R> retype<R>() => cast<R>();
int get length => _elementCount; int get length => _elementCount;
void addLast(E value) { void addLast(E value) {
@ -643,10 +635,6 @@ class ListQueue<E> extends ListIterable<E> implements Queue<E> {
// Iterable interface. // Iterable interface.
Queue<R> cast<R>() => Queue.castFrom<E, R>(this); Queue<R> cast<R>() => Queue.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Queue<R> retype<R>() => cast<R>();
Iterator<E> get iterator => new _ListQueueIterator<E>(this); Iterator<E> get iterator => new _ListQueueIterator<E>(this);
void forEach(void f(E element)) { void forEach(void f(E element)) {

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@ -48,10 +48,6 @@ abstract class SetMixin<E> implements Set<E> {
bool get isNotEmpty => length != 0; bool get isNotEmpty => length != 0;
Set<R> cast<R>() => Set.castFrom<E, R>(this); Set<R> cast<R>() => Set.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
Iterable<E> followedBy(Iterable<E> other) => Iterable<E> followedBy(Iterable<E> other) =>
new FollowedByIterable<E>.firstEfficient(this, other); new FollowedByIterable<E>.firstEfficient(this, other);

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@ -766,10 +766,6 @@ class SplayTreeSet<E> extends _SplayTree<E, _SplayTreeNode<E>>
new SplayTreeSet<T>((T a, T b) => _comparator(a as E, b as E), _validKey); new SplayTreeSet<T>((T a, T b) => _comparator(a as E, b as E), _validKey);
Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSet); Set<R> cast<R>() => Set.castFrom<E, R>(this, newSet: _newSet);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
int _compare(E e1, E e2) => _comparator(e1, e2); int _compare(E e1, E e2) => _comparator(e1, e2);
// From Iterable. // From Iterable.

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@ -65,9 +65,6 @@ abstract class Converter<S, T> extends StreamTransformerBase<S, T> {
* are acually instances of [RT]. * are acually instances of [RT].
*/ */
Converter<RS, RT> cast<RS, RT>() => Converter.castFrom<S, T, RS, RT>(this); Converter<RS, RT> cast<RS, RT>() => Converter.castFrom<S, T, RS, RT>(this);
@Deprecated("Use cast instead.")
Converter<RS, RT> retype<RS, RT>() => cast<RS, RT>();
} }
/** /**

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@ -164,10 +164,6 @@ abstract class Iterable<E> {
* the type [R], e.g., from [toList], it will have exactly the type [R]. * the type [R], e.g., from [toList], it will have exactly the type [R].
*/ */
Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this); Iterable<R> cast<R>() => Iterable.castFrom<E, R>(this);
@Deprecated("Use cast instead.")
Iterable<R> retype<R>() => cast<R>();
/** /**
* Returns the lazy concatentation of this iterable and [other]. * Returns the lazy concatentation of this iterable and [other].
* *

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@ -268,10 +268,6 @@ abstract class List<E> implements EfficientLengthIterable<E> {
* Typically implemented as `List.castFrom<E, R>(this)`. * Typically implemented as `List.castFrom<E, R>(this)`.
*/ */
List<R> cast<R>(); List<R> cast<R>();
@Deprecated("Use cast instead.")
List<R> retype<R>();
/** /**
* Returns the object at the given [index] in the list * Returns the object at the given [index] in the list
* or throws a [RangeError] if [index] is out of bounds. * or throws a [RangeError] if [index] is out of bounds.

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@ -192,10 +192,6 @@ abstract class Map<K, V> {
* `Map<RK, RV>`. * `Map<RK, RV>`.
*/ */
Map<RK, RV> cast<RK, RV>(); Map<RK, RV> cast<RK, RV>();
@Deprecated("Use cast instead.")
Map<RK, RV> retype<RK, RV>();
/** /**
* Returns true if this map contains the given [value]. * Returns true if this map contains the given [value].
* *

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@ -126,10 +126,6 @@ abstract class Set<E> extends EfficientLengthIterable<E> {
* this set as well. * this set as well.
*/ */
Set<R> cast<R>(); Set<R> cast<R>();
@Deprecated("Use cast instead.")
Set<R> retype<R>();
/** /**
* Provides an iterator that iterates over the elements of this set. * Provides an iterator that iterates over the elements of this set.
* *

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@ -46684,10 +46684,6 @@ abstract class _AttributeMap extends MapBase<String, String> {
} }
Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this); Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this);
@Deprecated("Use cast instead.")
Map<K, V> retype<K, V>() => cast<K, V>();
bool containsValue(Object value) { bool containsValue(Object value) {
for (var v in this.values) { for (var v in this.values) {
if (value == v) { if (value == v) {
@ -46849,10 +46845,6 @@ class _DataAttributeMap extends MapBase<String, String> {
} }
Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this); Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this);
@Deprecated("Use cast instead.")
Map<K, V> retype<K, V>() => cast<K, V>();
// TODO: Use lazy iterator when it is available on Map. // TODO: Use lazy iterator when it is available on Map.
bool containsValue(Object value) => values.any((v) => v == value); bool containsValue(Object value) => values.any((v) => v == value);

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@ -19,9 +19,6 @@ class CastStream<S, T> extends Stream<T> {
} }
Stream<R> cast<R>() => new CastStream<S, R>(_source); Stream<R> cast<R>() => new CastStream<S, R>(_source);
@Deprecated("Use cast instead.")
Stream<R> retype<R>() => cast<R>();
} }
class CastStreamSubscription<S, T> implements StreamSubscription<T> { class CastStreamSubscription<S, T> implements StreamSubscription<T> {
@ -64,10 +61,6 @@ class CastStreamTransformer<SS, ST, TS, TT>
StreamTransformer<RS, RT> cast<RS, RT>() => StreamTransformer<RS, RT> cast<RS, RT>() =>
new CastStreamTransformer<SS, ST, RS, RT>(_source); new CastStreamTransformer<SS, ST, RS, RT>(_source);
@Deprecated("Use cast instead.")
StreamTransformer<RS, RT> retype<RS, RT>() => cast<RS, RT>();
Stream<TT> bind(Stream<TS> stream) => Stream<TT> bind(Stream<TS> stream) =>
_source.bind(stream.cast<SS>()).cast<TT>(); _source.bind(stream.cast<SS>()).cast<TT>();
} }
@ -85,7 +78,4 @@ class CastConverter<SS, ST, TS, TT> extends Converter<TS, TT> {
Converter<RS, RT> cast<RS, RT>() => Converter<RS, RT> cast<RS, RT>() =>
new CastConverter<SS, ST, RS, RT>(_source); new CastConverter<SS, ST, RS, RT>(_source);
@Deprecated("Use cast instead.")
Converter<RS, RT> retype<RS, RT>() => cast<RS, RT>();
} }

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@ -189,10 +189,6 @@ class CastSet<S, T> extends _CastIterableBase<S, T> implements Set<T> {
static Set<R> _defaultEmptySet<R>() => new Set<R>(); static Set<R> _defaultEmptySet<R>() => new Set<R>();
Set<R> cast<R>() => new CastSet<S, R>(_source, _emptySet); Set<R> cast<R>() => new CastSet<S, R>(_source, _emptySet);
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
bool add(T value) => _source.add(value as S); bool add(T value) => _source.add(value as S);
void addAll(Iterable<T> elements) { void addAll(Iterable<T> elements) {
@ -368,9 +364,6 @@ class CastQueue<S, T> extends _CastIterableBase<S, T>
final Queue<S> _source; final Queue<S> _source;
CastQueue(this._source); CastQueue(this._source);
Queue<R> cast<R>() => new CastQueue<S, R>(_source); Queue<R> cast<R>() => new CastQueue<S, R>(_source);
@Deprecated("Use cast instead.")
Queue<R> retype<R>() => cast<R>();
} }
// TODO(lrn): Use when ListQueue implements List. // TODO(lrn): Use when ListQueue implements List.

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@ -90,7 +90,7 @@ void testList() {
// Regression test. // Regression test.
var list3 = <num>[4, 3, 2, 1]; var list3 = <num>[4, 3, 2, 1];
var dList3 = list3.retype<int>(); var dList3 = list3.cast<int>();
dList3.sort(null); dList3.sort(null);
Expect.listEquals([1, 2, 3, 4], list3); Expect.listEquals([1, 2, 3, 4], list3);
} }

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@ -37,9 +37,6 @@ class EfficientTestIterable extends TestIterableBase implements Set<int> {
// Avoid warnings because we don't actually implement Set. // Avoid warnings because we don't actually implement Set.
noSuchMethod(i) => super.noSuchMethod(i); noSuchMethod(i) => super.noSuchMethod(i);
Set<R> cast<R>() => throw "not used by test"; Set<R> cast<R>() => throw "not used by test";
@Deprecated("Use cast instead.")
Set<R> retype<R>() => cast<R>();
} }
class CallbackIterator implements Iterator<int> { class CallbackIterator implements Iterator<int> {

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@ -19,11 +19,6 @@ void main() {
test(new UnmodifiableListView<Object>(<num>[37]).cast<int>()); test(new UnmodifiableListView<Object>(<num>[37]).cast<int>());
test(new UnmodifiableListView<Object>(<int>[37]).cast<num>()); test(new UnmodifiableListView<Object>(<int>[37]).cast<num>());
test(new UnmodifiableListView<num>(<num>[37]).retype<int>());
test(new UnmodifiableListView<num>(<int>[37]).retype<int>());
test(new UnmodifiableListView<Object>(<num>[37]).retype<int>());
test(new UnmodifiableListView<Object>(<int>[37]).retype<num>());
var m2 = new List<num>.unmodifiable([37]); var m2 = new List<num>.unmodifiable([37]);
test(m2); test(m2);
test(m2.cast<int>()); test(m2.cast<int>());

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@ -10,16 +10,13 @@ import 'dart:collection';
void main() { void main() {
testNum(const {1: 37}, "const"); testNum(const {1: 37}, "const");
testNum(const <num, num>{1: 37}.cast<int, int>(), "const.cast"); testNum(const <num, num>{1: 37}.cast<int, int>(), "const.cast");
testNum(const <num, num>{1: 37}.retype<int, int>(), "const.retype");
testNum(new UnmodifiableMapView({1: 37}), "unmod"); testNum(new UnmodifiableMapView({1: 37}), "unmod");
testNum(new UnmodifiableMapView<num, num>(<num, num>{1: 37}), "unmod.cast"); testNum(new UnmodifiableMapView<num, num>(<num, num>{1: 37}), "unmod.cast");
testNum(new UnmodifiableMapView<num, num>(<int, int>{1: 37}), "unmod.retype");
testNum(new UnmodifiableMapView<num, num>(<num, num>{1: 37}).cast<int, int>(), testNum(new UnmodifiableMapView<num, num>(<num, num>{1: 37}).cast<int, int>(),
"unmodView<num>.cast<int>"); "unmodView<num>(num).cast<int>");
testNum(new UnmodifiableMapView<num, num>(<int, int>{1: 37}).cast<int, int>(), testNum(new UnmodifiableMapView<num, num>(<int, int>{1: 37}).cast<int, int>(),
"unmodView<int>.cast<int>"); "unmodView<num>(int).cast<int>");
testNum( testNum(
new UnmodifiableMapView<Object, Object>(<num, num>{1: 37}) new UnmodifiableMapView<Object, Object>(<num, num>{1: 37})
.cast<int, int>(), .cast<int, int>(),
@ -29,21 +26,6 @@ void main() {
.cast<num, num>(), .cast<num, num>(),
"unmodView<Object>(int).cast<num>"); "unmodView<Object>(int).cast<num>");
testNum(
new UnmodifiableMapView<num, num>(<num, num>{1: 37}).retype<int, int>(),
"unmodView<num>(num).retype<int>");
testNum(
new UnmodifiableMapView<num, num>(<int, int>{1: 37}).retype<int, int>(),
"unmodView<num>(int).retype<int>");
testNum(
new UnmodifiableMapView<Object, Object>(<num, num>{1: 37})
.retype<int, int>(),
"unmodView<Object>(num).retype<int>");
testNum(
new UnmodifiableMapView<Object, Object>(<int, int>{1: 37})
.retype<num, num>(),
"unmodView<Object>(int).retype<num>");
var m2 = new Map<num, num>.unmodifiable({1: 37}); var m2 = new Map<num, num>.unmodifiable({1: 37});
testNum(m2, "Map<num>.unmod"); testNum(m2, "Map<num>.unmod");
testNum(m2.cast<int, int>(), "Map<num>.unmod.cast<int>"); testNum(m2.cast<int, int>(), "Map<num>.unmod.cast<int>");
@ -51,7 +33,6 @@ void main() {
Map<Symbol, dynamic> nsm = new NsmMap().foo(a: 0); Map<Symbol, dynamic> nsm = new NsmMap().foo(a: 0);
test(nsm, #a, 0, "nsm", noSuchMethodMap: true); test(nsm, #a, 0, "nsm", noSuchMethodMap: true);
test(nsm.cast<Object, int>(), #a, 0, "nsm.cast", noSuchMethodMap: true); test(nsm.cast<Object, int>(), #a, 0, "nsm.cast", noSuchMethodMap: true);
test(nsm.retype<Object, int>(), #a, 0, "nsm.retype", noSuchMethodMap: true);
} }
void testNum(Map<Object, Object> map, String name) { void testNum(Map<Object, Object> map, String name) {

View file

@ -16,10 +16,6 @@ abstract class _AttributeMap extends MapBase<String, String> {
} }
Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this); Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this);
@Deprecated("Use cast instead.")
Map<K, V> retype<K, V>() => cast<K, V>();
bool containsValue(Object value) { bool containsValue(Object value) {
for (var v in this.values) { for (var v in this.values) {
if (value == v) { if (value == v) {
@ -181,10 +177,6 @@ class _DataAttributeMap extends MapBase<String, String> {
} }
Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this); Map<K, V> cast<K, V>() => Map.castFrom<String, String, K, V>(this);
@Deprecated("Use cast instead.")
Map<K, V> retype<K, V>() => cast<K, V>();
// TODO: Use lazy iterator when it is available on Map. // TODO: Use lazy iterator when it is available on Map.
bool containsValue(Object value) => values.any((v) => v == value); bool containsValue(Object value) => values.any((v) => v == value);