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80 lines
9.1 KiB
80 lines
9.1 KiB
<application>
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<component name="Translation.Cache">
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<option name="lastTrimTime" value="1730109686308" />
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</component>
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<component name="Translation.Settings">
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<option name="primaryLanguage" value="CHINESE" />
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</component>
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<component name="Translation.States">
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<option name="pinTranslationDialog" value="true" />
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<option name="translationDialogHeight" value="702" />
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<option name="translationDialogLocationX" value="591" />
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<option name="translationDialogLocationY" value="536" />
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<option name="translationDialogWidth" value="1253" />
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<histories>
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<item value="{@macro flutter.rendering.RenderListWheelViewport.squeeze} Defaults to `1.45` to visually mimic iOS." />
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<item value="The uniform height of all children. All children will be given the [BoxConstraints] to match this exact height. Must not be null and must be positive." />
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<item value="item extent" />
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<item value="background color" />
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<item value="off axis fraction" />
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<item value="use magnifier" />
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<item value="Relative ratio between this picker's height and the simulated cylinder's diameter. Smaller values creates more pronounced curvatures in the scrollable wheel. For more details, see [ListWheelScrollView.diameterRatio]. Must not be null and defaults to `1.1` to visually mimic iOS." />
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<item value="diameter ratio" />
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<item value="minus" />
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<item value="BRITISH" />
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<item value="Called whenever the widget configuration changes. If the parent widget rebuilds and requests that this location in the tree update to display a new widget with the same [runtimeType] and [Widget.key], the framework will update the [widget] property of this [State] object to refer to the new widget and then call this method with the previous widget as an argument. Override this method to respond when the [widget] changes (e.g., to start implicit animations). The framework always calls [build] after calling [didUpdateWidget], which means any calls to [setState] in [didUpdateWidget] are redundant. {@macro flutter.widgets.State.initState} Implementations of this method should start with a call to the inherited method, as in `super.didUpdateWidget(oldWidget)`. _See the discussion at [Element.rebuild] for more information on when this method is called._" />
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<item value="Called when a dependency of this [State] object changes. For example, if the previous call to [build] referenced an [InheritedWidget] that later changed, the framework would call this method to notify this object about the change. This method is also called immediately after [initState]. It is safe to call [BuildContext.dependOnInheritedWidgetOfExactType] from this method. Subclasses rarely override this method because the framework always calls [build] after a dependency changes. Some subclasses do override this method because they need to do some expensive work (e.g., network fetches) when their dependencies change, and that work would be too expensive to do for every build." />
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<item value="start in write action" />
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<item value="A type representing values that are either `Future<T>` or `T`. This class declaration is a public stand-in for an internal future-or-value generic type, which is not a class type. References to this class are resolved to the internal type. It is a compile-time error for any class to extend, mix in or implement `FutureOr`." />
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<item value="implicit" />
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<item value="dart function expression impl" />
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<item value="dart var declaration list impl" />
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<item value="place at the end of line" />
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<item value="presentation" />
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<item value="relates to preceding text" />
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<item value="register inspection" />
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<item value="register intention" />
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<item value="emoticon" />
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<item value="Emote" />
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<item value="Kurdish" />
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<item value="Updates the value for the provided [key]. Returns the new value associated with the key. If the key is present, invokes [update] with the current value and stores the new value in the map. If the key is not present and [ifAbsent] is provided, calls [ifAbsent] and adds the key with the returned value to the map. If the key is not present, [ifAbsent] must be provided. ```dart final planetsFromSun = <int, String>{1: 'Mercury', 2: 'unknown', 3: 'Earth'}; Update value for known key value 2. planetsFromSun.update(2, (value) => 'Venus'); print(planetsFromSun); {1: Mercury, 2: Venus, 3: Earth} final largestPlanets = <int, String>{1: 'Jupiter', 2: 'Saturn', 3: 'Neptune'}; Key value 8 is missing from list, add it using [ifAbsent]. largestPlanets.update(8, (value) => 'New', ifAbsent: () => 'Mercury'); print(largestPlanets); {1: Jupiter, 2: Saturn, 3: Neptune, 8: Mercury} ```" />
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<item value="is humanoid" />
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<item value="repeatable" />
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<item value="second" />
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<item value="use requestPB function instead." />
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<item value="use requestPB instead." />
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<item value="animated slide" />
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<item value="suspend screen" />
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<item value="suspen screen" />
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<item value="single attachment" />
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<item value="UNSPECIFIED" />
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<item value="cur subtask name" />
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<item value="锚点" />
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<item value="[end], if provided, must be greater than or equal to [start]." />
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<item value="is single quoted" />
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<item value="visit string interpolation" />
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<item value="visit interpolation string" />
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<item value="duplicate" />
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<item value="重复" />
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<item value="It will return the SheetObject of `sheet`. If the `sheet` does not exist then it will create `sheet` with `New Sheet Object`" />
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<item value="- `null` - `true` and `false` - Instances of [int], [double], [String] - Instances created through list, map and set literals - Instances created by constructors of: - [List], [Map], [LinkedHashMap], [Set] and [LinkedHashSet] - [TransferableTypedData] - [Capability] - [SendPort] instances from [ReceivePort.sendPort] or [RawReceivePort.sendPort] where the receive ports are created using those classes' constructors. - Instances of [Type] representing one of the types mentioned above, `Object`, `dynamic`, `void` and `Never` as well as nullable variants of all these types. For generic types type arguments must be sendable types for the whole type to be sendable." />
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<item value="If the sender and receiver isolate share the same code (e.g. isolates created via [Isolate.spawn]), the transitive object graph of [message] can contain any object, with the following exceptions:" />
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<item value="Instances of classes that either themselves are marked with `@pragma('vm:isolate-unsendable')`, extend or implement such classes cannot be sent through the ports. Apart from those exceptions any object can be sent. Objects that are identified as immutable (e.g. strings) will be shared whereas all other objects will be copied. The send happens immediately and may have a linear time cost to copy the transitive object graph. The send itself doesn't block (i.e. doesn't wait until the receiver has received the message). The corresponding receive port can receive the message as soon as its isolate's event loop is ready to deliver it, independently of what the sending isolate is doing. Note: Due to an implementation choice the Dart VM made for how closures represent captured state, closures can currently capture more state than they need, which can cause the transitive closure to be larger than needed. Open bug to address this: http:dartbug.com36983" />
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<item value="Illegal argument in isolate message: object is unsendable - Library:'dart:async' Class: _AsyncCompleter@4048458 (see restrictions listed at `SendPort.send()` documentation for more information)" />
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<item value="Sends an asynchronous [message] through this send port, to its corresponding [ReceivePort]. If the sending and receiving isolates do not share the same code (an isolate created using [Isolate.spawnUri] does not share the code of the isolate that spawned it), the transitive object graph of [message] can only contain the following kinds of objects: - `null` - `true` and `false` - Instances of [int], [double], [String] - Instances created through list, map and set literals - Instances created by constructors of: - [List], [Map], [LinkedHashMap], [Set] and [LinkedHashSet] - [TransferableTypedData] - [Capability] - [SendPort] instances from [ReceivePort.sendPort] or [RawReceivePort.sendPort] where the receive ports are created using those classes' constructors. - Instances of [Type] representing one of the types mentioned above, `Object`, `dynamic`, `void` and `Never` as well as nullable variants of all these types. For generic types type arguments must be sendable types for the whole type to be sendable." />
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</histories>
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<option name="languageScores">
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<map>
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<entry key="CHINESE" value="646" />
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<entry key="CHINESE_SIMPLIFIED" value="143" />
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<entry key="ENGLISH" value="785" />
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<entry key="GERMAN" value="1" />
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<entry key="HAWAIIAN" value="1" />
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<entry key="INDONESIAN" value="1" />
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<entry key="NORWEGIAN" value="1" />
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<entry key="POLISH" value="1" />
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<entry key="ROMANIAN" value="1" />
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</map>
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</option>
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</component>
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</application> |