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<application>
<component name="Translation.Cache">
<option name="lastTrimTime" value="1748504263658" />
</component>
<component name="Translation.OpenAISettings">
<option name="OPEN_AI">
<open-ai>
<option name="API_PATH" value="/api/paas/v4/chat/completions" />
<option name="CUSTOM_MODEL" value="glm-4-flash" />
<option name="ENDPOINT" value="https://open.bigmodel.cn" />
<option name="USE_CUSTOM_MODEL" value="true" />
</open-ai>
</option>
</component>
<component name="Translation.Settings">
<option name="primaryLanguage" value="CHINESE_SIMPLIFIED" />
<option name="translator" value="OPEN_AI" />
</component>
<component name="Translation.States">
<histories>
<item value="use penetrate" />
<item value="Reorderable (drag and drop) version of [Wrap], A widget that displays its children in multiple horizontal or vertical runs. In addition to [Wrap]'s parameters, this widget also adds two parameters, [minMainAxisCount] and [maxMainAxisCount], that limits how many children each run has at least and at most. For example, if the size of parent widget allows a run to have more than [maxMainAxisCount] children, the run is forced to end and will have [maxMainAxisCount] children only. All [children] must have a key. See also: [Wrap], which displays its children in multiple horizontal or vertical runs." />
<item value="The reserved word `null` denotes an object that is the sole instance of this class. The `Null` class is the only class which does not implement `Object`. It is a compile-time error for a class to attempt to extend or implement [Null]. The language contains a number of specialized operators for working with `null` value. Examples: ```dart e1! Throws if e1 is null. e2 ?? e3 Same as e2, unless e2 is null, then use value of e3 x ??= e4 Same as x unless x is null, then same as `x = e4`. e5?.foo() call `foo` on e5, unless e5 is null. [...? e6] spreads e6 into the list literal, unless e6 is null. ```" />
<item value="Typically set to true when the [InputDecorator] contains a multiline [TextField] ([TextField.maxLines] is null or &gt; 1) to override the default behavior of aligning the label with the center of the [TextField]. Defaults to false." />
<item value="The direction to use for the [hintText]. If null, defaults to a value derived from [Directionality] for the input field and the current context." />
<item value="Set the initial position at the position where this gesture recognizer won the arena." />
<item value="Set the initial offset at the position where the first down event was detected." />
<item value="{@macro flutter.widgets.shadow.scrollBehavior} [ScrollBehavior]s also provide [ScrollPhysics]. If an explicit [ScrollPhysics] is provided in [physics], it will take precedence, followed by [scrollBehavior], and then the inherited ancestor [ScrollBehavior]. The [ScrollBehavior] of the inherited [ScrollConfiguration] will be modified by default to not apply a [Scrollbar]." />
<item value="TODO(tahatesser): Add a link to the Material Design spec for horizontal offset when it is available. It's currently sourced from androidxcomposematerial3TabRow.kt. If [TabBar.isScrollable] is true, tabs are aligned to the start of the [TabBar]. Otherwise throws an exception. It is not recommended to set [TabAlignment.start] when [ThemeData.useMaterial3] is false." />
<item value="纵向" />
<item value="The menu's background fill color." />
<item value="he shadow color of the menu's [Material]. The material's elevation shadow can be difficult to see for dark themes, so by default the menu classes add a semi-transparent overlay to indicate elevation. See [ThemeData.applyElevationOverlayColor]." />
<item value="surface tint color" />
<item value="menu style" />
<item value="Tried to use Provider with a subtype of ListenableStream (AMRobotViewModel)" />
<item value="dependent services" />
<item value="independent services" />
<item value="MQTT Connection is not currently connected to any broker." />
<item value="The MQTT Connection is faulted and no longer communicating with the broker." />
<item value="Creates information for editing a run of text. The selection and composing range must be within the text. This is not checked during construction, and must be guaranteed by the caller. The default value of [selection] is `TextSelection.collapsed(offset: -1)`. This indicates that there is no selection at all." />
<item value="The offset at which the selection terminates. When the user uses the arrow keys to adjust the selection, this is the value that changes. Similarly, if the current theme paints a caret on one side of the selection, this is the location at which to paint the caret. Might be larger than, smaller than, or equal to base." />
<item value="The offset at which the selection originates. Might be larger than, smaller than, or equal to extent." />
<item value="!newValue.composing.isValid || newValue.isComposingRangeValid, 'New TextEditingValue newValue has an invalid non-empty composing range ' '{newValue.composing}. It is recommended to use a valid composing range, ' 'even for readonly text fields.'," />
<item value="Updates the current [text] to the given `newText`, and removes existing selection and composing range held by the controller. This setter is typically only used in tests, as it resets the cursor position and the composing state. For production code, consider using the [value] setter to update the [text] value instead, and specify a reasonable selection range within the new [text]. Setting this notifies all the listeners of this [TextEditingController] that they need to update (it calls [notifyListeners]). For this reason, this value should only be set between frames, e.g. in response to user actions, not during the build, layout, or paint phases. This property can be set from a listener added to this [TextEditingController]." />
<item value="Creates a new independent [Stream] for the contents of this file. If [start] is present, the file will be read from byte-offset [start]. Otherwise from the beginning (index 0). If [end] is present, only bytes up to byte-index [end] will be read. Otherwise, until end of file. In order to make sure that system resources are freed, the stream must be read to completion or the subscription on the stream must be cancelled. If [File] is a [named pipe](https:en.wikipedia.orgwikiNamed_pipe) then the returned [Stream] will wait until the write side of the pipe is closed before signaling &quot;done&quot;. If there are no writers attached to the pipe when it is opened, then [Stream.listen] will wait until a writer opens the pipe. An error opening or reading the file will appear as a [FileSystemException] error event on the returned [Stream], after which the [Stream] is closed. For example: ```dart This example will print the &quot;Error reading file&quot; message and the `await for` loop will complete normally, without seeing any data events. final stream = File('does-not-exist') .openRead() .handleError((e) =&gt; print('Error reading file: e')); await for (final data in stream) { print(data); } ```" />
<item value="The ping received callback" />
<item value="pong callback" />
<item value="{@template flutter.widgets.TextField.textInputAction} The type of action button to use for the keyboard. Defaults to [TextInputAction.newline] if [keyboardType] is [TextInputType.multiline] and [TextInputAction.done] otherwise. {@endtemplate}" />
<item value="Optimize for textual information. Requests the default platform keyboard. static const TextInputType text = TextInputType._(0); Optimize for multiline textual information. Requests the default platform keyboard, but accepts newlines when the enter key is pressed. This is the input type used for all multiline text fields. static const TextInputType multiline = TextInputType._(1);" />
<item value="gcs robot delays" />
<item value="gcs robot delaies" />
<item value="Connect timeout value in milliseconds, i.e the time period between successive connection attempts. Minimum value is 1000ms, defaults to 5000ms." />
<item value="connect timeout period" />
<item value="max connection attempts" />
<item value="reconnect time period" />
<item value="faulted" />
<item value="debuggerx" />
<item value="calibrate" />
<item value="send RTC" />
<item value="get motion list" />
<item value="get moticon list" />
<item value="first available mqtt" />
<item value="editing" />
<item value="manual task" />
<item value="mannul" />
<item value="manul" />
<item value="is stepped" />
<item value="Creates a listener for a drag immediately following a pointer down event over the given child widget. This is most commonly used to wrap part of a list item like a drag handle." />
<item value="If true: on desktop platforms, a drag handle is stacked over the center of each item's trailing edge; on mobile platforms, a long press anywhere on the item starts a drag. The default desktop drag handle is just an [Icons.drag_handle] wrapped by a [ReorderableDragStartListener]. On mobile platforms, the entire item is wrapped with a [ReorderableDelayedDragStartListener]. To change the appearance or the layout of the drag handles, make this parameter false and wrap each list item, or a widget within each list item, with [ReorderableDragStartListener] or [ReorderableDelayedDragStartListener], or a custom subclass of [ReorderableDragStartListener]. The following sample specifies `buildDefaultDragHandles: false`, and uses a [Card] at the leading edge of each item for the item's drag handle. {@tool dartpad} See code in examplesapilibmaterialreorderable_listreorderable_list_view.build_default_drag_handles.0.dart {@end-tool}" />
<item value="{@macro flutter.widgets.list_view.prototypeItem} final Widget? prototypeItem;" />
</histories>
<option name="languageScores">
<map>
<entry key="CHINESE_SIMPLIFIED" value="55" />
<entry key="ENGLISH" value="55" />
</map>
</option>
</component>
</application>