<itemvalue="Synchronously writes a single string to the file using the given [Encoding]. Throws a [FileSystemException] if the operation fails."/>
<itemvalue="bound"/>
<itemvalue="A combined byte and text output. An [IOSink] combines a [StreamSink] of bytes with a [StringSink], and allows easy output of both bytes and text. Writing text ([write]) and adding bytes ([add]) may be interleaved freely. While a stream is being added using [addStream], any further attempts to add or write to the [IOSink] will fail until the [addStream] completes. It is an error to add data to the [IOSink] after the sink is closed."/>
<itemvalue="A future that will complete when the consumer closes, or when an error occurs. This future is identical to the future returned by [close]."/>
<itemvalue="Close the target consumer. NOTE: Writes to the [IOSink] may be buffered, and may not be flushed by a call to `close()`. To flush all buffered writes, call `flush()` before calling `close()`."/>
<itemvalue="Returns a [Future] that completes once all buffered data is accepted by the underlying [StreamConsumer]. This method must not be called while an [addStream] is incomplete. NOTE: This is not necessarily the same as the data being flushed by the operating system."/>
<itemvalue="Passes the error to the target consumer as an error event. This function must not be called when a stream is currently being added using [addStream]. This operation is non-blocking. See [flush] or [done] for how to get any errors generated by this call."/>
<itemvalue="Converts [object] to a String by invoking [Object.toString] and writes the result to `this`, followed by a newline. This operation is non-blocking. See [flush] or [done] for how to get any errors generated by this call."/>
<itemvalue="Converts [object] to a String by invoking [Object.toString] and [add]s the encoding of the result to the target consumer. This operation is non-blocking. See [flush] or [done] for how to get any errors generated by this call."/>
<itemvalue="Stop waiting for this future after [timeLimit] has passed. Creates a new _timeout future_ that completes with the same result as this future, the _source future_, if the source future completes in time. If the source future does not complete before [timeLimit] has passed, the [onTimeout] action is executed, and its result (whether it returns or throws) is used as the result of the timeout future. The [onTimeout] function must return a [T] or a `Future<T>`. If [onTimeout] returns a future, the _alternative result future_, the eventual result of the alternative result future is used to complete the timeout future, even if the source future completes before the alternative result future. It only matters that the source future did not complete in time. If `onTimeout` is omitted, a timeout will cause the returned future to complete with a [TimeoutException]."/>
<itemvalue="Removes all `.` segments and any non-leading `..` segments. If the path starts with something that looks like a scheme, and [allowScheme] is false, the colon is escaped. Removing the ".." from a "barfoo.." sequence results in "bar" (trailing ""). If the entire path is removed (because it contains as many ".." segments as real segments), the result is ".". This is different from an empty string, which represents "no path" when you resolve it against a base URI with a path with a non-empty final segment."/>
<itemvalue="Returns a URI where the path has been normalized. A normalized path does not contain `.` segments or non-leading `..` segments. Only a relative path with no scheme or authority may contain leading `..` segments; a path that starts with `` will also drop any leading `..` segments. This uses the same normalization strategy as `Uri().resolve(this)`. Does not change any part of the URI except the path. The default implementation of `Uri` always normalizes paths, so calling this function has no effect."/>
<itemvalue="The path component. The path is the actual substring of the URI representing the path, and it is encoded where necessary. To get direct access to the decoded path, use [pathSegments]. The path value is the empty string if there is no path component."/>
@ -52,22 +62,12 @@
<itemvalue="TD: The native flutter tooltip uses verticalOffset to space the tooltip from the child. But we'll likely need just offset, since it's 4 way directional this.verticalOffset = 24.0,"/>
<itemvalue="The vertical offset of the tooltip from its target widget. Defaults to `0.0`."/>
<itemvalue="The minimum margin between the tooltip and the edges of the screen. Defaults to `20.0`."/>
<itemvalue="[top], [right], [bottom], [left] define the distance between the respective edges of the tooltip and the corresponding edges of the screen. If not provided, the tooltip will be positioned as close as possible to the specified edge, respecting the `minimumOutsideMargin`."/>
<itemvalue="Whether the tooltip should snap to the top or bottom of the screen if there's not enough space in the preferred direction. Defaults to `false`."/>
<itemvalue="snaps far away vertically"/>
<itemvalue="A special value that doesn't change cursor by itself, but make a region that blocks other regions behind it from changing the cursor. When a pointer enters a region with a cursor of [uncontrolled], the pointer retains its previous cursor and keeps so until it moves out of the region. Technically, this region absorb the mouse cursor hit test without changing the pointer's cursor. This is useful in a region that displays a platform view, which let the operating system handle pointer events and change cursors accordingly. To achieve this, the region's cursor must not be any Flutter cursor, since that might overwrite the system request upon pointer entering; the cursor must not be null either, since that allows the widgets behind the region to change cursors."/>
<itemvalue="A special class that indicates that the region with this cursor defers the choice of cursor to the next region behind it. When an event occurs, [MouseTracker] will update each pointer's cursor by finding the list of regions that contain the pointer's location, from front to back in hit-test order. The pointer's cursor will be the first cursor in the list that is not a [MouseCursor.defer]."/>
<itemvalue="uncontrolled"/>
<itemvalue="defer"/>
<itemvalue="A widget representing a rotating expandcollapse button. The icon rotates 180 degrees when pressed, then reverts the animation on a second press. The underlying icon is [Icons.expand_more]. The expand icon does not include a semantic label for accessibility. In order to be accessible it should be combined with a label using [MergeSemantics]. This is done automatically by the [ExpansionPanel] widget. See [IconButton] for a more general implementation of a pressable button with an icon. See also: https:material.iodesigniconographysystem-icons.html"/>
<itemvalue="Creates a tooltip. By default, tooltips should adhere to the [Material specification](https:material.iodesigncomponentstooltips.htmlspec). If the optional constructor parameters are not defined, the values provided by [TooltipTheme.of] will be used if a [TooltipTheme] is present or specified in [ThemeData]. All parameters that are defined in the constructor will override the default values _and_ the values in [TooltipTheme.of]. Only one of [message] and [richMessage] may be non-null."/>
debuggerx
4 months ago