<itemvalue="Starts the clock for this [Ticker]. If the ticker is not [muted], then this also starts calling the ticker's callback once per animation frame. The returned future resolves once the ticker [stop]s ticking. If the ticker is disposed, the future does not resolve. A derivative future is available from the returned [TickerFuture] object that resolves with an error in that case, via [TickerFuture.orCancel]. Calling this sets [isActive] to true. This method cannot be called while the ticker is active. To restart the ticker, first [stop] it. By convention, this method is used by the object that receives the ticks (as opposed to the [TickerProvider] which created the ticker)."/>
<itemvalue="fix: GS-1563 can't input '’' on trivia edit page."/>
<itemvalue="fix: GS-1563 can't input '’' on trivia edit field."/>
<itemvalue="feat: add deprecated annotation to avoid others use UserInfoPage and SoulProfilePage directly."/>
@ -55,12 +56,11 @@
<itemvalue="Prefetches an image into the image cache. Returns a [Future] that will complete when the first image yielded by the [ImageProvider] is available or failed to load. If the image is later used by an [Image] or [BoxDecoration] or [FadeInImage], it will probably be loaded faster. The consumer of the image does not need to use the same [ImageProvider] instance. The [ImageCache] will find the image as long as both images share the same key, and the image is held by the cache. The cache may refuse to hold the image if it is disabled, the image is too large, or some other criteria implemented by a custom [ImageCache] implementation. The [ImageCache] holds a reference to all images passed to [ImageCache.putIfAbsent] as long as their [ImageStreamCompleter] has at least one listener. This method will wait until the end of the frame after its future completes before releasing its own listener. This gives callers a chance to listen to the stream if necessary. A caller can determine if the image ended up in the cache by calling [ImageProvider.obtainCacheStatus]. If it is only held as [ImageCacheStatus.live], and the caller wishes to keep the resolved image in memory, the caller should immediately call `provider.resolve` and add a listener to the returned [ImageStream]. The image will remain pinned in memory at least until the caller removes its listener from the stream, even if it would not otherwise fit into the cache. Callers should be cautious about pinning large images or a large number of images in memory, as this can result in running out of memory and being killed by the operating system. The lower the available physical memory, the more susceptible callers will be to running into OOM issues. These issues manifest as immediate process death, sometimes with no other error messages. The [BuildContext] and [Size] are used to select an image configuration (see [createLocalImageConfiguration]). The returned future will not complete with error, even if precaching failed. The `onError` argument can be used to manually handle errors while pre-caching. See also: [ImageCache], which holds images that may be reused."/>
<itemvalue="Creates a random number generator. The optional parameter [seed] is used to initialize the internal state of the generator. The implementation of the random stream can change between releases of the library."/>
<itemvalue="Creates a cryptographically secure random number generator. If the program cannot provide a cryptographically secure source of random numbers, it throws an [UnsupportedError]."/>
<itemvalue="Makes this Rx looks like a function so you can update a new value using `rx(someOtherValue)`. Practical to assign the Rx directly to some Widget that has a signature ::onChange( value ) Example: ``` final myText = 'GetX rocks!'.obs; in your Constructor, just to check it works :P ever( myText, print ) ; in your build(BuildContext) { TextField( onChanged: myText, ), ```"/>
