<itemvalue="Mat (int rows, int cols, int type, void data, size_t step=AUTO_STEP)"/>
<itemvalue="Mat (int rows, int cols, int type, void data, size_t step=AUTO_STEP)"/>
<itemvalue="This function can throw exception, so make sure to free the allocated memory inside a `try-finally` block!"/>
<itemvalue="This function can throw exception, so make sure to free the allocated memory inside a `try-finally` block!"/>
@ -71,7 +72,6 @@
<itemvalue="Replaces the top-most page of the page stack with the given URL location w optional query parameters, e.g. `familyf2personp1?color=blue`."/>
<itemvalue="Replaces the top-most page of the page stack with the given URL location w optional query parameters, e.g. `familyf2personp1?color=blue`."/>
<itemvalue="Replaces the top-most page of the page stack with the given URL location w optional query parameters, e.g. `familyf2personp1?color=blue`. See also: [go] which navigates to the location. [push] which pushes the given location onto the page stack. [replace] which replaces the top-most page of the page stack but treats it as the same page. The page key will be reused. This will preserve the state and not run any page animation."/>
<itemvalue="Replaces the top-most page of the page stack with the given URL location w optional query parameters, e.g. `familyf2personp1?color=blue`. See also: [go] which navigates to the location. [push] which pushes the given location onto the page stack. [replace] which replaces the top-most page of the page stack but treats it as the same page. The page key will be reused. This will preserve the state and not run any page animation."/>
<itemvalue="Controls how one widget replaces another widget in the tree. If the [runtimeType] and [key] properties of the two widgets are [operator==], respectively, then the new widget replaces the old widget by updating the underlying element (i.e., by calling [Element.update] with the new widget). Otherwise, the old element is removed from the tree, the new widget is inflated into an element, and the new element is inserted into the tree. In addition, using a [GlobalKey] as the widget's [key] allows the element to be moved around the tree (changing parent) without losing state. When a new widget is found (its key and type do not match a previous widget in the same location), but there was a widget with that same global key elsewhere in the tree in the previous frame, then that widget's element is moved to the new location. Generally, a widget that is the only child of another widget does not need an explicit key. See also: The discussions at [Key] and [GlobalKey]."/>
<itemvalue="Controls how one widget replaces another widget in the tree. If the [runtimeType] and [key] properties of the two widgets are [operator==], respectively, then the new widget replaces the old widget by updating the underlying element (i.e., by calling [Element.update] with the new widget). Otherwise, the old element is removed from the tree, the new widget is inflated into an element, and the new element is inserted into the tree. In addition, using a [GlobalKey] as the widget's [key] allows the element to be moved around the tree (changing parent) without losing state. When a new widget is found (its key and type do not match a previous widget in the same location), but there was a widget with that same global key elsewhere in the tree in the previous frame, then that widget's element is moved to the new location. Generally, a widget that is the only child of another widget does not need an explicit key. See also: The discussions at [Key] and [GlobalKey]."/>
<itemvalue="Invoking the setter will notify listeners if [updateShouldNotify] returns true."/>
debuggerx
3 weeks ago