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If implementation inheritance is used, you should in many cases consider making all implementing classes private or hiding all implementing classes behind a signature For example, the MicrosoftFSharpCollectionsSeq module provides many implementations of the seq<'T> interface but exposes no implementation inheritance Nevertheless, hierarchies of classes are important in domains such as GUI programming, and the technique is used heavily by NET libraries written in other NET languages For example, SystemWindowsFormsControl, SystemWindowsFormsUserControl, and SystemWindowsFormsRichTextBox are part of a hierarchy of visual GUI elements Should you want to write new controls, then you must understand this implementation hierarchy and how to extend it 11 shows a complete example of extending UserControl.

require_once('include/MVC/View/views/view.edit.php'); class CustomBugsViewEdit extends ViewEdit { public function __construct() { parent::ViewEdit(); } public function display() { if ( empty($this->bean->id) ) { $releaseFocus = new Release(); $releases = $releaseFocus->get_releases(TRUE, "Active"); $this->bean->found_in_release = array_shift(array_keys($releases)); } parent::display(); }

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However, even in this domain, implementation inheritance is often less important than you may think, because these controls can often be configured in powerful and interesting ways by adding function callbacks to events associated with the controls Here is a simple example of applying the technique to instantiate and extend the partially implemented type TextOutputSink: /// An implementation of TextOutputSink, counting the number of bytes written type CountingOutputSinkByInheritance() = inherit TextOutputSink() let mutable count = 0 member sinkCount = count default sinkWriteChar c = count <- count + 1; SystemConsoleWrite c The keywords override and default can be used interchangeably; both indicate that an implementation is being given for an abstract member By convention, override is used when giving implementations for abstract members in inherited types that already have implementations, and default is used for implementations of abstract members that didn t previously have implementations.

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Implementations are also free to override and modify default implementations such as the implementation of WriteString provided by TextOutputSink Here is an example: { new TextOutputSink() with member sinkWriteChar c = SystemConsoleWrite c member sinkWriteString s = SystemConsoleWrite s } You can also build new partially implemented types by extending existing partially implemented types The following example takes the TextOutputSink type from the previous section and adds two abstract members called WriteByte and WriteBytes, adds a default implementation for WriteBytes, adds an initial implementation for WriteChar, and overrides the implementation of WriteString to use WriteBytes The implementations of WriteChar and WriteString use the NET functionality to convert the Unicode characters and strings to bytes under SystemTextUTF8Encoding, documented in the NET Framework class libraries:.

The preceding example is pretty simple. You just modify the bean value to whatever the first active release name is provided you are creating a new Bug (you know this by checking to see if the id field has been set or not). The return value from $releaseFocus->get_releases() is an associative array of release id, release name pairs, so you used the array_keys() function to just get the keys as an array and the array_shift() method to get the first item array item, which is the first active release id.

open System.Text /// A component to write bytes to an output sink [<AbstractClass>] type ByteOutputSink() = inherit TextOutputSink() /// When implemented, writes one byte to the sink abstract WriteByte : byte -> unit /// When implemented, writes multiple bytes to the sink abstract WriteBytes : byte[] -> unit default sink.WriteChar c = sink.WriteBytes(Encoding.UTF8.GetBytes [|c|]) override sink.WriteString s = sink.WriteBytes(Encoding.UTF8.GetBytes s) default sink.WriteBytes b = b |> Array.iter sink.WriteByte

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