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Especifica los modificadores y códigos de tecla. Esta enumeración admite una combinación bit a bit de sus valores de miembro. public enum class Keys. [System.ComponentModel.TypeConverter (typeof (System.Windows.Forms.KeysConverter))] [System.Flags] [System.Runtime.InteropServices.ComVisible (true)] public enum Keys.
In the Win32 application programming interface (API) a key value has two halves, with the high-order bits containing the key code (which is the same as a Windows virtual key code), and the low-order bits representing key modifiers such as the SHIFT, CONTROL, and ALT keys.
First, these are KEY codes, not character codes: they identify a key on your keyboard, not a character - e.g. the 'A' character is usually generated by pressing the A key while holding down a SHIFT key or having CAPS LOCK active. The OEM keys are the keys that vary with local keyboards.
Key-related events, such as KeyDown and KeyUp, provide key state information through the KeyEventArgs object that is passed to the event handler. Key state information can also be obtained through the static methods on the Keyboard class, such as IsKeyUp and GetKeyStates.
OemPipe. 1 reference to OemPipe. System.Windows.Forms (1) winforms\Managed\System\WinForms\Keys.cs (1) 1277Oem5 = OemPipe,
var char = System.Windows.Forms.Keys.OemPipe; // 220 var code = (int)char; then public static int ToKeyValue(this char ch) { return (int)(System.Windows.Forms.Keys)ch; }
The following examples show how to use C# Key.OemPipe. Example 1. using Sakuno.SystemInterop; using System; //www.demo2s.comusing System.Diagnostics; using System.Text; using System.Windows.Input; using System.Windows.Interop; namespace Sakuno.KanColle.Amatsukaze.Services { publicclass PanicKeyService : ModelBase { publicstatic PanicKeyService ...
