Analyze the key sequence for different functions. However, it is abstracted from it. For the moment, it is unknown that it can be used for other purposes.

// The following is an abstract class. It mainly looks at the fact that only the logic code contains a very specific type such as keys, which is uncomfortable. It may be used as something else.
Using system. collections. generic; namespace keyboardsynchronizer {public abstract class funcqueue <t> {public bool adding {Get; private set;} private t toggler; Public int ID {Get; private set ;} public int index {Get; private set ;}=-1; public list <t> parameters {Get ;}= new list <t> (); protected abstract t empty {Get;} // <summary> // insert these to stop adding more parameters and res Et this instance. /// </Summary> Public T [] restarter {Get; set;} protected abstract bool isindexelement (T); protected abstract int createnewindex (t ); protected abstract bool equals (t a, t B); Public void insert (t) {If (equals (T, empty) {return;} If (isindexelement (t )) {If (adding) {Add (t) ;}else {Index = createnewindex (t) ;}} else {If (equals (toggler, empty) {toggler = T ;} el Se if (equals (toggler, t) {If (adding) {Add (t);} else {If (Index =-1) {ID ++ ;} else {adding = true ;}}else {If (adding) {Add (t) ;}else {toggler = T; id = 0; index =-1 ;}}} private void add (t) {If (restarter! = NULL & restarter. length> 0 & parameters. count + 1> = restarter. length & equals (restarter [restarter. length-1], t) {var I = parameters. count-1; var J = restarter. length-2; for (; I >=0 & J> = 0;) {If (equals (parameters [I], restarter [J]) {I --; J --; continue;} parameters. add (t); return;} adding = false; id = 0; toggler = empty; Index =-1; parameters. clear ();} else {parameters. add (t );}}}}
// The following is an implementation class for customizing shortcut keys. Press the next key X once or multiple times to differentiate different functions, and then press a number to specify the first parameter, press X again to end the first parameter and enter more parameters.

using System.Linq;using System.Windows.Forms;namespace KeyboardSynchronizer {    public class KeysQueue : FuncQueue<Keys> {        static Keys[] numbers = { Keys.D0, Keys.D1, Keys.D2, Keys.D3, Keys.D4, Keys.D5, Keys.D6, Keys.D7, Keys.D8, Keys.D9 };　　　　 public KeysQueue(){
　　　　　　Restarter = new[] { Keys.S, Keys.T, Keys.O, Keys.P };
　　　　 }　　        protected override Keys Empty {            get { return Keys.None; }        }        protected override bool Equals(Keys a, Keys b) {            return a == b;        }        protected override int CreateNewIndex(Keys t) {            var v = (Index > -1 ? Index.ToString() : string.Empty) + t.ToString()[1];            try {                return int.Parse(v);            } catch {                return Index;            }        }        protected override bool IsIndexElement(Keys t) {            return numbers.Contains(t);        }    }}

 

 

Analyze the key sequence for different functions. However, it is abstracted from it. For the moment, it is unknown that it can be used for other purposes.