C#

int hwnd=0;
int hwndChild=0;

hwnd = FindWindow(null, "Untitled - Notepad");
 
if (hwnd != 0)
{
	Clipboard.SetText("sample text from clipboard");
	hwnd = FindWindow(null, "Untitled - Notepad");
        hwndChild = GetWindow(hwnd, GetWindow_Cmd.GW_CHILD);
	SendMessage(hwndChild , WM_PASTE, 0, IntPtr.Zero);
}

Win32.SendMessage(hWnd, Win32.WM_SYSCOMMAND, (IntPtr)Win32.SC_RESTORE, IntPtr.Zero);
Win32.SetForegroundWindow(hWnd);
System.Threading.Thread.Sleep(100);
System.Windows.Forms.SendKeys.SendWait("^v");

SledgeHammer01 wrote:

I looked into WeakEventManager, but that doesn't seem like it will jive with a
generic delegate. Seems like you need to have a WeakEventManager for every
generic type thats created?

<br />
using System;<br />
using System.Collections.Generic;<br />
using System.Linq;<br />
using System.Text;<br />
<br />
namespace TestDictWithDuplKeys<br />
{<br />
    public class SomeClass<br />
    {<br />
        public int a = 0;<br />
        public int b = 0;<br />
        public int c = 0;<br />
        public int d = 0; // Not part of Primary key so excluded from "Equal"<br />
<br />
        public override bool Equals(object obj)<br />
        {<br />
            SomeClass cObj = null;<br />
<br />
            if (obj != null && obj is SomeClass)<br />
            {<br />
                cObj = (SomeClass)obj;<br />
                if (this.a == cObj.a && this.b == cObj.b && this.c == cObj.c)<br />
                {<br />
                    return true;<br />
                }<br />
                else<br />
                {<br />
                    return false;<br />
                }<br />
            }<br />
            else<br />
            {<br />
                return false;<br />
            }<br />
        }<br />
<br />
        public override int GetHashCode()<br />
        {<br />
            // NOTE: Even though ATTEMP 2 is "Wrong", I see only slight performance degradation (from 45 sec to 49 sec)<br />
            int HashCode = a ^ b ^ c; // ATTEMP 1: Correct! Because it's same as in "Equal"<br />
            // int HashCode = a ^ b ^ c ^ d; // ATTEMPT 2: GetHashCode should return same value for "Equal" instances - this means implementation should include "c" (same as in "Equal"!)<br />
            return HashCode;<br />
        }<br />
    }<br />
    class Program<br />
    {<br />
        static void Main(string[] args)<br />
        {<br />
            IDictionary<SomeClass, string> SomeDict = null;<br />
            SomeClass o = null;<br />
            const int MAXITEMS = 1000000;<br />
            try<br />
            {<br />
                #region Add to dictionary, with duplicate keys!<br />
                SomeDict = new Dictionary<SomeClass, string>(MAXITEMS);<br />
                for (int j = 0; j < 1; j++)<br />
                {<br />
                    for (int i = 0; i < MAXITEMS; i++)<br />
                    {<br />
                        o = new SomeClass();<br />
                        o.a = i;<br />
                        o.b = i * 2;<br />
                        o.c = i * 3;<br />
                        o.d = i * 4;<br />
<br />
                        SomeDict.Add(o, Guid.NewGuid().ToString());<br />
                    }<br />
<br />
                    Console.WriteLine("Pass #" + j);<br />
                }<br />
                #endregion<br />
                Console.WriteLine("Finished adding elements to dict....");<br />
<br />
                #region Retrieve from dictionary<br />
                DateTime Start = DateTime.Now;<br />
                foreach(KeyValuePair<SomeClass, string> Entry in SomeDict)<br />
                {<br />
                    string Value = SomeDict[Entry.Key];<br />
                    // Console.WriteLine(Value);<br />
                }<br />
                #endregion<br />
                DateTime End = DateTime.Now;<br />
<br />
                Console.WriteLine("Duration(sec):" + End.Subtract(Start).TotalSeconds);<br />
            }<br />
            catch (Exception Ex)<br />
            {<br />
                Console.WriteLine(Ex.Message);<br />
                Console.ReadLine();<br />
            }<br />
<br />
            return;<br />
        }<br />
    }<br />
}<br />