#include <cstdlib> #include <ctime>#include <iostream>#include "randomc.h"#include "mother.cpp"#include "userintf.cpp" using namespace std; int main(){//ENSURE RANDOM         int32 seed = (int32)time(0);        // random seed        CRandomMother rg(seed);            // make instance of random number generator //VARIABLES         int typedice = 0, moddice = 0, roll = 0, result = 0, numdice = 0, whatroll = 0, rollmed = 0, rollmed2 = 0, rollmed3 = 0;        int rollmed4 = 1500;        char ignore; //INPUT        //Changed way this is done, so removed.        //cout << "Please enter the dice you would like to roll in the format n'd'sides, i.e. 1d20 + modifier" << endl;        //cout << "You would like to roll: ";        //cin >> numdice;        //cout << "d";        //cin >> typedice;        //cout << " + ";        //cin >> moddice;         cout << "Would you like to use a modifier?(y/n) ";        cin >> ignore;        cout << endl;        cout << "Please enter the dice you would like to roll in the format: number <d> dice [<+> modifier]" << endl;        if(ignore == 'y' || ignore == 'Y')        {                cout << "Enter your roll: ";                cin >> numdice >> ignore >> typedice >> ignore >> moddice;                cout << endl << endl << "You are rolling a " << typedice << " sided dice, and adding " << moddice << " to it." << endl << endl;        }        else        {                cout << "Enter your roll: ";                cin >> numdice >> ignore >> typedice;                cout << endl << endl << "You are rolling a " << typedice << " sided dice." << endl << endl;        }  //ENSURE RANDOM //AGAIN          rollmed2 = rg.IRandom(1,1000);        rollmed3 = rg.IRandom(1,1000);         if(rollmed2 < rollmed3)        {                rollmed = rg.IRandom(rollmed2,rollmed3);        }        else if(rollmed2 == rollmed3)        {                rollmed = rg.IRandom(rollmed2,rollmed4);        }        else        {                rollmed = rg.IRandom(rollmed3,rollmed2);        } //ROLLING          for(int i = 0; i < numdice; i++)        {                for(int j = 0; j < rollmed; j++)                {                        roll = rg.IRandom(1,typedice);                  }                 if(i == 0)                {                        result = roll;                        cout << "After first roll: ";                        cout << result << endl;                }                else                {                        whatroll = i + 1;                        cout << "Roll #" << whatroll << " is: " << roll << endl;                        result = result + roll;                        cout << "Total after roll #" << whatroll << ": ";                        cout << result << endl;                }        } //MODIFIER           if(moddice == 0)        {                //Do Nothing        }        else        {                cout << "Total before modifier: " << result << endl;                cout << "Modifier is: + " << moddice << endl;                result = result + moddice;                //Removed due to redundancy //cout << result << endl;        } //FINAL RESULT          cout << endl << "Your result is: " << result << endl << endl;         return 0;}

 #include <stdio.h>#include <stdlib.h>#include <pthread.h> void *print_message_function( void *ptr ); main(){     pthread_t thread1, thread2;     char *message1 = "Thread 1";     char *message2 = "Thread 2";     int  iret1, iret2;     /* Create independent threads each of which will execute function */      iret1 = pthread_create( &thread1, NULL, print_message_function, (void*) message1);     iret2 = pthread_create( &thread2, NULL, print_message_function, (void*) message2);      /* Wait till threads are complete before main continues. Unless we  */     /* wait we run the risk of executing an exit which will terminate   */     /* the process and all threads before the threads have completed.   */      pthread_join( thread1, NULL);     pthread_join( thread2, NULL);       printf("Thread 1 returns: %d\n",iret1);     printf("Thread 2 returns: %d\n",iret2);     exit(0);} void *print_message_function( void *ptr ){     char *message;     message = (char *) ptr;     printf("%s \n", message);}

 using System;using System.Collections.Generic;using System.Threading;using System.Collections;namespace MultiThreadedRandomNumbers{    class Program    {        static Thread[] threads = new Thread[3];        static void Main(string[] args)        {            DateTime dt = DateTime.Now;            Random[] rand = new Random[3];            for (int i = 0; i < 3; i++)            {                ArrayList index = new ArrayList(1);                index.Add(i);                threads[i] = new Thread(delegate()                {                    for (int i2 = 0; i2 < 100; i2++)                    {                        switch ((int)index[0])                        {                            case 0:                                rand[(int)index[0]] = new Random(dt.Millisecond);                                int outputNum = rand[(int)index[0]].Next(0, 1000);                                Console.WriteLine("Thread 1(millisecond) Random Value: " + (outputNum + i2));                                break;                            case 1:                                rand[(int)index[0]] = new Random(dt.Second);                                int outputNum2 = rand[(int)index[0]].Next(0, 60);                                Console.WriteLine("Thread 2(second) Random Value: " + (outputNum2 + i2));                                break;                            case 2:                                rand[(int)index[0]] = new Random(dt.Minute);                                int outputNum3 = rand[(int)index[0]].Next(0, 60);                                Console.WriteLine("Thread 3(minute) Random Value: " + (outputNum3 + i2));                                break;                        }                                            }                });                threads[i].Start();                Thread.Sleep(1);            }            for (int i = 0; i < threads.Length; i++)            {                threads[i].Join();            }            Console.WriteLine("Threads completed.");            Console.ReadLine();        }     }}