public Producer(BoundedBuffer buffer, int howManytoproduce)
{
this._max = howManytoproduce;
this._buffer = buffer;
}
public Consumer(BoundedBuffer buffer)
{
this._buffer = buffer;
}
static void Main(string[] args)
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf, 10);
Parallel.Invoke(prod.Run, con.Run);
}
static void Main()
{
var buf = new BoundedBuffer(4);
var prod = new Producer(buf, 10);
var con = new Consumer(buf);
Parallel.Invoke(prod.Run, con.Run);
}
static void Main()
{
var buf = new BoundedBuffer(4);
var prod = new Producer(buf, 10);
var con = new Consumer(buf);
Parallel.Invoke(prod.Run, con.Run);
}
static void Main(string[] args)
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf, 10);
Parallel.Invoke(prod.Run, con.Run);
}
public void TestMethod1()
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf, 10);
Parallel.Invoke(prod.Run, con.Run);
}
static void Main()
{
var buf = new BoundedBuffer(4);
var prod = new Producer(buf, 10);
var con1 = new Consumer(buf);
var con2 = new Consumer(buf);
Parallel.Invoke(prod.Run, con1.Run, con2.Run);
Console.WriteLine("");
}
static void Main(string[] args)
{
BoundedBuffer buffer = new BoundedBuffer(1);
Producer prod = new Producer(buffer, 400);
Consumer cons = new Consumer(buffer);
//Brug Parallel.Invoke til at køre dem
Parallel.Invoke(prod.Run, cons.Run);
Console.ReadLine();
}
static void Main(string[] args)
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf);
Consumer con2 = new Consumer(buf);
Parallel.Invoke(prod.Run, con.Run, con2.Run);
Console.WriteLine("--- Done ---");
Console.ReadKey();
}
public Comsumer(BoundedBuffer buffer, int howMany)
{
if (buffer == null)
{
throw new ArgumentNullException();
}
if (howMany < 0)
{
throw new ArgumentOutOfRangeException();
}
_buffer = buffer;
_howMany = howMany;
Thread task = new Thread(Run);
task.Start();
}
static void Main(string[] args)
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf);
Consumer con2 = new Consumer(buf);
Parallel.Invoke(prod.Run, con.Run, con2.Run);
Console.WriteLine("The buffer was filled {0} times.", buf.NumberOfFills);
Console.ReadKey();
////Parallel.Invoke(
//// () => Console.Write(""),
//// () => Console.Write("")
//// );
}
static void Main(string[] args)
{
BoundedBuffer buf = new BoundedBuffer(4);
Producer prod = new Producer(buf, 10);
Consumer con = new Consumer(buf);
Consumer con2 = new Consumer(buf);
Parallel.Invoke(prod.Run, con.Run, con2.Run);
Console.WriteLine("The buffer was filled {0} times.", buf.NumberOfFills);
Console.ReadKey();
////Parallel.Invoke(
//// () => Console.Write(""),
//// () => Console.Write("")
//// );
}
static void Main(string[] args)
{
BoundedBuffer buffer = new BoundedBuffer(4); //Brugt til Termination
BoundedBuffer buffer2 = new BoundedBuffer(4); //Brugt til MiddleMan + Duplicator
BoundedBuffer buffer3 = new BoundedBuffer(4); //Brugt til Duplicator
Producer prod = new Producer(buffer, 15);
//Brugt til Termination
//Consumer cons = new Consumer(buffer);
//Consumer cons2 = new Consumer(buffer);
//Brugt til MiddleMan
MiddleMan mm = new MiddleMan(buffer, buffer2); //Tager fra buffer og indsætter i buffer2
Consumer consMm = new Consumer(buffer2);
//Brugt til Duplicator
Duplicator duplicator = new Duplicator(buffer, buffer2, buffer3); //Tager fra buffer, og sætter værdien ind i både buffer2 & buffer3
Consumer consDup = new Consumer(buffer2);
Consumer consDup2 = new Consumer(buffer3);
//Brug Parallel.Invoke til at køre dem
Parallel.Invoke(
() => prod.Run(), //<- Brugt til Termination, MiddleMan, Duplicator
//() => cons.Run(), //<- Brugt til Termination
//() => cons2.Run() //<- Brugt til Termination
//() => mm.Run(), //<- Brugt til MiddleMan
//() => consMm.Run() //<- Brugt til MiddleMan
() => duplicator.Run(), //<- Brugt til Duplicator
() => consDup.Run(), //<- Brugt til Duplicator
() => consDup2.Run() //<- Brugt til Duplicator
);
Console.WriteLine("Done!");
Console.ReadLine();
}
public Producer(BoundedBuffer buffer, int howMany)
{
}
public Consumer(BoundedBuffer buf, int i)
{
}
public Producer(BoundedBuffer obj, int i)
{
HowMany = i;
buf = obj;
}
public Consumer(BoundedBuffer buffer)
{
_buffer = buffer;
}
public Consumer(BoundedBuffer obj)
{
buf = obj;
}
public Producer(BoundedBuffer obj, int i)
{
HowMany = i;
buf = obj;
}
public Consumer(BoundedBuffer buffer)
{
this._buffer = buffer;
//this.max = expectedAmount;
}
public Producer(BoundedBuffer buf, int howmany)
{
this._buffer = buf;
this._max = howmany;
}
public Producer(BoundedBuffer buf, int i)
{
}
public Producer(BoundedBuffer buffer, int produce)
{
_buffer = buffer;
_production = produce;
}
public Producer(BoundedBuffer buffer, int HowManyToProduce)
{
}
public Producer(BoundedBuffer buffer, int produce)
{
_buffer = buffer;
_production = produce;
}
public Consumer(BoundedBuffer obj)
{
buf = obj;
}
public Duplicator(BoundedBuffer bufferIn, BoundedBuffer bufferOut1, BoundedBuffer bufferOut2)
{
_bufferIn = bufferIn;
_bufferOut1 = bufferOut1;
_bufferOut2 = bufferOut2;
}
public Producer(BoundedBuffer buffer, int howMany)
{
}
public Consumer(BoundedBuffer buffer)
{
}
public MiddleMan(BoundedBuffer bufferIn, BoundedBuffer bufferOut)
{
_bufferIn = bufferIn;
_bufferOut = bufferOut;
}
public Producer(BoundedBuffer buffer, int HowManyToProduce)
{
}
public Consumer(BoundedBuffer buf)
{
this._buffer = buf;
}
public Producer(BoundedBuffer buffer, int howManyToProduce)
{
this.Max = howManyToProduce;
this._buffer = buffer;
}