//TODO: implement the zoekmodus hash check, the zoekmodus termination, the c# lock
static void Main(string[] args)
{
string readLine = Console.ReadLine();
string[] splitLine = readLine.Split();
int lockType = Int32.Parse(splitLine[0]); //0 for homemade lock, 1 for c# lock
int lower = Int32.Parse(splitLine[1]); //inclusive lower bound
int upper = Int32.Parse(splitLine[2]); //exclusive upper bound
int modulus = Int32.Parse(splitLine[3]); //modulus for the m-test
int p = Int32.Parse(splitLine[4]); //amount of threads the program should start
int u = Int32.Parse(splitLine[5]); //what mode should the program run, 0, count, 1, list, 2, search
string h = splitLine[6]; //the hash used in search mode
//Create the lock to be used by the program. The lock instance also creates an instance of ProgramModus inside itself to write away ansers
customLock programLock;
if (lockType == 0)
programLock = new tasLock(u);
else
programLock = new cSharpLock(u);
//create a list of threads here
Thread[] ts = new Thread[p];
//The maximum amount of threads we can make based on the lower and upper bounds
int maxThreads = Math.Min(upper - lower, p);
int leftover;
//if p is larger than the bounds, leftover will screw up the assigning of numbers
if(p < upper - lower)
leftover = (upper - lower) % p;
else
leftover = -1;
//used to divide the remainder of (upper - lower) % p
int lastUpper = lower;
for(int t = 0; t < maxThreads; t++)
{
//Calculate the range of numbers a thread has to handle
int segmentReach = Math.Max(1, (upper - lower) / p);
int[] segmentBounds = new int[2];
segmentBounds[0] = lastUpper;
if (maxThreads - (t + 1) < leftover)
segmentBounds[1] = lower + (t + 1) * (segmentReach) + 1;
else
segmentBounds[1] = lower + (t + 1) * segmentReach;
lastUpper = segmentBounds[1];
//create thread t
DoeMProef dmp = new DoeMProef();
dmp.segment = segmentBounds; //the bounds the thread has to handle
dmp.programLock = programLock;
dmp.mod = modulus;
//Create the right method, doMP for lijst and tel, doHashProef for zoek
ThreadStart tDelegate;
if (u == 2)
{
dmp.hash = h;
tDelegate = new ThreadStart(dmp.doHashProef);
}
else
tDelegate = new ThreadStart(dmp.doMP);
ts[t] = new Thread(tDelegate);
//this terminates the threads when the program closes
ts[t].IsBackground = true;
}
//start threads
//for(int t = 0; t < p; t++)
for(int t = 0; t < maxThreads; t++ )
{
ts[t].Start();
}
//join threads
//for (int t = 0; t < p; t++)
for (int t = 0; t < maxThreads; t++)
{
ts[t].Join();
}
//print answer if the zoek modus hasn't found anything
//if (u == 2 && accountToBlock == -1)
//Console.WriteLine(-1);
PrintAnswer(u);
Console.ReadLine();
}
//TODO: implement the zoekmodus hash check, the zoekmodus termination, the c# lock
static void Main(string[] args)
{
string readLine = Console.ReadLine();
string[] splitLine = readLine.Split();
int lockType = Int32.Parse(splitLine[0]); //0 for homemade lock, 1 for c# lock
int lower = Int32.Parse(splitLine[1]); //inclusive lower bound
int upper = Int32.Parse(splitLine[2]); //exclusive upper bound
int modulus = Int32.Parse(splitLine[3]); //modulus for the m-test
int p = Int32.Parse(splitLine[4]); //amount of threads the program should start
int u = Int32.Parse(splitLine[5]); //what mode should the program run, 0, count, 1, list, 2, search
string h = splitLine[6]; //the hash used in search mode
//Create the lock to be used by the program. The lock instance also creates an instance of ProgramModus inside itself to write away ansers
customLock programLock;
if (lockType == 0)
{
programLock = new tasLock(u);
}
else
{
programLock = new cSharpLock(u);
}
//create a list of threads here
Thread[] ts = new Thread[p];
//The maximum amount of threads we can make based on the lower and upper bounds
int maxThreads = Math.Min(upper - lower, p);
int leftover;
//if p is larger than the bounds, leftover will screw up the assigning of numbers
if (p < upper - lower)
{
leftover = (upper - lower) % p;
}
else
{
leftover = -1;
}
//used to divide the remainder of (upper - lower) % p
int lastUpper = lower;
for (int t = 0; t < maxThreads; t++)
{
//Calculate the range of numbers a thread has to handle
int segmentReach = Math.Max(1, (upper - lower) / p);
int[] segmentBounds = new int[2];
segmentBounds[0] = lastUpper;
if (maxThreads - (t + 1) < leftover)
{
segmentBounds[1] = lower + (t + 1) * (segmentReach) + 1;
}
else
{
segmentBounds[1] = lower + (t + 1) * segmentReach;
}
lastUpper = segmentBounds[1];
//create thread t
DoeMProef dmp = new DoeMProef();
dmp.segment = segmentBounds; //the bounds the thread has to handle
dmp.programLock = programLock;
dmp.mod = modulus;
//Create the right method, doMP for lijst and tel, doHashProef for zoek
ThreadStart tDelegate;
if (u == 2)
{
dmp.hash = h;
tDelegate = new ThreadStart(dmp.doHashProef);
}
else
{
tDelegate = new ThreadStart(dmp.doMP);
}
ts[t] = new Thread(tDelegate);
//this terminates the threads when the program closes
ts[t].IsBackground = true;
}
//start threads
//for(int t = 0; t < p; t++)
for (int t = 0; t < maxThreads; t++)
{
ts[t].Start();
}
//join threads
//for (int t = 0; t < p; t++)
for (int t = 0; t < maxThreads; t++)
{
ts[t].Join();
}
//print answer if the zoek modus hasn't found anything
//if (u == 2 && accountToBlock == -1)
//Console.WriteLine(-1);
PrintAnswer(u);
Console.ReadLine();
}