template<class T>
One<T>*& sData()
{
	static thread_local One<T>* sData = NULL;
	return sData;
}

#include <Core/Core.h>
#include <Job/Job.h>

using namespace Upp;

String GetDivisors()
{
	String s;
	int number = (int) 1000;
	Vector<int> divisors;
	for(auto i = 1, j = 0; i < number + 1; i++) {
		auto d = number % i;
		if(d == 0){
			divisors.Add(i);
			j++;
		}
		if(i == number)
			s = Format("Worker Id: %d, Number: %d, Divisors (count: %d): %s",
						GetWorkerId(),
						number,
						j,
						divisors.ToString());
	}
	return pick(s);
}

// #define OUTPUT
#define N 100000

CONSOLE_APP_MAIN
{
	Array<Job<String>> jobs;
	jobs.SetCount(CPU_Cores() + 2);

	CoWork cowork;
//	cowork.SetPoolSize(CPU_Cores() + 2);
	
	Vector<String> results;
	RDUMP(CPU_Cores());
	{

		RTIMING("CoWork -- With stdout output");
		for(int i = 0; i < N; i++)
			cowork & [=, &results] { String h = GetDivisors(); CoWork::FinLock(); results.At(i) = h; };
		cowork.Finish();
		// Stdout output section.
	#ifdef OUTPUT
		for(auto& r : results)
			Cout() << r << '\n';
	#endif
	}
	{
		RTIMING("Job -- With stdout output");

		int i = 0;
		while(i < N) {
			for(auto& job : jobs) {
				if(!job.IsFinished()) {
					continue;
				}
				job & [=]{ Job<String>::Data() = GetDivisors(); };
				if(!(~job).IsEmpty()) {
				#ifdef OUTPUT
					Cout() << ~job << '\n';
				#endif
					if(++i == N) break;
				}
			}
	
		}
	}
}

* d:\upp.out\MyApps\MSC15\JobBenchmark.exe 19.09.2017 10:01:27, user: cxl

CPU_Cores() = 8
TIMING Job -- With stdout output: 123.00 ms - 123.00 ms (123.00 ms / 1 ), min: 123.00 ms, max: 123.00 ms, nesting: 1 - 1
TIMING CoWork -- With stdout output: 103.00 ms - 103.00 ms (103.00 ms / 1 ), min: 103.00 ms, max: 103.00 ms, nesting: 1 - 1