private IList <ParallelTestData> SplitData(IEnumerable <TestData> input, int currentNumberOfTransactions, int currentNumberOfItemsPerTransaction, int numberOfThreads)
{
var data = new ConcurrentQueue <TestData>(input);
Debug.Assert(data.Count == currentNumberOfItemsPerTransaction * currentNumberOfTransactions);
var results = new List <ParallelTestData>();
var numberOfTransactionsPerThread = currentNumberOfTransactions / numberOfThreads;
for (var i = 0; i < numberOfThreads; i++)
{
var actualNumberOfTransactionsPerThread = i < numberOfThreads - 1
? numberOfTransactionsPerThread
: currentNumberOfTransactions - (i * numberOfTransactionsPerThread);
var item = new ParallelTestData
{
Queue = data,
ItemsPerTransaction = currentNumberOfItemsPerTransaction,
NumberOfTransactions = actualNumberOfTransactionsPerThread
};
results.Add(item);
}
return(results);
}
private IList<ParallelTestData> SplitData(IEnumerable<TestData> input, int currentNumberOfTransactions, int currentNumberOfItemsPerTransaction, int numberOfThreads)
{
var data = new ConcurrentQueue<TestData>(input);
Debug.Assert(data.Count == currentNumberOfItemsPerTransaction * currentNumberOfTransactions);
var results = new List<ParallelTestData>();
var numberOfTransactionsPerThread = currentNumberOfTransactions / numberOfThreads;
for (var i = 0; i < numberOfThreads; i++)
{
var actualNumberOfTransactionsPerThread = i < numberOfThreads - 1
? numberOfTransactionsPerThread
: currentNumberOfTransactions - (i * numberOfTransactionsPerThread);
var item = new ParallelTestData
{
Queue = data,
ItemsPerTransaction = currentNumberOfItemsPerTransaction,
NumberOfTransactions = actualNumberOfTransactionsPerThread
};
results.Add(item);
}
return results;
}
