public WorkWithReadAndWrite(string s_SourceFile, string s_ResultingFile, int i_BlockSize, WorkQueue w_ReadQueue, WorkDictionary w_WriteDictionary, ManualResetEvent[] m_ThreadsEnd)
{
b_Error = false;
this.s_SourceFile = s_SourceFile;
this.s_ResultingFile = s_ResultingFile;
this.i_BlockSize = i_BlockSize;
this.w_ReadQueue = w_ReadQueue;
this.w_WriteDictionary = w_WriteDictionary;
this.m_ThreadsEnd = m_ThreadsEnd;
l_LockReadThread = new LockReadThread(i_BlockSize, this.w_ReadQueue, this.w_WriteDictionary);
}
public LockReadThread(int i_BlockSize, WorkQueue w_ReadQueue, WorkDictionary w_WriteDictionary)
{
this.i_BlockSize = i_BlockSize;
this.w_ReadQueue = w_ReadQueue;
this.w_WriteDictionary = w_WriteDictionary;
// Получение доступной оперативной памяти
PerformanceCounter p_PerformanceCounter = new PerformanceCounter("Memory", "Available MBytes");
i_SizeMemory = (int)(p_PerformanceCounter.NextValue() * 0.5);
m_LockReadThread = new ManualResetEvent(false);
}
public ControlThreads(string s_SourceFile, string s_ResultingFile)
{
this.s_SourceFile = s_SourceFile;
this.s_ResultingFile = s_ResultingFile;
w_ReadQueue = new WorkQueue();
w_WriteDictionary = new WorkDictionary();
//Получение числа процессоров
Console.WriteLine("Получение характеристик компьютера...");
// Количество потоков: два потока на чтение и запись соответственно, и количество потоков на compress/decompress,
// Равное числу ядер компьютера
i_CountProcessors = Environment.ProcessorCount;
m_ThreadsEnd = new ManualResetEvent[i_CountProcessors + 2];
// Класс работы с файлами
w_WorkWithReadAndWrite = new WorkWithReadAndWrite(this.s_SourceFile, this.s_ResultingFile, i_BlockSize, w_ReadQueue, w_WriteDictionary, m_ThreadsEnd);
Console.WriteLine("Характеристики компьютера получены.");
// Класс сжатия/распаковки
a_Archiver = new Archiver(this.w_ReadQueue, this.w_WriteDictionary, this.m_ThreadsEnd);
}