static void RunManager(int memoryLimit, int defragTime, MemoryFitter fitter, string input, int interval, int debugMode)
{
var manager = new MemoryManager(memoryLimit, defragTime, fitter, debugMode);
CreateProcesses(manager, input);
var stats = manager.Run(interval);
if (debugMode != 0)
{
Console.WriteLine(statsHeader);
Console.WriteLine(stats);
}
Console.WriteLine();
stats = String.Format("{1, 8}; {0}", stats, manager.Fitter.name);
output.WriteLine(stats);
summary += stats + '\n';
if (debugMode == 3)
{
Console.ReadKey();
}
}
public MemoryManager(int memoryLimit, int defragTime, MemoryFitter fitter, int debugMode)
{
memory = new int[memoryLimit];
memoryLeft = memoryLimit;
Fitter = fitter;
this.defragTime = defragTime;
this.debugMode = debugMode;
}
static void RunProgram(Options opts)
{
string input;
output = new StreamWriter(opts.OutputFile);
if (!opts.ReadFromFile)
{
input = GetRandomizedProcesses(
opts.ProcessAmount,
opts.Mem.ElementAt(0),
opts.Mem.ElementAt(1),
opts.StartTime,
opts.Lifespan.ElementAt(0),
opts.Lifespan.ElementAt(1)
);
File.WriteAllText("generated-input.txt", input);
}
else
{
input = File.ReadAllText(opts.InputFile);
}
output.WriteLine(" " + statsHeader);
var fitters = new MemoryFitter[] {
new BestFit(),
new WorstFit(),
new FirstFit(),
new NextFit()
};
foreach (int i in opts.Fitters)
{
int j = i - 1;
if (j < 0 || j >= fitters.Length)
{
continue;
}
RunManager(
opts.MemoryLimit == null ? opts.MemoryLimitDefault : opts.MemoryLimit.Value,
opts.DefragTime == null ? opts.DefragTimeDefault : opts.DefragTime.Value,
fitters[j], input, opts.Interval, opts.DebugMode
);
}
Console.WriteLine(" " + statsHeader);
Console.WriteLine(summary);
output.Close();
}
