public void CheckSolution()
{
List <double> allCpuTime = new List <double>();
List <double> allMemUsage = new List <double>();
Tasks task = _tournamentManager.Tasks
.Where(x => x.Id == taskId)
.FirstOrDefault();
List <TasksTestData> testData = _tournamentManager.TasksTestData
.Where(x => x.TaskId == taskId)
.ToList();
//Przygotowanie program managera to działania
_programManager.Program = program;
_programManager.Language = compilerType;
_programManager.InputDataType = (InputDataType)task.InputDataTypeId;
_programManager.MaxTime = task.MaxExecuteTime;
_programManager.MaxMemory = task.MaxExecuteMemory;
_programManager.JavaMainClass = JavaMainClass;
//Działanie program managera
try
{
//Kompilacja
_programManager.Compile();
if (_programManager.HasError) //w przypadku erroru - koniec działania
{
_userManager.AddSolution(task.Id, task.TournamentId, task.PhaseId, userId, (int)compilerType, 0, program, task.MaxExecuteMemory, task.MaxExecuteTime, _programManager.ErrorInfo);
return;
}
foreach (var item in testData) // uruchamiamy i testujemy program
{
_programManager.InputData = item.InputData;
_programManager.Execute();
if (!_programManager.HasError)
{
string output = BlankChars.Remove(_programManager.OutputData);
if (output == item.OutputData)
{
allCpuTime.Add(_programManager.ExecutedTime * 0.001); //zamieniamy ms na s
allMemUsage.Add(_programManager.MemoryUsed);
}
else
{
_userManager.AddSolution(task.Id, task.TournamentId, task.PhaseId, userId, (int)compilerType, 0, program, task.MaxExecuteMemory, task.MaxExecuteTime, _programManager.ErrorInfo);
return;
}
}
else
{
_userManager.AddSolution(task.Id, task.TournamentId, task.PhaseId, userId, (int)compilerType, 0, program, task.MaxExecuteMemory, task.MaxExecuteTime, _programManager.ErrorInfo);
return;
}
}
double avgCpuTime = 0.0;
double avgMemUsage = 0.0;
allCpuTime.ForEach(x => avgCpuTime += x);
allMemUsage.ForEach(x => avgMemUsage += x);
avgCpuTime = avgCpuTime / allCpuTime.Count;
avgMemUsage = avgMemUsage / allMemUsage.Count;
_userManager.AddSolution(task.Id, task.TournamentId, task.PhaseId, userId, (int)compilerType, 5, program, avgMemUsage, avgCpuTime, _programManager.ErrorInfo);
}
catch
{
_userManager.AddSolution(task.Id, task.TournamentId, task.PhaseId, userId, (int)compilerType, 0, program, task.MaxExecuteMemory, task.MaxExecuteTime, _programManager.ErrorInfo);
}
this.Dispose();
}
