public CTaskSet ParseTaskSet(string FileContents)
{
string[] mainArray;
string[] sa;
string s;
mainArray = FileContents.Split('\n');
CTaskSet ts = new CTaskSet();
foreach (string sTmp in mainArray)
{
s = sTmp.Replace('\r', ' ');
//Format of String : Event ID, priority, S, P, C
if (!s.StartsWith("//") && s.Trim() != "")
{
sa = s.Split(',');
CTask T = new CTask(sa[0],
Convert.ToInt32(sa[1]),
Convert.ToDouble(sa[3]),
Convert.ToDouble(sa[4]),
Convert.ToDouble(sa[2]),
0);
ts.Add(T); //4 has a higher priority than 1
}
}
return(ts);
}
public void GenerateTaskSets(List <CPeriodSet> periodSets,
List <double> executionTimes,
List <double> releaseOffsets,
CConfiguration config,
CCallBack addTaskCallback)
{
CTaskSet ts;
CTask task;
int ii;
int executionTimeIdx = 0;
int releaseOffsetIdx = 0;
int count = 0;
_message = "";
if (periodSets.Count < config.NumberOfTaskSets)
{
_message = "Number of period sets is lower than number of required tasks. This task generator can only generate number of tasks same as period sets";
}
periodSets.Sort();
try
{
foreach (CPeriodSet ps in periodSets)
{
ts = new CTaskSet();
if (count == config.NumberOfTaskSets)
{
break;
}
for (ii = 0; ii < ps.Count; ii++)
{
task = new CTask("T" + ii.ToString(), ii, ps.Get(ii),
executionTimes[executionTimeIdx++],
releaseOffsets[releaseOffsetIdx], 0);
ts.Add(task);
if (executionTimeIdx >= executionTimes.Count)
{
executionTimeIdx = 0;
}
if (releaseOffsetIdx >= releaseOffsets.Count)
{
releaseOffsetIdx = 0;
}
}
//Task Set Created, Now Call Delegate
if (addTaskCallback.AddGeneratedTaskSet(ts))
{
count++;
}
}
}
catch (Exception e)
{
_message = "Error in Task Generation Routine : " + e.Message;
}
}
