} // wakeup
private void DynamicPriority()
{
// suspened activities with dynamic priority node
String sql = "SELECT * "
+ "FROM AD_WF_Activity a "
+ "WHERE Processed='N' AND WFState='OS'" // suspended
+ " AND EXISTS (SELECT * FROM AD_Workflow wf"
+ " INNER JOIN AD_WF_Node wfn ON (wf.AD_Workflow_ID=wfn.AD_Workflow_ID) "
+ "WHERE a.AD_WF_Node_ID=wfn.AD_WF_Node_ID AND wf.AD_WorkflowProcessor_ID=@AD_WorkflowProcessor_ID"
+ " AND wfn.DynPriorityUnit IS NOT NULL AND wfn.DynPriorityChange IS NOT NULL)";
int count = 0;
try
{
SqlParameter[] param = new SqlParameter[1];
param[0] = new SqlParameter("@AD_WorkflowProcessor_ID", m_model.GetAD_WorkflowProcessor_ID());
DataSet ds = DB.ExecuteDataset(sql, param);
foreach (DataRow dr in ds.Tables[0].Rows)
{
MWFActivity activity = new MWFActivity(GetCtx(), dr, null);
if (activity.GetDynPriorityStart() == 0)
{
activity.SetDynPriorityStart(activity.GetPriority());
}
long ms = CommonFunctions.CurrentTimeMillis() - CommonFunctions.CurrentTimeMillis(activity.GetCreated());
MWFNode node = activity.GetNode();
int prioDiff = node.CalculateDynamicPriority((int)(ms / 1000));
activity.SetPriority(activity.GetDynPriorityStart() + prioDiff);
activity.Save();
count++;
}
}
catch (Exception e)
{
log.Log(Level.SEVERE, sql, e);
}
m_summary.Append("DynPriority #").Append(count).Append(" - ");
} // setPriority
