public async Task <int> ExecuteRuleAsync(BypassSheet bypassSheet)
{
if (bypassSheet.Stamps.Contains(ConditionStampId))
{
return(await OnConditionDefaultRule.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false));
}
return(await ElseConditionDefaultRule.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false));
}
public static BypassSheet GetInitializedBypassSheet(params int[] stamps)
{
var bypassSheet = new BypassSheet();
foreach (var stamp in stamps)
{
bypassSheet.Stamps.Add(stamp);
}
return(bypassSheet);
}
void IDepartmentRule.Execute(BypassSheet bypassSheet)
{
if (bypassSheet.Contains(_containingStamp))
{
_successAction.Execute(bypassSheet);
}
else
{
_failureAction.Execute(bypassSheet);
}
}
public async Task <int> ExecuteDepartmentRuleAsync(BypassSheet bypassSheet)
{
var nextId = await Rule.ExecuteRuleAsync(bypassSheet).ConfigureAwait(false);
if (!IsCycle)
{
await Task.Run(() => FindCycle(bypassSheet, nextId)).ConfigureAwait(false);
}
return(nextId);
}
private int ExecuteInternalRule(BypassSheet bypassSheet)
{
if (AddedStampId != 0)
{
bypassSheet.Stamps.Add(AddedStampId);
}
if (RemovedStampId != 0)
{
bypassSheet.Stamps.RemoveWhere(stamp => stamp.Equals(RemovedStampId));
}
return(NextDepartmentId);
}
private void FindCycle(BypassSheet bypassSheet, int nextId)
{
IsCycle = StampsHistory.Any(e =>
e.Stamps.SetEquals(bypassSheet.Stamps) && e.NextDepartmentId == nextId);
if (!IsCycle)
{
StampsHistory.Add(new StampsHistoryElement
{
Stamps = new HashSet <int>(bypassSheet.Stamps),
NextDepartmentId = nextId
});
}
}
internal abstract void Execute(BypassSheet sheet);
void IDepartmentRule.Execute(BypassSheet bypassSheet)
{
_action.Execute(bypassSheet);
}
public async Task <int> ExecuteRuleAsync(BypassSheet bypassSheet)
{
return(await Task.Run(() => ExecuteInternalRule(bypassSheet)).ConfigureAwait(false));
}
