public RunRulesStatus <bool> RunRules <T>(IEnumerable <RuleAppliedBase> rules, ref T input,
RunRulesParameters <T, bool> runParameters)
{
var ret = new RunRulesStatus <bool> {
RulesStatus = new Dictionary <int, RunRuleStatus>()
};
ret.LastRunStatistics.ObjectsRun++;
var sw = new Stopwatch();
foreach (RuleAppliedBase ruleAppliedBase in rules.OrderBy(c => c.ApplyOrder).ThenBy(c => c.RuleAppliedId))
{
sw.Start();
try
{
if (ruleAppliedBase.ConditionCodeId != null)
{
if (!runParameters.CondFuncs[ruleAppliedBase.ConditionCodeId.Value].Invoke(input))
{
continue;
}
}
ret.LastRunStatistics.TotalRulesRun++;
ret.RulesStatus.Add(ruleAppliedBase.RuleAppliedId,
new RunRuleStatus()
{
Exceptions = null, CompletionStatus = RunRuleCompletionStatus.Completed
});
ret.Result = runParameters.RuleFuncs[ruleAppliedBase.CodeId].Invoke(input);
}
catch (Exception ex)
{
var tempRunRuleStat = new RunRuleStatus
{
Exceptions = new List <Exception> {
ex
},
CompletionStatus = RunRuleCompletionStatus.Failed
};
var iEx = ex.InnerException;
while (iEx != null)
{
tempRunRuleStat.Exceptions.Add(iEx);
iEx = iEx.InnerException;
}
ret.RulesStatus.Add(ruleAppliedBase.RuleAppliedId, tempRunRuleStat);
}
sw.Stop();
sw.Reset();
ret.LastRunStatistics.TotalRunTime += sw.Elapsed;
//did rule have an exception? are we supposed to quit if we hit excpetions?
if (ret.RulesStatus[ruleAppliedBase.RuleAppliedId].HasException &&
!runParameters.ContinueRunningAfterException)
{
break;
}
//did we get a true result? are we supposed to run until we hit the first code that returns true?
if (ret.Result && runParameters.RunUntilFirstRuleHit)
{
break;
}
}
_ongoingRuleStats.ObjectsRun += ret.LastRunStatistics.ObjectsRun;
_ongoingRuleStats.TotalRulesRun += ret.LastRunStatistics.TotalRulesRun;
_ongoingRuleStats.TotalRunTime += ret.LastRunStatistics.TotalRunTime;
ret.GlobalRunStatistics = _ongoingRuleStats;
return(ret);
}
public RunRulesStatus <Tout> RunRules <Tin, Tout>(IEnumerable <RuleAppliedBase> rules, ref Tin input,
RunRulesParameters <Tin, Tout> runParameters)
{
var ret = new RunRulesStatus <Tout> {
RulesStatus = new Dictionary <int, RunRuleStatus>()
};
ret.LastRunStatistics.ObjectsRun++;
var sw = new Stopwatch();
foreach (RuleAppliedBase ruleAppliedBase in rules.OrderBy(c => c.ApplyOrder).ThenBy(c => c.RuleAppliedId))
{
sw.Start();
try
{
if (ruleAppliedBase.ConditionCodeId != null)
{
if (!runParameters.CondFuncs[ruleAppliedBase.ConditionCodeId.Value].Invoke(input))
{
continue;
}
}
ret.LastRunStatistics.TotalRulesRun++;
ret.RulesStatus.Add(ruleAppliedBase.RuleAppliedId,
new RunRuleStatus()
{
Exceptions = null, CompletionStatus = RunRuleCompletionStatus.Completed
});
ret.Result = runParameters.RuleFuncs[ruleAppliedBase.CodeId].Invoke(input);
}
catch (Exception ex)
{
var tempRunRuleStat = new RunRuleStatus
{
Exceptions = new List <Exception> {
ex
},
CompletionStatus = RunRuleCompletionStatus.Failed
};
Exception iEx = ex.InnerException;
while (iEx != null)
{
tempRunRuleStat.Exceptions.Add(iEx);
iEx = iEx.InnerException;
}
if (ret.RulesStatus.ContainsKey(ruleAppliedBase.RuleAppliedId))
{
ret.RulesStatus[ruleAppliedBase.RuleAppliedId] = tempRunRuleStat;
}
else
{
ret.RulesStatus.Add(ruleAppliedBase.RuleAppliedId, tempRunRuleStat);
}
}
sw.Stop();
sw.Reset();
ret.LastRunStatistics.TotalRunTime += sw.Elapsed;
if (ret.RulesStatus[ruleAppliedBase.RuleAppliedId].HasException &&
!runParameters.ContinueRunningAfterException)
{
break;
}
}
_ongoingRuleStats.ObjectsRun += ret.LastRunStatistics.ObjectsRun;
_ongoingRuleStats.TotalRulesRun += ret.LastRunStatistics.TotalRulesRun;
_ongoingRuleStats.TotalRunTime += ret.LastRunStatistics.TotalRunTime;
ret.GlobalRunStatistics = _ongoingRuleStats;
return(ret);
}
public RunRulesStatus <T> RunRules <T>(List <RuleAppliedBase> rules, ref T input,
RunRulesParameters <T, T> runParameters)
{
var ret = new RunRulesStatus <T> {
RulesStatus = new Dictionary <int, RunRuleStatus>()
};
ret.LastRunStatistics.ObjectsRun++;
T runningInput = input;
var sw = new Stopwatch();
foreach (RuleAppliedBase ruleAppliedBase in rules.OrderBy(c => c.ApplyOrder).ThenBy(c => c.RuleAppliedId))
{
sw.Start();
try
{
if (ruleAppliedBase.ConditionCodeId != null)
{
if (!runParameters.CondFuncs[ruleAppliedBase.ConditionCodeId.Value].Invoke(input))
{
continue;
}
}
ret.LastRunStatistics.TotalRulesRun++;
ret.RulesStatus.Add(ruleAppliedBase.RuleAppliedId,
new RunRuleStatus()
{
Exceptions = null, CompletionStatus = RunRuleCompletionStatus.Completed
});
ret.Result = runParameters.RuleFuncs[ruleAppliedBase.CodeId].Invoke(runningInput);
//since the input/output is the same, make sure we set the running input and the actualy input to the result of the rule
//this will do 2 things
//1) ensure the input is updated and passed to the subseqeunt rule call
//2) ensure if the in put is checked by the caller, it is updated to match the result that we are passing out - this should be the case anyway, but ew want to enforce it
runningInput = ret.Result;
input = ret.Result;
}
catch (Exception ex)
{
var tempRunRuleStat = new RunRuleStatus
{
CompletionStatus = RunRuleCompletionStatus.Failed
};
var iEx = ex.InnerException;
while (iEx != null)
{
tempRunRuleStat.Exceptions.Add(iEx);
iEx = iEx.InnerException;
}
ret.RulesStatus[ruleAppliedBase.RuleAppliedId] = tempRunRuleStat;
}
sw.Stop();
sw.Reset();
ret.LastRunStatistics.TotalRunTime += sw.Elapsed;
if (ret.RulesStatus[ruleAppliedBase.RuleAppliedId].HasException &&
!runParameters.ContinueRunningAfterException)
{
break;
}
}
_ongoingRuleStats.ObjectsRun += ret.LastRunStatistics.ObjectsRun;
_ongoingRuleStats.TotalRulesRun += ret.LastRunStatistics.TotalRulesRun;
_ongoingRuleStats.TotalRunTime += ret.LastRunStatistics.TotalRunTime;
ret.GlobalRunStatistics = _ongoingRuleStats;
return(ret);
}
