A
A_Haddad
Guest
To give you more details: Synchronous call is done through a very classical call in C#, like following: BRMSInterface.CallDecisionService(DECISION_SERVICE_NAME, distributorCode, lDataMappedForBRMS); and the called method contains a simple call to the iICcServer.execute(serviceName, llistObjects); Asynchronous call is done in a classical .Net Task: static Task CallDecisionService_async(int distributorCode, ArrayList distDataMappedForBRMS) { return Task .Factory.StartNew(() => { ArrayList distBRMSResponse = BRMSInterface.CallDecisionService(distributorCode, DECISION_SERVICE_NAME, distDataMappedForBRMS); _competitionCrudeResults.TryAdd(distributorCode, distBRMSResponse); return distBRMSResponse; }); } I joined here a comparison HTML report between Corticon Server logs in the two cases (async log is to the left side). You can see that payloads are identical. Differences begin being visible in line 157: 157 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_1
158 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_2
159 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_3
160 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_4
161 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_5
162 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_6
163 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_7
164 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_8
165 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_9
166 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_10
167 Fire rule:corticonrules_inmemory.Act_calcul_points_tousModesRem_14570954620371_rule_11
==> These rules were only triggered in the synchronous execution. And then from line 289, the number of returned entities is different! Smells like a bug in Corticon DLLs??
Continue reading...
Continue reading...