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authora.sreekumar <ajith.sreekumar@bell.ca>2021-06-29 13:57:14 +0100
committera.sreekumar <ajith.sreekumar@bell.ca>2021-07-02 16:03:51 +0100
commit5f0ec1c2d95c377fbec428f11464e93fe442b5ef (patch)
tree4aef07097fa4d64550db116a1b1b4acd1aa42590 /examples/examples-adaptive/src
parentba55109db1e5eea013dcffd1be29cf06fe2bbcb1 (diff)
Cleanup input & outputFields from Task definition
1) Remove the usage of inputField and outputField from Task definition. 2) Fix issues around populating events to task in case of State Finalizer Logic. Change-Id: Ief17f400729410b83c6b7c665980d443e0cf6f28 Issue-ID: POLICY-3336 Signed-off-by: a.sreekumar <ajith.sreekumar@bell.ca>
Diffstat (limited to 'examples/examples-adaptive/src')
-rw-r--r--examples/examples-adaptive/src/main/java/org/onap/policy/apex/examples/adaptive/model/AdaptiveDomainModelFactory.java33
1 files changed, 1 insertions, 32 deletions
diff --git a/examples/examples-adaptive/src/main/java/org/onap/policy/apex/examples/adaptive/model/AdaptiveDomainModelFactory.java b/examples/examples-adaptive/src/main/java/org/onap/policy/apex/examples/adaptive/model/AdaptiveDomainModelFactory.java
index d13f93099..7dbb4ad23 100644
--- a/examples/examples-adaptive/src/main/java/org/onap/policy/apex/examples/adaptive/model/AdaptiveDomainModelFactory.java
+++ b/examples/examples-adaptive/src/main/java/org/onap/policy/apex/examples/adaptive/model/AdaptiveDomainModelFactory.java
@@ -1,6 +1,7 @@
/*-
* ============LICENSE_START=======================================================
* Copyright (C) 2016-2018 Ericsson. All rights reserved.
+ * Modifications Copyright (C) 2021 Bell Canada. All rights reserved.
* ================================================================================
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
@@ -168,43 +169,31 @@ public class AdaptiveDomainModelFactory {
final AxTask anomalyDetectionMatchTask = new AxTask(
new AxArtifactKey("AnomalyDetectionMatchTask", DEFAULT_VERSION));
- anomalyDetectionMatchTask.duplicateInputFields(anomalyDetectionTriggerEvent.getParameterMap());
- anomalyDetectionMatchTask.duplicateOutputFields(anomalyDetectionMatchEvent.getParameterMap());
anomalyDetectionMatchTask.setTaskLogic(
new AxTaskLogic(anomalyDetectionMatchTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask anomalyDetectionEstablishTask = new AxTask(
new AxArtifactKey("AnomalyDetectionEstablishTask", DEFAULT_VERSION));
- anomalyDetectionEstablishTask.duplicateInputFields(anomalyDetectionMatchEvent.getParameterMap());
- anomalyDetectionEstablishTask.duplicateOutputFields(anomalyDetectionEstablishEvent.getParameterMap());
anomalyDetectionEstablishTask.setTaskLogic(
new AxTaskLogic(anomalyDetectionEstablishTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask anomalyDetectionDecideTask0 = new AxTask(
new AxArtifactKey("AnomalyDetectionDecideTask0", DEFAULT_VERSION));
- anomalyDetectionDecideTask0.duplicateInputFields(anomalyDetectionEstablishEvent.getParameterMap());
- anomalyDetectionDecideTask0.duplicateOutputFields(anomalyDetectionDecideEvent.getParameterMap());
anomalyDetectionDecideTask0.setTaskLogic(
new AxTaskLogic(anomalyDetectionDecideTask0.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask anomalyDetectionDecideTask1 = new AxTask(
new AxArtifactKey("AnomalyDetectionDecideTask1", DEFAULT_VERSION));
- anomalyDetectionDecideTask1.duplicateInputFields(anomalyDetectionEstablishEvent.getParameterMap());
- anomalyDetectionDecideTask1.duplicateOutputFields(anomalyDetectionDecideEvent.getParameterMap());
anomalyDetectionDecideTask1.setTaskLogic(
new AxTaskLogic(anomalyDetectionDecideTask1.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask anomalyDetectionDecideTask2 = new AxTask(
new AxArtifactKey("AnomalyDetectionDecideTask2", DEFAULT_VERSION));
- anomalyDetectionDecideTask2.duplicateInputFields(anomalyDetectionEstablishEvent.getParameterMap());
- anomalyDetectionDecideTask2.duplicateOutputFields(anomalyDetectionDecideEvent.getParameterMap());
anomalyDetectionDecideTask2.setTaskLogic(
new AxTaskLogic(anomalyDetectionDecideTask2.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask anomalyDetectionActTask = new AxTask(
new AxArtifactKey("AnomalyDetectionActTask", DEFAULT_VERSION));
- anomalyDetectionActTask.duplicateInputFields(anomalyDetectionDecideEvent.getParameterMap());
- anomalyDetectionActTask.duplicateOutputFields(anomalyDetectionActEvent.getParameterMap());
anomalyDetectionActTask.setTaskLogic(
new AxTaskLogic(anomalyDetectionActTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
@@ -417,65 +406,45 @@ public class AdaptiveDomainModelFactory {
.setDefaultLogic("DefaultAutoLearnTask_Logic");
final AxTask autoLearnMatchTask = new AxTask(new AxArtifactKey("AutoLearnMatchTask", DEFAULT_VERSION));
- autoLearnMatchTask.duplicateInputFields(autoLearnTriggerEvent.getParameterMap());
- autoLearnMatchTask.duplicateOutputFields(autoLearnMatchEvent.getParameterMap());
autoLearnMatchTask.setTaskLogic(new AxTaskLogic(autoLearnMatchTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnEstablishTask = new AxTask(new AxArtifactKey("AutoLearnEstablishTask", DEFAULT_VERSION));
- autoLearnEstablishTask.duplicateInputFields(autoLearnMatchEvent.getParameterMap());
- autoLearnEstablishTask.duplicateOutputFields(autoLearnEstablishEvent.getParameterMap());
autoLearnEstablishTask.setTaskLogic(
new AxTaskLogic(autoLearnEstablishTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
logicReader.setDefaultLogic(null);
final AxTask autoLearnDecideTask0 = new AxTask(new AxArtifactKey("AutoLearnDecideTask0", DEFAULT_VERSION));
- autoLearnDecideTask0.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask0.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask0
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask0.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask1 = new AxTask(new AxArtifactKey("AutoLearnDecideTask1", DEFAULT_VERSION));
- autoLearnDecideTask1.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask1.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask1
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask1.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask2 = new AxTask(new AxArtifactKey("AutoLearnDecideTask2", DEFAULT_VERSION));
- autoLearnDecideTask2.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask2.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask2
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask2.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask3 = new AxTask(new AxArtifactKey("AutoLearnDecideTask3", DEFAULT_VERSION));
- autoLearnDecideTask3.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask3.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask3
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask3.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask4 = new AxTask(new AxArtifactKey("AutoLearnDecideTask4", DEFAULT_VERSION));
- autoLearnDecideTask4.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask4.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask4
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask4.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask5 = new AxTask(new AxArtifactKey("AutoLearnDecideTask5", DEFAULT_VERSION));
- autoLearnDecideTask5.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask5.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask5
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask5.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTask autoLearnDecideTask6 = new AxTask(new AxArtifactKey("AutoLearnDecideTask6", DEFAULT_VERSION));
- autoLearnDecideTask6.duplicateInputFields(autoLearnEstablishEvent.getParameterMap());
- autoLearnDecideTask6.duplicateOutputFields(autoLearnDecideEvent.getParameterMap());
autoLearnDecideTask6
.setTaskLogic(new AxTaskLogic(autoLearnDecideTask6.getKey(), TASK_LOGIC, "MVEL", logicReader));
logicReader.setDefaultLogic("DefaultAutoLearnTask_Logic");
final AxTask autoLearnActTask = new AxTask(new AxArtifactKey("AutoLearnActTask", DEFAULT_VERSION));
- autoLearnActTask.duplicateInputFields(autoLearnDecideEvent.getParameterMap());
- autoLearnActTask.duplicateOutputFields(autoLearnActEvent.getParameterMap());
autoLearnActTask.setTaskLogic(new AxTaskLogic(autoLearnActTask.getKey(), TASK_LOGIC, "MVEL", logicReader));
final AxTasks autoLearnTasks = new AxTasks(new AxArtifactKey("AutoLearnTasks", DEFAULT_VERSION));