/** we create a rule which listens for the incoming calls, rejects it, and sends back an sms */
public void testCallEventRule() {
if (mRuleManager.loadAllRules().size() != 0) {
return;
}
/*
* Create the conditions
*/
// ToDo: to be handled an event without conditions and without building the condition tree
RuleCondition cTrue = mConditionManager.getDefaultCondition();
mConditionManager.saveCondition(cTrue);
// create dependencies between conditions
// Build the condition tree
RuleConditionTree.Builder builder = new ConditionTree.Builder();
builder.add(cTrue, new RuleCondition[] {cTrue, cTrue}, ConditionTree.Operator.OR);
RuleConditionTree root = mConditionManager.buildConditionTree(builder);
/*
* Create actions
*/
RuleAction aRejectCall = generateNewAction(Action.Type.REJECT_CALL_ACTION.getType());
RuleAction aSms = generateNewAction(Action.Type.SEND_SMS_ACTION.getType());
((SendSmsActionPlugin) aSms.getActionPlugin()).setMessage("I'll call you back later.");
mActionManager.saveActions(aRejectCall, aSms);
// Create a rule with these actions and conditions
RuleRecord ruleRecord = new RuleRecord();
// set the event
ruleRecord.setRuleName("Reject call Rule");
ruleRecord.setEventCode(Event.Type.RULE_EVENT_CALL.getType());
ruleRecord.setRuleConditionTree(root);
ruleRecord.addRuleActions(aRejectCall, aSms);
mRuleManager.saveRuleRecord(ruleRecord);
}
/**
* We create a rule which responds to Number events and with some conditions it calculates
* fibonacci and multiplications.
*/
public void testSimpleArithmetricRule() {
if (mRuleManager.loadAllRules().size() != 0) {
return;
}
// Create the event
NumberEvent event = new NumberEvent();
/*
* Create the conditions
*/
RuleCondition cTrue = mConditionManager.getDefaultCondition();
RuleCondition cTrue1 = mConditionManager.getDefaultCondition();
RuleCondition cInterval =
generateNewCondition(Condition.Type.ARITHMETRIC_IS_NUMBER_IN_INTERVAL.getType());
((IsNumberInIntervalConditionPlugin) cInterval.getConditionPlugin()).setMin(5.0);
((IsNumberInIntervalConditionPlugin) cInterval.getConditionPlugin()).setMax(500.0);
RuleCondition cPrime =
generateNewCondition(Condition.Type.ARITHMETRIC_IS_NUMBER_PRIME.getType());
RuleCondition cEqual =
generateNewCondition(Condition.Type.ARITHMETRIC_IS_NUMBER_EQUAL.getType());
((IsNumberEqualConditionPlugin) cEqual.getConditionPlugin()).setValue(1);
List<RuleCondition> ruleConditions = new ArrayList<>();
Collections.addAll(ruleConditions, cTrue, cTrue1, cInterval, cPrime, cEqual);
mConditionManager.saveConditions(ruleConditions);
// create dependencies between conditions
// Build the condition tree
RuleConditionTree.Builder builder = new ConditionTree.Builder();
builder.add(cTrue, new RuleCondition[] {cEqual, cTrue1}, ConditionTree.Operator.OR);
builder.add(cTrue1, new RuleCondition[] {cInterval, cPrime}, ConditionTree.Operator.AND);
RuleConditionTree root = mConditionManager.buildConditionTree(builder);
/*
* Create actions
*/
RuleAction aMultiply = generateNewAction(Action.Type.ARITHMETRIC_ACTION_MULTIPLY.getType());
((MultiplyActionPlugin) aMultiply.getActionPlugin()).setValue(5);
RuleAction aFib = generateNewAction(Action.Type.ARITHMETRIC_ACTION_FIBONACCI.getType());
RuleAction aMultiply10 = generateNewAction(Action.Type.ARITHMETRIC_ACTION_MULTIPLY.getType());
((MultiplyActionPlugin) aMultiply10.getActionPlugin()).setValue(10);
mActionManager.saveActions(aMultiply, aFib, aMultiply10);
// Create a rule with these actions and conditions
RuleRecord ruleRecord = new RuleRecord();
// set the event
ruleRecord.setRuleName("Sample Rule");
ruleRecord.setEventCode(event.getType());
ruleRecord.setState(Rule.State.STATE_ACTIVE);
ruleRecord.setRuleConditionTree(root);
ruleRecord.addRuleActions(aMultiply, aFib, aMultiply10);
mRuleManager.saveRuleRecord(ruleRecord);
}