private void gatherFixtures(
List<Fixture> output,
FixturesMap dataInput,
CallFixtureMap callOnDataInput,
FixtureList verifyFact,
FixtureList verifyRule,
FixtureList retractFacts,
boolean end) {
if (verifyRule.size() > 0) output.add(verifyRule);
if (verifyFact.size() > 0) output.add(verifyFact);
if (retractFacts.size() > 0) dataInput.put(RETRACT_KEY, retractFacts);
if (dataInput.size() > 0 || !end)
output.add(dataInput); // want to have a place holder for the GUI
if (callOnDataInput.size() > 0 || !end) output.add(callOnDataInput);
}
/**
* Called lumpy map - as this takes a flat list of fixtures, and groups things together. It will
* return a list - of which each element will either be a list - or a map. If its a map - then its
* a map of FactData to the fact type. If its a list, then it will be expectations or retractions.
*
* <p>Man, this will be so much nicer with generics.
*
* @return List<List<VeryifyRuleFired or VerifyFact or RetractFact> OR Map<String, List<FactData>>
* OR ExecutionTrace>
*/
public List<Fixture> lumpyMap(List<Fixture> fixtures) {
List<Fixture> output = new ArrayList<Fixture>();
FixturesMap dataInput = new FixturesMap();
CallFixtureMap callOnDataInput = new CallFixtureMap();
FixtureList verifyFact = new FixtureList();
FixtureList verifyRule = new FixtureList();
FixtureList retractFacts = new FixtureList();
for (Fixture fixture : fixtures) {
if (fixture instanceof FactData) {
accumulateDataForFactData(dataInput, (FactData) fixture);
} else if (fixture instanceof CallMethod) {
accumulateCallMethod(callOnDataInput, (CallMethod) fixture);
} else if (fixture instanceof ActivateRuleFlowGroup) {
accumulateDataForActivateRuleFlowGroup(dataInput, fixture);
} else if (fixture instanceof RetractFact) {
retractFacts.add(fixture);
} else if (fixture instanceof VerifyRuleFired) {
verifyRule.add(fixture);
} else if (fixture instanceof VerifyFact) {
verifyFact.add(fixture);
} else if (fixture instanceof ExecutionTrace) {
gatherFixtures(
output, dataInput, callOnDataInput, verifyFact, verifyRule, retractFacts, false);
output.add(fixture);
verifyRule = new FixtureList();
verifyFact = new FixtureList();
retractFacts = new FixtureList();
callOnDataInput = new CallFixtureMap();
dataInput = new FixturesMap();
}
}
gatherFixtures(output, dataInput, callOnDataInput, verifyFact, verifyRule, retractFacts, true);
return output;
}