use of com.devonfw.cobigen.api.annotation.Cached in project cobigen by devonfw.
the class MatcherEvaluatorImpl method matches.
@Cached
@Override
public boolean matches(Object matcherInput, List<Matcher> matcherList, TriggerInterpreter triggerInterpreter) {
boolean matcherSetMatches = false;
LOG.debug("Check matchers for TriggerInterpreter[type='{}'] ...", triggerInterpreter.getType());
MATCHER_LOOP: for (Matcher matcher : matcherList) {
MatcherTo matcherTo = new MatcherTo(matcher.getType(), matcher.getValue(), matcherInput);
LOG.trace("Check {} ...", matcherTo);
if (triggerInterpreter.getMatcher().matches(matcherTo)) {
switch(matcher.getAccumulationType()) {
case NOT:
LOG.trace("NOT Matcher matches -> trigger match fails.");
matcherSetMatches = false;
break MATCHER_LOOP;
case OR:
case AND:
LOG.trace("Matcher matches.");
matcherSetMatches = true;
break;
default:
}
} else {
if (matcher.getAccumulationType() == AccumulationType.AND) {
LOG.trace("AND Matcher does not match -> trigger match fails.");
matcherSetMatches = false;
break MATCHER_LOOP;
}
}
}
LOG.debug("Matcher declarations " + (matcherSetMatches ? "match the input." : "do not match the input."));
return matcherSetMatches;
}
use of com.devonfw.cobigen.api.annotation.Cached in project cobigen by devonfw.
the class TriggerMatchingEvaluatorImpl method getMatchingTriggers.
@Cached
@Override
public List<Trigger> getMatchingTriggers(Object matcherInput) {
LOG.debug("Retrieve matching trigger. input {}, hash: {}", matcherInput, matcherInput.hashCode());
List<Trigger> matchingTrigger = Lists.newLinkedList();
for (Trigger trigger : this.configurationHolder.readContextConfiguration().getTriggers()) {
TriggerInterpreter triggerInterpreter = PluginRegistry.getTriggerInterpreter(trigger.getType());
if (triggerInterpreter == null) {
continue;
// trigger interpreter not yet activated as the plug-in was not yet used.
// unfortunately the invariant here is, that the CobiGen user has once called CobigenImpl#read
// to get the matcher input
}
InputValidator.validateTriggerInterpreter(triggerInterpreter, trigger);
LOG.debug("Check {} to match the input.", trigger);
if (triggerInterpreter.getInputReader().isValidInput(matcherInput)) {
LOG.debug("Matcher input is marked as valid.");
boolean triggerMatches = this.matcherEvaluator.matches(matcherInput, trigger.getMatcher(), triggerInterpreter);
if (triggerMatches) {
matchingTrigger.add(trigger);
}
// recognized as a container.
if (!triggerMatches) {
LOG.debug("Check container matchers ...");
FOR_CONTAINERMATCHER: for (ContainerMatcher containerMatcher : trigger.getContainerMatchers()) {
MatcherTo containerMatcherTo = new MatcherTo(containerMatcher.getType(), containerMatcher.getValue(), matcherInput);
LOG.debug("Check {} ...", containerMatcherTo);
if (triggerInterpreter.getMatcher().matches(containerMatcherTo)) {
LOG.debug("Match! Retrieve objects from container ...", containerMatcherTo);
// keep backward-compatibility
List<Object> containerResources;
if (containerMatcher.isRetrieveObjectsRecursively()) {
containerResources = triggerInterpreter.getInputReader().getInputObjectsRecursively(matcherInput, Charsets.UTF_8);
} else {
// the charset does not matter as we just want to see whether there is one
// matcher for one of the container resources
containerResources = triggerInterpreter.getInputReader().getInputObjects(matcherInput, Charsets.UTF_8);
}
LOG.debug("{} objects retrieved.", containerResources.size());
// check if at least one container element matches the matcher declarations
for (Object resource : containerResources) {
if (this.matcherEvaluator.matches(resource, trigger.getMatcher(), triggerInterpreter)) {
LOG.debug("At least one object from container matches.");
triggerMatches = true;
break FOR_CONTAINERMATCHER;
}
}
LOG.debug("No element of the container is matched.");
}
}
if (triggerMatches) {
matchingTrigger.add(new Trigger(trigger, true));
}
}
LOG.debug("{} {}", trigger, triggerMatches ? "matches." : "does not match.");
}
}
return matchingTrigger;
}
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