use of com.github.mvp4g.mvp4g2.processor.model.EventMetaModel in project mvp4g2 by mvp4g.
the class EventAnnotationScanner method restore.
private EventMetaModel restore(Element element) {
Properties props = new Properties();
try {
FileObject resource = this.processingEnvironment.getFiler().getResource(StandardLocation.CLASS_OUTPUT, "", this.createRelativeFileName(element));
props.load(resource.openInputStream());
return new EventMetaModel(props);
} catch (IOException e) {
// every thing is ok -> no operation
// this.processorUtils.createNoteMessage("no resource found for : >>" + this.createRelativeFileName(element) + "<<");
}
return new EventMetaModel();
}
use of com.github.mvp4g.mvp4g2.processor.model.EventMetaModel in project mvp4g2 by mvp4g.
the class EventAnnotationScanner method scan.
public EventBusMetaModel scan(RoundEnvironment roundEnvironment) throws ProcessorException {
EventAnnotationValidator eventAnnotationValidator = EventAnnotationValidator.builder().roundEnvironment(roundEnvironment).processingEnvironment(processingEnvironment).eventBusMetaModel(this.eventBusMetaModel).eventBusTypeElement(eventBusTypeElement).build();
// validate event bus
eventAnnotationValidator.validate();
// handle events
for (Element element : roundEnvironment.getElementsAnnotatedWith(Event.class)) {
// do validation
EventAnnotationValidator.builder().roundEnvironment(roundEnvironment).processingEnvironment(processingEnvironment).eventBusMetaModel(this.eventBusMetaModel).eventBusTypeElement(eventBusTypeElement).build().validate(element);
ExecutableElement executableElement = (ExecutableElement) element;
// restore meta data (if there is one)
// First we try to read an already created resource ...
EventMetaModel model = this.restore(element);
// get event annoation
Event eventAnnotation = element.getAnnotation(Event.class);
// scan for data
// internal event name
model.setEventInternalName(this.processorUtils.createInternalEventName(executableElement));
// event name
model.setEventName(executableElement.getSimpleName().toString());
// history name of hte event
model.setHistoryEventName(eventAnnotation.historyName());
// navigation event
model.setNavigationEvent(Boolean.toString(eventAnnotation.navigationEvent()));
// passive
model.setPassive(Boolean.toString(eventAnnotation.passive()));
// handlers
model.setHandlers(this.getElementsFromAnnotationAsList(executableElement, "handlers"));
// List of binding handlers (full class names as String)
model.setBindings(this.getElementsFromAnnotationAsList(executableElement, "bind"));
// List of activate handlers (full class names as String)
model.setActivateHandlers(this.getElementsFromAnnotationAsList(executableElement, "activate"));
// List of deactivate handlers (full class names as String)
model.setDeactivateHandlers(this.getElementsFromAnnotationAsList(executableElement, "deactivate"));
// history converter
model.setHistoryConverter(Objects.requireNonNull(this.getHistoryConverterTypeElement(eventAnnotation)).getQualifiedName().toString());
// start event?
model.setStartEvent(isNull(executableElement.getAnnotation(Start.class)) ? "false" : "true");
// initHistory event?
model.setInitHistory(isNull(executableElement.getAnnotation(InitHistory.class)) ? "false" : "true");
// start event?
model.setNotFoundHistory(isNull(executableElement.getAnnotation(NotFoundHistory.class)) ? "false" : "true");
// parameters
executableElement.getParameters().forEach(v -> model.addParameter(v.getSimpleName().toString(), v.asType().toString()));
// let's store the updated model
this.processorUtils.store(model, this.createRelativeFileName(element));
// store the event meta data model in the eventbus meta data model
this.eventBusMetaModel.add(model);
}
return this.eventBusMetaModel;
}
use of com.github.mvp4g.mvp4g2.processor.model.EventMetaModel in project mvp4g2 by mvp4g.
the class EventBusAnnotationScanner method restore.
private EventBusMetaModel restore() {
Properties props = new Properties();
try {
FileObject resource = this.processingEnvironment.getFiler().getResource(StandardLocation.CLASS_OUTPUT, "", this.createRelativeFileName());
props.load(resource.openInputStream());
EventBusMetaModel model = new EventBusMetaModel(props);
List<EventMetaModel> eventModels = new ArrayList<>();
for (String eventInternalName : model.getEvents()) {
FileObject resourceEvent = this.processingEnvironment.getFiler().getResource(StandardLocation.CLASS_OUTPUT, "", this.createRelativeEventModelFileName(eventInternalName));
props.load(resourceEvent.openInputStream());
eventModels.add(new EventMetaModel(props));
}
eventModels.forEach(model::add);
return model;
} catch (IOException e) {
// every thing is ok -> no operation
// this.processorUtils.createNoteMessage("no resource found for : >>" + this.createRelativeFileName() + "<<");
}
return null;
}
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