public List<ValidationResult> init(MappingNode rootNode) {
List<ValidationResult> validationResults = new ArrayList<ValidationResult>();
if (rootNode == null) {
validationResults.add(createErrorResult("Invalid Root Node"));
return validationResults;
}
for (int i = 0; i < rootNode.getValue().size(); i++) {
NodeTuple rootTuple = rootNode.getValue().get(i);
Node keyNode = rootTuple.getKeyNode();
if (keyNode.getNodeId() != scalar) {
continue; // invalid key
}
String key = ((ScalarNode) keyNode).getValue();
if (key.equals("resourceTypes") || key.equals("traits")) {
Node templateSequence = rootTuple.getValueNode();
if (templateSequence.getNodeId() == scalar) {
if (!templateSequence.getTag().equals(INCLUDE_TAG)) {
validationResults.add(
createErrorResult("Sequence or !include expected", templateSequence));
break;
}
templateSequence = includeResolver.resolve(templateSequence, resourceLoader, nodeNandler);
rootNode.getValue().remove(i);
rootNode.getValue().add(i, new NodeTuple(keyNode, templateSequence));
}
if (templateSequence.getNodeId() != sequence) {
validationResults.add(createErrorResult("Sequence expected", templateSequence));
rootNode.getValue().remove(i);
rootNode
.getValue()
.add(
i,
new NodeTuple(keyNode, new SequenceNode(Tag.SEQ, new ArrayList<Node>(), false)));
break;
}
loopTemplateSequence((SequenceNode) templateSequence, key, validationResults);
}
}
return validationResults;
}
private void loopTemplateSequence(
SequenceNode templateSequence,
String templateType,
List<ValidationResult> validationResults) {
List<Node> prunedTemplates = new ArrayList<Node>();
for (int j = 0; j < templateSequence.getValue().size(); j++) {
Node template = templateSequence.getValue().get(j);
if (template.getNodeId() == scalar) {
if (!template.getTag().equals(INCLUDE_TAG)) {
validationResults.add(
createErrorResult(
"Mapping or !include expected",
templateSequence.getStartMark(),
templateSequence.getEndMark()));
}
template = includeResolver.resolve(template, resourceLoader, nodeNandler);
}
for (NodeTuple tuple : ((MappingNode) template).getValue()) {
if (tuple.getKeyNode().getNodeId() != scalar) {
validationResults.add(createErrorResult(NON_SCALAR_KEY_MESSAGE, tuple.getKeyNode()));
continue;
}
String templateKey = ((ScalarNode) tuple.getKeyNode()).getValue();
Node templateValue = tuple.getValueNode();
if (templateValue.getNodeId() != mapping) {
validationResults.add(
createErrorResult(
"Mapping expected", templateValue.getStartMark(), templateValue.getEndMark()));
continue;
}
if (templateType.equals("resourceTypes")) {
resourceTypesMap.put(templateKey, (MappingNode) templateValue);
}
if (templateType.equals("traits")) {
traitsMap.put(templateKey, (MappingNode) templateValue);
}
prunedTemplates.add(getFakeTemplateNode(tuple.getKeyNode()));
}
}
templateSequence.getValue().clear();
templateSequence.getValue().addAll(prunedTemplates);
}
