protected void handleChildNode(ParsedNode child, ResourceAccessor resourceAccessor)
throws ParsedNodeException {
if (child.getName().equals("rollback")) {
handleRollbackNode(child, resourceAccessor);
} else if (child.getName().equals("validCheckSum")
|| child.getName().equals("validCheckSums")) {
if (child.getValue() == null) {
return;
}
if (child.getValue() instanceof Collection) {
for (Object checksum : (Collection) child.getValue()) {
addValidCheckSum((String) checksum);
}
} else {
addValidCheckSum(child.getValue(String.class));
}
} else if (child.getName().equals("modifySql")) {
String dbmsString = StringUtils.trimToNull(child.getChildValue(null, "dbms", String.class));
String contextString =
StringUtils.trimToNull(child.getChildValue(null, "context", String.class));
String labelsString =
StringUtils.trimToNull(child.getChildValue(null, "labels", String.class));
boolean applyToRollback = child.getChildValue(null, "applyToRollback", false);
Set<String> dbms = new HashSet<String>();
if (dbmsString != null) {
dbms.addAll(StringUtils.splitAndTrim(dbmsString, ","));
}
ContextExpression context = null;
if (contextString != null) {
context = new ContextExpression(contextString);
}
Labels labels = null;
if (labelsString != null) {
labels = new Labels(labelsString);
}
List<ParsedNode> potentialVisitors = child.getChildren();
for (ParsedNode node : potentialVisitors) {
SqlVisitor sqlVisitor = SqlVisitorFactory.getInstance().create(node.getName());
if (sqlVisitor != null) {
sqlVisitor.setApplyToRollback(applyToRollback);
if (dbms.size() > 0) {
sqlVisitor.setApplicableDbms(dbms);
}
sqlVisitor.setContexts(context);
sqlVisitor.setLabels(labels);
sqlVisitor.load(node, resourceAccessor);
addSqlVisitor(sqlVisitor);
}
}
} else if (child.getName().equals("preConditions")) {
this.preconditions = new PreconditionContainer();
try {
this.preconditions.load(child, resourceAccessor);
} catch (ParsedNodeException e) {
e.printStackTrace();
}
} else if (child.getName().equals("changes")) {
for (ParsedNode changeNode : child.getChildren()) {
handleChildNode(changeNode, resourceAccessor);
}
} else {
addChange(toChange(child, resourceAccessor));
}
}
