* This writer supports two modes of behaviour one is using {@link #from(NormalizedNodeResult)} where resulting * NormalizedNode will be stored in supplied result object. * *
* Other mode of operation is using {@link #from(NormalizedNodeContainerBuilder)}, where all created nodes will be * written to this builder. * *
* This class is not final for purposes of customization, normal users should not need to subclass it.
*/
public class ImmutableNormalizedNodeStreamWriter implements NormalizedNodeStreamWriter {
@SuppressWarnings("rawtypes")
private final Deque
* Type of supplied {@link NormalizedNodeContainerBuilder} affects, which events could be emitted in order
* to ensure proper construction of data.
*
* @param builder Builder to which data will be written.
* @return {@link NormalizedNodeStreamWriter} which writes data
*/
public static @NonNull NormalizedNodeStreamWriter from(final NormalizedNodeContainerBuilder builder) {
return new ImmutableNormalizedNodeStreamWriter(builder);
}
/**
* Creates a {@link NormalizedNodeStreamWriter} which creates one instance of top-level {@link NormalizedNode}
* (type of NormalizedNode) is determined by first start event.
*
*
* Result is built when {@link #endNode()} associated with that start event is emitted.
*
*
* Writer properly creates also nested {@link NormalizedNode} instances, if their are supported inside the scope
* of the first event.
*
*
* This method is useful for clients, which knows there will be one top-level node written, but does not know which
* type of {@link NormalizedNode} will be written.
*
* @param result {@link NormalizedNodeResult} object which will hold result value.
* @return {@link NormalizedNodeStreamWriter} which will write item to supplied result holder.
*/
public static @NonNull NormalizedNodeStreamWriter from(final NormalizedNodeResult result) {
return result instanceof NormalizedNodeMetadataResult ? from((NormalizedNodeMetadataResult) result)
: new ImmutableNormalizedNodeStreamWriter(result);
}
/**
* Creates a {@link NormalizedNodeStreamWriter} which creates one instance of top-level {@link NormalizedNode}
* (type of NormalizedNode) is determined by first start event.
*
*
* Result is built when {@link #endNode()} associated with that start event is emitted.
*
*
* Writer properly creates also nested {@link NormalizedNode} instances, if their are supported inside the scope
* of the first event.
*
*
* This method is useful for clients, which knows there will be one top-level node written, but does not know which
* type of {@link NormalizedNode} will be written.
*
* @param result {@link NormalizedNodeResult} object which will hold result value.
* @return {@link NormalizedNodeStreamWriter} which will write item to supplied result holder.
*/
public static @NonNull NormalizedNodeStreamWriter from(final NormalizedNodeMetadataResult result) {
return new ImmutableMetadataNormalizedNodeStreamWriter(result);
}
@Override
public void startLeafNode(final NodeIdentifier name) {
checkDataNodeContainer();
enter(name, leafNodeBuilder(nextSchema));
nextSchema = null;
}
@Override
public void startLeafSet(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? InterningLeafSetNodeBuilder.create(nextSchema)
: InterningLeafSetNodeBuilder.create(nextSchema, childSizeHint));
}
@Override
public void startLeafSetEntryNode(final NodeWithValue name) {
final NormalizedNodeBuilder current = current();
checkArgument(current instanceof ImmutableLeafSetNodeBuilder
|| current instanceof ImmutableOrderedLeafSetNodeBuilder || current instanceof NormalizedNodeResultBuilder,
"LeafSetEntryNode is not valid for parent %s", current);
enter(name, leafsetEntryNodeBuilder());
nextSchema = null;
}
@Override
public void startOrderedLeafSet(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, Builders.orderedLeafSetBuilder());
}
@Override
public boolean startAnyxmlNode(final NodeIdentifier name, final Class objectModel) {
checkDataNodeContainer();
if (DOMSource.class.isAssignableFrom(objectModel)) {
enter(name, ImmutableAnyXmlNodeBuilder.create());
nextSchema = null;
return true;
}
return false;
}
@Override
public void startContainerNode(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableContainerNodeBuilder.create()
: ImmutableContainerNodeBuilder.create(childSizeHint));
}
@Override
public void startYangModeledAnyXmlNode(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
checkArgument(nextSchema instanceof YangModeledAnyxmlSchemaNode,
"Schema of this node should be instance of YangModeledAnyxmlSchemaNode");
final YangModeledAnyxmlSchemaNode anyxmlSchema = (YangModeledAnyxmlSchemaNode) nextSchema;
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableYangModeledAnyXmlNodeBuilder.create(anyxmlSchema)
: ImmutableYangModeledAnyXmlNodeBuilder.create(anyxmlSchema, childSizeHint));
}
@Override
public void startUnkeyedList(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableUnkeyedListNodeBuilder.create()
: ImmutableUnkeyedListNodeBuilder.create(childSizeHint));
}
@Override
public void startUnkeyedListItem(final NodeIdentifier name, final int childSizeHint) {
final NormalizedNodeBuilder current = current();
checkArgument(current instanceof ImmutableUnkeyedListNodeBuilder
|| current instanceof NormalizedNodeResultBuilder);
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableUnkeyedListEntryNodeBuilder.create()
: ImmutableUnkeyedListEntryNodeBuilder.create(childSizeHint));
}
@Override
public void startMapNode(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableMapNodeBuilder.create()
: ImmutableMapNodeBuilder.create(childSizeHint));
}
@Override
public void startMapEntryNode(final NodeIdentifierWithPredicates identifier, final int childSizeHint) {
final NormalizedNodeBuilder current = current();
checkArgument(current instanceof ImmutableMapNodeBuilder || current instanceof ImmutableOrderedMapNodeBuilder
|| current instanceof NormalizedNodeResultBuilder);
enter(identifier, UNKNOWN_SIZE == childSizeHint ? ImmutableMapEntryNodeBuilder.create()
: ImmutableMapEntryNodeBuilder.create(childSizeHint));
}
@Override
public void startOrderedMapNode(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableOrderedMapNodeBuilder.create()
: ImmutableOrderedMapNodeBuilder.create(childSizeHint));
}
@Override
public void startChoiceNode(final NodeIdentifier name, final int childSizeHint) {
checkDataNodeContainer();
enter(name, UNKNOWN_SIZE == childSizeHint ? ImmutableChoiceNodeBuilder.create()
: ImmutableChoiceNodeBuilder.create(childSizeHint));
}
@Override
public void startAugmentationNode(final AugmentationIdentifier identifier) {
checkDataNodeContainer();
checkArgument(!(current() instanceof ImmutableAugmentationNodeBuilder));
enter(identifier, Builders.augmentationBuilder());
}
@Override
public void flush() {
// no-op
}
@Override
public void close() {
// no-op
}
@Override
public void nextDataSchemaNode(final DataSchemaNode schema) {
nextSchema = requireNonNull(schema);
}
@Override
public void scalarValue(final Object value) {
currentScalar().withValue(value);
}
@Override
public void domSourceValue(final DOMSource value) {
currentScalar().withValue(value);
}
@Override
@SuppressWarnings({ "rawtypes", "unchecked" })
public void endNode() {
final NormalizedNodeBuilder finishedBuilder = builders.poll();
checkState(finishedBuilder != null, "Node which should be closed does not exists.");
final NormalizedNode