private Node processNodeSource(
final VirtualFile nodeFolder, final ProcessNodeSettings.Builder processNodeSettings) {
final VirtualFile nodeSource = this.exportReader.getNodeSource(nodeFolder);
final Node.Builder newNodeBuilder = Node.create();
try {
final XmlNodeParser parser = new XmlNodeParser();
parser.builder(newNodeBuilder);
parser.source(nodeSource.getCharSource());
parser.parse();
} catch (final Exception e) {
throw new XmlException(e, "Could not load source node [" + nodeSource.getUrl() + "]: ", e);
}
final Node newNode = newNodeBuilder.build();
final NodePath importNodePath =
NodeImportPathResolver.resolveNodeImportPath(nodeFolder, this.exportRoot, this.importRoot);
final boolean isNodeExisting = this.nodeService.getByPath(importNodePath) != null;
final Node importedNode = importNode(nodeFolder, processNodeSettings, newNode, importNodePath);
if (isNodeExisting) {
result.updated(importedNode.path());
} else {
result.added(importedNode.path());
}
return importedNode;
}
@Override
public Node deleteById(final NodeId id) {
final Node toBeRemoved = this.nodeIdMap.get(id);
final MockNodeTree<NodePath> treeNode = nodeTree.find(toBeRemoved.path());
treeNode.getParent().children.remove(treeNode);
this.nodePathMap.remove(toBeRemoved.path());
this.nodeIdMap.remove(toBeRemoved.id());
return toBeRemoved;
}
@Test
public void only_in_source_with_path() throws Exception {
final Node node =
createNode(CreateNodeParams.create().name("mynode").parent(NodePath.ROOT).build());
printBranchIndex();
final Node child1 =
createNode(CreateNodeParams.create().name("mynode").parent(node.path()).build());
final Node child1_1 =
createNode(CreateNodeParams.create().name("mynode").parent(child1.path()).build());
final Node child1_1_1 =
createNode(CreateNodeParams.create().name("mynode").parent(child1_1.path()).build());
assertEquals(
5, getDiff(WS_DEFAULT, WS_OTHER, NodePath.ROOT).getNodesWithDifferences().getSize());
assertEquals(4, getDiff(WS_DEFAULT, WS_OTHER, node.path()).getNodesWithDifferences().getSize());
assertEquals(
3, getDiff(WS_DEFAULT, WS_OTHER, child1.path()).getNodesWithDifferences().getSize());
assertEquals(
2, getDiff(WS_DEFAULT, WS_OTHER, child1_1.path()).getNodesWithDifferences().getSize());
assertEquals(
1, getDiff(WS_DEFAULT, WS_OTHER, child1_1_1.path()).getNodesWithDifferences().getSize());
doPushNode(WS_OTHER, node);
doPushNode(WS_OTHER, child1);
doPushNode(WS_OTHER, child1_1);
assertEquals(1, getDiff(WS_DEFAULT, WS_OTHER, node.path()).getNodesWithDifferences().getSize());
}
private void doMoveNode(final Node node, final Node newParent) {
MoveNodeCommand.create()
.newParent(newParent.path())
.id(node.id())
.indexServiceInternal(this.indexServiceInternal)
.storageService(this.storageService)
.searchService(this.searchService)
.build()
.execute();
}
private Node doCreate(final CreateNodeParams params, final Instant timestamp) {
final Node.Builder builder =
Node.create()
.id(params.getNodeId() != null ? params.getNodeId() : NodeId.from(System.nanoTime()))
.name(NodeName.from(params.getName()))
.parentPath(params.getParent())
.timestamp(timestamp != null ? timestamp : null)
.manualOrderValue(params.getManualOrderValue())
.childOrder(params.getChildOrder());
final AttachedBinaries.Builder attachmentBuilder = AttachedBinaries.create();
for (final BinaryAttachment binaryAttachment : params.getBinaryAttachments()) {
final String blobKey = binaryAttachment.getReference().toString();
attachmentBuilder.add(new AttachedBinary(binaryAttachment.getReference(), blobKey));
blobStore.put(binaryAttachment.getReference(), binaryAttachment.getByteSource());
}
builder.attachedBinaries(attachmentBuilder.build());
final Node createdNode = builder.build();
nodeIdMap.putIfAbsent(createdNode.id(), createdNode);
// LOG.info( "Store id " + createdNode.id() );
nodePathMap.putIfAbsent(createdNode.path(), createdNode);
// LOG.info( "Store path " + createdNode.path() );
final MockNodeTree<NodePath> nodePathTreeNode = this.nodeTree.find(createdNode.parentPath());
if (nodePathTreeNode == null) {
LOG.error(
"Could not find nodePathTreeNode for created node: "
+ createdNode.path()
+ ", node not inserted in tree");
return createdNode;
}
nodePathTreeNode.addChild(createdNode.path());
return createdNode;
}
private void processNodeFolder(
final VirtualFile nodeFolder, final ProcessNodeSettings.Builder processNodeSettings) {
try {
final Node node = processNodeSource(nodeFolder, processNodeSettings);
try {
if (!node.getChildOrder().isManualOrder()) {
importFromDirectoryLayout(nodeFolder);
} else {
importFromManualOrder(nodeFolder);
}
} catch (Exception e) {
result.addError("Error when parsing children of " + node.path(), e);
}
} catch (Exception e) {
result.addError(
"Could not import node in folder ["
+ nodeFolder.getPath().getPath()
+ "]: "
+ e.getMessage(),
e);
}
}
@Test
public void assure_correct_diff_order_when_there_are_children() {
final Node node1 =
createNode(
CreateNodeParams.create()
.setNodeId(NodeId.from("dddd"))
.parent(NodePath.ROOT)
.name("dddd")
.build());
final Node node1_1 =
createNode(
CreateNodeParams.create()
.setNodeId(NodeId.from("ccc"))
.parent(node1.path())
.name("ccc")
.build());
final Node node1_1_1 =
createNode(
CreateNodeParams.create()
.setNodeId(NodeId.from("11"))
.parent(node1_1.path())
.name("11")
.build());
final Node node1_1_1_1 =
createNode(
CreateNodeParams.create()
.setNodeId(NodeId.from("_a"))
.parent(node1_1_1.path())
.name("_a")
.build());
final Node node2 =
createNode(
CreateNodeParams.create()
.setNodeId(NodeId.from("node2"))
.parent(NodePath.ROOT)
.name("node2")
.build());
pushNodes(WS_OTHER, node1.id(), node1_1_1_1.id(), node1_1_1.id(), node1_1.id(), node2.id());
CTX_OTHER.runWith(() -> doUpdateNode(node1_1_1_1));
CTX_OTHER.runWith(() -> doUpdateNode(node1_1_1));
CTX_OTHER.runWith(() -> doUpdateNode(node1_1));
CTX_OTHER.runWith(() -> doUpdateNode(node1));
NodeVersionDiffResult result = getDiff(WS_DEFAULT, WS_OTHER, node1.path());
assertEquals(4, result.getNodesWithDifferences().getSize());
int counter = 0;
for (final NodeId nodeId : result.getNodesWithDifferences()) {
if (counter == 0) {
assertEquals("dddd", nodeId.toString());
} else if (counter == 1) {
assertEquals("ccc", nodeId.toString());
} else if (counter == 2) {
assertEquals("11", nodeId.toString());
} else if (counter == 3) {
assertEquals("_a", nodeId.toString());
}
counter++;
}
}