private void serializeProperty(NFBuildGraphNode node, NFPropertySpec propertySpec) {
if (propertySpec.isConnectionModelSpecific()) {
for (int i = 0; i < modelHolder.size(); i++) {
serializeProperty(node, propertySpec, i, modelBuffer);
}
copyBuffer(modelBuffer, graphBuffer);
} else {
serializeProperty(node, propertySpec, 0, graphBuffer);
}
}
private void serializeMultipleProperty(
NFBuildGraphNode node,
NFPropertySpec propertySpec,
int connectionModelIndex,
ByteArrayBuffer toBuffer) {
OrdinalSet connections = node.getConnectionSet(connectionModelIndex, propertySpec);
int numBitsInBitSet = buildGraphNodeCache.numNodes(propertySpec.getToNodeType());
int bitSetSize = ((numBitsInBitSet - 1) / 8) + 1;
if (connections.size() < bitSetSize) {
if (propertySpec.isHashed()) {
hashedPropertyBuilder.buildProperty(connections);
if (fieldBuffer.length() < bitSetSize) {
int log2BytesUsed = 32 - Integer.numberOfLeadingZeros((int) fieldBuffer.length());
toBuffer.writeByte((byte) log2BytesUsed);
toBuffer.write(fieldBuffer);
fieldBuffer.reset();
return;
}
} else {
compactPropertyBuilder.buildProperty(connections);
if (fieldBuffer.length() < bitSetSize) {
toBuffer.writeVInt((int) fieldBuffer.length());
toBuffer.write(fieldBuffer);
fieldBuffer.reset();
return;
}
}
fieldBuffer.reset();
}
bitSetPropertyBuilder.buildProperty(connections, numBitsInBitSet);
toBuffer.writeByte((byte) 0x80);
toBuffer.write(fieldBuffer);
fieldBuffer.reset();
}
private void serializeProperty(
NFBuildGraphNode node,
NFPropertySpec propertySpec,
int connectionModelIndex,
ByteArrayBuffer toBuffer) {
if (propertySpec.isMultiple()) {
serializeMultipleProperty(node, propertySpec, connectionModelIndex, toBuffer);
} else {
int connection = node.getConnection(connectionModelIndex, propertySpec);
if (connection == -1) {
toBuffer.writeByte((byte) 0x80);
} else {
toBuffer.writeVInt(connection);
}
}
}