/** {@inheritDoc} */
public Map<NBIANode, AvailableSearchTerms> getSearchableNodes() {
Map<NBIANode, AvailableSearchTerms> allNodes = new HashMap<NBIANode, AvailableSearchTerms>();
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
AvailableSearchTerms availableSearchTerms = node.getAvailableSearchTerms();
allNodes.put(node, availableSearchTerms);
}
return allNodes;
}
/** {@inheritDoc} */
public Map<NBIANode, UsAvailableSearchTerms> getSearchableNodesForUs() {
Map<NBIANode, UsAvailableSearchTerms> allNodes =
new HashMap<NBIANode, UsAvailableSearchTerms>();
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
UsAvailableSearchTerms usAvailableSearchTerms = node.getUsAvailableSearchTerms();
if (usAvailableSearchTerms != null) {
allNodes.put(node, usAvailableSearchTerms);
}
}
return allNodes;
}
/** {@inheritDoc} */
public List<String> getAnatomicSite() {
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Set<String> allAnatomicSites = new HashSet<String>();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
AvailableSearchTerms availableSearchTerms = node.getAvailableSearchTerms();
String[] anatomicSites = availableSearchTerms.getAnatomicSites();
if (anatomicSites != null) {
allAnatomicSites.addAll(Arrays.asList(anatomicSites));
}
}
return new ArrayList<String>(allAnatomicSites);
}
/** {@inheritDoc} */
public List<String> getDICOMKernelType() {
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Set<String> allConvolutionKernels = new HashSet<String>();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
AvailableSearchTerms availableSearchTerms = node.getAvailableSearchTerms();
String[] convolutionKernels = availableSearchTerms.getConvolutionKernels();
if (convolutionKernels != null) {
allConvolutionKernels.addAll(Arrays.asList(convolutionKernels));
}
}
return new ArrayList<String>(allConvolutionKernels);
}
/** {@inheritDoc} */
public List<String> getUsMultiModality() {
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Set<String> allUsMultiModalities = new HashSet<String>();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
UsAvailableSearchTerms availableSearchTerms = node.getUsAvailableSearchTerms();
if (availableSearchTerms != null) {
String[] usMultiModalities = availableSearchTerms.getUsMultiModalities();
if (usMultiModalities != null) {
allUsMultiModalities.addAll(Arrays.asList(usMultiModalities));
}
}
}
return new ArrayList<String>(allUsMultiModalities);
}
/** {@inheritDoc} */
public Map<String, Map<String, Set<String>>> getManufacturerModelSoftwareItems() {
RemoteNodes remoteNodes = RemoteNodes.getInstance();
Map<String, Map<String, Set<String>>> equipmentMap =
new HashMap<String, Map<String, Set<String>>>();
Collection<RemoteNode> nodes = remoteNodes.getRemoteNodes();
for (RemoteNode node : nodes) {
AvailableSearchTerms availableSearchTerms = node.getAvailableSearchTerms();
// EquipmentUtil.convert
Manufacturer[] equipment = availableSearchTerms.getEquipment();
if (equipment == null) {
continue;
}
for (Manufacturer manufacturer : equipment) {
Map<String, Set<String>> modelMap = equipmentMap.get(manufacturer.getName());
if (modelMap == null) {
modelMap = new HashMap<String, Set<String>>();
equipmentMap.put(manufacturer.getName(), modelMap);
}
for (Model model : manufacturer.getModels()) {
Set<String> versions = modelMap.get(model.getName());
if (versions == null) {
versions = new HashSet<String>();
modelMap.put(model.getName(), versions);
}
versions.addAll(Arrays.asList(model.getVersions()));
}
}
}
return equipmentMap;
}
