/**
* This method return those memory locations that exceed the threshold.
*
* @return the memory locations that exceed the threshold
*/
public Set<MemoryLocation> getMemoryLocationsExceedingThreshold() {
Set<MemoryLocation> exceedingMemoryLocations = new HashSet<>();
for (MemoryLocation memoryLocation : mapping.keys()) {
if (mapping.get(memoryLocation).size() > threshold) {
exceedingMemoryLocations.add(memoryLocation);
}
}
return exceedingMemoryLocations;
}
public TextAnalysis analyse(String text) throws ModelException {
String[] words = semanticService.getWords(text);
semanticService.lowercaseWords(words);
List<String> uniqueWords = Strings.asList(semanticService.getUniqueWords(words));
WordListPerspectiveQuery query = new WordListPerspectiveQuery().withWords(uniqueWords);
List<WordListPerspective> list = modelService.list(query);
List<String> unknownWords = Lists.newArrayList();
Set<String> knownWords = new HashSet<String>();
Multimap<String, String> wordsByLanguage = HashMultimap.create();
for (WordListPerspective perspective : list) {
String word = perspective.getText().toLowerCase();
knownWords.add(word);
if (perspective.getLanguage() != null) {
wordsByLanguage.put(perspective.getLanguage(), word);
}
}
Multiset<String> languages = wordsByLanguage.keys();
String language = null;
for (String lang : languages) {
if (language == null
|| (wordsByLanguage.get(lang).size() > wordsByLanguage.get(language).size())) {
language = lang;
}
}
for (String word : uniqueWords) {
if (!knownWords.contains(word)) {
unknownWords.add(word);
}
}
Locale possibleLocale = Locale.ENGLISH;
String[] sentences = semanticService.getSentences(text, possibleLocale);
TextAnalysis analysis = new TextAnalysis();
analysis.setLanguage(language);
analysis.setSentences(Strings.asList(sentences));
analysis.setWordsByLanguage(wordsByLanguage.asMap());
analysis.setUniqueWords(uniqueWords);
analysis.setKnownWords(list);
analysis.setUnknownWords(unknownWords);
return analysis;
}
/**
* @param source the input source that need to be searched
* @param searchInput the searchInput to be searched
* @return the result that matched with the searchInput(case sensitive)
*/
public ArrayList<Task> searchSensitive(Multimap<String, Task> multimap, String searchInput) {
ArrayList<Task> searchList = new ArrayList<Task>();
if (invalidList(multimap) || invalidSearchInput(searchInput)) {
return searchList;
}
for (String key : multimap.keys()) {
for (Task task : multimap.get(key)) {
if (task.getDescription().contains(searchInput)) {
searchList.add(task);
}
}
}
return searchList;
}
/**
* Traverse the tree in postorder and update tree values
*
* @param node
*/
private static void postorderWithParticularNode(TreeNode node, TreeNode projectTreeNode) {
if (node == null) {
return;
}
if (projectTreeNode == null) {
return;
}
logger.debug("------------postorder: " + projectTreeNode.getName() + "---------------");
logger.debug("Traversing project tree in postorder..." + projectTreeNode.toString());
// Update the value
try {
InitialContext ic = new InitialContext();
AdapterDataService adapterDataService = new AdapterDataService();
TreeNodeService treeNodeService = (TreeNodeService) ic.lookup("java:module/TreeNodeService");
if (projectTreeNode instanceof Metric) {
Metric metric = (Metric) projectTreeNode;
logger.debug("Recomputing the value of the Metric " + projectTreeNode);
Float value = null;
if (metric.getMetricSource() == MetricSource.Manual) {
metric.updateQualityStatus();
} else {
value =
adapterDataService.getMetricValue(
metric.getMetricSource(), metric.getMetricType(), metric.getProject());
metric.setValue(value);
}
metric.setLastUpdated(getLatestTreeUpdateDate());
metric.addHistoricValue();
// End Metric node treatment
} else if (projectTreeNode instanceof QualityIndicator) {
logger.info("Recomputing the value of the Quality Indicator " + projectTreeNode);
QualityIndicator qi = (QualityIndicator) projectTreeNode;
if (qi.getUseFormula()) {
String formulaToEval = Formula.parseFormula(qi.getViewFormula());
if (formulaToEval != null && !formulaToEval.isEmpty()) {
Float computedValue = Formula.evalFormula(formulaToEval);
if (computedValue != null && !computedValue.isNaN()) {
qi.setValue(computedValue);
qi.setLastUpdated(getLatestTreeUpdateDate());
treeNodeService.update(qi);
}
}
} else {
float achieved = 0;
float denominator = 0;
for (final TreeNode me : qi.getChildren()) {
float weight = ((Metric) me).getWeight();
if (me.getQualityStatus() == QualityStatus.Green) {
achieved += weight;
}
denominator += weight;
}
if (denominator == 0) qi.getChildren().size();
qi.setValue(achieved * 100 / denominator);
}
qi.setLastUpdated(getLatestTreeUpdateDate());
qi.addHistoricValue();
// End Q.Indicator node treatment
} else if (projectTreeNode instanceof QualityObjective) {
logger.info("Recomputing the value of the Quality Objective " + projectTreeNode);
QualityObjective qo = (QualityObjective) projectTreeNode;
if (qo.getUseFormula()) {
String formulaToEval = Formula.parseFormula(qo.getViewFormula());
if (formulaToEval != null && !formulaToEval.isEmpty()) {
Float computedValue = Formula.evalFormula(formulaToEval);
if (computedValue != null && !computedValue.isNaN()) {
qo.setValue(computedValue);
qo.setLastUpdated(getLatestTreeUpdateDate());
}
}
} else {
float denominator = 0;
float achieved = 0;
for (final TreeNode qi : qo.getChildren()) {
float weight = ((QualityIndicator) qi).getWeight();
if (qi.getQualityStatus() == QualityStatus.Green) {
achieved += weight;
}
denominator += weight;
}
qo.setValue(achieved * 100 / denominator);
}
qo.setLastUpdated(getLatestTreeUpdateDate());
qo.addHistoricValue();
// End Quality Objective node treatment
} else if (projectTreeNode instanceof Project) {
logger.info("Recomputing the value of the Project " + projectTreeNode);
Project prj = (Project) projectTreeNode;
double qoValueSum = 0;
double denominator = 0;
for (Object o : projectTreeNode.getChildren()) {
QualityObjective qo = (QualityObjective) o;
if (qo.getWeight() == 0) {
continue;
}
qoValueSum += qo.getValue() * (prj.isFormulaAverage() ? qo.getWeight() : 1);
denominator += prj.isFormulaAverage() ? qo.getWeight() : 1;
}
// bad idea to divide something under 0
if (denominator == 0) {
denominator = 1;
}
Double computedValue = qoValueSum / denominator;
if (computedValue != null && !computedValue.isNaN() && !computedValue.isInfinite()) {
prj.setValue(computedValue);
}
prj.setLastUpdated(getLatestTreeUpdateDate());
prj.addHistoricValue();
logger.debug(" [" + qoValueSum + "] denominator [" + denominator + "] " + computedValue);
// End Project node treatment
}
// Get a (possible) suggestion for the tree node
Multimap<?, ?> suggestions = getSuggestionForNode(projectTreeNode);
// TODO: take all the suggestions into account
Object[] types = suggestions.keys().toArray();
Object[] suggestionsValues = suggestions.values().toArray();
if (types.length > 0) {
// for now use the first item as suggestion
SuggestionType stype = (SuggestionType) types[0];
projectTreeNode.setSuggestionType(stype);
if (suggestionsValues[0] != null && !suggestionsValues[0].equals("")) {
projectTreeNode.setSuggestionValue((String) suggestionsValues[0]);
}
}
treeNodeService.update(projectTreeNode);
} catch (NamingException e) {
e.printStackTrace();
}
// Iterate the node children
TreeNode nodeChild = projectTreeNode.getParent();
UQasarUtil.postorderWithParticularNode(projectTreeNode, nodeChild);
return;
}
@Override
public Multiset<K> keys() {
return _forward.keys();
}
