/** Evaluate collect expressions. */
protected final Value evalCollectNested(EvalContext ctx) {
// evaluate range
Value v = fRangeExp.eval(ctx);
if (v.isUndefined()) return UndefinedValue.instance;
CollectionValue rangeVal = (CollectionValue) v;
// prepare result value
ArrayList<Value> resValues = new ArrayList<Value>();
// loop over range elements
for (Value elemVal : rangeVal) {
// bind element variable to range element, if variable was
// declared
if (!fElemVarDecls.isEmpty()) ctx.pushVarBinding(fElemVarDecls.varDecl(0).name(), elemVal);
// evaluate collect expression
Value val = fQueryExp.eval(ctx);
// add element to result
resValues.add(val);
if (!fElemVarDecls.isEmpty()) ctx.popVarBinding();
}
// result is collection with mapped values
if (fRangeExp.type().isSequence() || fRangeExp.type().isOrderedSet())
return new SequenceValue(fQueryExp.type(), resValues);
else return new BagValue(fQueryExp.type(), resValues);
}
/**
* Test sending of HTTP GET requests.
*
* @throws Exception exception
*/
@Test
public void postGet() throws Exception {
// GET1 - just send a GET request
try (final QueryProcessor qp =
new QueryProcessor(
_HTTP_SEND_REQUEST.args("<http:request method='get' href='" + REST_ROOT + "'/>"),
ctx)) {
final Value v = qp.value();
checkResponse(v, 2, HttpURLConnection.HTTP_OK);
assertEquals(NodeType.DOC, v.itemAt(1).type);
}
// GET2 - with override-media-type='text/plain'
try (final QueryProcessor qp =
new QueryProcessor(
_HTTP_SEND_REQUEST.args(
"<http:request method='get' override-media-type='text/plain'/>", REST_ROOT),
ctx)) {
final Value v = qp.value();
checkResponse(v, 2, HttpURLConnection.HTTP_OK);
assertEquals(AtomType.STR, v.itemAt(1).type);
}
// Get3 - with status-only='true'
try (final QueryProcessor qp =
new QueryProcessor(
_HTTP_SEND_REQUEST.args("<http:request method='get' status-only='true'/>", REST_ROOT),
ctx)) {
checkResponse(qp.value(), 1, HttpURLConnection.HTTP_OK);
}
}
@Override
public List<FeedValue> getFeed(final int count, final String relationshipEntityKey)
throws NimbitsException {
final User loggedInUser = getUser();
final User feedUser = getFeedUser(relationshipEntityKey, loggedInUser);
if (feedUser != null) {
final Point point = getFeedPoint(feedUser);
if (point == null) {
return new ArrayList<FeedValue>(0);
} else {
final List<Value> values =
RecordedValueServiceFactory.getInstance().getTopDataSeries(point, count, new Date());
final List<FeedValue> retObj = new ArrayList<FeedValue>(values.size());
for (final Value v : values) {
if (!Utils.isEmptyString(v.getData())) {
try {
retObj.add(GsonFactory.getInstance().fromJson(v.getData(), FeedValueModel.class));
} catch (JsonSyntaxException ignored) {
}
}
}
return retObj;
}
} else {
return new ArrayList<FeedValue>(0);
}
}
public void exceptionEvent(ExceptionEvent event) {
ObjectReference or = event.exception();
ReferenceType rt = or.referenceType();
String exceptionName = rt.name();
// Field messageField = Throwable.class.getField("detailMessage");
Field messageField = rt.fieldByName("detailMessage");
// System.out.println("field " + messageField);
Value messageValue = or.getValue(messageField);
// System.out.println("mess val " + messageValue);
// "java.lang.ArrayIndexOutOfBoundsException"
int last = exceptionName.lastIndexOf('.');
String message = exceptionName.substring(last + 1);
if (messageValue != null) {
String messageStr = messageValue.toString();
if (messageStr.startsWith("\"")) {
messageStr = messageStr.substring(1, messageStr.length() - 1);
}
message += ": " + messageStr;
}
// System.out.println("mess type " + messageValue.type());
// StringReference messageReference = (StringReference) messageValue.type();
// First just report the exception and its placement
reportException(message, or, event.thread());
// Then try to pretty it up with a better message
handleCommonErrors(exceptionName, message, listener);
if (editor != null) {
editor.deactivateRun();
}
}
@Override
public final Expr compile(final QueryContext qc, final VarScope scp) throws QueryException {
if (root != null) root = root.compile(qc, scp);
// no steps
if (steps.length == 0) return root == null ? new Context(info) : root;
final Value init = qc.value, cv = initial(qc);
final boolean doc = cv != null && cv.type == NodeType.DOC;
qc.value = cv;
try {
final int sl = steps.length;
for (int s = 0; s < sl; s++) {
Expr e = steps[s];
// axis step: if input is a document, its type is temporarily generalized
final boolean as = e instanceof Step;
if (as && s == 0 && doc) cv.type = NodeType.NOD;
e = e.compile(qc, scp);
if (e.isEmpty()) return optPre(qc);
steps[s] = e;
// no axis step: invalidate context value
if (!as) qc.value = null;
}
} finally {
if (doc) cv.type = NodeType.DOC;
qc.value = init;
}
// optimize path
return optimize(qc, scp);
}
@Override
public final Expr optimize(final QueryContext qc, final VarScope scp) throws QueryException {
final Value v = initial(qc);
if (v != null && v.isEmpty() || emptyPath(v)) return optPre(qc);
// merge descendant steps
Expr e = mergeSteps(qc);
if (e == this && v != null && v.type == NodeType.DOC) {
// check index access
e = index(qc, v);
// rewrite descendant to child steps
if (e == this) e = children(qc, v);
}
// recompile path if it has changed
if (e != this) return e.compile(qc, scp);
// set atomic type for single attribute steps to speed up predicate tests
if (root == null && steps.length == 1 && steps[0] instanceof Step) {
final Step curr = (Step) steps[0];
if (curr.axis == ATTR && curr.test.kind == Kind.URI_NAME) curr.seqType(SeqType.NOD_ZO);
}
// choose best path implementation and set type information
final Path path = get(info, root, steps);
path.size = path.size(qc);
path.seqType = SeqType.get(steps[steps.length - 1].seqType().type, size);
return path;
}
@Override
@Secured
public void removeTestExecution(TestExecution testExecution) throws ServiceException {
TestExecution freshTestExecution = testExecutionDAO.get(testExecution.getId());
if (freshTestExecution == null) {
throw new ServiceException("serviceException.testExecutionNotFound", testExecution.getName());
}
for (TestExecutionParameter testExecutionParameter : freshTestExecution.getParameters()) {
testExecutionParameterDAO.remove(testExecutionParameter);
}
for (Value value : freshTestExecution.getValues()) {
for (ValueParameter valueParameter : value.getParameters()) {
valueParameterDAO.remove(valueParameter);
}
valueDAO.remove(value);
}
Iterator<TestExecutionAttachment> allTestExecutionAttachments =
freshTestExecution.getAttachments().iterator();
while (allTestExecutionAttachments.hasNext()) {
testExecutionAttachmentDAO.remove(allTestExecutionAttachments.next());
allTestExecutionAttachments.remove();
}
testExecutionDAO.remove(freshTestExecution);
}
/**
* Computes the number of results.
*
* @param qc query context (may be @code null)
* @return number of results
*/
private long size(final QueryContext qc) {
final Value rt = initial(qc);
// skip computation if value is not a document node
if (rt == null || rt.type != NodeType.DOC) return -1;
final Data data = rt.data();
// skip computation if no database instance is available, is out-of-date or
// if context does not contain all database nodes
if (data == null || !data.meta.uptodate || data.resources.docs().size() != rt.size()) return -1;
ArrayList<PathNode> nodes = data.paths.root();
long m = 1;
final int sl = steps.length;
for (int s = 0; s < sl; s++) {
final Step curr = axisStep(s);
if (curr != null) {
nodes = curr.nodes(nodes, data);
if (nodes == null) return -1;
} else if (s + 1 == sl) {
m = steps[s].size();
} else {
// stop if a non-axis step is not placed last
return -1;
}
}
long sz = 0;
for (final PathNode pn : nodes) sz += pn.stats.count;
return sz * m;
}
/** Evaluate isUnique expression. */
protected final Value evalIsUnique(EvalContext ctx) {
// evaluate range
Value v = fRangeExp.eval(ctx);
if (v.isUndefined()) return UndefinedValue.instance;
CollectionValue rangeVal = (CollectionValue) v;
// collect values for finding duplicates
Set<Value> values = new HashSet<Value>();
// loop over range elements
for (Value elemVal : rangeVal) {
// bind element variable to range element, if variable was
// declared
if (!fElemVarDecls.isEmpty()) ctx.pushVarBinding(fElemVarDecls.varDecl(0).name(), elemVal);
// evaluate collect expression
Value val = fQueryExp.eval(ctx);
if (!fElemVarDecls.isEmpty()) ctx.popVarBinding();
// stop if duplicate element is found
if (values.contains(val)) return BooleanValue.FALSE;
else values.add(val);
}
// result is true if no duplicates where found
return BooleanValue.TRUE;
}
private void printVar(OutputSink out, LocalVariable var, StackFrame frame) {
out.print(" " + var.name());
if (var.isVisible(frame)) {
Value val = frame.getValue(var);
out.println(" = " + val.toString());
} else {
out.println(" is not in scope");
}
}
/**
* Checks the response to an HTTP request.
*
* @param v query result
* @param itemsCount expected number of items
* @param expStatus expected status
*/
private static void checkResponse(final Value v, final int itemsCount, final int expStatus) {
assertEquals(itemsCount, v.size());
assertTrue(v.itemAt(0) instanceof FElem);
final FElem response = (FElem) v.itemAt(0);
assertNotNull(response.attributes());
if (!eq(response.attribute(STATUS), token(expStatus))) {
fail("Expected: " + expStatus + "\nFound: " + response);
}
}
/**
* Evaluate exists and forAll expressions. The array <code>moreElemVars</code> may be null if
* there is at most one element variable declared.
*/
protected final Value evalExistsOrForAll(EvalContext ctx, boolean doExists) {
// evaluate range
Value v = fRangeExp.eval(ctx);
if (v.isUndefined()) return UndefinedValue.instance;
CollectionValue rangeVal = (CollectionValue) v;
// we need recursion for the permutation of assignments of
// range values to all element variables.
boolean res = evalExistsOrForAll0(0, rangeVal, ctx, doExists);
return BooleanValue.get(res);
}
/**
* Returns the root of the current context or {@code null}.
*
* @param ctx query context
* @return root
*/
final Value root(final QueryContext ctx) {
final Value v = ctx != null ? ctx.value : null;
// no root specified: return context, if it does not reference a document
// as e.g. happens in //a(b|c)
if (root == null) return v == null || v.type != NodeType.DOC ? v : null;
// root is value: return root
if (root.isValue()) return (Value) root;
// no root reference, no context: return null
if (!(root instanceof Root) || v == null) return null;
// return context sequence or root of current context
return v.size() == 1 ? Root.root(v) : v;
}
private static boolean checkIfIsArrayFunction(
SootMethod method, InstanceInvokeExpr instanceInvokeExpr) {
String methodName = method.getName();
Value base = instanceInvokeExpr.getBase();
System.out.println(base.getType());
if (base.getType().toString().equals("android.content.Intent")) {
if (methodName.startsWith("get") && methodName.contains("Array")) {
return true;
}
}
return false;
}
/* Returns a negative integer, zero, or a positive integer as v1
is less than, equal to, or greater v2.
NOTE: assume values are ints.
*/
public static int compareIntValues(Value val1, Value val2) {
try {
int vval1 = new Integer(val1.toString()).intValue();
int vval2 = new Integer(val2.toString()).intValue();
if (vval1 > vval2) return 1;
else if (vval2 > vval1) return -1;
return 0;
} catch (Exception e) {
Utility.Dprint(" Error in Variable.compareValues(): Vals are not ints." + e, 0);
}
return 0;
}
/**
* @ast method
* @aspect Expressions
* @declaredat
* /Users/eric/Documents/workspaces/clara-soot/JastAddExtensions/JimpleBackend/Expressions.jrag:84
*/
public soot.Value eval(Body b) {
TypeDecl dest = getDest().type();
TypeDecl source = getSource().type();
if (dest.isString()) {
Value lvalue = getDest().eval(b);
Value v = asImmediate(b, lvalue);
// new StringBuffer(left)
Local local =
b.newTemp(b.newNewExpr(lookupType("java.lang", "StringBuffer").sootRef(), this));
b.setLine(this);
b.add(
b.newInvokeStmt(
b.newSpecialInvokeExpr(
local,
Scene.v()
.getMethod("<java.lang.StringBuffer: void <init>(java.lang.String)>")
.makeRef(),
v,
this),
this));
// append right
Local rightResult =
b.newTemp(
b.newVirtualInvokeExpr(
local,
lookupType("java.lang", "StringBuffer")
.methodWithArgs("append", new TypeDecl[] {source.stringPromotion()})
.sootRef(),
asImmediate(b, getSource().eval(b)),
this));
// toString
Local result =
b.newTemp(
b.newVirtualInvokeExpr(
rightResult,
Scene.v()
.getMethod("<java.lang.StringBuffer: java.lang.String toString()>")
.makeRef(),
this));
Value v2 = lvalue instanceof Local ? lvalue : (Value) lvalue.clone();
getDest().emitStore(b, v2, result, this);
return result;
} else {
return super.eval(b);
}
}
@Override
public Expr compile(final QueryContext qc, final VarScope scp) throws QueryException {
final Value init = qc.value;
// never compile predicates with empty sequence as context value (#1016)
if (init != null && init.isEmpty()) qc.value = null;
try {
final int pl = preds.length;
for (int p = 0; p < pl; ++p) preds[p] = preds[p].compile(qc, scp).optimizeEbv(qc, scp);
return this;
} finally {
qc.value = init;
}
}
public VNodeDefinition(Node node) throws RepositoryException {
name = node.getProperty(JCR_NODETYPENAME).getString();
// do properties
properties = new HashMap<String, VPropertyDefinitionI>();
childSuggestions = new HashMap<String, String>();
NodeIterator nodeIterator = node.getNodes();
while (nodeIterator.hasNext()) {
Node definitionNode = nodeIterator.nextNode();
String nodeType = definitionNode.getProperty(AbstractProperty.JCR_PRIMARYTYPE).getString();
// do a property
if (NT_PROPERTYDEFINITION.equals(nodeType)) {
String propertyName = "*"; // default to wildcard name
if (definitionNode.hasProperty(JCR_NAME)) {
// only add non-autogenerated properties
if (!definitionNode.getProperty(JCR_AUTOCREATED).getBoolean()) {
propertyName = definitionNode.getProperty(JCR_NAME).getString();
properties.put(propertyName, new VPropertyDefinition(definitionNode));
}
} else {
// property with no name means this node can accept custom properties
canAddProperties = true;
}
}
// do a child suggestion
if (NT_CHILDNODEDEFINITION.equals(nodeType)) {
String childName = "*";
// only do well-defined childnodedefinitions with the following 2 jcr properties
if (definitionNode.hasProperty(JCR_NAME)
&& definitionNode.hasProperty(JCR_DEFAULTPRIMARYTYPE)) {
childSuggestions.put(
definitionNode.getProperty(JCR_NAME).getString(),
definitionNode.getProperty(JCR_DEFAULTPRIMARYTYPE).getString());
}
}
}
// do supertypes
supertypes = new HashSet<String>();
if (node.hasProperty(JCR_SUPERTYPES)) {
for (Value value : node.getProperty(JCR_SUPERTYPES).getValues()) {
supertypes.add(value.getString());
}
}
// set mixin status
isMixin = node.hasProperty(JCR_ISMIXIN) && node.getProperty(JCR_ISMIXIN).getBoolean();
}
@Override
@Secured
public void removeValue(Value value) throws ServiceException {
TestExecution exec = testExecutionDAO.get(value.getTestExecution().getId());
if (exec == null) {
throw new ServiceException(
"serviceException.removeValue.testExecutionNotFound", value.getTestExecution().getName());
}
Value v = valueDAO.get(value.getId());
for (ValueParameter vp : v.getParameters()) {
valueParameterDAO.remove(vp);
}
valueDAO.remove(v);
}
/**
* Returns a parameter.
*
* @param value value
* @param name name
* @param declared variable declaration flags
* @return parameter
* @throws QueryException HTTP exception
*/
private RestXqParam param(final Value value, final QNm name, final boolean[] declared)
throws QueryException {
// [CG] RESTXQ: allow identical field names?
final long vs = value.size();
if (vs < 2) error(ANN_PARAMS, "%", name.string(), 2);
// name of parameter
final String key = toString(value.itemAt(0), name);
// variable template
final QNm qnm = checkVariable(toString(value.itemAt(1), name), declared);
// default value
final ValueBuilder vb = new ValueBuilder();
for (int v = 2; v < vs; v++) vb.add(value.itemAt(v));
return new RestXqParam(qnm, key, vb.value());
}
@Override
protected Key parse(String input) {
if (_validator != null) _validator.validateRaw(input);
Key k = Key.make(input);
Value v = DKV.get(k);
if (v == null && _mustExist)
throw new IllegalArgumentException("Key '" + input + "' does not exist!");
if (_type != null) {
if (v != null && !compatible(_type, v.get()))
throw new IllegalArgumentException(input + ":" + errors()[0]);
if (v == null && _required)
throw new IllegalArgumentException("Key '" + input + "' does not exist!");
}
return k;
}
/**
* Returns the path nodes that will result from this path.
*
* @param qc query context
* @return path nodes, or {@code null} if nodes cannot be evaluated
*/
public final ArrayList<PathNode> pathNodes(final QueryContext qc) {
final Value init = initial(qc);
final Data data = init != null && init.type == NodeType.DOC ? init.data() : null;
if (data == null || !data.meta.uptodate) return null;
ArrayList<PathNode> nodes = data.paths.root();
final int sl = steps.length;
for (int s = 0; s < sl; s++) {
final Step curr = axisStep(s);
if (curr == null) return null;
nodes = curr.nodes(nodes, data);
if (nodes == null) return null;
}
return nodes;
}
/** Implementation for getting the indices of this class. i.e. <code>$a->foo[0]</code> */
public Value __get(Env env, Value indexV) {
if (indexV.isString()) {
String name = indexV.toString();
SimpleXMLElement attr = getAttribute(name);
if (attr != null) return wrapJava(env, _cls, attr);
else return NullValue.NULL;
} else if (indexV.isLongConvertible()) {
int i = indexV.toInt();
if (i < _attributes.size()) return wrapJava(env, _cls, _attributes.get(i));
return NullValue.NULL;
} else return NullValue.NULL;
}
/**
* Appends the specified value to the end of the chain of concatinated values. That is, if this
* value has no concatinated value then set the specified value as the concatinated value. If this
* value already has a concatinated value then append the specified value to that concatinated
* value.
*
* @param value the value to concatinate.
*/
public void concat(Value value) {
if (concatValue != null) {
concatValue.concat(value);
} else {
concatValue = value;
}
}
public static boolean maybeSameLocation(Value v1, Value v2) {
if (!(v1 instanceof InstanceFieldRef && v2 instanceof InstanceFieldRef)
&& !(v1 instanceof ArrayRef && v2 instanceof ArrayRef)) {
return v1.equivTo(v2);
}
if (v1 instanceof InstanceFieldRef && v2 instanceof InstanceFieldRef) {
InstanceFieldRef ifr1 = (InstanceFieldRef) v1;
InstanceFieldRef ifr2 = (InstanceFieldRef) v2;
if (!ifr1.getField().getName().equals(ifr2.getField().getName())) return false;
Local base1 = (Local) ifr1.getBase();
Local base2 = (Local) ifr2.getBase();
PointsToAnalysis pta = Scene.v().getPointsToAnalysis();
PointsToSet pts1 = pta.reachingObjects(base1);
PointsToSet pts2 = pta.reachingObjects(base2);
return pts1.hasNonEmptyIntersection(pts2);
} else { // v1 instanceof ArrayRef && v2 instanceof ArrayRef
ArrayRef ar1 = (ArrayRef) v1;
ArrayRef ar2 = (ArrayRef) v2;
Local base1 = (Local) ar1.getBase();
Local base2 = (Local) ar2.getBase();
PointsToAnalysis pta = Scene.v().getPointsToAnalysis();
PointsToSet pts1 = pta.reachingObjects(base1);
PointsToSet pts2 = pta.reachingObjects(base2);
return pts1.hasNonEmptyIntersection(pts2);
}
}
public static void main(String[] args) {
List<Card> cards = new LinkedList<Card>();
for (Value v : Value.values()) {
for (Suit s : Suit.values()) {
cards.add(new Card(v, s));
}
}
Random rand = new Random();
Card[] cards1 = new Card[7];
Card[] cards2 = new Card[7];
for (int i = 0; i < 7; i++) {
// Card c = cards.remove(rand.nextInt(cards.size())) ;
Card c1 = cards.remove(2 + i * 3);
cards1[i] = c1;
Card c2 = cards.remove(rand.nextInt(cards.size()));
cards2[i] = c2;
}
System.out.println("------ Card 1 ---------");
for (Card c : cards1) {
System.out.println(c.getSuit() + " " + c.getValue());
}
System.out.println(Round.getRank(cards1));
System.out.println("------ Card 2 ---------");
for (Card c : cards2) {
System.out.println(c.getSuit() + " " + c.getValue());
}
System.out.println(Round.getRank(cards2));
}
private void commandPrint(StringTokenizer t, boolean dumpObject) throws NoSessionException {
if (!t.hasMoreTokens()) {
// ### Probably confused if expresion contains whitespace.
env.error("No expression specified.");
return;
}
ThreadReference current = context.getCurrentThread();
if (current == null) {
env.failure("No default thread specified: " + "use the \"thread\" command first.");
return;
}
StackFrame frame;
try {
frame = context.getCurrentFrame(current);
if (frame == null) {
env.failure("Thread has not yet created any stack frames.");
return;
}
} catch (VMNotInterruptedException e) {
env.failure("Target VM must be in interrupted state.");
return;
}
while (t.hasMoreTokens()) {
String expr = t.nextToken("");
Value val = null;
try {
val = runtime.evaluate(frame, expr);
} catch (Exception e) {
env.error("Exception: " + e);
// ### Fix this!
}
if (val == null) {
return; // Error message already printed
}
OutputSink out = env.getOutputSink();
if (dumpObject && (val instanceof ObjectReference) && !(val instanceof StringReference)) {
ObjectReference obj = (ObjectReference) val;
ReferenceType refType = obj.referenceType();
out.println(expr + " = " + val.toString() + " {");
dump(out, obj, refType, refType);
out.println("}");
} else {
out.println(expr + " = " + val.toString());
}
out.show();
}
}
/**
* Converts descendant to child steps.
*
* @param qc query context
* @param rt root value
* @return original or new expression
*/
private Expr children(final QueryContext qc, final Value rt) {
// skip if index does not exist or is out-dated, or if several namespaces occur in the input
final Data data = rt.data();
if (data == null || !data.meta.uptodate || data.nspaces.globalNS() == null) return this;
Path path = this;
final int sl = steps.length;
for (int s = 0; s < sl; s++) {
// don't allow predicates in preceding location steps
final Step prev = s > 0 ? axisStep(s - 1) : null;
if (prev != null && prev.preds.length != 0) break;
// ignore axes other than descendant, or numeric predicates
final Step curr = axisStep(s);
if (curr == null || curr.axis != DESC || curr.has(Flag.FCS)) continue;
// check if child steps can be retrieved for current step
ArrayList<PathNode> nodes = pathNodes(data, s);
if (nodes == null) continue;
// cache child steps
final ArrayList<QNm> qnm = new ArrayList<>();
while (nodes.get(0).parent != null) {
QNm nm = new QNm(data.elemNames.key(nodes.get(0).name));
// skip children with prefixes
if (nm.hasPrefix()) return this;
for (final PathNode p : nodes) {
if (nodes.get(0).name != p.name) nm = null;
}
qnm.add(nm);
nodes = PathSummary.parent(nodes);
}
qc.compInfo(OPTCHILD, steps[s]);
// build new steps
int ts = qnm.size();
final Expr[] stps = new Expr[ts + sl - s - 1];
for (int t = 0; t < ts; t++) {
final Expr[] preds = t == ts - 1 ? ((Preds) steps[s]).preds : new Expr[0];
final QNm nm = qnm.get(ts - t - 1);
final NameTest nt =
nm == null ? new NameTest(false) : new NameTest(nm, Kind.NAME, false, null);
stps[t] = Step.get(info, CHILD, nt, preds);
}
while (++s < sl) stps[ts++] = steps[s];
path = get(info, root, stps);
break;
}
// check if all steps yield results; if not, return empty sequence
final ArrayList<PathNode> nodes = pathNodes(qc);
if (nodes != null && nodes.isEmpty()) {
qc.compInfo(OPTPATH, path);
return Empty.SEQ;
}
return path;
}
protected Advisory evaluateVital(Vital vital) {
Advisory a = null;
if (vital.isNoValueWarning() && vital.isEmpty()) {
a = new Advisory(State.Warning, vital, null, "no source of");
} else {
for (Value val : vital) {
if (val.isAtOrBelowLow()) {
a =
new Advisory(
val.isAtOrBelowCriticalLow() ? State.Alarm : State.Warning,
vital,
val.getValue(),
"low");
}
if (val.isAtOrAboveHigh()) {
a =
new Advisory(
val.isAtOrAboveCriticalHigh() ? State.Alarm : State.Warning,
vital,
val.getValue(),
"high");
}
if (a != null && a.state == State.Alarm) break;
}
}
return a;
}
public boolean equals(Object obj) {
if (obj instanceof Value) {
Value src = (Value) obj;
if (src.getValue() == null) {
if (getValue() != null) return false;
} else {
if (!src.getValue().equals(getValue())) return false;
}
if (src.getConcat() == null) {
if (getConcat() != null) return false;
} else {
if (!src.getConcat().equals(getConcat())) return false;
}
return true;
} else {
return super.equals(obj);
}
}
