/**
* Runs the test case.
*
* @throws Throwable Any uncaught exception causes test to fail
*/
public void runTest() throws Throwable {
Document doc;
NodeList elementList;
Node employeeNode;
Node childNode;
NodeList childNodes;
int nodeType;
String childName;
java.util.List actual = new java.util.ArrayList();
java.util.List expected = new java.util.ArrayList();
expected.add("em");
expected.add("strong");
expected.add("code");
expected.add("sup");
expected.add("var");
expected.add("acronym");
doc = (Document) load("hc_staff", false);
elementList = doc.getElementsByTagName("p");
employeeNode = elementList.item(1);
childNodes = employeeNode.getChildNodes();
for (int indexN1006C = 0; indexN1006C < childNodes.getLength(); indexN1006C++) {
childNode = (Node) childNodes.item(indexN1006C);
nodeType = (int) childNode.getNodeType();
childName = childNode.getNodeName();
if (equals(1, nodeType)) {
actual.add(childName);
} else {
assertEquals("textNodeType", 3, nodeType);
}
}
assertEqualsAutoCase("element", "elementNames", expected, actual);
}
/**
* Creates a DOM representation of the object. Result is appended to the Node <code>parent</code>.
*
* @param parent
*/
public void makeElement(Node parent) {
Document doc;
if (parent instanceof Document) {
doc = (Document) parent;
} else {
doc = parent.getOwnerDocument();
}
Element element = doc.createElement("set");
int size;
if (classValue != null) {
URelaxer2.setAttributePropertyByString(
element, "http://www.w3.org/1998/Math/MathML", "class", classValue);
}
if (style != null) {
URelaxer2.setAttributePropertyByString(
element, "http://www.w3.org/1998/Math/MathML", "style", style);
}
if (id != null) {
URelaxer2.setAttributePropertyByString(
element, "http://www.w3.org/1998/Math/MathML", "id", id);
}
if (other != null) {
URelaxer2.setAttributePropertyByString(
element, "http://www.w3.org/1998/Math/MathML", "other", other);
}
size = content.size();
for (int i = 0; i < size; i++) {
IMSetContent value = (IMSetContent) this.content.get(i);
value.makeElement(element);
}
parent.appendChild(element);
}
/** @param element */
private void init(Element element) {
RStack stack = new RStack(element);
id_ = URelaxer.getAttributePropertyAsString(element, "id");
xmlLang_ = URelaxer.getAttributePropertyAsString(element, "xml:lang");
setTitle(new FtTitle(stack));
if (FtSubtitle.isMatch(stack)) {
setSubtitle(new FtSubtitle(stack));
}
if (FtVersion.isMatch(stack)) {
setVersion(new FtVersion(stack));
}
if (FtType.isMatch(stack)) {
setType(new FtType(stack));
}
if (FtAuthors.isMatch(stack)) {
setAuthors(new FtAuthors(stack));
}
notice_.clear();
while (true) {
if (FtNotice.isMatch(stack)) {
addNotice(new FtNotice(stack));
} else {
break;
}
}
if (FtAbstract.isMatch(stack)) {
setAbstract(new FtAbstract(stack));
}
}
/**
* enqueues the given runnable
*
* @param runnable a runnable
*/
protected void invokeLater(Runnable runnable) {
if (runnable != null) {
queue.add(runnable);
}
}
/**
* Initializes the <code>XParamList</code> by the Stack <code>stack</code> that contains Elements.
* This constructor is supposed to be used internally by the Relaxer system.
*
* @param stack
*/
public void setup(RStack stack) {
Element element = stack.getContextElement();
IGlyphFactory factory = GlyphFactory.getFactory();
paramListParam_.clear();
while (true) {
if (XParamListParam.isMatch(stack)) {
addParamListParam(factory.createXParamListParam(stack));
} else {
break;
}
}
}
/** @param element */
private void init(Element element) {
RStack stack = new RStack(element);
id_ = URelaxer.getAttributePropertyAsString(element, "id");
xmlLang_ = URelaxer.getAttributePropertyAsString(element, "xml:lang");
person_.clear();
while (true) {
if (FtPerson.isMatch(stack)) {
addPerson(new FtPerson(stack));
} else {
break;
}
}
}
/**
* Gets the FtNotice property <b>notice</b> by index.
*
* @param index
* @return FtNotice
*/
public FtNotice getNotice(int index) {
return ((FtNotice) notice_.get(index));
}
/**
* Gets the XParamListParam property <b>paramListParam</b> by index.
*
* @param index
* @return XParamListParam
*/
public XParamListParam getParamListParam(int index) {
return ((XParamListParam) paramListParam_.get(index));
}
/**
* Gets the FtNotice property <b>notice</b>.
*
* @return FtNotice[]
*/
public FtNotice[] getNotice() {
FtNotice[] array = new FtNotice[notice_.size()];
return ((FtNotice[]) notice_.toArray(array));
}
/**
* Gets number of the FtNotice property <b>notice</b>.
*
* @return int
*/
public int sizeNotice() {
return (notice_.size());
}
/**
* Gets the FtPerson property <b>person</b> by index.
*
* @param index
* @return FtPerson
*/
public FtPerson getPerson(int index) {
return ((FtPerson) person_.get(index));
}
/**
* Gets the FcTr property <b>tr</b> by index.
*
* @param index
* @return FcTr
*/
public FcTr getTr(int index) {
return ((FcTr) tr_.get(index));
}
/**
* Gets the FtPerson property <b>person</b>.
*
* @return FtPerson[]
*/
public FtPerson[] getPerson() {
FtPerson[] array = new FtPerson[person_.size()];
return ((FtPerson[]) person_.toArray(array));
}
/**
* Gets number of the FtPerson property <b>person</b>.
*
* @return int
*/
public int sizePerson() {
return (person_.size());
}
/**
* Gets the IFtContentMixMixed property <b>content</b> by index.
*
* @param index
* @return IFtContentMixMixed
*/
public IFtContentMixMixed getContent(int index) {
return ((IFtContentMixMixed) content_.get(index));
}
/**
* Gets number of the FcTr property <b>tr</b>.
*
* @return int
*/
public int sizeTr() {
return (tr_.size());
}
/**
* Gets the IFtContentMixMixed property <b>content</b>.
*
* @return IFtContentMixMixed[]
*/
public IFtContentMixMixed[] getContent() {
IFtContentMixMixed[] array = new IFtContentMixMixed[content_.size()];
return ((IFtContentMixMixed[]) content_.toArray(array));
}
/**
* Gets number of the XParamListParam property <b>paramListParam</b>.
*
* @return int
*/
public int sizeParamListParam() {
return (paramListParam_.size());
}
/**
* Gets the XParamListParam property <b>paramListParam</b>.
*
* @return XParamListParam[]
*/
public XParamListParam[] getParamListParam() {
XParamListParam[] array = new XParamListParam[paramListParam_.size()];
return ((XParamListParam[]) paramListParam_.toArray(array));
}
/** @param element */
private void init(Element element) {
RStack stack = new RStack(element);
classValue =
URelaxer2.getAttributePropertyAsString(
element, "http://www.w3.org/1998/Math/MathML", "class");
style =
URelaxer2.getAttributePropertyAsString(
element, "http://www.w3.org/1998/Math/MathML", "style");
id =
URelaxer2.getAttributePropertyAsString(element, "http://www.w3.org/1998/Math/MathML", "id");
other =
URelaxer2.getAttributePropertyAsString(
element, "http://www.w3.org/1998/Math/MathML", "other");
content.clear();
while (!stack.isEmptyElement()) {
if (MCi.isMatch(stack)) {
addContent(new MCi(stack));
} else if (MCn.isMatch(stack)) {
addContent(new MCn(stack));
} else if (MApply.isMatch(stack)) {
addContent(new MApply(stack));
} else if (MReln.isMatch(stack)) {
addContent(new MReln(stack));
} else if (MLambda.isMatch(stack)) {
addContent(new MLambda(stack));
} else if (MCondition.isMatch(stack)) {
addContent(new MCondition(stack));
} else if (MDeclare.isMatch(stack)) {
addContent(new MDeclare(stack));
} else if (MSep.isMatch(stack)) {
addContent(new MSep(stack));
} else if (MSemantics.isMatch(stack)) {
addContent(new MSemantics(stack));
} else if (MAnnotation.isMatch(stack)) {
addContent(new MAnnotation(stack));
} else if (MAnnotationXml.isMatch(stack)) {
addContent(new MAnnotationXml(stack));
} else if (MInterval.isMatch(stack)) {
addContent(new MInterval(stack));
} else if (MList.isMatch(stack)) {
addContent(new MList(stack));
} else if (MMatrix.isMatch(stack)) {
addContent(new MMatrix(stack));
} else if (MMatrixrow.isMatch(stack)) {
addContent(new MMatrixrow(stack));
} else if (MSet.isMatch(stack)) {
addContent(new MSet(stack));
} else if (MVector.isMatch(stack)) {
addContent(new MVector(stack));
} else if (MLowlimit.isMatch(stack)) {
addContent(new MLowlimit(stack));
} else if (MUplimit.isMatch(stack)) {
addContent(new MUplimit(stack));
} else if (MBvar.isMatch(stack)) {
addContent(new MBvar(stack));
} else if (MDegree.isMatch(stack)) {
addContent(new MDegree(stack));
} else if (MLogbase.isMatch(stack)) {
addContent(new MLogbase(stack));
} else if (MInverse.isMatch(stack)) {
addContent(new MInverse(stack));
} else if (MIdent.isMatch(stack)) {
addContent(new MIdent(stack));
} else if (MAbs.isMatch(stack)) {
addContent(new MAbs(stack));
} else if (MConjugate.isMatch(stack)) {
addContent(new MConjugate(stack));
} else if (MExp.isMatch(stack)) {
addContent(new MExp(stack));
} else if (MFactorial.isMatch(stack)) {
addContent(new MFactorial(stack));
} else if (MNot.isMatch(stack)) {
addContent(new MNot(stack));
} else if (MLn.isMatch(stack)) {
addContent(new MLn(stack));
} else if (MSin.isMatch(stack)) {
addContent(new MSin(stack));
} else if (MCos.isMatch(stack)) {
addContent(new MCos(stack));
} else if (MTan.isMatch(stack)) {
addContent(new MTan(stack));
} else if (MSec.isMatch(stack)) {
addContent(new MSec(stack));
} else if (MCsc.isMatch(stack)) {
addContent(new MCsc(stack));
} else if (MCot.isMatch(stack)) {
addContent(new MCot(stack));
} else if (MSinh.isMatch(stack)) {
addContent(new MSinh(stack));
} else if (MCosh.isMatch(stack)) {
addContent(new MCosh(stack));
} else if (MTanh.isMatch(stack)) {
addContent(new MTanh(stack));
} else if (MSech.isMatch(stack)) {
addContent(new MSech(stack));
} else if (MCsch.isMatch(stack)) {
addContent(new MCsch(stack));
} else if (MCoth.isMatch(stack)) {
addContent(new MCoth(stack));
} else if (MArcsin.isMatch(stack)) {
addContent(new MArcsin(stack));
} else if (MArccos.isMatch(stack)) {
addContent(new MArccos(stack));
} else if (MArctan.isMatch(stack)) {
addContent(new MArctan(stack));
} else if (MDeterminant.isMatch(stack)) {
addContent(new MDeterminant(stack));
} else if (MTranspose.isMatch(stack)) {
addContent(new MTranspose(stack));
} else if (MQuotient.isMatch(stack)) {
addContent(new MQuotient(stack));
} else if (MDivide.isMatch(stack)) {
addContent(new MDivide(stack));
} else if (MPower.isMatch(stack)) {
addContent(new MPower(stack));
} else if (MRem.isMatch(stack)) {
addContent(new MRem(stack));
} else if (MImplies.isMatch(stack)) {
addContent(new MImplies(stack));
} else if (MSetdiff.isMatch(stack)) {
addContent(new MSetdiff(stack));
} else if (MFn.isMatch(stack)) {
addContent(new MFn(stack));
} else if (MCompose.isMatch(stack)) {
addContent(new MCompose(stack));
} else if (MPlus.isMatch(stack)) {
addContent(new MPlus(stack));
} else if (MTimes.isMatch(stack)) {
addContent(new MTimes(stack));
} else if (MMax.isMatch(stack)) {
addContent(new MMax(stack));
} else if (MMin.isMatch(stack)) {
addContent(new MMin(stack));
} else if (MGcd.isMatch(stack)) {
addContent(new MGcd(stack));
} else if (MAnd.isMatch(stack)) {
addContent(new MAnd(stack));
} else if (MOr.isMatch(stack)) {
addContent(new MOr(stack));
} else if (MXor.isMatch(stack)) {
addContent(new MXor(stack));
} else if (MUnion.isMatch(stack)) {
addContent(new MUnion(stack));
} else if (MIntersect.isMatch(stack)) {
addContent(new MIntersect(stack));
} else if (MMean.isMatch(stack)) {
addContent(new MMean(stack));
} else if (MSdev.isMatch(stack)) {
addContent(new MSdev(stack));
} else if (MVariance.isMatch(stack)) {
addContent(new MVariance(stack));
} else if (MMedian.isMatch(stack)) {
addContent(new MMedian(stack));
} else if (MMode.isMatch(stack)) {
addContent(new MMode(stack));
} else if (MSelector.isMatch(stack)) {
addContent(new MSelector(stack));
} else if (MRoot.isMatch(stack)) {
addContent(new MRoot(stack));
} else if (MMinus.isMatch(stack)) {
addContent(new MMinus(stack));
} else if (MLog.isMatch(stack)) {
addContent(new MLog(stack));
} else if (MInt.isMatch(stack)) {
addContent(new MInt(stack));
} else if (MDiff.isMatch(stack)) {
addContent(new MDiff(stack));
} else if (MPartialdiff.isMatch(stack)) {
addContent(new MPartialdiff(stack));
} else if (MSum.isMatch(stack)) {
addContent(new MSum(stack));
} else if (MProduct.isMatch(stack)) {
addContent(new MProduct(stack));
} else if (MLimit.isMatch(stack)) {
addContent(new MLimit(stack));
} else if (MMoment.isMatch(stack)) {
addContent(new MMoment(stack));
} else if (MExists.isMatch(stack)) {
addContent(new MExists(stack));
} else if (MForall.isMatch(stack)) {
addContent(new MForall(stack));
} else if (MNeq.isMatch(stack)) {
addContent(new MNeq(stack));
} else if (MIn.isMatch(stack)) {
addContent(new MIn(stack));
} else if (MNotin.isMatch(stack)) {
addContent(new MNotin(stack));
} else if (MNotsubset.isMatch(stack)) {
addContent(new MNotsubset(stack));
} else if (MNotprsubset.isMatch(stack)) {
addContent(new MNotprsubset(stack));
} else if (MTendsto.isMatch(stack)) {
addContent(new MTendsto(stack));
} else if (MEq.isMatch(stack)) {
addContent(new MEq(stack));
} else if (MLeq.isMatch(stack)) {
addContent(new MLeq(stack));
} else if (MLt.isMatch(stack)) {
addContent(new MLt(stack));
} else if (MGeq.isMatch(stack)) {
addContent(new MGeq(stack));
} else if (MGt.isMatch(stack)) {
addContent(new MGt(stack));
} else if (MSubset.isMatch(stack)) {
addContent(new MSubset(stack));
} else if (MPrsubset.isMatch(stack)) {
addContent(new MPrsubset(stack));
} else if (MMi.isMatch(stack)) {
addContent(new MMi(stack));
} else if (MMn.isMatch(stack)) {
addContent(new MMn(stack));
} else if (MMo.isMatch(stack)) {
addContent(new MMo(stack));
} else if (MMtext.isMatch(stack)) {
addContent(new MMtext(stack));
} else if (MMs.isMatch(stack)) {
addContent(new MMs(stack));
} else if (MMspace.isMatch(stack)) {
addContent(new MMspace(stack));
} else if (MMrow.isMatch(stack)) {
addContent(new MMrow(stack));
} else if (MMfrac.isMatch(stack)) {
addContent(new MMfrac(stack));
} else if (MMsqrt.isMatch(stack)) {
addContent(new MMsqrt(stack));
} else if (MMroot.isMatch(stack)) {
addContent(new MMroot(stack));
} else if (MMstyle.isMatch(stack)) {
addContent(new MMstyle(stack));
} else if (MMerror.isMatch(stack)) {
addContent(new MMerror(stack));
} else if (MMpadded.isMatch(stack)) {
addContent(new MMpadded(stack));
} else if (MMphantom.isMatch(stack)) {
addContent(new MMphantom(stack));
} else if (MMfenced.isMatch(stack)) {
addContent(new MMfenced(stack));
} else if (MMsub.isMatch(stack)) {
addContent(new MMsub(stack));
} else if (MMsup.isMatch(stack)) {
addContent(new MMsup(stack));
} else if (MMsubsup.isMatch(stack)) {
addContent(new MMsubsup(stack));
} else if (MMunder.isMatch(stack)) {
addContent(new MMunder(stack));
} else if (MMover.isMatch(stack)) {
addContent(new MMover(stack));
} else if (MMunderover.isMatch(stack)) {
addContent(new MMunderover(stack));
} else if (MMmultiscripts.isMatch(stack)) {
addContent(new MMmultiscripts(stack));
} else if (MMtable.isMatch(stack)) {
addContent(new MMtable(stack));
} else if (MMtr.isMatch(stack)) {
addContent(new MMtr(stack));
} else if (MMtd.isMatch(stack)) {
addContent(new MMtd(stack));
} else if (MMaligngroup.isMatch(stack)) {
addContent(new MMaligngroup(stack));
} else if (MMalignmark.isMatch(stack)) {
addContent(new MMalignmark(stack));
} else if (MMaction.isMatch(stack)) {
addContent(new MMaction(stack));
} else {
break;
}
}
}
/**
* Gets the IMSetContent property <b>content</b>.
*
* @return IMSetContent[]
*/
public final IMSetContent[] getContent() {
IMSetContent[] array = new IMSetContent[content.size()];
return ((IMSetContent[]) content.toArray(array));
}
/**
* Gets number of the IFtContentMixMixed property <b>content</b>.
*
* @return int
*/
public int sizeContent() {
return (content_.size());
}
/**
* Gets child RNodes.
*
* @return IRNode[]
*/
public IRNode[] rGetRNodes() {
java.util.List<IRNode> classNodes = new java.util.ArrayList<>();
classNodes.addAll(paramListParam_);
IRNode[] nodes = new IRNode[classNodes.size()];
return ((IRNode[]) classNodes.toArray(nodes));
}
/**
* Gets child RNodes.
*
* @return IRNode[]
*/
public IRNode[] getRNodes() {
java.util.List classNodes = new java.util.ArrayList();
IRNode[] nodes = new IRNode[classNodes.size()];
return ((IRNode[]) classNodes.toArray(nodes));
}
/**
* Gets the FcTr property <b>tr</b>.
*
* @return FcTr[]
*/
public FcTr[] getTr() {
FcTr[] array = new FcTr[tr_.size()];
return ((FcTr[]) tr_.toArray(array));
}
