public virtual void testContentData()
{
d = new JDFDoc("JDF");
n = d.getJDFRoot();
n.setType(EnumType.Approval);
JDFRunList rl = (JDFRunList)n.addResource(ElementName.RUNLIST, EnumUsage.Input);
pl = rl.appendPageList();
pl.makeRootResource("PageList", null, true);
cl = pl.appendContentList();
cl.makeRootResource("ContentList", null, true);
JDFContentData cd0 = cl.appendContentData();
cd0.setAttribute(AttributeName.CONTENTLISTINDEX, "1 2 3");
KElement book = cd0.appendElement("ContentMetaData");
book.setAttribute("ISBN", "0123456789");
JDFComment abstrakt = (JDFComment)book.appendElement("Comment");
abstrakt.setName("Abstract");
abstrakt.setText("Abstract of the book\nin english");
JDFEmployee editor = (JDFEmployee)book.appendElement(ElementName.EMPLOYEE);
editor.appendPerson().setFamilyName("authorName");
editor.setRoles(new VString("Editor", null));
book.setAttribute("Title", "book thing");
int p = 1;
for (int i = 1; i < 4; i++)
{
JDFContentData cd = cl.appendContentData();
cd.setAttribute("ID", "CD_" + i);
KElement chap = cd.appendElement("ContentMetaData");
chap.setAttribute("Title", "Chapter " + i);
JDFEmployee author = (JDFEmployee)chap.appendElement(ElementName.EMPLOYEE);
author.appendPerson().setFamilyName("authorName" + i);
author.setRoles(new VString("Author", null));
JDFPageData pd = pl.appendPageData();
JDFIntegerRangeList integerRangeList = new JDFIntegerRangeList();
integerRangeList.Append(p, p + i);
p += i + 1;
pd.setAttribute("PageIndex", integerRangeList.ToString());
JDFPageElement pe = pd.appendPageElement();
pe.setAttribute("ContentDataRefs", cd.getID());
}
pl.setXMLComment("Note that multiple page elements may but need not be specified\nit is also possible to reference only on pageEleemnt that spans the entire book");
d.write2File(sm_dirTestDataTemp + "ContentMetaData.jdf", 2, false);
}
///
/// <summary> * Inverts the boolean state of a Term child element (and, or, xor, not,
/// * Evaluation, TestRef)
/// * </summary>
/// * <param name="jdf">
/// * JDFNode we test to know if the Device can accept it </param>
/// * <param name="reportRoot">
/// * the report to generate. Set to <code>null</code> if no report
/// * is requested. </param>
/// * <returns> boolean - true, if boolean “not” expression evaluates to “true” </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot)
{
KElement reportRootLocal = reportRoot;
VElement v = getTermVector(null);
int siz = v.Count;
bool b = false;
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement("not");
}
int count = 0;
for (int i = 0; i < siz; i++)
{
JDFTerm t = (JDFTerm)v[i];
b = !t.fitsJDF(jdf, reportRootLocal);
count++;
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
}
}
if (reportRootLocal != null && count != 1)
{
reportRootLocal.setAttribute("SyntaxWarning", "Warning: not element with more than one term, count=" + Convert.ToString(count));
}
return(b);
}
///
/// <summary> * Evaluates the boolean expression (child Term element) if it fits the
/// * JDFNode 'jdf' a value of true corresponds to a failed test, i.e. the test
/// * describes INVALID states for the jdf
/// * </summary>
/// * <param name="jdf">
/// * JDFNode to test to know if the Device can accept it </param>
/// * <param name="reportRoot">
/// * the report to generate. Set to <code>null</code> if no report
/// * is requested. </param>
/// * <returns> boolean - true, if boolean expression (child Term element)
/// * evaluates to “true” </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot)
{
KElement reportRootLocal = reportRoot;
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement("TestReport");
}
JDFTerm t = getTerm();
if (t == null)
{
return(true); // no term --> assume it is a non test; i.e. ok
}
bool checkContext = true;
if (hasAttribute(AttributeName.CONTEXT))
{
checkContext = !jdf.matchesPath(getContext(), true);
}
if (checkContext && !t.fitsContext(jdf))
{
return(true);
}
bool b = t.fitsJDF(jdf, reportRootLocal);
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
}
return(b);
}
///
/// <summary> * devCapReport - tests if the elements in vElem fit any (logical OR) DevCap
/// * element that DevCaps consists of. Composes a detailed report in XML form
/// * of the errors found. If XMLDoc is null there are no errors.<br>
/// *
/// * DevCaps will be checked if they are direct children of <code>this</code>
/// * and referenced in DevCapPool.
/// * </summary>
/// * <param name="vElem">
/// * vector of the elements to test </param>
/// * <param name="testlists">
/// * testlists that are specified for the State elements
/// * (FitsValue_Allowed or FitsValue_Present)<br>
/// * Will be used in fitsValue method of the State element. </param>
/// * <param name="level">
/// * validation level </param>
/// * <returns> XMLDoc - XMLDoc output of the error messages.<br>
/// * If XMLDoc is null there are no errors, every element of vElem
/// * fits any DevCap element of <code>this</code>. </returns>
/// * <exception cref="JDFException">
/// * if DevCaps/@DevCapRef refers to the DevCap elements in a
/// * non-existent DevCapPool </exception>
/// * <exception cref="JDFException">
/// * if DevCaps/@DevCapRef refers to the non-existent DevCap </exception>
///
public KElement devCapReport(KElement elem, EnumFitsValue testlists, EnumValidationLevel level, bool ignoreExtensions, KElement parentReport)
{
if (elem == null)
{
return(null);
}
VElement dcV = getDevCapVector();
if (dcV == null || dcV.Count == 0)
{
throw new JDFException("JDFDevCaps.devCapReport: Invalid DeviceCap: DevCaps/@DevCapRef refers to the non-existent DevCap: " + getDevCapRef());
}
KElement r = parentReport.appendElement("Invalid" + getContext().getName());
for (int i = 0; i < dcV.Count; i++)
{
JDFDevCap dc = (JDFDevCap)dcV[i];
KElement stateTestResult = dc.stateReport(elem, testlists, level, ignoreExtensions, true, r);
if (stateTestResult == null)
{
r.deleteNode();
return(null); // first DevCap that fits found -> erase all error
// messages
}
r.setAttribute("XPath", elem.buildXPath(null, 1));
r.setAttribute("Name", getContextName());
r.setAttribute("CapXPath", dc.getName());
}
correction_Static(r);
return(r);
}
///
/// <summary> * fitsJDF - tests whether JDFNode 'jdf' can be accepted by the Device.
/// * Tests if the value of resource attribute, decribed with this Evaluation,
/// * fits Evaluation/@ValueList
/// * </summary>
/// * <param name="jdf">
/// * jdf node to test </param>
/// * <returns> boolean - true, if 'jdf' can be accepted by the Device </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot)
{
KElement reportRootLocal = reportRoot;
string xPath = getEvalXPath(jdf);
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement(LocalName);
}
bool b = false;
if (xPath != null)
{
b = fitsPath(jdf, xPath, reportRootLocal);
}
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
reportRootLocal.setAttribute("CapXPath", getRefTargetNamePath());
reportRootLocal.setAttribute("Name", getRefTargetName());
}
return(b);
}
///
/// <summary> * Evaluates two or more Term elements (and, or, xor, not, Evaluation,
/// * TestRef) to determine if, as a set, they evaluate to “true” when combined
/// * in a boolean “or” function.
/// * </summary>
/// * <param name="jdf">
/// * JDFNode we test iot know if the Device can accept it </param>
/// * <returns> boolean - true, if boolean “or” expression evaluates to “true” </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot)
{
KElement reportRootLocal = reportRoot;
VElement v = getTermVector(null);
int siz = v.Count;
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement("or");
}
bool b = false;
for (int i = 0; i < siz; i++)
{
JDFTerm t = (JDFTerm)v[i];
bool b2 = t.fitsJDF(jdf, reportRootLocal);
if (b2 && reportRootLocal == null)
{
return(true); // don't need complete report and it is true; ciao
}
b = b || b2;
}
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
}
return(b);
}
public virtual void testObjectTagsMetadata()
{
KElement tagMap = rl.appendElement(METADATA_MAP);
tagMap.setXMLComment("This tagmap specifies The path for the NMTOKEN \"ObjectTag\"");
tagMap.setAttribute("Name", "ObjectTags");
tagMap.setAttribute(AttributeName.VALUEFORMAT, "%s");
tagMap.setAttribute(AttributeName.CONTEXT, "Object");
tagMap.setAttribute(AttributeName.DATATYPE, "NMTOKEN");
tagMap.setAttribute(AttributeName.VALUETEMPLATE, "AnyName1");
tagMap.addNameSpace("TIFFXMP", "http://ns.adobe.com/tiff/1.0");
string[] ss = new string[] { "Acme", "Bcme", "Ccme" };
for (int i = 0; i < ss.Length; i++)
{
string s = ss[i];
KElement tagSet = tagMap.appendElement(EXPR);
tagSet.setAttribute("Name", "AnyName1");
tagSet.setAttribute("Value", s);
JDFStringEvaluation eval = (JDFStringEvaluation)tagSet.appendElement(ElementName.STRINGEVALUATION);
eval.setAttribute("Path", "TIFFXMP:Make");
eval.setRegExp("(.*)" + s + "(.*)");
eval.setXMLComment("Any acme camera is mapped to \"" + s + "\"");
}
JDFColorSpaceConversionParams csp = (JDFColorSpaceConversionParams)root.addResource(ElementName.COLORSPACECONVERSIONPARAMS, EnumUsage.Input);
csp.setXMLComment("This ColorSpaceConversionParams treats Acme and Bcme cameras the same but differentiates for Ccme");
JDFColorSpaceConversionOp op1 = csp.appendColorSpaceConversionOp();
op1.setAttribute("ObjectTags", "Acme Bcme");
JDFColorSpaceConversionOp op2 = csp.appendColorSpaceConversionOp();
op2.setAttribute("ObjectTags", "Ccme");
doc.write2File(sm_dirTestDataTemp + "objectTags.jdf", 2, false);
}
///
/// * <param name="sm2_2"> </param>
/// * <param name="idAnchor"> </param>
///
private static void setNextAnchor(KElement sm2_2, string idAnchor, string anchor, string absolutePosition, string xmlComment, string anchorType)
{
KElement nextAnchor = sm2_2.appendElement("RefAnchor");
nextAnchor.setAttribute("Anchor", anchor);
sm2_2.setAttribute("Offset", absolutePosition);
nextAnchor.setAttribute("rRef", idAnchor);
nextAnchor.setAttribute("AnchorType", anchorType);
nextAnchor.setXMLComment(xmlComment);
}
public virtual void testTagMapTiff()
{
KElement tagMap = rl.appendElement(METADATA_MAP);
tagMap.setAttribute("BoundaryKey", "EndOfDocument");
KElement tagSet = tagMap.appendElement(EXPR);
tagSet.setAttribute("Path", "/x3141");
tagMap.setXMLComment("This tagmap specifies which document structure corresponds to a Document\n" + " thus incrementing DocIndex or forcing an implicit RunList/@EndofDocument=true\n D100 is the tiff tag 0x3141");
rl.setFileURL("bigVariable.tiff");
rl.setXMLComment("this runlist points to a tiff file with arbitrary structural tagging defined in the tiff tags");
}
public virtual void testWebGrowthCompensation()
{
JDFElement.setLongID(false);
doc = new JDFDoc("JDF");
JDFNode n = doc.getJDFRoot();
JDFResourcePool rp = n.getCreateResourcePool();
JDFResource lo = n.addResource("Layout", EnumResourceClass.Parameter, EnumUsage.Input, null, null, null, null);
JDFLayout losh = (JDFLayout)lo.addPartition(EnumPartIDKey.SheetName, "Sheet1");
JDFLayout lofr = (JDFLayout)losh.addPartition(EnumPartIDKey.Side, EnumSide.Front.getName());
rp.appendXMLComment("LayoutShift SHOULD be partitioned: at least Side and Separation will make sense", null);
JDFResource los = n.addResource("LayoutShift", EnumResourceClass.Parameter, EnumUsage.Input, null, null, null, null);
los.appendXMLComment("Note that the interpolation algorithm between positions is implementation dependent", null);
los = los.addPartition(EnumPartIDKey.Side, "Front");
VString vSep = new VString("Cyan Magenta Yellow Black", " ");
for (int i = 0; i < 16; i++)
{
int x = 720 * (i % 4);
int y = 1000 * (i / 4);
int ord = i % 8;
JDFContentObject co = lofr.appendContentObject();
co.setOrd(ord);
co.setOrdID(i);
co.setCTM(new JDFMatrix(1, 0, 0, 1, x, y));
JDFMarkObject mo = lofr.appendMarkObject();
mo.setOrd(ord);
mo.setOrdID(i + 100);
mo.setCTM(new JDFMatrix(1, 0, 0, 1, x + 700, y + 900));
}
for (int j = 0; j < vSep.Count; j++)
{
KElement sepShift = los.addPartition(EnumPartIDKey.Separation, vSep.stringAt(j));
for (int i = 0; i < 16; i += 2)
{
int x = 720 * (i % 4);
int y = 1000 * (i / 4);
KElement shiftObject = sepShift.appendElement("ShiftPoint");
shiftObject.setAttribute("Position", new JDFXYPair(x + 360, y + 500).ToString());
shiftObject.setAttribute("CTM", new JDFMatrix(1, 0, 0, 1, j + i / 4, j + i % 4).ToString());
}
}
doc.write2File(sm_dirTestDataTemp + "WebgrowthPartition.jdf", 2, false);
}
///
/// * <param name="sm2_2"> </param>
/// * <param name="idAnchor"> </param>
/// * <exception cref="FormatException"> </exception>
///
private static void setNextAnchor(KElement sm2_2, string idAnchor, string anchor, string absolutePosition, string xmlComment, string anchorType, double rotation)
{
KElement nextAnchor = sm2_2.appendElement("RefAnchor");
nextAnchor.setAttribute("Anchor", anchor);
JDFMatrix m = new JDFMatrix("1 0 0 1 0 0");
JDFXYPair xy = absolutePosition == null ? null : new JDFXYPair(absolutePosition);
m.shift(xy);
m.rotate(rotation);
if (xy != null || rotation != 0)
{
sm2_2.setAttribute("CTM", m.ToString());
}
nextAnchor.setAttribute("rRef", idAnchor);
nextAnchor.setAttribute("AnchorType", anchorType);
nextAnchor.setXMLComment(xmlComment);
}
///
/// <summary> * Evaluates two or more Term elements (and, or, xor, not, Evaluation,
/// * TestRef) to determine if, as a set, they evaluate to “true” when combined
/// * in a boolean “xor” function.
/// * </summary>
/// * <param name="jdf">
/// * JDFNode to test to know if the Device can accept it </param>
/// * <param name="reportRoot">
/// * the report to generate; set to <code>null</code> if no report
/// * is requested </param>
/// * <returns> boolean - true, if boolean “xor” expression evaluates to “true” </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot)
{
KElement reportRootLocal = reportRoot;
VElement v = getTermVector(null);
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement("xor");
}
int siz = v.Count;
int count = 0;
for (int i = 0; i < siz; i++)
{
JDFTerm t = (JDFTerm)v[i];
if (t.fitsJDF(jdf, reportRootLocal))
{
count++;
}
if (count > 1 && reportRootLocal == null)
{
break;
}
}
bool b = (count == 1);
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
}
return(b);
}
///
/// <summary> * Evaluates two or more term elements (
/// * <code>and, or, xor, not, Evaluation, TestRef</code>) to determine if, as
/// * a set, they evaluate to “true” when combined in a boolean “and” function.
/// * </summary>
/// * <param name="jdf">
/// * the JDFNode to be checked iot find out if the device can
/// * accept it </param>
/// * <returns> boolean - true, if boolean “and” expression evaluates to “true” </returns>
///
public override bool fitsJDF(KElement jdf, KElement reportRoot) // const JDFNode
{
KElement reportRootLocal = reportRoot;
VElement v = getTermVector(null);
if (reportRootLocal != null)
{
reportRootLocal = reportRootLocal.appendElement("and");
}
int siz = v.Count;
bool b = true;
for (int i = 0; i < siz; i++)
{
JDFTerm t = (JDFTerm)v[i];
bool b2 = t.fitsJDF(jdf, reportRootLocal);
if (!b2)
{
if (reportRootLocal == null)
{
return(false);
}
}
b = b && b2;
}
if (reportRootLocal != null)
{
reportRootLocal.setAttribute("Value", b, null);
}
return(b);
}
///
/// * <param name="testRoot"> </param>
/// * <param name="testlists"> </param>
/// * <param name="level"> </param>
/// * <param name="mrp"> </param>
/// * <param name="irp"> </param>
/// * <param name="resLinkPool"> </param>
/// * <param name="goodElems"> </param>
/// * <param name="badElems"> </param>
/// * <param name="devCaps">
/// * @return </param>
///
public virtual void analyzeDevCaps(KElement testRoot, EnumFitsValue testlists, EnumValidationLevel level, KElement mrp, KElement irp, SupportClass.HashSetSupport goodElems, Hashtable badElems, bool ignoreExtensions)
{
EnumAvailability av = getModuleAvailability();
KElement xpathRoot = testRoot;
VElement vElemResources = null;
if (testRoot is JDFNode)
{
JDFNode jdfNode = (JDFNode)testRoot;
vElemResources = getMatchingElementsFromNode(jdfNode);
xpathRoot = jdfNode.getResourceLinkPool();
if (xpathRoot == null)
{
xpathRoot = testRoot;
}
}
else
{
vElemResources = getMatchingElementsFromJMF((JDFMessage)testRoot);
}
int svElemResources = vElemResources == null ? 0 : vElemResources.Count;
EnumContext context = getContext();
KElement r = null;
if (EnumValidationLevel.isRequired(level) && svElemResources < getMinOccurs() && EnumAvailability.Installed.Equals(av))
{
if (EnumContext.Element.Equals(context) || EnumContext.JMF.Equals(context))
{
r = mrp.appendElement("MissingElement");
r.setAttribute("XPath", xpathRoot.buildXPath(null, 1) + "/" + getName());
}
else
{
EnumUsage linkUsage = getLinkUsage();
string procUsage = getProcessUsage();
r = mrp.appendElement("MissingResourceLink");
if (linkUsage != null)
{
r.setAttribute("Usage", linkUsage.getName());
}
if (procUsage != null && procUsage.Length > 0)
{
r.setAttribute("ProcessUsage", procUsage);
}
r.setAttribute("XPath", xpathRoot.buildXPath(null, 1) + "/" + getName());
}
r.setAttribute("Name", getName());
r.setAttribute("CapXPath", getName());
r.setAttribute("Occurrences", svElemResources, null);
r.setAttribute("MinOccurs", getMinOccurs(), null);
}
else if (svElemResources > getMaxOccurs() || !EnumAvailability.Installed.Equals(av))
{
if (context.Equals(EnumContext.Element) || context.Equals(EnumContext.JMF))
{
r = irp.appendElement("ManyElement");
r.setAttribute("XPath", testRoot.buildXPath(null, 1) + "/" + getName());
}
else
{
EnumUsage linkUsage = getLinkUsage();
string procUsage = getProcessUsage();
r = irp.appendElement("ManyResourceLink");
if (linkUsage != null)
{
r.setAttribute("Usage", linkUsage.getName());
}
if (procUsage != null && procUsage.Length > 0)
{
r.setAttribute("ProcessUsage", procUsage);
}
r.setAttribute("XPath", xpathRoot.buildXPath(null, 1) + "/" + getName());
}
r.setAttribute("Name", getName());
r.setAttribute("CapXPath", getName());
r.setAttribute("Occurrences", svElemResources, null);
r.setAttribute("MaxOccurs", getMaxOccurs(), null);
r.setAttribute("Availability", av == null ? "None" : av.getName());
}
if (vElemResources != null)
{
for (int j = 0; j < svElemResources; j++)
{
KElement elem = vElemResources.item(j);
if (!goodElems.Contains(elem))
{
KElement report = devCapReport(elem, testlists, level, ignoreExtensions, irp); // InvalidResources
if (report == null)
{
goodElems.Add(elem);
KElement badReport = (KElement)badElems[elem];
if (badReport != null)
{
badReport.deleteNode();
}
}
else
{
badElems.Add(elem, report);
}
}
}
}
}
private bool fitsPath(KElement e, string xPath, KElement reportRoot)
{
bool b = false;
KElement attr = null;
string newPath = null;
int posAt = xPath.LastIndexOf("@");
int posAtI = posAt > 0 ? xPath.LastIndexOf("[@") : -1;
if (posAt < 0 || posAt == posAtI + 1) // element
{
KElement pathElement = e.getXPathElement(xPath);
b = fitsValue(pathElement);
if (b)
{
if (reportRoot != null)
{
if (pathElement != null)
{
newPath = pathElement.buildXPath(null, 1);
}
attr = reportRoot.appendElement("TestedElement");
attr.setAttribute("Name", StringUtil.token(xPath, -1, "/"));
}
}
}
else
// attribute
{
string attrVal = e.getXPathAttribute(xPath, null);
b = fitsValue(attrVal);
string attName = xPath.Substring(posAt + 1);
KElement pathElement = e.getXPathElement(xPath.Substring(0, posAt));
if (pathElement is JDFResource)
{
JDFResource r = (JDFResource)pathElement;
JDFResource root = r.getResourceRoot();
while (r != root)
{
if (!r.hasAttribute_KElement(attName, null, false))
{
r = (JDFResource)r.getParentNode_KElement();
}
else
{
break;
}
}
pathElement = r;
newPath = pathElement.buildXPath(null, 1) + "/@" + attName;
}
if (newPath != null)
{
attrVal = e.getXPathAttribute(newPath, null);
}
b = fitsValue(attrVal);
if (reportRoot != null)
{
attr = reportRoot.appendElement("TestedAttribute");
attr.setAttribute("Name", attName);
attr.setAttribute("Value", attrVal);
}
}
if (attr != null)
{
attr.setAttribute("XPath", newPath);
}
return(b);
}
public virtual void testTagMap()
{
JDFLayout lo = (JDFLayout)root.addResource(ElementName.LAYOUT, null, EnumUsage.Input, null, null, null, null);
JDFMedia med = (JDFMedia)root.addResource(ElementName.MEDIA, null, EnumUsage.Input, null, null, null, null);
JDFMedia medM = (JDFMedia)med.addPartition(EnumPartIDKey.RunTags, "MaleCover");
JDFMedia medF = (JDFMedia)med.addPartition(EnumPartIDKey.RunTags, "FemaleCover");
JDFMedia medB = (JDFMedia)med.addPartition(EnumPartIDKey.RunTags, "MaleBigBody MaleSmallBody FemaleBigBody FemaleSmallBody");
JDFLayout loM = (JDFLayout)lo.addPartition(EnumPartIDKey.RunTags, "MaleCover");
loM.refElement(medM);
JDFLayout loF = (JDFLayout)lo.addPartition(EnumPartIDKey.RunTags, "FemaleCover");
loF.refElement(medF);
JDFLayout loBB = (JDFLayout)lo.addPartition(EnumPartIDKey.RunTags, "MaleBigBody FemaleBigBody");
loBB.refElement(medB);
JDFLayout loSB = (JDFLayout)lo.addPartition(EnumPartIDKey.RunTags, "MaleSmallBody FemaleSmallBody");
loSB.refElement(medB);
lo.setXMLComment("Layout for versioned product");
KElement metaMap = rl.appendElement(METADATA_MAP);
metaMap.setXMLComment("The MetadataMap element maps arbitrary tags in the document to a structural RunTag partition key\n" + "Note that any partition key may be mapped.\n" + "Note also that although an XPath syntax is used, this may be mapped to any hierarchical structure including but not limited to XML.\n");
metaMap.setAttribute("Name", "RunTags");
metaMap.setAttribute(AttributeName.DATATYPE, "PartIDKey");
metaMap.setAttribute(AttributeName.VALUEFORMAT, "%s%s");
metaMap.setAttribute(AttributeName.VALUETEMPLATE, "sex,section");
KElement expr = metaMap.appendElement(EXPR);
expr.setXMLComment("This expression maps the value of /Dokument/Rezipient/@Sex to a variable \"sex\"\n" + "The Mapping is unconditional, therefore no Term is required");
expr.setAttribute("Name", "sex");
expr.setAttribute("Path", "/Dokument/Rezipient/@Sex");
expr = metaMap.appendElement(EXPR);
expr.setXMLComment("Maps all elements with /Dokument/Sektion=Einband to Cover");
expr.setAttribute("Name", "section");
expr.setAttribute("Value", "Cover");
JDFNameEvaluation nev = (JDFNameEvaluation)expr.appendElement(ElementName.NAMEEVALUATION);
nev.setAttribute("Path", "/Dokument/Sektion");
nev.setRegExp("Einband");
expr = metaMap.appendElement(EXPR);
expr.setXMLComment("Maps all elements with /Dokument/Sektion=HauptTeil and >50 pages to BigBody");
expr.setAttribute("Name", "section");
expr.setAttribute("Value", "BigBody");
JDFand and = (JDFand)expr.appendElement("and");
nev = (JDFNameEvaluation)and.appendElement(ElementName.NAMEEVALUATION);
nev.setAttribute("Path", "/Dokument/Sektion");
nev.setRegExp("HauptTeil");
JDFIntegerEvaluation iev = (JDFIntegerEvaluation)and.appendTerm(EnumTerm.IntegerEvaluation);
iev.setAttribute("Path", "count(PAGE)");
iev.setValueList(new JDFIntegerRangeList("51~INF"));
expr = metaMap.appendElement(EXPR);
expr.setXMLComment("Maps all elements with /Dokument/Sektion=HauptTeil and <=50 pages to SmallBody");
expr.setAttribute("Name", "section");
expr.setAttribute("Value", "SmallBody");
and = (JDFand)expr.appendElement("and");
nev = (JDFNameEvaluation)and.appendElement(ElementName.NAMEEVALUATION);
nev.setAttribute("Path", "/Dokument/Sektion");
nev.setRegExp("HauptTeil");
iev = (JDFIntegerEvaluation)and.appendTerm(EnumTerm.IntegerEvaluation);
iev.setAttribute("Path", "count(PAGE)");
iev.setValueList(new JDFIntegerRangeList("0~INF"));
rl.setFileURL("bigVariable.ppml");
rl.setXMLComment("this runlist points to a ppml with arbitrary structural tagging");
JDFResourceLink rll = root.getLink(rl, null);
rll.appendPart().setDocIndex(new JDFIntegerRangeList("10 ~ 20"));
rll.setXMLComment("this link selects the 11-20 document");
doc.write2File(sm_dirTestDataTemp + "metadataMap.jdf", 2, false);
}
