Hello Andy, The query is generated from a XML file. Once the model is read and available in memory, we create a XML file for each OWL class with all their properties. (see attached for an example). Then, from this XML file, we generate a SPARQL SELECT query like below and save the results in a XML format. Finally, we apply a XSL transformation to convert the XML file in a JSON format. Hope it's enough clear.
For the time being, I'm going to start an analysis about directly populate the Exhibit 3 Staged storage mode without using the XML file. (to convert in JSON and use the Exhibit 3 scripted storage mode in JSON) Regards, Brice He is the query: PREFIX : <http://seamless.pco-innovation.com/energy/common/software/tcua#> PREFIX rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> PREFIX owl: <http://www.w3.org/2002/07/owl#> PREFIX afn: <http://jena.hpl.hp.com/ARQ/function#> PREFIX fn: <http://www.w3.org/2005/xpath-functions#> SELECT DISTINCT ?label ?type ?id ?uri ?tctype__tctypecstattach ?tctype__tcproperty ?tcstdtype__tcclass ?parentTypeName ?inverse_of_primaryTypeName ?typeName ?isAbstract ?tctype__constantattach ?childTypeName ?tctype__tcdisplayrule ?description ?inverse_of_secondaryTypeName ?tctype__tcgrmrule ?sourceTypeName__tccomprule ?tctyper__tcdeepcprule ?destTypeName__tccomprule ?tctype__tcdeepcprule ?tctypeo__tcdeepcprule ?noteTypeName WHERE{ ?instance rdf:type < http://seamless.pco-innovation.com/energy/common/software/tcu83#TCSTANDARDTYPE >. ?instance rdf:type ?typeTemp. LET(?type := afn:localname(?typeTemp)). ?instance :inferredLabel ?label. LET(?id := afn:localname(?instance)). LET(?uri := fn:concat('../mf/MF.html?graphName=TCSTANDARDTYPE&QName=' , afn:localname(?instance))). OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tctypecstattach > ?tctype__tctypecstattachNode. ?tctype__tctypecstattachNode :inferredLabel ?labeltctype__tctypecstattachNode. LET(?tctype__tctypecstattach := str(?labeltctype__tctypecstattachNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcproperty > ?tctype__tcpropertyNode. ?tctype__tcpropertyNode :inferredLabel ?labeltctype__tcpropertyNode. LET(?tctype__tcproperty := str(?labeltctype__tcpropertyNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tcstdtype__tcclass > ?tcstdtype__tcclassNode. ?tcstdtype__tcclassNode :inferredLabel ?labeltcstdtype__tcclassNode. LET(?tcstdtype__tcclass := str(?labeltcstdtype__tcclassNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#parentTypeName > ?parentTypeNameNode. ?parentTypeNameNode :inferredLabel ?labelparentTypeNameNode. LET(?parentTypeName := str(?labelparentTypeNameNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#inverse_of_primaryTypeName > ?inverse_of_primaryTypeNameNode. ?inverse_of_primaryTypeNameNode :inferredLabel ?labelinverse_of_primaryTypeNameNode. LET(?inverse_of_primaryTypeName := str(?labelinverse_of_primaryTypeNameNode)). } OPTIONAL{ ?instance <http://seamless.pco-innovation.com/energy/common/software/tcu83#typeName> ?typeNameTemp. LET(?typeName := str(?typeNameTemp)). } OPTIONAL{ ?instance <http://seamless.pco-innovation.com/energy/common/software/tcu83#isAbstract> ?isAbstractTemp. LET(?isAbstract := str(?isAbstractTemp)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__constantattach > ?tctype__constantattachNode. ?tctype__constantattachNode :inferredLabel ?labeltctype__constantattachNode. LET(?tctype__constantattach := str(?labeltctype__constantattachNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#childTypeName > ?childTypeNameNode. ?childTypeNameNode :inferredLabel ?labelchildTypeNameNode. LET(?childTypeName := str(?labelchildTypeNameNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcdisplayrule > ?tctype__tcdisplayruleNode. ?tctype__tcdisplayruleNode :inferredLabel ?labeltctype__tcdisplayruleNode. LET(?tctype__tcdisplayrule := str(?labeltctype__tcdisplayruleNode)). } OPTIONAL{ ?instance <http://seamless.pco-innovation.com/energy/common/software/tcu83#description > ?descriptionTemp. LET(?description := str(?descriptionTemp)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#inverse_of_secondaryTypeName > ?inverse_of_secondaryTypeNameNode. ?inverse_of_secondaryTypeNameNode :inferredLabel ?labelinverse_of_secondaryTypeNameNode. LET(?inverse_of_secondaryTypeName := str(?labelinverse_of_secondaryTypeNameNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcgrmrule > ?tctype__tcgrmruleNode. ?tctype__tcgrmruleNode :inferredLabel ?labeltctype__tcgrmruleNode. LET(?tctype__tcgrmrule := str(?labeltctype__tcgrmruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#sourceTypeName__tccomprule > ?sourceTypeName__tccompruleNode. ?sourceTypeName__tccompruleNode :inferredLabel ?labelsourceTypeName__tccompruleNode. LET(?sourceTypeName__tccomprule := str(?labelsourceTypeName__tccompruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctyper__tcdeepcprule > ?tctyper__tcdeepcpruleNode. ?tctyper__tcdeepcpruleNode :inferredLabel ?labeltctyper__tcdeepcpruleNode. LET(?tctyper__tcdeepcprule := str(?labeltctyper__tcdeepcpruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#destTypeName__tccomprule > ?destTypeName__tccompruleNode. ?destTypeName__tccompruleNode :inferredLabel ?labeldestTypeName__tccompruleNode. LET(?destTypeName__tccomprule := str(?labeldestTypeName__tccompruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcdeepcprule > ?tctype__tcdeepcpruleNode. ?tctype__tcdeepcpruleNode :inferredLabel ?labeltctype__tcdeepcpruleNode. LET(?tctype__tcdeepcprule := str(?labeltctype__tcdeepcpruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#tctypeo__tcdeepcprule > ?tctypeo__tcdeepcpruleNode. ?tctypeo__tcdeepcpruleNode :inferredLabel ?labeltctypeo__tcdeepcpruleNode. LET(?tctypeo__tcdeepcprule := str(?labeltctypeo__tcdeepcpruleNode)). } OPTIONAL{ ?instance < http://seamless.pco-innovation.com/energy/common/software/tcu83#noteTypeName > ?noteTypeNameTemp. LET(?noteTypeName := str(?noteTypeNameTemp)). } } 2013/6/7 Andy Seaborne <[email protected]> > Brice, > > What's the query? > > Andy > > > On 07/06/13 08:52, Brice Sommacal wrote: > >> Hello, >> >> The preceding error (XSLTransformation) was occuring in my Eclipse >> environment (set with Xmx and Xms at 1024M). >> When I move my code in a web server environment (set with Xmx and Xms at >> 6000M), the XSL transformation goes well, but I keep tracking a Java Heap >> Space error: >> >> java.lang.OutOfMemoryError: Java heap space >> at java.util.ArrayList.<init>(**ArrayList.java:112) >> at java.util.ArrayList.<init>(**ArrayList.java:119) >> at org.apache.jena.atlas.lib.DS.**list(DS.java:54) >> at >> org.apache.jena.atlas.**iterator.IteratorConcat.<init>** >> (IteratorConcat.java:34) >> at >> org.apache.jena.atlas.**iterator.IteratorConcat.** >> concat(IteratorConcat.java:45) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:77) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingProjectBase.** >> actualVars(BindingProjectBase.**java:79) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingProjectBase.** >> vars1(BindingProjectBase.java:**71) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:75) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingProjectBase.** >> actualVars(BindingProjectBase.**java:79) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingProjectBase.** >> vars1(BindingProjectBase.java:**71) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.vars(** >> BindingBase.java:75) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.hashCode(** >> BindingBase.java:199) >> at >> com.hp.hpl.jena.sparql.engine.**binding.BindingBase.hashCode(** >> BindingBase.java:185) >> at java.util.HashMap.put(HashMap.**java:372) >> at java.util.HashSet.add(HashSet.**java:200) >> at org.apache.jena.atlas.data.**SortedDataBag.add(** >> SortedDataBag.java:114) >> at >> org.apache.jena.atlas.data.**DistinctDataNet.netAdd(** >> DistinctDataNet.java:58) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIterDistinct.** >> isFreshSighting(**QueryIterDistinct.java:66) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.**QueryIterDistinctReduced.** >> hasNextBinding(**QueryIterDistinctReduced.java:**61) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIteratorBase.** >> hasNext(QueryIteratorBase.**java:112) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIteratorWrapper.** >> hasNextBinding(**QueryIteratorWrapper.java:40) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIteratorBase.** >> hasNext(QueryIteratorBase.**java:112) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIteratorWrapper.** >> hasNextBinding(**QueryIteratorWrapper.java:40) >> at >> com.hp.hpl.jena.sparql.engine.**iterator.QueryIteratorBase.** >> hasNext(QueryIteratorBase.**java:112) >> >> Definetely, the XML serialization is not good enough for my use case. >> >> What should be the best solution? >> <quote> >> - Read data from a RDF Store (Jena TBD, Sesame) and return data with a >> SPARQL end point (and apply the XSL on the fly [streaming]) >> - Convert data from OWL files into an Exhibit table (staged mode). So >> let's directly parameter the Exhibit storage mode. >> (by the way, I didn't succeed to set up Exhibit 3 staged >> in >> a windows environment yet) >> - Read data from a RDF Store and create a specific connector with Exhibit >> API? >> </quote> >> >> Regards, >> >> >> Brice >> >> >> 2013/6/6 Brice Sommacal <[email protected]> >> >> Hi Andy, >>> >>> I was using Jena 2.6.4 and I have just upgraded to 2.10.1.. >>> The logs are: >>> Exception in thread "main" java.lang.OutOfMemoryError: Java heap space >>> at java.util.Arrays.copyOf(**Unknown Source) >>> at java.util.Arrays.copyOf(**Unknown Source) >>> at java.util.Vector.**ensureCapacityHelper(Unknown Source) >>> at java.util.Vector.addElement(**Unknown Source) >>> at >>> com.sun.org.apache.xml.**internal.dtm.ref.sax2dtm.** >>> SAX2DTM2.startElement(Unknown >>> Source) >>> at >>> com.sun.org.apache.xalan.**internal.xsltc.dom.SAXImpl.** >>> startElement(Unknown >>> Source) >>> at >>> com.sun.org.apache.xalan.**internal.xsltc.trax.**TransformerHandlerImpl. >>> **startElement(Unknown >>> Source) >>> at org.apache.xerces.parsers.**AbstractSAXParser.** >>> startElement(Unknown >>> Source) >>> at >>> org.apache.xerces.impl.**XMLNSDocumentScannerImpl.** >>> scanStartElement(Unknown >>> Source) >>> at >>> org.apache.xerces.impl.**XMLDocumentFragmentScannerImpl** >>> $FragmentContentDispatcher.**dispatch(Unknown >>> Source) >>> at >>> org.apache.xerces.impl.**XMLDocumentFragmentScannerImpl** >>> .scanDocument(Unknown >>> Source) >>> at org.apache.xerces.parsers.**XML11Configuration.parse(**Unknown >>> Source) >>> at org.apache.xerces.parsers.**XML11Configuration.parse(**Unknown >>> Source) >>> at org.apache.xerces.parsers.**XMLParser.parse(Unknown Source) >>> at org.apache.xerces.parsers.**AbstractSAXParser.parse(**Unknown Source) >>> at org.apache.xerces.jaxp.**SAXParserImpl$JAXPSAXParser.** >>> parse(Unknown >>> Source) >>> at com.sun.org.apache.xalan.**internal.xsltc.trax.** >>> TrAXFilter.parse(Unknown >>> Source) >>> at >>> com.sun.org.apache.xalan.**internal.xsltc.trax.**TransformerImpl.** >>> transformIdentity(Unknown >>> Source) >>> at >>> com.sun.org.apache.xalan.**internal.xsltc.trax.** >>> TransformerImpl.transform(**Unknown >>> Source) >>> at >>> com.sun.org.apache.xalan.**internal.xsltc.trax.** >>> TransformerImpl.transform(**Unknown >>> Source) >>> at >>> com.pcoinnovation.**genericbrowser.json.FiltreXSL.** >>> transformer(FiltreXSL.java:47) >>> >>> So, from now, it's not because of the ResultSetFormatter but from the XSL >>> Transformation with SAX. >>> Thanks Andy for pointing this out. >>> >>> There is no parralel requests because I'm executing them one by one, and >>> close the query every time. >>> >>> >>> >>> 2013/6/6 Andy Seaborne <[email protected]> >>> >>> On 06/06/13 13:52, Brice Sommacal wrote: >>>> >>>> The XML processing is inside the class ResultSetFormatter available >>>>> from >>>>> Jena API. I'm not sure if it's parse with XML DOM or SAX. >>>>> >>>>> Logs are here : >>>>> at >>>>> org.openjena.atlas.io.****IndentedWriter.write(**** >>>>> IndentedWriter.java:128) >>>>> at >>>>> org.openjena.atlas.io.****IndentedWriter.printOneChar(** >>>>> IndentedWriter.java:123) >>>>> at org.openjena.atlas.io.****IndentedWriter.print(** >>>>> IndentedWriter.java:87) >>>>> at >>>>> com.hp.hpl.jena.sparql.****resultset.XMLOutputResultSet.*** >>>>> *printLiteral(** >>>>> XMLOutputResultSet.java:182) >>>>> at >>>>> com.hp.hpl.jena.sparql.****resultset.XMLOutputResultSet.**** >>>>> printBindingValue(****XMLOutputResultSet.java:148) >>>>> at >>>>> com.hp.hpl.jena.sparql.****resultset.XMLOutputResultSet.**** >>>>> binding(XMLOutputResultSet.****java:132) >>>>> >>>>> >>>>> Jena API provide way to add the stylesheet inside the XML >>>>> (xsl:reference) >>>>> but not to directly run the XML with the XSL. >>>>> That's wy I firstly write the XML file (a result set serialization) , >>>>> and >>>>> then run a SAX processor with a stylesheet. The output is a JSON file. >>>>> >>>>> >>>> (version? it's not the current one) >>>> >>>> The ResultSet writing is streaming and not RAM limited. It does not use >>>> SAX or DOM, it just writes direct output. The query may be consuming >>>> space, some queries do, especially if inferencing is involved (ontoIn >>>> suggests it might be) and this just happens to be where the heap limit >>>> is >>>> hit. >>>> >>>> Processing the XML output may well be memory consuming but that's not >>>> Jena. >>>> >>>> Are there parallel requests going on? They all compete for RAM. >>>> >>>> Andy >>>> >>>> >>>> >>>> >>>>> Brice >>>>> >>>>> >>>>> 2013/6/6 Claude Warren <[email protected]> >>>>> >>>>> I have not followed this discussion very closely so please excuse any >>>>> >>>>>> items >>>>>> that have already been discussed. >>>>>> >>>>>> You state you are serializing the result set to XML apply a style >>>>>> sheet >>>>>> and >>>>>> output as json. >>>>>> >>>>>> Does your XML processing use the XML Dom or SAX processor? (DOM >>>>>> results in >>>>>> a memory footprint of approx 3x document size) You can run the Style >>>>>> sheet >>>>>> processing directly agains the SAX processor and have a minimal >>>>>> footprint. >>>>>> >>>>>> Does your stylesheet output the JSON or do you use an XML to JSON >>>>>> converter? If the latter, is does it use or can it use streaming like >>>>>> the >>>>>> SAX parser does? >>>>>> >>>>>> Claude >>>>>> >>>>>> >>>>>> On Thu, Jun 6, 2013 at 1:28 PM, Brice Sommacal < >>>>>> [email protected] >>>>>> >>>>>> wrote: >>>>>>> >>>>>>> >>>>>> Hi Olivier, >>>>>> >>>>>>> >>>>>>> Thanks for the tips for using your library. >>>>>>> It may be useful one day. >>>>>>> Can I have a look at it? I'm wondering how the n3 graph is read >>>>>>> (from a >>>>>>> file?) >>>>>>> Is it possible to manage an other data source from? like a RDF Store? >>>>>>> >>>>>>> For my case, my code is inside a java servlet and I don't manage to >>>>>>> set >>>>>>> >>>>>>> up >>>>>> >>>>>> the application with data from a IHM. So there is no way to use a >>>>>>> javascript library (not yet ;-)) >>>>>>> >>>>>>> Thanks anyway, >>>>>>> >>>>>>> >>>>>>> Brice >>>>>>> >>>>>>> >>>>>>> 2013/6/5 Olivier Rossel <[email protected]> >>>>>>> >>>>>>> i have a small javascript that converts a n3 graph into a >>>>>>> javascript >>>>>>> >>>>>>>> >>>>>>>> graph >>>>>>> >>>>>>> of objects. >>>>>>>> if your problem is related to XML stuff and such a lib could help, >>>>>>>> let >>>>>>>> >>>>>>>> me >>>>>>> >>>>>> >>>>>> know. >>>>>>> >>>>>>>> (it might be interesting to contribute it directly to exhibit, btw) >>>>>>>> >>>>>>>> >>>>>>>> On Wed, Jun 5, 2013 at 6:13 PM, Brice Sommacal < >>>>>>>> >>>>>>>> [email protected] >>>>>>> >>>>>> >>>>>> wrote: >>>>>>> >>>>>>>> >>>>>>>>> >>>>>>>> Hello everyone, >>>>>>>> >>>>>>>>> >>>>>>>>> I'm facing a "java.lang.OutOfMemoryError: GC overhead limit >>>>>>>>> exceeded" >>>>>>>>> >>>>>>>>> error >>>>>>>> >>>>>>>> and I would like an advice about how I could optimize my code. >>>>>>>>> >>>>>>>>> The aim of this method is to run a SPARQL query, convert it on a >>>>>>>>> XML >>>>>>>>> >>>>>>>>> format >>>>>>>> >>>>>>>> and then apply a XSL stylesheet[1] to write a JSON format (readable >>>>>>>>> >>>>>>>>> by >>>>>>>> >>>>>>> >>>>>> Exhibit - Scripted [2]). >>>>>>> >>>>>>>> >>>>>>>>> My piece of code was working well untill today. (I have been >>>>>>>>> trying >>>>>>>>> >>>>>>>>> to >>>>>>>> >>>>>>> >>>>>> query a big model and the query returns too much results). >>>>>>> >>>>>>>> This makes my program break. >>>>>>>>> >>>>>>>>> <quote> >>>>>>>>> Query queryToExec = QueryFactory.create(query, Syntax.syntaxARQ); >>>>>>>>> QueryExecution qexec = QueryExecutionFactory.create(*** >>>>>>>>> *queryToExec, >>>>>>>>> >>>>>>>>> ontoIn); >>>>>>>> >>>>>>> >>>>>>> ResultSet result = null; >>>>>>>> >>>>>>>>> BufferedOutputStream buf; >>>>>>>>> try{ >>>>>>>>> result = qexec.execSelect(); >>>>>>>>> buf = new BufferedOutputStream(new FileOutputStream(new File(root + >>>>>>>>> "XML/JSON_XML/"+qNameClass+".****xml"))); >>>>>>>>> //Serialization of the resultSet >>>>>>>>> ResultSetFormatter.****outputAsXML(buf, result); >>>>>>>>> >>>>>>>>> buf.close(); >>>>>>>>> } >>>>>>>>> catch (Exception e) { >>>>>>>>> e.printStackTrace(); >>>>>>>>> } >>>>>>>>> finally{ >>>>>>>>> qexec.close(); >>>>>>>>> } >>>>>>>>> </quote> >>>>>>>>> >>>>>>>>> I know that writing XML file use loads memory.... >>>>>>>>> >>>>>>>>> I was thinking of: >>>>>>>>> - creating several XML files by tracing the ResullSetFormatter >>>>>>>>> >>>>>>>>> memory >>>>>>>> >>>>>>> >>>>>> usage. (is there possible?) >>>>>>> >>>>>>>> - avoiding XML intermediate format and write directly in one or >>>>>>>>> >>>>>>>>> several >>>>>>>> >>>>>>> >>>>>>> JSON file... >>>>>>>> >>>>>>>>> - ... >>>>>>>>> >>>>>>>>> >>>>>>>>> Is there someone whom find a way to avoid this kind of error >>>>>>>>> >>>>>>>>>> >>>>>>>>>> (without >>>>>>>>> >>>>>>>> >>>>>>> increasing Xms Xmx) ?? >>>>>>>> >>>>>>>>> >>>>>>>>> Thanks in advance, >>>>>>>>> >>>>>>>>> >>>>>>>>> Brice >>>>>>>>> >>>>>>>>> [1] >>>>>>>>> http://data-gov.tw.rpi.edu/****wiki/Sparqlxml2exhibitjson.xsl<http://data-gov.tw.rpi.edu/**wiki/Sparqlxml2exhibitjson.xsl> >>>>>>>>> **<http://data-gov.tw.rpi.edu/**wiki/Sparqlxml2exhibitjson.xsl<http://data-gov.tw.rpi.edu/wiki/Sparqlxml2exhibitjson.xsl> >>>>>>>>> **> >>>>>>>>> [2] >>>>>>>>> http://www.simile-widgets.org/****exhibit3/<http://www.simile-widgets.org/**exhibit3/> >>>>>>>>> <http://www.simile-**widgets.org/exhibit3/<http://www.simile-widgets.org/exhibit3/> >>>>>>>>> > >>>>>>>>> >>>>>>>>> >>>>>>>>> >>>>>>>> >>>>>>> >>>>>> >>>>>> -- >>>>>> I like: Like Like - The likeliest place on the web< >>>>>> http://like-like.xenei.com> >>>>>> Identity: >>>>>> https://www.identify.nu/user.****[email protected]<https://www.identify.nu/user.**[email protected]> >>>>>> <https://**www.identify.nu/user.php?**[email protected]<https://www.identify.nu/[email protected]> >>>>>> > >>>>>> LinkedIn: >>>>>> http://www.linkedin.com/in/****claudewarren<http://www.linkedin.com/in/**claudewarren> >>>>>> <http://www.**linkedin.com/in/claudewarren<http://www.linkedin.com/in/claudewarren> >>>>>> > >>>>>> >>>>>> >>>>>> >>>>> >>>> >>> >> >
<?xml version="1.0" encoding="UTF-8" standalone="no"?> <class LABEL="TcStandardType - BusinessObject" QNAME="TCSTANDARDTYPE" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#TCSTANDARDTYPE";> <property LABEL="type_constant" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tctypecstattach"/> <property LABEL="TcProperty" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcproperty"/> <property LABEL="typeClassName" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tcstdtype__tcclass"/> <property LABEL="parentTypeName" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#parentTypeName"/> <property LABEL="TcGRMRule as primary" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#inverse_of_primaryTypeName"/> <property LABEL="typeName" TYPE="DatatypeProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#typeName"/> <property LABEL="isAbstract" TYPE="DatatypeProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#isAbstract"/> <property LABEL="property_constant" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__constantattach"/> <property LABEL="childTypeName" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#childTypeName"/> <property LABEL="display_rule" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcdisplayrule"/> <property LABEL="description" TYPE="DatatypeProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#description"/> <property LABEL="TcGRMRule as secondary" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#inverse_of_secondaryTypeName"/> <property LABEL="TcGRMRule as relation" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcgrmrule"/> <property LABEL="compound_property_as_source" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#sourceTypeName__tccomprule"/> <property LABEL="TcDeepCopyRule as relation" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctyper__tcdeepcprule"/> <property LABEL="compound_property_as_dest" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#destTypeName__tccomprule"/> <property LABEL="TcDeepCopyRule" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctype__tcdeepcprule"/> <property LABEL="TcDeepCopyRule as object" TYPE="ObjectProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#tctypeo__tcdeepcprule"/> <property LABEL="noteTypeName" TYPE="DatatypeProperty" URI="http://seamless.pco-innovation.com/energy/common/software/tcu83#noteTypeName"/> </class>
