fr.lirmm.graphik.cogui.rdf
Class ImportNaturalRDF

java.lang.Object
  fr.lirmm.graphik.cogui.rdf.ImportNaturalRDF

All Implemented Interfaces:

ImportRDF

public class ImportNaturalRDF
extends java.lang.Object
implements ImportRDF

The Class ImportNaturalRDF parse RDF and build a "natural" conversion in cg

Constructor Summary

ImportNaturalRDF(Environment env, boolean modifySignature, boolean supportCompletion, boolean allowPartitionWithI, boolean considerOwl, boolean disjointWith, boolean allValuesFrom, boolean symmetry, boolean transitivity, boolean inverse, boolean keepAnonymousClasses, boolean removeIsolatedConcept, boolean removeConceptsReferringToTypes)
Instantiates a new transfo2.

Method Summary

void	addAnonymousTC(com.hp.hpl.jena.rdf.model.Resource r) Adds the anonymous tc.
java.lang.String	addConceptGen(java.lang.String v) Adds the concept gen.
java.lang.String	addConceptInd(java.lang.String i) Adds the concept ind.
java.lang.String	addDataType(com.hp.hpl.jena.rdf.model.Literal literal) Adds the data type.
java.lang.String	addIndividual(com.hp.hpl.jena.rdf.model.Literal l, java.lang.String type) AddIndividual(i) : si i appartient a?
void	addIndividual(com.hp.hpl.jena.rdf.model.Resource i, java.lang.String type) AddIndividual(i) : si i appartient a?
void	addOrderTC(java.lang.String child, java.lang.String parent) placer child sous parent dans TC.
void	addOrderTR(java.lang.String child, java.lang.String parent) placer child sous parent dans TR.
void	addRelation(java.lang.String t, java.lang.String idC1, java.lang.String idC2) Adds the relation.
void	addTypeInSignature(java.lang.String relationType, java.lang.String conceptType, int numorder) Adds the type in signature.
void	addTypeTC(com.hp.hpl.jena.rdf.model.Resource r) AddTypeTC(t) : si t appartient a Tr ou t ?
void	addTypeToConcept(java.lang.String id, java.lang.String t) Adds the type to concept and normalize types if necessary.
void	addTypeTR(com.hp.hpl.jena.rdf.model.Resource r) AddTypeTR(t) : si t appartient a?
boolean	appartientIndiv(java.lang.String s) Appartient indiv.
boolean	appartientTC(java.lang.String s) Appartient tc.
boolean	appartientTR(java.lang.String s) Appartient tr.
void	parseStatement(com.hp.hpl.jena.rdf.model.Statement statement) Parses the statement.
void	prepare() Prepare.
void	terminate()

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

ImportNaturalRDF

public ImportNaturalRDF(Environment env,
                        boolean modifySignature,
                        boolean supportCompletion,
                        boolean allowPartitionWithI,
                        boolean considerOwl,
                        boolean disjointWith,
                        boolean allValuesFrom,
                        boolean symmetry,
                        boolean transitivity,
                        boolean inverse,
                        boolean keepAnonymousClasses,
                        boolean removeIsolatedConcept,
                        boolean removeConceptsReferringToTypes)

Instantiates a new transfo2.

Parameters:

env - the environment voc+graphs

modifySignature - allow to modify signature

supportCompletion - allow to complete support

allowPartitionWithI - the allow partition with i

considerOwl - the consider owl

allValuesFrom - the all values from

symmetry - the symmetry

transitivity - the transitivity

keepAnonymousClasses - the keep anonymous classes

removeIsolatedConcept - the remove isolated concept

removeConceptsReferringToTypes - the remove concepts referring to types

Method Detail

prepare

public void prepare()

Prepare.

Specified by:

prepare in interface ImportRDF

parseStatement

public void parseStatement(com.hp.hpl.jena.rdf.model.Statement statement)
                    throws java.lang.Exception

Parses the statement.

Specified by:

parseStatement in interface ImportRDF

Parameters:

statement - the statement to parse

Throws:

java.lang.Exception - the exception

terminate

public void terminate()

Specified by:

terminate in interface ImportRDF

addTypeTC

public void addTypeTC(com.hp.hpl.jena.rdf.model.Resource r)
               throws java.lang.Exception

AddTypeTC(t) : si t appartient a Tr ou t ?appartient a I alors erreur(" non partition ") sinonsi t n'appartient pas a Tc alors insérer t dans Tc sous Top.

Parameters:

r - the r

Throws:

java.lang.Exception - the exception

addAnonymousTC

public void addAnonymousTC(com.hp.hpl.jena.rdf.model.Resource r)

Adds the anonymous tc.

Parameters:

r - the r

addTypeTR

public void addTypeTR(com.hp.hpl.jena.rdf.model.Resource r)
               throws java.lang.Exception

AddTypeTR(t) : si t appartient a? Tc ou t appartient a I alors erreur(" non partition ") sinonsi t ?n'appartient pas a Tr alors insérer t dans Tr et associer (Top,Top) comme signature.

Parameters:

r - the r

Throws:

java.lang.Exception - the exception

addIndividual

public void addIndividual(com.hp.hpl.jena.rdf.model.Resource i,
                          java.lang.String type)
                   throws java.lang.Exception

AddIndividual(i) : si i appartient a? Tc ou i appartient a Tr alors erreur(" non partition ") sinonsi i ?n'appartient pas a I alors insérer i dans I.

Parameters:

i - the i

type - the type

Throws:

java.lang.Exception - the exception

addIndividual

public java.lang.String addIndividual(com.hp.hpl.jena.rdf.model.Literal l,
                                      java.lang.String type)
                               throws java.lang.Exception

AddIndividual(i) : si i appartient a? Tc ou i appartient a Tr alors erreur(" non partition ") sinonsi i ?n'appartient pas a I alors insérer i dans I.

Parameters:

l - the l

type - the type

Returns:

the string

Throws:

java.lang.Exception - the exception

addOrderTC

public void addOrderTC(java.lang.String child,
                       java.lang.String parent)

placer child sous parent dans TC.

Parameters:

child - the child

parent - the parent

addOrderTR

public void addOrderTR(java.lang.String child,
                       java.lang.String parent)

placer child sous parent dans TR.

Parameters:

child - the child

parent - the parent

appartientTC

public boolean appartientTC(java.lang.String s)

Appartient tc.

Parameters:

s - the s

Returns:

true, if successful

appartientTR

public boolean appartientTR(java.lang.String s)

Appartient tr.

Parameters:

s - the s

Returns:

true, if successful

appartientIndiv

public boolean appartientIndiv(java.lang.String s)

Appartient indiv.

Parameters:

s - the s

Returns:

true, if successful

addConceptInd

public java.lang.String addConceptInd(java.lang.String i)

Adds the concept ind.

Parameters:

i - the i

Returns:

the string

addConceptGen

public java.lang.String addConceptGen(java.lang.String v)

Adds the concept gen.

Parameters:

v - the v

Returns:

the string

addTypeToConcept

public void addTypeToConcept(java.lang.String id,
                             java.lang.String t)

Adds the type to concept and normalize types if necessary.

Parameters:

id - the id

t - the t

addRelation

public void addRelation(java.lang.String t,
                        java.lang.String idC1,
                        java.lang.String idC2)

Adds the relation.

Parameters:

t - the t

idC1 - the id c1

idC2 - the id c2

addTypeInSignature

public void addTypeInSignature(java.lang.String relationType,
                               java.lang.String conceptType,
                               int numorder)

Adds the type in signature.

Parameters:

relationType - the relation type

conceptType - the concept type

numorder - the numorder

addDataType

public java.lang.String addDataType(com.hp.hpl.jena.rdf.model.Literal literal)

Adds the data type.

Parameters:

literal - the literal

Returns:

the string