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Java implementation of the xOWL language concepts
/* This file has been generated by:
xOWL Code Generator
*/
package org.xowl.infra.lang.owl2;
public class Literal implements org.xowl.infra.lang.owl2.AnnotationValue, org.xowl.infra.lang.owl2.LiteralExpression {
//
public static interface langTag {
boolean check_contains(java.lang.String elem);
boolean user_check_add(java.lang.String elem);
boolean user_check_remove(java.lang.String elem);
boolean user_check_replace(java.lang.String oldElem, java.lang.String newElem);
void user_add(java.lang.String elem);
void user_remove(java.lang.String elem);
boolean inverse_check_add(java.lang.String elem);
boolean inverse_check_remove(java.lang.String elem);
boolean inverse_check_replace(java.lang.String oldElem, java.lang.String newElem);
void inverse_add(java.lang.String elem);
void inverse_remove(java.lang.String elem);
}
private static class langTag_impl implements org.xowl.infra.lang.owl2.Literal.langTag {
private org.xowl.infra.lang.owl2.Literal domain;
private java.lang.String data;
public java.lang.String get_raw() { return data; }
public java.lang.String get() { return data; }
private boolean check_card(int modifier) {
int card = modifier + 0;
if (data != null) card++;
return (card >= 0 && card <= 1);
}
@Override public boolean check_contains(java.lang.String elem) { return data.equals(elem); }
public boolean simple_check_add(java.lang.String elem) {
if (check_contains(elem)) return false;
if (!check_card(1)) return false;
return true;
}
public boolean simple_check_remove(java.lang.String elem) {
if (!check_contains(elem)) return false;
if (!check_card(-1)) return false;
return true;
}
public boolean simple_check_replace(java.lang.String oldElem, java.lang.String newElem) {
if (check_contains(newElem)) return false;
if (!check_contains(oldElem)) return false;
return true;
}
public void simple_add(java.lang.String elem) {
data = elem;
}
public void simple_remove(java.lang.String elem) {
data = null;
}
private boolean tree_check_add(java.lang.String elem) {
if (!simple_check_add(elem)) return false;
return true;
}
private boolean tree_check_remove(java.lang.String elem) {
if (!simple_check_remove(elem)) return false;
return true;
}
private boolean tree_check_replace(java.lang.String oldElem, java.lang.String newElem) {
if (!simple_check_replace(oldElem, newElem)) return false;
return true;
}
private void tree_add(java.lang.String elem) {
simple_add(elem);
}
private void tree_remove(java.lang.String elem) {
simple_remove(elem);
}
@Override public boolean user_check_add(java.lang.String elem) {
return tree_check_add(elem);
}
@Override public boolean user_check_remove(java.lang.String elem) {
return tree_check_remove(elem);
}
@Override public boolean user_check_replace(java.lang.String oldElem, java.lang.String newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void user_add(java.lang.String elem) {
tree_add(elem);
}
@Override public void user_remove(java.lang.String elem) {
tree_remove(elem);
}
@Override public boolean inverse_check_add(java.lang.String elem) {
return tree_check_add(elem);
}
@Override public boolean inverse_check_remove(java.lang.String elem) {
return tree_check_remove(elem);
}
@Override public boolean inverse_check_replace(java.lang.String oldElem, java.lang.String newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void inverse_add(java.lang.String elem) {
tree_add(elem);
}
@Override public void inverse_remove(java.lang.String elem) {
tree_remove(elem);
}
public langTag_impl(org.xowl.infra.lang.owl2.Literal domain) {
this.domain = domain;
}
}
private langTag_impl dataLangTag;
public org.xowl.infra.lang.owl2.Literal.langTag __getImplOflangTag() { return dataLangTag; }
public boolean setLangTag(java.lang.String elem) {
dataLangTag.simple_add(elem);
return true;
}
public java.lang.String getLangTag() { return dataLangTag.get(); }
//
//
public static interface lexicalValue {
boolean check_contains(java.lang.String elem);
boolean user_check_add(java.lang.String elem);
boolean user_check_remove(java.lang.String elem);
boolean user_check_replace(java.lang.String oldElem, java.lang.String newElem);
void user_add(java.lang.String elem);
void user_remove(java.lang.String elem);
boolean inverse_check_add(java.lang.String elem);
boolean inverse_check_remove(java.lang.String elem);
boolean inverse_check_replace(java.lang.String oldElem, java.lang.String newElem);
void inverse_add(java.lang.String elem);
void inverse_remove(java.lang.String elem);
}
private static class lexicalValue_impl implements org.xowl.infra.lang.owl2.Literal.lexicalValue {
private org.xowl.infra.lang.owl2.Literal domain;
private java.lang.String data;
public java.lang.String get_raw() { return data; }
public java.lang.String get() { return data; }
private boolean check_card(int modifier) {
int card = modifier + 0;
if (data != null) card++;
return (card >= 0 && card <= 1);
}
@Override public boolean check_contains(java.lang.String elem) { return data.equals(elem); }
public boolean simple_check_add(java.lang.String elem) {
if (check_contains(elem)) return false;
if (!check_card(1)) return false;
return true;
}
public boolean simple_check_remove(java.lang.String elem) {
if (!check_contains(elem)) return false;
if (!check_card(-1)) return false;
return true;
}
public boolean simple_check_replace(java.lang.String oldElem, java.lang.String newElem) {
if (check_contains(newElem)) return false;
if (!check_contains(oldElem)) return false;
return true;
}
public void simple_add(java.lang.String elem) {
data = elem;
}
public void simple_remove(java.lang.String elem) {
data = null;
}
private boolean tree_check_add(java.lang.String elem) {
if (!simple_check_add(elem)) return false;
return true;
}
private boolean tree_check_remove(java.lang.String elem) {
if (!simple_check_remove(elem)) return false;
return true;
}
private boolean tree_check_replace(java.lang.String oldElem, java.lang.String newElem) {
if (!simple_check_replace(oldElem, newElem)) return false;
return true;
}
private void tree_add(java.lang.String elem) {
simple_add(elem);
}
private void tree_remove(java.lang.String elem) {
simple_remove(elem);
}
@Override public boolean user_check_add(java.lang.String elem) {
return tree_check_add(elem);
}
@Override public boolean user_check_remove(java.lang.String elem) {
return tree_check_remove(elem);
}
@Override public boolean user_check_replace(java.lang.String oldElem, java.lang.String newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void user_add(java.lang.String elem) {
tree_add(elem);
}
@Override public void user_remove(java.lang.String elem) {
tree_remove(elem);
}
@Override public boolean inverse_check_add(java.lang.String elem) {
return tree_check_add(elem);
}
@Override public boolean inverse_check_remove(java.lang.String elem) {
return tree_check_remove(elem);
}
@Override public boolean inverse_check_replace(java.lang.String oldElem, java.lang.String newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void inverse_add(java.lang.String elem) {
tree_add(elem);
}
@Override public void inverse_remove(java.lang.String elem) {
tree_remove(elem);
}
public lexicalValue_impl(org.xowl.infra.lang.owl2.Literal domain) {
this.domain = domain;
}
}
private lexicalValue_impl dataLexicalValue;
public org.xowl.infra.lang.owl2.Literal.lexicalValue __getImplOflexicalValue() { return dataLexicalValue; }
public boolean setLexicalValue(java.lang.String elem) {
dataLexicalValue.simple_add(elem);
return true;
}
public java.lang.String getLexicalValue() { return dataLexicalValue.get(); }
//
//
public static interface memberOf {
boolean check_contains(org.xowl.infra.lang.owl2.IRI elem);
boolean user_check_add(org.xowl.infra.lang.owl2.IRI elem);
boolean user_check_remove(org.xowl.infra.lang.owl2.IRI elem);
boolean user_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem);
void user_add(org.xowl.infra.lang.owl2.IRI elem);
void user_remove(org.xowl.infra.lang.owl2.IRI elem);
boolean inverse_check_add(org.xowl.infra.lang.owl2.IRI elem);
boolean inverse_check_remove(org.xowl.infra.lang.owl2.IRI elem);
boolean inverse_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem);
void inverse_add(org.xowl.infra.lang.owl2.IRI elem);
void inverse_remove(org.xowl.infra.lang.owl2.IRI elem);
}
private static class memberOf_impl implements org.xowl.infra.lang.owl2.Literal.memberOf {
private org.xowl.infra.lang.owl2.Literal domain;
private org.xowl.infra.lang.owl2.IRI data;
public org.xowl.infra.lang.owl2.IRI get_raw() { return data; }
public org.xowl.infra.lang.owl2.IRI get() { return data; }
private boolean check_card(int modifier) {
int card = modifier + 0;
if (data != null) card++;
return (card >= 0 && card <= 1);
}
@Override public boolean check_contains(org.xowl.infra.lang.owl2.IRI elem) { return (data == elem); }
public boolean simple_check_add(org.xowl.infra.lang.owl2.IRI elem) {
if (check_contains(elem)) return false;
if (!check_card(1)) return false;
return true;
}
public boolean simple_check_remove(org.xowl.infra.lang.owl2.IRI elem) {
if (!check_contains(elem)) return false;
if (!check_card(-1)) return false;
return true;
}
public boolean simple_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem) {
if (check_contains(newElem)) return false;
if (!check_contains(oldElem)) return false;
return true;
}
public void simple_add(org.xowl.infra.lang.owl2.IRI elem) {
data = elem;
}
public void simple_remove(org.xowl.infra.lang.owl2.IRI elem) {
data = null;
}
private boolean tree_check_add(org.xowl.infra.lang.owl2.IRI elem) {
if (!simple_check_add(elem)) return false;
return true;
}
private boolean tree_check_remove(org.xowl.infra.lang.owl2.IRI elem) {
if (!simple_check_remove(elem)) return false;
return true;
}
private boolean tree_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem) {
if (!simple_check_replace(oldElem, newElem)) return false;
return true;
}
private void tree_add(org.xowl.infra.lang.owl2.IRI elem) {
simple_add(elem);
}
private void tree_remove(org.xowl.infra.lang.owl2.IRI elem) {
simple_remove(elem);
}
@Override public boolean user_check_add(org.xowl.infra.lang.owl2.IRI elem) {
return tree_check_add(elem);
}
@Override public boolean user_check_remove(org.xowl.infra.lang.owl2.IRI elem) {
return tree_check_remove(elem);
}
@Override public boolean user_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void user_add(org.xowl.infra.lang.owl2.IRI elem) {
tree_add(elem);
}
@Override public void user_remove(org.xowl.infra.lang.owl2.IRI elem) {
tree_remove(elem);
}
@Override public boolean inverse_check_add(org.xowl.infra.lang.owl2.IRI elem) {
return tree_check_add(elem);
}
@Override public boolean inverse_check_remove(org.xowl.infra.lang.owl2.IRI elem) {
return tree_check_remove(elem);
}
@Override public boolean inverse_check_replace(org.xowl.infra.lang.owl2.IRI oldElem, org.xowl.infra.lang.owl2.IRI newElem) {
return tree_check_replace(oldElem, newElem);
}
@Override public void inverse_add(org.xowl.infra.lang.owl2.IRI elem) {
tree_add(elem);
}
@Override public void inverse_remove(org.xowl.infra.lang.owl2.IRI elem) {
tree_remove(elem);
}
public memberOf_impl(org.xowl.infra.lang.owl2.Literal domain) {
this.domain = domain;
}
}
private memberOf_impl dataMemberOf;
public org.xowl.infra.lang.owl2.Literal.memberOf __getImplOfmemberOf() { return dataMemberOf; }
public boolean setMemberOf(org.xowl.infra.lang.owl2.IRI elem) {
if (dataMemberOf.get() != null) {
if (elem == null) {
if (!dataMemberOf.user_check_remove(dataMemberOf.get())) return false;
dataMemberOf.user_remove(dataMemberOf.get());
} else {
if (!dataMemberOf.user_check_replace(dataMemberOf.get(), elem)) return false;
dataMemberOf.user_remove(dataMemberOf.get());
dataMemberOf.user_add(elem);
}
} else {
if (elem == null) return true;
if (!dataMemberOf.user_check_add(elem)) return false;
dataMemberOf.user_add(elem);
}
return true;
}
public org.xowl.infra.lang.owl2.IRI getMemberOf() { return dataMemberOf.get(); }
//
public Literal() {
dataLangTag = new langTag_impl(this);
dataLexicalValue = new lexicalValue_impl(this);
dataMemberOf = new memberOf_impl(this);
}
}