/*
Copyright (c) 2011 Mizar Tools Contributors (mizartools.org)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/
/* Contributors :
* 2011-02-05 Marco Riccardi - initial implementation
* 2011-03-25 Marco Riccardi - implementation of visitor pattern
*
*/
package org.mizartools.system.xml;
import java.util.LinkedList;
import org.mizartools.system.ElementParseException;
import org.mizartools.system.IElement;
import org.mizartools.system.INode;
import org.mizartools.utility.xml.XMLAttribute;
import org.mizartools.utility.xml.XMLElement;
public class Theorem implements IElement {
public enum Kind { T, D,}
public enum Constrkind { M, V, R, K,}
public static final String NAME = "Theorem";
private INode parentNode;
private Integer articlenr = null;
private Integer nr = null;
private Kind kind = null;
private Constrkind constrkind = null;
private Integer constrnr = null;
private String aid = null;
private Formula formula = null;
private Theorem(INode parentNode){
this.parentNode = parentNode;
}
public INode getParentNode() {
return parentNode;
}
public static Theorem newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
Theorem theorem = new Theorem(parentNode);
XMLElement xmlElement = xmlElementList.poll();
if (!xmlElement.getName().equals(NAME)){
throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "XMLElement is a " + xmlElement.getName() + " not a " + NAME, xmlElementList);
}
for (XMLAttribute xmlAttribute : xmlElement.getXMLAttributeList()){
if (xmlAttribute.getName().equals("articlenr")){
if (theorem.articlenr == null){
try {theorem.articlenr = Integer.parseInt(xmlAttribute.getValue());}
catch (Exception e) {throw new ElementParseException(ElementParseException.NOT_VALID_TYPE_OF_ATTRIBUTE_ELEMENT, "XMLElement has an attribute " + xmlAttribute.getName() + " with an invalid type", xmlElementList);};
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
if (xmlAttribute.getName().equals("nr")){
if (theorem.nr == null){
try {theorem.nr = Integer.parseInt(xmlAttribute.getValue());}
catch (Exception e) {throw new ElementParseException(ElementParseException.NOT_VALID_TYPE_OF_ATTRIBUTE_ELEMENT, "XMLElement has an attribute " + xmlAttribute.getName() + " with an invalid type", xmlElementList);};
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
if (xmlAttribute.getName().equals("kind")){
if (theorem.kind == null){
if (Kind.valueOf(xmlAttribute.getValue()) != null) {
theorem.kind = Kind.valueOf(xmlAttribute.getValue());
} else
throw new ElementParseException(ElementParseException.NOT_VALID_TYPE_OF_ATTRIBUTE_ELEMENT, "XMLElement has an attribute " + xmlAttribute.getName() + " with an invalid type", xmlElementList);
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
if (xmlAttribute.getName().equals("constrkind")){
if (theorem.constrkind == null){
if (Constrkind.valueOf(xmlAttribute.getValue()) != null) {
theorem.constrkind = Constrkind.valueOf(xmlAttribute.getValue());
} else
throw new ElementParseException(ElementParseException.NOT_VALID_TYPE_OF_ATTRIBUTE_ELEMENT, "XMLElement has an attribute " + xmlAttribute.getName() + " with an invalid type", xmlElementList);
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
if (xmlAttribute.getName().equals("constrnr")){
if (theorem.constrnr == null){
try {theorem.constrnr = Integer.parseInt(xmlAttribute.getValue());}
catch (Exception e) {throw new ElementParseException(ElementParseException.NOT_VALID_TYPE_OF_ATTRIBUTE_ELEMENT, "XMLElement has an attribute " + xmlAttribute.getName() + " with an invalid type", xmlElementList);};
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
if (xmlAttribute.getName().equals("aid")){
if (theorem.aid == null){
theorem.aid = xmlAttribute.getValue();
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
}
} else
throw new ElementParseException(ElementParseException.NOT_VALID_ATTRIBUTE_ELEMENT, "XMLElement has not a valid attribute " + xmlAttribute.getName(), xmlElementList);
}
if (!xmlElement.isEmpty()){
while (true){
xmlElement = xmlElementList.peek();
if (xmlElement == null){
throw new ElementParseException(ElementParseException.UNEXPECTED_END_OF_FILE, "Unexpected end of XMLElement list");
}
if (xmlElement.getName().equals(NAME) && xmlElement.isEndElement()){
xmlElement = xmlElementList.poll();
break;
}
if (Formula.isFormula(xmlElement.getName())){
if (theorem.formula == null) {
theorem.formula = Formula.newInstance(theorem, xmlElementList);
} else {
throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Formula> in element " + NAME, xmlElementList);
}
} else
throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
}
}
return theorem;
}
public LinkedList<XMLElement> getXMLElementList() {
LinkedList<XMLElement> xmlElementList = new LinkedList<XMLElement>();
XMLElement xmlElement = new XMLElement(NAME);
if (this.articlenr != null) {
XMLAttribute xmlAttribute = new XMLAttribute("articlenr", this.articlenr);
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
if (this.nr != null) {
XMLAttribute xmlAttribute = new XMLAttribute("nr", this.nr);
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
if (this.aid != null) {
XMLAttribute xmlAttribute = new XMLAttribute("aid", this.aid);
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
if (this.kind != null) {
XMLAttribute xmlAttribute = new XMLAttribute("kind", this.kind.name());
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
if (this.constrkind != null) {
XMLAttribute xmlAttribute = new XMLAttribute("constrkind", this.constrkind.name());
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
if (this.constrnr != null) {
XMLAttribute xmlAttribute = new XMLAttribute("constrnr", this.constrnr);
xmlElement.getXMLAttributeList().add(xmlAttribute);
}
boolean isEmpty = !(formula != null);
xmlElement.setEmpty(isEmpty);
xmlElementList.add(xmlElement);
if (this.formula != null){
xmlElementList.addAll(this.formula.getXMLElementList());
}
if (!isEmpty) {
xmlElement = new XMLElement(NAME);
xmlElement.setEndElement(true);
xmlElementList.add(xmlElement);
}
return xmlElementList;
}
public Integer getArticlenr(){
return articlenr;
}
public Integer getNr(){
return nr;
}
public Kind getKind(){
return kind;
}
public Constrkind getConstrkind(){
return constrkind;
}
public Integer getConstrnr(){
return constrnr;
}
public String getAid(){
return aid;
}
public Formula getFormula(){
return formula;
}
@Override
public void accept(Visitor visitor) {
if (visitor.visit(this)) {}
visitor.endVisit(this);
}
@Override
public String toString(){
ToStringVisitor toStringVisitor = new ToStringVisitor();
this.accept(toStringVisitor);
return toStringVisitor.toString();
}
}