Package org.mizartools.system

Examples of org.mizartools.system.ElementParseException

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    public static For newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        For for_ = new For(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("pid")){
                if (for_.pid == null){
                    try {for_.pid = 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("vid")){
                if (for_.vid == null){
                    try {for_.vid = 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
                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 (xmlElement.getName().equals("Typ")){
                    if (for_.typ == null) {
                        for_.typ = Typ.newInstance(for_, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Typ> in element " + NAME, xmlElementList);
                    }
                } else if (Formula.isFormula(xmlElement.getName())){
                    if (for_.formula == null) {
                        for_.formula = Formula.newInstance(for_, 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 for_;
    }
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    public static Set newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Set set = new Set(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("nr")){
                if (set.nr == null){
                    try {set.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
                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 (Term.isTerm(xmlElement.getName())){
                    if (set.term == null) {
                        set.term = Term.newInstance(set, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Term> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Typ")){
                    if (set.typ == null) {
                        set.typ = Typ.newInstance(set, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Typ> in element " + NAME, xmlElementList);
                    }
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return set;
    }
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    public static Theorems newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Theorems theorems = new Theorems(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("aid")){
                if (theorems.aid == null){
                    theorems.aid = xmlAttribute.getValue();
                } else {
                    throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
                }
            } else
            if (xmlAttribute.getName().equals("mizfiles")){
                if (theorems.mizfiles == null){
                    theorems.mizfiles = 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 (xmlElement.getName().equals("Signature")){
                    if (theorems.signature == null) {
                        theorems.signature = Signature.newInstance(theorems, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Signature> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Theorem")){
                    theorems.theoremList.add(Theorem.newInstance(theorems, xmlElementList));
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return theorems;
    }
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    public static EqArgs newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        EqArgs eqArgs = new EqArgs(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);
        }

        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 (xmlElement.getName().equals("Pair")){
                    eqArgs.pairList.add(Pair.newInstance(eqArgs, xmlElementList));
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return eqArgs;
    }
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    public static Constructor newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Constructor constructor = new Constructor(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("kind")){
                if (constructor.kind == null){
                    if (Kind.valueOf(xmlAttribute.getValue()) != null) {
                        constructor.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("nr")){
                if (constructor.nr == null){
                    try {constructor.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("aid")){
                if (constructor.aid == null){
                    constructor.aid = xmlAttribute.getValue();
                } else {
                    throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
                }
            } else
            if (xmlAttribute.getName().equals("relnr")){
                if (constructor.relnr == null){
                    try {constructor.relnr = 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("redefnr")){
                if (constructor.redefnr == null){
                    try {constructor.redefnr = 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("superfluous")){
                if (constructor.superfluous == null){
                    try {constructor.superfluous = 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("absredefnr")){
                if (constructor.absredefnr == null){
                    try {constructor.absredefnr = 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("redefaid")){
                if (constructor.redefaid == null){
                    constructor.redefaid = xmlAttribute.getValue();
                } else {
                    throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
                }
            } else
            if (xmlAttribute.getName().equals("structmodeaggrnr")){
                if (constructor.structmodeaggrnr == null){
                    try {constructor.structmodeaggrnr = 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("aggregbase")){
                if (constructor.aggregbase == null){
                    try {constructor.aggregbase = 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
                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 (xmlElement.getName().equals("Properties")){
                    if (constructor.properties == null) {
                        constructor.properties = Properties.newInstance(constructor, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Properties> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("ArgTypes")){
                    if (constructor.argTypes == null) {
                        constructor.argTypes = ArgTypes.newInstance(constructor, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <ArgTypes> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("StructLoci")){
                    if (constructor.structLoci == null) {
                        constructor.structLoci = StructLoci.newInstance(constructor, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <StructLoci> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Typ")){
                    constructor.typList.add(Typ.newInstance(constructor, xmlElementList));
                } else if (xmlElement.getName().equals("Fields")){
                    if (constructor.fields == null) {
                        constructor.fields = Fields.newInstance(constructor, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Fields> in element " + NAME, xmlElementList);
                    }
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return constructor;
    }
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    public static Ref newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Ref ref = new Ref(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("nr")){
                if (ref.nr == null){
                    try {ref.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("vid")){
                if (ref.vid == null){
                    try {ref.vid = 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("articlenr")){
                if (ref.articlenr == null){
                    try {ref.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("kind")){
                if (ref.kind == null){
                    if (Kind.valueOf(xmlAttribute.getValue()) != null) {
                        ref.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("line")){
                if (ref.line == null){
                    try {ref.line = 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("col")){
                if (ref.col == null){
                    try {ref.col = 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
                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;
                }
                throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return ref;
    }
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    public static Constructors newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Constructors constructors = new Constructors(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("aid")){
                if (constructors.aid == null){
                    constructors.aid = xmlAttribute.getValue();
                } else {
                    throw new ElementParseException(ElementParseException.DUPLICATE_ATTRIBUTE_ELEMENT, "XMLElement has a duplicate attribute " + xmlAttribute.getName(), xmlElementList);
                }
            } else if (xmlAttribute.getName().equals("mizfiles")){
                if (constructors.mizfiles == null){
                    constructors.mizfiles = 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 (xmlElement.getName().equals("SignatureWithCounts")){
                    if (constructors.signatureWithCounts == null) {
                        constructors.signatureWithCounts = SignatureWithCounts.newInstance(constructors, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <SignatureWithCounts> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Signature")){
                    if (constructors.signature == null) {
                        constructors.signature = Signature.newInstance(constructors, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Signature> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("ConstrCounts")){
                    if (constructors.constrCounts == null) {
                        constructors.constrCounts = ConstrCounts.newInstance(constructors, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <ConstrCounts> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Constructor")){
                    constructors.constructorList.add(Constructor.newInstance(constructors, xmlElementList));
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return constructors;
    }
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    public static DefFunc newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        DefFunc defFunc = new DefFunc(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("nr")){
                if (defFunc.nr == null){
                    try {defFunc.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("vid")){
                if (defFunc.vid == null){
                    try {defFunc.vid = 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
                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 (xmlElement.getName().equals("ArgTypes")){
                    if (defFunc.argTypes == null) {
                        defFunc.argTypes = ArgTypes.newInstance(defFunc, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <ArgTypes> in element " + NAME, xmlElementList);
                    }
                } else if (Term.isTerm(xmlElement.getName())){
                    if (defFunc.term == null) {
                        defFunc.term = Term.newInstance(defFunc, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Term> in element " + NAME, xmlElementList);
                    }
                } else if (xmlElement.getName().equals("Typ")){
                    if (defFunc.typ == null) {
                        defFunc.typ = Typ.newInstance(defFunc, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <Typ> in element " + NAME, xmlElementList);
                    }
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return defFunc;
    }
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    public static Visible newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Visible visible = new Visible(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);
        }

        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 (xmlElement.getName().equals("Int")){
                    visible.intList.add(Int.newInstance(visible, xmlElementList));
                } else
                    throw new ElementParseException(ElementParseException.NOT_VALID_ELEMENT, "The XMLElement " + xmlElement.getName() + " is not valid in " + NAME, xmlElementList);
            }
        }

        return visible;
    }
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    public static Proof newInstance(INode parentNode, LinkedList<XMLElement> xmlElementList) throws ElementParseException {
        Proof proof = new Proof(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("nr")){
                if (proof.nr == null){
                    try {proof.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("vid")){
                if (proof.vid == null){
                    try {proof.vid = 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("line")){
                if (proof.line == null){
                    try {proof.line = 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("col")){
                if (proof.col == null){
                    try {proof.col = 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
            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 (xmlElement.getName().equals("BlockThesis")){
                    if (proof.blockThesis == null) {
                        proof.blockThesis = BlockThesis.newInstance(proof, xmlElementList);
                    } else {
                        throw new ElementParseException(ElementParseException.DUPLICATE_ELEMENT, "XMLElement list contains a duplicated <BlockThesis> in element " + NAME, xmlElementList);
                    }
                } else {
                  if (proof.reasoning == null){
                    proof.reasoning = new Reasoning(proof);
                  }
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