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org.semanticweb.owlapi.functional.parser.CustomTokenizer Maven / Gradle / Ivy
package org.semanticweb.owlapi.functional.parser;
import static org.semanticweb.owlapi.functional.parser.OWLFunctionalSyntaxParserConstants.*;
import java.io.EOFException;
import java.io.IOException;
import java.io.Reader;
/**
* Created by ses on 6/9/14.
*/
class CustomTokenizer implements TokenManager {
private int unreadChar = -1;
private final Reader in;
private boolean eofSeen = false;
private final StringBuilder buf = new StringBuilder();
public CustomTokenizer(Reader reader) {
in = reader;
}
/**
* This gets the next token from the input stream. A token of kind 0 (EOF)
* should be returned on EOF.
*/
@Override
public Token getNextToken() {
while (true) {
char c;
try {
c = findTokenStart();
switch (c) {
case '(':
return makeToken(OPENPAR, "(");
case ')':
return makeToken(CLOSEPAR, ")");
case '@':
return makeToken(LANGIDENTIFIER, "@");
case '^':
c = readChar();
if (c == '^') {
return makeToken(DATATYPEIDENTIFIER, "^^");
} else {
return makeToken(ERROR, "^" + c);
}
case '=':
return makeToken(EQUALS, "=");
case '#':
skipComment();
break;
case '"':
return readStringLiteralToken();
case '<':
return readFullIRI();
default:
return readTextualToken(c);
}
} catch (IOException e) {
return makeToken(EOF, "");
}
}
}
private void skipComment() throws IOException {
for (char c = readChar(); c != '\n'; c = readChar()) {}
}
private Token readStringLiteralToken() throws IOException {
buf.setLength(0);
buf.append('"');
while (true) {
char c = readChar();
switch (c) {
case '"':
buf.append(c);
return makeToken(STRINGLITERAL, buf.toString());
case '\\':
buf.append(c);
c = readChar();
if (c != '\\' && c != '\"') {
return makeToken(ERROR,
"Bad escape sequence in StringLiteral");
}
// fallthrough
//$FALL-THROUGH$
default:
buf.append(c);
}
}
}
private Token readFullIRI() {
try {
buf.setLength(0);
buf.append('<');
while (true) {
char c = readChar();
buf.append(c);
if (c == '>') {
return makeToken(FULLIRI, buf.toString());
}
}
} catch (IOException e) {
return makeToken(ERROR, "<");
}
}
private Token readTextualToken(char c) throws IOException {
if (c >= '0' && c <= '9') {
return readNumber(c);
}
buf.setLength(0);
buf.append(c);
int colonIndex = -1;
if (c == ':') {
colonIndex = 0;
}
loop: while (true) {
try {
c = readChar();
switch (c) {
case '=':
case '"':
case '(':
case ')':
case '<':
case '>':
case '@':
case '^':
case '\r':
case '\n':
case ' ':
case '\t':
unread(c);
break loop;
case ':':
colonIndex = buf.length(); // and fall through
//$FALL-THROUGH$
default:
buf.append(c);
}
} catch (EOFException eof) {
break;
}
}
String s = buf.toString();
if (colonIndex >= 0) {
// System.out.println("colonIndex >=0 - so expect abbreviated IRI from "
// + buf);
if (colonIndex == s.length() - 1) {
return makeToken(PNAME_NS, s);
} else {
if (s.startsWith("_:")) {
return makeToken(NODEID, s);
}
return makeToken(OWLFunctionalSyntaxParserConstants.PNAME_LN, s);
}
}
switch (s) {
case "Ontology":
return makeToken(ONTOLOGY, s);
case "Label":
return makeToken(LABEL, s);
case "Import":
return makeToken(IMPORT, s);
case "Comment":
return makeToken(COMMENT, s);
case "SubClassOf":
return makeToken(SUBCLASSOF, s);
case "EquivalentClasses":
return makeToken(EQUIVALENTCLASSES, s);
case "DisjointClasses":
return makeToken(DISJOINTCLASSES, s);
case "DisjointUnion":
return makeToken(DISJOINTUNION, s);
case "Annotation":
return makeToken(ANNOTATION, s);
case "AnnotationProperty":
return makeToken(ANNOTATIONPROPERTY, s);
case "AnnotationAssertion":
return makeToken(ANNOTATIONASSERTION, s);
case "SubAnnotationPropertyOf":
return makeToken(SUBANNOTATIONPROPERTYOF, s);
case "AnnotationPropertyDomain":
return makeToken(ANNOTATIONPROPERTYDOMAIN, s);
case "AnnotationPropertyRange":
return makeToken(ANNOTATIONPROPERTYRANGE, s);
case "HasKey":
return makeToken(HASKEY, s);
case "Declaration":
return makeToken(DECLARATION, s);
case "Documentation":
return makeToken(DOCUMENTATION, s);
case "Class":
return makeToken(CLASS, s);
case "ObjectProperty":
return makeToken(OBJECTPROP, s);
case "DataProperty":
return makeToken(DATAPROP, s);
case "NamedIndividual":
return makeToken(NAMEDINDIVIDUAL, s);
case "Datatype":
return makeToken(DATATYPE, s);
case "DataOneOf":
return makeToken(DATAONEOF, s);
case "DataUnionOf":
return makeToken(DATAUNIONOF, s);
case "DataIntersectionOf":
return makeToken(DATAINTERSECTIONOF, s);
case "ObjectOneOf":
return makeToken(OBJECTONEOF, s);
case "ObjectUnionOf":
return makeToken(OBJECTUNIONOF, s);
case "ObjectHasValue":
return makeToken(OBJECTHASVALUE, s);
case "ObjectInverseOf":
return makeToken(OBJECTINVERSEOF, s);
case "InverseObjectProperties":
return makeToken(INVERSEOBJECTPROPERTIES, s);
case "DataComplementOf":
return makeToken(DATACOMPLEMENTOF, s);
case "DatatypeRestriction":
return makeToken(DATATYPERESTRICTION, s);
case "DatatypeDefinition":
return makeToken(DATATYPEDEFINITION, s);
case "ObjectIntersectionOf":
return makeToken(OBJECTINTERSECTIONOF, s);
case "ObjectComplementOf":
return makeToken(OBJECTCOMPLEMENTOF, s);
case "ObjectAllValuesFrom":
return makeToken(OBJECTALLVALUESFROM, s);
case "ObjectSomeValuesFrom":
return makeToken(OBJECTSOMEVALUESFROM, s);
case "ObjectHasSelf":
return makeToken(OBJECTHASSELF, s);
case "ObjectMinCardinality":
return makeToken(OBJECTMINCARDINALITY, s);
case "ObjectMaxCardinality":
return makeToken(OBJECTMAXCARDINALITY, s);
case "ObjectExactCardinality":
return makeToken(OBJECTEXACTCARDINALITY, s);
case "DataAllValuesFrom":
return makeToken(DATAALLVALUESFROM, s);
case "DataSomeValuesFrom":
return makeToken(DATASOMEVALUESFROM, s);
case "DataHasValue":
return makeToken(DATAHASVALUE, s);
case "DataMinCardinality":
return makeToken(DATAMINCARDINALITY, s);
case "DataMaxCardinality":
return makeToken(DATAMAXCARDINALITY, s);
case "DataExactCardinality":
return makeToken(DATAEXACTCARDINALITY, s);
case "ObjectPropertyChain":
return makeToken(SUBOBJECTPROPERTYCHAIN, s);
case "SubObjectPropertyOf":
return makeToken(SUBOBJECTPROPERTYOF, s);
case "EquivalentObjectProperties":
return makeToken(EQUIVALENTOBJECTPROPERTIES, s);
case "DisjointObjectProperties":
return makeToken(DISJOINTOBJECTPROPERTIES, s);
case "ObjectPropertyDomain":
return makeToken(OBJECTPROPERTYDOMAIN, s);
case "ObjectPropertyRange":
return makeToken(OBJECTPROPERTYRANGE, s);
case "FunctionalObjectProperty":
return makeToken(FUNCTIONALOBJECTPROPERTY, s);
case "InverseFunctionalObjectProperty":
return makeToken(INVERSEFUNCTIONALOBJECTPROPERTY, s);
case "ReflexiveObjectProperty":
return makeToken(REFLEXIVEOBJECTPROPERTY, s);
case "IrreflexiveObjectProperty":
return makeToken(IRREFLEXIVEOBJECTPROPERTY, s);
case "SymmetricObjectProperty":
return makeToken(SYMMETRICOBJECTPROPERTY, s);
case "AsymmetricObjectProperty":
return makeToken(ASYMMETRICOBJECTPROPERTY, s);
case "TransitiveObjectProperty":
return makeToken(TRANSITIVEOBJECTPROPERTY, s);
case "SubDataPropertyOf":
return makeToken(SUBDATAPROPERTYOF, s);
case "EquivalentDataProperties":
return makeToken(EQUIVALENTDATAPROPERTIES, s);
case "DisjointDataProperties":
return makeToken(DISJOINTDATAPROPERTIES, s);
case "DataPropertyDomain":
return makeToken(DATAPROPERTYDOMAIN, s);
case "DataPropertyRange":
return makeToken(DATAPROPERTYRANGE, s);
case "FunctionalDataProperty":
return makeToken(FUNCTIONALDATAPROPERTY, s);
case "SameIndividual":
return makeToken(SAMEINDIVIDUAL, s);
case "DifferentIndividuals":
return makeToken(DIFFERENTINDIVIDUALS, s);
case "ClassAssertion":
return makeToken(CLASSASSERTION, s);
case "ObjectPropertyAssertion":
return makeToken(OBJECTPROPERTYASSERTION, s);
case "NegativeObjectPropertyAssertion":
return makeToken(NEGATIVEOBJECTPROPERTYASSERTION, s);
case "DataPropertyAssertion":
return makeToken(DATAPROPERTYASSERTION, s);
case "NegativeDataPropertyAssertion":
return makeToken(NEGATIVEDATAPROPERTYASSERTION, s);
case "Prefix":
return makeToken(PREFIX, s);
case "length":
return makeToken(LENGTH, s);
case "minLength":
return makeToken(MINLENGTH, s);
case "maxLength":
return makeToken(MAXLENGTH, s);
case "pattern":
return makeToken(PATTERN, s);
case "minInclusive":
return makeToken(MININCLUSIVE, s);
case "maxInclusive":
return makeToken(MAXINCLUSIVE, s);
case "minExclusive":
return makeToken(MINEXCLUSIVE, s);
case "maxExclusive":
return makeToken(MAXEXCLUSIVE, s);
case "totalDigits":
return makeToken(TOTALDIGITS, s);
case "DLSafeRule":
return makeToken(DLSAFERULE, s);
case "Body":
return makeToken(BODY, s);
case "Head":
return makeToken(HEAD, s);
case "ClassAtom":
return makeToken(CLASSATOM, s);
case "DataRangeAtom":
return makeToken(DATARANGEATOM, s);
case "ObjectPropertyAtom":
return makeToken(OBJECTPROPERTYATOM, s);
case "DataPropertyAtom":
return makeToken(DATAPROPERTYATOM, s);
case "BuiltInAtom":
return makeToken(BUILTINATOM, s);
case "SameIndividualAtom":
return makeToken(SAMEINDIVIDUALATOM, s);
case "DifferentIndividualsAtom":
return makeToken(DIFFERENTINDIVIDUALSATOM, s);
case "Variable":
return makeToken(VARIABLE, s);
case "DescriptionGraphRule":
return makeToken(OWLFunctionalSyntaxParserConstants.DGRULE, s);
case "DescriptionGraph":
return makeToken(DESCRIPTIONGRAPH, s);
case "Nodes":
return makeToken(NODES, s);
case "NodeAssertion":
return makeToken(NODEASSERTION, s);
case "Edges":
return makeToken(EDGES, s);
case "EdgeAssertion":
return makeToken(EDGEASSERTION, s);
case "MainClasses":
return makeToken(MAINCLASSES, s);
default:
return makeToken(PN_LOCAL, s);
}
}
private Token readNumber(char c) throws IOException {
buf.setLength(0);
buf.append(c);
while (true) {
c = readChar();
if (!Character.isDigit(c)) {
unread(c);
return makeToken(OWLFunctionalSyntaxParserConstants.INT,
buf.toString());
}
}
}
private int lineNo = 1;
private int colNo = 0;
private int startLine = -1;
private int startCol = -1;
private Token makeToken(int kind, String image) {
Token result = new Token(kind, image);
result.beginLine = startLine;
result.beginColumn = startCol;
return result;
}
private char findTokenStart() throws IOException {
while (true) {
char c = readChar();
if (c != ' ' && c != '\t' && c != '\r' && c != '\n') {
startLine = lineNo;
startCol = colNo;
return c;
}
}
}
private void unread(char c) {
unreadChar = c;
if (c != '\n') {
colNo--;
}
}
private char readChar() throws IOException {
if (eofSeen) {
throw new EOFException();
}
int c;
if (unreadChar < 0) {
c = in.read();
if (c == '\n') {
lineNo++;
colNo = 0;
}
} else {
c = unreadChar;
unreadChar = -1;
}
colNo++;
if (c < 0) {
eofSeen = true;
throw new EOFException();
} else {
return (char) c;
}
}
}
