private void checkInvocations(CommonTree node) {
if (exceptionClass != ""
&& node.getType() == 4
&& !forward
&& node.getText() != exceptionClass) {
exceptionVariable = node.getText();
}
if (exceptionVariable != "" && node.getType() == FORWARDCURLYBRACKET) {
this.forward = true;
}
if ((forward) && (node.getType() == IDENTIFIER) && (node.getText()).equals(exceptionVariable)) {
foundExceptionVariable = true;
}
if (foundExceptionVariable && node.getType() == DOT) {
foundDot = true;
}
if (foundExceptionVariable && foundDot && node.getType() == IDENTIFIER) {
foundDot = false;
foundExceptionVariable = false;
CSharpData data = new CSharpData();
data.setClassName(belongsToClass);
data.setLineNumber(node.getLine());
data.setInvocationTo(exceptionClass);
data.setInvocationName(node.getText());
allInvocations.add(data);
}
}
// $ANTLR start "unit"
// SequenceWalker.g:20:1: unit returns [Unit result] : ^( UNIT WORD TERMINATOR ) ;
public final Unit unit() throws RecognitionException {
Unit result = null;
CommonTree WORD1 = null;
CommonTree TERMINATOR2 = null;
try {
// SequenceWalker.g:21:2: ( ^( UNIT WORD TERMINATOR ) )
// SequenceWalker.g:21:4: ^( UNIT WORD TERMINATOR )
{
match(input, UNIT, FOLLOW_UNIT_in_unit75);
match(input, Token.DOWN, null);
WORD1 = (CommonTree) match(input, WORD, FOLLOW_WORD_in_unit77);
TERMINATOR2 = (CommonTree) match(input, TERMINATOR, FOLLOW_TERMINATOR_in_unit79);
match(input, Token.UP, null);
result =
new Unit(
(WORD1 != null ? WORD1.getText() : null),
(TERMINATOR2 != null ? TERMINATOR2.getText() : null));
}
} catch (RecognitionException re) {
reportError(re);
recover(input, re);
} finally {
// do for sure before leaving
}
return result;
}
public SqlJetBindParameter(CommonTree ast) {
if ("bind_name".equalsIgnoreCase(ast.getText())) {
position = null;
name = ast.getChild(0).getText();
} else {
assert "bind".equalsIgnoreCase(ast.getText());
position = (ast.getChildCount() > 0) ? Integer.valueOf(ast.getChild(0).getText()) : null;
name = null;
}
}
/**
* @see org.coode.parsers.ErrorListener#incompatibleSymbols(org.antlr.runtime.tree.CommonTree,
* org.antlr.runtime.tree.CommonTree[])
*/
public void incompatibleSymbols(CommonTree parentExpression, CommonTree... trees) {
List<String> symbols = new ArrayList<String>(trees.length);
for (CommonTree commonTree : trees) {
symbols.add(commonTree.getText());
}
throw new IncompatibleSymbolsParsingException(
parentExpression.getText(),
parentExpression.getLine(),
parentExpression.getCharPositionInLine(),
symbols.toArray(new String[symbols.size()]));
}
@Test
public void backreference_or_octalTest() throws Exception {
Object[][] tests = {
{"\\41", "!"},
{"\\041", "!"}
};
for (Object[] test : tests) {
String input = (String) test[0];
String expected = (String) test[1];
PCREParser parser = getParser(input);
PCREParser.backreference_or_octal_return value = parser.backreference_or_octal();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getType(), is(PCRELexer.LITERAL));
assertThat(tree.getText(), is(expected));
}
tests =
new Object[][] {
{"\\1", "1"},
{"\\9", "9"}
};
for (Object[] test : tests) {
String input = (String) test[0];
String expected = (String) test[1];
PCREParser parser = getParser(input);
PCREParser.backreference_or_octal_return value = parser.backreference_or_octal();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getType(), is(PCRELexer.NUMBERED_BACKREFERENCE));
assertThat(tree.getChildCount(), is(1));
CommonTree numberNode = (CommonTree) tree.getChild(0);
assertThat(numberNode.getType(), is(PCRELexer.NUMBER));
assertThat(numberNode.getText(), is(expected));
}
}
private static UIQueryASTPredicateRelation parseRelation(CommonTree rel) {
String relText = rel.getText().toUpperCase();
boolean caseSensitive = true;
final String CASE_INSENSITIVE_SPEC = "[C]";
if (relText.endsWith(CASE_INSENSITIVE_SPEC)) {
caseSensitive = false;
relText = relText.substring(0, relText.length() - CASE_INSENSITIVE_SPEC.length());
}
if ("BEGINSWITH".equals(relText)) {
return new BeginsWithRelation(caseSensitive);
} else if ("ENDSWITH".equals(relText)) {
return new EndsWithRelation(caseSensitive);
} else if ("CONTAINS".equals(relText)) {
return new ContainsRelation(caseSensitive);
} else if ("LIKE".equals(relText)) {
return new LikeRelation(caseSensitive);
} else if ("<".equals(relText)) {
return ComparisonOperator.LESSTHAN;
} else if ("<=".equals(relText)) {
return ComparisonOperator.LESSTHANOREQUAL;
} else if ("=".equals(relText)) {
return ComparisonOperator.EQUAL;
} else if (">".equals(relText)) {
return ComparisonOperator.GREATERTHAN;
} else if (">=".equals(relText)) {
return ComparisonOperator.GREATERTHANOREQUAL;
} else {
throw new IllegalStateException("Unsupported Relation: " + relText);
}
}
private String getLocatorName(CommonTree tree) {
String text = tree.getText();
if (text.endsWith("://")) {
return text.substring(0, text.length() - 3);
} else {
return null;
}
}
private Number getNumber(CommonTree tree) {
String text = tree.getText();
if (text.contains(".")) {
return Double.parseDouble(text);
} else {
return Integer.parseInt(text);
}
}
// $ANTLR start "formal"
// FunChecker.g:207:1: formal returns [Type type] : ( ^( FORMAL t= type ID ) | NOFORMAL );
public final Type formal() throws RecognitionException {
Type type = null;
CommonTree ID6 = null;
CommonTree FORMAL7 = null;
Type t = null;
try {
// FunChecker.g:208:2: ( ^( FORMAL t= type ID ) | NOFORMAL )
int alt6 = 2;
int LA6_0 = input.LA(1);
if ((LA6_0 == FORMAL)) {
alt6 = 1;
} else if ((LA6_0 == NOFORMAL)) {
alt6 = 2;
} else {
NoViableAltException nvae = new NoViableAltException("", 6, 0, input);
throw nvae;
}
switch (alt6) {
case 1:
// FunChecker.g:208:4: ^( FORMAL t= type ID )
{
FORMAL7 = (CommonTree) match(input, FORMAL, FOLLOW_FORMAL_in_formal234);
match(input, Token.DOWN, null);
pushFollow(FOLLOW_type_in_formal238);
t = type();
state._fsp--;
ID6 = (CommonTree) match(input, ID, FOLLOW_ID_in_formal240);
match(input, Token.UP, null);
define((ID6 != null ? ID6.getText() : null), t, FORMAL7);
type = t;
}
break;
case 2:
// FunChecker.g:212:4: NOFORMAL
{
match(input, NOFORMAL, FOLLOW_NOFORMAL_in_formal252);
type = Type.VOID;
}
break;
}
} catch (RecognitionException re) {
reportError(re);
recover(input, re);
} finally {
// do for sure before leaving
}
return type;
}
/**
* @param ast
* @return
*/
private boolean isCreateVirtualTable(CommonTree ast) {
final CommonTree optionsNode = (CommonTree) ast.getChild(0);
for (int i = 0; i < optionsNode.getChildCount(); i++) {
CommonTree optionNode = (CommonTree) optionsNode.getChild(i);
if ("virtual".equalsIgnoreCase(optionNode.getText())) {
return true;
}
}
return false;
}
public SqlJetIndexedColumn(CommonTree ast) {
name = ast.getText();
String collation = null;
SqlJetSortingOrder sortingOrder = null;
for (int i = 0; i < ast.getChildCount(); i++) {
CommonTree child = (CommonTree) ast.getChild(i);
if ("collate".equalsIgnoreCase(child.getText())) {
collation = child.getChild(0).getText();
} else if ("asc".equalsIgnoreCase(child.getText())) {
sortingOrder = SqlJetSortingOrder.ASC;
} else if ("desc".equalsIgnoreCase(child.getText())) {
sortingOrder = SqlJetSortingOrder.DESC;
} else {
assert false;
}
}
this.collation = collation;
this.sortingOrder = sortingOrder;
}
private String checkForExceptionClass(CommonTree node) {
if (exceptionClass == null) {
exceptionClass = "";
}
if (node.getType() == IDENTIFIER && exceptionClass.isEmpty()) {
exceptionClass = node.getText();
}
return exceptionClass;
}
private void analyzeIncludes(Tree includeNode, UnitInterface activeUnit) {
if (activeUnit == null || includeNode == null) {
return;
}
includeIndex = 0;
CommonTree node;
while ((node = getNextUnitIncludeNode(includeNode)) != null) {
activeUnit.addIncludes(node.getText());
}
}
/**
* This method prints several strings representing an AST.
*
* @param ct
* @param level
*/
public static void printTree(CommonTree ct, int level) {
System.out.println("son: " + ct.getText() + ": parent :" + ct.getParent() + ": level:" + level);
if (ct.getChildCount() > 0) {
ListIterator li = ct.getChildren().listIterator();
while (li.hasNext()) {
printTree((CommonTree) li.next(), level + 1);
}
}
}
public SqlJetViewDef(String sql, CommonTree ast) {
CommonTree optionsNode = (CommonTree) ast.getChild(0);
sqlStatement = sql;
temporary = SqlJetTableDef.hasOption(optionsNode, "temporary");
ifNotExists = SqlJetTableDef.hasOption(optionsNode, "exists");
CommonTree nameNode = (CommonTree) ast.getChild(1);
name = nameNode.getText();
databaseName = nameNode.getChildCount() > 0 ? nameNode.getChild(0).getText() : null;
}
public static UIQueryASTPredicate newPredicateFromAST(CommonTree step) {
// TODO Auto-generated method stub
if (step.getChildCount() != 3) {
throw new IllegalStateException(
"Bad Predicate query: " + step + ". Expected form {getter RELATION value}.");
}
CommonTree prop = (CommonTree) step.getChild(0);
CommonTree rel = (CommonTree) step.getChild(1);
CommonTree val = (CommonTree) step.getChild(2);
return new UIQueryASTPredicate(
prop.getText(), UIQueryASTPredicate.parseRelation(rel), UIQueryUtils.parseValue(val));
}
/** {@inheritDoc} */
@Override
public FilterCriterion parse(String dql) {
try {
CommonTree tree = AntlrUtils.parseDqlToAbstractSytntaxTree(dql);
List<?> children = tree.getChildren();
CommonTree field = (CommonTree) children.get(0);
String dqlField = field.getText();
CommonTree operator = (CommonTree) children.get(1);
String dqlOperator = operator.getText();
CommonTree values = (CommonTree) children.get(2);
FilterCriterion criterion;
final List<CommonTree> setValues = values.getChildren();
if (setValues == null) {
String dqlValue = values.getText();
criterion =
DqlCriterionFactory.newCriterion(dqlField, dqlOperator, fromDqlString(dqlValue));
} else {
Collection<String> dqlValues = new ArrayList<String>();
for (CommonTree element : setValues) {
dqlValues.add(element.getText());
}
criterion = DqlCriterionFactory.newCriterion(dqlField, dqlOperator, dqlValues);
}
return criterion;
} catch (RecognitionException e) {
throw new DqlParseException(e);
} catch (IllegalArgumentException e) {
// BNO - added to provide improved stack tracing where the user enters an invalid argument for
// the extension_mismatch (Boolean) filter condition.
throw new DqlParseException(e);
}
}
@Test
public void numberTest() throws Exception {
String source = "4567";
PCREParser parser = getParser(source + " ... ");
PCREParser.number_return value = parser.number();
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getChildCount(), is(0));
assertThat(tree.getType(), is(PCRELexer.NUMBER));
assertThat(tree.getText(), is(source));
}
@Test
public void nameTest() throws Exception {
String source = "justAname";
PCREParser parser = getParser(source + " ... ");
PCREParser.name_return value = parser.name();
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getChildCount(), is(0));
assertThat(tree.getType(), is(PCRELexer.NAME));
assertThat(tree.getText(), is(source));
}
@Test
public void commentTest() throws Exception {
String comment = "just a [a-z]+ comment";
PCREParser parser = getParser(String.format("(?#%s)regex", comment));
PCREParser.comment_return value = parser.comment();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getType(), is(PCRELexer.COMMENT));
assertThat(tree.getText(), is(comment));
}
public static Object parseValue(CommonTree val) {
switch (val.getType()) {
case UIQueryParser.STRING:
{
String textWithPings = val.getText();
String text = textWithPings.substring(1, textWithPings.length() - 1);
text = text.replaceAll("\\\\'", "'");
return text;
}
case UIQueryParser.INT:
return Integer.parseInt(val.getText(), 10);
case UIQueryParser.BOOL:
{
String text = val.getText();
return Boolean.parseBoolean(text);
}
case UIQueryParser.NIL:
return null;
default:
throw new IllegalArgumentException(
"Unable to parse value type:" + val.getType() + " text " + val.getText());
}
}
@Test
public void octal_digitTest() throws Exception {
String[] tests = ("0 1 2 3 4 5 6 7").split("\\s+");
for (String test : tests) {
PCREParser parser = getParser(test);
PCREParser.octal_digit_return value = parser.octal_digit();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getChildCount(), is(0));
assertThat(tree.getText(), is(test));
}
}
@Test
public void captureTest() throws Exception {
// named captures
final String name = "Just_A_Name";
Object[][] tests = {
{String.format("(?<%s>regex)", name), PCRELexer.NAMED_CAPTURING_GROUP_PERL},
{String.format("(?'%s'regex)", name), PCRELexer.NAMED_CAPTURING_GROUP_PERL},
{String.format("(?P<%s>regex)", name), PCRELexer.NAMED_CAPTURING_GROUP_PYTHON}
};
for (Object[] test : tests) {
String input = (String) test[0];
Integer expected = (Integer) test[1];
PCREParser parser = getParser(input);
PCREParser.capture_return value = parser.capture();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getChildCount(), is(2));
assertThat(tree.getType(), is(expected));
CommonTree nameChild = (CommonTree) tree.getChild(0);
assertThat(nameChild.getText(), is(name));
}
// numbered captures
PCREParser parser = getParser("(regex)");
PCREParser.capture_return value = parser.capture();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getType(), is(PCRELexer.CAPTURING_GROUP));
}
@Override
public Boolean call(FelNode... node) {
FelNode n = node[0];
if (n == null) {
return false;
}
boolean isFun = n instanceof FunNode;
if (isFun) {
if (n instanceof CommonTree) {
CommonTree treeNode = (CommonTree) n;
CommonTree p = treeNode.parent;
if (p != null) {
if (Dot.DOT.equals(p.getText())) {
// 点运算符后的函数节点不是真正意义上的变量节点。
isFun = p.getChildren().get(0) == n;
}
}
}
}
return isFun;
}
// $ANTLR start "var_decl"
// FunChecker.g:216:1: var_decl : ^( VAR t1= type ID t2= expr ) ;
public final void var_decl() throws RecognitionException {
CommonTree ID8 = null;
CommonTree VAR9 = null;
Type t1 = null;
Type t2 = null;
try {
// FunChecker.g:217:2: ( ^( VAR t1= type ID t2= expr ) )
// FunChecker.g:217:4: ^( VAR t1= type ID t2= expr )
{
VAR9 = (CommonTree) match(input, VAR, FOLLOW_VAR_in_var_decl270);
match(input, Token.DOWN, null);
pushFollow(FOLLOW_type_in_var_decl274);
t1 = type();
state._fsp--;
ID8 = (CommonTree) match(input, ID, FOLLOW_ID_in_var_decl276);
pushFollow(FOLLOW_expr_in_var_decl280);
t2 = expr();
state._fsp--;
match(input, Token.UP, null);
define((ID8 != null ? ID8.getText() : null), t1, VAR9);
checkType(t1, t2, VAR9);
}
} catch (RecognitionException re) {
reportError(re);
recover(input, re);
} finally {
// do for sure before leaving
}
return;
}
@Test
public void octalTest() throws Exception {
Object[][] tests = {
{"\\41", "!"},
{"\\041", "!"}
};
for (Object[] test : tests) {
String input = (String) test[0];
String expected = (String) test[1];
PCREParser parser = getParser(input);
PCREParser.octal_char_return value = parser.octal_char();
assertThat(value, notNullValue());
CommonTree tree = (CommonTree) value.getTree();
assertThat(tree.getType(), is(PCRELexer.LITERAL));
assertThat(tree.getText(), is(expected));
}
}
private void processParseResult(
DocumentSnapshot snapshot,
CompiledFileModelV4 result,
GrammarNode.GrammarNodeDescription parserRulesRootDescription,
GrammarNode.GrammarNodeDescription lexerRulesRootDescription) {
GrammarRootAST parseResult = result.getResult();
if (parseResult == null) {
return;
}
GrammarRootAST lexerParseResult = null;
if (result.getGrammar() != null && result.getGrammar().getImplicitLexer() != null) {
lexerParseResult = result.getGrammar().getImplicitLexer().ast;
}
FileObject fileObject = result.getFileObject();
Set<GrammarAST> topLevelRules = new HashSet<>(parseResult.getNodesWithType(ANTLRParser.RULE));
Set<GrammarAST> modes = new HashSet<>(parseResult.getNodesWithType(ANTLRParser.MODE));
if (lexerParseResult != null) {
topLevelRules.addAll(lexerParseResult.getNodesWithType(ANTLRParser.RULE));
modes.addAll(lexerParseResult.getNodesWithType(ANTLRParser.MODE));
}
Map<GrammarAST, Set<GrammarAST>> modeRules = new HashMap<>();
for (GrammarAST mode : modes) {
Set<GrammarAST> rules = new HashSet<>(mode.getNodesWithType(ANTLRParser.RULE));
modeRules.put(mode, rules);
topLevelRules.removeAll(rules);
}
processRules(
snapshot,
result,
topLevelRules,
parserRulesRootDescription.getChildren(),
lexerRulesRootDescription.getChildren());
for (Map.Entry<GrammarAST, Set<GrammarAST>> entry : modeRules.entrySet()) {
String modeName = getModeName(entry.getKey());
GrammarNode.GrammarNodeDescription modeDescription =
new GrammarNode.GrammarNodeDescription(DeclarationKind.MODE, "_" + modeName);
modeDescription.setHtmlHeader("mode " + modeName);
modeDescription.setOffset(snapshot, result.getFileObject(), getElementOffset(entry.getKey()));
modeDescription.setSpan(getSpan(snapshot, result, entry.getKey()));
modeDescription.setInherited(
snapshot
== null); // for now, go on the fact that snapshots aren't available for imported
// files
lexerRulesRootDescription.getChildren().add(modeDescription);
processRules(
snapshot,
result,
entry.getValue(),
modeDescription.getChildren(),
modeDescription.getChildren());
}
Set<GrammarAST> tokensSpecs =
new HashSet<>(parseResult.getNodesWithType(ANTLRParser.TOKENS_SPEC));
if (lexerParseResult != null) {
tokensSpecs.addAll(lexerParseResult.getNodesWithType(ANTLRParser.TOKENS_SPEC));
}
for (GrammarAST tokensSpec : tokensSpecs) {
for (Object childObject : tokensSpec.getChildren()) {
if (!(childObject instanceof CommonTree)) {
continue;
}
CommonTree child = (CommonTree) childObject;
if (child.getType() == ANTLRParser.ASSIGN && child.getChildCount() == 2) {
String ruleName = child.getChild(0).getText();
if (ruleName == null || ruleName.length() == 0) {
continue;
}
GrammarNode.GrammarNodeDescription ruleDescription =
new GrammarNode.GrammarNodeDescription(DeclarationKind.TOKEN, ruleName);
ruleDescription.setOffset(snapshot, fileObject, getElementOffset(child));
ruleDescription.setSpan(getSpan(snapshot, result, child));
ruleDescription.setInherited(
snapshot
== null); // for now, go on the fact that snapshots aren't available for imported
// files
if (Grammar.isTokenName(ruleName)) {
lexerRulesRootDescription.getChildren().add(ruleDescription);
} else {
parserRulesRootDescription.getChildren().add(ruleDescription);
}
} else if (child.getChildCount() == 0 && child.getToken() != null) {
String ruleName = child.getText();
if (ruleName == null || ruleName.length() == 0) {
continue;
}
GrammarNode.GrammarNodeDescription ruleDescription =
new GrammarNode.GrammarNodeDescription(DeclarationKind.TOKEN, ruleName);
ruleDescription.setOffset(snapshot, fileObject, getElementOffset(child));
ruleDescription.setSpan(getSpan(snapshot, result, child));
ruleDescription.setInherited(
snapshot
== null); // for now, go on the fact that snapshots aren't available for imported
// files
if (Grammar.isTokenName(ruleName)) {
lexerRulesRootDescription.getChildren().add(ruleDescription);
} else {
parserRulesRootDescription.getChildren().add(ruleDescription);
}
}
}
}
}
private String getString(CommonTree tree) {
return tree.getText().substring(1, tree.getText().length() - 1);
}
// $ANTLR start "propertyExpr"
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:67:1: propertyExpr returns [ExprNode result] :
// (id= ID (acc= accessor )? (prop= propertyExpr )? ) ;
public final ExprNode propertyExpr() throws RecognitionException {
ExprNode result = null;
CommonTree id = null;
ExprNode acc = null;
ExprNode prop = null;
try {
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:67:39: ( (id= ID (acc= accessor )? (prop=
// propertyExpr )? ) )
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:2: (id= ID (acc= accessor )? (prop=
// propertyExpr )? )
{
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:2: (id= ID (acc= accessor )? (prop=
// propertyExpr )? )
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:2: id= ID (acc= accessor )? (prop=
// propertyExpr )?
{
id = (CommonTree) match(input, ID, FOLLOW_ID_in_propertyExpr246);
if (state.failed) return result;
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:11: (acc= accessor )?
int alt7 = 2;
switch (input.LA(1)) {
case NUMBER:
case STRING:
{
alt7 = 1;
}
break;
}
switch (alt7) {
case 1:
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:11: acc= accessor
{
pushFollow(FOLLOW_accessor_in_propertyExpr250);
acc = accessor();
state._fsp--;
if (state.failed) return result;
}
break;
}
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:26: (prop= propertyExpr )?
int alt8 = 2;
switch (input.LA(1)) {
case ID:
{
alt8 = 1;
}
break;
}
switch (alt8) {
case 1:
// nu/cotentin/parsing/cotentinel/CotentinELTree.g:68:26: prop= propertyExpr
{
pushFollow(FOLLOW_propertyExpr_in_propertyExpr255);
prop = propertyExpr();
state._fsp--;
if (state.failed) return result;
}
break;
}
}
if (state.backtracking == 0) {
result = new IdentifierNode(id.getText());
ExprNode cur = result;
if (acc != null) {
result.getChildren().add(acc);
cur = acc;
}
if (prop != null) {
cur.getChildren().add(prop);
}
}
}
} catch (RecognitionException re) {
reportError(re);
recover(input, re);
} finally {
// do for sure before leaving
}
return result;
}
/**
* @see org.coode.parsers.ErrorListener#illegalToken(org.antlr.runtime.tree.CommonTree,
* java.lang.String)
*/
public void illegalToken(CommonTree t, String message) {
throw new IllegalTokenParsingException(
t.getText(), t.getLine(), t.getCharPositionInLine(), message);
}
