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// Generated from soot/JastAddJ/JastAddJavaParser.all
package soot.JastAddJ;
import java.util.ArrayList;
import beaver.*;
/**
* This class is a LALR parser generated by
* Beaver v0.9.6.1
* from the grammar specification "JastAddJavaParser.beaver".
*/
public class JastAddJavaParser extends Parser {
static public class Terminals {
static public final short EOF = 0;
static public final short IDENTIFIER = 1;
static public final short SEMICOLON = 2;
static public final short BOOLEAN = 3;
static public final short BYTE = 4;
static public final short SHORT = 5;
static public final short INT = 6;
static public final short LONG = 7;
static public final short CHAR = 8;
static public final short FLOAT = 9;
static public final short DOUBLE = 10;
static public final short RBRACE = 11;
static public final short RPAREN = 12;
static public final short VOID = 13;
static public final short PLUSPLUS = 14;
static public final short MINUSMINUS = 15;
static public final short LPAREN = 16;
static public final short LT = 17;
static public final short LBRACE = 18;
static public final short COMMA = 19;
static public final short SUPER = 20;
static public final short THIS = 21;
static public final short PLUS = 22;
static public final short MINUS = 23;
static public final short SYNCHRONIZED = 24;
static public final short AT = 25;
static public final short NEW = 26;
static public final short STATIC = 27;
static public final short PUBLIC = 28;
static public final short PROTECTED = 29;
static public final short PRIVATE = 30;
static public final short ABSTRACT = 31;
static public final short FINAL = 32;
static public final short NATIVE = 33;
static public final short TRANSIENT = 34;
static public final short VOLATILE = 35;
static public final short STRICTFP = 36;
static public final short NUMERIC_LITERAL = 37;
static public final short BOOLEAN_LITERAL = 38;
static public final short CHARACTER_LITERAL = 39;
static public final short STRING_LITERAL = 40;
static public final short NULL_LITERAL = 41;
static public final short CLASS = 42;
static public final short QUESTION = 43;
static public final short OROR = 44;
static public final short ANDAND = 45;
static public final short OR = 46;
static public final short AND = 47;
static public final short XOR = 48;
static public final short GT = 49;
static public final short EQEQ = 50;
static public final short NOTEQ = 51;
static public final short LTEQ = 52;
static public final short GTEQ = 53;
static public final short INSTANCEOF = 54;
static public final short RSHIFT = 55;
static public final short URSHIFT = 56;
static public final short COLON = 57;
static public final short RBRACK = 58;
static public final short LBRACK = 59;
static public final short INTERFACE = 60;
static public final short ENUM = 61;
static public final short DOT = 62;
static public final short LSHIFT = 63;
static public final short COMP = 64;
static public final short NOT = 65;
static public final short MULT = 66;
static public final short DIV = 67;
static public final short MOD = 68;
static public final short WHILE = 69;
static public final short DO = 70;
static public final short FOR = 71;
static public final short IF = 72;
static public final short SWITCH = 73;
static public final short BREAK = 74;
static public final short CONTINUE = 75;
static public final short ASSERT = 76;
static public final short RETURN = 77;
static public final short THROW = 78;
static public final short TRY = 79;
static public final short EQ = 80;
static public final short MULTEQ = 81;
static public final short DIVEQ = 82;
static public final short MODEQ = 83;
static public final short PLUSEQ = 84;
static public final short MINUSEQ = 85;
static public final short LSHIFTEQ = 86;
static public final short RSHIFTEQ = 87;
static public final short URSHIFTEQ = 88;
static public final short ANDEQ = 89;
static public final short XOREQ = 90;
static public final short OREQ = 91;
static public final short DEFAULT = 92;
static public final short CASE = 93;
static public final short ELLIPSIS = 94;
static public final short IMPLEMENTS = 95;
static public final short ELSE = 96;
static public final short EXTENDS = 97;
static public final short PACKAGE = 98;
static public final short THROWS = 99;
static public final short IMPORT = 100;
static public final short CATCH = 101;
static public final short FINALLY = 102;
static public final String[] NAMES = {
"EOF",
"IDENTIFIER",
"SEMICOLON",
"BOOLEAN",
"BYTE",
"SHORT",
"INT",
"LONG",
"CHAR",
"FLOAT",
"DOUBLE",
"RBRACE",
"RPAREN",
"VOID",
"PLUSPLUS",
"MINUSMINUS",
"LPAREN",
"LT",
"LBRACE",
"COMMA",
"SUPER",
"THIS",
"PLUS",
"MINUS",
"SYNCHRONIZED",
"AT",
"NEW",
"STATIC",
"PUBLIC",
"PROTECTED",
"PRIVATE",
"ABSTRACT",
"FINAL",
"NATIVE",
"TRANSIENT",
"VOLATILE",
"STRICTFP",
"NUMERIC_LITERAL",
"BOOLEAN_LITERAL",
"CHARACTER_LITERAL",
"STRING_LITERAL",
"NULL_LITERAL",
"CLASS",
"QUESTION",
"OROR",
"ANDAND",
"OR",
"AND",
"XOR",
"GT",
"EQEQ",
"NOTEQ",
"LTEQ",
"GTEQ",
"INSTANCEOF",
"RSHIFT",
"URSHIFT",
"COLON",
"RBRACK",
"LBRACK",
"INTERFACE",
"ENUM",
"DOT",
"LSHIFT",
"COMP",
"NOT",
"MULT",
"DIV",
"MOD",
"WHILE",
"DO",
"FOR",
"IF",
"SWITCH",
"BREAK",
"CONTINUE",
"ASSERT",
"RETURN",
"THROW",
"TRY",
"EQ",
"MULTEQ",
"DIVEQ",
"MODEQ",
"PLUSEQ",
"MINUSEQ",
"LSHIFTEQ",
"RSHIFTEQ",
"URSHIFTEQ",
"ANDEQ",
"XOREQ",
"OREQ",
"DEFAULT",
"CASE",
"ELLIPSIS",
"IMPLEMENTS",
"ELSE",
"EXTENDS",
"PACKAGE",
"THROWS",
"IMPORT",
"CATCH",
"FINALLY"
};
}
static final ParsingTables PARSING_TABLES = new ParsingTables(
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// Generated from soot/JastAddJ/JastAddJavaParser.all
class Events extends Parser.Events {
public void scannerError(Scanner.Exception e) {
errors.add(new Problem(null, e.getMessage(), e.line, e.column, Problem.Severity.ERROR, Problem.Kind.LEXICAL));
}
public void syntaxError(Symbol token) {
int line = token.getLine(token.getStart());
int column = token.getColumn(token.getStart());
int endLine = token.getLine(token.getEnd());
int endColumn = token.getColumn(token.getEnd());
String value = token.value != null ? token.value.toString() : Terminals.NAMES[token.getId()];
errors.add(new Problem(null, "unexpected token \"" + value + "\"", line, column, endLine, endColumn, Problem.Severity.ERROR, Problem.Kind.SYNTACTIC));
}
public void unexpectedTokenRemoved(Symbol token) {
}
public void missingTokenInserted(Symbol token) {
}
public void misspelledTokenReplaced(Symbol token) {
}
public void errorPhraseRemoved(Symbol error) {
}
}
{
report = new Events(); // Use error handler in parser
}
public CompilationUnit parse(java.io.InputStream is, String fileName) throws java.io.IOException, beaver.Parser.Exception {
CompilationUnit cu;
errors = new ArrayList();
try {
JavaScanner scanner = new JavaScanner(new Unicode(is));
cu = (CompilationUnit)parse(scanner);
} catch(Parser.Exception e) {
// build empty compilation unit for failed error recovery
cu = new CompilationUnit();
} catch(Error e) {
cu = new CompilationUnit();
errors.add(new Problem(null, e.getMessage(), 0, 0, Problem.Severity.ERROR, Problem.Kind.LEXICAL));
}
for(java.util.Iterator iter = errors.iterator(); iter.hasNext(); ) {
Problem p = (Problem)iter.next();
p.setFileName(fileName);
cu.addParseError(p);
}
return cu;
}
protected java.util.Collection errors = new ArrayList();
public JastAddJavaParser() {
super(PARSING_TABLES);
}
protected Symbol invokeReduceAction(int rule_num, int offset) {
switch(rule_num) {
case 0: // goal = compilation_unit.cu
{
final Symbol _symbol_cu = _symbols[offset + 1];
final CompilationUnit cu = (CompilationUnit) _symbol_cu.value;
return cu;
}
case 1: // type = primitive_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 2: // type = reference_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 3: // primitive_type = numeric_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 4: // primitive_type = BOOLEAN.BOOLEAN
{
final Symbol BOOLEAN = _symbols[offset + 1];
return new PrimitiveTypeAccess("boolean");
}
case 5: // numeric_type = integral_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 6: // numeric_type = floating_point_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 7: // integral_type = BYTE.BYTE
{
final Symbol BYTE = _symbols[offset + 1];
return new PrimitiveTypeAccess("byte");
}
case 8: // integral_type = SHORT.SHORT
{
final Symbol SHORT = _symbols[offset + 1];
return new PrimitiveTypeAccess("short");
}
case 9: // integral_type = INT.INT
{
final Symbol INT = _symbols[offset + 1];
return new PrimitiveTypeAccess("int");
}
case 10: // integral_type = LONG.LONG
{
final Symbol LONG = _symbols[offset + 1];
return new PrimitiveTypeAccess("long");
}
case 11: // integral_type = CHAR.CHAR
{
final Symbol CHAR = _symbols[offset + 1];
return new PrimitiveTypeAccess("char");
}
case 12: // floating_point_type = FLOAT.FLOAT
{
final Symbol FLOAT = _symbols[offset + 1];
return new PrimitiveTypeAccess("float");
}
case 13: // floating_point_type = DOUBLE.DOUBLE
{
final Symbol DOUBLE = _symbols[offset + 1];
return new PrimitiveTypeAccess("double");
}
case 14: // reference_type = class_or_interface_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 15: // reference_type = array_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 16: // class_type = class_or_interface_type.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
return n;
}
case 17: // interface_type = class_or_interface_type.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
return n;
}
case 18: // array_type = primitive_type.t dims.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 2];
final List d = (List) _symbol_d.value;
return t.addArrayDims(d);
}
case 19: // array_type = name.n dims.d
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol _symbol_d = _symbols[offset + 2];
final List d = (List) _symbol_d.value;
return n.addArrayDims(d);
}
case 20: // name = simple_name.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final Access s = (Access) _symbol_s.value;
return s;
}
case 21: // name = qualified_name.q
{
final Symbol _symbol_q = _symbols[offset + 1];
final Access q = (Access) _symbol_q.value;
return q;
}
case 22: // simple_name = IDENTIFIER.IDENTIFIER
{
final Symbol IDENTIFIER = _symbols[offset + 1];
return new ParseName(IDENTIFIER);
}
case 23: // qualified_name = name.n DOT.DOT simple_name.i
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final Access i = (Access) _symbol_i.value;
return n.qualifiesAccess(i);
}
case 24: // compilation_unit = package_declaration.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final IdUse p = (IdUse) _symbol_p.value;
return new CompilationUnit(p.getID(), new List(), new List());
}
case 25: // compilation_unit = package_declaration.p import_declarations.i
{
final Symbol _symbol_p = _symbols[offset + 1];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 2];
final List i = (List) _symbol_i.value;
return new CompilationUnit(p.getID(), i, new List());
}
case 26: // compilation_unit = package_declaration.p type_declarations.t
{
final Symbol _symbol_p = _symbols[offset + 1];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_t = _symbols[offset + 2];
final List t = (List) _symbol_t.value;
return new CompilationUnit(p.getID(), new List(), t);
}
case 27: // compilation_unit = package_declaration.p import_declarations.i type_declarations.t
{
final Symbol _symbol_p = _symbols[offset + 1];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 2];
final List i = (List) _symbol_i.value;
final Symbol _symbol_t = _symbols[offset + 3];
final List t = (List) _symbol_t.value;
return new CompilationUnit(p.getID(), i, t);
}
case 28: // compilation_unit =
{
return new CompilationUnit("", new List(), new List());
}
case 29: // compilation_unit = import_declarations.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final List i = (List) _symbol_i.value;
return new CompilationUnit("", i, new List());
}
case 30: // compilation_unit = type_declarations.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final List t = (List) _symbol_t.value;
return new CompilationUnit("", new List(), t);
}
case 31: // compilation_unit = import_declarations.i type_declarations.t
{
final Symbol _symbol_i = _symbols[offset + 1];
final List i = (List) _symbol_i.value;
final Symbol _symbol_t = _symbols[offset + 2];
final List t = (List) _symbol_t.value;
return new CompilationUnit("", i, t);
}
case 32: // import_declarations = import_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final ImportDecl i = (ImportDecl) _symbol_i.value;
return new List().add(i);
}
case 33: // import_declarations = import_declarations.l import_declaration.i
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_i = _symbols[offset + 2];
final ImportDecl i = (ImportDecl) _symbol_i.value;
return l.add(i);
}
case 34: // type_declarations = type_declaration.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final TypeDecl t = (TypeDecl) _symbol_t.value;
return !(t instanceof EmptyType) ? new List().add(t) : new List() ;
}
case 35: // type_declarations = type_declarations.l type_declaration.t
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 2];
final TypeDecl t = (TypeDecl) _symbol_t.value;
return !(t instanceof EmptyType) ? l.add(t) : l;
}
case 36: // package_declaration = PACKAGE.PACKAGE name_decl.n SEMICOLON.SEMICOLON
{
final Symbol PACKAGE = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final IdUse n = (IdUse) _symbol_n.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return n;
}
case 37: // name_decl = simple_name_decl.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final IdUse s = (IdUse) _symbol_s.value;
return s;
}
case 38: // name_decl = qualified_name_decl.q
{
final Symbol _symbol_q = _symbols[offset + 1];
final IdUse q = (IdUse) _symbol_q.value;
return q;
}
case 39: // simple_name_decl = IDENTIFIER.IDENTIFIER
{
final Symbol IDENTIFIER = _symbols[offset + 1];
return new IdUse(IDENTIFIER);
}
case 40: // qualified_name_decl = name_decl.n DOT.DOT IDENTIFIER.i
{
final Symbol _symbol_n = _symbols[offset + 1];
final IdUse n = (IdUse) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol i = _symbols[offset + 3];
return new IdUse(n.getID() + "." + ((String)i.value));
}
case 41: // import_declaration = single_type_import_declaration.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final ImportDecl s = (ImportDecl) _symbol_s.value;
return s;
}
case 42: // import_declaration = type_import_on_demand_declaration.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final ImportDecl t = (ImportDecl) _symbol_t.value;
return t;
}
case 43: // single_type_import_declaration = IMPORT.IMPORT name.n SEMICOLON.SEMICOLON
{
final Symbol IMPORT = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return new SingleTypeImportDecl(n);
}
case 44: // type_import_on_demand_declaration = IMPORT.IMPORT name.n DOT.DOT MULT.MULT SEMICOLON.SEMICOLON
{
final Symbol IMPORT = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 3];
final Symbol MULT = _symbols[offset + 4];
final Symbol SEMICOLON = _symbols[offset + 5];
return new TypeImportOnDemandDecl(n);
}
case 45: // type_declaration = class_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ClassDecl c = (ClassDecl) _symbol_c.value;
return c;
}
case 46: // type_declaration = interface_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final InterfaceDecl i = (InterfaceDecl) _symbol_i.value;
return i;
}
case 47: // type_declaration = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new EmptyType(new Modifiers(), "EmptyType", new Opt(), new List());
}
case 48: // modifiers = modifier.m
{
final Symbol _symbol_m = _symbols[offset + 1];
final Modifier m = (Modifier) _symbol_m.value;
return new List().add(m);
}
case 49: // modifiers = modifiers.l modifier.m
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_m = _symbols[offset + 2];
final Modifier m = (Modifier) _symbol_m.value;
return l.add(m);
}
case 50: // modifier = PUBLIC.PUBLIC
{
final Symbol PUBLIC = _symbols[offset + 1];
return new Modifier("public");
}
case 51: // modifier = PROTECTED.PROTECTED
{
final Symbol PROTECTED = _symbols[offset + 1];
return new Modifier("protected");
}
case 52: // modifier = PRIVATE.PRIVATE
{
final Symbol PRIVATE = _symbols[offset + 1];
return new Modifier("private");
}
case 53: // modifier = STATIC.STATIC
{
final Symbol STATIC = _symbols[offset + 1];
return new Modifier("static");
}
case 54: // modifier = ABSTRACT.ABSTRACT
{
final Symbol ABSTRACT = _symbols[offset + 1];
return new Modifier("abstract");
}
case 55: // modifier = FINAL.FINAL
{
final Symbol FINAL = _symbols[offset + 1];
return new Modifier("final");
}
case 56: // modifier = NATIVE.NATIVE
{
final Symbol NATIVE = _symbols[offset + 1];
return new Modifier("native");
}
case 57: // modifier = SYNCHRONIZED.SYNCHRONIZED
{
final Symbol SYNCHRONIZED = _symbols[offset + 1];
return new Modifier("synchronized");
}
case 58: // modifier = TRANSIENT.TRANSIENT
{
final Symbol TRANSIENT = _symbols[offset + 1];
return new Modifier("transient");
}
case 59: // modifier = VOLATILE.VOLATILE
{
final Symbol VOLATILE = _symbols[offset + 1];
return new Modifier("volatile");
}
case 60: // modifier = STRICTFP.STRICTFP
{
final Symbol STRICTFP = _symbols[offset + 1];
return new Modifier("strictfp");
}
case 61: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_b = _symbols[offset + 3];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(new List()), IDENTIFIER, new Opt(), new List(), b);
}
case 62: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(m), IDENTIFIER, new Opt(), new List(), b);
}
case 63: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER super.s class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_s = _symbols[offset + 3];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(new List()), IDENTIFIER, s, new List(), b);
}
case 64: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER super.s class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_s = _symbols[offset + 4];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(m), IDENTIFIER, s, new List(), b);
}
case 65: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER interfaces.i class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(new List()), IDENTIFIER, new Opt(), i, b);
}
case 66: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER interfaces.i class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(m), IDENTIFIER, new Opt(), i, b);
}
case 67: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER super.s interfaces.i class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_s = _symbols[offset + 3];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(new List()), IDENTIFIER, s, i, b);
}
case 68: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER super.s interfaces.i class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_s = _symbols[offset + 4];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_i = _symbols[offset + 5];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 6];
final List b = (List) _symbol_b.value;
return new ClassDecl(new Modifiers(m), IDENTIFIER, s, i, b);
}
case 69: // super = EXTENDS.EXTENDS class_type.c
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_c = _symbols[offset + 2];
final Access c = (Access) _symbol_c.value;
return new Opt(c);
}
case 70: // interfaces = IMPLEMENTS.IMPLEMENTS interface_type_list.i
{
final Symbol IMPLEMENTS = _symbols[offset + 1];
final Symbol _symbol_i = _symbols[offset + 2];
final List i = (List) _symbol_i.value;
return i;
}
case 71: // interface_type_list = interface_type.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final Access i = (Access) _symbol_i.value;
return new List().add(i);
}
case 72: // interface_type_list = interface_type_list.l COMMA.COMMA interface_type.i
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final Access i = (Access) _symbol_i.value;
return l.add(i);
}
case 73: // class_body = LBRACE.LBRACE class_body_declarations_opt.c RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_c = _symbols[offset + 2];
final List c = (List) _symbol_c.value;
final Symbol RBRACE = _symbols[offset + 3];
return c;
}
case 74: // class_body_declarations = class_body_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final BodyDecl c = (BodyDecl) _symbol_c.value;
return new List().add(c);
}
case 75: // class_body_declarations = class_body_declarations.l class_body_declaration.c
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_c = _symbols[offset + 2];
final BodyDecl c = (BodyDecl) _symbol_c.value;
return l.add(c);
}
case 76: // class_body_declaration = class_member_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final BodyDecl c = (BodyDecl) _symbol_c.value;
return c;
}
case 77: // class_body_declaration = instance_initializer.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final InstanceInitializer i = (InstanceInitializer) _symbol_i.value;
return i;
}
case 78: // class_body_declaration = static_initializer.si
{
final Symbol _symbol_si = _symbols[offset + 1];
final StaticInitializer si = (StaticInitializer) _symbol_si.value;
return si;
}
case 79: // class_body_declaration = constructor_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ConstructorDecl c = (ConstructorDecl) _symbol_c.value;
return c;
}
case 80: // class_member_declaration = field_declaration.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final BodyDecl f = (BodyDecl) _symbol_f.value;
return f;
}
case 81: // class_member_declaration = method_declaration.m
{
final Symbol _symbol_m = _symbols[offset + 1];
final MethodDecl m = (MethodDecl) _symbol_m.value;
return m;
}
case 82: // class_member_declaration = class_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ClassDecl c = (ClassDecl) _symbol_c.value;
return new MemberClassDecl(c);
}
case 83: // class_member_declaration = interface_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final InterfaceDecl i = (InterfaceDecl) _symbol_i.value;
return new MemberInterfaceDecl(i);
}
case 84: // class_member_declaration = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new InstanceInitializer(new Block());
}
case 85: // field_declaration = type.t variable_declarators.v SEMICOLON.SEMICOLON
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_v = _symbols[offset + 2];
final List v = (List) _symbol_v.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return new FieldDecl(new Modifiers(new List()), t, v);
}
case 86: // field_declaration = modifiers.m type.t variable_declarators.v SEMICOLON.SEMICOLON
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_v = _symbols[offset + 3];
final List v = (List) _symbol_v.value;
final Symbol SEMICOLON = _symbols[offset + 4];
return new FieldDecl(new Modifiers(m), t, v);
}
case 87: // variable_declarators = variable_declarator.v
{
final Symbol _symbol_v = _symbols[offset + 1];
final VariableDecl v = (VariableDecl) _symbol_v.value;
return new List().add(v);
}
case 88: // variable_declarators = variable_declarators.l COMMA.COMMA variable_declarator.v
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_v = _symbols[offset + 3];
final VariableDecl v = (VariableDecl) _symbol_v.value;
return l.add(v);
}
case 89: // variable_declarator = variable_declarator_id.v
{
final Symbol _symbol_v = _symbols[offset + 1];
final VariableDecl v = (VariableDecl) _symbol_v.value;
return v;
}
case 90: // variable_declarator = variable_declarator_id.v EQ.EQ variable_initializer.i
{
final Symbol _symbol_v = _symbols[offset + 1];
final VariableDecl v = (VariableDecl) _symbol_v.value;
final Symbol EQ = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final Expr i = (Expr) _symbol_i.value;
v.setInit(i); return v;
}
case 91: // variable_declarator_id = IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol _symbol_d = _symbols[offset + 2];
final List d = (List) _symbol_d.value;
return new VariableDecl(IDENTIFIER, d, new Opt());
}
case 92: // variable_initializer = expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 93: // variable_initializer = array_initializer.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final ArrayInit a = (ArrayInit) _symbol_a.value;
return a;
}
case 94: // method_declaration = method_header.m method_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final MethodDecl m = (MethodDecl) _symbol_m.value;
final Symbol _symbol_b = _symbols[offset + 2];
final Opt b = (Opt) _symbol_b.value;
m.setBlockOpt(b); return m;
}
case 95: // method_header = type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
return new MethodDecl(new Modifiers(new List()), t.addArrayDims(new List()), IDENTIFIER, l, new List(), new Opt());
}
case 96: // method_header = modifiers.m type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
return new MethodDecl(new Modifiers(m), t.addArrayDims(new List()), IDENTIFIER, l, new List(), new Opt());
}
case 97: // method_header = type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN dims.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_d = _symbols[offset + 6];
final List d = (List) _symbol_d.value;
return new MethodDecl(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER, l, new List(), new Opt());
}
case 98: // method_header = modifiers.m type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN dims.d
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_d = _symbols[offset + 7];
final List d = (List) _symbol_d.value;
return new MethodDecl(new Modifiers(m), t.addArrayDims(d), IDENTIFIER, l, new List(), new Opt());
}
case 99: // method_header = type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN throws.tl
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(new List()), t.addArrayDims(new List()), IDENTIFIER, l, tl, new Opt());
}
case 100: // method_header = modifiers.m type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN throws.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(m), t.addArrayDims(new List()), IDENTIFIER, l, tl, new Opt());
}
case 101: // method_header = type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN dims.d throws.tl
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_d = _symbols[offset + 6];
final List d = (List) _symbol_d.value;
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER, l, tl, new Opt());
}
case 102: // method_header = modifiers.m type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN dims.d throws.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_d = _symbols[offset + 7];
final List d = (List) _symbol_d.value;
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(m), t.addArrayDims(d), IDENTIFIER, l, tl, new Opt());
}
case 103: // method_header = VOID.VOID IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN throws_opt.tl
{
final Symbol VOID = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(new List()), new PrimitiveTypeAccess("void"), IDENTIFIER, l, tl, new Opt());
}
case 104: // method_header = modifiers.m VOID.VOID IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.l RPAREN.RPAREN throws_opt.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol VOID = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
return new MethodDecl(new Modifiers(m), new PrimitiveTypeAccess("void"), IDENTIFIER, l, tl, new Opt());
}
case 105: // formal_parameter_list = formal_parameter.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final ParameterDeclaration f = (ParameterDeclaration) _symbol_f.value;
return new List().add(f);
}
case 106: // formal_parameter_list = formal_parameter_list.l COMMA.COMMA formal_parameter.f
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_f = _symbols[offset + 3];
final ParameterDeclaration f = (ParameterDeclaration) _symbol_f.value;
return l.add(f);
}
case 107: // formal_parameter = type.t IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
return new ParameterDeclaration(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER);
}
case 108: // formal_parameter = modifiers.m type.t IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_d = _symbols[offset + 4];
final List d = (List) _symbol_d.value;
return new ParameterDeclaration(new Modifiers(m), t.addArrayDims(d), IDENTIFIER);
}
case 109: // throws = THROWS.THROWS class_type_list.l
{
final Symbol THROWS = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return l;
}
case 110: // class_type_list = class_type.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Access c = (Access) _symbol_c.value;
return new List().add(c);
}
case 111: // class_type_list = class_type_list.l COMMA.COMMA class_type.c
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_c = _symbols[offset + 3];
final Access c = (Access) _symbol_c.value;
return l.add(c);
}
case 112: // method_body = block.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Block b = (Block) _symbol_b.value;
return new Opt(b);
}
case 113: // method_body = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new Opt();
}
case 114: // static_initializer = STATIC.STATIC block.b
{
final Symbol STATIC = _symbols[offset + 1];
final Symbol _symbol_b = _symbols[offset + 2];
final Block b = (Block) _symbol_b.value;
return new StaticInitializer(b);
}
case 115: // instance_initializer = block.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Block b = (Block) _symbol_b.value;
return new InstanceInitializer(b);
}
case 116: // constructor_declaration = IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_pl = _symbols[offset + 3];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_tl = _symbols[offset + 5];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 6];
final Symbol RBRACE = _symbols[offset + 7];
Block b = new Block(new List()); new List().setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(), b);
}
case 117: // constructor_declaration = modifiers.m IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_pl = _symbols[offset + 4];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 7];
final Symbol RBRACE = _symbols[offset + 8];
Block b = new Block(new List()); new List().setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(), b);
}
case 118: // constructor_declaration = IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c RBRACE.RBRACE
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_pl = _symbols[offset + 3];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_tl = _symbols[offset + 5];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 6];
final Symbol _symbol_c = _symbols[offset + 7];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol RBRACE = _symbols[offset + 8];
Block b = new Block(new List()); new List().setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(c), b);
}
case 119: // constructor_declaration = modifiers.m IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_pl = _symbols[offset + 4];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 7];
final Symbol _symbol_c = _symbols[offset + 8];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol RBRACE = _symbols[offset + 9];
Block b = new Block(new List()); new List().setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(c), b);
}
case 120: // constructor_declaration = IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE block_statements.l RBRACE.RBRACE
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_pl = _symbols[offset + 3];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_tl = _symbols[offset + 5];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 8];
Block b = new Block(l); l.setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(), b);
}
case 121: // constructor_declaration = modifiers.m IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE block_statements.l RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_pl = _symbols[offset + 4];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 7];
final Symbol _symbol_l = _symbols[offset + 8];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 9];
Block b = new Block(l); l.setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(), b);
}
case 122: // constructor_declaration = IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c block_statements.l RBRACE.RBRACE
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_pl = _symbols[offset + 3];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_tl = _symbols[offset + 5];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 6];
final Symbol _symbol_c = _symbols[offset + 7];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol _symbol_l = _symbols[offset + 8];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 9];
Block b = new Block(l); l.setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(c), b);
}
case 123: // constructor_declaration = modifiers.m IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c block_statements.l RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_pl = _symbols[offset + 4];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_tl = _symbols[offset + 6];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 7];
final Symbol _symbol_c = _symbols[offset + 8];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol _symbol_l = _symbols[offset + 9];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 10];
Block b = new Block(l); l.setStart(LBRACE.getStart() + 1); b.setStart(LBRACE.getStart()); b.setEnd(RBRACE.getEnd());
return new ConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(c), b);
}
case 124: // explicit_constructor_invocation = THIS.THIS LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol THIS = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol SEMICOLON = _symbols[offset + 5];
ConstructorAccess c = new ConstructorAccess("this", l);
c.setStart(THIS.getStart());
c.setEnd(RPAREN.getEnd());
return new ExprStmt(c);
}
case 125: // explicit_constructor_invocation = SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol SUPER = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol SEMICOLON = _symbols[offset + 5];
SuperConstructorAccess c = new SuperConstructorAccess("super", l);
c.setStart(SUPER.getStart());
c.setEnd(RPAREN.getEnd());
return new ExprStmt(c);
}
case 126: // explicit_constructor_invocation = primary.p DOT.DOT SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol SUPER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol SEMICOLON = _symbols[offset + 7];
SuperConstructorAccess c = new SuperConstructorAccess("super", l);
c.setStart(SUPER.getStart());
c.setEnd(RPAREN.getEnd());
return new ExprStmt(p.qualifiesAccess(c));
}
case 127: // explicit_constructor_invocation = name.n DOT.DOT SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol SUPER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol SEMICOLON = _symbols[offset + 7];
SuperConstructorAccess c = new SuperConstructorAccess("super", l);
c.setStart(SUPER.getStart());
c.setEnd(RPAREN.getEnd());
return new ExprStmt(n.qualifiesAccess(c));
}
case 128: // interface_declaration = INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER interface_body.b
{
final Symbol INTERFACE = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_b = _symbols[offset + 3];
final List b = (List) _symbol_b.value;
return new InterfaceDecl(new Modifiers(new List()), IDENTIFIER, new List(), b);
}
case 129: // interface_declaration = modifiers.m INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER interface_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol INTERFACE = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new InterfaceDecl(new Modifiers(m), IDENTIFIER, new List(), b);
}
case 130: // interface_declaration = INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER extends_interfaces.i interface_body.b
{
final Symbol INTERFACE = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new InterfaceDecl(new Modifiers(new List()), IDENTIFIER, i, b);
}
case 131: // interface_declaration = modifiers.m INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER extends_interfaces.i interface_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol INTERFACE = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new InterfaceDecl(new Modifiers(m), IDENTIFIER, i, b);
}
case 132: // extends_interfaces = EXTENDS.EXTENDS interface_type.i
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_i = _symbols[offset + 2];
final Access i = (Access) _symbol_i.value;
return new List().add(i);
}
case 133: // extends_interfaces = extends_interfaces.l COMMA.COMMA interface_type.i
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final Access i = (Access) _symbol_i.value;
return l.add(i);
}
case 134: // interface_body = LBRACE.LBRACE interface_member_declarations_opt.i RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_i = _symbols[offset + 2];
final List i = (List) _symbol_i.value;
final Symbol RBRACE = _symbols[offset + 3];
return i;
}
case 135: // interface_member_declarations = interface_member_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final BodyDecl i = (BodyDecl) _symbol_i.value;
return new List().add(i);
}
case 136: // interface_member_declarations = interface_member_declarations.l interface_member_declaration.i
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_i = _symbols[offset + 2];
final BodyDecl i = (BodyDecl) _symbol_i.value;
return l.add(i);
}
case 137: // interface_member_declaration = constant_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final BodyDecl c = (BodyDecl) _symbol_c.value;
return c;
}
case 138: // interface_member_declaration = abstract_method_declaration.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final BodyDecl a = (BodyDecl) _symbol_a.value;
return a;
}
case 139: // interface_member_declaration = class_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ClassDecl c = (ClassDecl) _symbol_c.value;
return new MemberClassDecl(c);
}
case 140: // interface_member_declaration = interface_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final InterfaceDecl i = (InterfaceDecl) _symbol_i.value;
return new MemberInterfaceDecl(i);
}
case 141: // interface_member_declaration = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new StaticInitializer(new Block());
}
case 142: // constant_declaration = field_declaration.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final BodyDecl f = (BodyDecl) _symbol_f.value;
return f;
}
case 143: // abstract_method_declaration = method_header.m SEMICOLON.SEMICOLON
{
final Symbol _symbol_m = _symbols[offset + 1];
final MethodDecl m = (MethodDecl) _symbol_m.value;
final Symbol SEMICOLON = _symbols[offset + 2];
return m;
}
case 144: // array_initializer = LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol RBRACE = _symbols[offset + 2];
return new ArrayInit(new List());
}
case 145: // array_initializer = LBRACE.LBRACE variable_initializers.v RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_v = _symbols[offset + 2];
final List v = (List) _symbol_v.value;
final Symbol RBRACE = _symbols[offset + 3];
return new ArrayInit(v);
}
case 146: // array_initializer = LBRACE.LBRACE COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol COMMA = _symbols[offset + 2];
final Symbol RBRACE = _symbols[offset + 3];
return new ArrayInit(new List());
}
case 147: // array_initializer = LBRACE.LBRACE variable_initializers.v COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_v = _symbols[offset + 2];
final List v = (List) _symbol_v.value;
final Symbol COMMA = _symbols[offset + 3];
final Symbol RBRACE = _symbols[offset + 4];
return new ArrayInit(v);
}
case 148: // variable_initializers = variable_initializer.v
{
final Symbol _symbol_v = _symbols[offset + 1];
final Expr v = (Expr) _symbol_v.value;
return new List().add(v);
}
case 149: // variable_initializers = variable_initializers.l COMMA.COMMA variable_initializer.v
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_v = _symbols[offset + 3];
final Expr v = (Expr) _symbol_v.value;
return l.add(v);
}
case 150: // block = LBRACE.LBRACE block_statements_opt.l RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 3];
return new Block(l);
}
case 151: // block_statements = block_statement.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Stmt b = (Stmt) _symbol_b.value;
return new List().add(b);
}
case 152: // block_statements = block_statements.l block_statement.b
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_b = _symbols[offset + 2];
final Stmt b = (Stmt) _symbol_b.value;
return l.add(b);
}
case 153: // block_statement = local_variable_declaration_statement.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final VarDeclStmt l = (VarDeclStmt) _symbol_l.value;
return l;
}
case 154: // block_statement = class_declaration.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ClassDecl c = (ClassDecl) _symbol_c.value;
return new LocalClassDeclStmt(c);
}
case 155: // block_statement = statement.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final Stmt s = (Stmt) _symbol_s.value;
return s;
}
case 156: // local_variable_declaration_statement = local_variable_declaration.l SEMICOLON.SEMICOLON
{
final Symbol _symbol_l = _symbols[offset + 1];
final VarDeclStmt l = (VarDeclStmt) _symbol_l.value;
final Symbol SEMICOLON = _symbols[offset + 2];
return l;
}
case 157: // local_variable_declaration = type.t variable_declarators.l
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return new VarDeclStmt(new Modifiers(new List()), t, l);
}
case 158: // local_variable_declaration = modifiers.m type.t variable_declarators.l
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
return new VarDeclStmt(new Modifiers(m), t, l);
}
case 159: // statement = statement_without_trailing_substatement.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final Stmt s = (Stmt) _symbol_s.value;
return s;
}
case 160: // statement = labeled_statement.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final LabeledStmt l = (LabeledStmt) _symbol_l.value;
return l;
}
case 161: // statement = if_then_statement.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final IfStmt i = (IfStmt) _symbol_i.value;
return i;
}
case 162: // statement = if_then_else_statement.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final IfStmt i = (IfStmt) _symbol_i.value;
return i;
}
case 163: // statement = while_statement.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final WhileStmt w = (WhileStmt) _symbol_w.value;
return w;
}
case 164: // statement = for_statement.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final ForStmt f = (ForStmt) _symbol_f.value;
return f;
}
case 165: // statement_without_trailing_substatement = block.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Block b = (Block) _symbol_b.value;
return b;
}
case 166: // statement_without_trailing_substatement = empty_statement.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final EmptyStmt e = (EmptyStmt) _symbol_e.value;
return e;
}
case 167: // statement_without_trailing_substatement = expression_statement.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final ExprStmt e = (ExprStmt) _symbol_e.value;
return e;
}
case 168: // statement_without_trailing_substatement = switch_statement.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final SwitchStmt s = (SwitchStmt) _symbol_s.value;
return s;
}
case 169: // statement_without_trailing_substatement = do_statement.d
{
final Symbol _symbol_d = _symbols[offset + 1];
final DoStmt d = (DoStmt) _symbol_d.value;
return d;
}
case 170: // statement_without_trailing_substatement = break_statement.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final BreakStmt b = (BreakStmt) _symbol_b.value;
return b;
}
case 171: // statement_without_trailing_substatement = continue_statement.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final ContinueStmt c = (ContinueStmt) _symbol_c.value;
return c;
}
case 172: // statement_without_trailing_substatement = return_statement.r
{
final Symbol _symbol_r = _symbols[offset + 1];
final ReturnStmt r = (ReturnStmt) _symbol_r.value;
return r;
}
case 173: // statement_without_trailing_substatement = synchronized_statement.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final SynchronizedStmt s = (SynchronizedStmt) _symbol_s.value;
return s;
}
case 174: // statement_without_trailing_substatement = throw_statement.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final ThrowStmt t = (ThrowStmt) _symbol_t.value;
return t;
}
case 175: // statement_without_trailing_substatement = try_statement.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final TryStmt t = (TryStmt) _symbol_t.value;
return t;
}
case 176: // statement_without_trailing_substatement = assert_statement.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final AssertStmt a = (AssertStmt) _symbol_a.value;
return a;
}
case 177: // statement_no_short_if = statement_without_trailing_substatement.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final Stmt s = (Stmt) _symbol_s.value;
return s;
}
case 178: // statement_no_short_if = labeled_statement_no_short_if.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final LabeledStmt l = (LabeledStmt) _symbol_l.value;
return l;
}
case 179: // statement_no_short_if = if_then_else_statement_no_short_if.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final IfStmt i = (IfStmt) _symbol_i.value;
return i;
}
case 180: // statement_no_short_if = while_statement_no_short_if.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final WhileStmt w = (WhileStmt) _symbol_w.value;
return w;
}
case 181: // statement_no_short_if = for_statement_no_short_if.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final ForStmt f = (ForStmt) _symbol_f.value;
return f;
}
case 182: // if_then_statement = IF.IF LPAREN.LPAREN expression.e RPAREN.RPAREN statement.s
{
final Symbol IF = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_s = _symbols[offset + 5];
final Stmt s = (Stmt) _symbol_s.value;
return new IfStmt(e, s, new Opt());
}
case 183: // if_then_else_statement = IF.IF LPAREN.LPAREN expression.e RPAREN.RPAREN statement_no_short_if.t ELSE.ELSE statement.els
{
final Symbol IF = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_t = _symbols[offset + 5];
final Stmt t = (Stmt) _symbol_t.value;
final Symbol ELSE = _symbols[offset + 6];
final Symbol _symbol_els = _symbols[offset + 7];
final Stmt els = (Stmt) _symbol_els.value;
return new IfStmt(e, t, new Opt(els));
}
case 184: // if_then_else_statement_no_short_if = IF.IF LPAREN.LPAREN expression.e RPAREN.RPAREN statement_no_short_if.t ELSE.ELSE statement_no_short_if.els
{
final Symbol IF = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_t = _symbols[offset + 5];
final Stmt t = (Stmt) _symbol_t.value;
final Symbol ELSE = _symbols[offset + 6];
final Symbol _symbol_els = _symbols[offset + 7];
final Stmt els = (Stmt) _symbol_els.value;
return new IfStmt(e, t, new Opt(els));
}
case 185: // empty_statement = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new EmptyStmt();
}
case 186: // labeled_statement = IDENTIFIER.id COLON.COLON statement.s
{
final Symbol id = _symbols[offset + 1];
final Symbol COLON = _symbols[offset + 2];
final Symbol _symbol_s = _symbols[offset + 3];
final Stmt s = (Stmt) _symbol_s.value;
return new LabeledStmt(((String)id.value), s);
}
case 187: // labeled_statement_no_short_if = IDENTIFIER.id COLON.COLON statement_no_short_if.s
{
final Symbol id = _symbols[offset + 1];
final Symbol COLON = _symbols[offset + 2];
final Symbol _symbol_s = _symbols[offset + 3];
final Stmt s = (Stmt) _symbol_s.value;
return new LabeledStmt(((String)id.value), s);
}
case 188: // expression_statement = statement_expression.e SEMICOLON.SEMICOLON
{
final Symbol _symbol_e = _symbols[offset + 1];
final ExprStmt e = (ExprStmt) _symbol_e.value;
final Symbol SEMICOLON = _symbols[offset + 2];
return e;
}
case 189: // statement_expression = assignment.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return new ExprStmt(a);
}
case 190: // statement_expression = preincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new ExprStmt(e);
}
case 191: // statement_expression = predecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new ExprStmt(e);
}
case 192: // statement_expression = postincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new ExprStmt(e);
}
case 193: // statement_expression = postdecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new ExprStmt(e);
}
case 194: // statement_expression = method_invocation.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final Access i = (Access) _symbol_i.value;
return new ExprStmt(i);
}
case 195: // statement_expression = class_instance_creation_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new ExprStmt(e);
}
case 196: // switch_statement = SWITCH.SWITCH LPAREN.LPAREN expression.e RPAREN.RPAREN switch_block.l
{
final Symbol SWITCH = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final Block l = (Block) _symbol_l.value;
return new SwitchStmt(e, l);
}
case 197: // switch_block = LBRACE.LBRACE switch_block_statement_groups.l switch_labels.s RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol _symbol_s = _symbols[offset + 3];
final List s = (List) _symbol_s.value;
final Symbol RBRACE = _symbols[offset + 4];
for(int ii = 0; ii < s.getNumChildNoTransform(); ii++) l.add(s.getChildNoTransform(ii)); return new Block(l);
}
case 198: // switch_block = LBRACE.LBRACE switch_block_statement_groups.l RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 3];
return new Block(l);
}
case 199: // switch_block = LBRACE.LBRACE switch_labels.l RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol RBRACE = _symbols[offset + 3];
return new Block(l);
}
case 200: // switch_block = LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol RBRACE = _symbols[offset + 2];
return new Block(new List());
}
case 201: // switch_block_statement_groups = switch_block_statement_group.g
{
final Symbol _symbol_g = _symbols[offset + 1];
final List g = (List) _symbol_g.value;
return g;
}
case 202: // switch_block_statement_groups = switch_block_statement_groups.l switch_block_statement_group.g
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_g = _symbols[offset + 2];
final List g = (List) _symbol_g.value;
for(int ii = 0; ii < g.getNumChildNoTransform(); ii++)
l.add(g.getChildNoTransform(ii));
return l;
}
case 203: // switch_block_statement_group = switch_labels.l block_statements.bl
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_bl = _symbols[offset + 2];
final List bl = (List) _symbol_bl.value;
for(int ii = 0; ii < bl.getNumChildNoTransform(); ii++)
l.add(bl.getChildNoTransform(ii));
return l;
}
case 204: // switch_labels = switch_label.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final Case s = (Case) _symbol_s.value;
return new List().add(s);
}
case 205: // switch_labels = switch_labels.l switch_label.s
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_s = _symbols[offset + 2];
final Case s = (Case) _symbol_s.value;
return l.add(s);
}
case 206: // switch_label = CASE.CASE constant_expression.e COLON.COLON
{
final Symbol CASE = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol COLON = _symbols[offset + 3];
return new ConstCase(e);
}
case 207: // switch_label = DEFAULT.DEFAULT COLON.COLON
{
final Symbol DEFAULT = _symbols[offset + 1];
final Symbol COLON = _symbols[offset + 2];
return new DefaultCase();
}
case 208: // while_statement = WHILE.WHILE LPAREN.LPAREN expression.e RPAREN.RPAREN statement.s
{
final Symbol WHILE = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_s = _symbols[offset + 5];
final Stmt s = (Stmt) _symbol_s.value;
return new WhileStmt(e, s);
}
case 209: // while_statement_no_short_if = WHILE.WHILE LPAREN.LPAREN expression.e RPAREN.RPAREN statement_no_short_if.s
{
final Symbol WHILE = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_s = _symbols[offset + 5];
final Stmt s = (Stmt) _symbol_s.value;
return new WhileStmt(e, s);
}
case 210: // do_statement = DO.DO statement.s WHILE.WHILE LPAREN.LPAREN expression.e RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol DO = _symbols[offset + 1];
final Symbol _symbol_s = _symbols[offset + 2];
final Stmt s = (Stmt) _symbol_s.value;
final Symbol WHILE = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol SEMICOLON = _symbols[offset + 7];
return new DoStmt(s, e);
}
case 211: // for_statement = FOR.FOR LPAREN.LPAREN for_init_opt.i SEMICOLON.SEMICOLON expression_opt.e SEMICOLON.SEMICOLON_ for_update_opt.u RPAREN.RPAREN statement.s
{
final Symbol FOR = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol SEMICOLON = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Opt e = (Opt) _symbol_e.value;
final Symbol SEMICOLON_ = _symbols[offset + 6];
final Symbol _symbol_u = _symbols[offset + 7];
final List u = (List) _symbol_u.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_s = _symbols[offset + 9];
final Stmt s = (Stmt) _symbol_s.value;
return new ForStmt(i, e, u, s);
}
case 212: // for_statement_no_short_if = FOR.FOR LPAREN.LPAREN for_init_opt.i SEMICOLON.SEMICOLON expression_opt.e SEMICOLON.SEMICOLON_ for_update_opt.u RPAREN.RPAREN statement_no_short_if.s
{
final Symbol FOR = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol SEMICOLON = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Opt e = (Opt) _symbol_e.value;
final Symbol SEMICOLON_ = _symbols[offset + 6];
final Symbol _symbol_u = _symbols[offset + 7];
final List u = (List) _symbol_u.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_s = _symbols[offset + 9];
final Stmt s = (Stmt) _symbol_s.value;
return new ForStmt(i, e, u, s);
}
case 213: // for_init = statement_expression_list.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
return l;
}
case 214: // for_init = local_variable_declaration.d
{
final Symbol _symbol_d = _symbols[offset + 1];
final VarDeclStmt d = (VarDeclStmt) _symbol_d.value;
return new List().add(d);
}
case 215: // for_update = statement_expression_list.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
return l;
}
case 216: // statement_expression_list = statement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final ExprStmt e = (ExprStmt) _symbol_e.value;
return new List().add(e);
}
case 217: // statement_expression_list = statement_expression_list.l COMMA.COMMA statement_expression.e
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final ExprStmt e = (ExprStmt) _symbol_e.value;
return l.add(e);
}
case 218: // break_statement = BREAK.BREAK IDENTIFIER.id SEMICOLON.SEMICOLON
{
final Symbol BREAK = _symbols[offset + 1];
final Symbol id = _symbols[offset + 2];
final Symbol SEMICOLON = _symbols[offset + 3];
return new BreakStmt(((String)id.value));
}
case 219: // break_statement = BREAK.BREAK SEMICOLON.SEMICOLON
{
final Symbol BREAK = _symbols[offset + 1];
final Symbol SEMICOLON = _symbols[offset + 2];
return new BreakStmt("");
}
case 220: // continue_statement = CONTINUE.CONTINUE IDENTIFIER.id SEMICOLON.SEMICOLON
{
final Symbol CONTINUE = _symbols[offset + 1];
final Symbol id = _symbols[offset + 2];
final Symbol SEMICOLON = _symbols[offset + 3];
return new ContinueStmt(((String)id.value));
}
case 221: // continue_statement = CONTINUE.CONTINUE SEMICOLON.SEMICOLON
{
final Symbol CONTINUE = _symbols[offset + 1];
final Symbol SEMICOLON = _symbols[offset + 2];
return new ContinueStmt("");
}
case 222: // return_statement = RETURN.RETURN expression_opt.e SEMICOLON.SEMICOLON
{
final Symbol RETURN = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Opt e = (Opt) _symbol_e.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return new ReturnStmt(e);
}
case 223: // throw_statement = THROW.THROW expression.e SEMICOLON.SEMICOLON
{
final Symbol THROW = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return new ThrowStmt(e);
}
case 224: // synchronized_statement = SYNCHRONIZED.SYNCHRONIZED LPAREN.LPAREN expression.e RPAREN.RPAREN block.b
{
final Symbol SYNCHRONIZED = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_b = _symbols[offset + 5];
final Block b = (Block) _symbol_b.value;
return new SynchronizedStmt(e, b);
}
case 225: // try_statement = TRY.TRY block.b catches.c
{
final Symbol TRY = _symbols[offset + 1];
final Symbol _symbol_b = _symbols[offset + 2];
final Block b = (Block) _symbol_b.value;
final Symbol _symbol_c = _symbols[offset + 3];
final List c = (List) _symbol_c.value;
return new TryStmt(b, c, new Opt());
}
case 226: // try_statement = TRY.TRY block.b finally.f
{
final Symbol TRY = _symbols[offset + 1];
final Symbol _symbol_b = _symbols[offset + 2];
final Block b = (Block) _symbol_b.value;
final Symbol _symbol_f = _symbols[offset + 3];
final Block f = (Block) _symbol_f.value;
return new TryStmt(b, new List(), new Opt(f));
}
case 227: // try_statement = TRY.TRY block.b catches.c finally.f
{
final Symbol TRY = _symbols[offset + 1];
final Symbol _symbol_b = _symbols[offset + 2];
final Block b = (Block) _symbol_b.value;
final Symbol _symbol_c = _symbols[offset + 3];
final List c = (List) _symbol_c.value;
final Symbol _symbol_f = _symbols[offset + 4];
final Block f = (Block) _symbol_f.value;
return new TryStmt(b, c, new Opt(f));
}
case 228: // catches = catch_clause.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final CatchClause c = (CatchClause) _symbol_c.value;
return new List().add(c);
}
case 229: // catches = catches.l catch_clause.c
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_c = _symbols[offset + 2];
final CatchClause c = (CatchClause) _symbol_c.value;
return l.add(c);
}
case 230: // catch_clause = CATCH.CATCH LPAREN.LPAREN formal_parameter.p RPAREN.RPAREN block.b
{
final Symbol CATCH = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final ParameterDeclaration p = (ParameterDeclaration) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_b = _symbols[offset + 5];
final Block b = (Block) _symbol_b.value;
return new BasicCatch(p, b);
}
case 231: // finally = FINALLY.FINALLY block.b
{
final Symbol FINALLY = _symbols[offset + 1];
final Symbol _symbol_b = _symbols[offset + 2];
final Block b = (Block) _symbol_b.value;
return b;
}
case 232: // assert_statement = ASSERT.ASSERT expression.e SEMICOLON.SEMICOLON
{
final Symbol ASSERT = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol SEMICOLON = _symbols[offset + 3];
return new AssertStmt(e, new Opt());
}
case 233: // assert_statement = ASSERT.ASSERT expression.e COLON.COLON expression.s SEMICOLON.SEMICOLON
{
final Symbol ASSERT = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol COLON = _symbols[offset + 3];
final Symbol _symbol_s = _symbols[offset + 4];
final Expr s = (Expr) _symbol_s.value;
final Symbol SEMICOLON = _symbols[offset + 5];
return new AssertStmt(e, new Opt(s));
}
case 234: // primary = primary_no_new_array.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
return p;
}
case 235: // primary = array_creation_init.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return a;
}
case 236: // primary = array_creation_uninit.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return a;
}
case 237: // class_literal = CLASS.CLASS
{
final Symbol CLASS = _symbols[offset + 1];
return new ClassAccess();
}
case 238: // subclass_body = class_body.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final List b = (List) _symbol_b.value;
return new Opt(new AnonymousDecl(new Modifiers(), "Anonymous", b));
}
case 239: // argument_list = expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return new List().add(e);
}
case 240: // argument_list = argument_list.l COMMA.COMMA expression.e
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
return l.add(e);
}
case 241: // array_creation_uninit = NEW.NEW primitive_type.t dim_exprs.d
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
return new ArrayCreationExpr(t.addArrayDims(d), new Opt());
}
case 242: // array_creation_uninit = NEW.NEW primitive_type.t dim_exprs.d dims.e
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol _symbol_e = _symbols[offset + 4];
final List e = (List) _symbol_e.value;
return new ArrayCreationExpr(t.addArrayDims(d).addArrayDims(e), new Opt());
}
case 243: // array_creation_uninit = NEW.NEW class_or_interface_type.t dim_exprs.d
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
return new ArrayCreationExpr(t.addArrayDims(d), new Opt());
}
case 244: // array_creation_uninit = NEW.NEW class_or_interface_type.t dim_exprs.d dims.e
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol _symbol_e = _symbols[offset + 4];
final List e = (List) _symbol_e.value;
return new ArrayCreationExpr(t.addArrayDims(d).addArrayDims(e), new Opt());
}
case 245: // array_creation_init = NEW.NEW primitive_type.t dims.d array_initializer.i
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol _symbol_i = _symbols[offset + 4];
final ArrayInit i = (ArrayInit) _symbol_i.value;
return new ArrayCreationExpr(t.addArrayDims(d), new Opt(i));
}
case 246: // array_creation_init = NEW.NEW class_or_interface_type.t dims.d array_initializer.i
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol _symbol_i = _symbols[offset + 4];
final ArrayInit i = (ArrayInit) _symbol_i.value;
return new ArrayCreationExpr(t.addArrayDims(d), new Opt(i));
}
case 247: // dim_exprs = dim_expr.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Dims e = (Dims) _symbol_e.value;
return new List().add(e);
}
case 248: // dim_exprs = dim_exprs.l dim_expr.e
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_e = _symbols[offset + 2];
final Dims e = (Dims) _symbol_e.value;
return l.add(e);
}
case 249: // dim_expr = LBRACK.LBRACK expression.e RBRACK.RBRACK
{
final Symbol LBRACK = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol RBRACK = _symbols[offset + 3];
return new Dims(new Opt(e));
}
case 250: // dims = LBRACK.LBRACK RBRACK.RBRACK
{
final Symbol LBRACK = _symbols[offset + 1];
final Symbol RBRACK = _symbols[offset + 2];
Dims d = new Dims(new Opt()); d.setStart(LBRACK.getStart()); d.setEnd(RBRACK.getEnd());
return new List().add(d);
}
case 251: // dims = dims.l LBRACK.LBRACK RBRACK.RBRACK
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol LBRACK = _symbols[offset + 2];
final Symbol RBRACK = _symbols[offset + 3];
Dims d = new Dims(new Opt()); d.setStart(LBRACK.getStart()); d.setEnd(RBRACK.getEnd());
return l.add(d);
}
case 252: // field_access = primary.p DOT.DOT simple_name.id
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_id = _symbols[offset + 3];
final Access id = (Access) _symbol_id.value;
return p.qualifiesAccess(id);
}
case 253: // field_access = SUPER.SUPER DOT.DOT simple_name.id
{
final Symbol SUPER = _symbols[offset + 1];
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_id = _symbols[offset + 3];
final Access id = (Access) _symbol_id.value;
SuperAccess s = new SuperAccess("super");
s.setStart(SUPER.getStart());
s.setEnd(SUPER.getEnd());
return s.qualifiesAccess(id);
}
case 254: // field_access = name.n DOT.DOT SUPER.SUPER DOT.DOT_ simple_name.id
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol SUPER = _symbols[offset + 3];
final Symbol DOT_ = _symbols[offset + 4];
final Symbol _symbol_id = _symbols[offset + 5];
final Access id = (Access) _symbol_id.value;
SuperAccess s = new SuperAccess("super");
s.setStart(SUPER.getStart());
s.setEnd(SUPER.getEnd());
return n.qualifiesAccess(s).qualifiesAccess(id);
}
case 255: // method_invocation = name.n LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 4];
if(n instanceof AbstractDot) {
AbstractDot d = (AbstractDot)n;
ParseName pn = (ParseName)d.extractLast();
MethodAccess m = new MethodAccess(pn.getID(), l);
m.setStart(pn.getStart()); // add location information
m.setEnd(RPAREN.getEnd()); // add location information
m.IDstart = pn.getStart();
m.IDend = pn.getStart() + pn.getID().length() - 1;
d.replaceLast(m);
return d;
}
else {
ParseName pn = (ParseName)n;
MethodAccess m = new MethodAccess(pn.getID(), l);
m.setStart(pn.getStart()); // add location information
m.setEnd(RPAREN.getEnd()); // add location information
m.IDstart = pn.getStart();
m.IDend = pn.getStart() + pn.getID().length() - 1;
return m;
}
}
case 256: // method_invocation = primary.p DOT.DOT IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
MethodAccess m = new MethodAccess(IDENTIFIER, l);
m.setStart(IDENTIFIER.getStart()); // add location information
m.setEnd(RPAREN.getEnd()); // add location information
return p.qualifiesAccess(m);
}
case 257: // method_invocation = SUPER.SUPER DOT.DOT IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol SUPER = _symbols[offset + 1];
final Symbol DOT = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
SuperAccess s = new SuperAccess("super");
s.setStart(SUPER.getStart());
s.setEnd(SUPER.getEnd());
MethodAccess m = new MethodAccess(IDENTIFIER, l);
m.setStart(IDENTIFIER.getStart());
m.setEnd(RPAREN.getEnd());
return s.qualifiesAccess(m);
}
case 258: // method_invocation = name.n DOT.DOT SUPER.SUPER DOT.DOT_ IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol SUPER = _symbols[offset + 3];
final Symbol DOT_ = _symbols[offset + 4];
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 8];
SuperAccess s = new SuperAccess("super");
s.setStart(SUPER.getStart());
s.setEnd(SUPER.getEnd());
MethodAccess m = new MethodAccess(IDENTIFIER, l);
m.setStart(IDENTIFIER.getStart());
m.setEnd(RPAREN.getEnd());
return n.qualifiesAccess(s).qualifiesAccess(m);
}
case 259: // array_access = name.n LBRACK.LBRACK expression.e RBRACK.RBRACK
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol LBRACK = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RBRACK = _symbols[offset + 4];
ArrayAccess a = new ArrayAccess(e);
a.setStart(LBRACK.getStart());
a.setEnd(RBRACK.getEnd());
return n.qualifiesAccess(a);
}
case 260: // array_access = primary_no_new_array.p LBRACK.LBRACK expression.e RBRACK.RBRACK
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol LBRACK = _symbols[offset + 2];
final Symbol _symbol_e = _symbols[offset + 3];
final Expr e = (Expr) _symbol_e.value;
final Symbol RBRACK = _symbols[offset + 4];
ArrayAccess a = new ArrayAccess(e);
a.setStart(LBRACK.getStart());
a.setEnd(RBRACK.getEnd());
return p.qualifiesAccess(a);
}
case 261: // postfix_expression = primary.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
return p;
}
case 262: // postfix_expression = name.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
return n;
}
case 263: // postfix_expression = postincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 264: // postfix_expression = postdecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 265: // postincrement_expression = postfix_expression.e PLUSPLUS.PLUSPLUS
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
final Symbol PLUSPLUS = _symbols[offset + 2];
return new PostIncExpr(e);
}
case 266: // postdecrement_expression = postfix_expression.e MINUSMINUS.MINUSMINUS
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
final Symbol MINUSMINUS = _symbols[offset + 2];
return new PostDecExpr(e);
}
case 267: // unary_expression = preincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 268: // unary_expression = predecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 269: // unary_expression = PLUS.PLUS unary_expression.e
{
final Symbol PLUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new PlusExpr(e);
}
case 270: // unary_expression = MINUS.MINUS unary_expression.e
{
final Symbol MINUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new MinusExpr(e);
}
case 271: // unary_expression = unary_expression_not_plus_minus.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 272: // preincrement_expression = PLUSPLUS.PLUSPLUS unary_expression.e
{
final Symbol PLUSPLUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new PreIncExpr(e);
}
case 273: // predecrement_expression = MINUSMINUS.MINUSMINUS unary_expression.e
{
final Symbol MINUSMINUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new PreDecExpr(e);
}
case 274: // unary_expression_not_plus_minus = postfix_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 275: // unary_expression_not_plus_minus = COMP.COMP unary_expression.e
{
final Symbol COMP = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new BitNotExpr(e);
}
case 276: // unary_expression_not_plus_minus = NOT.NOT unary_expression.e
{
final Symbol NOT = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new LogNotExpr(e);
}
case 277: // unary_expression_not_plus_minus = cast_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 278: // cast_expression = LPAREN.LPAREN primitive_type.t RPAREN.RPAREN unary_expression.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol RPAREN = _symbols[offset + 3];
final Symbol _symbol_e = _symbols[offset + 4];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(t.addArrayDims(new List()), e);
}
case 279: // cast_expression = LPAREN.LPAREN primitive_type.t dims.d RPAREN.RPAREN unary_expression.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(t.addArrayDims(d), e);
}
case 280: // cast_expression = LPAREN.LPAREN name.t RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol RPAREN = _symbols[offset + 3];
final Symbol _symbol_e = _symbols[offset + 4];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(t.addArrayDims(new List()), e);
}
case 281: // cast_expression = LPAREN.LPAREN name.t dims.d RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(t.addArrayDims(d), e);
}
case 282: // multiplicative_expression = unary_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 283: // multiplicative_expression = multiplicative_expression.e1 MULT.MULT unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MULT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new MulExpr(e1, e2);
}
case 284: // multiplicative_expression = multiplicative_expression.e1 DIV.DIV unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol DIV = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new DivExpr(e1, e2);
}
case 285: // multiplicative_expression = multiplicative_expression.e1 MOD.MOD unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MOD = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new ModExpr(e1, e2);
}
case 286: // additive_expression = multiplicative_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 287: // additive_expression = additive_expression.e1 PLUS.PLUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol PLUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AddExpr(e1, e2);
}
case 288: // additive_expression = additive_expression.e1 MINUS.MINUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MINUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new SubExpr(e1, e2);
}
case 289: // shift_expression = additive_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 290: // shift_expression = shift_expression.e1 LSHIFT.LSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LShiftExpr(e1, e2);
}
case 291: // shift_expression = shift_expression.e1 RSHIFT.RSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol RSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new RShiftExpr(e1, e2);
}
case 292: // shift_expression = shift_expression.e1 URSHIFT.URSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol URSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new URShiftExpr(e1, e2);
}
case 293: // relational_expression = shift_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 294: // relational_expression = relational_expression.e1 LT.LT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LTExpr(e1, e2);
}
case 295: // relational_expression = relational_expression.e1 GT.GT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol GT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GTExpr(e1, e2);
}
case 296: // relational_expression = relational_expression.e1 LTEQ.LTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LEExpr(e1, e2);
}
case 297: // relational_expression = relational_expression.e1 GTEQ.GTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol GTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GEExpr(e1, e2);
}
case 298: // relational_expression = relational_expression.e INSTANCEOF.INSTANCEOF reference_type.t
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
final Symbol INSTANCEOF = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new InstanceOfExpr(e, t);
}
case 299: // equality_expression = relational_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 300: // equality_expression = equality_expression.e1 EQEQ.EQEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol EQEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new EQExpr(e1, e2);
}
case 301: // equality_expression = equality_expression.e1 NOTEQ.NOTEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol NOTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new NEExpr(e1, e2);
}
case 302: // and_expression = equality_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 303: // and_expression = and_expression.e1 AND.AND equality_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol AND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndBitwiseExpr(e1, e2);
}
case 304: // exclusive_or_expression = and_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 305: // exclusive_or_expression = exclusive_or_expression.e1 XOR.XOR and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol XOR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new XorBitwiseExpr(e1, e2);
}
case 306: // inclusive_or_expression = exclusive_or_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 307: // inclusive_or_expression = inclusive_or_expression.e1 OR.OR exclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol OR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrBitwiseExpr(e1, e2);
}
case 308: // conditional_and_expression = inclusive_or_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 309: // conditional_and_expression = conditional_and_expression.e1 ANDAND.ANDAND inclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol ANDAND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndLogicalExpr(e1, e2);
}
case 310: // conditional_or_expression = conditional_and_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 311: // conditional_or_expression = conditional_or_expression.e1 OROR.OROR conditional_and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol OROR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrLogicalExpr(e1, e2);
}
case 312: // conditional_expression = conditional_or_expression.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
return c;
}
case 313: // conditional_expression = conditional_or_expression.c QUESTION.QUESTION expression.e1 COLON.COLON conditional_expression.e2
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
final Symbol QUESTION = _symbols[offset + 2];
final Symbol _symbol_e1 = _symbols[offset + 3];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol COLON = _symbols[offset + 4];
final Symbol _symbol_e2 = _symbols[offset + 5];
final Expr e2 = (Expr) _symbol_e2.value;
return new ConditionalExpr(c, e1, e2);
}
case 314: // assignment_expression = conditional_expression.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
return c;
}
case 315: // assignment_expression = assignment.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return a;
}
case 316: // assignment = postfix_expression.dest EQ.EQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol EQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignSimpleExpr(dest, source);
}
case 317: // assignment = postfix_expression.dest MULTEQ.MULTEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol MULTEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignMulExpr(dest, source);
}
case 318: // assignment = postfix_expression.dest DIVEQ.DIVEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol DIVEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignDivExpr(dest, source);
}
case 319: // assignment = postfix_expression.dest MODEQ.MODEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol MODEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignModExpr(dest, source);
}
case 320: // assignment = postfix_expression.dest PLUSEQ.PLUSEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol PLUSEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignPlusExpr(dest, source);
}
case 321: // assignment = postfix_expression.dest MINUSEQ.MINUSEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol MINUSEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignMinusExpr(dest, source);
}
case 322: // assignment = postfix_expression.dest LSHIFTEQ.LSHIFTEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol LSHIFTEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignLShiftExpr(dest, source);
}
case 323: // assignment = postfix_expression.dest RSHIFTEQ.RSHIFTEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol RSHIFTEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignRShiftExpr(dest, source);
}
case 324: // assignment = postfix_expression.dest URSHIFTEQ.URSHIFTEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol URSHIFTEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignURShiftExpr(dest, source);
}
case 325: // assignment = postfix_expression.dest ANDEQ.ANDEQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol ANDEQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignAndExpr(dest, source);
}
case 326: // assignment = postfix_expression.dest XOREQ.XOREQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol XOREQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignXorExpr(dest, source);
}
case 327: // assignment = postfix_expression.dest OREQ.OREQ assignment_expression.source
{
final Symbol _symbol_dest = _symbols[offset + 1];
final Expr dest = (Expr) _symbol_dest.value;
final Symbol OREQ = _symbols[offset + 2];
final Symbol _symbol_source = _symbols[offset + 3];
final Expr source = (Expr) _symbol_source.value;
return new AssignOrExpr(dest, source);
}
case 328: // expression = assignment_expression.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return a;
}
case 329: // constant_expression = expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 330: // class_body_declaration = error.error SEMICOLON.SEMICOLON
{
final Symbol error = _symbols[offset + 1];
final Symbol SEMICOLON = _symbols[offset + 2];
return new InstanceInitializer(new Block());
}
case 331: // class_body_declaration = error.error LBRACE.LBRACE
{
final Symbol error = _symbols[offset + 1];
final Symbol LBRACE = _symbols[offset + 2];
return new InstanceInitializer(new Block());
}
case 332: // block = LBRACE.LBRACE error.error RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol error = _symbols[offset + 2];
final Symbol RBRACE = _symbols[offset + 3];
return new Block(new List());
}
case 333: // switch_block = LBRACE.LBRACE error.error RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol error = _symbols[offset + 2];
final Symbol RBRACE = _symbols[offset + 3];
return new Block(new List());
}
case 334: // statement = error.error SEMICOLON.SEMICOLON
{
final Symbol error = _symbols[offset + 1];
final Symbol SEMICOLON = _symbols[offset + 2];
return new EmptyStmt();
}
case 335: // type_declaration = annotation_type_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final AnnotationDecl i = (AnnotationDecl) _symbol_i.value;
return i;
}
case 336: // interface_member_declaration = annotation_type_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final AnnotationDecl i = (AnnotationDecl) _symbol_i.value;
MemberInterfaceDecl mid = new MemberInterfaceDecl(i);
mid.setStart(i.getStart());
mid.setEnd(i.getEnd());
return mid;
}
case 337: // class_member_declaration = annotation_type_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final AnnotationDecl i = (AnnotationDecl) _symbol_i.value;
MemberInterfaceDecl mid = new MemberInterfaceDecl(i);
mid.setStart(i.getStart());
mid.setEnd(i.getEnd());
return mid;
}
case 338: // annotation_type_declaration = AT.AT INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER annotation_type_body.b
{
final Symbol AT = _symbols[offset + 1];
final Symbol INTERFACE = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
AnnotationDecl a = new AnnotationDecl(new Modifiers(new List()), IDENTIFIER, b);
a.setStart(new List().getStart());
a.setEnd(b.getEnd());
return a;
}
case 339: // annotation_type_declaration = modifiers.m AT.AT INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER annotation_type_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol AT = _symbols[offset + 2];
final Symbol INTERFACE = _symbols[offset + 3];
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
AnnotationDecl a = new AnnotationDecl(new Modifiers(m), IDENTIFIER, b);
a.setStart(m.getStart());
a.setEnd(b.getEnd());
return a;
}
case 340: // annotation_type_body = LBRACE.LBRACE annotation_type_element_declarations_opt.i RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_i = _symbols[offset + 2];
final List i = (List) _symbol_i.value;
final Symbol RBRACE = _symbols[offset + 3];
return i;
}
case 341: // annotation_type_element_declarations = annotation_type_element_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final BodyDecl i = (BodyDecl) _symbol_i.value;
return new List().add(i);
}
case 342: // annotation_type_element_declarations = annotation_type_element_declarations.l annotation_type_element_declaration.i
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol _symbol_i = _symbols[offset + 2];
final BodyDecl i = (BodyDecl) _symbol_i.value;
return l.add(i);
}
case 343: // annotation_type_element_declaration = type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN RPAREN.RPAREN default_value_opt.default_value SEMICOLON.SEMICOLON
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol RPAREN = _symbols[offset + 4];
final Symbol _symbol_default_value = _symbols[offset + 5];
final Opt default_value = (Opt) _symbol_default_value.value;
final Symbol SEMICOLON = _symbols[offset + 6];
AnnotationMethodDecl a = new AnnotationMethodDecl(new Modifiers(new List()), t, IDENTIFIER, new List(), new List(), new Opt(), default_value);
a.setStart(new List().getStart());
a.setEnd(SEMICOLON.getEnd());
return a;
}
case 344: // annotation_type_element_declaration = modifiers.m type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN RPAREN.RPAREN default_value_opt.default_value SEMICOLON.SEMICOLON
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_default_value = _symbols[offset + 6];
final Opt default_value = (Opt) _symbol_default_value.value;
final Symbol SEMICOLON = _symbols[offset + 7];
AnnotationMethodDecl a = new AnnotationMethodDecl(new Modifiers(m), t, IDENTIFIER, new List(), new List(), new Opt(), default_value);
a.setStart(m.getStart());
a.setEnd(SEMICOLON.getEnd());
return a;
}
case 346: // annotation_type_element_declaration = class_declaration.class_declaration
{
final Symbol _symbol_class_declaration = _symbols[offset + 1];
final ClassDecl class_declaration = (ClassDecl) _symbol_class_declaration.value;
MemberClassDecl m = new MemberClassDecl(class_declaration);
m.setStart(class_declaration.getStart());
m.setEnd(class_declaration.getEnd());
return m;
}
case 347: // annotation_type_element_declaration = interface_declaration.interface_declaration
{
final Symbol _symbol_interface_declaration = _symbols[offset + 1];
final InterfaceDecl interface_declaration = (InterfaceDecl) _symbol_interface_declaration.value;
MemberInterfaceDecl m = new MemberInterfaceDecl(interface_declaration);
m.setStart(interface_declaration.getStart());
m.setEnd(interface_declaration.getEnd());
return m;
}
case 348: // annotation_type_element_declaration = enum_declaration.enum_declaration
{
final Symbol _symbol_enum_declaration = _symbols[offset + 1];
final EnumDecl enum_declaration = (EnumDecl) _symbol_enum_declaration.value;
MemberClassDecl m = new MemberClassDecl(enum_declaration);
m.setStart(enum_declaration.getStart());
m.setEnd(enum_declaration.getEnd());
return m;
}
case 349: // annotation_type_element_declaration = annotation_type_declaration.annotation_type_declaration
{
final Symbol _symbol_annotation_type_declaration = _symbols[offset + 1];
final AnnotationDecl annotation_type_declaration = (AnnotationDecl) _symbol_annotation_type_declaration.value;
MemberInterfaceDecl m = new MemberInterfaceDecl(annotation_type_declaration);
m.setStart(annotation_type_declaration.getStart());
m.setEnd(annotation_type_declaration.getEnd());
return m;
}
case 350: // annotation_type_element_declaration = SEMICOLON.SEMICOLON
{
final Symbol SEMICOLON = _symbols[offset + 1];
return new StaticInitializer(new Block());
}
case 351: // default_value = DEFAULT.DEFAULT element_value.element_value
{
final Symbol DEFAULT = _symbols[offset + 1];
final Symbol _symbol_element_value = _symbols[offset + 2];
final ElementValue element_value = (ElementValue) _symbol_element_value.value;
return element_value;
}
case 356: // normal_annotation = AT.AT name.name LPAREN.LPAREN element_value_pairs_opt.element_value_pairs RPAREN.RPAREN
{
final Symbol AT = _symbols[offset + 1];
final Symbol _symbol_name = _symbols[offset + 2];
final Access name = (Access) _symbol_name.value;
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_element_value_pairs = _symbols[offset + 4];
final List element_value_pairs = (List) _symbol_element_value_pairs.value;
final Symbol RPAREN = _symbols[offset + 5];
Annotation a = new Annotation("annotation", name, element_value_pairs);
a.setStart(AT.getStart());
a.setEnd(RPAREN.getEnd());
return a;
}
case 357: // element_value_pairs = element_value_pair.element_value_pair
{
final Symbol _symbol_element_value_pair = _symbols[offset + 1];
final ElementValuePair element_value_pair = (ElementValuePair) _symbol_element_value_pair.value;
return new List().add(element_value_pair);
}
case 358: // element_value_pairs = element_value_pairs.element_value_pairs COMMA.COMMA element_value_pair.element_value_pair
{
final Symbol _symbol_element_value_pairs = _symbols[offset + 1];
final List element_value_pairs = (List) _symbol_element_value_pairs.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_element_value_pair = _symbols[offset + 3];
final ElementValuePair element_value_pair = (ElementValuePair) _symbol_element_value_pair.value;
return element_value_pairs.add(element_value_pair);
}
case 359: // element_value_pair = IDENTIFIER.IDENTIFIER EQ.EQ element_value.element_value
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol EQ = _symbols[offset + 2];
final Symbol _symbol_element_value = _symbols[offset + 3];
final ElementValue element_value = (ElementValue) _symbol_element_value.value;
ElementValuePair evp = new ElementValuePair(IDENTIFIER, element_value);
evp.setStart(IDENTIFIER.getStart());
evp.setEnd(element_value.getEnd());
return evp;
}
case 360: // element_value = conditional_expression.conditional_expression
{
final Symbol _symbol_conditional_expression = _symbols[offset + 1];
final Expr conditional_expression = (Expr) _symbol_conditional_expression.value;
ElementConstantValue e = new ElementConstantValue(conditional_expression);
e.setStart(conditional_expression.getStart());
e.setEnd(conditional_expression.getEnd());
return e;
}
case 361: // element_value = annotation.annotation
{
final Symbol _symbol_annotation = _symbols[offset + 1];
final Annotation annotation = (Annotation) _symbol_annotation.value;
return new ElementAnnotationValue(annotation);
}
case 362: // element_value = element_value_array_initializer.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final ElementArrayValue e = (ElementArrayValue) _symbol_e.value;
return e;
}
case 363: // element_value_array_initializer = LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol RBRACE = _symbols[offset + 2];
return new ElementArrayValue(new List());
}
case 364: // element_value_array_initializer = LBRACE.LBRACE element_values.element_values RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_element_values = _symbols[offset + 2];
final List element_values = (List) _symbol_element_values.value;
final Symbol RBRACE = _symbols[offset + 3];
return new ElementArrayValue(element_values);
}
case 365: // element_value_array_initializer = LBRACE.LBRACE COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol COMMA = _symbols[offset + 2];
final Symbol RBRACE = _symbols[offset + 3];
return new ElementArrayValue(new List());
}
case 366: // element_value_array_initializer = LBRACE.LBRACE element_values.element_values COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_element_values = _symbols[offset + 2];
final List element_values = (List) _symbol_element_values.value;
final Symbol COMMA = _symbols[offset + 3];
final Symbol RBRACE = _symbols[offset + 4];
return new ElementArrayValue(element_values);
}
case 367: // element_values = element_value.element_value
{
final Symbol _symbol_element_value = _symbols[offset + 1];
final ElementValue element_value = (ElementValue) _symbol_element_value.value;
return new List().add(element_value);
}
case 368: // element_values = element_values.element_values COMMA.COMMA element_value.element_value
{
final Symbol _symbol_element_values = _symbols[offset + 1];
final List element_values = (List) _symbol_element_values.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_element_value = _symbols[offset + 3];
final ElementValue element_value = (ElementValue) _symbol_element_value.value;
return element_values.add(element_value);
}
case 369: // marker_annotation = AT.AT name.name
{
final Symbol AT = _symbols[offset + 1];
final Symbol _symbol_name = _symbols[offset + 2];
final Access name = (Access) _symbol_name.value;
return new Annotation("annotation", name, new List());
}
case 370: // single_element_annotation = AT.AT name.name LPAREN.LPAREN element_value.element_value RPAREN.RPAREN
{
final Symbol AT = _symbols[offset + 1];
final Symbol _symbol_name = _symbols[offset + 2];
final Access name = (Access) _symbol_name.value;
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_element_value = _symbols[offset + 4];
final ElementValue element_value = (ElementValue) _symbol_element_value.value;
final Symbol RPAREN = _symbols[offset + 5];
Annotation a = new Annotation("annotation", name, new List().add(new ElementValuePair("value", element_value)));
a.setStart(AT.getStart());
a.setEnd(RPAREN.getEnd());
return a;
}
case 371: // compilation_unit = modifiers.a package_declaration.p
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol _symbol_p = _symbols[offset + 2];
final IdUse p = (IdUse) _symbol_p.value;
return new AnnotatedCompilationUnit(p.getID(), new List(), new List(), new Modifiers(a));
}
case 372: // compilation_unit = modifiers.a package_declaration.p import_declarations.i
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol _symbol_p = _symbols[offset + 2];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
return new AnnotatedCompilationUnit(p.getID(), i, new List(), new Modifiers(a));
}
case 373: // compilation_unit = modifiers.a package_declaration.p type_declarations.t
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol _symbol_p = _symbols[offset + 2];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_t = _symbols[offset + 3];
final List t = (List) _symbol_t.value;
return new AnnotatedCompilationUnit(p.getID(), new List(), t, new Modifiers(a));
}
case 374: // compilation_unit = modifiers.a package_declaration.p import_declarations.i type_declarations.t
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol _symbol_p = _symbols[offset + 2];
final IdUse p = (IdUse) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol _symbol_t = _symbols[offset + 4];
final List t = (List) _symbol_t.value;
return new AnnotatedCompilationUnit(p.getID(), i, t, new Modifiers(a));
}
case 375: // statement = enhanced_for_statement.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final Stmt f = (Stmt) _symbol_f.value;
return f;
}
case 376: // statement_no_short_if = enhanced_for_statement_no_short_if.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final Stmt f = (Stmt) _symbol_f.value;
return f;
}
case 377: // enhanced_for_statement = FOR.FOR LPAREN.LPAREN enhanced_for_parameter.p COLON.COLON expression.e RPAREN.RPAREN statement.s
{
final Symbol FOR = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final VariableDeclaration p = (VariableDeclaration) _symbol_p.value;
final Symbol COLON = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_s = _symbols[offset + 7];
final Stmt s = (Stmt) _symbol_s.value;
return new EnhancedForStmt(p, e, s);
}
case 378: // enhanced_for_statement_no_short_if = FOR.FOR LPAREN.LPAREN enhanced_for_parameter.p COLON.COLON expression.e RPAREN.RPAREN statement_no_short_if.s
{
final Symbol FOR = _symbols[offset + 1];
final Symbol LPAREN = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final VariableDeclaration p = (VariableDeclaration) _symbol_p.value;
final Symbol COLON = _symbols[offset + 4];
final Symbol _symbol_e = _symbols[offset + 5];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_s = _symbols[offset + 7];
final Stmt s = (Stmt) _symbol_s.value;
return new EnhancedForStmt(p, e, s);
}
case 379: // enhanced_for_parameter = type.t IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
return new VariableDeclaration(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER, new Opt());
}
case 380: // enhanced_for_parameter = modifiers.m type.t IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_d = _symbols[offset + 4];
final List d = (List) _symbol_d.value;
return new VariableDeclaration(new Modifiers(m), t.addArrayDims(d), IDENTIFIER, new Opt());
}
case 381: // type_declaration = enum_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final EnumDecl i = (EnumDecl) _symbol_i.value;
return i;
}
case 382: // interface_member_declaration = enum_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final EnumDecl i = (EnumDecl) _symbol_i.value;
return new MemberClassDecl(i);
}
case 383: // class_member_declaration = enum_declaration.i
{
final Symbol _symbol_i = _symbols[offset + 1];
final EnumDecl i = (EnumDecl) _symbol_i.value;
return new MemberClassDecl(i);
}
case 384: // enum_declaration = ENUM.ENUM IDENTIFIER.id enum_body.b
{
final Symbol ENUM = _symbols[offset + 1];
final Symbol id = _symbols[offset + 2];
final Symbol _symbol_b = _symbols[offset + 3];
final List b = (List) _symbol_b.value;
return new EnumDecl(new Modifiers(new List()), ((String)id.value), new List(), b);
}
case 385: // enum_declaration = modifiers.m ENUM.ENUM IDENTIFIER.id enum_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol ENUM = _symbols[offset + 2];
final Symbol id = _symbols[offset + 3];
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new EnumDecl(new Modifiers(m), ((String)id.value), new List(), b);
}
case 386: // enum_declaration = ENUM.ENUM IDENTIFIER.id interfaces.i enum_body.b
{
final Symbol ENUM = _symbols[offset + 1];
final Symbol id = _symbols[offset + 2];
final Symbol _symbol_i = _symbols[offset + 3];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new EnumDecl(new Modifiers(new List()), ((String)id.value), i, b);
}
case 387: // enum_declaration = modifiers.m ENUM.ENUM IDENTIFIER.id interfaces.i enum_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol ENUM = _symbols[offset + 2];
final Symbol id = _symbols[offset + 3];
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new EnumDecl(new Modifiers(m), ((String)id.value), i, b);
}
case 388: // enum_body = LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol RBRACE = _symbols[offset + 2];
return new List();
}
case 389: // enum_body = LBRACE.LBRACE enum_constants.enum_constants RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_enum_constants = _symbols[offset + 2];
final List enum_constants = (List) _symbol_enum_constants.value;
final Symbol RBRACE = _symbols[offset + 3];
return enum_constants;
}
case 390: // enum_body = LBRACE.LBRACE COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol COMMA = _symbols[offset + 2];
final Symbol RBRACE = _symbols[offset + 3];
return new List();
}
case 391: // enum_body = LBRACE.LBRACE enum_constants.enum_constants COMMA.COMMA RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_enum_constants = _symbols[offset + 2];
final List enum_constants = (List) _symbol_enum_constants.value;
final Symbol COMMA = _symbols[offset + 3];
final Symbol RBRACE = _symbols[offset + 4];
return enum_constants;
}
case 392: // enum_body = LBRACE.LBRACE enum_body_declarations.enum_body_declarations RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_enum_body_declarations = _symbols[offset + 2];
final List enum_body_declarations = (List) _symbol_enum_body_declarations.value;
final Symbol RBRACE = _symbols[offset + 3];
return enum_body_declarations;
}
case 393: // enum_body = LBRACE.LBRACE enum_constants.c enum_body_declarations.d RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_c = _symbols[offset + 2];
final List c = (List) _symbol_c.value;
final Symbol _symbol_d = _symbols[offset + 3];
final List d = (List) _symbol_d.value;
final Symbol RBRACE = _symbols[offset + 4];
for(int i = 0; i < d.getNumChildNoTransform(); i++) c.add(d.getChildNoTransform(i)); return c;
}
case 394: // enum_body = LBRACE.LBRACE COMMA.COMMA enum_body_declarations.enum_body_declarations RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_enum_body_declarations = _symbols[offset + 3];
final List enum_body_declarations = (List) _symbol_enum_body_declarations.value;
final Symbol RBRACE = _symbols[offset + 4];
return enum_body_declarations;
}
case 395: // enum_body = LBRACE.LBRACE enum_constants.c COMMA.COMMA enum_body_declarations.d RBRACE.RBRACE
{
final Symbol LBRACE = _symbols[offset + 1];
final Symbol _symbol_c = _symbols[offset + 2];
final List c = (List) _symbol_c.value;
final Symbol COMMA = _symbols[offset + 3];
final Symbol _symbol_d = _symbols[offset + 4];
final List d = (List) _symbol_d.value;
final Symbol RBRACE = _symbols[offset + 5];
for(int i = 0; i < d.getNumChildNoTransform(); i++) c.add(d.getChildNoTransform(i)); return c;
}
case 396: // enum_constants = enum_constant.enum_constant
{
final Symbol _symbol_enum_constant = _symbols[offset + 1];
final BodyDecl enum_constant = (BodyDecl) _symbol_enum_constant.value;
return new List().add(enum_constant);
}
case 397: // enum_constants = enum_constants.enum_constants COMMA.COMMA enum_constant.enum_constant
{
final Symbol _symbol_enum_constants = _symbols[offset + 1];
final List enum_constants = (List) _symbol_enum_constants.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_enum_constant = _symbols[offset + 3];
final BodyDecl enum_constant = (BodyDecl) _symbol_enum_constant.value;
return enum_constants.add(enum_constant);
}
case 398: // enum_constant = IDENTIFIER.id
{
final Symbol id = _symbols[offset + 1];
return new EnumConstant(new Modifiers(new List()), ((String)id.value), new List(), new List());
}
case 399: // enum_constant = annotations.annotations IDENTIFIER.id
{
final Symbol _symbol_annotations = _symbols[offset + 1];
final List annotations = (List) _symbol_annotations.value;
final Symbol id = _symbols[offset + 2];
return new EnumConstant(new Modifiers(annotations), ((String)id.value), new List(), new List());
}
case 400: // enum_constant = IDENTIFIER.id arguments.arguments
{
final Symbol id = _symbols[offset + 1];
final Symbol _symbol_arguments = _symbols[offset + 2];
final List arguments = (List) _symbol_arguments.value;
return new EnumConstant(new Modifiers(new List()), ((String)id.value), arguments, new List());
}
case 401: // enum_constant = annotations.annotations IDENTIFIER.id arguments.arguments
{
final Symbol _symbol_annotations = _symbols[offset + 1];
final List annotations = (List) _symbol_annotations.value;
final Symbol id = _symbols[offset + 2];
final Symbol _symbol_arguments = _symbols[offset + 3];
final List arguments = (List) _symbol_arguments.value;
return new EnumConstant(new Modifiers(annotations), ((String)id.value), arguments, new List());
}
case 402: // enum_constant = IDENTIFIER.id class_body.class_body
{
final Symbol id = _symbols[offset + 1];
final Symbol _symbol_class_body = _symbols[offset + 2];
final List class_body = (List) _symbol_class_body.value;
return new EnumConstant(new Modifiers(new List()), ((String)id.value), new List(), class_body);
}
case 403: // enum_constant = annotations.annotations IDENTIFIER.id class_body.class_body
{
final Symbol _symbol_annotations = _symbols[offset + 1];
final List annotations = (List) _symbol_annotations.value;
final Symbol id = _symbols[offset + 2];
final Symbol _symbol_class_body = _symbols[offset + 3];
final List class_body = (List) _symbol_class_body.value;
return new EnumConstant(new Modifiers(annotations), ((String)id.value), new List(), class_body);
}
case 404: // enum_constant = IDENTIFIER.id arguments.arguments class_body.class_body
{
final Symbol id = _symbols[offset + 1];
final Symbol _symbol_arguments = _symbols[offset + 2];
final List arguments = (List) _symbol_arguments.value;
final Symbol _symbol_class_body = _symbols[offset + 3];
final List class_body = (List) _symbol_class_body.value;
return new EnumConstant(new Modifiers(new List()), ((String)id.value), arguments, class_body);
}
case 405: // enum_constant = annotations.annotations IDENTIFIER.id arguments.arguments class_body.class_body
{
final Symbol _symbol_annotations = _symbols[offset + 1];
final List annotations = (List) _symbol_annotations.value;
final Symbol id = _symbols[offset + 2];
final Symbol _symbol_arguments = _symbols[offset + 3];
final List arguments = (List) _symbol_arguments.value;
final Symbol _symbol_class_body = _symbols[offset + 4];
final List class_body = (List) _symbol_class_body.value;
return new EnumConstant(new Modifiers(annotations), ((String)id.value), arguments, class_body);
}
case 406: // arguments = LPAREN.LPAREN argument_list.argument_list RPAREN.RPAREN
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_argument_list = _symbols[offset + 2];
final List argument_list = (List) _symbol_argument_list.value;
final Symbol RPAREN = _symbols[offset + 3];
return argument_list;
}
case 407: // annotations = annotation.annotation
{
final Symbol _symbol_annotation = _symbols[offset + 1];
final Annotation annotation = (Annotation) _symbol_annotation.value;
return new List().add(annotation);
}
case 408: // annotations = annotations.annotations annotation.annotation
{
final Symbol _symbol_annotations = _symbols[offset + 1];
final List annotations = (List) _symbol_annotations.value;
final Symbol _symbol_annotation = _symbols[offset + 2];
final Annotation annotation = (Annotation) _symbol_annotation.value;
return annotations.add(annotation);
}
case 409: // enum_body_declarations = SEMICOLON.SEMICOLON class_body_declarations_opt.class_body_declarations
{
final Symbol SEMICOLON = _symbols[offset + 1];
final Symbol _symbol_class_body_declarations = _symbols[offset + 2];
final List class_body_declarations = (List) _symbol_class_body_declarations.value;
return class_body_declarations;
}
case 410: // explicit_constructor_invocation = type_arguments.a THIS.THIS LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol THIS = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol SEMICOLON = _symbols[offset + 6];
return new ExprStmt(new ParConstructorAccess("this", l, a));
}
case 411: // explicit_constructor_invocation = type_arguments.a SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_a = _symbols[offset + 1];
final List a = (List) _symbol_a.value;
final Symbol SUPER = _symbols[offset + 2];
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol SEMICOLON = _symbols[offset + 6];
return new ExprStmt(new ParSuperConstructorAccess("super", l, a));
}
case 412: // explicit_constructor_invocation = primary.p DOT.DOT type_arguments.a SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final List a = (List) _symbol_a.value;
final Symbol SUPER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol SEMICOLON = _symbols[offset + 8];
return new ExprStmt(p.qualifiesAccess(new ParSuperConstructorAccess("super", l, a)));
}
case 413: // explicit_constructor_invocation = name.n DOT.DOT type_arguments.a SUPER.SUPER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN SEMICOLON.SEMICOLON
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final List a = (List) _symbol_a.value;
final Symbol SUPER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol SEMICOLON = _symbols[offset + 8];
return new ExprStmt(n.qualifiesAccess(new ParSuperConstructorAccess("super", l, a)));
}
case 414: // method_invocation = primary.p DOT.DOT type_arguments.a IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final List a = (List) _symbol_a.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
return p.qualifiesAccess(new ParMethodAccess(IDENTIFIER, l, a));
}
case 415: // method_invocation = name.n DOT.DOT type_arguments.a IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final List a = (List) _symbol_a.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
return n.qualifiesAccess(new ParMethodAccess(IDENTIFIER, l, a));
}
case 416: // method_invocation = SUPER.SUPER DOT.DOT type_arguments.a IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol SUPER = _symbols[offset + 1];
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final List a = (List) _symbol_a.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
return new SuperAccess("super").qualifiesAccess(
new ParMethodAccess(IDENTIFIER, l, a));
}
case 417: // method_invocation = name.n DOT.d1 SUPER.SUPER DOT.d2 type_arguments.a IDENTIFIER.IDENTIFIER LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol d1 = _symbols[offset + 2];
final Symbol SUPER = _symbols[offset + 3];
final Symbol d2 = _symbols[offset + 4];
final Symbol _symbol_a = _symbols[offset + 5];
final List a = (List) _symbol_a.value;
final Symbol IDENTIFIER = _symbols[offset + 6];
final Symbol LPAREN = _symbols[offset + 7];
final Symbol _symbol_l = _symbols[offset + 8];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 9];
return n.qualifiesAccess(new SuperAccess("super")).qualifiesAccess(
new ParMethodAccess(IDENTIFIER, l, a));
}
case 418: // method_header = LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_p = _symbols[offset + 6];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 7];
return new GenericMethodDecl(new Modifiers(new List()), t.addArrayDims(new List()), IDENTIFIER, p, new List(), new Opt(), l);
}
case 419: // method_header = modifiers.m LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 4];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_p = _symbols[offset + 7];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 8];
return new GenericMethodDecl(new Modifiers(m), t.addArrayDims(new List()), IDENTIFIER, p, new List(), new Opt(), l);
}
case 420: // method_header = LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN dims.d
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_p = _symbols[offset + 6];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_d = _symbols[offset + 8];
final List d = (List) _symbol_d.value;
return new GenericMethodDecl(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER, p, new List(), new Opt(), l);
}
case 421: // method_header = modifiers.m LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN dims.d
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 4];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_p = _symbols[offset + 7];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_d = _symbols[offset + 9];
final List d = (List) _symbol_d.value;
return new GenericMethodDecl(new Modifiers(m), t.addArrayDims(d), IDENTIFIER, p, new List(), new Opt(), l);
}
case 422: // method_header = LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN throws.tl
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_p = _symbols[offset + 6];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(new List()), t.addArrayDims(new List()), IDENTIFIER, p, tl, new Opt(), l);
}
case 423: // method_header = modifiers.m LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN throws.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 4];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_p = _symbols[offset + 7];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_tl = _symbols[offset + 9];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(m), t.addArrayDims(new List()), IDENTIFIER, p, tl, new Opt(), l);
}
case 424: // method_header = LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN dims.d throws.tl
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_p = _symbols[offset + 6];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_d = _symbols[offset + 8];
final List d = (List) _symbol_d.value;
final Symbol _symbol_tl = _symbols[offset + 9];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER, p, tl, new Opt(), l);
}
case 425: // method_header = modifiers.m LT.LT type_parameter_list_1.l type.t IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN dims.d throws.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol _symbol_t = _symbols[offset + 4];
final Access t = (Access) _symbol_t.value;
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_p = _symbols[offset + 7];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_d = _symbols[offset + 9];
final List d = (List) _symbol_d.value;
final Symbol _symbol_tl = _symbols[offset + 10];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(m), t.addArrayDims(d), IDENTIFIER, p, tl, new Opt(), l);
}
case 426: // method_header = LT.LT type_parameter_list_1.l VOID.VOID IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN throws_opt.tl
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol VOID = _symbols[offset + 3];
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_p = _symbols[offset + 6];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(new List()), new PrimitiveTypeAccess("void"), IDENTIFIER, p, tl, new Opt(), l);
}
case 427: // method_header = modifiers.m LT.LT type_parameter_list_1.l VOID.VOID IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.p RPAREN.RPAREN throws_opt.tl
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol VOID = _symbols[offset + 4];
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_p = _symbols[offset + 7];
final List p = (List) _symbol_p.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_tl = _symbols[offset + 9];
final List tl = (List) _symbol_tl.value;
return new GenericMethodDecl(new Modifiers(m), new PrimitiveTypeAccess("void"), IDENTIFIER, p, tl, new Opt(), l);
}
case 428: // constructor_declaration = LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_pl = _symbols[offset + 5];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 8];
final Symbol RBRACE = _symbols[offset + 9];
return new GenericConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(), new Block(new List()), l);
}
case 429: // constructor_declaration = modifiers.m LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_pl = _symbols[offset + 6];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 9];
final Symbol RBRACE = _symbols[offset + 10];
return new GenericConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(), new Block(new List()), l);
}
case 430: // constructor_declaration = LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c RBRACE.RBRACE
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_pl = _symbols[offset + 5];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 8];
final Symbol _symbol_c = _symbols[offset + 9];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol RBRACE = _symbols[offset + 10];
return new GenericConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(c), new Block(new List()), l);
}
case 431: // constructor_declaration = modifiers.m LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_pl = _symbols[offset + 6];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 9];
final Symbol _symbol_c = _symbols[offset + 10];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol RBRACE = _symbols[offset + 11];
return new GenericConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(c), new Block(new List()), l);
}
case 432: // constructor_declaration = LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE block_statements.bl RBRACE.RBRACE
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_pl = _symbols[offset + 5];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 8];
final Symbol _symbol_bl = _symbols[offset + 9];
final List bl = (List) _symbol_bl.value;
final Symbol RBRACE = _symbols[offset + 10];
return new GenericConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(), new Block(bl), l);
}
case 433: // constructor_declaration = modifiers.m LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE block_statements.bl RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_pl = _symbols[offset + 6];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 9];
final Symbol _symbol_bl = _symbols[offset + 10];
final List bl = (List) _symbol_bl.value;
final Symbol RBRACE = _symbols[offset + 11];
return new GenericConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(), new Block(bl), l);
}
case 434: // constructor_declaration = LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c block_statements.bl RBRACE.RBRACE
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_pl = _symbols[offset + 5];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_tl = _symbols[offset + 7];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 8];
final Symbol _symbol_c = _symbols[offset + 9];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol _symbol_bl = _symbols[offset + 10];
final List bl = (List) _symbol_bl.value;
final Symbol RBRACE = _symbols[offset + 11];
return new GenericConstructorDecl(new Modifiers(new List()), IDENTIFIER, pl, tl, new Opt(c), new Block(bl), l);
}
case 435: // constructor_declaration = modifiers.m LT.LT type_parameter_list_1.l IDENTIFIER.IDENTIFIER LPAREN.LPAREN formal_parameter_list_opt.pl RPAREN.RPAREN throws_opt.tl LBRACE.LBRACE explicit_constructor_invocation.c block_statements.bl RBRACE.RBRACE
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_pl = _symbols[offset + 6];
final List pl = (List) _symbol_pl.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_tl = _symbols[offset + 8];
final List tl = (List) _symbol_tl.value;
final Symbol LBRACE = _symbols[offset + 9];
final Symbol _symbol_c = _symbols[offset + 10];
final ExprStmt c = (ExprStmt) _symbol_c.value;
final Symbol _symbol_bl = _symbols[offset + 11];
final List bl = (List) _symbol_bl.value;
final Symbol RBRACE = _symbols[offset + 12];
return new GenericConstructorDecl(new Modifiers(m), IDENTIFIER, pl, tl, new Opt(c), new Block(bl), l);
}
case 436: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(new List()), IDENTIFIER, new Opt(), new List(), b, p);
}
case 437: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(m), IDENTIFIER, new Opt(), new List(), b, p);
}
case 438: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p super.s class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_s = _symbols[offset + 4];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(new List()), IDENTIFIER, s, new List(), b, p);
}
case 439: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p super.s class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_s = _symbols[offset + 5];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_b = _symbols[offset + 6];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(m), IDENTIFIER, s, new List(), b, p);
}
case 440: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p interfaces.i class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(new List()), IDENTIFIER, new Opt(), i, b, p);
}
case 441: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p interfaces.i class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 5];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 6];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(m), IDENTIFIER, new Opt(), i, b, p);
}
case 442: // class_declaration = CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p super.s interfaces.i class_body.b
{
final Symbol CLASS = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_s = _symbols[offset + 4];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_i = _symbols[offset + 5];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 6];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(new List()), IDENTIFIER, s, i, b, p);
}
case 443: // class_declaration = modifiers.m CLASS.CLASS IDENTIFIER.IDENTIFIER type_parameters.p super.s interfaces.i class_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol CLASS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_s = _symbols[offset + 5];
final Opt s = (Opt) _symbol_s.value;
final Symbol _symbol_i = _symbols[offset + 6];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 7];
final List b = (List) _symbol_b.value;
return new GenericClassDecl(new Modifiers(m), IDENTIFIER, s, i, b, p);
}
case 444: // interface_declaration = INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER type_parameters.p interface_body.b
{
final Symbol INTERFACE = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_b = _symbols[offset + 4];
final List b = (List) _symbol_b.value;
return new GenericInterfaceDecl(new Modifiers(new List()), IDENTIFIER, new List(), b, p);
}
case 445: // interface_declaration = modifiers.m INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER type_parameters.p interface_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol INTERFACE = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new GenericInterfaceDecl(new Modifiers(m), IDENTIFIER, new List(), b, p);
}
case 446: // interface_declaration = INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER type_parameters.p extends_interfaces.i interface_body.b
{
final Symbol INTERFACE = _symbols[offset + 1];
final Symbol IDENTIFIER = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final List p = (List) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 4];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 5];
final List b = (List) _symbol_b.value;
return new GenericInterfaceDecl(new Modifiers(new List()), IDENTIFIER, i, b, p);
}
case 447: // interface_declaration = modifiers.m INTERFACE.INTERFACE IDENTIFIER.IDENTIFIER type_parameters.p extends_interfaces.i interface_body.b
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol INTERFACE = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_p = _symbols[offset + 4];
final List p = (List) _symbol_p.value;
final Symbol _symbol_i = _symbols[offset + 5];
final List i = (List) _symbol_i.value;
final Symbol _symbol_b = _symbols[offset + 6];
final List b = (List) _symbol_b.value;
return new GenericInterfaceDecl(new Modifiers(m), IDENTIFIER, i, b, p);
}
case 448: // class_or_interface = name.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
return n;
}
case 449: // class_or_interface = class_or_interface.n LT.LT type_argument_list_1.l DOT.DOT name.end
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol DOT = _symbols[offset + 4];
final Symbol _symbol_end = _symbols[offset + 5];
final Access end = (Access) _symbol_end.value;
return new ParTypeAccess(n, l).qualifiesAccess(end);
}
case 450: // class_or_interface_type = class_or_interface.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
return n;
}
case 451: // class_or_interface_type = class_or_interface.n LT.LT type_argument_list_1.l
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
return new ParTypeAccess(n, l);
}
case 452: // array_type = class_or_interface.t LT.LT type_argument_list_1.l DOT.DOT name.n dims.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol DOT = _symbols[offset + 4];
final Symbol _symbol_n = _symbols[offset + 5];
final Access n = (Access) _symbol_n.value;
final Symbol _symbol_d = _symbols[offset + 6];
final List d = (List) _symbol_d.value;
return new ParTypeAccess(t, l).qualifiesAccess(n).addArrayDims(d);
}
case 453: // array_type = class_or_interface.t LT.LT type_argument_list_1.l dims.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
final Symbol _symbol_d = _symbols[offset + 4];
final List d = (List) _symbol_d.value;
return new ParTypeAccess(t, l).addArrayDims(d);
}
case 454: // type_arguments = LT.LT type_argument_list_1.l
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return l;
}
case 455: // wildcard = QUESTION.QUESTION
{
final Symbol QUESTION = _symbols[offset + 1];
return new Wildcard();
}
case 456: // wildcard = QUESTION.QUESTION EXTENDS.EXTENDS reference_type.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol EXTENDS = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardExtends(t);
}
case 457: // wildcard = QUESTION.QUESTION SUPER.SUPER reference_type.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol SUPER = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardSuper(t);
}
case 458: // wildcard_1 = QUESTION.QUESTION GT.GT
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol GT = _symbols[offset + 2];
return new Wildcard();
}
case 459: // wildcard_1 = QUESTION.QUESTION EXTENDS.EXTENDS reference_type_1.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol EXTENDS = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardExtends(t);
}
case 460: // wildcard_1 = QUESTION.QUESTION SUPER.SUPER reference_type_1.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol SUPER = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardSuper(t);
}
case 461: // wildcard_2 = QUESTION.QUESTION RSHIFT.RSHIFT
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol RSHIFT = _symbols[offset + 2];
return new Wildcard();
}
case 462: // wildcard_2 = QUESTION.QUESTION EXTENDS.EXTENDS reference_type_2.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol EXTENDS = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardExtends(t);
}
case 463: // wildcard_2 = QUESTION.QUESTION SUPER.SUPER reference_type_2.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol SUPER = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardSuper(t);
}
case 464: // wildcard_3 = QUESTION.QUESTION URSHIFT.URSHIFT
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol URSHIFT = _symbols[offset + 2];
return new Wildcard();
}
case 465: // wildcard_3 = QUESTION.QUESTION EXTENDS.EXTENDS reference_type_3.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol EXTENDS = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardExtends(t);
}
case 466: // wildcard_3 = QUESTION.QUESTION SUPER.SUPER reference_type_3.t
{
final Symbol QUESTION = _symbols[offset + 1];
final Symbol SUPER = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new WildcardSuper(t);
}
case 467: // class_instance_creation_expression = NEW.NEW class_or_interface_type.t LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol LPAREN = _symbols[offset + 3];
final Symbol _symbol_l = _symbols[offset + 4];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_b = _symbols[offset + 6];
final Opt b = (Opt) _symbol_b.value;
return new ClassInstanceExpr(t, l, b);
}
case 468: // class_instance_creation_expression = NEW.NEW type_arguments.a class_or_interface_type.t LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol NEW = _symbols[offset + 1];
final Symbol _symbol_a = _symbols[offset + 2];
final List a = (List) _symbol_a.value;
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
final Symbol LPAREN = _symbols[offset + 4];
final Symbol _symbol_l = _symbols[offset + 5];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_b = _symbols[offset + 7];
final Opt b = (Opt) _symbol_b.value;
return new ParClassInstanceExpr(t, l, b, a);
}
case 469: // class_instance_creation_expression = primary.n DOT.DOT NEW.NEW simple_name.id LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Expr n = (Expr) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_id = _symbols[offset + 4];
final Access id = (Access) _symbol_id.value;
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_b = _symbols[offset + 8];
final Opt b = (Opt) _symbol_b.value;
ClassInstanceExpr e = new ClassInstanceExpr(id, l, b);
e.setStart(NEW.getStart());
e.setEnd(RPAREN.getEnd());
return n.qualifiesAccess(e);
}
case 470: // class_instance_creation_expression = primary.n DOT.DOT NEW.NEW simple_name.id type_arguments.a LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Expr n = (Expr) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_id = _symbols[offset + 4];
final Access id = (Access) _symbol_id.value;
final Symbol _symbol_a = _symbols[offset + 5];
final List a = (List) _symbol_a.value;
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_b = _symbols[offset + 9];
final Opt b = (Opt) _symbol_b.value;
ClassInstanceExpr e = new ClassInstanceExpr(new ParTypeAccess(id, a), l, b);
e.setStart(NEW.getStart());
e.setEnd(RPAREN.getEnd());
return n.qualifiesAccess(e);
}
case 471: // class_instance_creation_expression = primary.n DOT.DOT NEW.NEW type_arguments.ca simple_name.id LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Expr n = (Expr) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_ca = _symbols[offset + 4];
final List ca = (List) _symbol_ca.value;
final Symbol _symbol_id = _symbols[offset + 5];
final Access id = (Access) _symbol_id.value;
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_b = _symbols[offset + 9];
final Opt b = (Opt) _symbol_b.value;
return n.qualifiesAccess(new ParClassInstanceExpr(id, l, b, ca));
}
case 472: // class_instance_creation_expression = primary.n DOT.DOT NEW.NEW type_arguments.ca simple_name.id type_arguments.ta LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Expr n = (Expr) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_ca = _symbols[offset + 4];
final List ca = (List) _symbol_ca.value;
final Symbol _symbol_id = _symbols[offset + 5];
final Access id = (Access) _symbol_id.value;
final Symbol _symbol_ta = _symbols[offset + 6];
final List ta = (List) _symbol_ta.value;
final Symbol LPAREN = _symbols[offset + 7];
final Symbol _symbol_l = _symbols[offset + 8];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 9];
final Symbol _symbol_b = _symbols[offset + 10];
final Opt b = (Opt) _symbol_b.value;
return n.qualifiesAccess(new ParClassInstanceExpr(new ParTypeAccess(id, ta), l, b, ca));
}
case 473: // class_instance_creation_expression = name.n DOT.DOT NEW.NEW simple_name.id LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_id = _symbols[offset + 4];
final Access id = (Access) _symbol_id.value;
final Symbol LPAREN = _symbols[offset + 5];
final Symbol _symbol_l = _symbols[offset + 6];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_b = _symbols[offset + 8];
final Opt b = (Opt) _symbol_b.value;
ClassInstanceExpr e = new ClassInstanceExpr(id, l, b);
e.setStart(NEW.getStart());
e.setEnd(RPAREN.getEnd());
return n.qualifiesAccess(e);
}
case 474: // class_instance_creation_expression = name.n DOT.DOT NEW.NEW simple_name.id type_arguments.a LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_id = _symbols[offset + 4];
final Access id = (Access) _symbol_id.value;
final Symbol _symbol_a = _symbols[offset + 5];
final List a = (List) _symbol_a.value;
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_b = _symbols[offset + 9];
final Opt b = (Opt) _symbol_b.value;
ClassInstanceExpr e = new ClassInstanceExpr(new ParTypeAccess(id, a), l, b);
e.setStart(NEW.getStart());
e.setEnd(RPAREN.getEnd());
return n.qualifiesAccess(e);
}
case 475: // class_instance_creation_expression = name.n DOT.DOT NEW.NEW type_arguments.ca simple_name.id LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_ca = _symbols[offset + 4];
final List ca = (List) _symbol_ca.value;
final Symbol _symbol_id = _symbols[offset + 5];
final Access id = (Access) _symbol_id.value;
final Symbol LPAREN = _symbols[offset + 6];
final Symbol _symbol_l = _symbols[offset + 7];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_b = _symbols[offset + 9];
final Opt b = (Opt) _symbol_b.value;
return n.qualifiesAccess(new ParClassInstanceExpr(id, l, b, ca));
}
case 476: // class_instance_creation_expression = name.n DOT.DOT NEW.NEW type_arguments.ca simple_name.id type_arguments.ta LPAREN.LPAREN argument_list_opt.l RPAREN.RPAREN subclass_body_opt.b
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol NEW = _symbols[offset + 3];
final Symbol _symbol_ca = _symbols[offset + 4];
final List ca = (List) _symbol_ca.value;
final Symbol _symbol_id = _symbols[offset + 5];
final Access id = (Access) _symbol_id.value;
final Symbol _symbol_ta = _symbols[offset + 6];
final List ta = (List) _symbol_ta.value;
final Symbol LPAREN = _symbols[offset + 7];
final Symbol _symbol_l = _symbols[offset + 8];
final List l = (List) _symbol_l.value;
final Symbol RPAREN = _symbols[offset + 9];
final Symbol _symbol_b = _symbols[offset + 10];
final Opt b = (Opt) _symbol_b.value;
return n.qualifiesAccess(new ParClassInstanceExpr(new ParTypeAccess(id, ta), l, b, ca));
}
case 477: // type_argument_list = type_argument.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Access a = (Access) _symbol_a.value;
return new List().add(a);
}
case 478: // type_argument_list = type_argument_list.l COMMA.COMMA type_argument.a
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final Access a = (Access) _symbol_a.value;
return l.add(a);
}
case 479: // type_argument_list_1 = type_argument_1.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Access a = (Access) _symbol_a.value;
return new List().add(a);
}
case 480: // type_argument_list_1 = type_argument_list.l COMMA.COMMA type_argument_1.a
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final Access a = (Access) _symbol_a.value;
return l.add(a);
}
case 481: // type_argument_list_2 = type_argument_2.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Access a = (Access) _symbol_a.value;
return new List().add(a);
}
case 482: // type_argument_list_2 = type_argument_list.l COMMA.COMMA type_argument_2.a
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final Access a = (Access) _symbol_a.value;
return l.add(a);
}
case 483: // type_argument_list_3 = type_argument_3.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Access a = (Access) _symbol_a.value;
return new List().add(a);
}
case 484: // type_argument_list_3 = type_argument_list.l COMMA.COMMA type_argument_3.a
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_a = _symbols[offset + 3];
final Access a = (Access) _symbol_a.value;
return l.add(a);
}
case 485: // type_argument = reference_type.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 486: // type_argument = wildcard.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final Access w = (Access) _symbol_w.value;
return w;
}
case 487: // type_argument_1 = reference_type_1.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 488: // type_argument_1 = wildcard_1.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final Access w = (Access) _symbol_w.value;
return w;
}
case 489: // type_argument_2 = reference_type_2.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 490: // type_argument_2 = wildcard_2.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final Access w = (Access) _symbol_w.value;
return w;
}
case 491: // type_argument_3 = reference_type_3.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
return t;
}
case 492: // type_argument_3 = wildcard_3.w
{
final Symbol _symbol_w = _symbols[offset + 1];
final Access w = (Access) _symbol_w.value;
return w;
}
case 493: // reference_type_1 = reference_type.t GT.GT
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol GT = _symbols[offset + 2];
return t;
}
case 494: // reference_type_1 = class_or_interface.t LT.LT type_argument_list_2.l
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
return new ParTypeAccess(t, l);
}
case 495: // reference_type_2 = reference_type.t RSHIFT.RSHIFT
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol RSHIFT = _symbols[offset + 2];
return t;
}
case 496: // reference_type_2 = class_or_interface.t LT.LT type_argument_list_3.l
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
return new ParTypeAccess(t, l);
}
case 497: // reference_type_3 = reference_type.t URSHIFT.URSHIFT
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol URSHIFT = _symbols[offset + 2];
return t;
}
case 498: // cast_expression = LPAREN.LPAREN name.n LT.LT type_argument_list_1.a RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 3];
final Symbol _symbol_a = _symbols[offset + 4];
final List a = (List) _symbol_a.value;
final Symbol RPAREN = _symbols[offset + 5];
final Symbol _symbol_e = _symbols[offset + 6];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(new ParTypeAccess(n, a).addArrayDims(new List()), e);
}
case 499: // cast_expression = LPAREN.LPAREN name.n LT.LT type_argument_list_1.a dims.d RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 3];
final Symbol _symbol_a = _symbols[offset + 4];
final List a = (List) _symbol_a.value;
final Symbol _symbol_d = _symbols[offset + 5];
final List d = (List) _symbol_d.value;
final Symbol RPAREN = _symbols[offset + 6];
final Symbol _symbol_e = _symbols[offset + 7];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(new ParTypeAccess(n, a).addArrayDims(d), e);
}
case 500: // cast_expression = LPAREN.LPAREN name.n LT.LT type_argument_list_1.a DOT.DOT class_or_interface_type.t RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 3];
final Symbol _symbol_a = _symbols[offset + 4];
final List a = (List) _symbol_a.value;
final Symbol DOT = _symbols[offset + 5];
final Symbol _symbol_t = _symbols[offset + 6];
final Access t = (Access) _symbol_t.value;
final Symbol RPAREN = _symbols[offset + 7];
final Symbol _symbol_e = _symbols[offset + 8];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(new ParTypeAccess(n, a).qualifiesAccess(t).addArrayDims(new List()), e);
}
case 501: // cast_expression = LPAREN.LPAREN name.n LT.LT type_argument_list_1.a DOT.DOT class_or_interface_type.t dims.d RPAREN.RPAREN unary_expression_not_plus_minus.e
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol LT = _symbols[offset + 3];
final Symbol _symbol_a = _symbols[offset + 4];
final List a = (List) _symbol_a.value;
final Symbol DOT = _symbols[offset + 5];
final Symbol _symbol_t = _symbols[offset + 6];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_d = _symbols[offset + 7];
final List d = (List) _symbol_d.value;
final Symbol RPAREN = _symbols[offset + 8];
final Symbol _symbol_e = _symbols[offset + 9];
final Expr e = (Expr) _symbol_e.value;
return new CastExpr(new ParTypeAccess(n, a).qualifiesAccess(t).addArrayDims(d), e);
}
case 502: // type_parameters = LT.LT type_parameter_list_1.l
{
final Symbol LT = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return l;
}
case 503: // type_parameter_list = type_parameter_list.l COMMA.COMMA type_parameter.p
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final TypeVariable p = (TypeVariable) _symbol_p.value;
return l.add(p);
}
case 504: // type_parameter_list = type_parameter.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final TypeVariable p = (TypeVariable) _symbol_p.value;
return new List().add(p);
}
case 505: // type_parameter_list_1 = type_parameter_1.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final TypeVariable p = (TypeVariable) _symbol_p.value;
return new List().add(p);
}
case 506: // type_parameter_list_1 = type_parameter_list.l COMMA.COMMA type_parameter_1.p
{
final Symbol _symbol_l = _symbols[offset + 1];
final List l = (List) _symbol_l.value;
final Symbol COMMA = _symbols[offset + 2];
final Symbol _symbol_p = _symbols[offset + 3];
final TypeVariable p = (TypeVariable) _symbol_p.value;
return l.add(p);
}
case 507: // type_parameter = IDENTIFIER.IDENTIFIER
{
final Symbol IDENTIFIER = _symbols[offset + 1];
return new TypeVariable(new Modifiers(), IDENTIFIER, new List(), new List());
}
case 508: // type_parameter = IDENTIFIER.IDENTIFIER type_bound.l
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return new TypeVariable(new Modifiers(), IDENTIFIER, new List(), l);
}
case 509: // type_parameter_1 = IDENTIFIER.IDENTIFIER GT.GT
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol GT = _symbols[offset + 2];
return new TypeVariable(new Modifiers(), IDENTIFIER, new List(), new List());
}
case 510: // type_parameter_1 = IDENTIFIER.IDENTIFIER type_bound_1.l
{
final Symbol IDENTIFIER = _symbols[offset + 1];
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
return new TypeVariable(new Modifiers(), IDENTIFIER, new List(), l);
}
case 511: // type_bound = EXTENDS.EXTENDS reference_type.t
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
return new List().add(t);
}
case 512: // type_bound = EXTENDS.EXTENDS reference_type.t additional_bound_list.l
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
l.insertChild(t,0); return l;
}
case 513: // type_bound_1 = EXTENDS.EXTENDS reference_type_1.t
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
return new List().add(t);
}
case 514: // type_bound_1 = EXTENDS.EXTENDS reference_type.t additional_bound_list_1.l
{
final Symbol EXTENDS = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol _symbol_l = _symbols[offset + 3];
final List l = (List) _symbol_l.value;
l.insertChild(t,0); return l;
}
case 515: // additional_bound_list = additional_bound.b additional_bound_list.l
{
final Symbol _symbol_b = _symbols[offset + 1];
final Access b = (Access) _symbol_b.value;
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
l.insertChild(b,0); return l;
}
case 516: // additional_bound_list = additional_bound.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Access b = (Access) _symbol_b.value;
return new List().add(b);
}
case 517: // additional_bound_list_1 = additional_bound.b additional_bound_list_1.l
{
final Symbol _symbol_b = _symbols[offset + 1];
final Access b = (Access) _symbol_b.value;
final Symbol _symbol_l = _symbols[offset + 2];
final List l = (List) _symbol_l.value;
l.insertChild(b,0); return l;
}
case 518: // additional_bound_list_1 = additional_bound_1.b
{
final Symbol _symbol_b = _symbols[offset + 1];
final Access b = (Access) _symbol_b.value;
return new List().add(b);
}
case 519: // additional_bound = AND.AND interface_type.t
{
final Symbol AND = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
return t;
}
case 520: // additional_bound_1 = AND.AND reference_type_1.t
{
final Symbol AND = _symbols[offset + 1];
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
return t;
}
case 521: // import_declaration = single_static_import_declaration.s
{
final Symbol _symbol_s = _symbols[offset + 1];
final ImportDecl s = (ImportDecl) _symbol_s.value;
return s;
}
case 522: // import_declaration = static_import_on_demand_declaration.t
{
final Symbol _symbol_t = _symbols[offset + 1];
final ImportDecl t = (ImportDecl) _symbol_t.value;
return t;
}
case 523: // single_static_import_declaration = IMPORT.IMPORT STATIC.STATIC name.n DOT.DOT IDENTIFIER.IDENTIFIER SEMICOLON.SEMICOLON
{
final Symbol IMPORT = _symbols[offset + 1];
final Symbol STATIC = _symbols[offset + 2];
final Symbol _symbol_n = _symbols[offset + 3];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 4];
final Symbol IDENTIFIER = _symbols[offset + 5];
final Symbol SEMICOLON = _symbols[offset + 6];
return new SingleStaticImportDecl(n, IDENTIFIER);
}
case 524: // static_import_on_demand_declaration = IMPORT.IMPORT STATIC.STATIC name.n DOT.DOT MULT.MULT SEMICOLON.SEMICOLON
{
final Symbol IMPORT = _symbols[offset + 1];
final Symbol STATIC = _symbols[offset + 2];
final Symbol _symbol_n = _symbols[offset + 3];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 4];
final Symbol MULT = _symbols[offset + 5];
final Symbol SEMICOLON = _symbols[offset + 6];
return new StaticImportOnDemandDecl(n);
}
case 525: // formal_parameter = type.t ELLIPSIS.ELLIPSIS IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_t = _symbols[offset + 1];
final Access t = (Access) _symbol_t.value;
final Symbol ELLIPSIS = _symbols[offset + 2];
final Symbol IDENTIFIER = _symbols[offset + 3];
final Symbol _symbol_d = _symbols[offset + 4];
final List d = (List) _symbol_d.value;
return new VariableArityParameterDeclaration(new Modifiers(new List()), t.addArrayDims(d), IDENTIFIER);
}
case 526: // formal_parameter = modifiers.m type.t ELLIPSIS.ELLIPSIS IDENTIFIER.IDENTIFIER dims_opt.d
{
final Symbol _symbol_m = _symbols[offset + 1];
final List m = (List) _symbol_m.value;
final Symbol _symbol_t = _symbols[offset + 2];
final Access t = (Access) _symbol_t.value;
final Symbol ELLIPSIS = _symbols[offset + 3];
final Symbol IDENTIFIER = _symbols[offset + 4];
final Symbol _symbol_d = _symbols[offset + 5];
final List d = (List) _symbol_d.value;
return new VariableArityParameterDeclaration(new Modifiers(m), t.addArrayDims(d), IDENTIFIER);
}
case 527: // primary_no_new_array = literal.l
{
final Symbol _symbol_l = _symbols[offset + 1];
final Expr l = (Expr) _symbol_l.value;
return l;
}
case 528: // primary_no_new_array = primitive_type.n DOT.DOT class_literal.c
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_c = _symbols[offset + 3];
final ClassAccess c = (ClassAccess) _symbol_c.value;
return n.addArrayDims(new List()).qualifiesAccess(c);
}
case 529: // primary_no_new_array = primitive_type.n dims.d DOT.DOT class_literal.c
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol _symbol_d = _symbols[offset + 2];
final List d = (List) _symbol_d.value;
final Symbol DOT = _symbols[offset + 3];
final Symbol _symbol_c = _symbols[offset + 4];
final ClassAccess c = (ClassAccess) _symbol_c.value;
return n.addArrayDims(d).qualifiesAccess(c);
}
case 530: // primary_no_new_array = name.n DOT.DOT class_literal.c
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_c = _symbols[offset + 3];
final ClassAccess c = (ClassAccess) _symbol_c.value;
return n.addArrayDims(new List()).qualifiesAccess(c);
}
case 531: // primary_no_new_array = name.n dims.d DOT.DOT class_literal.c
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol _symbol_d = _symbols[offset + 2];
final List d = (List) _symbol_d.value;
final Symbol DOT = _symbols[offset + 3];
final Symbol _symbol_c = _symbols[offset + 4];
final ClassAccess c = (ClassAccess) _symbol_c.value;
return n.addArrayDims(d).qualifiesAccess(c);
}
case 532: // primary_no_new_array = VOID.VOID DOT.DOT class_literal.c
{
final Symbol VOID = _symbols[offset + 1];
final Symbol DOT = _symbols[offset + 2];
final Symbol _symbol_c = _symbols[offset + 3];
final ClassAccess c = (ClassAccess) _symbol_c.value;
PrimitiveTypeAccess v = new PrimitiveTypeAccess("void");
v.setStart(VOID.getStart());
v.setEnd(VOID.getEnd());
return v.qualifiesAccess(c);
}
case 533: // primary_no_new_array = THIS.THIS
{
final Symbol THIS = _symbols[offset + 1];
return new ThisAccess("this");
}
case 534: // primary_no_new_array = name.n DOT.DOT THIS.THIS
{
final Symbol _symbol_n = _symbols[offset + 1];
final Access n = (Access) _symbol_n.value;
final Symbol DOT = _symbols[offset + 2];
final Symbol THIS = _symbols[offset + 3];
ThisAccess t = new ThisAccess("this");
t.setStart(THIS.getStart()); t.setEnd(THIS.getEnd());
return n.qualifiesAccess(t);
}
case 535: // primary_no_new_array = LPAREN.LPAREN expression_nn.e RPAREN.RPAREN
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
final Symbol RPAREN = _symbols[offset + 3];
return new ParExpr(e);
}
case 536: // primary_no_new_array = LPAREN.LPAREN name.n RPAREN.RPAREN
{
final Symbol LPAREN = _symbols[offset + 1];
final Symbol _symbol_n = _symbols[offset + 2];
final Access n = (Access) _symbol_n.value;
final Symbol RPAREN = _symbols[offset + 3];
return new ParExpr(n);
}
case 537: // primary_no_new_array = class_instance_creation_expression.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
return c;
}
case 538: // primary_no_new_array = field_access.f
{
final Symbol _symbol_f = _symbols[offset + 1];
final Access f = (Access) _symbol_f.value;
return f;
}
case 539: // primary_no_new_array = method_invocation.m
{
final Symbol _symbol_m = _symbols[offset + 1];
final Access m = (Access) _symbol_m.value;
return m;
}
case 540: // primary_no_new_array = array_access.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Access a = (Access) _symbol_a.value;
return a;
}
case 541: // postfix_expression_nn = primary.p
{
final Symbol _symbol_p = _symbols[offset + 1];
final Expr p = (Expr) _symbol_p.value;
return p;
}
case 542: // postfix_expression_nn = postincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 543: // postfix_expression_nn = postdecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 544: // unary_expression_nn = preincrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 545: // unary_expression_nn = predecrement_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 546: // unary_expression_nn = PLUS.PLUS unary_expression.e
{
final Symbol PLUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new PlusExpr(e);
}
case 547: // unary_expression_nn = MINUS.MINUS unary_expression.e
{
final Symbol MINUS = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new MinusExpr(e);
}
case 548: // unary_expression_nn = unary_expression_not_plus_minus_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 549: // unary_expression_not_plus_minus_nn = postfix_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 550: // unary_expression_not_plus_minus_nn = COMP.COMP unary_expression.e
{
final Symbol COMP = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new BitNotExpr(e);
}
case 551: // unary_expression_not_plus_minus_nn = NOT.NOT unary_expression.e
{
final Symbol NOT = _symbols[offset + 1];
final Symbol _symbol_e = _symbols[offset + 2];
final Expr e = (Expr) _symbol_e.value;
return new LogNotExpr(e);
}
case 552: // unary_expression_not_plus_minus_nn = cast_expression.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 553: // multiplicative_expression_nn = unary_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 554: // multiplicative_expression_nn = name.e1 MULT.MULT unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol MULT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new MulExpr(e1, e2);
}
case 555: // multiplicative_expression_nn = multiplicative_expression_nn.e1 MULT.MULT unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MULT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new MulExpr(e1, e2);
}
case 556: // multiplicative_expression_nn = name.e1 DIV.DIV unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol DIV = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new DivExpr(e1, e2);
}
case 557: // multiplicative_expression_nn = multiplicative_expression_nn.e1 DIV.DIV unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol DIV = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new DivExpr(e1, e2);
}
case 558: // multiplicative_expression_nn = name.e1 MOD.MOD unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol MOD = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new ModExpr(e1, e2);
}
case 559: // multiplicative_expression_nn = multiplicative_expression_nn.e1 MOD.MOD unary_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MOD = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new ModExpr(e1, e2);
}
case 560: // additive_expression_nn = multiplicative_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 561: // additive_expression_nn = name.e1 PLUS.PLUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol PLUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AddExpr(e1, e2);
}
case 562: // additive_expression_nn = additive_expression_nn.e1 PLUS.PLUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol PLUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AddExpr(e1, e2);
}
case 563: // additive_expression_nn = name.e1 MINUS.MINUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol MINUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new SubExpr(e1, e2);
}
case 564: // additive_expression_nn = additive_expression_nn.e1 MINUS.MINUS multiplicative_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol MINUS = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new SubExpr(e1, e2);
}
case 565: // shift_expression_nn = additive_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 566: // shift_expression_nn = name.e1 LSHIFT.LSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol LSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LShiftExpr(e1, e2);
}
case 567: // shift_expression_nn = shift_expression_nn.e1 LSHIFT.LSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LShiftExpr(e1, e2);
}
case 568: // shift_expression_nn = name.e1 RSHIFT.RSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol RSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new RShiftExpr(e1, e2);
}
case 569: // shift_expression_nn = shift_expression_nn.e1 RSHIFT.RSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol RSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new RShiftExpr(e1, e2);
}
case 570: // shift_expression_nn = name.e1 URSHIFT.URSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol URSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new URShiftExpr(e1, e2);
}
case 571: // shift_expression_nn = shift_expression_nn.e1 URSHIFT.URSHIFT additive_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol URSHIFT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new URShiftExpr(e1, e2);
}
case 572: // relational_expression_nn = shift_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 573: // relational_expression_nn = name.e1 LT.LT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LTExpr(e1, e2);
}
case 574: // relational_expression_nn = shift_expression_nn.e1 LT.LT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LTExpr(e1, e2);
}
case 575: // relational_expression_nn = name.e1 GT.GT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol GT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GTExpr(e1, e2);
}
case 576: // relational_expression_nn = shift_expression_nn.e1 GT.GT shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol GT = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GTExpr(e1, e2);
}
case 577: // relational_expression_nn = name.e1 LTEQ.LTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol LTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LEExpr(e1, e2);
}
case 578: // relational_expression_nn = relational_expression_nn.e1 LTEQ.LTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol LTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new LEExpr(e1, e2);
}
case 579: // relational_expression_nn = name.e1 GTEQ.GTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol GTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GEExpr(e1, e2);
}
case 580: // relational_expression_nn = relational_expression_nn.e1 GTEQ.GTEQ shift_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol GTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new GEExpr(e1, e2);
}
case 581: // relational_expression_nn = name.e INSTANCEOF.INSTANCEOF reference_type.t
{
final Symbol _symbol_e = _symbols[offset + 1];
final Access e = (Access) _symbol_e.value;
final Symbol INSTANCEOF = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new InstanceOfExpr(e, t);
}
case 582: // relational_expression_nn = relational_expression_nn.e INSTANCEOF.INSTANCEOF reference_type.t
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
final Symbol INSTANCEOF = _symbols[offset + 2];
final Symbol _symbol_t = _symbols[offset + 3];
final Access t = (Access) _symbol_t.value;
return new InstanceOfExpr(e, t);
}
case 583: // equality_expression_nn = relational_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 584: // equality_expression_nn = name.e1 EQEQ.EQEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol EQEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new EQExpr(e1, e2);
}
case 585: // equality_expression_nn = equality_expression_nn.e1 EQEQ.EQEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol EQEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new EQExpr(e1, e2);
}
case 586: // equality_expression_nn = name.e1 NOTEQ.NOTEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol NOTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new NEExpr(e1, e2);
}
case 587: // equality_expression_nn = equality_expression_nn.e1 NOTEQ.NOTEQ relational_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol NOTEQ = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new NEExpr(e1, e2);
}
case 588: // and_expression_nn = equality_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 589: // and_expression_nn = name.e1 AND.AND equality_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol AND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndBitwiseExpr(e1, e2);
}
case 590: // and_expression_nn = and_expression_nn.e1 AND.AND equality_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol AND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndBitwiseExpr(e1, e2);
}
case 591: // exclusive_or_expression_nn = and_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 592: // exclusive_or_expression_nn = name.e1 XOR.XOR and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol XOR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new XorBitwiseExpr(e1, e2);
}
case 593: // exclusive_or_expression_nn = exclusive_or_expression_nn.e1 XOR.XOR and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol XOR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new XorBitwiseExpr(e1, e2);
}
case 594: // inclusive_or_expression_nn = exclusive_or_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 595: // inclusive_or_expression_nn = name.e1 OR.OR exclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol OR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrBitwiseExpr(e1, e2);
}
case 596: // inclusive_or_expression_nn = inclusive_or_expression_nn.e1 OR.OR exclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol OR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrBitwiseExpr(e1, e2);
}
case 597: // conditional_and_expression_nn = inclusive_or_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 598: // conditional_and_expression_nn = name.e1 ANDAND.ANDAND inclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol ANDAND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndLogicalExpr(e1, e2);
}
case 599: // conditional_and_expression_nn = conditional_and_expression_nn.e1 ANDAND.ANDAND inclusive_or_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol ANDAND = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new AndLogicalExpr(e1, e2);
}
case 600: // conditional_or_expression_nn = conditional_and_expression_nn.e
{
final Symbol _symbol_e = _symbols[offset + 1];
final Expr e = (Expr) _symbol_e.value;
return e;
}
case 601: // conditional_or_expression_nn = name.e1 OROR.OROR conditional_and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Access e1 = (Access) _symbol_e1.value;
final Symbol OROR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrLogicalExpr(e1, e2);
}
case 602: // conditional_or_expression_nn = conditional_or_expression_nn.e1 OROR.OROR conditional_and_expression.e2
{
final Symbol _symbol_e1 = _symbols[offset + 1];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol OROR = _symbols[offset + 2];
final Symbol _symbol_e2 = _symbols[offset + 3];
final Expr e2 = (Expr) _symbol_e2.value;
return new OrLogicalExpr(e1, e2);
}
case 603: // conditional_expression_nn = conditional_or_expression_nn.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
return c;
}
case 604: // conditional_expression_nn = name.c QUESTION.QUESTION expression.e1 COLON.COLON conditional_expression.e2
{
final Symbol _symbol_c = _symbols[offset + 1];
final Access c = (Access) _symbol_c.value;
final Symbol QUESTION = _symbols[offset + 2];
final Symbol _symbol_e1 = _symbols[offset + 3];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol COLON = _symbols[offset + 4];
final Symbol _symbol_e2 = _symbols[offset + 5];
final Expr e2 = (Expr) _symbol_e2.value;
return new ConditionalExpr(c, e1, e2);
}
case 605: // conditional_expression_nn = conditional_or_expression_nn.c QUESTION.QUESTION expression.e1 COLON.COLON conditional_expression.e2
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
final Symbol QUESTION = _symbols[offset + 2];
final Symbol _symbol_e1 = _symbols[offset + 3];
final Expr e1 = (Expr) _symbol_e1.value;
final Symbol COLON = _symbols[offset + 4];
final Symbol _symbol_e2 = _symbols[offset + 5];
final Expr e2 = (Expr) _symbol_e2.value;
return new ConditionalExpr(c, e1, e2);
}
case 606: // assignment_expression_nn = conditional_expression_nn.c
{
final Symbol _symbol_c = _symbols[offset + 1];
final Expr c = (Expr) _symbol_c.value;
return c;
}
case 607: // assignment_expression_nn = assignment.a
{
final Symbol _symbol_a = _symbols[offset + 1];
final Expr a = (Expr) _symbol_a.value;
return a;
}
case 609: // literal = NUMERIC_LITERAL.NUMERIC_LITERAL
{
final Symbol NUMERIC_LITERAL = _symbols[offset + 1];
return new NumericLiteral(NUMERIC_LITERAL);
}
case 610: // literal = BOOLEAN_LITERAL.BOOLEAN_LITERAL
{
final Symbol BOOLEAN_LITERAL = _symbols[offset + 1];
return new BooleanLiteral(BOOLEAN_LITERAL);
}
case 611: // literal = CHARACTER_LITERAL.CHARACTER_LITERAL
{
final Symbol CHARACTER_LITERAL = _symbols[offset + 1];
return new CharacterLiteral(CHARACTER_LITERAL);
}
case 612: // literal = STRING_LITERAL.STRING_LITERAL
{
final Symbol STRING_LITERAL = _symbols[offset + 1];
return new StringLiteral(STRING_LITERAL);
}
case 613: // literal = NULL_LITERAL.NULL_LITERAL
{
final Symbol NULL_LITERAL = _symbols[offset + 1];
return new NullLiteral(NULL_LITERAL);
}
case 614: // annotation_type_element_declarations_opt =
{
return new List();
}
case 615: // annotation_type_element_declarations_opt = annotation_type_element_declarations.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 616: // default_value_opt =
{
return new Opt();
}
case 617: // default_value_opt = default_value.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final ElementValue n = (ElementValue) _symbol_n.value;
return new Opt(n);
}
case 618: // block_statements_opt =
{
return new List();
}
case 619: // block_statements_opt = block_statements.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 620: // expression_opt =
{
return new Opt();
}
case 621: // expression_opt = expression.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Expr n = (Expr) _symbol_n.value;
return new Opt(n);
}
case 622: // interface_member_declarations_opt =
{
return new List();
}
case 623: // interface_member_declarations_opt = interface_member_declarations.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 624: // argument_list_opt =
{
return new List();
}
case 625: // argument_list_opt = argument_list.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 626: // subclass_body_opt =
{
return new Opt();
}
case 627: // subclass_body_opt = subclass_body.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final Opt n = (Opt) _symbol_n.value;
return n;
}
case 628: // dims_opt =
{
return new List();
}
case 629: // dims_opt = dims.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 630: // class_body_declarations_opt =
{
return new List();
}
case 631: // class_body_declarations_opt = class_body_declarations.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 632: // element_value_pairs_opt =
{
return new List();
}
case 633: // element_value_pairs_opt = element_value_pairs.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 634: // throws_opt =
{
return new List();
}
case 635: // throws_opt = throws.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 636: // for_init_opt =
{
return new List();
}
case 637: // for_init_opt = for_init.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 638: // formal_parameter_list_opt =
{
return new List();
}
case 639: // formal_parameter_list_opt = formal_parameter_list.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 640: // for_update_opt =
{
return new List();
}
case 641: // for_update_opt = for_update.n
{
final Symbol _symbol_n = _symbols[offset + 1];
final List n = (List) _symbol_n.value;
return n;
}
case 345: // annotation_type_element_declaration = constant_declaration.constant_declaration
case 352: // modifier = annotation.annotation
case 353: // annotation = normal_annotation.normal_annotation
case 354: // annotation = marker_annotation.marker_annotation
case 355: // annotation = single_element_annotation.single_element_annotation
case 608: // expression_nn = assignment_expression_nn.assignment_expression_nn
{
return _symbols[offset + 1];
}
default:
throw new IllegalArgumentException("unknown production #" + rule_num);
}
}
}
