javaparser.java

JDK1.4编译器后端

					 return new IntegerLiteral(((String)i.value));
			}
			case 2: // literal = LONG_LITERAL.l
			{
					final Symbol l = _symbols[offset + 1];
					 return new LongLiteral(((String)l.value));
			}
			case 3: // literal = FLOATING_POINT_LITERAL.f
			{
					final Symbol f = _symbols[offset + 1];
					 return new FloatingPointLiteral(((String)f.value));
			}
			case 4: // literal = DOUBLE_LITERAL.d
			{
					final Symbol d = _symbols[offset + 1];
					 return new DoubleLiteral(((String)d.value));
			}
			case 5: // literal = BOOLEAN_LITERAL.b
			{
					final Symbol b = _symbols[offset + 1];
					 return new BooleanLiteral(((String)b.value));
			}
			case 6: // literal = CHARACTER_LITERAL.c
			{
					final Symbol c = _symbols[offset + 1];
					 return new CharacterLiteral(((String)c.value));
			}
			case 7: // literal = STRING_LITERAL.s
			{
					final Symbol s = _symbols[offset + 1];
					 return new StringLiteral(((String)s.value));
			}
			case 8: // literal = NULL_LITERAL.NULL_LITERAL
			{
					final Symbol NULL_LITERAL = _symbols[offset + 1];
					 return new NullLiteral("null");
			}
			case 9: // type = primitive_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 10: // type = reference_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 11: // primitive_type = numeric_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 12: // primitive_type = BOOLEAN.BOOLEAN
			{
					final Symbol BOOLEAN = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("boolean");
			}
			case 13: // numeric_type = integral_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 14: // numeric_type = floating_point_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 15: // integral_type = BYTE.BYTE
			{
					final Symbol BYTE = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("byte");
			}
			case 16: // integral_type = SHORT.SHORT
			{
					final Symbol SHORT = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("short");
			}
			case 17: // integral_type = INT.INT
			{
					final Symbol INT = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("int");
			}
			case 18: // integral_type = LONG.LONG
			{
					final Symbol LONG = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("long");
			}
			case 19: // integral_type = CHAR.CHAR
			{
					final Symbol CHAR = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("char");
			}
			case 20: // floating_point_type = FLOAT.FLOAT
			{
					final Symbol FLOAT = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("float");
			}
			case 21: // floating_point_type = DOUBLE.DOUBLE
			{
					final Symbol DOUBLE = _symbols[offset + 1];
					 return new PrimitiveTypeAccess("double");
			}
			case 22: // reference_type = class_or_interface_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 23: // reference_type = array_type.t
			{
					final Symbol _symbol_t = _symbols[offset + 1];
					final Access t = (Access) _symbol_t.value;
					 return t;
			}
			case 24: // class_or_interface_type = name.n
			{
					final Symbol _symbol_n = _symbols[offset + 1];
					final Access n = (Access) _symbol_n.value;
					 return n;
			}
			case 25: // class_type = class_or_interface_type.n
			{
					final Symbol _symbol_n = _symbols[offset + 1];
					final Access n = (Access) _symbol_n.value;
					 return n;
			}
			case 26: // interface_type = class_or_interface_type.n
			{
					final Symbol _symbol_n = _symbols[offset + 1];
					final Access n = (Access) _symbol_n.value;
					 return n;
			}
			case 27: // 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 28: // 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 29: // name = simple_name.s
			{
					final Symbol _symbol_s = _symbols[offset + 1];
					final Access s = (Access) _symbol_s.value;
					 return s;
			}
			case 30: // name = qualified_name.q
			{
					final Symbol _symbol_q = _symbols[offset + 1];
					final Access q = (Access) _symbol_q.value;
					 return q;
			}
			case 31: // simple_name = IDENTIFIER.IDENTIFIER
			{
					final Symbol IDENTIFIER = _symbols[offset + 1];
					 return new ParseName(IDENTIFIER);
			}
			case 32: // 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 33: // 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 34: // 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 35: // 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 36: // 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 37: // compilation_unit = 
			{
					 return new CompilationUnit("", new List(), new List());
			}
			case 38: // 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 39: // 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 40: // 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 41: // 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 42: // 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 43: // 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 44: // 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 45: // 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 46: // name_decl = simple_name_decl.s
			{
					final Symbol _symbol_s = _symbols[offset + 1];
					final IdUse s = (IdUse) _symbol_s.value;
					 return s;
			}
			case 47: // name_decl = qualified_name_decl.q
			{
					final Symbol _symbol_q = _symbols[offset + 1];
					final IdUse q = (IdUse) _symbol_q.value;
					 return q;
			}
			case 48: // simple_name_decl = IDENTIFIER.IDENTIFIER
			{
					final Symbol IDENTIFIER = _symbols[offset + 1];
					 return new IdUse(IDENTIFIER);
			}
			case 49: // qualified_name_decl = name_decl.n DOT.DOT IDENTIFIER.i
			{
					final Symbol _symbol_n = _symbols[offset + 1];