Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance.
Project price only 1 $
You can buy this project and download/modify it how often you want.
webit.script.core.Parser Maven / Gradle / Ivy
//----------------------------------------------------
// The following code was generated by CUP v0.12for-WebitScript-only
//----------------------------------------------------
package webit.script.core;
import java.util.ArrayList;
import java.util.List;
import webit.script.core.ast.*;
import webit.script.core.ast.expressions.*;
import webit.script.core.ast.operators.*;
import webit.script.core.ast.statements.*;
import webit.script.exceptions.ParseException;
import webit.script.util.ALU;
import webit.script.util.ClassNameBand;
import webit.script.util.Stack;
import webit.script.util.StatementUtil;
/**
*
* @version Thu Sep 11 20:52:35 CST 2014
*/
public class Parser extends AbstractParser {
@SuppressWarnings("unchecked")
final Object doAction(int actionId) throws ParseException {
final Stack myStack = this.symbolStack;
switch (actionId){
case 1: // $START ::= templateAST EOF
{
/* ACCEPT */
this.goonParse = false;
return myStack.peek(1).value;
}
case 163: // funcExecuteExpr ::= expression AT contextValueExpr LPAREN expressionList RPAREN
{
Symbol funcExprSymbol = myStack.peek(3);
return new MethodExecute((Expression) funcExprSymbol.value, ((ExpressionList) myStack.peek(1).value).addFirst((Expression) myStack.peek(5).value).toArray(), funcExprSymbol.line, funcExprSymbol.column);
}
case 162: // funcExecuteExpr ::= expression LPAREN expressionList RPAREN
{
Symbol funcExprSymbol = myStack.peek(3);
return new MethodExecute((Expression) funcExprSymbol.value, ((ExpressionList) myStack.peek(1).value).toArray(), funcExprSymbol.line, funcExprSymbol.column);
}
case 8: // identiferList ::= IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
List list = new ArrayList(); list.add(new Identifer((String) identSymbol.value, identSymbol.line, identSymbol.column)); return list;
}
case 51: // importPart2 ::= importPart1 IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return ((ImportPart) myStack.peek(1).value).append((String) identSymbol.value, createContextValue(0, (String) identSymbol.value, identSymbol.line, identSymbol.column));
}
case 53: // importPart2 ::= importPart2 COMMA IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return ((ImportPart) myStack.peek(2).value).append((String) identSymbol.value, createContextValue(0, (String) identSymbol.value, identSymbol.line, identSymbol.column));
}
case 46: // varPart ::= varPart COMMA IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return ((StatementList) myStack.peek(2).value).add(declearVar((String) identSymbol.value,identSymbol.line,identSymbol.column));
}
case 143: // contextValueExpr ::= superCount IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValue((Integer) myStack.peek(1).value, (String) identSymbol.value, identSymbol.line, identSymbol.column);
}
case 146: // contextValueExpr ::= superCount FOR DOT IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValue((Integer) myStack.peek(3).value, ("for." + (String) identSymbol.value), identSymbol.line, identSymbol.column);
}
case 145: // contextValueExpr ::= FOR DOT IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValue(0, ("for." + (String) identSymbol.value), identSymbol.line, identSymbol.column);
}
case 141: // contextValueExpr ::= IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValue(0, (String) identSymbol.value, identSymbol.line, identSymbol.column);
}
case 144: // contextValueExpr ::= superCount THIS DOT IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValueAtUpstair((Integer) myStack.peek(3).value, (String) identSymbol.value, identSymbol.line, identSymbol.column);
}
case 142: // contextValueExpr ::= THIS DOT IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return createContextValueAtUpstair(0, (String) identSymbol.value, identSymbol.line, identSymbol.column);
}
case 44: // varPart ::= VAR IDENTIFIER
{
Symbol identSymbol = myStack.peek(0);
return new StatementList().add(declearVar((String) identSymbol.value,identSymbol.line,identSymbol.column));
}
case 65: // lambdaForHead1 ::= FOR LPAREN IDENTIFIER MINUSGT
case 168: // lambdaExprHead ::= IDENTIFIER MINUSGT
{
Symbol identSymbol = myStack.peek(1);
Symbol symSymbol = myStack.peek(0);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column).appendArg((String) identSymbol.value, identSymbol.line, identSymbol.column);
}
case 42: // varAssign ::= IDENTIFIER EQ expression
case 43: // varAssign ::= IDENTIFIER EQ varAssign
{
Symbol identSymbol = myStack.peek(2);
Symbol symSymbol = myStack.peek(1);
return new Assign(createContextValue((String) identSymbol.value, identSymbol.line, identSymbol.column), (Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 157: // funcStatementHead ::= FUNCTION IDENTIFIER LPAREN RPAREN
{
Symbol identSymbol = myStack.peek(2);
return new FunctionDeclarePart((String) identSymbol.value, this.varmgr, identSymbol.line, identSymbol.column);
}
case 25: // statement ::= CONST IDENTIFIER EQ expression SEMICOLON
{
Symbol identSymbol = myStack.peek(3);
assignConst((String) identSymbol.value, (Expression) myStack.peek(1).value, identSymbol.line, identSymbol.column); return NoneStatement.INSTANCE;
}
case 158: // funcStatementHead ::= FUNCTION IDENTIFIER LPAREN identiferList RPAREN
{
Symbol identSymbol = myStack.peek(3);
return new FunctionDeclarePart((String) identSymbol.value, this.varmgr, identSymbol.line, identSymbol.column).appendArgs((List) myStack.peek(1).value);
}
case 169: // lambdaExprHead ::= LPAREN IDENTIFIER COMMA identiferList RPAREN MINUSGT
{
Symbol identSymbol = myStack.peek(4);
Symbol symSymbol = myStack.peek(0);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column).appendArg((String) identSymbol.value, identSymbol.line, identSymbol.column).appendArgs((List) myStack.peek(2).value);
}
case 66: // lambdaForMapHead1 ::= FOR LPAREN IDENTIFIER COMMA IDENTIFIER MINUSGT
{
Symbol keySymbol = myStack.peek(3);
Symbol valueSymbol = myStack.peek(1);
Symbol symSymbol = myStack.peek(0);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column).appendArg((String) keySymbol.value, keySymbol.line, keySymbol.column).appendArg((String) valueSymbol.value, valueSymbol.line, valueSymbol.column);
}
case 9: // identiferList ::= identiferList COMMA IDENTIFIER
{
Symbol listSymbol = myStack.peek(2);
Symbol identSymbol = myStack.peek(0);
((List) listSymbol.value).add(new Identifer((String) identSymbol.value, identSymbol.line, identSymbol.column)); return (List) listSymbol.value;
}
case 165: // classNameList1 ::= classNameList1 COMMA className
{
Symbol listSymbol = myStack.peek(2);
Symbol nameBandSymbol = myStack.peek(0);
((List) listSymbol.value).add(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column)); return (List) listSymbol.value;
}
case 164: // classNameList1 ::= className
{
Symbol nameBandSymbol = myStack.peek(0);
List list = new ArrayList(); list.add(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column)); return list;
}
case 134: // expression ::= NATIVE classPureName
{
Symbol nameBandSymbol = myStack.peek(0);
return createNativeStaticValue((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column);
}
case 26: // statement ::= varPart SEMICOLON
{
Symbol partSymbol = myStack.peek(1);
return ((StatementList) partSymbol.value).popStatementGroup(partSymbol.line, partSymbol.column);
}
case 67: // lambdaForHead2 ::= lambdaForHead1 expression COLON
{
Symbol partSymbol = myStack.peek(2);
return new ForInPart(((FunctionDeclarePart) partSymbol.value).getArg(0), ((FunctionDeclarePart) partSymbol.value).popFunctionDeclare((Expression) myStack.peek(1).value), this.varmgr, partSymbol.line, partSymbol.column);
}
case 69: // lambdaForHead2 ::= lambdaForMapHead1 expression COLON
{
Symbol partSymbol = myStack.peek(2);
return new ForMapPart(((FunctionDeclarePart) partSymbol.value).getArg(0), ((FunctionDeclarePart) partSymbol.value).getArg(1), ((FunctionDeclarePart) partSymbol.value).popFunctionDeclare((Expression) myStack.peek(1).value), this.varmgr, partSymbol.line, partSymbol.column);
}
case 68: // lambdaForHead2 ::= lambdaForHead1 LBRACE statementList RBRACE COLON
{
Symbol partSymbol = myStack.peek(4);
return new ForInPart(((FunctionDeclarePart) partSymbol.value).getArg(0), ((FunctionDeclarePart) partSymbol.value).popFunctionDeclare((StatementList) myStack.peek(2).value), this.varmgr, partSymbol.line, partSymbol.column);
}
case 70: // lambdaForHead2 ::= lambdaForMapHead1 LBRACE statementList RBRACE COLON
{
Symbol partSymbol = myStack.peek(4);
return new ForMapPart(((FunctionDeclarePart) partSymbol.value).getArg(0), ((FunctionDeclarePart) partSymbol.value).getArg(1), ((FunctionDeclarePart) partSymbol.value).popFunctionDeclare((StatementList) myStack.peek(2).value), this.varmgr, partSymbol.line, partSymbol.column);
}
case 81: // caseBlockStat ::= blockPrepare
{
Symbol prepareSymbol = myStack.peek(0);
return new StatementList().popIBlock(varmgr.pop(), prepareSymbol.line, prepareSymbol.column);
}
case 80: // caseBlockStat ::= blockPrepare statementList
{
Symbol prepareSymbol = myStack.peek(1);
return ((StatementList) myStack.peek(0).value).popIBlock(varmgr.pop(), prepareSymbol.line, prepareSymbol.column);
}
case 58: // block ::= blockPrepare2 RBRACE
{
Symbol prepareSymbol = myStack.peek(1);
return new StatementList().popIBlock(varmgr.pop(), prepareSymbol.line, prepareSymbol.column);
}
case 57: // block ::= blockPrepare2 statementList RBRACE
{
Symbol prepareSymbol = myStack.peek(2);
return ((StatementList) myStack.peek(1).value).popIBlock(varmgr.pop(), prepareSymbol.line, prepareSymbol.column);
}
case 12: // statement ::= LRDEBUG
{
Symbol symSymbol = myStack.peek(0);
return createBreakPointStatement(null, null, symSymbol.line, symSymbol.column);
}
case 24: // statement ::= TEXT_STATEMENT
{
Symbol symSymbol = myStack.peek(0);
return createTextStatement((char[]) symSymbol.value, symSymbol.line, symSymbol.column);
}
case 126: // expression ::= DIRECT_VALUE
{
Symbol symSymbol = myStack.peek(0);
return new DirectValue((Object) symSymbol.value, symSymbol.line, symSymbol.column);
}
case 159: // funcHead ::= FUNCTION
{
Symbol symSymbol = myStack.peek(0);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column);
}
case 92: // expression_statementable ::= expression MINUSMINUS
{
Symbol symSymbol = myStack.peek(0);
return new MinusMinusAfter(castToResetableValueExpression((Expression) myStack.peek(1).value), symSymbol.line, symSymbol.column);
}
case 90: // expression_statementable ::= expression PLUSPLUS
{
Symbol symSymbol = myStack.peek(0);
return new PlusPlusAfter(castToResetableValueExpression((Expression) myStack.peek(1).value), symSymbol.line, symSymbol.column);
}
case 99: // expression ::= COMP expression
{
Symbol symSymbol = myStack.peek(1);
return StatementUtil.optimize(new BitNot((Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column));
}
case 100: // expression ::= MINUS expression
{
Symbol symSymbol = myStack.peek(1);
return StatementUtil.optimize(new Negative((Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column));
}
case 101: // expression ::= NOT expression
{
Symbol symSymbol = myStack.peek(1);
return StatementUtil.optimize(new Not((Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column));
}
case 104: // expression ::= expression MULT expression
case 105: // expression ::= expression DIV expression
case 106: // expression ::= expression MOD expression
case 107: // expression ::= expression PLUS expression
case 108: // expression ::= expression MINUS expression
case 109: // expression ::= expression LSHIFT expression
case 110: // expression ::= expression RSHIFT expression
case 111: // expression ::= expression URSHIFT expression
case 112: // expression ::= expression LT expression
case 113: // expression ::= expression LTEQ expression
case 114: // expression ::= expression GT expression
case 115: // expression ::= expression GTEQ expression
case 116: // expression ::= expression EQEQ expression
case 117: // expression ::= expression NOTEQ expression
case 118: // expression ::= expression AND expression
case 119: // expression ::= expression OR expression
case 120: // expression ::= expression XOR expression
case 121: // expression ::= expression ANDAND expression
case 122: // expression ::= expression DOTDOT expression
case 123: // expression ::= expression OROR expression
case 124: // expression ::= expression QUESTION_COLON expression
{
Symbol symSymbol = myStack.peek(1);
return createBinaryOperator((Expression) myStack.peek(2).value, (Integer) symSymbol.value, (Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 93: // expression_statementable ::= expression SELFEQ expression
{
Symbol symSymbol = myStack.peek(1);
return createSelfOperator((Expression) myStack.peek(2).value, (Integer) symSymbol.value, (Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 88: // expression_statementable ::= expression EQ expression
{
Symbol symSymbol = myStack.peek(1);
return new Assign(castToResetableValueExpression((Expression) myStack.peek(2).value), (Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 29: // statement ::= BREAK SEMICOLON
{
Symbol symSymbol = myStack.peek(1);
return new Break(0, symSymbol.line, symSymbol.column);
}
case 31: // statement ::= CONTINUE SEMICOLON
{
Symbol symSymbol = myStack.peek(1);
return new Continue(0, symSymbol.line, symSymbol.column);
}
case 48: // importPart1 ::= IMPORT expression
{
Symbol symSymbol = myStack.peek(1);
return new ImportPart((Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 156: // mapValue ::= LBRACE RBRACE
{
Symbol symSymbol = myStack.peek(1);
return new MapValue(new Object[0], new Expression[0], symSymbol.line,symSymbol.column);
}
case 91: // expression_statementable ::= MINUSMINUS expression
{
Symbol symSymbol = myStack.peek(1);
return new MinusMinusBefore(castToResetableValueExpression((Expression) myStack.peek(0).value), symSymbol.line, symSymbol.column);
}
case 89: // expression_statementable ::= PLUSPLUS expression
{
Symbol symSymbol = myStack.peek(1);
return new PlusPlusBefore(castToResetableValueExpression((Expression) myStack.peek(0).value), symSymbol.line, symSymbol.column);
}
case 102: // expression ::= expression DOT IDENTIFIER
{
Symbol symSymbol = myStack.peek(1);
return new PropertyOperator((Expression) myStack.peek(2).value, (String) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 94: // expression_statementable ::= funcExecuteExpr EQGT expression
{
Symbol symSymbol = myStack.peek(1);
return new RedirectOutExpression((Expression) myStack.peek(2).value, castToResetableValueExpression((Expression) myStack.peek(0).value), symSymbol.line, symSymbol.column);
}
case 33: // statement ::= RETURN SEMICOLON
{
Symbol symSymbol = myStack.peek(1);
return new Return(null, symSymbol.line, symSymbol.column);
}
case 28: // statement ::= NATIVE_IMPORT classPureName SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
registClass((ClassNameBand) myStack.peek(1).value, symSymbol.line, symSymbol.column); return NoneStatement.INSTANCE;
}
case 155: // mapValue ::= LBRACE mapValuePart RBRACE
{
Symbol symSymbol = myStack.peek(2);
return ((MapValuePart) myStack.peek(1).value).pop(symSymbol.line, symSymbol.column);
}
case 97: // expression ::= LDEBUG expression RDEBUG
{
Symbol symSymbol = myStack.peek(2);
return createBreakPointExpression(null, (Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 130: // expression ::= LBRACK expressionList RBRACK
{
Symbol symSymbol = myStack.peek(2);
return new ArrayValue(((ExpressionList) myStack.peek(1).value).toArray(), symSymbol.line, symSymbol.column);
}
case 30: // statement ::= BREAK IDENTIFIER SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new Break(getLabelIndex((String) myStack.peek(1).value), symSymbol.line, symSymbol.column);
}
case 32: // statement ::= CONTINUE IDENTIFIER SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new Continue(getLabelIndex((String) myStack.peek(1).value), symSymbol.line, symSymbol.column);
}
case 27: // statement ::= ECHO expression SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new Echo((Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 160: // funcHead ::= FUNCTION LPAREN RPAREN
{
Symbol symSymbol = myStack.peek(2);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column);
}
case 49: // importPart1 ::= IMPORT expression mapValue
{
Symbol symSymbol = myStack.peek(2);
return new ImportPart((Expression) myStack.peek(1).value, (MapValue) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 37: // statement ::= INCLUDE expression SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new Include((Expression) myStack.peek(1).value, null, this.template, symSymbol.line, symSymbol.column);
}
case 103: // expression ::= expression LBRACK expression RBRACK
{
Symbol symSymbol = myStack.peek(2);
return new IndexOperator((Expression) myStack.peek(3).value, (Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 23: // statement ::= block EQGT expression SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new RedirectOut((IBlock) myStack.peek(3).value, castToResetableValueExpression((Expression) myStack.peek(1).value), symSymbol.line, symSymbol.column);
}
case 34: // statement ::= RETURN expression SEMICOLON
{
Symbol symSymbol = myStack.peek(2);
return new Return((Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 131: // expression ::= NATIVE LBRACK RBRACK className
{
Symbol symSymbol = myStack.peek(3);
Symbol nameBandSymbol = myStack.peek(0);
return this.createNativeNewArrayDeclareExpression(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column), symSymbol.line, symSymbol.column);
}
case 132: // expression ::= NATIVE LBRACK className RBRACK
{
Symbol symSymbol = myStack.peek(3);
Symbol nameBandSymbol = myStack.peek(1);
return this.createNativeNewArrayDeclareExpression(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column), symSymbol.line, symSymbol.column);
}
case 85: // switchPart0 ::= DEFAULT COLON caseBlockStat switchPart0
{
Symbol symSymbol = myStack.peek(3);
return ((SwitchPart) myStack.peek(0).value).appendCase(null, (IBlock) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 13: // statement ::= LDEBUG IDENTIFIER COLON RDEBUG
{
Symbol symSymbol = myStack.peek(3);
return createBreakPointStatement((String) myStack.peek(2).value, null, symSymbol.line, symSymbol.column);
}
case 161: // funcHead ::= FUNCTION LPAREN identiferList RPAREN
{
Symbol symSymbol = myStack.peek(3);
return new FunctionDeclarePart(this.varmgr, symSymbol.line, symSymbol.column).appendArgs((List) myStack.peek(1).value);
}
case 125: // expression ::= expression QUESTION expression COLON expression
{
Symbol symSymbol = myStack.peek(3);
return new IfOperator((Expression) myStack.peek(4).value, (Expression) myStack.peek(2).value, (Expression) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 38: // statement ::= INCLUDE expression mapValue SEMICOLON
{
Symbol symSymbol = myStack.peek(3);
return new Include((Expression) myStack.peek(2).value, (MapValue) myStack.peek(1).value, this.template, symSymbol.line, symSymbol.column);
}
case 83: // switchPart0 ::= CASE DIRECT_VALUE COLON caseBlockStat switchPart0
{
Symbol symSymbol = myStack.peek(4);
return ((SwitchPart) myStack.peek(0).value).appendCase((Object) myStack.peek(3).value, (IBlock) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 98: // expression ::= LDEBUG IDENTIFIER COLON expression RDEBUG
{
Symbol symSymbol = myStack.peek(4);
return createBreakPointExpression((String) myStack.peek(3).value, (Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 59: // ifPart ::= IF LPAREN expression RPAREN block
{
Symbol symSymbol = myStack.peek(4);
return new IfPart((Expression) myStack.peek(2).value, (IBlock) myStack.peek(0).value, symSymbol.line, symSymbol.column);
}
case 50: // importPart1 ::= IMPORT expression LBRACE expression RBRACE
{
Symbol symSymbol = myStack.peek(4);
return new ImportPart((Expression) myStack.peek(3).value, (Expression) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 78: // whilePart ::= WHILE LPAREN expression RPAREN block
{
Symbol symSymbol = myStack.peek(4);
return new WhilePart((Expression) myStack.peek(2).value, (IBlock) myStack.peek(0).value, true, symSymbol.line, symSymbol.column);
}
case 135: // expression ::= NATIVE NEW classPureName LPAREN classNameList RPAREN
{
Symbol symSymbol = myStack.peek(5);
Symbol nameBandSymbol = myStack.peek(3);
return this.createNativeConstructorDeclareExpression(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column), (List) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 84: // switchPart0 ::= CASE MINUS DIRECT_VALUE COLON caseBlockStat switchPart0
{
Symbol symSymbol = myStack.peek(5);
return ((SwitchPart) myStack.peek(0).value).appendCase(ALU.negative((Object) myStack.peek(3).value), (IBlock) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 63: // forInHead ::= FOR LPAREN IDENTIFIER COLON expression RPAREN
{
Symbol symSymbol = myStack.peek(5);
return new ForInPart((String) myStack.peek(3).value, (Expression) myStack.peek(1).value, this.varmgr, symSymbol.line, symSymbol.column);
}
case 39: // statement ::= INCLUDE expression LBRACE expression RBRACE SEMICOLON
{
Symbol symSymbol = myStack.peek(5);
return new Include((Expression) myStack.peek(4).value, (Expression) myStack.peek(2).value, this.template, symSymbol.line, symSymbol.column);
}
case 133: // expression ::= NATIVE classPureName DOT IDENTIFIER LPAREN classNameList RPAREN
{
Symbol symSymbol = myStack.peek(6);
Symbol nameBandSymbol = myStack.peek(5);
return this.createNativeMethodDeclareExpression(toClass((ClassNameBand) nameBandSymbol.value, nameBandSymbol.line, nameBandSymbol.column), (String) myStack.peek(3).value, (List) myStack.peek(1).value, symSymbol.line, symSymbol.column);
}
case 86: // switchPart ::= SWITCH LPAREN expression RPAREN LBRACE switchPart0 RBRACE
{
Symbol symSymbol = myStack.peek(6);
return ((SwitchPart) myStack.peek(1).value).setSwitchExpr((Expression) myStack.peek(4).value, symSymbol.line, symSymbol.column);
}
case 79: // whilePart ::= DO block WHILE LPAREN expression RPAREN SEMICOLON
{
Symbol symSymbol = myStack.peek(6);
return new WhilePart((Expression) myStack.peek(2).value, (IBlock) myStack.peek(5).value, false, symSymbol.line, symSymbol.column);
}
case 87: // switchPart ::= SWITCH LPAREN expression RPAREN LBRACE TEXT_STATEMENT switchPart0 RBRACE
{
Symbol symSymbol = myStack.peek(7);
return ((SwitchPart) myStack.peek(1).value).setSwitchExpr((Expression) myStack.peek(5).value, symSymbol.line, symSymbol.column);
}
case 64: // forInHead ::= FOR LPAREN IDENTIFIER COMMA IDENTIFIER COLON expression RPAREN
{
Symbol symSymbol = myStack.peek(7);
return new ForMapPart((String) myStack.peek(5).value, (String) myStack.peek(3).value, (Expression) myStack.peek(1).value, this.varmgr, symSymbol.line, symSymbol.column);
}
case 21: // statement ::= forInPart
return ((AbstractForInPart) myStack.peek(0).value).pop();
case 22: // statement ::= IDENTIFIER COLON forInPart
return ((AbstractForInPart) myStack.peek(0).value).pop(getLabelIndex((String) myStack.peek(2).value));
case 71: // lambdaForHead ::= lambdaForHead2 expression RPAREN
return ((AbstractForInPart) myStack.peek(2).value).setCollectionExpr((Expression) myStack.peek(1).value);
case 77: // forInPart ::= forInBody ELSE block
return ((AbstractForInPart) myStack.peek(2).value).setElse((IBlock) myStack.peek(0).value);
case 73: // forInBody ::= forInHead LBRACE RBRACE
case 75: // forInBody ::= lambdaForHead LBRACE RBRACE
return ((AbstractForInPart) myStack.peek(2).value).setStatementList(new StatementList());
case 72: // forInBody ::= forInHead LBRACE statementList RBRACE
case 74: // forInBody ::= lambdaForHead LBRACE statementList RBRACE
return ((AbstractForInPart) myStack.peek(3).value).setStatementList((StatementList) myStack.peek(1).value);
case 5: // classPureName ::= classPureName DOT IDENTIFIER
return ((ClassNameBand) myStack.peek(2).value).append((String) myStack.peek(0).value);
case 7: // className ::= className LBRACK RBRACK
return ((ClassNameBand) myStack.peek(2).value).plusArrayDepth();
case 148: // expressionList1 ::= expressionList1 COMMA expression
return ((ExpressionList) myStack.peek(2).value).add((Expression) myStack.peek(0).value);
case 170: // lambdaExpr ::= lambdaExprHead expression
return ((FunctionDeclarePart) myStack.peek(1).value).pop((Expression) myStack.peek(0).value);
case 41: // statement ::= funcStatementHead LBRACE RBRACE
case 129: // expression ::= funcHead LBRACE RBRACE
return ((FunctionDeclarePart) myStack.peek(2).value).pop(new StatementList());
case 40: // statement ::= funcStatementHead LBRACE statementList RBRACE
case 128: // expression ::= funcHead LBRACE statementList RBRACE
case 171: // lambdaExpr ::= lambdaExprHead LBRACE statementList RBRACE
return ((FunctionDeclarePart) myStack.peek(3).value).pop((StatementList) myStack.peek(1).value);
case 60: // ifStat ::= ifPart
return ((IfPart) myStack.peek(0).value).pop();
case 61: // ifStat ::= ifPart ELSE block
return ((IfPart) myStack.peek(2).value).pop((IBlock) myStack.peek(0).value);
case 62: // ifStat ::= ifPart ELSE ifStat
return ((IfPart) myStack.peek(2).value).pop((Statement) myStack.peek(0).value);
case 35: // statement ::= importPart1 SEMICOLON
case 36: // statement ::= importPart2 SEMICOLON
return ((ImportPart) myStack.peek(1).value).pop(this.template);
case 52: // importPart2 ::= importPart1 contextValueExpr EQ IDENTIFIER
return ((ImportPart) myStack.peek(3).value).append((String) myStack.peek(0).value, (Expression) myStack.peek(2).value);
case 54: // importPart2 ::= importPart2 COMMA contextValueExpr EQ IDENTIFIER
return ((ImportPart) myStack.peek(4).value).append((String) myStack.peek(0).value, (Expression) myStack.peek(2).value);
case 153: // mapValuePart ::= mapValuePart COMMA DIRECT_VALUE COLON expression
return ((MapValuePart) myStack.peek(4).value).add((Object) myStack.peek(2).value, (Expression) myStack.peek(0).value);
case 154: // mapValuePart ::= mapValuePart COMMA MINUS DIRECT_VALUE COLON expression
return ((MapValuePart) myStack.peek(5).value).add(ALU.negative((Object) myStack.peek(2).value), (Expression) myStack.peek(0).value);
case 0: // templateAST ::= statementList
return ((StatementList) myStack.peek(0).value).popTemplateAST(varmgr);
case 3: // statementList ::= statementList statement
return ((StatementList) myStack.peek(1).value).add((Statement) myStack.peek(0).value);
case 47: // varPart ::= varPart COMMA varAssign
return ((StatementList) myStack.peek(2).value).add((Expression) myStack.peek(0).value);
case 17: // statement ::= switchPart
return ((SwitchPart) myStack.peek(0).value).pop();
case 18: // statement ::= IDENTIFIER COLON switchPart
return ((SwitchPart) myStack.peek(0).value).pop(getLabelIndex((String) myStack.peek(2).value));
case 19: // statement ::= whilePart
return ((WhilePart) myStack.peek(0).value).pop();
case 20: // statement ::= IDENTIFIER COLON whilePart
return ((WhilePart) myStack.peek(0).value).pop(getLabelIndex((String) myStack.peek(2).value));
case 140: // superCount ::= superCount SUPER DOT
return (Integer) myStack.peek(2).value + 1;
case 167: // classNameList ::= classNameList1
return (List) myStack.peek(0).value;
case 139: // superCount ::= SUPER DOT
return 1;
case 11: // statement ::= SEMICOLON
return NoneStatement.INSTANCE;
case 14: // statement ::= expression INTERPOLATION_END
return createInterpolation((Expression) myStack.peek(1).value);
case 6: // className ::= classPureName
case 15: // statement ::= block
case 16: // statement ::= ifStat
case 76: // forInPart ::= forInBody
case 95: // expression_statementable ::= funcExecuteExpr
case 96: // expression ::= expression_statementable
case 136: // expression ::= contextValueExpr
case 137: // expression ::= mapValue
case 138: // expression ::= lambdaExpr
case 150: // expressionList ::= expressionList1
return myStack.peek(0).value;
case 10: // statement ::= expression_statementable SEMICOLON
case 127: // expression ::= LPAREN expression RPAREN
return myStack.peek(1).value;
case 166: // classNameList ::=
return new ArrayList();
case 4: // classPureName ::= IDENTIFIER
return new ClassNameBand((String) myStack.peek(0).value);
case 147: // expressionList1 ::= expression
return new ExpressionList().add((Expression) myStack.peek(0).value);
case 149: // expressionList ::=
return new ExpressionList();
case 151: // mapValuePart ::= DIRECT_VALUE COLON expression
return new MapValuePart().add((Object) myStack.peek(2).value, (Expression) myStack.peek(0).value);
case 152: // mapValuePart ::= MINUS DIRECT_VALUE COLON expression
return new MapValuePart().add(ALU.negative((Object) myStack.peek(2).value), (Expression) myStack.peek(0).value);
case 45: // varPart ::= VAR varAssign
return new StatementList().add((Expression) myStack.peek(0).value);
case 2: // statementList ::= statement
return new StatementList().add((Statement) myStack.peek(0).value);
case 82: // switchPart0 ::=
return new SwitchPart();
case 55: // blockPrepare ::=
case 56: // blockPrepare2 ::= LBRACE
{
varmgr.push(); return null;
}
default:
throw new ParseException("Invalid action id.");
}
}
}
