Examples of org.mvel2.CompileException

org.mvel2.CompileException
Standard exception thrown for all general compileShared and some runtime failures.

  public ThisWithNode(char[] expr, int start, int offset, int blockStart, int blockOffset, int fields, ParserContext pCtx) {
    super(expr, start, offset, blockStart, blockOffset, fields, pCtx);
  }


  public Object getReducedValueAccelerated(Object ctx, Object thisValue, VariableResolverFactory factory) {
    if (thisValue == null) throw new CompileException("with-block against null pointer (this)", expr, start);


    for (ParmValuePair pvp : withExpressions) {
      if (pvp.getSetExpression() != null) {
        executeSetExpression(pvp.getSetExpression(), thisValue, factory, pvp.getStatement().getValue(ctx, thisValue, factory));
      }

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    try {
      String i = String.valueOf(soundslike.getReducedValue(ctx, thisValue, factory));
      if (i == null) throw new ClassCastException();


      String x = (String) stmt.getReducedValue(ctx, thisValue, factory);
      if (x == null) throw new CompileException("not a string: " + stmt.getName(), stmt.getExpr(), stmt.getStart());


      return soundex(i).equals(soundex(x));
    }
    catch (ClassCastException e) {
      throw new CompileException("not a string: " + soundslike.getName(), soundslike.getExpr(), soundslike.getStart());
    }


  }

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    Object o = MVEL.eval(expr, start, offset, ctx, factory);
    if (o instanceof Integer) {
      return ~((Integer) o);
    }
    else {
      throw new CompileException("was expecting type: Integer; but found type: "
          + (o == null ? "null" : o.getClass().getName()), expr, start);
    }
  }

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          start = i + 1;
          continue;


        default:
          if (!isWhitespace(parm[i]) && !isIdentifierPart(parm[i])) {
            throw new CompileException("expected parameter", parm, start);
          }
      }
    }


    if (start < (length + offset) && i > start) {

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        return 1;
      case 'u':
        //unicode
        int s = pos;
        if (s + 4 > escapeStr.length)
          throw new CompileException("illegal unicode escape sequence", escapeStr, pos);
        else {
          while (++pos - s != 5) {
            if ((escapeStr[pos] > ('0' - 1) && escapeStr[pos] < ('9' + 1)) ||
                (escapeStr[pos] > ('A' - 1) && escapeStr[pos] < ('F' + 1))) {
            }
            else {
              throw new CompileException("illegal unicode escape sequence", escapeStr, pos);
            }
          }


          escapeStr[s - 1] = (char) Integer.decode("0x" + new String(escapeStr, s + 1, 4)).intValue();
          escapeStr[s] = 0;
          escapeStr[s + 1] = 0;
          escapeStr[s + 2] = 0;
          escapeStr[s + 3] = 0;
          escapeStr[s + 4] = 0;


          return 5;
        }


      default:
        //octal
        s = pos;
        while (escapeStr[pos] >= '0' && escapeStr[pos] < '8') {
          if (pos != s && escapeStr[s] > '3') {
            escapeStr[s - 1] = (char) Integer.decode("0" + new String(escapeStr, s, pos - s + 1)).intValue();
            escapeStr[s] = 0;
            escapeStr[s + 1] = 0;
            return 2;
          }
          else if ((pos - s) == 2) {
            escapeStr[s - 1] = (char) Integer.decode("0" + new String(escapeStr, s, pos - s + 1)).intValue();
            escapeStr[s] = 0;
            escapeStr[s + 1] = 0;
            escapeStr[s + 2] = 0;
            return 3;
          }


          if (pos + 1 == escapeStr.length || (escapeStr[pos] < '0' || escapeStr[pos] > '7')) {
            escapeStr[s - 1] = (char) Integer.decode("0" + new String(escapeStr, s, pos - s + 1)).intValue();
            escapeStr[s] = 0;
            return 1;
          }


          pos++;
        }
        throw new CompileException("illegal escape sequence: " + escapeStr[pos], escapeStr, pos);
    }
  }

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    return cursor;
  }


  public static int nextNonBlank(char[] expr, int cursor) {
    if ((cursor + 1) >= expr.length) {
      throw new CompileException("unexpected end of statement", expr, cursor);
    }
    int i = cursor;
    while (i != expr.length && isWhitespace(expr[i])) i++;
    return i;
  }

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      }
    }


    switch (type) {
      case '[':
        throw new CompileException("unbalanced braces [ ... ]", chars, start);
      case '{':
        throw new CompileException("unbalanced braces { ... }", chars, start);
      case '(':
        throw new CompileException("unbalanced braces ( ... )", chars, start);
      default:
        throw new CompileException("unterminated string literal", chars, start);
    }
  }

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      }
    }


    switch (type) {
      case '[':
        throw new CompileException("unbalanced braces [ ... ]", chars, st);
      case '{':
        throw new CompileException("unbalanced braces { ... }", chars, st);
      case '(':
        throw new CompileException("unbalanced braces ( ... )", chars, st);
      default:
        throw new CompileException("unterminated string literal", chars, st);
    }
  }

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    while (++cursor < end && expr[cursor] != type) {
      if (expr[cursor] == '\\') cursor++;
    }


    if (cursor >= end || expr[cursor] != type) {
      throw new CompileException("unterminated string literal", expr, cursor);
    }


    return cursor;
  }

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          }
          else {
            try {
              if (oper != -1) {
                if (nestParm == null) {
                  throw new CompileException("operative assignment not possible here", block, start);
                }


                String rewrittenExpr = new String(
                    createShortFormOperativeAssignment(nestParm + "." + parm, block, _st, _end - _st, oper));


                MVEL.setProperty(ctx, parm, MVEL.eval(rewrittenExpr, ctx, factory));
              }
              else {
                MVEL.setProperty(ctx, parm, MVEL.eval(block, _st, _end - _st, ctx, factory));
              }
            }
            catch (CompileException e) {
              e.setCursor(_st + (e.getCursor() - (e.getExpr().length - offset)));
              e.setExpr(block);
              throw e;
            }


            parm = null;
            oper = -1;
            _st = ++i;
          }


          _end = -1;
          break;
      }
    }


    if (_st != (_end = end)) {
      try {
        if (parm == null || "".equals(parm)) {
          if (nestParm == null) {
            MVEL.eval(new String(block, _st, _end - _st), ctx, factory);
          }
          else {
            MVEL.eval(new StringAppender(nestParm).append('.')
                .append(block, _st, _end - _st).toString(), ctx, factory);
          }
        }
        else {
          if (oper != -1) {
            if (nestParm == null) {
              throw new CompileException("operative assignment not possible here", block, start);
            }


            MVEL.setProperty(ctx, parm,
                MVEL.eval(
                    new String(createShortFormOperativeAssignment(nestParm + "." + parm, block, _st, _end - _st, oper)),

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