Package org.apache.olingo.odata2.api.uri.expression

Examples of org.apache.olingo.odata2.api.uri.expression.BinaryExpression

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    return mockedEdmMapping;
  }

  private BinaryExpression getBinaryExpressionMockedObj(final BinaryOperator operator,
      final ExpressionKind leftOperandExpKind, final String propertyName, final String literalStr) {
    BinaryExpression binaryExpression = EasyMock.createMock(BinaryExpression.class);
    EasyMock.expect(binaryExpression.getKind()).andStubReturn(ExpressionKind.BINARY);
    EasyMock.expect(binaryExpression.getLeftOperand()).andStubReturn(
        getPropertyExpressionMockedObj(leftOperandExpKind, propertyName));
    EasyMock.expect(binaryExpression.getOperator()).andStubReturn(operator);
    EasyMock.expect(binaryExpression.getRightOperand()).andStubReturn(getLiteralExpressionMockedObj(literalStr));

    EasyMock.replay(binaryExpression);
    return binaryExpression;
  }
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    return filterExpression;
  }

  private CommonExpression getBinaryExpression(final CommonExpression leftOperand, final BinaryOperator operator,
      final CommonExpression rightOperand) {
    BinaryExpression binaryExpression = EasyMock.createMock(BinaryExpression.class);
    EasyMock.expect(binaryExpression.getKind()).andStubReturn(ExpressionKind.BINARY);
    EasyMock.expect(binaryExpression.getLeftOperand()).andStubReturn(leftOperand);
    EasyMock.expect(binaryExpression.getRightOperand()).andStubReturn(rightOperand);
    EasyMock.expect(binaryExpression.getOperator()).andStubReturn(operator);

    EasyMock.replay(binaryExpression);
    return binaryExpression;
  }
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    return mockedEdmMapping;
  }

  private BinaryExpression getBinaryExpressionMockedObj(final BinaryOperator operator,
      final ExpressionKind leftOperandExpKind, final String propertyName, final String literalStr) {
    BinaryExpression binaryExpression = EasyMock.createMock(BinaryExpression.class);
    EasyMock.expect(binaryExpression.getKind()).andStubReturn(ExpressionKind.BINARY);
    EasyMock.expect(binaryExpression.getLeftOperand()).andStubReturn(
        getPropertyExpressionMockedObj(leftOperandExpKind, propertyName));
    EasyMock.expect(binaryExpression.getOperator()).andStubReturn(operator);
    EasyMock.expect(binaryExpression.getRightOperand()).andStubReturn(getLiteralExpressionMockedObj(literalStr));

    EasyMock.replay(binaryExpression);
    return binaryExpression;
  }
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    return filterExpression;
  }

  private CommonExpression getBinaryExpression(final CommonExpression leftOperand, final BinaryOperator operator,
      final CommonExpression rightOperand) {
    BinaryExpression binaryExpression = EasyMock.createMock(BinaryExpression.class);
    EasyMock.expect(binaryExpression.getKind()).andStubReturn(ExpressionKind.BINARY);
    EasyMock.expect(binaryExpression.getLeftOperand()).andStubReturn(leftOperand);
    EasyMock.expect(binaryExpression.getRightOperand()).andStubReturn(rightOperand);
    EasyMock.expect(binaryExpression.getOperator()).andStubReturn(operator);

    EasyMock.replay(binaryExpression);
    return binaryExpression;
  }
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      }

    case FILTER:
      return parseToJPAWhereExpression(((FilterExpression) whereExpression).getExpression(), tableAlias);
    case BINARY:
      final BinaryExpression binaryExpression = (BinaryExpression) whereExpression;
      if ((binaryExpression.getLeftOperand().getKind() == ExpressionKind.METHOD)
          && ((binaryExpression.getOperator() == BinaryOperator.EQ) ||
              (binaryExpression.getOperator() == BinaryOperator.NE))
          && (((MethodExpression) binaryExpression.getLeftOperand()).getMethod() == MethodOperator.SUBSTRINGOF)) {
        methodFlag = 1;
      }
      final String left = parseToJPAWhereExpression(binaryExpression.getLeftOperand(), tableAlias);
      final String right = parseToJPAWhereExpression(binaryExpression.getRightOperand(), tableAlias);

      switch (binaryExpression.getOperator()) {
      case AND:
        return left + JPQLStatement.DELIMITER.SPACE + JPQLStatement.Operator.AND + JPQLStatement.DELIMITER.SPACE
            + right;
      case OR:
        return left + JPQLStatement.DELIMITER.SPACE + JPQLStatement.Operator.OR + JPQLStatement.DELIMITER.SPACE + right;
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  protected CommonExpression readElements(final CommonExpression leftExpression, final int priority)
      throws ExpressionParserException, ExpressionParserInternalError {
    CommonExpression leftNode = leftExpression;
    CommonExpression rightNode;
    BinaryExpression binaryNode;

    ActualBinaryOperator operator = readBinaryOperator();
    ActualBinaryOperator nextOperator;

    while ((operator != null) && (operator.getOP().getPriority() >= priority)) {
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      default:
        throw new ODataNotImplementedException();
      }

    case BINARY:
      final BinaryExpression binaryExpression = (BinaryExpression) expression;
      final EdmSimpleType type = (EdmSimpleType) binaryExpression.getLeftOperand().getEdmType();
      final String left = evaluateExpression(data, binaryExpression.getLeftOperand());
      final String right = evaluateExpression(data, binaryExpression.getRightOperand());

      switch (binaryExpression.getOperator()) {
      case ADD:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) + Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) + Long.valueOf(right));
        }
      case SUB:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) - Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) - Long.valueOf(right));
        }
      case MUL:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) * Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) * Long.valueOf(right));
        }
      case DIV:
        final String number = Double.toString(Double.valueOf(left) / Double.valueOf(right));
        return number.endsWith(".0") ? number.replace(".0", "") : number;
      case MODULO:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) % Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) % Long.valueOf(right));
        }
      case AND:
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      default:
        throw new ODataNotImplementedException();
      }

    case BINARY:
      final BinaryExpression binaryExpression = (BinaryExpression) expression;
      final EdmSimpleType type = (EdmSimpleType) binaryExpression.getLeftOperand().getEdmType();
      final String left = evaluateExpression(data, binaryExpression.getLeftOperand());
      final String right = evaluateExpression(data, binaryExpression.getRightOperand());

      switch (binaryExpression.getOperator()) {
      case ADD:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) + Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) + Long.valueOf(right));
        }
      case SUB:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) - Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) - Long.valueOf(right));
        }
      case MUL:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) * Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) * Long.valueOf(right));
        }
      case DIV:
        final String number = Double.toString(Double.valueOf(left) / Double.valueOf(right));
        return number.endsWith(".0") ? number.replace(".0", "") : number;
      case MODULO:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) % Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) % Long.valueOf(right));
        }
      case AND:
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      default:
        throw new ODataNotImplementedException();
      }

    case BINARY:
      final BinaryExpression binaryExpression = (BinaryExpression) expression;
      final EdmSimpleType type = (EdmSimpleType) binaryExpression.getLeftOperand().getEdmType();
      final String left = evaluateExpression(data, binaryExpression.getLeftOperand());
      final String right = evaluateExpression(data, binaryExpression.getRightOperand());

      switch (binaryExpression.getOperator()) {
      case ADD:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) + Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) + Long.valueOf(right));
        }
      case SUB:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) - Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) - Long.valueOf(right));
        }
      case MUL:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) * Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) * Long.valueOf(right));
        }
      case DIV:
        final String number = Double.toString(Double.valueOf(left) / Double.valueOf(right));
        return number.endsWith(".0") ? number.replace(".0", "") : number;
      case MODULO:
        if (binaryExpression.getEdmType() == EdmSimpleTypeKind.Decimal.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Double.getEdmSimpleTypeInstance()
            || binaryExpression.getEdmType() == EdmSimpleTypeKind.Single.getEdmSimpleTypeInstance()) {
          return Double.toString(Double.valueOf(left) % Double.valueOf(right));
        } else {
          return Long.toString(Long.valueOf(left) % Long.valueOf(right));
        }
      case AND:
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  /*
   * This Unit is supposed to test the building of Entity Provider Properties for query with $expand
   */
  @Test
  public void testGetEntityProviderPropertiesQuery() {
    GetEntitySetUriInfo getEntitySetUriInfo = mockEntitySetUriInfoForExpand();
    ODataJPAContext oDataJPAContext = getODataJPAContext();
    // Building the edm entity
    List<Map<String, Object>> edmEntityList = new ArrayList<Map<String, Object>>();
    Map<String, Object> edmEntity = new HashMap<String, Object>();
    edmEntity.put("ID", 1);
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