public static bool ValidateSize(string size, ObjectType objectType, string objectName, string propertyName, bool restrictMaxValue, bool allowNegative, ErrorContext errorContext, out double sizeInMM, out string roundSize) { double minValue = allowNegative ? Validator.NegativeMin : Validator.NormalMin; double maxValue = restrictMaxValue ? Validator.NormalMax : 1.7976931348623157E+308; return(PublishingValidator.ValidateSize(size, allowNegative, minValue, maxValue, objectType, objectName, propertyName, errorContext, out sizeInMM, out roundSize)); }
public static bool ValidateSize(string size, ObjectType objectType, string objectName, string propertyName, ErrorContext errorContext) { double num = default(double); string text = default(string); return(PublishingValidator.ValidateSize(size, false, Validator.NegativeMin, Validator.NormalMax, objectType, objectName, propertyName, errorContext, out num, out text)); }
public double ValidateSize(string size, string propertyName, ErrorContext errorContext) { double result = default(double); string text = default(string); PublishingValidator.ValidateSize(size, this.m_objectType, this.m_objectName, propertyName, true, errorContext, out result, out text); return(result); }
public static bool ValidateSize(AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo size, double minValue, double maxValue, ObjectType objectType, string objectName, string propertyName, ErrorContext errorContext) { Global.Tracer.Assert(null != size); if (AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo.Types.Constant == size.Type) { bool allowNegative = false; double num = default(double); string text = default(string); return(PublishingValidator.ValidateSize(size.StringValue, allowNegative, minValue, maxValue, objectType, objectName, propertyName, errorContext, out num, out text)); } return(true); }
public static bool ValidateSize(string size, ObjectType objectType, string objectName, string propertyName, bool restrictMaxValue, ErrorContext errorContext, out double sizeInMM, out string roundSize) { bool allowNegative = ObjectType.Line == objectType; return(PublishingValidator.ValidateSize(size, objectType, objectName, propertyName, restrictMaxValue, allowNegative, errorContext, out sizeInMM, out roundSize)); }
public static AspNetCore.ReportingServices.ReportIntermediateFormat.Style ValidateAndCreateStyle(List <StyleInformation.StyleInformationAttribute> attributes, ObjectType objectType, string objectName, bool isDynamicImageSubElement, ErrorContext errorContext, bool checkForMeDotValue, out bool meDotValueReferenced) { meDotValueReferenced = false; AspNetCore.ReportingServices.ReportIntermediateFormat.Style style = new AspNetCore.ReportingServices.ReportIntermediateFormat.Style(AspNetCore.ReportingServices.ReportIntermediateFormat.ConstructionPhase.Publishing); Global.Tracer.Assert(null != attributes); AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo backgroundImageSource = null; AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo backgroundImageValue = null; AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo backgroundImageMIMEType = null; AspNetCore.ReportingServices.ReportIntermediateFormat.ExpressionInfo backgroundEmbeddingMode = null; for (int i = 0; i < attributes.Count; i++) { StyleInformation.StyleInformationAttribute styleInformationAttribute = attributes[i]; if (checkForMeDotValue && styleInformationAttribute.ValueType == AspNetCore.ReportingServices.ReportIntermediateFormat.ValueType.Constant && styleInformationAttribute.Value.MeDotValueDetected) { meDotValueReferenced = true; } switch (attributes[i].Name) { case "BackgroundImageSource": backgroundImageSource = styleInformationAttribute.Value; break; case "BackgroundImageValue": backgroundImageValue = styleInformationAttribute.Value; break; case "BackgroundImageMIMEType": backgroundImageMIMEType = styleInformationAttribute.Value; break; case "BackgroundRepeat": if (PublishingValidator.ValidateBackgroundRepeat(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "EmbeddingMode": backgroundEmbeddingMode = styleInformationAttribute.Value; break; case "Transparency": if (PublishingValidator.ValidateTransparency(styleInformationAttribute.Value, objectType, objectName, "Transparency", errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "TransparentColor": if (PublishingValidator.ValidateColor(styleInformationAttribute.Value, objectType, objectName, "TransparentColor", errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BorderColor": case "BorderColorLeft": case "BorderColorRight": case "BorderColorTop": case "BorderColorBottom": if (PublishingValidator.ValidateColor(styleInformationAttribute.Value, objectType, objectName, "BorderColor", errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BorderStyle": if (PublishingValidator.ValidateBorderStyle(styleInformationAttribute.Value, objectType, objectName, isDynamicImageSubElement, "BorderStyle", true, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BorderStyleLeft": case "BorderStyleRight": case "BorderStyleTop": case "BorderStyleBottom": if (PublishingValidator.ValidateBorderStyle(styleInformationAttribute.Value, objectType, objectName, isDynamicImageSubElement, "BorderStyle", false, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BorderWidth": case "BorderWidthLeft": case "BorderWidthRight": case "BorderWidthTop": case "BorderWidthBottom": if (PublishingValidator.ValidateSize(styleInformationAttribute.Value, Validator.BorderWidthMin, Validator.BorderWidthMax, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BackgroundGradientEndColor": if (PublishingValidator.ValidateColor(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BackgroundGradientType": if (PublishingValidator.ValidateBackgroundGradientType(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "FontStyle": if (PublishingValidator.ValidateFontStyle(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "FontFamily": style.AddAttribute(styleInformationAttribute); break; case "FontSize": if (PublishingValidator.ValidateSize(styleInformationAttribute.Value, Validator.FontSizeMin, Validator.FontSizeMax, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "FontWeight": if (PublishingValidator.ValidateFontWeight(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Format": style.AddAttribute(styleInformationAttribute); break; case "TextDecoration": if (PublishingValidator.ValidateTextDecoration(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "TextAlign": if (PublishingValidator.ValidateTextAlign(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "VerticalAlign": if (PublishingValidator.ValidateVerticalAlign(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Color": case "BackgroundColor": if (PublishingValidator.ValidateColor(styleInformationAttribute, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "PaddingLeft": case "PaddingRight": case "PaddingTop": case "PaddingBottom": if (PublishingValidator.ValidateSize(styleInformationAttribute.Value, Validator.PaddingMin, Validator.PaddingMax, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "LineHeight": if (PublishingValidator.ValidateSize(styleInformationAttribute.Value, Validator.LineHeightMin, Validator.LineHeightMax, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Direction": if (PublishingValidator.ValidateDirection(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "WritingMode": if (PublishingValidator.ValidateWritingMode(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Language": { CultureInfo cultureInfo = default(CultureInfo); if (PublishingValidator.ValidateSpecificLanguage(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext, out cultureInfo)) { style.AddAttribute(styleInformationAttribute); } break; } case "UnicodeBiDi": if (PublishingValidator.ValidateUnicodeBiDi(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Calendar": if (PublishingValidator.ValidateCalendar(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "CurrencyLanguage": if (PublishingValidator.ValidateLanguage(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "NumeralLanguage": if (PublishingValidator.ValidateLanguage(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "NumeralVariant": if (PublishingValidator.ValidateNumeralVariant(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "ShadowColor": if (PublishingValidator.ValidateColor(styleInformationAttribute.Value, objectType, objectName, "ShadowColor", errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "ShadowOffset": if (PublishingValidator.ValidateSize(styleInformationAttribute.Value, Validator.NormalMin, Validator.NormalMax, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "BackgroundHatchType": if (PublishingValidator.ValidateBackgroundHatchType(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "TextEffect": if (PublishingValidator.ValidateTextEffect(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; case "Position": if (PublishingValidator.ValidatePosition(styleInformationAttribute.Value, objectType, objectName, styleInformationAttribute.Name, errorContext)) { style.AddAttribute(styleInformationAttribute); } break; default: Global.Tracer.Assert(false); break; } } PublishingValidator.ValidateBackgroundImage(backgroundImageSource, backgroundImageValue, backgroundImageMIMEType, backgroundEmbeddingMode, style, objectType, objectName, errorContext); if (0 < style.StyleAttributes.Count) { return(style); } return(null); }