Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / fx / src / MIT / System / Web / UI / MobileControls / Adapters / XhtmlAdapters / XhtmlStyleClass.cs / 1305376 / XhtmlStyleClass.cs
//------------------------------------------------------------------------------ //// Copyright (c) Microsoft Corporation. All rights reserved. // //----------------------------------------------------------------------------- using System; using System.Web; using System.Web.Caching; using System.Web.Mobile; using System.Web.UI.MobileControls; using System.Web.UI.MobileControls.Adapters; using System.IO; using System.Text; using System.Drawing; using System.Collections; using System.Diagnostics; using System.Globalization; #if COMPILING_FOR_SHIPPED_SOURCE namespace System.Web.UI.MobileControls.ShippedAdapterSource.XhtmlAdapters #else namespace System.Web.UI.MobileControls.Adapters.XhtmlAdapters #endif { [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlStyleClass { // The filter determines which style attributes are written. Any style attributes // that can be ignored due to style inheritance have their bits set to zero. private StyleFilter _filter; private Style _controlStyle; // Partial copy constructor public XhtmlStyleClass (Style source, StyleFilter filter) { _controlStyle = (Style) source.Clone(); // Filter has bits set to zero for properties which don't need // to be written due to style inheritance from parent. _filter = filter; } #if UNUSED_CODE public XhtmlStyleClass (Style source, string className, StyleFilter filter) : this (source, filter){ StyleClassName = className; } #endif // Review: Internal field. internal String StyleClassName; public StyleFilter Filter { get { return _filter; } } protected virtual void SetFilter(StyleFilter arg) { _filter = arg; } public override String ToString () { StringBuilder builder = new StringBuilder (); builder.Append ("." + StyleClassName + "{\r\n"); builder.Append (GetClassDefinition ()); builder.Append ("}\r\n"); return builder.ToString (); } public virtual String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassFormatProperties (classBuilder); BuildStyleClassLayoutProperties (classBuilder); return classBuilder.ToString (); } internal virtual Style Style{ get { return _controlStyle; } } protected virtual void BuildStyleClassFormatProperties (StringBuilder classBuilder){ BuildStyleClassBold (classBuilder); BuildStyleClassItalic (classBuilder); BuildStyleClassFontName (classBuilder); BuildStyleClassFontSize (classBuilder); BuildStyleClassBackgroundColor (classBuilder); BuildStyleClassForegroundColor (classBuilder); } protected virtual void BuildStyleClassLayoutProperties (StringBuilder classBuilder) { BuildStyleClassNoWrap(classBuilder); BuildStyleClassAlignment(classBuilder); } private void BuildStyleClassNoWrap (StringBuilder classBuilder) { if ((_filter & StyleFilter.Wrapping) == 0){ return; } Wrapping styleWrapping = (Wrapping) _controlStyle [Style.WrappingKey, true /* inherit */]; if (styleWrapping == Wrapping.NoWrap) { classBuilder.Append ("white-space: nowrap;\r\n"); } } private void BuildStyleClassAlignment (StringBuilder classBuilder) { if ((_filter & StyleFilter.Alignment) == 0){ return; } Alignment styleAlignment = (Alignment) _controlStyle [Style.AlignmentKey, true /* inherit */]; if (styleAlignment != Alignment.NotSet) { classBuilder.Append ("text-align: " + styleAlignment.ToString ().ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassBackgroundColor (StringBuilder classBuilder) { if ((_filter & StyleFilter.BackgroundColor) == 0){ return; } Color styleColor = (Color) _controlStyle [Style.BackColorKey, true /* inherit */]; if (styleColor != Color.Empty) { classBuilder.Append ("background-color: " + ColorTranslator.ToHtml (styleColor).ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassForegroundColor (StringBuilder classBuilder) { if ((_filter & StyleFilter.ForegroundColor) == 0){ return; } Color styleColor = (Color) _controlStyle [Style.ForeColorKey, true /* inherit */]; if (styleColor != Color.Empty) { classBuilder.Append ("color: " + ColorTranslator.ToHtml (styleColor).ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassItalic (StringBuilder classBuilder) { if ((_filter & StyleFilter.Italic) == 0){ return; } if ((BooleanOption) _controlStyle [Style.ItalicKey, true /* inherit */] == BooleanOption.True) { classBuilder.Append ("font-style: italic;\r\n"); } else if ((BooleanOption) _controlStyle [Style.ItalicKey, true /* inherit */] == BooleanOption.False) { classBuilder.Append ("font-style: normal;\r\n"); } } private void BuildStyleClassBold (StringBuilder classBuilder) { if ((_filter & StyleFilter.Bold) == 0){ return; } if ((BooleanOption) _controlStyle[Style.BoldKey, true /* inherit */] == BooleanOption.True) { classBuilder.Append ("font-weight: bold;\r\n"); } else if ((BooleanOption) _controlStyle[Style.BoldKey, true /* inherit */] == BooleanOption.False) { classBuilder.Append ("font-weight: normal;\r\n"); } } private void BuildStyleClassFontName (StringBuilder classBuilder) { if ((_filter & StyleFilter.FontName) == 0){ return; } if ((String) _controlStyle[Style.FontNameKey, true /* inherit */] != (String) XhtmlConstants.DefaultStyle [Style.FontNameKey, false /* do not inherit */]) { classBuilder.Append ("font-family: " + _controlStyle[Style.FontNameKey, true /* inherit */].ToString () + ";\r\n"); } } private void BuildStyleClassFontSize (StringBuilder classBuilder) { if ((_filter & StyleFilter.FontSize) == 0){ return; } // Review: Consider replacing switch. switch ((FontSize)_controlStyle[Style.FontSizeKey, true /* inherit */]) { case FontSize.Large: classBuilder.Append ("font-size: large;\r\n"); break; case FontSize.Small: classBuilder.Append ("font-size: small;\r\n"); break; case FontSize.Normal: classBuilder.Append ("font-size: medium;\r\n"); break; default: break; } } // Given a Style, returns a filter with nonzero bits only at properties which have // to be written. public virtual StyleFilter GetFilter (Style style) { // Filter out any child elt style properties which do not have to be written due to style inheritance. StyleFilter inheritanceFilter = GetFilterInternal(style); // Filter out any child elt style properties which are unnecessary because they have default values. // Default values never cause a CSS style class property to be written. StyleFilter defaultFilter = XhtmlConstants.DefaultStyleClass.GetFilterInternal(style); return inheritanceFilter & defaultFilter; } // The XhtmlStyleClass for a child control can filter out unnecessary properties // due to style inheritance. This returns an optimized StyleFilter for child // controls with a given style. protected virtual StyleFilter GetFilterInternal (Style style) { StyleFilter returnValue = StyleFilter.None; if ((BooleanOption)_controlStyle [Style.BoldKey, true] != (BooleanOption)style [Style.BoldKey, true]) { returnValue |= StyleFilter.Bold; } if ((BooleanOption)_controlStyle [Style.ItalicKey, true] != (BooleanOption)style [Style.ItalicKey, true]) { returnValue |= StyleFilter.Italic; } if ((String)_controlStyle [Style.FontNameKey, true] != (String)style [Style.FontNameKey, true]) { returnValue |= StyleFilter.FontName; } if ((FontSize)_controlStyle [Style.FontSizeKey, true] != (FontSize)style [Style.FontSizeKey, true]) { returnValue |= StyleFilter.FontSize; } if ((Color)_controlStyle [Style.BackColorKey, true] != (Color)style [Style.BackColorKey, true]) {// value comparison returnValue |= StyleFilter.BackgroundColor; } if ((Color)_controlStyle [Style.ForeColorKey, true] != (Color)style [Style.ForeColorKey, true]) {// value comparison returnValue |= StyleFilter.ForegroundColor; } if ((Alignment)_controlStyle [Style.AlignmentKey, true] != (Alignment)style [Style.AlignmentKey, true]) { returnValue |= StyleFilter.Alignment; } if ((Wrapping)_controlStyle [Style.WrappingKey, true] != (Wrapping)style [Style.WrappingKey, true]) { returnValue |= StyleFilter.Wrapping; } return returnValue; } } // XhtmlStyleClass which only writes format properties. [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlFormatStyleClass : XhtmlStyleClass { #if UNUSED_CODE public XhtmlFormatStyleClass (Style source, string className, StyleFilter filter) : base (source, className, filter){} #endif public XhtmlFormatStyleClass (Style source, StyleFilter filter) : base (source, filter){ SetFilter (Filter & XhtmlConstants.Format); } public override String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassFormatProperties (classBuilder); return classBuilder.ToString (); } public override StyleFilter GetFilter (Style style) { StyleFilter returnValue = GetFilterInternal(style); // For a child control's style, there are no layout properties // we can ignore due to style inheritance. returnValue |= XhtmlConstants.Layout; // However, we can still ignore properties which are the same as the default. returnValue &= XhtmlConstants.DefaultStyleClass.GetFilter(style); return returnValue; } } // XhtmlStyleClass which only writes layout properties. [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlLayoutStyleClass : XhtmlStyleClass { #if UNUSED_CODE public XhtmlLayoutStyleClass (Style source, string className, StyleFilter filter) : base (source, className, filter){} #endif public XhtmlLayoutStyleClass (Style source, StyleFilter filter) : base (source, filter){ SetFilter (Filter & XhtmlConstants.Layout); } public override String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassLayoutProperties (classBuilder); return classBuilder.ToString (); } public override StyleFilter GetFilter (Style style) { StyleFilter returnValue = GetFilterInternal(style); // For a child control's style, there are no format properties // we can ignore due to style inheritance. returnValue |= XhtmlConstants.Format; // However, we can still ignore properties which are the same as the default. returnValue &= XhtmlConstants.DefaultStyleClass.GetFilter(style); return returnValue; } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. //------------------------------------------------------------------------------ //// Copyright (c) Microsoft Corporation. All rights reserved. // //----------------------------------------------------------------------------- using System; using System.Web; using System.Web.Caching; using System.Web.Mobile; using System.Web.UI.MobileControls; using System.Web.UI.MobileControls.Adapters; using System.IO; using System.Text; using System.Drawing; using System.Collections; using System.Diagnostics; using System.Globalization; #if COMPILING_FOR_SHIPPED_SOURCE namespace System.Web.UI.MobileControls.ShippedAdapterSource.XhtmlAdapters #else namespace System.Web.UI.MobileControls.Adapters.XhtmlAdapters #endif { [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlStyleClass { // The filter determines which style attributes are written. Any style attributes // that can be ignored due to style inheritance have their bits set to zero. private StyleFilter _filter; private Style _controlStyle; // Partial copy constructor public XhtmlStyleClass (Style source, StyleFilter filter) { _controlStyle = (Style) source.Clone(); // Filter has bits set to zero for properties which don't need // to be written due to style inheritance from parent. _filter = filter; } #if UNUSED_CODE public XhtmlStyleClass (Style source, string className, StyleFilter filter) : this (source, filter){ StyleClassName = className; } #endif // Review: Internal field. internal String StyleClassName; public StyleFilter Filter { get { return _filter; } } protected virtual void SetFilter(StyleFilter arg) { _filter = arg; } public override String ToString () { StringBuilder builder = new StringBuilder (); builder.Append ("." + StyleClassName + "{\r\n"); builder.Append (GetClassDefinition ()); builder.Append ("}\r\n"); return builder.ToString (); } public virtual String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassFormatProperties (classBuilder); BuildStyleClassLayoutProperties (classBuilder); return classBuilder.ToString (); } internal virtual Style Style{ get { return _controlStyle; } } protected virtual void BuildStyleClassFormatProperties (StringBuilder classBuilder){ BuildStyleClassBold (classBuilder); BuildStyleClassItalic (classBuilder); BuildStyleClassFontName (classBuilder); BuildStyleClassFontSize (classBuilder); BuildStyleClassBackgroundColor (classBuilder); BuildStyleClassForegroundColor (classBuilder); } protected virtual void BuildStyleClassLayoutProperties (StringBuilder classBuilder) { BuildStyleClassNoWrap(classBuilder); BuildStyleClassAlignment(classBuilder); } private void BuildStyleClassNoWrap (StringBuilder classBuilder) { if ((_filter & StyleFilter.Wrapping) == 0){ return; } Wrapping styleWrapping = (Wrapping) _controlStyle [Style.WrappingKey, true /* inherit */]; if (styleWrapping == Wrapping.NoWrap) { classBuilder.Append ("white-space: nowrap;\r\n"); } } private void BuildStyleClassAlignment (StringBuilder classBuilder) { if ((_filter & StyleFilter.Alignment) == 0){ return; } Alignment styleAlignment = (Alignment) _controlStyle [Style.AlignmentKey, true /* inherit */]; if (styleAlignment != Alignment.NotSet) { classBuilder.Append ("text-align: " + styleAlignment.ToString ().ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassBackgroundColor (StringBuilder classBuilder) { if ((_filter & StyleFilter.BackgroundColor) == 0){ return; } Color styleColor = (Color) _controlStyle [Style.BackColorKey, true /* inherit */]; if (styleColor != Color.Empty) { classBuilder.Append ("background-color: " + ColorTranslator.ToHtml (styleColor).ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassForegroundColor (StringBuilder classBuilder) { if ((_filter & StyleFilter.ForegroundColor) == 0){ return; } Color styleColor = (Color) _controlStyle [Style.ForeColorKey, true /* inherit */]; if (styleColor != Color.Empty) { classBuilder.Append ("color: " + ColorTranslator.ToHtml (styleColor).ToLower(CultureInfo.InvariantCulture) + ";\r\n"); } } private void BuildStyleClassItalic (StringBuilder classBuilder) { if ((_filter & StyleFilter.Italic) == 0){ return; } if ((BooleanOption) _controlStyle [Style.ItalicKey, true /* inherit */] == BooleanOption.True) { classBuilder.Append ("font-style: italic;\r\n"); } else if ((BooleanOption) _controlStyle [Style.ItalicKey, true /* inherit */] == BooleanOption.False) { classBuilder.Append ("font-style: normal;\r\n"); } } private void BuildStyleClassBold (StringBuilder classBuilder) { if ((_filter & StyleFilter.Bold) == 0){ return; } if ((BooleanOption) _controlStyle[Style.BoldKey, true /* inherit */] == BooleanOption.True) { classBuilder.Append ("font-weight: bold;\r\n"); } else if ((BooleanOption) _controlStyle[Style.BoldKey, true /* inherit */] == BooleanOption.False) { classBuilder.Append ("font-weight: normal;\r\n"); } } private void BuildStyleClassFontName (StringBuilder classBuilder) { if ((_filter & StyleFilter.FontName) == 0){ return; } if ((String) _controlStyle[Style.FontNameKey, true /* inherit */] != (String) XhtmlConstants.DefaultStyle [Style.FontNameKey, false /* do not inherit */]) { classBuilder.Append ("font-family: " + _controlStyle[Style.FontNameKey, true /* inherit */].ToString () + ";\r\n"); } } private void BuildStyleClassFontSize (StringBuilder classBuilder) { if ((_filter & StyleFilter.FontSize) == 0){ return; } // Review: Consider replacing switch. switch ((FontSize)_controlStyle[Style.FontSizeKey, true /* inherit */]) { case FontSize.Large: classBuilder.Append ("font-size: large;\r\n"); break; case FontSize.Small: classBuilder.Append ("font-size: small;\r\n"); break; case FontSize.Normal: classBuilder.Append ("font-size: medium;\r\n"); break; default: break; } } // Given a Style, returns a filter with nonzero bits only at properties which have // to be written. public virtual StyleFilter GetFilter (Style style) { // Filter out any child elt style properties which do not have to be written due to style inheritance. StyleFilter inheritanceFilter = GetFilterInternal(style); // Filter out any child elt style properties which are unnecessary because they have default values. // Default values never cause a CSS style class property to be written. StyleFilter defaultFilter = XhtmlConstants.DefaultStyleClass.GetFilterInternal(style); return inheritanceFilter & defaultFilter; } // The XhtmlStyleClass for a child control can filter out unnecessary properties // due to style inheritance. This returns an optimized StyleFilter for child // controls with a given style. protected virtual StyleFilter GetFilterInternal (Style style) { StyleFilter returnValue = StyleFilter.None; if ((BooleanOption)_controlStyle [Style.BoldKey, true] != (BooleanOption)style [Style.BoldKey, true]) { returnValue |= StyleFilter.Bold; } if ((BooleanOption)_controlStyle [Style.ItalicKey, true] != (BooleanOption)style [Style.ItalicKey, true]) { returnValue |= StyleFilter.Italic; } if ((String)_controlStyle [Style.FontNameKey, true] != (String)style [Style.FontNameKey, true]) { returnValue |= StyleFilter.FontName; } if ((FontSize)_controlStyle [Style.FontSizeKey, true] != (FontSize)style [Style.FontSizeKey, true]) { returnValue |= StyleFilter.FontSize; } if ((Color)_controlStyle [Style.BackColorKey, true] != (Color)style [Style.BackColorKey, true]) {// value comparison returnValue |= StyleFilter.BackgroundColor; } if ((Color)_controlStyle [Style.ForeColorKey, true] != (Color)style [Style.ForeColorKey, true]) {// value comparison returnValue |= StyleFilter.ForegroundColor; } if ((Alignment)_controlStyle [Style.AlignmentKey, true] != (Alignment)style [Style.AlignmentKey, true]) { returnValue |= StyleFilter.Alignment; } if ((Wrapping)_controlStyle [Style.WrappingKey, true] != (Wrapping)style [Style.WrappingKey, true]) { returnValue |= StyleFilter.Wrapping; } return returnValue; } } // XhtmlStyleClass which only writes format properties. [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlFormatStyleClass : XhtmlStyleClass { #if UNUSED_CODE public XhtmlFormatStyleClass (Style source, string className, StyleFilter filter) : base (source, className, filter){} #endif public XhtmlFormatStyleClass (Style source, StyleFilter filter) : base (source, filter){ SetFilter (Filter & XhtmlConstants.Format); } public override String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassFormatProperties (classBuilder); return classBuilder.ToString (); } public override StyleFilter GetFilter (Style style) { StyleFilter returnValue = GetFilterInternal(style); // For a child control's style, there are no layout properties // we can ignore due to style inheritance. returnValue |= XhtmlConstants.Layout; // However, we can still ignore properties which are the same as the default. returnValue &= XhtmlConstants.DefaultStyleClass.GetFilter(style); return returnValue; } } // XhtmlStyleClass which only writes layout properties. [Obsolete("The System.Web.Mobile.dll assembly has been deprecated and should no longer be used. For information about how to develop ASP.NET mobile applications, see http://go.microsoft.com/fwlink/?LinkId=157231.")] internal class XhtmlLayoutStyleClass : XhtmlStyleClass { #if UNUSED_CODE public XhtmlLayoutStyleClass (Style source, string className, StyleFilter filter) : base (source, className, filter){} #endif public XhtmlLayoutStyleClass (Style source, StyleFilter filter) : base (source, filter){ SetFilter (Filter & XhtmlConstants.Layout); } public override String GetClassDefinition () { StringBuilder classBuilder = new StringBuilder (); BuildStyleClassLayoutProperties (classBuilder); return classBuilder.ToString (); } public override StyleFilter GetFilter (Style style) { StyleFilter returnValue = GetFilterInternal(style); // For a child control's style, there are no format properties // we can ignore due to style inheritance. returnValue |= XhtmlConstants.Format; // However, we can still ignore properties which are the same as the default. returnValue &= XhtmlConstants.DefaultStyleClass.GetFilter(style); return returnValue; } } } // File provided for Reference Use Only by Microsoft Corporation (c) 2007.
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