diff -r 159fc2f68139 -r d59c248c9d36 ImagePrint/ImagePrintEngine/DeviceProtocols/xhtmlfilecomposer/inc/xhtmlfilecomposerconst.h
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/ImagePrint/ImagePrintEngine/DeviceProtocols/xhtmlfilecomposer/inc/xhtmlfilecomposerconst.h	Wed Sep 01 12:30:38 2010 +0100
@@ -0,0 +1,259 @@
+/*
+* Copyright (c) 2002-2007 Nokia Corporation and/or its subsidiary(-ies).
+* All rights reserved.
+* This component and the accompanying materials are made available
+* under the terms of "Eclipse Public License v1.0"
+* which accompanies this distribution, and is available
+* at the URL "http://www.eclipse.org/legal/epl-v10.html".
+*
+* Initial Contributors:
+* Nokia Corporation - initial contribution.
+*
+* Contributors:
+*
+* Description:  Contains the constant definitions used for composing XHTML file.
+*
+*/
+
+
+#ifndef XHTMLFILECOMPOSERCONST_H
+#define XHTMLFILECOMPOSERCONST_H
+
+/**
+ * @name Constants
+ */
+//@{
+/** Frame ratio defined for all image frames
+ *
+ * Paper is used maximally. That is, the image frames at certain layout
+ * are calculated to fill the whole page what ever an aspect ratio of a frame will be.\n
+ * It is wanted to use defined aspect ratio for all images at all layouts. It is more
+ * effectual to perform an image at reasonable aspect ratio despiting of the unused space
+ * left on page.
+ */
+const TReal KFrameRatio = 1.3325;
+
+/** Relation between inches and millimieters.
+ * @note 25.4 is the amount to multiply inch to get millimeters.
+ */
+const TReal KInchDivider = 25.4;
+
+/** DPI (dots per inch) divider to convert the image size in pixels to the same unit as the paper is.*/
+const TInt KDpiDivider = 150;
+//@}
+
+/**
+ * @ref Constants
+ */
+//@{
+/** Maximum size of template file */
+const TInt KXFCMaxFileSize = 2048;
+
+/** Maximum length for XHTML value to be set in final XHTML file */
+const TInt KXFCMaxSettingLen = 110;
+
+/** Maximum length for template element for XHTML block before assigning */
+const TInt KXFCMaxBlockLen = 250;
+//@}
+
+
+/**
+ * @ref Constants
+ */
+//@{
+/** Degree value for image orientation*/
+const TInt  KXFC270Deg = 270;
+const TInt  KXFCZeroDeg = 0;
+const TInt  KXFC90Deg = 90;
+const TInt  KXFC180Deg = 180;
+//@}
+
+/**
+ * @name Literal constants
+ */
+//@{
+/// Default path for the XHTML-file
+_LIT( KXFCDefaultResultPath, "c:\\system\\data\\xhtml\\" );
+
+/// Mime type identifier for JPEG
+_LIT8( KMimeJpeg, "image/jpeg" );
+
+_LIT8(KMimeXhtml, "application/xhtml+xml");
+
+/// Characters
+_LIT8( KPros8, "%" );
+_LIT8( KUnderScore8, "_" );
+_LIT( KPros, "%" );
+_LIT( KUnderScore, "_" );
+_LIT8( KBackSlash, "\\" );
+_LIT8( KSlash, "/" );
+
+/// URL encode values
+_LIT8( KAmpUrlEncoded, "%26"   );
+_LIT8( KSemiColonUrlEncoded, "%3b" );
+_LIT8( KSlashUrlEncoded, "%2f" );
+_LIT8( KQuestionMarkUrlEncoded, "%3f" );
+_LIT8( KAtUrlEncoded, "%40" );
+_LIT8( KEqualsUrlEncoded, "%3d" );
+_LIT8( KPlusUrlEncoded, "%2b" );
+_LIT8( KDollarUrlEncoded, "%24" );
+_LIT8( KCommaUrlEncoded, "%2c" );
+_LIT8( KAposUrlEncoded, "%27" );
+_LIT8( KLeftBracketUrlEncoded, "%5b" );
+_LIT8( KRightBracketUrlEncoded, "%5d" );
+_LIT8( KHashUrlEncoded, "%23" );
+_LIT8( KBackSlashUrlEncoded, "%5c" );
+_LIT8( KColonUrlEncoded, "%3a" );
+
+//@}
+
+/** @typedef 	typedef TBuf8<KXFCMaxSettingLen> TXhtmlSetting
+ *  @brief 		Type definition for XHTML setting value string */
+typedef TBuf8<KXFCMaxSettingLen> TXhtmlSetting;
+
+/** @typedef 	typedef TBuf8<KXFCMaxBlockLen> TBlock
+ *  @brief 		Type definition for XHTML element block */
+typedef TBuf8<KXFCMaxBlockLen> TBlock;
+
+/** @typedef 	typedef TBuf8<KMaxFileName> TFileName8
+ *  @brief 		Type definition for 8-bit filename buffer */
+typedef TBuf8<KMaxFileName> TFileName8;
+
+
+/**
+* @class 	TSizeReal
+* @brief	A type class to store a size (width, height) with floating values.
+*
+*/
+class TSizeReal
+{
+	public:
+		//@{
+		/// Constructors
+		inline TSizeReal(){iWidth = 0; iHeight = 0;}
+		inline TSizeReal(const TSize &a){iWidth = a.iWidth; iHeight = a.iHeight;}
+		inline TSizeReal(const TReal aW, const TReal aH){iWidth = aW; iHeight = aH;}
+		inline TSizeReal(const TInt aW, const TInt aH){iWidth = aW; iHeight = aH;}
+		inline TSizeReal(const TReal aW, const TInt aH){iWidth = aW; iHeight = aH;}
+		inline TSizeReal(const TInt aW, const TReal aH){iWidth = aW; iHeight = aH;}
+		//@}
+
+		inline void SetSize(const TReal aW, const TReal aH){iWidth = aW; iHeight = aH;}
+		inline void SetSize(const TInt aW, const TInt aH){iWidth = aW; iHeight = aH;}
+		inline void SetSize(const TReal aW, const TInt aH){iWidth = aW; iHeight = aH;}
+		inline void SetSize(const TInt aW, const TReal aH){iWidth = aW; iHeight = aH;}
+
+		// Arithmetic operators
+		inline TSizeReal operator*(const TSizeReal& a) const
+		{TSizeReal x; x.iWidth = iWidth * a.iWidth; x.iHeight = iHeight * a.iHeight; return x;}
+
+		inline TSizeReal operator*(const TReal& a) const
+		{TSizeReal x; x.iWidth = iWidth * a; x.iHeight = iHeight * a; return x;}
+
+		inline TSizeReal operator/(const TReal& a) const
+		{TSizeReal x; x.iWidth = iWidth / a; x.iHeight = iHeight / a; return x;}
+
+		inline TSizeReal operator/(const TSizeReal& a) const
+		{TSizeReal x; x.iWidth = iWidth / a.iWidth; x.iHeight = iHeight / a.iHeight; return x;}
+
+		inline TSizeReal operator-(const TReal& a) const
+		{TSizeReal x; x.iWidth = iWidth - a; x.iHeight = iHeight - a; return x;}
+
+		inline TSizeReal operator-(const TSizeReal& a) const
+		{TSizeReal x; x.iWidth = iWidth - a.iWidth; x.iHeight = iHeight - a.iHeight; return x;}
+
+		inline TSizeReal operator+(const TReal& a) const
+		{TSizeReal x; x.iWidth = iWidth + a; x.iHeight = iHeight + a; return x;}
+
+		inline TSizeReal operator+(const TSizeReal& a) const
+		{TSizeReal x; x.iWidth = iWidth + a.iWidth; x.iHeight = iHeight + a.iHeight; return x;}
+
+		inline TSizeReal operator-=(const TReal& a)
+		{iWidth = iWidth - a; iHeight = iHeight - a; return *this;}
+
+		inline TSizeReal operator-=(const TSizeReal& a)
+		{iWidth = iWidth - a.iWidth; iHeight = iHeight - a.iHeight; return *this;}
+
+		inline TSizeReal operator+=(const TReal& a)
+		{iWidth = iWidth + a; iHeight = iHeight + a; return *this;}
+
+		inline TSizeReal operator+=(const TSizeReal& a)
+		{iWidth = iWidth + a.iWidth; iHeight = iHeight + a.iHeight; return *this;}
+
+		inline TSizeReal operator*=(const TReal& a)
+		{iWidth = iWidth * a; iHeight = iHeight * a; return *this;}
+
+		inline TSizeReal operator*=(const TSizeReal& a)
+		{iWidth = iWidth * a.iWidth; iHeight = iHeight * a.iHeight; return *this;}
+
+		inline TSizeReal operator/=(const TReal& a)
+		{iWidth = iWidth / a; iHeight = iHeight / a; return *this;}
+
+		inline TSizeReal operator/=(const TSizeReal& a)
+		{iWidth = iWidth / a.iWidth; iHeight = iHeight / a.iHeight; return *this;}
+
+		// Compare operators
+		inline TBool operator==(const TSizeReal& a) const
+		{if((iWidth == a.iWidth) && (iHeight == a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator!=(const TSizeReal& a) const
+		{if((iWidth != a.iWidth) && (iHeight != a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator<=(const TSizeReal& a) const
+		{if((iWidth <= a.iWidth) && (iHeight <= a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator>=(const TSizeReal& a) const
+		{if((iWidth >= a.iWidth) && (iHeight >= a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator<(const TSizeReal& a) const
+		{if((iWidth < a.iWidth) && (iHeight < a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator>(const TSizeReal& a) const
+		{if((iWidth > a.iWidth) && (iHeight > a.iHeight))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator==(const TReal& a) const
+		{if((iWidth == a) && (iHeight == a))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator!=(const TReal& a) const
+		{if((iWidth != a) && (iHeight != a))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator<=(const TReal& a) const
+		{if((iWidth <= a) && (iHeight <= a))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator>=(const TReal& a) const
+		{if((iWidth >= a) && (iHeight >= a))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator<(const TReal& a) const
+		{if((iWidth < a) && (iHeight < a))return ETrue;
+		 else return EFalse;}
+
+		inline TBool operator>(const TReal& a) const
+		{if((iWidth > a) && (iHeight > a))return ETrue;
+		 else return EFalse;}
+
+		// Change width to height and vice versa
+		inline void Reverse()
+		{TSizeReal x(iHeight, iWidth); iWidth = x.iWidth; iHeight = x.iHeight;}
+
+		// Get the ratio of of width vs. height
+		inline TReal Ratio()
+		{return iWidth/iHeight;}
+
+	public:
+		TReal iWidth;
+		TReal iHeight;
+};
+
+#endif // XHTMLFILECOMPOSERCONST_H
+
+//  End of File