refactor folders to make prepare for native pdf parser

experimental/PdfViewer/autogen/SkPdfType3FontDictionary_autogen.h

Index: experimental/PdfViewer/autogen/SkPdfType3FontDictionary_autogen.h
===================================================================
--- experimental/PdfViewer/autogen/SkPdfType3FontDictionary_autogen.h	(revision 9812)
+++ experimental/PdfViewer/autogen/SkPdfType3FontDictionary_autogen.h	(working copy)
@@ -1,168 +0,0 @@
-#ifndef __DEFINED__SkPdfType3FontDictionary
-#define __DEFINED__SkPdfType3FontDictionary
-
-#include "SkPdfUtils.h"
-#include "SkPdfEnums_autogen.h"
-#include "SkPdfArray_autogen.h"
-#include "SkPdfType1FontDictionary_autogen.h"
-
-// Entries in a Type 3 font dictionary
-class SkPdfType3FontDictionary : public SkPdfType1FontDictionary {
-public:
-  virtual SkPdfObjectType getType() const { return kType3FontDictionary_SkPdfObjectType;}
-  virtual SkPdfObjectType getTypeEnd() const { return (SkPdfObjectType)(kType3FontDictionary_SkPdfObjectType + 1);}
-public:
-  virtual SkPdfType3FontDictionary* asType3FontDictionary() {return this;}
-  virtual const SkPdfType3FontDictionary* asType3FontDictionary() const {return this;}
-
-private:
-  virtual SkPdfMultiMasterFontDictionary* asMultiMasterFontDictionary() {return NULL;}
-  virtual const SkPdfMultiMasterFontDictionary* asMultiMasterFontDictionary() const {return NULL;}
-
-  virtual SkPdfTrueTypeFontDictionary* asTrueTypeFontDictionary() {return NULL;}
-  virtual const SkPdfTrueTypeFontDictionary* asTrueTypeFontDictionary() const {return NULL;}
-
-public:
-private:
-public:
-  SkPdfType3FontDictionary(const PdfMemDocument* podofoDoc = NULL, const PdfObject* podofoObj = NULL) : SkPdfType1FontDictionary(podofoDoc, podofoObj) {}
-
-  SkPdfType3FontDictionary(const SkPdfType3FontDictionary& from) : SkPdfType1FontDictionary(from.fPodofoDoc, from.fPodofoObj) {}
-
-  virtual bool valid() const {return true;}
-
-  SkPdfType3FontDictionary& operator=(const SkPdfType3FontDictionary& from) {this->fPodofoDoc = from.fPodofoDoc; this->fPodofoObj = from.fPodofoObj; return *this;}
-
-/** (Required) The type of PDF object that this dictionary describes; must be
- *  Font for a font dictionary.
-**/
-  bool has_Type() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Type", "", NULL));
-  }
-
-  std::string Type() const;
-/** (Required) The type of font; must be Type3 for a Type 3 font.
-**/
-  bool has_Subtype() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Subtype", "", NULL));
-  }
-
-  std::string Subtype() const;
-/** (Required in PDF 1.0; optional otherwise) See Table 5.8 on page 317.
-**/
-  bool has_Name() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Name", "", NULL));
-  }
-
-  std::string Name() const;
-/** (Required) A rectangle (see Section 3.8.3, "Rectangles"), expressed in the
- *  glyph coordinate system, specifying the font bounding box. This is the small-
- *  est rectangle enclosing the shape that would result if all of the glyphs of the
- *  font were placed with their origins coincident and then filled.
- *  If all four elements of the rectangle are zero, no assumptions are made based
- *  on the font bounding box. If any element is nonzero, it is essential that the
- *  font bounding box be accurate; if any glyph's marks fall outside this bound-
- *  ing box, incorrect behavior may result.
-**/
-  bool has_FontBBox() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "FontBBox", "", NULL));
-  }
-
-  SkRect* FontBBox() const;
-/** (Required) An array of six numbers specifying the font matrix, mapping
- *  glyph space to text space (see Section 5.1.3, "Glyph Positioning and
- *  Metrics"). A common practice is to define glyphs in terms of a 1000-unit
- *  glyph     coordinate      system,     in    which    case the font    matrix    is
- *  [0.001 0 0 0.001 0 0].
-**/
-  bool has_FontMatrix() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "FontMatrix", "", NULL));
-  }
-
-  SkMatrix* FontMatrix() const;
-/** (Required) A dictionary in which each key is a character name and the value
- *  associated with that key is a content stream that constructs and paints the
- *  glyph for that character. The stream must include as its first operator either
- *  d0 or d1. This is followed by operators describing one or more graphics
- *  objects, which may include path, text, or image objects. See below for more
- *  details about Type 3 glyph descriptions.
-**/
-  bool has_CharProcs() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "CharProcs", "", NULL));
-  }
-
-  SkPdfDictionary* CharProcs() const;
-/** (Required) An encoding dictionary whose Differences array specifies the
- *  complete character encoding for this font (see Section 5.5.5, "Character
- *  Encoding"; also see implementation note 46 in Appendix H).
-**/
-  bool has_Encoding() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Encoding", "", NULL));
-  }
-
-  bool isEncodingAName() const {
-    SkPdfObject* ret = NULL;
-    if (!ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Encoding", "", &ret)) return false;
-    return ret->podofo()->GetDataType() == ePdfDataType_Name;
-  }
-
-  std::string getEncodingAsName() const;
-  bool isEncodingAEncodingdictionary() const {
-    SkPdfObject* ret = NULL;
-    if (!ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Encoding", "", &ret)) return false;
-    return ret->podofo()->GetDataType() == ePdfDataType_Dictionary;
-  }
-
-  SkPdfEncodingDictionary* getEncodingAsEncodingdictionary() const;
-/** (Required) The first character code defined in the font's Widths array.
-**/
-  bool has_FirstChar() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "FirstChar", "", NULL));
-  }
-
-  long FirstChar() const;
-/** (Required) The last character code defined in the font's Widths array.
-**/
-  bool has_LastChar() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "LastChar", "", NULL));
-  }
-
-  long LastChar() const;
-/** (Required; indirect reference preferred) An array of (LastChar - FirstChar + 1)
- *  widths, each element being the glyph width for the character whose code is
- *  FirstChar plus the array index. For character codes outside the range FirstChar
- *  to LastChar, the width is 0. These widths are interpreted in glyph space as
- *  specified by FontMatrix (unlike the widths of a Type 1 font, which are in
- *  thousandths of a unit of text space).
- *  Note: If FontMatrix specifies a rotation, only the horizontal component of the
- *  transformed width is used. That is, the resulting displacement is always horizon-
- *  tal in text space, as is the case for all simple fonts.
-**/
-  bool has_Widths() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Widths", "", NULL));
-  }
-
-  SkPdfArray* Widths() const;
-/** (Optional but strongly recommended; PDF 1.2) A list of the named resources,
- *  such as fonts and images, required by the glyph descriptions in this font (see
- *  Section 3.7.2, "Resource Dictionaries"). If any glyph descriptions refer to
- *  named resources but this dictionary is absent, the names are looked up in the
- *  resource dictionary of the page on which the font is used. (See implementa-
- *  tion note 47 in Appendix H.)
-**/
-  bool has_Resources() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "Resources", "", NULL));
-  }
-
-  SkPdfDictionary* Resources() const;
-/** (Optional; PDF 1.2) A stream containing a CMap file that maps character
- *  codes to Unicode values (see Section 5.9, "ToUnicode CMaps").
-**/
-  bool has_ToUnicode() const {
-    return (ObjectFromDictionary(fPodofoDoc, fPodofoObj->GetDictionary(), "ToUnicode", "", NULL));
-  }
-
-  SkPdfStream* ToUnicode() const;
-};
-
-#endif  // __DEFINED__SkPdfType3FontDictionary