put each generated pdf api class in a file

experimental/PdfViewer/pdfspec_autogen.py

 import datatypes
 
 def buildPdfSpec(pdfspec):
   pdfspec.addClass('StreamCommonDictionary', 'Dictionary', 'Entries common to all stream dictionaries')\
       .required('NULL')\
           .field('Length')\
           .name('Length')\
           .type('integer')\
           .comment('(Required) The number of bytes from the beginning of the line fol-\nlowing the keyword stream to the last byte just before the keyword\nendstream. (There may be an additional EOL marker, preceding\nendstream, that is not included in the count and is not logically part\nof the stream data.) See "Stream Extent," above, for further discus-\nsion.')\
           .done().done()\
@@ skipping 65 matching lines @@
   pdfspec.addClass('CcittfaxdecodeFilterDictionary', 'Dictionary', 'Optional parameters for the CCITTFaxDecode filter')\
       .optional()\
           .field('K')\
           .name('K')\
           .type('integer')\
           .comment('()A code identifying the encoding scheme used:\n  <0    Pure two-dimensional encoding (Group 4)\n    0   Pure one-dimensional encoding (Group 3, 1-D)\n  >0    Mixed one- and two-dimensional encoding (Group 3,\n        2-D), in which a line encoded one-dimensionally can be\n        followed by at most K - 1 lines encoded two-dimensionally\nThe filter distinguishes among negative, zero, and positive values of\nK to determine how to interpret the encoded data; however, it does\nnot distinguish between different positive K values. Default value: 0.')\
           .done().done()\
       .optional()\
           .field('EndOfLine')\
           .name('EndOfLine')\
-          .type('    boolean')\
+          .type('boolean')\
           .comment('()A flag indicating whether end-of-line bit patterns are required to be\npresent in the encoding. The CCITTFaxDecode filter always accepts\nend-of-line bit patterns, but requires them only if EndOfLine is true.\nDefault value: false.')\
           .done().done()\
       .optional()\
           .field('EncodedByteAlign')\
           .name('EncodedByteAlign')\
-          .type('    boolean')\
+          .type('boolean')\
           .comment('()A flag indicating whether the filter expects extra 0 bits before each\nencoded line so that the line begins on a byte boundary. If true, the\nfilter skips over encoded bits to begin decoding each line at a byte\nboundary. If false, the filter does not expect extra bits in the encod-\ned representation. Default value: false.')\
           .done().done()\
       .optional()\
           .field('Columns')\
           .name('Columns')\
-          .type('    integer')\
+          .type('integer')\
           .comment('()The width of the image in pixels. If the value is not a multiple of 8,\nthe filter adjusts the width of the unencoded image to the next mul-\ntiple of 8, so that each line starts on a byte boundary. Default value:\n1728.')\
           .done().done()\
       .optional()\
           .field('Rows')\
           .name('Rows')\
-          .type('    integer')\
+          .type('integer')\
           .comment('()The height of the image in scan lines. If the value is 0 or absent, the\nimage\'s height is not predetermined, and the encoded data must be\nterminated by an end-of-block bit pattern or by the end of the fil-\nter\'s data. Default value: 0.')\
           .done().done()\
       .optional()\
           .field('EndOfBlock')\
           .name('EndOfBlock')\
-          .type('    boolean')\
+          .type('boolean')\
           .comment('()A flag indicating whether the filter expects the encoded data to be\nterminated by an end-of-block pattern, overriding the Rows pa-\nrameter. If false, the filter stops when it has decoded the number of\nlines indicated by Rows or when its data has been exhausted, which-\never occurs first. The end-of-block pattern is the CCITT end-of-\nfacsimile-block (EOFB) or return-to-control (RTC) appropriate for\nthe K parameter. Default value: true.')\
           .done().done()\
       .optional()\
           .field('BlackIs1')\
           .name('BlackIs1')\
-          .type('    boolean')\
+          .type('boolean')\
           .comment('()A flag indicating whether 1 bits are to be interpreted as black pixels\nand 0 bits as white pixels, the reverse of the normal PDF convention\nfor image data. Default value: false.')\
           .done().done()\
       .optional()\
           .field('DamagedRowsBeforeError')\
           .name('DamagedRowsBeforeError')\
-          .type('    integer')\
+          .type('integer')\
           .comment('()The number of damaged rows of data to be tolerated before an\nerror occurs. This entry applies only if EndOfLine is true and K is\nnonnegative. Tolerating a damaged row means locating its end in\nthe encoded data by searching for an EndOfLine pattern and then\nsubstituting decoded data from the previous row if the previous\nrow was not damaged, or a white scan line if the previous row was\nalso damaged. Default value: 0.')\
           .done().done()\
       .done()
 
   pdfspec.addClass('Jbig2DecodeFilterDictionary', 'Dictionary', 'Optional parameter for the JBIG2Decode filter')\
       .optional()\
           .field('JBIG2Globals')\
           .name('JBIG2Globals')\
           .type('stream')\
           .comment('()A stream containing the JBIG2 global (page 0) segments. Global segments\nmust be placed in this stream even if only a single JBIG2 image XObject refers\nto it.')\
@@ skipping 477 matching lines @@
           .done().done()\
       .optional()\
           .field('Shading')\
           .name('Shading')\
           .type('dictionary')\
           .comment('(Optional; PDF 1.3) A dictionary mapping resource names to shading dic-\ntionaries (see "Shading Dictionaries" on page 233).')\
           .done().done()\
       .optional()\
           .field('XObject')\
           .name('XObject')\
-          .type('stream')\
+          .type('dictionary')\
           .comment('(Optional) A dictionary mapping resource names to external objects (see Sec-\ntion 4.7, "External Objects").')\
           .done().done()\
       .optional()\
           .field('Font')\
           .name('Font')\
           .type('dictionary')\
           .comment('(Optional) A dictionary mapping resource names to font dictionaries (see\nChapter 5).')\
           .done().done()\
       .optional()\
           .field('ProcSet')\
@@ skipping 4727 matching lines @@
   pdfspec.addClass('OpiVersionDictionary', 'Dictionary', 'Entry in an OPI version dictionary')\
       .required('NULL')\
           .field('version_number')\
           .name('version_number')\
           .type('dictionary')\
           .comment('(Required; PDF 1.2) An OPI dictionary specifying the attributes of this proxy\n(see Tables 9.50 and 9.51). The key for this entry must be the name 1.3 or 2.0,\nidentifying the version of OPI to which the proxy corresponds.')\
           .done().done()\
       .done()