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27: 
28: 
29: local int iCOLOR = 0x95E8FF ; 
30: 
31: enum int { TYPE_UNKNOWN , TYPE_HEADER , TYPE_TRAILER , TYPE_OBJ , TYPE_ENDOBJ } ; 
32: 
33: 
34: 
35: local int iKeywordCount ; 
36: local int iStructureCount ; 
37: local TFindResults tfrHeaders ; 
38: local TFindResults tfrTrailers ; 
39: local TFindResults tfrObjs ; 
40: local TFindResults tfrEndobjs ; 
41: 
42: local int iPDFHeaderCount = 0 ; 
43: local int iPDFTrailerCount = 0 ; 
44: local int iPDFUnknownCount = 0 ; 
45: local int iPDFCommentCount = 0 ; 
46: local int iPDFWhitespaceCount = 0 ; 
47: local int iPDFXrefCount = 0 ; 
48: local int iPDFObjectCount = 0 ; 
49: 
50: 
51: 
52: local int iIndexLength ; 
53: local int iWhiteSpace1Length ; 
54: local int iVersionLength ; 
55: local int iWhiteSpace2Length ; 
56: local int iDataLength ; 
57: local int iFoundEndobj ; 
58: local int iWhiteSpace3Length ; 
59: typedef struct { 
60: BYTE Index [ iIndexLength ] ; 
61: BYTE WhiteSpace1 [ iWhiteSpace1Length ] ; 
62: BYTE Version [ iVersionLength ] ; 
63: BYTE WhiteSpace2 [ iWhiteSpace2Length ] ; 
64: BYTE Object [ 3 ] ; 
65: BYTE Data [ iDataLength ] ; 
66: if ( iFoundEndobj ) 
67: BYTE EndObject [ 6 ] ; 
68: BYTE WhiteSpace3 [ iWhiteSpace3Length ] ; 
69: } PDFObj < read = ReadPDFObj > ; 
70: 
71: string ReadPDFObj ( PDFObj & sPDFObj ) 
72: { 
73: local string sResult ; 
74: SPrintf ( sResult , "%s %s obj %s" , sPDFObj . Index , sPDFObj . Version , sPDFObj . Data ) ; 
75: return sResult ; 
76: } 
77: 
78: local int iHeaderSize ; 
79: typedef struct { 
80: BYTE Header [ iHeaderSize ] ; 
81: } PDFHeader ; 
82: 
83: local int iTrailerSize ; 
84: typedef struct { 
85: BYTE Trailer [ iTrailerSize ] ; 
86: } PDFTrailer ; 
87: 
88: local int iUnknownSize ; 
89: typedef struct { 
90: BYTE Data [ iUnknownSize ] ; 
91: } PDFUnknown ; 
92: 
93: local int iCommentSize ; 
94: typedef struct { 
95: BYTE Comment [ iCommentSize ] ; 
96: } PDFComment ; 
97: 
98: local int iWhitespaceSize ; 
99: typedef struct { 
100: BYTE Whitespace [ iWhitespaceSize ] ; 
101: } PDFWhitespace ; 
102: 
103: local int iXrefSize ; 
104: typedef struct { 
105: BYTE Data [ iXrefSize ] ; 
106: } PDFXref ; 
107: 
108: 
109: 
110: int64 FindStartOfObj ( int64 iStart , int & iIndexLength , int & iWhiteSpace1Length , int & iVersionLength , int & iWhiteSpace2Length ) 
111: { 
112: local int iIter ; 
113: local BYTE bChar ; 
114: local int64 iIndex ; 
115: local int64 iStartIndex = - 1 ; 
116: local int64 iEndIndex = - 1 ; 
117: local int64 iStartVersion = - 1 ; 
118: local int64 iEndVersion = - 1 ; 
119: 
120: for ( iIter = 1 ; iIter <= 20 ; iIter ++ ) 
121: { 
122: iIndex = iStart - iIter ; 
123: if ( iIndex < 0 ) 
124: break ; 
125: bChar = ReadByte ( iIndex ) ; 
126: if ( iEndVersion == - 1 ) 
127: { 
128: if ( bChar == ' ' ) 
129: ; 
130: else if ( bChar >= '0' && bChar <= '9' ) 
131: iEndVersion = iIndex ; 
132: else 
133: break ; 
134: } 
135: else if ( iStartVersion == - 1 ) 
136: { 
137: if ( bChar >= '0' && bChar <= '9' ) 
138: ; 
139: else if ( bChar == ' ' ) 
140: iStartVersion = iIndex + 1 ; 
141: else 
142: break ; 
143: } 
144: else if ( iEndIndex == - 1 ) 
145: { 
146: if ( bChar == ' ' ) 
147: ; 
148: else if ( bChar >= '0' && bChar <= '9' ) 
149: iEndIndex = iIndex ; 
150: else 
151: break ; 
152: } 
153: else if ( iStartIndex == - 1 ) 
154: { 
155: if ( bChar < '0' || bChar > '9' ) 
156: { 
157: iStartIndex = iIndex + 1 ; 
158: break ; 
159: } 
160: } 
161: } 
162: 
163: if ( iEndIndex != - 1 && iStartVersion != - 1 && iEndVersion != - 1 ) 
164: { 
165: if ( iStartIndex == - 1 ) 
166: { 
167: if ( iIndex == - 1 ) 
168: iStartIndex = 0 ; 
169: else 
170: return - 1 ; 
171: } 
172: iIndexLength = iEndIndex - iStartIndex + 1 ; 
173: iWhiteSpace1Length = iStartVersion - iEndIndex - 1 ; 
174: iVersionLength = iEndVersion - iStartVersion + 1 ; 
175: iWhiteSpace2Length = iStart - iEndVersion ; 
176: return iStartIndex ; 
177: } 
178: else 
179: return - 1 ; 
180: } 
181: 
182: int64 FindEOL ( int64 iStart ) 
183: { 
184: local int64 iIter ; 
185: for ( iIter = iStart ; iIter < FileSize ( ) ; iIter ++ ) 
186: if ( ReadByte ( iIter ) == 0xD && iIter + 1 < FileSize ( ) && ReadByte ( iIter + 1 ) == 0xA ) 
187: return iIter + 1 ; 
188: else if ( ReadByte ( iIter ) == 0xD || ReadByte ( iIter ) == 0xA ) 
189: return iIter ; 
190: return - 1 ; 
191: } 
192: 
193: void FindAllKeywords ( void ) 
194: { 
195: tfrHeaders = FindAll ( "%PDF" ) ; 
196: tfrTrailers = FindAll ( "%%EOF" ) ; 
197: tfrObjs = FindAll ( " obj" ) ; 
198: tfrEndobjs = FindAll ( "endobj" ) ; 
199: iKeywordCount = tfrHeaders . count + tfrTrailers . count + tfrObjs . count + tfrEndobjs . count ; 
200: } 
201: 
202: int MergeKeywords ( int iMerge1Size , int iMerge2Size ) 
203: { 
204: local int64 iIndex1 = 0 ; 
205: local int64 iIndex2 = 0 ; 
206: local int64 iIndex3 = 0 ; 
207: 
208: while ( true ) 
209: { 
210: if ( iIndex1 == iMerge1Size ) 
211: { 
212: while ( iIndex2 < iMerge2Size ) 
213: { 
214: aiMerge3KeywordType [ iIndex3 ] = aiMerge2KeywordType [ iIndex2 ] ; 
215: aiMerge3KeywordStart [ iIndex3 ] = aiMerge2KeywordStart [ iIndex2 ] ; 
216: aiMerge3KeywordSize [ iIndex3 ] = aiMerge2KeywordSize [ iIndex2 ] ; 
217: iIndex2 ++ ; 
218: iIndex3 ++ ; 
219: } 
220: break ; 
221: } 
222: if ( iIndex2 == iMerge2Size ) 
223: { 
224: while ( iIndex1 < iMerge1Size ) 
225: { 
226: aiMerge3KeywordType [ iIndex3 ] = aiMerge1KeywordType [ iIndex1 ] ; 
227: aiMerge3KeywordStart [ iIndex3 ] = aiMerge1KeywordStart [ iIndex1 ] ; 
228: aiMerge3KeywordSize [ iIndex3 ] = aiMerge1KeywordSize [ iIndex1 ] ; 
229: iIndex1 ++ ; 
230: iIndex3 ++ ; 
231: } 
232: break ; 
233: } 
234: if ( aiMerge1KeywordStart [ iIndex1 ] < aiMerge2KeywordStart [ iIndex2 ] ) 
235: { 
236: aiMerge3KeywordType [ iIndex3 ] = aiMerge1KeywordType [ iIndex1 ] ; 
237: aiMerge3KeywordStart [ iIndex3 ] = aiMerge1KeywordStart [ iIndex1 ] ; 
238: aiMerge3KeywordSize [ iIndex3 ] = aiMerge1KeywordSize [ iIndex1 ] ; 
239: iIndex1 ++ ; 
240: iIndex3 ++ ; 
241: } 
242: else 
243: { 
244: aiMerge3KeywordType [ iIndex3 ] = aiMerge2KeywordType [ iIndex2 ] ; 
245: aiMerge3KeywordStart [ iIndex3 ] = aiMerge2KeywordStart [ iIndex2 ] ; 
246: aiMerge3KeywordSize [ iIndex3 ] = aiMerge2KeywordSize [ iIndex2 ] ; 
247: iIndex2 ++ ; 
248: iIndex3 ++ ; 
249: } 
250: } 
251: for ( iIndex1 = 0 ; iIndex1 < iMerge1Size + iMerge2Size ; iIndex1 ++ ) 
252: { 
253: aiMerge1KeywordType [ iIndex1 ] = aiMerge3KeywordType [ iIndex1 ] ; 
254: aiMerge1KeywordStart [ iIndex1 ] = aiMerge3KeywordStart [ iIndex1 ] ; 
255: aiMerge1KeywordSize [ iIndex1 ] = aiMerge3KeywordSize [ iIndex1 ] ; 
256: } 
257: return iMerge1Size + iMerge2Size ; 
258: } 
259: 
260: void MergeAndFilterAllKeywords ( void ) 
261: { 
262: local int iIter ; 
263: local int iIter2 ; 
264: local int iTempCount ; 
265: 
266: for ( iIter = 0 ; iIter < tfrHeaders . count ; iIter ++ ) 
267: { 
268: aiMerge1KeywordType [ iIter ] = TYPE_HEADER ; 
269: aiMerge1KeywordStart [ iIter ] = tfrHeaders . start [ iIter ] ; 
270: aiMerge1KeywordSize [ iIter ] = tfrHeaders . size [ iIter ] ; 
271: } 
272: for ( iIter = 0 ; iIter < tfrTrailers . count ; iIter ++ ) 
273: { 
274: aiMerge2KeywordType [ iIter ] = TYPE_TRAILER ; 
275: aiMerge2KeywordStart [ iIter ] = tfrTrailers . start [ iIter ] ; 
276: aiMerge2KeywordSize [ iIter ] = tfrTrailers . size [ iIter ] ; 
277: } 
278: iTempCount = MergeKeywords ( tfrHeaders . count , tfrTrailers . count ) ; 
279: iIter2 = 0 ; 
280: for ( iIter = 0 ; iIter < tfrObjs . count ; iIter ++ ) 
281: { 
282: if ( - 1 != FindStartOfObj ( tfrObjs . start [ iIter ] , iIndexLength , iWhiteSpace1Length , iVersionLength , iWhiteSpace2Length ) ) 
283: { 
284: aiMerge2KeywordType [ iIter2 ] = TYPE_OBJ ; 
285: aiMerge2KeywordStart [ iIter2 ] = tfrObjs . start [ iIter ] ; 
286: aiMerge2KeywordSize [ iIter2 ] = tfrObjs . size [ iIter ] ; 
287: iIter2 ++ ; 
288: } 
289: } 
290: iTempCount = MergeKeywords ( iTempCount , iIter2 ) ; 
291: for ( iIter = 0 ; iIter < tfrEndobjs . count ; iIter ++ ) 
292: { 
293: aiMerge2KeywordType [ iIter ] = TYPE_ENDOBJ ; 
294: aiMerge2KeywordStart [ iIter ] = tfrEndobjs . start [ iIter ] ; 
295: aiMerge2KeywordSize [ iIter ] = tfrEndobjs . size [ iIter ] ; 
296: } 
297: iKeywordCount = MergeKeywords ( iTempCount , tfrEndobjs . count ) ; 
298: } 
299: 
300: int CalculateSizeWithEOL ( int64 iStart ) 
301: { 
302: local int64 iIndexEOL ; 
303: 
304: iIndexEOL = FindEOL ( iStart ) ; 
305: if ( iIndexEOL == - 1 ) 
306: return - 1 ; 
307: else 
308: return iIndexEOL - iStart + 1 ; 
309: } 
310: 
311: void PrepareStructures ( void ) 
312: { 
313: local int iIter ; 
314: local int64 iEndPreviousStructure = 0 ; 
315: local int iSize ; 
316: local int64 iStartIndirectObject ; 
317: local BYTE bRead ; 
318: local int iWhitespaceCount ; 
319: iStructureCount = 0 ; 
320: 
321: for ( iIter = 0 ; iIter < iKeywordCount ; iIter ++ ) 
322: { 
323: if ( aiMerge1KeywordType [ iIter ] == TYPE_OBJ ) 
324: iStartIndirectObject = FindStartOfObj ( aiMerge1KeywordStart [ iIter ] , iIndexLength , iWhiteSpace1Length , iVersionLength , iWhiteSpace2Length ) ; 
325: else 
326: iStartIndirectObject = aiMerge1KeywordStart [ iIter ] ; 
327: 
328: if ( iStartIndirectObject != iEndPreviousStructure && aiMerge1KeywordType [ iIter ] != TYPE_ENDOBJ ) 
329: { 
330: aiStructureType [ iStructureCount ] = TYPE_UNKNOWN ; 
331: aiStructureStart [ iStructureCount ] = iEndPreviousStructure ; 
332: aiStructureSize [ iStructureCount ] = iStartIndirectObject - iEndPreviousStructure ; 
333: iStructureCount ++ ; 
334: } 
335: 
336: if ( aiMerge1KeywordType [ iIter ] == TYPE_HEADER ) 
337: { 
338: iSize = CalculateSizeWithEOL ( aiMerge1KeywordStart [ iIter ] ) ; 
339: if ( iSize == - 1 ) 
340: iSize = aiMerge1KeywordSize [ iIter ] ; 
341: aiStructureType [ iStructureCount ] = TYPE_HEADER ; 
342: aiStructureStart [ iStructureCount ] = aiMerge1KeywordStart [ iIter ] ; 
343: aiStructureSize [ iStructureCount ] = iSize ; 
344: iEndPreviousStructure = aiStructureStart [ iStructureCount ] + aiStructureSize [ iStructureCount ] ; 
345: iStructureCount ++ ; 
346: } 
347: else if ( aiMerge1KeywordType [ iIter ] == TYPE_TRAILER ) 
348: { 
349: iSize = CalculateSizeWithEOL ( aiMerge1KeywordStart [ iIter ] ) ; 
350: if ( iSize == - 1 ) 
351: iSize = aiMerge1KeywordSize [ iIter ] ; 
352: aiStructureType [ iStructureCount ] = TYPE_TRAILER ; 
353: aiStructureStart [ iStructureCount ] = aiMerge1KeywordStart [ iIter ] ; 
354: aiStructureSize [ iStructureCount ] = iSize ; 
355: iEndPreviousStructure = aiStructureStart [ iStructureCount ] + aiStructureSize [ iStructureCount ] ; 
356: iStructureCount ++ ; 
357: } 
358: else if ( aiMerge1KeywordType [ iIter ] == TYPE_OBJ ) 
359: { 
360: iSize = aiMerge1KeywordStart [ iIter + 1 ] - iStartIndirectObject ; 
361: if ( aiMerge1KeywordType [ iIter + 1 ] == TYPE_ENDOBJ ) 
362: iSize += 6 ; 
363: iWhitespaceCount = 0 ; 
364: bRead = ReadByte ( iStartIndirectObject + iSize ) ; 
365: while ( bRead == 0xD || bRead == 0xA || bRead == 0x20 ) 
366: { 
367: iWhitespaceCount ++ ; 
368: bRead = ReadByte ( iStartIndirectObject + iSize + iWhitespaceCount ) ; 
369: } 
370: iSize += iWhitespaceCount ; 
371: aiStructureType [ iStructureCount ] = TYPE_OBJ ; 
372: aiStructureStart [ iStructureCount ] = iStartIndirectObject ; 
373: aiStructureSize [ iStructureCount ] = iSize ; 
374: aiStructureExtraParameter1 [ iStructureCount ] = iIndexLength ; 
375: aiStructureExtraParameter2 [ iStructureCount ] = iWhiteSpace1Length ; 
376: aiStructureExtraParameter3 [ iStructureCount ] = iVersionLength ; 
377: aiStructureExtraParameter4 [ iStructureCount ] = iWhiteSpace2Length ; 
378: aiStructureExtraParameter5 [ iStructureCount ] = aiMerge1KeywordType [ iIter + 1 ] == TYPE_ENDOBJ ; 
379: aiStructureExtraParameter6 [ iStructureCount ] = iWhitespaceCount ; 
380: iEndPreviousStructure = aiStructureStart [ iStructureCount ] + aiStructureSize [ iStructureCount ] ; 
381: iStructureCount ++ ; 
382: } 
383: } 
384: 
385: 
386: if ( FileSize ( ) - aiStructureStart [ iStructureCount - 1 ] - aiStructureSize [ iStructureCount - 1 ] != 0 ) 
387: { 
388: aiStructureType [ iStructureCount ] = TYPE_UNKNOWN ; 
389: aiStructureStart [ iStructureCount ] = aiStructureStart [ iStructureCount - 1 ] + aiStructureSize [ iStructureCount - 1 ] ; 
390: aiStructureSize [ iStructureCount ] = FileSize ( ) - aiStructureStart [ iStructureCount - 1 ] - aiStructureSize [ iStructureCount - 1 ] ; 
391: iStructureCount ++ ; 
392: } 
393: } 
394: 
395: void CreatePDFHeader ( int64 iStart , int iSize ) 
396: { 
397: iPDFHeaderCount ++ ; 
398: FSeek ( iStart ) ; 
399: iHeaderSize = iSize ; 
400: PDFHeader sPDFHeader ; 
401: } 
402: 
403: void CreatePDFTrailer ( int64 iStart , int iSize ) 
404: { 
405: iPDFTrailerCount ++ ; 
406: FSeek ( iStart ) ; 
407: iTrailerSize = iSize ; 
408: PDFTrailer sPDFTrailer ; 
409: } 
410: 
411: void CreatePDFUnknown ( int64 iStart , int iSize ) 
412: { 
413: iPDFUnknownCount ++ ; 
414: FSeek ( iStart ) ; 
415: iUnknownSize = iSize ; 
416: PDFUnknown sPDFUnknown ; 
417: } 
418: 
419: void CreatePDFComment ( int64 iStart , int iSize ) 
420: { 
421: iPDFCommentCount ++ ; 
422: FSeek ( iStart ) ; 
423: iCommentSize = iSize ; 
424: PDFComment sPDFComment ; 
425: } 
426: 
427: int IsWhitespace ( int64 iStart , int iSize ) 
428: { 
429: local int64 iIter ; 
430: local BYTE bRead ; 
431: 
432: for ( iIter = iStart ; iIter < iStart + iSize ; iIter ++ ) 
433: { 
434: bRead = ReadByte ( iIter ) ; 
435: if ( bRead != 0x9 && bRead != 0xA && bRead != 0xD && bRead != 0x20 ) 
436: return false ; 
437: } 
438: return true ; 
439: } 
440: 
441: void CreatePDFWhitespace ( int64 iStart , int iSize ) 
442: { 
443: iPDFWhitespaceCount ++ ; 
444: FSeek ( iStart ) ; 
445: iWhitespaceSize = iSize ; 
446: PDFWhitespace sPDFWhitespace ; 
447: } 
448: 
449: int StartsWith ( int64 iStart , int iSize , string sData ) 
450: { 
451: local int64 iIter ; 
452: 
453: if ( Strlen ( sData ) > iSize ) 
454: return false ; 
455: 
456: for ( iIter = 0 ; iIter < Strlen ( sData ) ; iIter ++ ) 
457: if ( ReadByte ( iStart + iIter ) != sData [ iIter ] ) 
458: return false ; 
459: return true ; 
460: } 
461: 
462: void CreatePDFXref ( int64 iStart , int iSize ) 
463: { 
464: iPDFXrefCount ++ ; 
465: FSeek ( iStart ) ; 
466: iXrefSize = iSize ; 
467: PDFXref sPDFXref ; 
468: } 
469: 
470: void CreatePDFObject ( int64 iStart , int iSize , int iIndexLengthArg , int iWhiteSpace1LengthArg , int iVersionLengthArg , int iWhiteSpace2LengthArg , int iFoundEndobjArg , int iWhiteSpace3LengthArg ) 
471: { 
472: iPDFObjectCount ++ ; 
473: iIndexLength = iIndexLengthArg ; 
474: iWhiteSpace1Length = iWhiteSpace1LengthArg ; 
475: iVersionLength = iVersionLengthArg ; 
476: iWhiteSpace2Length = iWhiteSpace2LengthArg ; 
477: iFoundEndobj = iFoundEndobjArg ; 
478: iWhiteSpace3Length = iWhiteSpace3LengthArg ; 
479: FSeek ( iStart ) ; 
480: iDataLength = iSize - iIndexLength - iWhiteSpace1Length - iVersionLength - iWhiteSpace2Length - 6 - 3 - iWhiteSpace3LengthArg ; 
481: PDFObj sPDFObj ; 
482: } 
483: 
484: local int iToggleColor = iCOLOR ; 
485: void ToggleBackColor ( ) 
486: { 
487: if ( iToggleColor == iCOLOR ) 
488: iToggleColor = cNone ; 
489: else 
490: iToggleColor = iCOLOR ; 
491: SetBackColor ( iToggleColor ) ; 
492: } 
493: 
494: void CreatePDFStructures ( void ) 
495: { 
496: local int iIter ; 
497: for ( iIter = 0 ; iIter < iStructureCount ; iIter ++ ) 
498: { 
499: ToggleBackColor ( ) ; 
500: if ( aiStructureType [ iIter ] == TYPE_UNKNOWN && StartsWith ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] , "%" ) ) 
501: CreatePDFComment ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
502: else if ( aiStructureType [ iIter ] == TYPE_UNKNOWN && StartsWith ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] , "xref" ) ) 
503: CreatePDFXref ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
504: else if ( aiStructureType [ iIter ] == TYPE_UNKNOWN && IsWhitespace ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ) 
505: CreatePDFWhitespace ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
506: else if ( aiStructureType [ iIter ] == TYPE_UNKNOWN ) 
507: CreatePDFUnknown ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
508: else if ( aiStructureType [ iIter ] == TYPE_HEADER ) 
509: CreatePDFHeader ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
510: else if ( aiStructureType [ iIter ] == TYPE_TRAILER ) 
511: CreatePDFTrailer ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] ) ; 
512: else if ( aiStructureType [ iIter ] == TYPE_OBJ ) 
513: CreatePDFObject ( aiStructureStart [ iIter ] , aiStructureSize [ iIter ] , aiStructureExtraParameter1 [ iIter ] , aiStructureExtraParameter2 [ iIter ] , aiStructureExtraParameter3 [ iIter ] , aiStructureExtraParameter4 [ iIter ] , aiStructureExtraParameter5 [ iIter ] , aiStructureExtraParameter6 [ iIter ] ) ; 
514: } 
515: SetBackColor ( cNone ) ; 
516: } 
517: 
518: void PrintPDFCounters ( void ) 
519: { 
520: Printf ( "Structure counts:\n" ) ; 
521: Printf ( "  PDFHeader     = %5d\n" , iPDFHeaderCount ) ; 
522: Printf ( "  PDFTrailer    = %5d\n" , iPDFTrailerCount ) ; 
523: Printf ( "  PDFObject     = %5d\n" , iPDFObjectCount ) ; 
524: Printf ( "  PDFComment    = %5d\n" , iPDFCommentCount ) ; 
525: Printf ( "  PDFXref       = %5d\n" , iPDFXrefCount ) ; 
526: Printf ( "  PDFWhitespace = %5d\n" , iPDFWhitespaceCount ) ; 
527: Printf ( "  PDFUnknown    = %5d\n" , iPDFUnknownCount ) ; 
528: } 
529: 
530: 
531: 
532: FindAllKeywords ( ) ; 
533: if ( iKeywordCount == 0 ) 
534: { 
535: Printf ( "Keywords not found, not a PDF file!\n" ) ; 
536: return ; 
537: } 
538: 
539: local int aiMerge1KeywordType [ iKeywordCount ] ; 
540: local int64 aiMerge1KeywordStart [ iKeywordCount ] ; 
541: local int aiMerge1KeywordSize [ iKeywordCount ] ; 
542: local int aiMerge2KeywordType [ iKeywordCount ] ; 
543: local int64 aiMerge2KeywordStart [ iKeywordCount ] ; 
544: local int aiMerge2KeywordSize [ iKeywordCount ] ; 
545: local int aiMerge3KeywordType [ iKeywordCount ] ; 
546: local int64 aiMerge3KeywordStart [ iKeywordCount ] ; 
547: local int aiMerge3KeywordSize [ iKeywordCount ] ; 
548: 
549: MergeAndFilterAllKeywords ( ) ; 
550: 
551: local int aiStructureType [ iKeywordCount * 2 + 1 ] ; 
552: local int64 aiStructureStart [ iKeywordCount * 2 + 1 ] ; 
553: local int aiStructureSize [ iKeywordCount * 2 + 1 ] ; 
554: local int aiStructureExtraParameter1 [ iKeywordCount * 2 + 1 ] ; 
555: local int aiStructureExtraParameter2 [ iKeywordCount * 2 + 1 ] ; 
556: local int aiStructureExtraParameter3 [ iKeywordCount * 2 + 1 ] ; 
557: local int aiStructureExtraParameter4 [ iKeywordCount * 2 + 1 ] ; 
558: local int aiStructureExtraParameter5 [ iKeywordCount * 2 + 1 ] ; 
559: local int aiStructureExtraParameter6 [ iKeywordCount * 2 + 1 ] ; 
560: 
561: PrepareStructures ( ) ; 
562: 
563: CreatePDFStructures ( ) ; 
564: 
565: PrintPDFCounters ( ) ; 
566: tok_eof