?  search:
summary | log | graphiclog1 | graphiclog2 | commit | commitdiff | tree | refs | edit | fork
blame | history | raw | HEAD
headers/bsd: Add sys/queue.h.
[haiku.git] / src / tests / add-ons / print / pcl6 / disasm.cpp
blobd5040120f5dd56c368e315b660f6a03319d6b049
1 /*
2
3 PCL6 Disassembler
4
5 Copyright (c) 2003 OpenBeOS.
6
7 Author:
8 Michael Pfeiffer
9
10 Permission is hereby granted, free of charge, to any person obtaining a copy of
11 this software and associated documentation files (the "Software"), to deal in
12 the Software without restriction, including without limitation the rights to
13 use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
14 of the Software, and to permit persons to whom the Software is furnished to do
15 so, subject to the following conditions:
16
17 The above copyright notice and this permission notice shall be included in all
18 copies or substantial portions of the Software.
19
20 THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
21 IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
22 FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
23 AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
24 LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
25 OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
26 THE SOFTWARE.
27
28 */
29
30 #include <stdio.h>
31 #include <ctype.h>
32 #include "disasm.h"
33
34 // Implementation of InputStream
35
36 int InputStream::Read(void* buffer, int size) {
37 if (size > 0) {
38 uint8* b = (uint8*)buffer;
39 int s = 0;
40 if (fBufferSize > 0) {
41 *b = fBuffer;
42 b ++;
43 size --;
44 s = 1;
45 fBufferSize = 0;
46 }
47 s = s + RawRead(b, size);
48 fPos += s;
49 return s;
50 }
51 return 0;
52 }
53
54 bool InputStream::PutUByte(uint8 byte) {
55 if (fBufferSize != 0) return false;
56 fBufferSize = 1; fBuffer = byte; fPos --;
57 return true;
58 }
59
60 bool InputStream::ReadUByte(uint8& v) {
61 return sizeof(v) == Read(&v, sizeof(v));
62 }
63
64 bool InputStream::ReadUInt16(uint16& v) {
65 return sizeof(v) == Read(&v, sizeof(v));
66 }
67
68 bool InputStream::ReadUInt32(uint32& v) {
69 return sizeof(v) == Read(&v, sizeof(v));
70 }
71
72 bool InputStream::ReadSInt16(int16& v) {
73 return sizeof(v) == Read(&v, sizeof(v));
74 }
75
76 bool InputStream::ReadSInt32(int32& v) {
77 return sizeof(v) == Read(&v, sizeof(v));
78 }
79
80 bool InputStream::ReadReal32(float& v) {
81 return sizeof(v) == Read(&v, sizeof(v));
82 }
83
84 // Implementation of File
85
86 File::File(const char* filename) {
87 fFile = fopen(filename, "r+b");
88 }
89
90 File::~File() {
91 if (fFile) {
92 fclose(fFile); fFile = NULL;
93 }
94 }
95
96 int File::RawRead(void* buffer, int size) {
97 return fread(buffer, 1, size, fFile);
98 }
99
100 // Implementation of Disasm
101
102 void Disasm::Print() {
103 if (!ParsePJL()) {
104 Error("Error parsing PJL header");
105 } else if (!ParsePCL6()) {
106 Error("Error parsing PCL6");
107 fprintf(stderr, "File position %d\n", fStream->Pos());
108 }
109 }
110
111 void Disasm::Error(const char* text) {
112 fprintf(stderr, "%s\n", text);
113 }
114
115 bool Disasm::Expect(const char* text) {
116 uint8 byte;
117 for (uint8* t = (uint8*)text; *t != '\0'; t++) {
118 if (!fStream->ReadUByte(byte) || byte != *t) return false;
119 }
120 return true;
121 }
122
123 bool Disasm::SkipTo(const char* text) {
124 uint8 byte;
125 if (!fStream->ReadUByte(byte)) return false;
126 startagain:
127 for (;;) {
128 uint8* t = (uint8*)text;
129 // find first character
130 if (byte != *t) {
131 if (!fStream->ReadUByte(byte)) return false;
132 continue;
133 }
134 // compare rest
135 for (t ++; *t != '\0'; t ++) {
136 if (!fStream->ReadUByte(byte)) return false;
137 if (byte != *t) goto startagain;
138 }
139 return true;
140 }
141 return true;
142 }
143
144 bool Disasm::ReadNumber(int32& n) {
145 n = 0;
146 uint8 byte;
147 while (fStream->ReadUByte(byte)) {
148 if (isdigit(byte)) {
149 n = 10 * n + (byte - '0');
150 } else {
151 fStream->PutUByte(byte);
152 return true;
153 }
154 }
155 return false;
156 }
157
158 bool Disasm::ParsePJL() {
159 if (!Expect("\033%-12345X") || !SkipTo(") HP-PCL XL;")) return false;
160 // version";"minor";" ... \n
161 int32 version, minor;
162 if (ReadNumber(version) && Expect(";") && ReadNumber(minor) && Expect(";") && SkipTo("\n")) {
163 printf("PCL XL %d ; %d\n", (int)version, (int)minor);
164 return true;
165 }
166 return false;
167 }
168
169 void Disasm::DeleteAttr(struct ATTRIBUTE* attr) {
170 if (attr) {
171 switch (attr->Type) {
172 case HP_UByteArray: delete attr->val.ubyte_array;
173 break;
174 case HP_UInt16Array: delete attr->val.uint16_array;
175 break;
176 case HP_UInt32Array: delete attr->val.uint32_array;
177 break;
178 case HP_SInt16Array: delete attr->val.sint16_array;
179 break;
180 case HP_SInt32Array: delete attr->val.sint32_array;
181 break;
182 case HP_Real32Array: delete attr->val.real32_array;
183 break;
184 };
185 delete attr;
186 }
187 }
188
189 void Disasm::ClearAttrs() {
190 for (int i = 0; i < NumOfArgs(); i ++) {
191 DeleteAttr(ArgAt(i));
192 }
193 fArgs.MakeEmpty();
194 }
195
196
197 bool Disasm::DecodeOperator(uint8 byte) {
198 switch (byte) {
199 case HP_BeginSession: printf("BeginSession\n"); break;
200 case HP_EndSession: printf("EndSession\n"); break;
201 case HP_BeginPage: printf("BeginPage\n"); break;
202 case HP_EndPage: printf("EndPage\n"); break;
203 case HP_VendorUnique: printf("VendorUnique\n"); break;
204 case HP_Comment: printf("Comment\n"); break;
205 case HP_OpenDataSource: printf("OpenDataSource\n"); break;
206 case HP_CloseDataSource: printf("CloseDataSource\n"); break;
207 case HP_EchoComment: printf("EchoComment\n"); break;
208 case HP_Query: printf("Query\n"); break;
209 case HP_Diagnostic3: printf("Diagnostic3\n"); break;
210
211 case HP_BeginFontHeader: printf("BeginFontHeader\n"); break;
212 case HP_ReadFontHeader: printf("ReadFontHeader\n"); break;
213 case HP_EndFontHeader: printf("EndFontHeader\n"); break;
214 case HP_BeginChar: printf("BeginChar\n"); break;
215 case HP_ReadChar: printf("ReadChar\n"); break;
216 case HP_EndChar: printf("EndChar\n"); break;
217 case HP_RemoveFont: printf("RemoveFont\n"); break;
218 case HP_SetCharAttribute: printf("SetCharAttribute\n"); break;
219
220 case HP_SetDefaultGS: printf("SetDefaultGS\n"); break;
221 case HP_SetColorTreatment: printf("SetColorTreatment\n"); break;
222 case HP_SetGlobalAttributes: printf("SetGlobalAttributes\n"); break;
223 case HP_ClearGlobalAttributes: printf("ClearGlobalAttributes\n"); break;
224 case HP_BeginStream: printf("BeginStream\n"); break;
225 case HP_ReadStream: printf("ReadStream\n"); break;
226 case HP_EndStream: printf("EndStream\n"); break;
227 case HP_ExecStream: printf("ExecStream\n"); break;
228 case HP_RemoveStream: printf("RemoveStream\n"); break;
229
230 case HP_PopGS: printf("PopGS\n"); break;
231 case HP_PushGS: printf("PushGS\n"); break;
232 case HP_SetClipReplace: printf("SetClipReplace\n"); break;
233 case HP_SetBrushSource: printf("SetBrushSource\n"); break;
234 case HP_SetCharAngle: printf("SetCharAngle\n"); break;
235 case HP_SetCharScale: printf("SetCharScale\n"); break;
236 case HP_SetCharShear: printf("SetCharShear\n"); break;
237 case HP_SetClipIntersect: printf("SetClipIntersect\n"); break;
238 case HP_SetClipRectangle: printf("SetClipRectangle\n"); break;
239 case HP_SetClipToPage: printf("SetClipToPage\n"); break;
240 case HP_SetColorSpace: printf("SetColorSpace\n"); break;
241 case HP_SetCursor: printf("SetCursor\n"); break;
242 case HP_SetCursorRel: printf("SetCursorRel\n"); break;
243 case HP_SetHalftoneMethod: printf("SetHalftoneMethod\n"); break;
244 case HP_SetFillMode: printf("SetFillMode\n"); break;
245 case HP_SetFont: printf("SetFont\n"); break;
246 case HP_SetLineDash: printf("SetLineDash\n"); break;
247 case HP_SetLineCap: printf("SetLineCap\n"); break;
248 case HP_SetLineJoin: printf("SetLineJoin\n"); break;
249 case HP_SetMiterLimit: printf("SetMiterLimit\n"); break;
250 case HP_SetPageDefaultCTM: printf("SetPageDefaultCTM\n"); break;
251 case HP_SetPageOrigin: printf("SetPageOrigin\n"); break;
252 case HP_SetPageRotation: printf("SetPageRotation\n"); break;
253 case HP_SetPageScale: printf("SetPageScale\n"); break;
254 case HP_SetPaintTxMode: printf("SetPaintTxMode\n"); break;
255 case HP_SetPenSource: printf("SetPenSource\n"); break;
256 case HP_SetPenWidth: printf("SetPenWidth\n"); break;
257 case HP_SetROP: printf("SetROP\n"); break;
258 case HP_SetSourceTxMode: printf("SetSourceTxMode\n"); break;
259 case HP_SetCharBoldValue: printf("SetCharBoldValue\n"); break;
260 case HP_SetClipMode: printf("SetClipMode\n"); break;
261 case HP_SetPathToClip: printf("SetPathToClip\n"); break;
262 case HP_SetCharSubMode: printf("SetCharSubMode\n"); break;
263 case HP_BeginUserDefinedLineCap: printf("BeginUserDefinedLineCap\n"); break;
264 case HP_EndUserDefinedLineCap: printf("EndUserDefinedLineCap\n"); break;
265 case HP_CloseSubPath: printf("CloseSubPath\n"); break;
266 case HP_NewPath: printf("NewPath\n"); break;
267 case HP_PaintPath: printf("PaintPath\n"); break;
268 case HP_BeginBackground: printf("BeginBackground\n"); break;
269 case HP_EndBackground: printf("EndBackground\n"); break;
270 case HP_DrawBackground: printf("DrawBackground\n"); break;
271 case HP_RemoveBackground: printf("RemoveBackground\n"); break;
272 case HP_BeginForm: printf("BeginForm\n"); break;
273 case HP_EndForm: printf("EndForm\n"); break;
274 case HP_DrawForm: printf("DrawForm\n"); break;
275 case HP_RemoveForm: printf("RemoveForm\n"); break;
276 case HP_RegisterFormAsPattern: printf("RegisterFormAsPattern\n"); break;
277
278 case HP_ArcPath: printf("ArcPath\n"); break;
279
280 case HP_BezierPath: printf("BezierPath\n"); break;
281 case HP_BezierRelPath: printf("BezierRelPath\n"); break;
282 case HP_Chord: printf("Chord\n"); break;
283 case HP_ChordPath: printf("ChordPath\n"); break;
284 case HP_Ellipse: printf("Ellipse\n"); break;
285 case HP_EllipsePath: printf("EllipsePath\n"); break;
286
287 case HP_LinePath: printf("LinePath\n"); break;
288
289 case HP_LineRelPath: printf("LineRelPath\n"); break;
290 case HP_Pie: printf("Pie\n"); break;
291 case HP_PiePath: printf("PiePath\n"); break;
292
293 case HP_Rectangle: printf("Rectangle\n"); break;
294 case HP_RectanglePath: printf("RectanglePath\n"); break;
295 case HP_RoundRectangle: printf("RoundRectangle\n"); break;
296 case HP_RoundRectanglePath: printf("RoundRectanglePath\n"); break;
297
298 case HP_Text: printf("Text\n"); break;
299 case HP_TextPath: printf("TextPath\n"); break;
300
301 case HP_SystemText: printf("SystemText\n"); break;
302
303 case HP_BeginImage: printf("BeginImage\n"); break;
304 case HP_ReadImage: printf("ReadImage\n"); break;
305 case HP_EndImage: printf("EndImage\n"); break;
306 case HP_BeginRastPattern: printf("BeginRastPattern\n"); break;
307 case HP_ReadRastPattern: printf("ReadRastPattern\n"); break;
308 case HP_EndRastPattern: printf("EndRastPattern\n"); break;
309 case HP_BeginScan: printf("BeginScan\n"); break;
310 case HP_EndScan: printf("EndScan\n"); break;
311 case HP_ScanLineRel: printf("ScanLineRel\n"); break;
312
313 case HP_PassThrough: printf("PassThrough\n"); break;
314 default:
315 printf("Unsupported operator %d %x\n", (int)byte, (int)byte);
316 return false;
317 }
318 return true;
319 }
320
321 bool Disasm::ReadArrayLength(uint32& length) {
322 uint8 type;
323 if (fStream->ReadUByte(type)) {
324 struct ATTRIBUTE* attr = ReadData(type);
325 if (attr == NULL) return false;
326 if (attr->Type == HP_UByteData) {
327 length = attr->val.ubyte;
328 } else if (attr->Type == HP_UInt16Data) {
329 length = attr->val.uint16;
330 } else {
331 DeleteAttr(attr); return false;
332 }
333 DeleteAttr(attr);return true;
334 }
335 return false;
336 }
337
338 #define READ_ARRAY(array_name, c_type, type) \
339 attr->val.array_name = new c_type[length]; \
340 attr->arrayLen = length; \
341 for (uint32 i = 0; i < length; i ++) { \
342 c_type data; \
343 if (!fStream->Read##type(data)) { \
344 delete attr->val.array_name; return false; \
345 } \
346 attr->val.array_name[i] = data; \
347 }
348
349 bool Disasm::ReadArray(uint8 type, uint32 length, struct ATTRIBUTE* attr) {
350 switch (type) {
351 case HP_UByteArray: READ_ARRAY(ubyte_array, uint8, UByte);
352 break;
353 case HP_UInt16Array: READ_ARRAY(uint16_array, uint16, UInt16);
354 break;
355 case HP_UInt32Array: READ_ARRAY(uint32_array, uint32, UInt32);
356 break;
357 case HP_SInt16Array: READ_ARRAY(sint16_array, int16, SInt16);
358 break;
359 case HP_SInt32Array: READ_ARRAY(sint32_array, int32, SInt32);
360 break;
361 case HP_Real32Array: READ_ARRAY(real32_array, float, Real32);
362 break;
363 }
364 return true;
365 }
366
367 #define PRINT_ARRAY(array_name, format, c_type, type) \
368 printf(array_name "[%u] = \n", (unsigned int)attr->arrayLen); \
369 for (uint32 i = 0; i < attr->arrayLen; i ++) { \
370 if (i > 0 && i % 16 == 0) printf("\n"); \
371 printf(format, (c_type)attr->val.type##_array[i]); \
372 } \
373 printf(";\n");
374
375
376
377
378 void Disasm::PrintAttr(struct ATTRIBUTE* attr) {
379 switch (attr->Type) {
380 case HP_UByteData: printf("ubyte %d ", (int)attr->val.ubyte);
381 break;
382 case HP_UInt16Data: printf("uint16 %u ", (unsigned int)attr->val.uint16);
383 break;
384 case HP_UInt32Data: printf("uint32 %u ", (unsigned int)attr->val.uint32);
385 break;
386 case HP_SInt16Data: printf("uint16 %d ", (int)attr->val.sint16);
387 break;
388 case HP_SInt32Data: printf("sint16 %d ", (int)attr->val.sint32);
389 break;
390 case HP_Real32Data: printf("real32 %f ", attr->val.real32);
391 break;
392
393 case HP_String: fprintf(stderr, "HP_String not implemented!\n");
394 break;
395 case HP_UByteArray: PRINT_ARRAY("ubyte_array", "%d ", int, ubyte);
396 break;
397 case HP_UInt16Array: PRINT_ARRAY("uint16_array", "%u ", unsigned int, uint16);
398 break;
399 case HP_UInt32Array: PRINT_ARRAY("uint32_array", "%u ", unsigned int, uint32);
400 break;
401 case HP_SInt16Array: PRINT_ARRAY("sint16_array", "%d ", int, sint16);
402 break;
403 case HP_SInt32Array: PRINT_ARRAY("sint32_array", "%d ", int, sint32);
404 break;
405 case HP_Real32Array: PRINT_ARRAY("real32_array", "%f ", float, real32);
406 break;
407
408 case HP_UByteXy:
409 printf("ubyte [%d, %d] ", (int)attr->val.UByte_XY.x, (int)attr->val.UByte_XY.y);
410 break;
411 case HP_UInt16Xy:
412 printf("uint16 [%u, %u] ", (unsigned int)attr->val.UInt16_XY.x, (unsigned int)attr->val.UInt16_XY.y);
413 break;
414 case HP_UInt32Xy:
415 printf("uint32 [%u, %u] ", (unsigned int)attr->val.UInt32_XY.x, (unsigned int)attr->val.UInt32_XY.y);
416 break;
417 case HP_SInt16Xy:
418 printf("sint16 [%d, %d] ", (int)attr->val.SInt16_XY.x, (int)attr->val.SInt16_XY.y);
419 break;
420 case HP_SInt32Xy:
421 printf("sint32 [%d, %d] ", (int)attr->val.SInt32_XY.x, (int)attr->val.SInt32_XY.y);
422 break;
423 case HP_Real32Xy:
424 printf("real32 [%f, %f] ", (float)attr->val.Real32_XY.x, (float)attr->val.Real32_XY.y);
425 break;
426
427 case HP_UByteBox:
428 printf("ubyte [%d, %d, %d, %d] ", (int)attr->val.UByte_BOX.x1, (int)attr->val.UByte_BOX.y1, (int)attr->val.UByte_BOX.x2, (int)attr->val.UByte_BOX.y2);
429 break;
430 case HP_UInt16Box:
431 printf("uint16 [%u, %u, %u, %u] ", (unsigned int)attr->val.UInt16_BOX.x1, (unsigned int)attr->val.UInt16_BOX.y1, (unsigned int)attr->val.UInt16_BOX.x2, (unsigned int)attr->val.UInt16_BOX.y2);
432 break;
433 case HP_UInt32Box:
434 printf("uint32 [%u, %u, %u, %u] ", (unsigned int)attr->val.UInt32_BOX.x1, (unsigned int)attr->val.UInt32_BOX.y1, (unsigned int)attr->val.UInt32_BOX.x2, (unsigned int)attr->val.UInt32_BOX.y2);
435 break;
436 case HP_SInt16Box:
437 printf("sint16 [%d, %d, %d, %d] ", (int)attr->val.SInt16_BOX.x1, (int)attr->val.SInt16_BOX.y1, (int)attr->val.SInt16_BOX.x2, (int)attr->val.SInt16_BOX.y2);
438 break;
439 case HP_SInt32Box:
440 printf("sint32 [%d, %d, %d, %d] ", (int)attr->val.SInt32_BOX.x1, (int)attr->val.SInt32_BOX.y1, (int)attr->val.SInt32_BOX.x2, (int)attr->val.SInt32_BOX.y2);
441 break;
442 case HP_Real32Box:
443 printf("real32 [%f, %f, %f, %f] ", (float)attr->val.Real32_BOX.x1, (float)attr->val.Real32_BOX.y1, (float)attr->val.Real32_BOX.x2, (float)attr->val.Real32_BOX.y2);
444 break;
445 }
446 }
447
448 struct ATTRIBUTE* Disasm::ReadData(uint8 byte) {
449 struct ATTRIBUTE attr(0, byte);
450 uint32 length;
451 switch (byte) {
452 case HP_UByteData:
453 if (!fStream->ReadUByte(attr.val.ubyte)) return NULL;
454 break;
455 case HP_UInt16Data:
456 if (!fStream->ReadUInt16(attr.val.uint16)) return NULL;
457 break;
458 case HP_UInt32Data:
459 if (!fStream->ReadUInt32(attr.val.uint32)) return NULL;
460 break;
461 case HP_SInt16Data:
462 if (!fStream->ReadSInt16(attr.val.sint16)) return NULL;
463 break;
464 case HP_SInt32Data:
465 if (!fStream->ReadSInt32(attr.val.sint32)) return NULL;
466 break;
467 case HP_Real32Data:
468 if (!fStream->ReadReal32(attr.val.real32)) return NULL;
469 break;
470
471 case HP_String: fprintf(stderr, "HP_String not implemented!\n"); return NULL;
472 break;
473 case HP_UByteArray:
474 case HP_UInt16Array:
475 case HP_UInt32Array:
476 case HP_SInt16Array:
477 case HP_SInt32Array:
478 case HP_Real32Array:
479 if (!ReadArrayLength(length) || !ReadArray(byte, length, &attr)) return NULL;
480 break;
481
482 case HP_UByteXy:
483 if (!fStream->ReadUByte(attr.val.UByte_XY.x) || !fStream->ReadUByte(attr.val.UByte_XY.y)) return NULL;
484 break;
485 case HP_UInt16Xy:
486 if (!fStream->ReadUInt16(attr.val.UInt16_XY.x) || !fStream->ReadUInt16(attr.val.UInt16_XY.y)) return NULL;
487 break;
488 case HP_UInt32Xy:
489 if (!fStream->ReadUInt32(attr.val.UInt32_XY.x) || !fStream->ReadUInt32(attr.val.UInt32_XY.y)) return NULL;
490 break;
491 case HP_SInt16Xy:
492 if (!fStream->ReadSInt16(attr.val.SInt16_XY.x) || !fStream->ReadSInt16(attr.val.SInt16_XY.y)) return NULL;
493 break;
494 case HP_SInt32Xy:
495 if (!fStream->ReadSInt32(attr.val.SInt32_XY.x) || !fStream->ReadSInt32(attr.val.SInt32_XY.y)) return NULL;
496 break;
497 case HP_Real32Xy:
498 if (!fStream->ReadReal32(attr.val.Real32_XY.x) || !fStream->ReadReal32(attr.val.Real32_XY.y)) return NULL;
499 break;
500
501 case HP_UByteBox:
502 if (!fStream->ReadUByte(attr.val.UByte_BOX.x1) || !fStream->ReadUByte(attr.val.UByte_BOX.y1) ||
503 !fStream->ReadUByte(attr.val.UByte_BOX.x2) || !fStream->ReadUByte(attr.val.UByte_BOX.y2)) return NULL;
504 break;
505 case HP_UInt16Box:
506 if (!fStream->ReadUInt16(attr.val.UInt16_BOX.x1) || !fStream->ReadUInt16(attr.val.UInt16_BOX.y1) ||
507 !fStream->ReadUInt16(attr.val.UInt16_BOX.x2) || !fStream->ReadUInt16(attr.val.UInt16_BOX.y2)) return NULL;
508 break;
509 case HP_UInt32Box:
510 if (!fStream->ReadUInt32(attr.val.UInt32_BOX.x1) || !fStream->ReadUInt32(attr.val.UInt32_BOX.y1) ||
511 !fStream->ReadUInt32(attr.val.UInt32_BOX.x2) || !fStream->ReadUInt32(attr.val.UInt32_BOX.y2)) return NULL;
512 break;
513 case HP_SInt16Box:
514 if (!fStream->ReadSInt16(attr.val.SInt16_BOX.x1) || !fStream->ReadSInt16(attr.val.SInt16_BOX.y1) ||
515 !fStream->ReadSInt16(attr.val.SInt16_BOX.x2) || !fStream->ReadSInt16(attr.val.SInt16_BOX.y2)) return NULL;
516 break;
517 case HP_SInt32Box:
518 if (!fStream->ReadSInt32(attr.val.SInt32_BOX.x1) || !fStream->ReadSInt32(attr.val.SInt32_BOX.y1) ||
519 !fStream->ReadSInt32(attr.val.SInt32_BOX.x2) || !fStream->ReadSInt32(attr.val.SInt32_BOX.y2)) return NULL;
520 break;
521 case HP_Real32Box:
522 if (!fStream->ReadReal32(attr.val.Real32_BOX.x1) || !fStream->ReadReal32(attr.val.Real32_BOX.y1) ||
523 !fStream->ReadReal32(attr.val.Real32_BOX.x2) || !fStream->ReadReal32(attr.val.Real32_BOX.y2)) return NULL;
524 break;
525 default:
526 fprintf(stderr, "Unknown data tag %d %x\n", (int)byte, (int)byte);
527 return NULL;
528 }
529 struct ATTRIBUTE* pAttr = new struct ATTRIBUTE(0, 0);
530 *pAttr = attr;
531 return pAttr;
532 }
533
534 bool Disasm::PushData(uint8 byte) {
535 struct ATTRIBUTE* attr = ReadData(byte);
536 if (attr) {
537 PushArg(attr); return true;
538 } else {
539 Error("Reading data");
540 return false;
541 }
542 }
543
544 const char* Disasm::AttributeName(uint8 id) {
545 switch (id) {
546 case HP_CMYColor: return "CMYColor";
547 case HP_PaletteDepth: return "PaletteDepth";
548 case HP_ColorSpace: return "ColorSpace";
549 case HP_NullBrush: return "NullBrush";
550 case HP_NullPen: return "NullPen";
551 case HP_PaletteData: return "PaletteData";
552 case HP_PaletteIndex: return "PaletteIndex";
553 case HP_PatternSelectID: return "PatternSelectID";
554 case HP_GrayLevel: return "GrayLevel";
555
556 case HP_RGBColor: return "RGBColor";
557 case HP_PatternOrigin: return "PatternOrigin";
558 case HP_NewDestinationSize: return "NewDestinationSize";
559
560 case HP_PrimaryArray: return "PrimaryArray";
561 case HP_PrimaryDepth: return "PrimaryDepth";
562 case HP_ColorimetricColorSpace: return "ColorimetricColorSpace";
563 case HP_XYChromaticities: return "XYChromaticities";
564 case HP_WhitePointReference: return "WhitePointReference";
565 case HP_CRGBMinMax: return "CRGBMinMax";
566 case HP_GammaGain: return "GammaGain";
567
568
569 case HP_DeviceMatrix: return "DeviceMatrix";
570 case HP_DitherMatrixDataType: return "DitherMatrixDataType";
571 case HP_DitherOrigin: return "DitherOrigin";
572 case HP_MediaDest: return "MediaDest";
573 case HP_MediaSize: return "MediaSize";
574 case HP_MediaSource: return "MediaSource";
575 case HP_MediaType: return "MediaType";
576 case HP_Orientation: return "Orientation";
577 case HP_PageAngle: return "PageAngle";
578 case HP_PageOrigin: return "PageOrigin";
579 case HP_PageScale: return "PageScale";
580 case HP_ROP3: return "ROP3";
581 case HP_TxMode: return "TxMode";
582 case HP_CustomMediaSize: return "CustomMediaSize";
583 case HP_CustomMediaSizeUnits: return "CustomMediaSizeUnits";
584 case HP_PageCopies: return "PageCopies";
585 case HP_DitherMatrixSize: return "DitherMatrixSize";
586 case HP_DitherMatrixDepth: return "DitherMatrixDepth";
587 case HP_SimplexPageMode: return "SimplexPageMode";
588 case HP_DuplexPageMode: return "DuplexPageMode";
589 case HP_DuplexPageSide: return "DuplexPageSide";
590
591 case HP_LineStartCapStyle: return "LineStartCapStyle";
592 case HP_LineEndCapStyle: return "LineEndCapStyle";
593 case HP_ArcDirection: return "ArcDirection";
594 case HP_BoundingBox: return "BoundingBox";
595 case HP_DashOffset: return "DashOffset";
596 case HP_EllipseDimension: return "EllipseDimension";
597 case HP_EndPoint: return "EndPoint";
598 case HP_FillMode: return "FillMode";
599 case HP_LineCapStyle: return "LineCapStyle";
600 case HP_LineJoinStyle: return "LineJoinStyle";
601 case HP_MiterLength: return "MiterLength";
602 case HP_LineDashStyle: return "LineDashStyle";
603 case HP_PenWidth: return "PenWidth";
604 case HP_Point: return "Point";
605 case HP_NumberOfPoints: return "NumberOfPoints";
606 case HP_SolidLine: return "SolidLine";
607 case HP_StartPoint: return "StartPoint";
608 case HP_PointType: return "PointType";
609 case HP_ControlPoint1: return "ControlPoint1";
610 case HP_ControlPoint2: return "ControlPoint2";
611 case HP_ClipRegion: return "ClipRegion";
612 case HP_ClipMode: return "ClipMode";
613
614
615 case HP_ColorDepthArray: return "ColorDepthArray";
616 case HP_ColorDepth: return "ColorDepth";
617 case HP_BlockHeight: return "BlockHeight";
618 case HP_ColorMapping: return "ColorMapping";
619 case HP_CompressMode: return "CompressMode";
620 case HP_DestinationBox: return "DestinationBox";
621 case HP_DestinationSize: return "DestinationSize";
622 case HP_PatternPersistence: return "PatternPersistence";
623 case HP_PatternDefineID: return "PatternDefineID";
624 case HP_SourceHeight: return "SourceHeight";
625 case HP_SourceWidth: return "SourceWidth";
626 case HP_StartLine: return "StartLine";
627 case HP_PadBytesMultiple: return "PadBytesMultiple";
628 case HP_BlockByteLength: return "BlockByteLength";
629 case HP_NumberOfScanLines: return "NumberOfScanLines";
630
631 case HP_ColorTreatment: return "ColorTreatment";
632 case HP_FileName: return "FileName";
633 case HP_BackgroundName: return "BackgroundName";
634 case HP_FormName: return "FormName";
635 case HP_FormType: return "FormType";
636 case HP_FormSize: return "FormSize";
637 case HP_UDLCName: return "UDLCName";
638
639 case HP_CommentData: return "CommentData";
640 case HP_DataOrg: return "DataOrg";
641 case HP_Measure: return "Measure";
642 case HP_SourceType: return "SourceType";
643 case HP_UnitsPerMeasure: return "UnitsPerMeasure";
644 case HP_QueryKey: return "QueryKey";
645 case HP_StreamName: return "StreamName";
646 case HP_StreamDataLength: return "StreamDataLength";
647
648 case HP_ErrorReport: return "ErrorReport";
649 case HP_IOReadTimeOut: return "IOReadTimeOut";
650
651 case HP_WritingMode: return "WritingMode";
652
653 case HP_VUExtension: return "VUExtension";
654 case HP_VUDataLength: return "VUDataLength";
655
656 case HP_VUAttr1: return "VUAttr1";
657 case HP_VUAttr2: return "VUAttr2";
658 case HP_VUAttr3: return "VUAttr3";
659 case HP_VUAttr4: return "VUAttr4";
660 case HP_VUAttr5: return "VUAttr5";
661 case HP_VUAttr6: return "VUAttr6";
662 case HP_VUAttr7: return "VUAttr7";
663 case HP_VUAttr8: return "VUAttr8";
664 case HP_VUAttr9: return "VUAttr9";
665 case HP_VUAttr10: return "VUAttr10";
666 case HP_VUAttr11: return "VUAttr11";
667 case HP_VUAttr12: return "VUAttr12";
668
669 // case HP_PassThroughCommand: return "PassThroughCommand";
670 case HP_PassThroughArray: return "PassThroughArray";
671 case HP_Diagnostics: return "Diagnostics";
672 case HP_CharAngle: return "CharAngle";
673 case HP_CharCode: return "CharCode";
674 case HP_CharDataSize: return "CharDataSize";
675 case HP_CharScale: return "CharScale";
676 case HP_CharShear: return "CharShear";
677 case HP_CharSize: return "CharSize";
678 case HP_FontHeaderLength: return "FontHeaderLength";
679 case HP_FontName: return "FontName";
680 case HP_FontFormat: return "FontFormat";
681 case HP_SymbolSet: return "SymbolSet";
682 case HP_TextData: return "TextData";
683 case HP_CharSubModeArray: return "CharSubModeArray";
684 // case HP_WritingMode: return "WritingMode";
685 case HP_BitmapCharScale: return "BitmapCharScale";
686 case HP_XSpacingData: return "XSpacingData";
687 case HP_YSpacingData: return "YSpacingData";
688 case HP_CharBoldValue: return "CharBoldValue";
689 }
690 return "Unknown Attribute";
691 }
692
693
694 static AttrValue gEnableEnum[] = {
695 {HP_eOn, "eOn"},
696 {HP_eOff, "eOff"}
697 };
698
699 static AttrValue gBooleanEnum[] = {
700 {HP_eFalse, "eFalse"},
701 {HP_eTrue, "eTrue"}
702 };
703
704 static AttrValue gWriteEnum[] = {
705 {HP_eWriteHorizontal, "eWriteHorizontal"},
706 {HP_eWriteVertical, "eWriteVertical"}
707 };
708
709
710 static AttrValue gBitmapCharScalingEnum[] = {
711 {HP_eDisable, "eDisable"},
712 {HP_eEnable, "eEnable"}
713 };
714
715 static AttrValue gUnitOfMeasureEnum[] = {
716 {HP_eInch, "eInch"},
717 {HP_eMillimeter, "eMillimeter"},
718 {HP_eTenthsOfAMillimeter, "eTenthsOfAMillimeter"}
719 };
720
721 static AttrValue gErrorReportingEnum[] = {
722 {HP_eNoReporting, "eNoReporting"},
723 {HP_eBackChannel, "eBackChannel"},
724 {HP_eErrorPage, "eErrorPage"},
725 {HP_eBackChAndErrPage, "eBackChAndErrPage"},
726 {HP_eBackChanAndErrPage, "eBackChanAndErrPage"},
727 {HP_eNWBackChannel, "eNWBackChannel"},
728 {HP_eNWErrorPage, "eNWErrorPage"},
729 {HP_eNWBackChAndErrPage, "eNWBackChAndErrPage"}
730 };
731
732 static AttrValue gDataOrganizationEnum[] = {
733 {HP_eBinaryHighByteFirst, "eBinaryHighByteFirst"},
734 {HP_eBinaryLowByteFirst, "eBinaryLowByteFirst"}
735 };
736
737 static AttrValue gDuplexPageModeEnum[] = {
738 {HP_eDuplexHorizontalBinding, "eDuplexHorizontalBinding"},
739 {HP_eDuplexVerticalBinding, "eDuplexVerticalBinding"}
740 };
741
742 static AttrValue gDuplexPageSideEnum[] = {
743 {HP_eFrontMediaSide, "eFrontMediaSide"},
744 {HP_eBackMediaSide, "eBackMediaSide"}
745 };
746
747 static AttrValue gSimplexPageModeEnum[] = {
748 {HP_eSimplexFrontSide, "eSimplexFrontSide"}
749 };
750
751 static AttrValue gOrientationEnum[] = {
752 {HP_ePortraitOrientation, "ePortraitOrientation"},
753 {HP_eLandscapeOrientation, "eLandscapeOrientation"},
754 {HP_eReversePortrait, "eReversePortrait"},
755 {HP_eReverseLandscape, "eReverseLandscape"}
756 };
757
758 static AttrValue gMediaSizeEnum[] = {
759 {HP_eLetterPaper, "eLetterPaper"},
760 {HP_eLegalPaper, "eLegalPaper"},
761 {HP_eA4Paper, "eA4Paper"},
762 {HP_eExecPaper, "eExecPaper"},
763 {HP_eLedgerPaper, "eLedgerPaper"},
764 {HP_eA3Paper, "eA3Paper"},
765 {HP_eCOM10Envelope, "eCOM10Envelope"},
766 {HP_eMonarchEnvelope, "eMonarchEnvelope"},
767 {HP_eC5Envelope, "eC5Envelope"},
768 {HP_eDLEnvelope, "eDLEnvelope"},
769 {HP_eJB4Paper, "eJB4Paper"},
770 {HP_eJB5Paper, "eJB5Paper"},
771 {HP_eB5Envelope, "eB5Envelope"},
772 {HP_eB5Paper, "eB5Paper"},
773 {HP_eJPostcard, "eJPostcard"},
774 {HP_eJDoublePostcard, "eJDoublePostcard"},
775 {HP_eA5Paper, "eA5Paper"},
776 {HP_eA6Paper, "eA6Paper"},
777 {HP_eJB6Paper, "eJB6Paper"},
778 {HP_eJIS8KPaper, "eJIS8KPaper"},
779 {HP_eJIS16KPaper, "eJIS16KPaper"},
780 {HP_eJISExecPaper, "eJISExecPaper"}
781 };
782
783 static AttrValue gMediaSourceEnum[] = {
784 {HP_eDefaultSource, "eDefaultSource"},
785 {HP_eAutoSelect, "eAutoSelect"},
786 {HP_eManualFeed, "eManualFeed"},
787 {HP_eMultiPurposeTray, "eMultiPurposeTray"},
788 {HP_eUpperCassette, "eUpperCassette"},
789 {HP_eLowerCassette, "eLowerCassette"},
790 {HP_eEnvelopeTray, "eEnvelopeTray"},
791 {HP_eThirdCassette, "eThirdCassette"}
792 };
793
794 static AttrValue gMediaDestinationEnum[] = {
795 {HP_eDefaultBin, "eDefaultBin"},
796 {HP_eFaceDownBin, "eFaceDownBin"},
797 {HP_eFaceUpBin, "eFaceUpBin"},
798 {HP_eJobOffsetBin, "eJobOffsetBin"}
799 };
800
801 static AttrValue gCompressionEnum[] = {
802 {HP_eNoCompression, "eNoCompression"},
803 {HP_eRLECompression, "eRLECompression"},
804 {HP_eJPEGCompression, "eJPEGCompression"},
805 {HP_eDeltaRowCompression, "eDeltaRowCompression"}
806 };
807
808 static AttrValue gArcDirectionEnum[] = {
809 {HP_eClockWise, "eClockWise"},
810 {HP_eCounterClockWise, "eCounterClockWise"}
811 };
812
813 static AttrValue gFillModeEnum[] = {
814 {HP_eNonZeroWinding, "eNonZeroWinding"},
815 {HP_eEvenOdd, "eEvenOdd"}
816 };
817
818 static AttrValue gLineEndEnum[] = {
819 {HP_eButtCap, "eButtCap"},
820 {HP_eRoundCap, "eRoundCap"},
821 {HP_eSquareCap, "eSquareCap"},
822 {HP_eTriangleCap, "eTriangleCap"}
823 // {HP_eButtEnd, "eButtEnd"},
824 // {HP_eRoundEnd, "eRoundEnd"},
825 // {HP_eSquareEnd, "eSquareEnd"},
826 // {HP_eTriangleEnd, "eTriangleEnd"}
827 };
828
829 static AttrValue gCharSubModeEnum[] = {
830 {HP_eNoSubstitution, "eNoSubstitution"},
831 {HP_eVerticalSubstitution, "eVerticalSubstitution"}
832 };
833
834 static AttrValue gLineJoinEnum[] = {
835 {HP_eMiterJoin, "eMiterJoin"},
836 {HP_eRoundJoin, "eRoundJoin"},
837 {HP_eBevelJoin, "eBevelJoin"},
838 {HP_eNoJoin, "eNoJoin"}
839 };
840
841 static AttrValue gDitherMatrixEnum[] = {
842 {HP_eDeviceBest, "eDeviceBest"},
843 {HP_eDeviceIndependent, "eDeviceIndependent"}
844 };
845
846 static AttrValue gDataSourceEnum[] = {
847 {HP_eDefaultDataSource, "eDefaultDataSource"}
848 };
849
850 static AttrValue gColorSpaceEnum[] = {
851 {HP_eBiLevel, "eBiLevel"},
852 {HP_eGray, "eGray"},
853 {HP_eRGB, "eRGB"},
854 {HP_eCMY, "eCMY"},
855 {HP_eCIELab, "eCIELab"},
856 {HP_eCRGB, "eCRGB"},
857 {HP_eSRGB, "eSRGB"}
858 };
859
860 static AttrValue gColorDepthEnum[] = {
861 {HP_e1Bit, "e1Bit"},
862 {HP_e4Bit, "e4Bit"},
863 {HP_e8Bit, "e8Bit"}
864 };
865
866 static AttrValue gColorMappingEnum[] = {
867 {HP_eDirectPixel, "eDirectPixel"},
868 {HP_eIndexedPixel, "eIndexedPixel"},
869 {HP_eDirectPlane, "eDirectPlane"}
870 };
871
872 static AttrValue gDiagnosticEnum[] = {
873 {HP_eNoDiag, "eNoDiag"},
874 {HP_eFilterDiag, "eFilterDiag"},
875 {HP_eCommandsDiag, "eCommandsDiag"},
876 {HP_ePersonalityDiag, "ePersonalityDiag"},
877 {HP_ePageDiag, "ePageDiag"}
878 };
879
880 static AttrValue gClipModeEnum[] = {
881 {HP_eInterior, "eInterior"},
882 {HP_eExterior, "eExterior"}
883 };
884
885 static AttrValue gDataTypeEnum[] = {
886 {HP_eUByte, "eUByte"},
887 {HP_eSByte, "eSByte"},
888 {HP_eUInt16, "eUInt16"},
889 {HP_eSInt16, "eSInt16"},
890 {HP_eReal32, "eReal32"}
891 };
892
893 static AttrValue gPatternPersistenceEnum[] = {
894 {HP_eTempPattern, "eTempPattern"},
895 {HP_ePagePattern, "ePagePattern"},
896 {HP_eSessionPattern, "eSessionPattern"}
897 };
898
899 static AttrValue gTransparancyEnum[] = {
900 {HP_eOpaque, "eOpaque"},
901 {HP_eTransparent, "eTransparent"}
902 };
903
904 static AttrValue gFormTypeEnum[] = {
905 {HP_eQuality, "eQuality"},
906 {HP_ePerformance, "ePerformance"},
907 {HP_eStatic, "eStatic"},
908 {HP_eBackground, "eBackground"}
909 };
910
911 static AttrValue gColorEnum[] = {
912 {HP_eNoTreatment, "eNoTreatment"},
913 {HP_eVivid, "eVivid"},
914 {HP_eScreenMatch, "eScreenMatch"}
915 };
916
917 void Disasm::PrintAttributeValue(uint8 id, const AttrValue* table, int size) {
918 if (NumOfArgs() == 1 && ArgAt(0)->Type == HP_UByteData) {
919 uint8 value = ArgAt(0)->val.ubyte;
920 for (int i = 0; i < size; i ++, table ++) {
921 if (table->value == value) {
922 if (fVerbose) PrintAttr(ArgAt(0));
923 printf("%s %s\n", table->name, AttributeName(id));
924 return;
925 }
926 }
927 }
928 GenericPrintAttribute(id);
929 }
930
931 void Disasm::GenericPrintAttribute(uint8 id) {
932 for (int i = 0; i < NumOfArgs(); i ++) {
933 PrintAttr(ArgAt(i));
934 }
935 printf(" %s\n", AttributeName(id));
936 }
937
938 #define ATTR_ENUM(name) name, NUM_OF_ELEMS(name, AttrValue)
939
940 bool Disasm::DecodeAttribute(uint8 byte) {
941 if (byte == HP_8BitAttrId) {
942 uint8 id;
943 if (!fStream->ReadUByte(id)) {
944 Error("Could not read attribute id");
945 return false;
946 }
947 switch (id) {
948 case HP_ArcDirection:
949 PrintAttributeValue(id, ATTR_ENUM(gArcDirectionEnum));
950 break;
951 case HP_CharSubModeArray:
952 PrintAttributeValue(id, ATTR_ENUM(gCharSubModeEnum));
953 break;
954 case HP_ClipMode:
955 PrintAttributeValue(id, ATTR_ENUM(gClipModeEnum));
956 break;
957 case HP_ClipRegion:
958 PrintAttributeValue(id, ATTR_ENUM(gClipModeEnum));
959 break;
960 case HP_ColorDepth:
961 PrintAttributeValue(id, ATTR_ENUM(gColorDepthEnum));
962 break;
963 case HP_ColorMapping:
964 PrintAttributeValue(id, ATTR_ENUM(gColorMappingEnum));
965 break;
966 case HP_ColorSpace:
967 PrintAttributeValue(id, ATTR_ENUM(gColorSpaceEnum));
968 break;
969 case HP_CompressMode:
970 PrintAttributeValue(id, ATTR_ENUM(gCompressionEnum));
971 break;
972 case HP_DataOrg:
973 PrintAttributeValue(id, ATTR_ENUM(gDataOrganizationEnum));
974 break;
975 case HP_SourceType:
976 PrintAttributeValue(id, ATTR_ENUM(gDataSourceEnum));
977 break;
978 // DataType?
979 case HP_DitherMatrixDataType:
980 PrintAttributeValue(id, ATTR_ENUM(gDataTypeEnum));
981 break;
982 case HP_DuplexPageMode:
983 PrintAttributeValue(id, ATTR_ENUM(gDuplexPageModeEnum));
984 break;
985 case HP_DuplexPageSide:
986 PrintAttributeValue(id, ATTR_ENUM(gDuplexPageSideEnum));
987 break;
988 case HP_ErrorReport:
989 PrintAttributeValue(id, ATTR_ENUM(gErrorReportingEnum));
990 break;
991 case HP_FillMode:
992 PrintAttributeValue(id, ATTR_ENUM(gFillModeEnum));
993 break;
994 case HP_LineStartCapStyle:
995 PrintAttributeValue(id, ATTR_ENUM(gLineEndEnum));
996 break;
997 case HP_LineEndCapStyle:
998 PrintAttributeValue(id, ATTR_ENUM(gLineEndEnum));
999 break;
1000 case HP_LineJoinStyle:
1001 PrintAttributeValue(id, ATTR_ENUM(gLineJoinEnum));
1002 break;
1003 case HP_Measure:
1004 PrintAttributeValue(id, ATTR_ENUM(gUnitOfMeasureEnum));
1005 break;
1006 case HP_MediaSize:
1007 PrintAttributeValue(id, ATTR_ENUM(gMediaSizeEnum));
1008 break;
1009 case HP_MediaSource:
1010 PrintAttributeValue(id, ATTR_ENUM(gMediaSourceEnum));
1011 break;
1012 case HP_MediaDest:
1013 PrintAttributeValue(id, ATTR_ENUM(gMediaDestinationEnum));
1014 break;
1015 case HP_Orientation:
1016 PrintAttributeValue(id, ATTR_ENUM(gOrientationEnum));
1017 break;
1018 case HP_PatternPersistence:
1019 PrintAttributeValue(id, ATTR_ENUM(gPatternPersistenceEnum));
1020 break;
1021 // Symbolset?
1022 case HP_SimplexPageMode:
1023 PrintAttributeValue(id, ATTR_ENUM(gSimplexPageModeEnum));
1024 break;
1025 case HP_TxMode:
1026 PrintAttributeValue(id, ATTR_ENUM(gTransparancyEnum));
1027 break;
1028 case HP_WritingMode:
1029 PrintAttributeValue(id, ATTR_ENUM(gWriteEnum));
1030 break;
1031 case HP_FormType:
1032 PrintAttributeValue(id, ATTR_ENUM(gFormTypeEnum));
1033 break;
1034 case HP_LineCapStyle:
1035 PrintAttributeValue(id, ATTR_ENUM(gLineEndEnum));
1036 break;
1037 case HP_Diagnostics:
1038 PrintAttributeValue(id, ATTR_ENUM(gDiagnosticEnum));
1039 break;
1040
1041 case HP_MediaType:
1042 case HP_UnitsPerMeasure:
1043 case HP_CMYColor:
1044 case HP_PaletteDepth:
1045 case HP_NullBrush:
1046 case HP_NullPen:
1047 case HP_PaletteData:
1048 case HP_PaletteIndex:
1049 case HP_PatternSelectID:
1050 case HP_GrayLevel:
1051
1052 case HP_RGBColor:
1053 case HP_PatternOrigin:
1054 case HP_NewDestinationSize:
1055
1056 case HP_PrimaryArray:
1057 case HP_PrimaryDepth:
1058 case HP_ColorimetricColorSpace:
1059 case HP_XYChromaticities:
1060 case HP_WhitePointReference:
1061 case HP_CRGBMinMax:
1062 case HP_GammaGain:
1063
1064
1065 case HP_DeviceMatrix:
1066 case HP_DitherOrigin:
1067 case HP_PageAngle:
1068 case HP_PageOrigin:
1069 case HP_PageScale:
1070 case HP_ROP3:
1071 case HP_CustomMediaSize:
1072 case HP_CustomMediaSizeUnits:
1073 case HP_PageCopies:
1074 case HP_DitherMatrixSize:
1075 case HP_DitherMatrixDepth:
1076
1077 case HP_BoundingBox:
1078 case HP_DashOffset:
1079 case HP_EllipseDimension:
1080 case HP_EndPoint:
1081 case HP_MiterLength:
1082 case HP_LineDashStyle:
1083 case HP_PenWidth:
1084 case HP_Point:
1085 case HP_NumberOfPoints:
1086 case HP_SolidLine:
1087 case HP_StartPoint:
1088 case HP_PointType:
1089 case HP_ControlPoint1:
1090 case HP_ControlPoint2:
1091
1092
1093 case HP_ColorDepthArray:
1094 case HP_BlockHeight:
1095 case HP_DestinationBox:
1096 case HP_DestinationSize:
1097 case HP_PatternDefineID:
1098 case HP_SourceHeight:
1099 case HP_SourceWidth:
1100 case HP_StartLine:
1101 case HP_PadBytesMultiple:
1102 case HP_BlockByteLength:
1103 case HP_NumberOfScanLines:
1104
1105 case HP_ColorTreatment:
1106 case HP_FileName:
1107 case HP_BackgroundName:
1108 case HP_FormName:
1109 case HP_FormSize:
1110 case HP_UDLCName:
1111
1112 case HP_CommentData:
1113 case HP_QueryKey:
1114 case HP_StreamName:
1115 case HP_StreamDataLength:
1116
1117 case HP_IOReadTimeOut:
1118
1119
1120 /* Generic VI attributes */
1121
1122 case HP_VUExtension:
1123 case HP_VUDataLength:
1124
1125 case HP_VUAttr1:
1126 case HP_VUAttr2:
1127 case HP_VUAttr3:
1128 case HP_VUAttr4:
1129 case HP_VUAttr5:
1130 case HP_VUAttr6:
1131 case HP_VUAttr7:
1132 case HP_VUAttr8:
1133 case HP_VUAttr9:
1134 case HP_VUAttr10:
1135 case HP_VUAttr11:
1136 case HP_VUAttr12:
1137
1138 // case HP_PassThroughCommand:
1139 case HP_PassThroughArray:
1140 case HP_CharAngle:
1141 case HP_CharCode:
1142 case HP_CharDataSize:
1143 case HP_CharScale:
1144 case HP_CharShear:
1145 case HP_CharSize:
1146 case HP_FontHeaderLength:
1147 case HP_FontName:
1148 case HP_FontFormat:
1149 case HP_SymbolSet:
1150 case HP_TextData:
1151 // case HP_WritingMode:
1152 case HP_BitmapCharScale:
1153 case HP_XSpacingData:
1154 case HP_YSpacingData:
1155 case HP_CharBoldValue:
1156 GenericPrintAttribute(id);
1157 break;
1158 default:
1159 fprintf(stderr, "Unsupported attribute id %d %2.2x\nContinue...\n", (int)id, (int)id);
1160 }
1161 return true;
1162 } else {
1163 fprintf(stderr, "Unsupported attribute tag %d %2.2x\n", (int)byte, (int)byte);
1164 }
1165 return false;
1166 }
1167
1168 bool Disasm::DecodeEmbedData(uint8 byte) {
1169 uint32 length;
1170 if (byte == HP_EmbeddedData) {
1171 if (!fStream->ReadUInt32(length)) {
1172 Error("Could not read length of dataLength");
1173 return false;
1174 }
1175 } else {
1176 uint8 type;
1177 if (!fStream->ReadUByte(type)) {
1178 Error("Could not read type tag of length of dataLengthByte");
1179 return false;
1180 }
1181 struct ATTRIBUTE* attr = ReadData(type);
1182 if (attr == NULL) {
1183 Error("Could not read length of dataLengthByte");
1184 return false;
1185 }
1186 if (attr->Type == HP_UByteData) {
1187 length = attr->val.ubyte;
1188 } else if (attr->Type == HP_UInt32Data) {
1189 length = attr->val.uint32;
1190 } else {
1191 fprintf(stderr, "Unsupported datatype %d %x for embed data\n", (int)type, (int)type);
1192 DeleteAttr(attr); return false;
1193 }
1194 DeleteAttr(attr);
1195 }
1196 if (byte == HP_EmbeddedData) {
1197 printf("dataLength");
1198 } else if (byte == HP_EmbeddedDataByte) {
1199 printf("dataLengthByte");
1200 }
1201 printf(" size = %u [\n", (unsigned int)length);
1202 for (uint32 i = 0; i < length; i ++) {
1203 if (i > 0 && i % 16 == 15) printf("\n");
1204 uint8 data;
1205 if (!fStream->ReadUByte(data)) {
1206 Error("Out of data for dataLength[Byte]\n");
1207 return false;
1208 }
1209 printf("%2.2x ", (int)data);
1210 }
1211 printf("\n]\n");
1212 return true;
1213 }
1214
1215 bool Disasm::ParsePCL6() {
1216 uint8 byte;
1217 while (fStream->ReadUByte(byte)) {
1218 if (IsOperator(byte)) {
1219 if (!DecodeOperator(byte)) return false;
1220 } else if (IsDataType(byte)) {
1221 if (!PushData(byte)) return false;
1222 } else if (IsAttribute(byte)) {
1223 bool ok = DecodeAttribute(byte);
1224 ClearAttrs();
1225 if (!ok) return false;
1226 } else if (IsEmbedData(byte)) {
1227 if (!DecodeEmbedData(byte)) return false;
1228 } else if (IsWhiteSpace(byte)) {
1229 // nothing to do
1230 } else if (IsEsc(byte)) {
1231 return true;
1232 } else {
1233 Error("Unknown byte in input stream");
1234 return false;
1235 }
1236 }
1237 return true;
1238 }
1239
1240 // main entry
1241
1242 int main(int argc, char* argv[]) {
1243 const char* program = argv[0];
1244 if (argc >= 2) {
1245 int i = 1;
1246 bool verbose = false;
1247 if (strcmp(argv[1], "-v") == 0) { verbose = true; i ++; }
1248 if (argc > i) {
1249 const char* filename = argv[i];
1250 File file(filename);
1251 if (file.InitCheck()) {
1252 Disasm disasm(&file);
1253 disasm.SetVerbose(verbose);
1254 disasm.Print();
1255 return 0;
1256 } else {
1257 fprintf(stderr, "%s error: could not open file '%s'\n", program, filename);
1258 return 0;
1259 }
1260 }
1261 }
1262 fprintf(stderr, "%s [-v] pcl6_filename\n", program);
1263 }
Clone of Haiku svn repository