Line data Source code
1 : /******************************************************************************
2 : *
3 : * Project: OpenGIS Simple Features Reference Implementation
4 : * Purpose: C MiraMon code adapted to be used in GDAL
5 : * Author: Abel Pau, a.pau@creaf.uab.cat, based on the MiraMon codes,
6 : * mainly written by Xavier Pons, Joan Maso (correctly written
7 : * "Mas0xF3"), Abel Pau, Nuria Julia (N0xFAria Juli0xE0),
8 : * Xavier Calaf, Lluis (Llu0xEDs) Pesquer and Alaitz Zabala, from
9 : * CREAF and Universitat Autonoma (Aut0xF2noma) de Barcelona.
10 : * For a complete list of contributors:
11 : * https://www.miramon.cat/eng/QuiSom.htm
12 : ******************************************************************************
13 : * Copyright (c) 2024, Xavier Pons
14 : *
15 : * Permission is hereby granted, free of charge, to any person obtaining a
16 : * copy of this software and associated documentation files (the "Software"),
17 : * to deal in the Software without restriction, including without limitation
18 : * the rights to use, copy, modify, merge, publish, distribute, sublicense,
19 : * and/or sell copies of the Software, and to permit persons to whom the
20 : * Software is furnished to do so, subject to the following conditions:
21 : *
22 : * The above copyright notice and this permission notice shall be included
23 : * in all copies or substantial portions of the Software.
24 : *
25 : * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
26 : * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
27 : * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
28 : * THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
29 : * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
30 : * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
31 : * DEALINGS IN THE SOFTWARE.
32 : ****************************************************************************/
33 :
34 : #ifdef GDAL_COMPILATION
35 : #include "ogr_api.h" // For CPL_C_START
36 : #include "mm_gdal_functions.h" // For CPLStrlcpy()
37 : #include "mm_wrlayr.h" // For calloc_function()...
38 : #else
39 : #include "CmptCmp.h"
40 : #include "mm_gdal\mm_gdal_functions.h" // For CPLStrlcpy()
41 : #include "mm_gdal\mm_wrlayr.h" // For calloc_function()...
42 : #endif // GDAL_COMPILATION
43 :
44 : #ifdef GDAL_COMPILATION
45 : CPL_C_START // Necessary for compiling in GDAL project
46 : #include "cpl_string.h" // For CPL_ENC_UTF8
47 : #else
48 : #ifdef _WIN64
49 : #include "gdal\release-1911-x64\cpl_string.h" // For CPL_ENC_UTF8
50 : #else
51 : #include "gdal\release-1911-32\cpl_string.h" // For CPL_ENC_UTF8
52 : #endif
53 : #endif
54 :
55 : char szInternalGraphicIdentifierEng[MM_MAX_IDENTIFIER_SIZE];
56 : char szInternalGraphicIdentifierCat[MM_MAX_IDENTIFIER_SIZE];
57 : char szInternalGraphicIdentifierSpa[MM_MAX_IDENTIFIER_SIZE];
58 :
59 : char szNumberOfVerticesEng[MM_MAX_IDENTIFIER_SIZE];
60 : char szNumberOfVerticesCat[MM_MAX_IDENTIFIER_SIZE];
61 : char szNumberOfVerticesSpa[MM_MAX_IDENTIFIER_SIZE];
62 :
63 : char szLengthOfAarcEng[MM_MAX_IDENTIFIER_SIZE];
64 : char szLengthOfAarcCat[MM_MAX_IDENTIFIER_SIZE];
65 : char szLengthOfAarcSpa[MM_MAX_IDENTIFIER_SIZE];
66 :
67 : char szInitialNodeEng[MM_MAX_IDENTIFIER_SIZE];
68 : char szInitialNodeCat[MM_MAX_IDENTIFIER_SIZE];
69 : char szInitialNodeSpa[MM_MAX_IDENTIFIER_SIZE];
70 :
71 : char szFinalNodeEng[MM_MAX_IDENTIFIER_SIZE];
72 : char szFinalNodeCat[MM_MAX_IDENTIFIER_SIZE];
73 : char szFinalNodeSpa[MM_MAX_IDENTIFIER_SIZE];
74 :
75 : char szNumberOfArcsToNodeEng[MM_MAX_IDENTIFIER_SIZE];
76 : char szNumberOfArcsToNodeCat[MM_MAX_IDENTIFIER_SIZE];
77 : char szNumberOfArcsToNodeSpa[MM_MAX_IDENTIFIER_SIZE];
78 :
79 : char szNodeTypeEng[MM_MAX_IDENTIFIER_SIZE];
80 : char szNodeTypeCat[MM_MAX_IDENTIFIER_SIZE];
81 : char szNodeTypeSpa[MM_MAX_IDENTIFIER_SIZE];
82 :
83 : char szPerimeterOfThePolygonEng[MM_MAX_IDENTIFIER_SIZE];
84 : char szPerimeterOfThePolygonCat[MM_MAX_IDENTIFIER_SIZE];
85 : char szPerimeterOfThePolygonSpa[MM_MAX_IDENTIFIER_SIZE];
86 :
87 : char szAreaOfThePolygonEng[MM_MAX_IDENTIFIER_SIZE];
88 : char szAreaOfThePolygonCat[MM_MAX_IDENTIFIER_SIZE];
89 : char szAreaOfThePolygonSpa[MM_MAX_IDENTIFIER_SIZE];
90 :
91 : char szNumberOfArcsEng[MM_MAX_IDENTIFIER_SIZE];
92 : char szNumberOfArcsCat[MM_MAX_IDENTIFIER_SIZE];
93 : char szNumberOfArcsSpa[MM_MAX_IDENTIFIER_SIZE];
94 :
95 : char szNumberOfElementaryPolygonsEng[MM_MAX_IDENTIFIER_SIZE];
96 : char szNumberOfElementaryPolygonsCat[MM_MAX_IDENTIFIER_SIZE];
97 : char szNumberOfElementaryPolygonsSpa[MM_MAX_IDENTIFIER_SIZE];
98 :
99 324 : void MM_FillFieldDescriptorByLanguage(void)
100 : {
101 324 : CPLStrlcpy(szInternalGraphicIdentifierEng, "Internal Graphic identifier",
102 : MM_MAX_IDENTIFIER_SIZE);
103 324 : CPLStrlcpy(szInternalGraphicIdentifierCat, "Identificador Grafic intern",
104 : MM_MAX_IDENTIFIER_SIZE);
105 324 : *(unsigned char *)&szInternalGraphicIdentifierCat[16] = MM_a_WITH_GRAVE;
106 324 : CPLStrlcpy(szInternalGraphicIdentifierSpa, "Identificador Grafico interno",
107 : MM_MAX_IDENTIFIER_SIZE);
108 324 : *(unsigned char *)&szInternalGraphicIdentifierSpa[16] = MM_a_WITH_ACUTE;
109 :
110 324 : CPLStrlcpy(szNumberOfVerticesEng, "Number of vertices",
111 : MM_MAX_IDENTIFIER_SIZE);
112 324 : CPLStrlcpy(szNumberOfVerticesCat, "Nombre de vertexs",
113 : MM_MAX_IDENTIFIER_SIZE);
114 324 : CPLStrlcpy(szNumberOfVerticesSpa, "Numero de vertices",
115 : MM_MAX_IDENTIFIER_SIZE);
116 324 : *(unsigned char *)&szNumberOfVerticesSpa[1] = MM_u_WITH_ACUTE;
117 324 : *(unsigned char *)&szNumberOfVerticesSpa[11] = MM_e_WITH_ACUTE;
118 :
119 324 : CPLStrlcpy(szLengthOfAarcEng, "Length of arc", MM_MAX_IDENTIFIER_SIZE);
120 324 : CPLStrlcpy(szLengthOfAarcCat, "Longitud de l'arc", MM_MAX_IDENTIFIER_SIZE);
121 324 : CPLStrlcpy(szLengthOfAarcSpa, "Longitud del arco", MM_MAX_IDENTIFIER_SIZE);
122 :
123 324 : CPLStrlcpy(szInitialNodeEng, "Initial node", MM_MAX_IDENTIFIER_SIZE);
124 324 : CPLStrlcpy(szInitialNodeCat, "Node inicial", MM_MAX_IDENTIFIER_SIZE);
125 324 : CPLStrlcpy(szInitialNodeSpa, "Nodo inicial", MM_MAX_IDENTIFIER_SIZE);
126 :
127 324 : CPLStrlcpy(szFinalNodeEng, "Final node", MM_MAX_IDENTIFIER_SIZE);
128 324 : CPLStrlcpy(szFinalNodeCat, "Node final", MM_MAX_IDENTIFIER_SIZE);
129 324 : CPLStrlcpy(szFinalNodeSpa, "Nodo final", MM_MAX_IDENTIFIER_SIZE);
130 :
131 324 : CPLStrlcpy(szNumberOfArcsToNodeEng, "Number of arcs to node",
132 : MM_MAX_IDENTIFIER_SIZE);
133 324 : CPLStrlcpy(szNumberOfArcsToNodeCat, "Nombre d'arcs al node",
134 : MM_MAX_IDENTIFIER_SIZE);
135 324 : CPLStrlcpy(szNumberOfArcsToNodeSpa, "Numero de arcos al nodo",
136 : MM_MAX_IDENTIFIER_SIZE);
137 324 : *(unsigned char *)&szNumberOfArcsToNodeSpa[1] = MM_u_WITH_ACUTE;
138 :
139 324 : CPLStrlcpy(szNodeTypeEng, "Node type", MM_MAX_IDENTIFIER_SIZE);
140 324 : CPLStrlcpy(szNodeTypeCat, "Tipus de node", MM_MAX_IDENTIFIER_SIZE);
141 324 : CPLStrlcpy(szNodeTypeSpa, "Tipo de nodo", MM_MAX_IDENTIFIER_SIZE);
142 :
143 324 : CPLStrlcpy(szPerimeterOfThePolygonEng, "Perimeter of the polygon",
144 : MM_MAX_IDENTIFIER_SIZE);
145 324 : CPLStrlcpy(szPerimeterOfThePolygonCat, "Perimetre del poligon",
146 : MM_MAX_IDENTIFIER_SIZE);
147 324 : CPLStrlcpy(szPerimeterOfThePolygonSpa, "Perimetro del poligono",
148 : MM_MAX_IDENTIFIER_SIZE);
149 :
150 324 : *(unsigned char *)&szPerimeterOfThePolygonCat[3] = MM_i_WITH_ACUTE;
151 324 : *(unsigned char *)&szPerimeterOfThePolygonSpa[3] = MM_i_WITH_ACUTE;
152 324 : *(unsigned char *)&szPerimeterOfThePolygonCat[17] = MM_i_WITH_ACUTE;
153 324 : *(unsigned char *)&szPerimeterOfThePolygonSpa[17] = MM_i_WITH_ACUTE;
154 :
155 324 : CPLStrlcpy(szAreaOfThePolygonEng, "Area of the polygon",
156 : MM_MAX_IDENTIFIER_SIZE);
157 324 : CPLStrlcpy(szAreaOfThePolygonCat, "Area del poligon",
158 : MM_MAX_IDENTIFIER_SIZE);
159 324 : CPLStrlcpy(szAreaOfThePolygonSpa, "Area del poligono",
160 : MM_MAX_IDENTIFIER_SIZE);
161 :
162 324 : *(unsigned char *)&szAreaOfThePolygonCat[0] = MM_A_WITH_GRAVE;
163 324 : *(unsigned char *)&szAreaOfThePolygonSpa[0] = MM_A_WITH_ACUTE;
164 324 : *(unsigned char *)&szAreaOfThePolygonCat[12] = MM_i_WITH_ACUTE;
165 324 : *(unsigned char *)&szAreaOfThePolygonSpa[12] = MM_i_WITH_ACUTE;
166 :
167 324 : CPLStrlcpy(szNumberOfArcsEng, "Number of arcs", MM_MAX_IDENTIFIER_SIZE);
168 324 : CPLStrlcpy(szNumberOfArcsCat, "Nombre d'arcs", MM_MAX_IDENTIFIER_SIZE);
169 324 : CPLStrlcpy(szNumberOfArcsSpa, "Numero de arcos", MM_MAX_IDENTIFIER_SIZE);
170 :
171 324 : *(unsigned char *)&szNumberOfArcsSpa[1] = MM_u_WITH_ACUTE;
172 :
173 324 : CPLStrlcpy(szNumberOfElementaryPolygonsEng, "Number of elementary polygons",
174 : MM_MAX_IDENTIFIER_SIZE);
175 324 : CPLStrlcpy(szNumberOfElementaryPolygonsCat, "Nombre de poligons elementals",
176 : MM_MAX_IDENTIFIER_SIZE);
177 324 : CPLStrlcpy(szNumberOfElementaryPolygonsSpa,
178 : "Numero de poligonos elementales", MM_MAX_IDENTIFIER_SIZE);
179 :
180 324 : *(unsigned char *)&szNumberOfElementaryPolygonsSpa[1] = MM_u_WITH_ACUTE;
181 324 : *(unsigned char *)&szNumberOfElementaryPolygonsCat[13] = MM_i_WITH_ACUTE;
182 324 : *(unsigned char *)&szNumberOfElementaryPolygonsSpa[13] = MM_i_WITH_ACUTE;
183 324 : }
184 :
185 : const char *MM_pszLogFilename = nullptr;
186 :
187 : static const char MM_EmptyString[] = {""};
188 : #define MM_SetEndOfString (*MM_EmptyString)
189 :
190 1493 : void fclose_and_nullify(FILE_TYPE **pFunc)
191 : {
192 1493 : if (!pFunc || !(*pFunc))
193 349 : return;
194 1144 : fclose_function(*pFunc);
195 1144 : *pFunc = nullptr;
196 : }
197 :
198 : // CREATING AN EXTENDED MIRAMON DBF
199 4030 : void MM_InitializeField(struct MM_FIELD *pField)
200 : {
201 4030 : memset(pField, '\0', sizeof(*pField));
202 4030 : pField->FieldType = 'C';
203 4030 : pField->GeoTopoTypeField = MM_NO_ES_CAMP_GEOTOPO;
204 4030 : }
205 :
206 : #define MM_ACCEPTABLE_NUMBER_OF_FIELDS 20000
207 :
208 302 : struct MM_FIELD *MM_CreateAllFields(MM_EXT_DBF_N_FIELDS nFields)
209 : {
210 : struct MM_FIELD *camp;
211 : MM_EXT_DBF_N_FIELDS i;
212 :
213 : // MiraMon could accept a number of fields 13.4 million
214 : // but GDAL prefers to limit that to 20.000 to avoid
215 : // too large memory allocation attempts with corrupted datasets
216 302 : if (nFields > MM_ACCEPTABLE_NUMBER_OF_FIELDS)
217 : {
218 0 : MMCPLError(CE_Failure, CPLE_OutOfMemory,
219 : "More than 20000 fields not accepted");
220 0 : return nullptr;
221 : }
222 :
223 : #ifndef FUZZING_BUILD_MODE_UNSAFE_FOR_PRODUCTION
224 302 : if (nFields >= UINT32_MAX / sizeof(*camp))
225 0 : return nullptr;
226 : #else
227 : if (nFields >= (1000U * 1000 * 1000) / sizeof(*camp))
228 : return nullptr;
229 : #endif
230 :
231 302 : if ((camp = calloc_function(nFields * sizeof(*camp))) == nullptr)
232 0 : return nullptr;
233 :
234 2567 : for (i = 0; i < nFields; i++)
235 2265 : MM_InitializeField(camp + i);
236 302 : return camp;
237 : }
238 :
239 188 : static struct MM_DATA_BASE_XP *MM_CreateEmptyHeader(MM_EXT_DBF_N_FIELDS nFields)
240 : {
241 : struct MM_DATA_BASE_XP *data_base_XP;
242 :
243 188 : if ((data_base_XP = (struct MM_DATA_BASE_XP *)calloc_function(
244 : sizeof(struct MM_DATA_BASE_XP))) == nullptr)
245 0 : return nullptr;
246 :
247 188 : if (nFields == 0)
248 : {
249 : ;
250 : }
251 : else
252 : {
253 188 : data_base_XP->pField = (struct MM_FIELD *)MM_CreateAllFields(nFields);
254 188 : if (!data_base_XP->pField)
255 : {
256 0 : free_function(data_base_XP);
257 0 : return nullptr;
258 : }
259 : }
260 188 : data_base_XP->nFields = nFields;
261 188 : return data_base_XP;
262 : }
263 :
264 188 : struct MM_DATA_BASE_XP *MM_CreateDBFHeader(MM_EXT_DBF_N_FIELDS n_camps,
265 : MM_BYTE charset)
266 : {
267 : struct MM_DATA_BASE_XP *bd_xp;
268 : struct MM_FIELD *camp;
269 : MM_EXT_DBF_N_FIELDS i;
270 :
271 188 : if (nullptr == (bd_xp = MM_CreateEmptyHeader(n_camps)))
272 0 : return nullptr;
273 :
274 188 : bd_xp->CharSet = charset;
275 :
276 188 : strcpy(bd_xp->ReadingMode, "a+b");
277 :
278 188 : bd_xp->IdGraficField = n_camps;
279 188 : bd_xp->IdEntityField = MM_MAX_EXT_DBF_N_FIELDS_TYPE;
280 188 : bd_xp->dbf_version = (MM_BYTE)((n_camps > MM_MAX_N_CAMPS_DBF_CLASSICA)
281 : ? MM_MARCA_VERSIO_1_DBF_ESTESA
282 : : MM_MARCA_DBASE4);
283 :
284 1389 : for (i = 0, camp = bd_xp->pField; i < n_camps; i++, camp++)
285 : {
286 1201 : MM_InitializeField(camp);
287 1201 : if (i < 99999)
288 1201 : snprintf(camp->FieldName, sizeof(camp->FieldName), "CAMP%05u",
289 1201 : (unsigned)(i + 1));
290 : else
291 0 : snprintf(camp->FieldName, sizeof(camp->FieldName), "CM%u",
292 0 : (unsigned)(i + 1));
293 1201 : camp->FieldType = 'C';
294 1201 : camp->DecimalsIfFloat = 0;
295 1201 : camp->BytesPerField = 50;
296 : }
297 188 : return bd_xp;
298 : }
299 :
300 1201 : static MM_BYTE MM_GetDefaultDesiredDBFFieldWidth(const struct MM_FIELD *camp)
301 : {
302 : size_t a, b, c, d, e;
303 :
304 1201 : b = strlen(camp->FieldName);
305 1201 : c = strlen(camp->FieldDescription[0]);
306 :
307 1201 : if (camp->FieldType == 'D')
308 : {
309 68 : d = (b > c ? b : c);
310 68 : a = (size_t)camp->BytesPerField + 2;
311 68 : return (MM_BYTE)(a > d ? a : d);
312 : }
313 1133 : a = camp->BytesPerField;
314 1133 : d = (unsigned int)(b > c ? b : c);
315 1133 : e = (a > d ? a : d);
316 1133 : return (MM_BYTE)(e < 80 ? e : 80);
317 : }
318 :
319 8809 : static MM_BOOLEAN MM_is_field_name_lowercase(const char *szChain)
320 : {
321 : const char *p;
322 :
323 54341 : for (p = szChain; *p; p++)
324 : {
325 48797 : if ((*p >= 'a' && *p <= 'z'))
326 3265 : return TRUE;
327 : }
328 5544 : return FALSE;
329 : }
330 :
331 : static MM_BOOLEAN
332 8809 : MM_Is_classical_DBF_field_name_or_lowercase(const char *szChain)
333 : {
334 : const char *p;
335 :
336 74303 : for (p = szChain; *p; p++)
337 : {
338 65494 : if ((*p >= 'a' && *p <= 'z') || (*p >= 'A' && *p <= 'Z') ||
339 6093 : (*p >= '0' && *p <= '9') || *p == '_')
340 : ;
341 : else
342 0 : return FALSE;
343 : }
344 8809 : if (szChain[0] == '_')
345 0 : return FALSE;
346 8809 : return TRUE;
347 : }
348 :
349 : static MM_BOOLEAN
350 77739 : MM_Is_character_valid_for_extended_DBF_field_name(int valor,
351 : int *valor_substitut)
352 : {
353 77739 : if (valor_substitut)
354 : {
355 0 : switch (valor)
356 : {
357 0 : case 32:
358 0 : *valor_substitut = '_';
359 0 : return FALSE;
360 0 : case 91:
361 0 : *valor_substitut = '(';
362 0 : return FALSE;
363 0 : case 93:
364 0 : *valor_substitut = ')';
365 0 : return FALSE;
366 0 : case 96:
367 0 : *valor_substitut = '\'';
368 0 : return FALSE;
369 0 : case 127:
370 0 : *valor_substitut = '_';
371 0 : return FALSE;
372 0 : case 168:
373 0 : *valor_substitut = '-';
374 0 : return FALSE;
375 : }
376 : }
377 : else
378 : {
379 77739 : if (valor < 32 || valor == 91 || valor == 93 || valor == 96 ||
380 77739 : valor == 127 || valor == 168)
381 0 : return FALSE;
382 : }
383 77739 : return TRUE;
384 : }
385 :
386 9824 : static int MM_ISExtendedNameBD_XP(const char *nom_camp)
387 : {
388 : size_t mida, j;
389 :
390 9824 : mida = strlen(nom_camp);
391 9824 : if (mida >= MM_MAX_LON_FIELD_NAME_DBF)
392 0 : return MM_DBF_NAME_NO_VALID;
393 :
394 87563 : for (j = 0; j < mida; j++)
395 : {
396 77739 : if (!MM_Is_character_valid_for_extended_DBF_field_name(
397 77739 : (unsigned char)nom_camp[j], nullptr))
398 0 : return MM_DBF_NAME_NO_VALID;
399 : }
400 :
401 9824 : if (mida >= MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF)
402 1015 : return MM_VALID_EXTENDED_DBF_NAME;
403 :
404 8809 : if (!MM_Is_classical_DBF_field_name_or_lowercase(nom_camp))
405 0 : return MM_VALID_EXTENDED_DBF_NAME;
406 :
407 8809 : if (MM_is_field_name_lowercase(nom_camp))
408 3265 : return MM_DBF_NAME_LOWERCASE_AND_VALID;
409 :
410 5544 : return NM_CLASSICAL_DBF_AND_VALID_NAME;
411 : }
412 :
413 466 : static MM_BYTE MM_CalculateBytesExtendedFieldName(struct MM_FIELD *camp)
414 : {
415 466 : camp->reserved_2[MM_OFFSET_RESERVED2_EXTENDED_NAME_SIZE] =
416 466 : (MM_BYTE)strlen(camp->FieldName);
417 466 : return MM_DonaBytesNomEstesCamp(camp);
418 : }
419 :
420 : static MM_ACCUMULATED_BYTES_TYPE_DBF
421 188 : MM_CalculateBytesExtendedFieldNames(const struct MM_DATA_BASE_XP *bd_xp)
422 : {
423 188 : MM_ACCUMULATED_BYTES_TYPE_DBF bytes_acumulats = 0;
424 : MM_EXT_DBF_N_FIELDS i_camp;
425 :
426 1389 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
427 : {
428 1201 : if (MM_VALID_EXTENDED_DBF_NAME ==
429 1201 : MM_ISExtendedNameBD_XP(bd_xp->pField[i_camp].FieldName))
430 83 : bytes_acumulats +=
431 83 : MM_CalculateBytesExtendedFieldName(bd_xp->pField + i_camp);
432 : }
433 :
434 188 : return bytes_acumulats;
435 : }
436 :
437 : static MM_FIRST_RECORD_OFFSET_TYPE
438 188 : MM_CalculateBytesFirstRecordOffset(struct MM_DATA_BASE_XP *bd_xp)
439 : {
440 188 : if (bd_xp)
441 188 : return (32 + 32 * bd_xp->nFields + 1 +
442 188 : MM_CalculateBytesExtendedFieldNames(bd_xp));
443 0 : return 0;
444 : }
445 :
446 188 : static void MM_CheckDBFHeader(struct MM_DATA_BASE_XP *bd_xp)
447 : {
448 : struct MM_FIELD *camp;
449 : MM_EXT_DBF_N_FIELDS i;
450 188 : MM_BOOLEAN cal_DBF_estesa = FALSE;
451 :
452 188 : bd_xp->BytesPerRecord = 1;
453 1389 : for (i = 0, camp = bd_xp->pField; i < bd_xp->nFields; i++, camp++)
454 : {
455 1201 : camp->AccumulatedBytes = bd_xp->BytesPerRecord;
456 1201 : bd_xp->BytesPerRecord += camp->BytesPerField;
457 1201 : if (camp->DesiredWidth == 0)
458 1201 : camp->DesiredWidth = camp->OriginalDesiredWidth =
459 1201 : MM_GetDefaultDesiredDBFFieldWidth(camp); //camp->BytesPerField;
460 1201 : if (camp->FieldType == 'C' &&
461 187 : camp->BytesPerField > MM_MAX_AMPLADA_CAMP_C_DBF_CLASSICA)
462 0 : cal_DBF_estesa = TRUE;
463 1201 : if (MM_VALID_EXTENDED_DBF_NAME ==
464 1201 : MM_ISExtendedNameBD_XP(camp->FieldName))
465 83 : cal_DBF_estesa = TRUE;
466 : }
467 :
468 188 : bd_xp->FirstRecordOffset = MM_CalculateBytesFirstRecordOffset(bd_xp);
469 :
470 188 : if (cal_DBF_estesa || bd_xp->nFields > MM_MAX_N_CAMPS_DBF_CLASSICA ||
471 165 : bd_xp->nRecords > UINT32_MAX)
472 23 : bd_xp->dbf_version = (MM_BYTE)MM_MARCA_VERSIO_1_DBF_ESTESA;
473 : else
474 165 : bd_xp->dbf_version = MM_MARCA_DBASE4;
475 188 : }
476 :
477 : static void
478 2034 : MM_InitializeOffsetExtendedFieldNameFields(struct MM_DATA_BASE_XP *bd_xp,
479 : MM_EXT_DBF_N_FIELDS i_camp)
480 : {
481 2034 : memset((char *)(&bd_xp->pField[i_camp].reserved_2) +
482 : MM_OFFSET_RESERVAT2_OFFSET_NOM_ESTES,
483 : 0, 4);
484 2034 : }
485 :
486 : static void
487 2034 : MM_InitializeBytesExtendedFieldNameFields(struct MM_DATA_BASE_XP *bd_xp,
488 : MM_EXT_DBF_N_FIELDS i_camp)
489 : {
490 2034 : memset((char *)(&bd_xp->pField[i_camp].reserved_2) +
491 : MM_OFFSET_RESERVED2_EXTENDED_NAME_SIZE,
492 : 0, 1);
493 2034 : }
494 :
495 83 : static short int MM_return_common_valid_DBF_field_name_string(char *szChain)
496 : {
497 : char *p;
498 83 : short int error_retornat = 0;
499 :
500 83 : if (!szChain)
501 0 : return 0;
502 : //strupr(szChain);
503 1086 : for (p = szChain; *p; p++)
504 : {
505 1003 : (*p) = (char)toupper((unsigned char)*p);
506 1003 : if ((*p >= 'A' && *p <= 'Z') || (*p >= '0' && *p <= '9') || *p == '_')
507 : ;
508 : else
509 : {
510 0 : *p = '_';
511 0 : error_retornat |= MM_FIELD_NAME_CHARACTER_INVALID;
512 : }
513 : }
514 83 : if (szChain[0] == '_')
515 : {
516 : // To avoid having field names starting by '_' this case is
517 : // substituted by a 0 (not a '\0').
518 0 : szChain[0] = '0';
519 0 : error_retornat |= MM_FIELD_NAME_FIRST_CHARACTER_;
520 : }
521 83 : return error_retornat;
522 : }
523 :
524 83 : static short int MM_ReturnValidClassicDBFFieldName(char *szChain)
525 : {
526 : size_t long_nom_camp;
527 83 : short int error_retornat = 0;
528 :
529 83 : long_nom_camp = strlen(szChain);
530 83 : if ((long_nom_camp < 1) ||
531 : (long_nom_camp >= MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF))
532 : {
533 83 : szChain[MM_MAX_LON_FIELD_NAME_DBF - 1] = '\0';
534 83 : error_retornat |= MM_FIELD_NAME_TOO_LONG;
535 : }
536 83 : error_retornat |= MM_return_common_valid_DBF_field_name_string(szChain);
537 83 : return error_retornat;
538 : }
539 :
540 : static MM_BOOLEAN
541 83 : MM_CheckClassicFieldNameEqual(const struct MM_DATA_BASE_XP *data_base_XP,
542 : const char *classical_name)
543 : {
544 : MM_EXT_DBF_N_FIELDS i;
545 :
546 1156 : for (i = 0; i < data_base_XP->nFields; i++)
547 : {
548 1073 : if ((strcasecmp(data_base_XP->pField[i].ClassicalDBFFieldName,
549 1073 : classical_name)) == 0 ||
550 1073 : (strcasecmp(data_base_XP->pField[i].FieldName, classical_name)) ==
551 : 0)
552 0 : return TRUE;
553 : }
554 83 : return FALSE;
555 : }
556 :
557 0 : static char *MM_GiveNewStringWithCharacterInFront(const char *text,
558 : char character)
559 : {
560 : char *ptr;
561 : size_t i;
562 :
563 0 : if (!text)
564 0 : return nullptr;
565 :
566 0 : i = strlen(text);
567 0 : if ((ptr = calloc_function(i + 2)) == nullptr)
568 0 : return nullptr;
569 :
570 0 : *ptr = character;
571 0 : memcpy(ptr + 1, text, i + 1);
572 0 : return ptr;
573 : }
574 :
575 0 : static char *MM_SetSubIndexFieldNam(const char *nom_camp,
576 : MM_EXT_DBF_N_FIELDS index,
577 : size_t ampladamax)
578 : {
579 : char *NomCamp_SubIndex;
580 : char *_subindex;
581 : char subindex[19 + 1];
582 : size_t sizet_subindex;
583 : size_t sizet_nomcamp;
584 :
585 0 : NomCamp_SubIndex = calloc_function(ampladamax);
586 0 : if (!NomCamp_SubIndex)
587 0 : return nullptr;
588 :
589 0 : CPLStrlcpy(NomCamp_SubIndex, nom_camp, ampladamax);
590 0 : NomCamp_SubIndex[ampladamax - 1] = '\0';
591 :
592 0 : snprintf(subindex, sizeof(subindex), sprintf_UINT64, (GUInt64)index);
593 :
594 0 : _subindex = MM_GiveNewStringWithCharacterInFront(subindex, '_');
595 0 : if (!_subindex)
596 : {
597 0 : free_function(NomCamp_SubIndex);
598 0 : return nullptr;
599 : }
600 :
601 0 : sizet_subindex = strlen(_subindex);
602 0 : sizet_nomcamp = strlen(NomCamp_SubIndex);
603 :
604 0 : if (sizet_nomcamp + sizet_subindex > ampladamax - 1)
605 0 : memcpy(NomCamp_SubIndex + ((ampladamax - 1) - sizet_subindex),
606 : _subindex, strlen(_subindex));
607 : else
608 0 : NomCamp_SubIndex = strcat(NomCamp_SubIndex, _subindex);
609 :
610 0 : free_function(_subindex);
611 :
612 0 : return NomCamp_SubIndex;
613 : }
614 :
615 : MM_FIRST_RECORD_OFFSET_TYPE
616 698 : MM_GiveOffsetExtendedFieldName(const struct MM_FIELD *camp)
617 : {
618 : MM_FIRST_RECORD_OFFSET_TYPE offset_nom_camp;
619 :
620 698 : memcpy(&offset_nom_camp,
621 698 : (char *)(&camp->reserved_2) + MM_OFFSET_RESERVAT2_OFFSET_NOM_ESTES,
622 : 4);
623 698 : return offset_nom_camp;
624 : }
625 :
626 299 : int MM_WriteNRecordsMMBD_XPFile(struct MMAdmDatabase *MMAdmDB)
627 : {
628 299 : if (!MMAdmDB->pMMBDXP || !MMAdmDB->pMMBDXP->pfDataBase)
629 0 : return 0;
630 :
631 : // Updating number of features in features table
632 299 : fseek_function(MMAdmDB->pMMBDXP->pfDataBase, MM_FIRST_OFFSET_to_N_RECORDS,
633 : SEEK_SET);
634 :
635 299 : if (MMAdmDB->pMMBDXP->nRecords > UINT32_MAX)
636 : {
637 0 : MMAdmDB->pMMBDXP->dbf_version = MM_MARCA_VERSIO_1_DBF_ESTESA;
638 : }
639 : else
640 : {
641 299 : MMAdmDB->pMMBDXP->dbf_version = MM_MARCA_DBASE4;
642 : }
643 :
644 : {
645 299 : GUInt32 nRecords32LowBits =
646 299 : (GUInt32)(MMAdmDB->pMMBDXP->nRecords & UINT32_MAX);
647 299 : if (fwrite_function(&nRecords32LowBits, 4, 1,
648 : MMAdmDB->pMMBDXP->pfDataBase) != 1)
649 0 : return 1;
650 : }
651 :
652 299 : fseek_function(MMAdmDB->pMMBDXP->pfDataBase, MM_SECOND_OFFSET_to_N_RECORDS,
653 : SEEK_SET);
654 299 : if (MMAdmDB->pMMBDXP->dbf_version == MM_MARCA_VERSIO_1_DBF_ESTESA)
655 : {
656 : /* from 16 to 19, position MM_SECOND_OFFSET_to_N_RECORDS */
657 0 : GUInt32 nRecords32HighBits =
658 0 : (GUInt32)(MMAdmDB->pMMBDXP->nRecords >> 32);
659 0 : if (fwrite_function(&nRecords32HighBits, 4, 1,
660 : MMAdmDB->pMMBDXP->pfDataBase) != 1)
661 0 : return 1;
662 :
663 : /* from 20 to 27 */
664 0 : if (fwrite_function(&(MMAdmDB->pMMBDXP->dbf_on_a_LAN), 8, 1,
665 : MMAdmDB->pMMBDXP->pfDataBase) != 1)
666 0 : return 1;
667 : }
668 : else
669 : {
670 299 : if (fwrite_function(&(MMAdmDB->pMMBDXP->dbf_on_a_LAN), 12, 1,
671 : MMAdmDB->pMMBDXP->pfDataBase) != 1)
672 0 : return 1;
673 : }
674 :
675 299 : return 0;
676 : }
677 :
678 : static MM_BOOLEAN
679 299 : MM_OpenIfNeededAndUpdateEntireHeader(struct MM_DATA_BASE_XP *data_base_XP)
680 : {
681 : MM_BYTE variable_byte;
682 299 : MM_EXT_DBF_N_FIELDS i, j = 0;
683 299 : char zero[11] = {0};
684 299 : const MM_BYTE byte_zero = 0;
685 299 : char ModeLectura_previ[4] = "";
686 : MM_FIRST_RECORD_OFFSET_TYPE bytes_acumulats;
687 : MM_BYTE name_size;
688 : int estat;
689 : char nom_camp[MM_MAX_LON_FIELD_NAME_DBF];
690 : size_t retorn_fwrite;
691 :
692 299 : if (!data_base_XP)
693 0 : return FALSE;
694 :
695 299 : if (data_base_XP->pfDataBase == nullptr)
696 : {
697 188 : strcpy(ModeLectura_previ, data_base_XP->ReadingMode);
698 188 : strcpy(data_base_XP->ReadingMode, "wb+");
699 :
700 188 : if ((data_base_XP->pfDataBase =
701 188 : fopen_function(data_base_XP->szFileName,
702 : data_base_XP->ReadingMode)) == nullptr)
703 : {
704 0 : return FALSE;
705 : }
706 : }
707 : else
708 : {
709 : // If it's open we just update the header
710 111 : fseek_function(data_base_XP->pfDataBase, 0, SEEK_SET);
711 : }
712 :
713 299 : if ((data_base_XP->nFields) > MM_MAX_N_CAMPS_DBF_CLASSICA)
714 0 : data_base_XP->dbf_version = MM_MARCA_VERSIO_1_DBF_ESTESA;
715 299 : else if ((data_base_XP->nRecords) > UINT32_MAX)
716 0 : data_base_XP->dbf_version = MM_MARCA_VERSIO_1_DBF_ESTESA;
717 : else
718 : {
719 299 : if (data_base_XP->dbf_version == MM_MARCA_VERSIO_1_DBF_ESTESA)
720 23 : data_base_XP->dbf_version = MM_MARCA_DBASE4;
721 2167 : for (i = 0; i < data_base_XP->nFields; i++)
722 : {
723 1951 : if (data_base_XP->pField[i].FieldType == 'C' &&
724 334 : data_base_XP->pField[i].BytesPerField >
725 : MM_MAX_AMPLADA_CAMP_C_DBF_CLASSICA)
726 : {
727 0 : data_base_XP->dbf_version = MM_MARCA_VERSIO_1_DBF_ESTESA;
728 0 : break;
729 : }
730 1951 : if (MM_VALID_EXTENDED_DBF_NAME ==
731 1951 : MM_ISExtendedNameBD_XP(data_base_XP->pField[i].FieldName))
732 : {
733 83 : data_base_XP->dbf_version = MM_MARCA_VERSIO_1_DBF_ESTESA;
734 83 : break;
735 : }
736 : }
737 : }
738 :
739 : // Writing header
740 299 : fseek_function(data_base_XP->pfDataBase, 0, SEEK_SET);
741 :
742 : /* Byte 0 */
743 299 : if (fwrite_function(&(data_base_XP->dbf_version), 1, 1,
744 : data_base_XP->pfDataBase) != 1)
745 : {
746 0 : return FALSE;
747 : }
748 :
749 : /* MM_BYTE from 1 to 3 */
750 299 : variable_byte = (MM_BYTE)(data_base_XP->year - 1900);
751 299 : if (fwrite_function(&variable_byte, 1, 1, data_base_XP->pfDataBase) != 1)
752 0 : return FALSE;
753 299 : if (fwrite_function(&(data_base_XP->month), 1, 1,
754 : data_base_XP->pfDataBase) != 1)
755 0 : return FALSE;
756 299 : if (fwrite_function(&(data_base_XP->day), 1, 1, data_base_XP->pfDataBase) !=
757 : 1)
758 0 : return FALSE;
759 :
760 : /* from 4 a 7, position MM_FIRST_OFFSET_to_N_RECORDS */
761 : {
762 299 : GUInt32 nRecords32LowBits =
763 299 : (GUInt32)(data_base_XP->nRecords & UINT32_MAX);
764 299 : if (fwrite_function(&nRecords32LowBits, 4, 1,
765 : data_base_XP->pfDataBase) != 1)
766 0 : return FALSE;
767 : }
768 :
769 : /* from 8 a 9, position MM_PRIMER_OFFSET_a_OFFSET_1a_FITXA */
770 299 : if (fwrite_function(&(data_base_XP->FirstRecordOffset), 2, 1,
771 : data_base_XP->pfDataBase) != 1)
772 0 : return FALSE;
773 : /* from 10 to 11, & from 12 to 13 */
774 299 : if (MM_ES_DBF_ESTESA(data_base_XP->dbf_version))
775 : {
776 83 : if (fwrite_function(&(data_base_XP->BytesPerRecord),
777 : sizeof(MM_ACCUMULATED_BYTES_TYPE_DBF), 1,
778 : data_base_XP->pfDataBase) != 1)
779 0 : return FALSE;
780 : }
781 : else
782 : {
783 : /* from 10 to 11 */
784 216 : if (fwrite_function(&(data_base_XP->BytesPerRecord), 2, 1,
785 : data_base_XP->pfDataBase) != 1)
786 0 : return FALSE;
787 : /* from 12 to 13 */
788 216 : if (fwrite_function(&(data_base_XP->reserved_1), 2, 1,
789 : data_base_XP->pfDataBase) != 1)
790 0 : return FALSE;
791 : }
792 : /* byte 14 */
793 299 : if (fwrite_function(&(data_base_XP->transaction_flag), 1, 1,
794 : data_base_XP->pfDataBase) != 1)
795 0 : return FALSE;
796 : /* byte 15 */
797 299 : if (fwrite_function(&(data_base_XP->encryption_flag), 1, 1,
798 : data_base_XP->pfDataBase) != 1)
799 0 : return FALSE;
800 :
801 : /* from 16 to 27 */
802 299 : if (data_base_XP->nRecords > UINT32_MAX)
803 : {
804 : /* from 16 to 19, position MM_SECOND_OFFSET_to_N_RECORDS */
805 0 : GUInt32 nRecords32HighBits = (GUInt32)(data_base_XP->nRecords >> 32);
806 0 : if (fwrite_function(&nRecords32HighBits, 4, 1,
807 : data_base_XP->pfDataBase) != 1)
808 0 : return FALSE;
809 :
810 : /* from 20 to 27 */
811 0 : if (fwrite_function(&(data_base_XP->dbf_on_a_LAN), 8, 1,
812 : data_base_XP->pfDataBase) != 1)
813 0 : return FALSE;
814 : }
815 : else
816 : {
817 : /* from 16 to 27 */
818 299 : if (fwrite_function(&(data_base_XP->dbf_on_a_LAN), 12, 1,
819 : data_base_XP->pfDataBase) != 1)
820 0 : return FALSE;
821 : }
822 : /* byte 28 */
823 299 : if (fwrite_function(&(data_base_XP->MDX_flag), 1, 1,
824 : data_base_XP->pfDataBase) != 1)
825 0 : return FALSE;
826 :
827 : /* Byte 29 */
828 299 : if (fwrite_function(&(data_base_XP->CharSet), 1, 1,
829 : data_base_XP->pfDataBase) != 1)
830 0 : return FALSE;
831 :
832 : /* Bytes from 30 to 31, in position MM_SEGON_OFFSET_a_OFFSET_1a_FITXA */
833 299 : if (MM_ES_DBF_ESTESA(data_base_XP->dbf_version))
834 : {
835 83 : if (fwrite_function(((char *)&(data_base_XP->FirstRecordOffset)) + 2, 2,
836 : 1, data_base_XP->pfDataBase) != 1)
837 0 : return FALSE;
838 : }
839 : else
840 : {
841 216 : if (fwrite_function(&(data_base_XP->reserved_2), 2, 1,
842 : data_base_XP->pfDataBase) != 1)
843 0 : return FALSE;
844 : }
845 :
846 : /* At 32th byte fields description begins */
847 : /* Every description is 32 bytes long */
848 299 : bytes_acumulats = 32 + 32 * (data_base_XP->nFields) + 1;
849 :
850 2716 : for (i = 0; i < data_base_XP->nFields; i++)
851 : {
852 : /* Bytes from 0 to 10 -> Field name, \0 finished */
853 2417 : estat = MM_ISExtendedNameBD_XP(data_base_XP->pField[i].FieldName);
854 2417 : if (estat == NM_CLASSICAL_DBF_AND_VALID_NAME ||
855 : estat == MM_DBF_NAME_LOWERCASE_AND_VALID)
856 : {
857 2034 : j = (short)strlen(data_base_XP->pField[i].FieldName);
858 :
859 2034 : retorn_fwrite = fwrite_function(&data_base_XP->pField[i].FieldName,
860 : 1, j, data_base_XP->pfDataBase);
861 2034 : if (retorn_fwrite != (size_t)j)
862 : {
863 0 : return FALSE;
864 : }
865 2034 : MM_InitializeOffsetExtendedFieldNameFields(data_base_XP, i);
866 2034 : MM_InitializeBytesExtendedFieldNameFields(data_base_XP, i);
867 : }
868 383 : else if (estat == MM_VALID_EXTENDED_DBF_NAME)
869 : {
870 383 : if (*(data_base_XP->pField[i].ClassicalDBFFieldName) == '\0')
871 : {
872 : char nom_temp[MM_MAX_LON_FIELD_NAME_DBF];
873 :
874 83 : CPLStrlcpy(nom_temp, data_base_XP->pField[i].FieldName,
875 : MM_MAX_LON_FIELD_NAME_DBF);
876 83 : MM_ReturnValidClassicDBFFieldName(nom_temp);
877 83 : nom_temp[MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF - 1] = '\0';
878 83 : if ((MM_CheckClassicFieldNameEqual(data_base_XP, nom_temp)) ==
879 : TRUE)
880 : {
881 : char *c;
882 :
883 0 : c = MM_SetSubIndexFieldNam(
884 : nom_temp, i, MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF);
885 :
886 0 : if (c)
887 : {
888 0 : j = 0;
889 0 : while (MM_CheckClassicFieldNameEqual(data_base_XP, c) ==
890 0 : TRUE &&
891 0 : j < data_base_XP->nFields)
892 : {
893 0 : free_function(c);
894 0 : c = MM_SetSubIndexFieldNam(
895 : nom_temp, ++j,
896 : MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF);
897 : }
898 0 : if (c)
899 : {
900 0 : CPLStrlcpy(
901 0 : data_base_XP->pField[i].ClassicalDBFFieldName,
902 : c,
903 : sizeof(data_base_XP->pField[i]
904 : .ClassicalDBFFieldName));
905 0 : free_function(c);
906 : }
907 : }
908 : }
909 : else
910 83 : CPLStrlcpy(
911 83 : data_base_XP->pField[i].ClassicalDBFFieldName, nom_temp,
912 : sizeof(data_base_XP->pField[i].ClassicalDBFFieldName));
913 : }
914 :
915 : // This is a 11-byte fixed size field consisting of the filename
916 : // and it's been padding calculated some next lines.
917 383 : j = (short)strlen(data_base_XP->pField[i].ClassicalDBFFieldName);
918 :
919 : retorn_fwrite =
920 383 : fwrite_function(&data_base_XP->pField[i].ClassicalDBFFieldName,
921 : 1, j, data_base_XP->pfDataBase);
922 383 : if (retorn_fwrite != (size_t)j)
923 : {
924 0 : return FALSE;
925 : }
926 :
927 : name_size =
928 383 : MM_CalculateBytesExtendedFieldName(data_base_XP->pField + i);
929 383 : MM_EscriuOffsetNomEstesBD_XP(data_base_XP, i, bytes_acumulats);
930 383 : bytes_acumulats += name_size;
931 : }
932 : else
933 : {
934 0 : return FALSE;
935 : }
936 :
937 2417 : if (fwrite_function(zero, 1, 11 - j, data_base_XP->pfDataBase) !=
938 2417 : 11 - (size_t)j)
939 : {
940 0 : return FALSE;
941 : }
942 : /* Byte 11, Field type */
943 2417 : if (fwrite_function(&data_base_XP->pField[i].FieldType, 1, 1,
944 : data_base_XP->pfDataBase) != 1)
945 : {
946 0 : return FALSE;
947 : }
948 : /* Bytes 12 to 15 --> Reserved */
949 2417 : if (fwrite_function(&data_base_XP->pField[i].reserved_1, 4, 1,
950 : data_base_XP->pfDataBase) != 1)
951 : {
952 0 : return FALSE;
953 : }
954 : /* Byte 16, or OFFSET_BYTESxCAMP_CAMP_CLASSIC --> BytesPerField */
955 2417 : if (MM_ES_DBF_ESTESA(data_base_XP->dbf_version) &&
956 1073 : data_base_XP->pField[i].FieldType == 'C')
957 : {
958 166 : if (fwrite_function((void *)&byte_zero, 1, 1,
959 : data_base_XP->pfDataBase) != 1)
960 : {
961 0 : return FALSE;
962 : }
963 : }
964 : else
965 : {
966 2251 : if (fwrite_function(&data_base_XP->pField[i].BytesPerField, 1, 1,
967 : data_base_XP->pfDataBase) != 1)
968 : {
969 0 : return FALSE;
970 : }
971 : }
972 : /* 17th byte 17 --> In fields of type 'N' and 'F' indicates decimal places.*/
973 2417 : if (data_base_XP->pField[i].FieldType == 'N' ||
974 681 : data_base_XP->pField[i].FieldType == 'F')
975 : {
976 1736 : if (fwrite_function(&data_base_XP->pField[i].DecimalsIfFloat, 1, 1,
977 : data_base_XP->pfDataBase) != 1)
978 : {
979 0 : return FALSE;
980 : }
981 : }
982 : else
983 : {
984 681 : if (fwrite_function(zero, 1, 1, data_base_XP->pfDataBase) != 1)
985 : {
986 0 : return FALSE;
987 : }
988 : }
989 2417 : if (MM_ES_DBF_ESTESA(data_base_XP->dbf_version) &&
990 1073 : data_base_XP->pField[i].FieldType == 'C')
991 : {
992 : /* Bytes from 18 to 20 --> Reserved */
993 166 : if (fwrite_function(&data_base_XP->pField[i].reserved_2,
994 : 20 - 18 + 1, 1, data_base_XP->pfDataBase) != 1)
995 : {
996 0 : return FALSE;
997 : }
998 : /* Bytes from 21 to 24 --> OFFSET_BYTESxCAMP_CAMP_ESPECIAL, special fields, like C
999 : in extended DBF */
1000 166 : if (fwrite_function(&data_base_XP->pField[i].BytesPerField,
1001 : sizeof(MM_BYTES_PER_FIELD_TYPE_DBF), 1,
1002 : data_base_XP->pfDataBase) != 1)
1003 : {
1004 0 : return FALSE;
1005 : }
1006 :
1007 : /* Bytes from 25 to 30 --> Reserved */
1008 166 : if (fwrite_function(&data_base_XP->pField[i].reserved_2[25 - 18],
1009 : 30 - 25 + 1, 1, data_base_XP->pfDataBase) != 1)
1010 : {
1011 0 : return FALSE;
1012 : }
1013 : }
1014 : else
1015 : {
1016 : /* Bytes de 21 a 24 --> OFFSET_BYTESxCAMP_CAMP_ESPECIAL, special fields, like C */
1017 2251 : memset(data_base_XP->pField[i].reserved_2 +
1018 : MM_OFFSET_RESERVAT2_BYTESxCAMP_CAMP_ESPECIAL,
1019 : '\0', 4);
1020 : /* Bytes from 18 to 30 --> Reserved */
1021 2251 : if (fwrite_function(&data_base_XP->pField[i].reserved_2, 13, 1,
1022 : data_base_XP->pfDataBase) != 1)
1023 : {
1024 0 : return FALSE;
1025 : }
1026 : }
1027 : /* Byte 31 --> MDX flag. */
1028 2417 : if (fwrite_function(&data_base_XP->pField[i].MDX_field_flag, 1, 1,
1029 : data_base_XP->pfDataBase) != 1)
1030 : {
1031 0 : return FALSE;
1032 : }
1033 : }
1034 :
1035 299 : variable_byte = 13;
1036 299 : if (fwrite_function(&variable_byte, 1, 1, data_base_XP->pfDataBase) != 1)
1037 0 : return FALSE;
1038 :
1039 299 : if (data_base_XP->FirstRecordOffset != bytes_acumulats)
1040 0 : return FALSE;
1041 :
1042 : // Extended fields
1043 2716 : for (i = 0; i < data_base_XP->nFields; i++)
1044 : {
1045 2417 : if (MM_VALID_EXTENDED_DBF_NAME ==
1046 2417 : MM_ISExtendedNameBD_XP(data_base_XP->pField[i].FieldName))
1047 : {
1048 383 : bytes_acumulats =
1049 383 : MM_GiveOffsetExtendedFieldName(data_base_XP->pField + i);
1050 383 : name_size = MM_DonaBytesNomEstesCamp(data_base_XP->pField + i);
1051 :
1052 383 : fseek_function(data_base_XP->pfDataBase, bytes_acumulats, SEEK_SET);
1053 :
1054 383 : strcpy(nom_camp, data_base_XP->pField[i].FieldName);
1055 : //CanviaJocCaracPerEscriureDBF(nom_camp, JocCaracDBFaMM(data_base_XP->CharSet, ParMM.JocCaracDBFPerDefecte));
1056 :
1057 383 : retorn_fwrite = fwrite_function(nom_camp, 1, name_size,
1058 : data_base_XP->pfDataBase);
1059 :
1060 383 : if (retorn_fwrite != (size_t)name_size)
1061 0 : return FALSE;
1062 : }
1063 : }
1064 :
1065 299 : return TRUE;
1066 : } /* End of MM_OpenIfNeededAndUpdateEntireHeader() */
1067 :
1068 188 : MM_BOOLEAN MM_CreateAndOpenDBFFile(struct MM_DATA_BASE_XP *bd_xp,
1069 : const char *NomFitxer)
1070 : {
1071 : time_t currentTime;
1072 :
1073 188 : if (!NomFitxer || MMIsEmptyString(NomFitxer) || !bd_xp)
1074 0 : return FALSE;
1075 :
1076 188 : MM_CheckDBFHeader(bd_xp);
1077 :
1078 : // Setting the current date
1079 188 : currentTime = time(nullptr);
1080 : #ifdef GDAL_COMPILATION
1081 : {
1082 : struct tm ltime;
1083 188 : VSILocalTime(¤tTime, <ime);
1084 :
1085 188 : bd_xp->year = (short int)(ltime.tm_year + 1900);
1086 188 : bd_xp->month = (MM_BYTE)(ltime.tm_mon + 1);
1087 188 : bd_xp->day = (MM_BYTE)ltime.tm_mday;
1088 : }
1089 : #else
1090 : {
1091 : struct tm *pLocalTime;
1092 : pLocalTime = localtime(¤tTime);
1093 :
1094 : bd_xp->year = pLocalTime->tm_year + 1900;
1095 : bd_xp->month = pLocalTime->tm_mon + 1;
1096 : bd_xp->day = pLocalTime->tm_mday;
1097 : }
1098 : #endif
1099 :
1100 188 : CPLStrlcpy(bd_xp->szFileName, NomFitxer, sizeof(bd_xp->szFileName));
1101 188 : return MM_OpenIfNeededAndUpdateEntireHeader(bd_xp);
1102 : }
1103 :
1104 303 : void MM_ReleaseMainFields(struct MM_DATA_BASE_XP *data_base_XP)
1105 : {
1106 : MM_EXT_DBF_N_FIELDS i;
1107 : size_t j;
1108 : char **szChain;
1109 :
1110 303 : if (data_base_XP->pField)
1111 : {
1112 2567 : for (i = 0; i < data_base_XP->nFields; i++)
1113 : {
1114 11325 : for (j = 0; j < MM_NUM_IDIOMES_MD_MULTIDIOMA; j++)
1115 : {
1116 9060 : szChain = data_base_XP->pField[i].Separator;
1117 9060 : if (szChain[j])
1118 : {
1119 0 : free_function(szChain[j]);
1120 0 : szChain[j] = nullptr;
1121 : }
1122 : }
1123 : }
1124 302 : free_function(data_base_XP->pField);
1125 302 : data_base_XP->pField = nullptr;
1126 302 : data_base_XP->nFields = 0;
1127 : }
1128 303 : return;
1129 : }
1130 :
1131 : // READING THE HEADER OF AN EXTENDED DBF
1132 : // Free with MM_ReleaseDBFHeader()
1133 115 : int MM_ReadExtendedDBFHeaderFromFile(const char *szFileName,
1134 : struct MM_DATA_BASE_XP *pMMBDXP,
1135 : const char *pszRelFile)
1136 : {
1137 : MM_BYTE variable_byte;
1138 : FILE_TYPE *pf;
1139 : unsigned short int two_bytes;
1140 : MM_EXT_DBF_N_FIELDS nIField;
1141 : uint16_t offset_primera_fitxa;
1142 115 : MM_FIRST_RECORD_OFFSET_TYPE offset_fals = 0;
1143 115 : MM_BOOLEAN incoherent_record_size = FALSE;
1144 : MM_BYTE un_byte;
1145 : MM_BYTES_PER_FIELD_TYPE_DBF bytes_per_camp;
1146 : MM_BYTE tretze_bytes[13];
1147 : MM_FIRST_RECORD_OFFSET_TYPE offset_possible;
1148 115 : MM_BYTE some_problems_when_reading = 0;
1149 115 : MM_FILE_OFFSET offset_reintent = 0; // For retrying
1150 : char cpg_file[MM_CPL_PATH_BUF_SIZE];
1151 : char *pszDesc;
1152 : char section[MM_MAX_LON_FIELD_NAME_DBF + 25]; // TAULA_PRINCIPAL:field_name
1153 : GUInt32 nRecords32LowBits;
1154 : char *pszString;
1155 :
1156 115 : if (!szFileName || !pMMBDXP)
1157 0 : return 1;
1158 :
1159 115 : CPLStrlcpy(pMMBDXP->szFileName, szFileName, sizeof(pMMBDXP->szFileName));
1160 115 : strcpy(pMMBDXP->ReadingMode, "rb");
1161 :
1162 115 : if ((pMMBDXP->pfDataBase = fopen_function(pMMBDXP->szFileName,
1163 : pMMBDXP->ReadingMode)) == nullptr)
1164 1 : return 1;
1165 :
1166 114 : pf = pMMBDXP->pfDataBase;
1167 :
1168 114 : fseek_function(pf, 0, SEEK_SET);
1169 : /* ====== Header reading (32 bytes) =================== */
1170 114 : offset_primera_fitxa = 0;
1171 :
1172 228 : if (1 != fread_function(&(pMMBDXP->dbf_version), 1, 1, pf) ||
1173 228 : 1 != fread_function(&variable_byte, 1, 1, pf) ||
1174 228 : 1 != fread_function(&(pMMBDXP->month), 1, 1, pf) ||
1175 114 : 1 != fread_function(&(pMMBDXP->day), 1, 1, pf))
1176 : {
1177 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1178 0 : return 1;
1179 : }
1180 :
1181 114 : if (1 != fread_function(&nRecords32LowBits, 4, 1, pf))
1182 : {
1183 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1184 0 : return 1;
1185 : }
1186 :
1187 114 : if (1 != fread_function(&offset_primera_fitxa, 2, 1, pf))
1188 : {
1189 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1190 0 : return 1;
1191 : }
1192 :
1193 114 : pMMBDXP->year = (short)(1900 + variable_byte);
1194 114 : reintenta_lectura_per_si_error_CreaCampBD_XP:
1195 :
1196 114 : if (some_problems_when_reading > 0)
1197 : {
1198 0 : if (!MM_ES_DBF_ESTESA(pMMBDXP->dbf_version))
1199 : {
1200 0 : offset_fals =
1201 0 : offset_primera_fitxa & (MM_FIRST_RECORD_OFFSET_TYPE)(~31);
1202 : }
1203 : }
1204 : else
1205 114 : offset_reintent = ftell_function(pf);
1206 :
1207 228 : if (1 != fread_function(&two_bytes, 2, 1, pf) ||
1208 228 : 1 != fread_function(&(pMMBDXP->reserved_1), 2, 1, pf) ||
1209 228 : 1 != fread_function(&(pMMBDXP->transaction_flag), 1, 1, pf) ||
1210 228 : 1 != fread_function(&(pMMBDXP->encryption_flag), 1, 1, pf) ||
1211 114 : 1 != fread_function(&(pMMBDXP->dbf_on_a_LAN), 12, 1, pf))
1212 : {
1213 0 : free_function(pMMBDXP->pField);
1214 0 : pMMBDXP->pField = nullptr;
1215 0 : pMMBDXP->nFields = 0;
1216 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1217 0 : return 1;
1218 : }
1219 :
1220 114 : if (MM_ES_DBF_ESTESA(pMMBDXP->dbf_version))
1221 : {
1222 : GUInt32 nRecords32HighBits;
1223 :
1224 : // Getting 4 bytes of the 8 bytes variable
1225 37 : memcpy(&nRecords32HighBits, &pMMBDXP->dbf_on_a_LAN, 4);
1226 :
1227 : // Getting other 4 bytes of the 8 bytes variable
1228 : // The cast to GUInt64 of the high 32 bits is important to
1229 : // make sure the left bit shift is done correctly
1230 37 : pMMBDXP->nRecords =
1231 37 : ((GUInt64)nRecords32HighBits << 32) | nRecords32LowBits;
1232 : }
1233 : else
1234 77 : pMMBDXP->nRecords = nRecords32LowBits;
1235 :
1236 228 : if (1 != fread_function(&(pMMBDXP->MDX_flag), 1, 1, pf) ||
1237 228 : 1 != fread_function(&(pMMBDXP->CharSet), 1, 1, pf) ||
1238 114 : 1 != fread_function(&(pMMBDXP->reserved_2), 2, 1, pf))
1239 : {
1240 0 : free_function(pMMBDXP->pField);
1241 0 : pMMBDXP->pField = nullptr;
1242 0 : pMMBDXP->nFields = 0;
1243 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1244 0 : return 1;
1245 : }
1246 :
1247 : // Checking for a cpg file
1248 114 : if (pMMBDXP->CharSet == 0)
1249 : {
1250 : FILE_TYPE *f_cpg;
1251 : char charset_cpg[11];
1252 :
1253 3 : strcpy(cpg_file, pMMBDXP->szFileName);
1254 3 : CPLStrlcpy(cpg_file, reset_extension(cpg_file, "cpg"),
1255 : sizeof(cpg_file));
1256 3 : f_cpg = fopen_function(cpg_file, "r");
1257 3 : if (f_cpg)
1258 : {
1259 : char *p;
1260 : size_t read_bytes;
1261 0 : fseek_function(f_cpg, 0L, SEEK_SET);
1262 0 : if (11 > (read_bytes = fread_function(charset_cpg, 1, 10, f_cpg)))
1263 : {
1264 0 : charset_cpg[read_bytes] = '\0';
1265 0 : p = strstr(charset_cpg, "UTF-8");
1266 0 : if (p)
1267 0 : pMMBDXP->CharSet = MM_JOC_CARAC_UTF8_DBF;
1268 0 : p = strstr(charset_cpg, "UTF8");
1269 0 : if (p)
1270 0 : pMMBDXP->CharSet = MM_JOC_CARAC_UTF8_DBF;
1271 0 : p = strstr(charset_cpg, "ISO-8859-1");
1272 0 : if (p)
1273 0 : pMMBDXP->CharSet = MM_JOC_CARAC_ANSI_DBASE;
1274 : }
1275 0 : fclose_function(f_cpg);
1276 : }
1277 : }
1278 114 : if (MM_ES_DBF_ESTESA(pMMBDXP->dbf_version))
1279 : {
1280 : unsigned short FirstRecordOffsetLow16Bits;
1281 : unsigned short FirstRecordOffsetHigh16Bits;
1282 : GUInt32 nTmp;
1283 :
1284 37 : memcpy(&FirstRecordOffsetLow16Bits, &offset_primera_fitxa, 2);
1285 37 : memcpy(&FirstRecordOffsetHigh16Bits, &pMMBDXP->reserved_2, 2);
1286 :
1287 37 : nTmp = ((GUInt32)FirstRecordOffsetHigh16Bits << 16) |
1288 : FirstRecordOffsetLow16Bits;
1289 37 : if (nTmp > INT32_MAX)
1290 : {
1291 0 : free_function(pMMBDXP->pField);
1292 0 : pMMBDXP->pField = nullptr;
1293 0 : pMMBDXP->nFields = 0;
1294 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1295 0 : return 1;
1296 : }
1297 37 : pMMBDXP->FirstRecordOffset = (MM_FIRST_RECORD_OFFSET_TYPE)nTmp;
1298 :
1299 37 : if (some_problems_when_reading > 0)
1300 0 : offset_fals = pMMBDXP->FirstRecordOffset;
1301 :
1302 37 : memcpy(&FirstRecordOffsetLow16Bits, &two_bytes, 2);
1303 37 : memcpy(&FirstRecordOffsetHigh16Bits, &pMMBDXP->reserved_1, 2);
1304 :
1305 37 : pMMBDXP->BytesPerRecord = ((GUInt32)FirstRecordOffsetHigh16Bits << 16) |
1306 : FirstRecordOffsetLow16Bits;
1307 : }
1308 : else
1309 : {
1310 77 : pMMBDXP->FirstRecordOffset = offset_primera_fitxa;
1311 77 : pMMBDXP->BytesPerRecord = two_bytes;
1312 : }
1313 :
1314 : /* ====== Record structure ========================= */
1315 :
1316 114 : if (some_problems_when_reading > 0)
1317 : {
1318 0 : if (offset_fals < 1 + 32)
1319 0 : pMMBDXP->nFields = 0;
1320 : else
1321 0 : pMMBDXP->nFields =
1322 0 : (MM_EXT_DBF_N_FIELDS)(((offset_fals - 1) - 32) / 32);
1323 : }
1324 : else
1325 : {
1326 : // There's a chance that bytes_acumulats could overflow if it's GUInt32.
1327 : // For that reason it's better to promote to GUInt64.
1328 114 : GUInt64 bytes_acumulats = 1;
1329 :
1330 114 : pMMBDXP->nFields = 0;
1331 :
1332 114 : fseek_function(pf, 0, SEEK_END);
1333 114 : if (32 - 1 < ftell_function(pf))
1334 : {
1335 114 : fseek_function(pf, 32, SEEK_SET);
1336 : do
1337 : {
1338 1064 : bytes_per_camp = 0;
1339 1064 : fseek_function(
1340 : pf,
1341 : 32 + (MM_FILE_OFFSET)pMMBDXP->nFields * 32 +
1342 : (MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF + 1 + 4),
1343 : SEEK_SET);
1344 2128 : if (1 != fread_function(&bytes_per_camp, 1, 1, pf) ||
1345 2128 : 1 != fread_function(&un_byte, 1, 1, pf) ||
1346 1064 : 1 != fread_function(&tretze_bytes,
1347 : 3 + sizeof(bytes_per_camp), 1, pf))
1348 : {
1349 0 : free_function(pMMBDXP->pField);
1350 0 : pMMBDXP->pField = nullptr;
1351 0 : pMMBDXP->nFields = 0;
1352 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1353 0 : return 1;
1354 : }
1355 1064 : if (bytes_per_camp == 0)
1356 74 : memcpy(&bytes_per_camp, (char *)(&tretze_bytes) + 3,
1357 : sizeof(bytes_per_camp));
1358 :
1359 1064 : bytes_acumulats += bytes_per_camp;
1360 1064 : pMMBDXP->nFields++;
1361 1064 : } while (bytes_acumulats < pMMBDXP->BytesPerRecord);
1362 : }
1363 : }
1364 :
1365 114 : if (pMMBDXP->nFields != 0)
1366 : {
1367 114 : free_function(pMMBDXP->pField);
1368 114 : pMMBDXP->pField = MM_CreateAllFields(pMMBDXP->nFields);
1369 114 : if (!pMMBDXP->pField)
1370 : {
1371 0 : pMMBDXP->nFields = 0;
1372 0 : fclose_and_nullify(&pMMBDXP->pfDataBase);
1373 0 : return 1;
1374 : }
1375 : }
1376 : else
1377 : {
1378 0 : free_function(pMMBDXP->pField);
1379 0 : pMMBDXP->pField = nullptr;
1380 : }
1381 :
1382 114 : fseek_function(pf, 32, SEEK_SET);
1383 1178 : for (nIField = 0; nIField < pMMBDXP->nFields; nIField++)
1384 : {
1385 1064 : if (1 != fread_function(pMMBDXP->pField[nIField].FieldName,
1386 1064 : MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF, 1, pf) ||
1387 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].FieldType), 1, 1,
1388 1064 : pf) ||
1389 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].reserved_1), 4, 1,
1390 1064 : pf) ||
1391 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].BytesPerField), 1, 1,
1392 1064 : pf) ||
1393 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].DecimalsIfFloat), 1,
1394 1064 : 1, pf) ||
1395 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].reserved_2), 13, 1,
1396 1064 : pf) ||
1397 1064 : 1 != fread_function(&(pMMBDXP->pField[nIField].MDX_field_flag), 1,
1398 : 1, pf))
1399 : {
1400 0 : free_function(pMMBDXP->pField);
1401 0 : pMMBDXP->pField = nullptr;
1402 0 : pMMBDXP->nFields = 0;
1403 0 : fclose_function(pf);
1404 0 : pMMBDXP->pfDataBase = nullptr;
1405 0 : return 1;
1406 : }
1407 :
1408 1064 : if (pMMBDXP->pField[nIField].FieldType == 'F')
1409 0 : pMMBDXP->pField[nIField].FieldType = 'N';
1410 :
1411 1064 : pMMBDXP->pField[nIField]
1412 1064 : .FieldName[MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF - 1] = '\0';
1413 1064 : if (EQUAL(pMMBDXP->pField[nIField].FieldName,
1414 : szMMNomCampIdGraficDefecte))
1415 114 : pMMBDXP->IdGraficField = nIField;
1416 :
1417 : // Limit BytesPerField to avoid later integer overflows
1418 : // We could potentially limit further...
1419 1064 : if (pMMBDXP->pField[nIField].BytesPerField > (uint32_t)(INT32_MAX - 1))
1420 : {
1421 0 : free_function(pMMBDXP->pField);
1422 0 : pMMBDXP->pField = nullptr;
1423 0 : pMMBDXP->nFields = 0;
1424 0 : fclose_function(pf);
1425 0 : pMMBDXP->pfDataBase = nullptr;
1426 0 : return 1;
1427 : }
1428 :
1429 1064 : if (pMMBDXP->pField[nIField].BytesPerField == 0)
1430 : {
1431 74 : if (!MM_ES_DBF_ESTESA(pMMBDXP->dbf_version))
1432 : {
1433 0 : free_function(pMMBDXP->pField);
1434 0 : pMMBDXP->pField = nullptr;
1435 0 : pMMBDXP->nFields = 0;
1436 0 : fclose_function(pf);
1437 0 : pMMBDXP->pfDataBase = nullptr;
1438 0 : return 1;
1439 : }
1440 74 : if (pMMBDXP->pField[nIField].FieldType != 'C')
1441 : {
1442 0 : free_function(pMMBDXP->pField);
1443 0 : pMMBDXP->pField = nullptr;
1444 0 : pMMBDXP->nFields = 0;
1445 0 : fclose_function(pf);
1446 0 : pMMBDXP->pfDataBase = nullptr;
1447 0 : return 1;
1448 : }
1449 :
1450 74 : memcpy(&pMMBDXP->pField[nIField].BytesPerField,
1451 74 : (char *)(&pMMBDXP->pField[nIField].reserved_2) + 3,
1452 : sizeof(MM_BYTES_PER_FIELD_TYPE_DBF));
1453 : }
1454 :
1455 1064 : if (nIField)
1456 : {
1457 : // To avoid overflow
1458 950 : if (pMMBDXP->pField[nIField - 1].AccumulatedBytes >
1459 950 : UINT32_MAX - pMMBDXP->pField[nIField - 1].BytesPerField)
1460 : {
1461 0 : free_function(pMMBDXP->pField);
1462 0 : pMMBDXP->pField = nullptr;
1463 0 : pMMBDXP->nFields = 0;
1464 0 : fclose_function(pf);
1465 0 : pMMBDXP->pfDataBase = nullptr;
1466 0 : return 1;
1467 : }
1468 :
1469 950 : pMMBDXP->pField[nIField].AccumulatedBytes =
1470 950 : (pMMBDXP->pField[nIField - 1].AccumulatedBytes +
1471 950 : pMMBDXP->pField[nIField - 1].BytesPerField);
1472 : }
1473 : else
1474 : {
1475 114 : pMMBDXP->pField[nIField].AccumulatedBytes = 1;
1476 : }
1477 :
1478 1064 : if (pszRelFile)
1479 : {
1480 : // Usually, in multilingual MiraMon metadata files, the main
1481 : // language is the default one and has no "_cat", "_spa", or
1482 : // "_eng" suffix after the keyword. So, to retrieve all
1483 : // languages in a multilingual file, first, we'll identify
1484 : // the one with no suffix "_cat", "_spa", or "_eng", and then the
1485 : // others. If one of them lacks a value, it gets the default value.
1486 1064 : snprintf(section, sizeof(section), "TAULA_PRINCIPAL:%s",
1487 1064 : pMMBDXP->pField[nIField].FieldName);
1488 :
1489 : // MM_DEF_LANGUAGE
1490 1064 : pszDesc = MMReturnValueFromSectionINIFile(pszRelFile, section,
1491 : "descriptor");
1492 1064 : if (pszDesc)
1493 : {
1494 596 : CPLStrlcpy(
1495 596 : pMMBDXP->pField[nIField].FieldDescription[MM_DEF_LANGUAGE],
1496 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1497 :
1498 596 : free_function(pszDesc);
1499 : }
1500 : else
1501 468 : *pMMBDXP->pField[nIField].FieldDescription[MM_DEF_LANGUAGE] =
1502 : '\0';
1503 :
1504 : // MM_ENG_LANGUAGE
1505 1064 : pszDesc = MMReturnValueFromSectionINIFile(pszRelFile, section,
1506 : "descriptor_eng");
1507 1064 : if (pszDesc)
1508 : {
1509 70 : CPLStrlcpy(
1510 70 : pMMBDXP->pField[nIField].FieldDescription[MM_ENG_LANGUAGE],
1511 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1512 :
1513 70 : if (*pMMBDXP->pField[nIField]
1514 : .FieldDescription[MM_DEF_LANGUAGE] == '\0')
1515 : {
1516 0 : CPLStrlcpy(pMMBDXP->pField[nIField]
1517 0 : .FieldDescription[MM_DEF_LANGUAGE],
1518 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1519 : }
1520 70 : free_function(pszDesc);
1521 : }
1522 : else
1523 : {
1524 : // If there is no value descriptor_eng it's because it's the
1525 : // default one. So, it's taken from there.
1526 994 : CPLStrlcpy(
1527 994 : pMMBDXP->pField[nIField].FieldDescription[MM_ENG_LANGUAGE],
1528 994 : pMMBDXP->pField[nIField].FieldDescription[MM_DEF_LANGUAGE],
1529 : MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1530 : }
1531 :
1532 : // MM_CAT_LANGUAGE
1533 1064 : pszDesc = MMReturnValueFromSectionINIFile(pszRelFile, section,
1534 : "descriptor_cat");
1535 1064 : if (pszDesc)
1536 : {
1537 0 : CPLStrlcpy(
1538 0 : pMMBDXP->pField[nIField].FieldDescription[MM_CAT_LANGUAGE],
1539 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1540 :
1541 0 : if (*pMMBDXP->pField[nIField]
1542 : .FieldDescription[MM_DEF_LANGUAGE] == '\0')
1543 : {
1544 0 : CPLStrlcpy(pMMBDXP->pField[nIField]
1545 0 : .FieldDescription[MM_DEF_LANGUAGE],
1546 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1547 : }
1548 :
1549 0 : free_function(pszDesc);
1550 : }
1551 : else
1552 : {
1553 : // If there is no value descriptor_cat it's because it's the
1554 : // default one. So, it's taken from there.
1555 1064 : CPLStrlcpy(
1556 1064 : pMMBDXP->pField[nIField].FieldDescription[MM_CAT_LANGUAGE],
1557 1064 : pMMBDXP->pField[nIField].FieldDescription[MM_DEF_LANGUAGE],
1558 : MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1559 : }
1560 :
1561 : // MM_SPA_LANGUAGE
1562 1064 : pszDesc = MMReturnValueFromSectionINIFile(pszRelFile, section,
1563 : "descriptor_spa");
1564 1064 : if (pszDesc)
1565 : {
1566 70 : CPLStrlcpy(
1567 70 : pMMBDXP->pField[nIField].FieldDescription[MM_SPA_LANGUAGE],
1568 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1569 :
1570 70 : if (*pMMBDXP->pField[nIField]
1571 : .FieldDescription[MM_DEF_LANGUAGE] == '\0')
1572 : {
1573 0 : CPLStrlcpy(pMMBDXP->pField[nIField]
1574 0 : .FieldDescription[MM_DEF_LANGUAGE],
1575 : pszDesc, MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1576 : }
1577 :
1578 70 : free_function(pszDesc);
1579 : }
1580 : else
1581 : {
1582 : // If there is no value descriptor_spa it's because it's the
1583 : // default one. So, it's taken from there.
1584 994 : CPLStrlcpy(
1585 994 : pMMBDXP->pField[nIField].FieldDescription[MM_SPA_LANGUAGE],
1586 994 : pMMBDXP->pField[nIField].FieldDescription[MM_DEF_LANGUAGE],
1587 : MM_MAX_LON_DESCRIPCIO_CAMP_DBF);
1588 : }
1589 : }
1590 : }
1591 :
1592 114 : if (!pMMBDXP->nFields)
1593 : {
1594 0 : if (pMMBDXP->BytesPerRecord)
1595 0 : incoherent_record_size = TRUE;
1596 : }
1597 : else
1598 : {
1599 : // To avoid overflow
1600 114 : if (pMMBDXP->pField[pMMBDXP->nFields - 1].AccumulatedBytes >
1601 114 : UINT32_MAX - pMMBDXP->pField[pMMBDXP->nFields - 1].BytesPerField)
1602 : {
1603 0 : free_function(pMMBDXP->pField);
1604 0 : pMMBDXP->pField = nullptr;
1605 0 : pMMBDXP->nFields = 0;
1606 0 : fclose_function(pf);
1607 0 : pMMBDXP->pfDataBase = nullptr;
1608 0 : return 1;
1609 : }
1610 114 : if (pMMBDXP->pField[pMMBDXP->nFields - 1].BytesPerField +
1611 114 : pMMBDXP->pField[pMMBDXP->nFields - 1].AccumulatedBytes >
1612 114 : pMMBDXP->BytesPerRecord)
1613 0 : incoherent_record_size = TRUE;
1614 : }
1615 114 : if (incoherent_record_size)
1616 : {
1617 0 : if (some_problems_when_reading == 0)
1618 : {
1619 0 : incoherent_record_size = FALSE;
1620 0 : fseek_function(pf, offset_reintent, SEEK_SET);
1621 0 : some_problems_when_reading++;
1622 : /* Reset IdGraficField as it might no longer be valid */
1623 0 : pMMBDXP->IdGraficField = 0;
1624 0 : goto reintenta_lectura_per_si_error_CreaCampBD_XP;
1625 : }
1626 : else
1627 : {
1628 0 : free_function(pMMBDXP->pField);
1629 0 : pMMBDXP->pField = nullptr;
1630 0 : pMMBDXP->nFields = 0;
1631 0 : fclose_function(pf);
1632 0 : pMMBDXP->pfDataBase = nullptr;
1633 0 : return 1;
1634 : }
1635 : }
1636 :
1637 114 : offset_possible = 32 + 32 * (pMMBDXP->nFields) + 1;
1638 :
1639 114 : if (!incoherent_record_size &&
1640 114 : offset_possible != pMMBDXP->FirstRecordOffset)
1641 : { // Extended names
1642 : MM_FIRST_RECORD_OFFSET_TYPE offset_nom_camp;
1643 : int mida_nom;
1644 :
1645 352 : for (nIField = 0; nIField < pMMBDXP->nFields; nIField++)
1646 : {
1647 : offset_nom_camp =
1648 315 : MM_GiveOffsetExtendedFieldName(pMMBDXP->pField + nIField);
1649 315 : mida_nom = MM_DonaBytesNomEstesCamp(pMMBDXP->pField + nIField);
1650 315 : if (mida_nom > 0 && mida_nom < MM_MAX_LON_FIELD_NAME_DBF &&
1651 93 : offset_nom_camp >= offset_possible &&
1652 93 : offset_nom_camp < pMMBDXP->FirstRecordOffset)
1653 : {
1654 93 : CPLStrlcpy(pMMBDXP->pField[nIField].ClassicalDBFFieldName,
1655 93 : pMMBDXP->pField[nIField].FieldName,
1656 : MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF);
1657 93 : fseek_function(pf, offset_nom_camp, SEEK_SET);
1658 93 : if (1 != fread_function(pMMBDXP->pField[nIField].FieldName,
1659 : mida_nom, 1, pf))
1660 : {
1661 0 : free_function(pMMBDXP->pField);
1662 0 : pMMBDXP->pField = nullptr;
1663 0 : pMMBDXP->nFields = 0;
1664 0 : fclose_function(pf);
1665 0 : pMMBDXP->pfDataBase = nullptr;
1666 0 : return 1;
1667 : }
1668 93 : pMMBDXP->pField[nIField].FieldName[mida_nom] = '\0';
1669 :
1670 : // All field names to UTF-8
1671 93 : if (pMMBDXP->CharSet == MM_JOC_CARAC_ANSI_DBASE)
1672 : {
1673 : pszString =
1674 73 : CPLRecode_function(pMMBDXP->pField[nIField].FieldName,
1675 : CPL_ENC_ISO8859_1, CPL_ENC_UTF8);
1676 73 : CPLStrlcpy(pMMBDXP->pField[nIField].FieldName, pszString,
1677 : MM_MAX_LON_FIELD_NAME_DBF);
1678 73 : CPLFree_function(pszString);
1679 : }
1680 20 : else if (pMMBDXP->CharSet == MM_JOC_CARAC_OEM850_DBASE)
1681 : {
1682 15 : MM_oemansi(pMMBDXP->pField[nIField].FieldName);
1683 : pszString =
1684 15 : CPLRecode_function(pMMBDXP->pField[nIField].FieldName,
1685 : CPL_ENC_ISO8859_1, CPL_ENC_UTF8);
1686 15 : CPLStrlcpy(pMMBDXP->pField[nIField].FieldName, pszString,
1687 : MM_MAX_LON_FIELD_NAME_DBF - 1);
1688 15 : CPLFree_function(pszString);
1689 : }
1690 : }
1691 : }
1692 : }
1693 :
1694 114 : pMMBDXP->IdEntityField = MM_MAX_EXT_DBF_N_FIELDS_TYPE;
1695 114 : return 0;
1696 : } // End of MM_ReadExtendedDBFHeaderFromFile()
1697 :
1698 303 : void MM_ReleaseDBFHeader(struct MM_DATA_BASE_XP **data_base_XP)
1699 : {
1700 303 : if (!data_base_XP)
1701 0 : return;
1702 303 : if (!*data_base_XP)
1703 0 : return;
1704 :
1705 303 : MM_ReleaseMainFields(*data_base_XP);
1706 303 : free_function(*data_base_XP);
1707 303 : *data_base_XP = nullptr;
1708 :
1709 303 : return;
1710 : }
1711 :
1712 564 : int MM_ModifyFieldNameAndDescriptorIfPresentBD_XP(
1713 : struct MM_FIELD *camp, struct MM_DATA_BASE_XP *bd_xp,
1714 : MM_BOOLEAN no_modifica_descriptor, size_t mida_nom)
1715 : {
1716 : MM_EXT_DBF_N_FIELDS i_camp;
1717 564 : unsigned n_digits_i = 0, i;
1718 564 : int retorn = 0;
1719 :
1720 564 : if (mida_nom == 0)
1721 564 : mida_nom = MM_MAX_LON_FIELD_NAME_DBF;
1722 :
1723 5546 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1724 : {
1725 5052 : if (bd_xp->pField + i_camp == camp)
1726 494 : continue;
1727 4558 : if (!strcasecmp(bd_xp->pField[i_camp].FieldName, camp->FieldName))
1728 70 : break;
1729 : }
1730 564 : if (i_camp < bd_xp->nFields)
1731 : {
1732 70 : retorn = 1;
1733 70 : if (strlen(camp->FieldName) > mida_nom - 2)
1734 0 : camp->FieldName[mida_nom - 2] = '\0';
1735 70 : strcat(camp->FieldName, "0");
1736 70 : for (i = 2; i < (size_t)10; i++)
1737 : {
1738 70 : snprintf(camp->FieldName + strlen(camp->FieldName) - 1,
1739 70 : sizeof(camp->FieldName) - strlen(camp->FieldName) + 1,
1740 : "%u", i);
1741 965 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1742 : {
1743 895 : if (bd_xp->pField + i_camp == camp)
1744 70 : continue;
1745 825 : if (!strcasecmp(bd_xp->pField[i_camp].FieldName,
1746 825 : camp->FieldName))
1747 0 : break;
1748 : }
1749 70 : if (i_camp == bd_xp->nFields)
1750 : {
1751 70 : n_digits_i = 1;
1752 70 : break;
1753 : }
1754 : }
1755 70 : if (i == 10)
1756 : {
1757 0 : camp->FieldName[strlen(camp->FieldName) - 1] = '\0';
1758 0 : if (strlen(camp->FieldName) > mida_nom - 3)
1759 0 : camp->FieldName[mida_nom - 3] = '\0';
1760 0 : strcat(camp->FieldName, "00");
1761 0 : for (i = 10; i < (size_t)100; i++)
1762 : {
1763 0 : snprintf(camp->FieldName + strlen(camp->FieldName) - 2,
1764 0 : sizeof(camp->FieldName) - strlen(camp->FieldName) + 2,
1765 : "%u", i);
1766 0 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1767 : {
1768 0 : if (bd_xp->pField + i_camp == camp)
1769 0 : continue;
1770 0 : if (!strcasecmp(bd_xp->pField[i_camp].FieldName,
1771 0 : camp->FieldName))
1772 0 : break;
1773 : }
1774 0 : if (i_camp == bd_xp->nFields)
1775 : {
1776 0 : n_digits_i = 2;
1777 0 : break;
1778 : }
1779 : }
1780 0 : if (i == 100)
1781 : {
1782 0 : camp->FieldName[strlen(camp->FieldName) - 2] = '\0';
1783 0 : if (strlen(camp->FieldName) > mida_nom - 4)
1784 0 : camp->FieldName[mida_nom - 4] = '\0';
1785 0 : strcat(camp->FieldName, "000");
1786 0 : for (i = 100; i < (size_t)256 + 2; i++)
1787 : {
1788 0 : snprintf(camp->FieldName + strlen(camp->FieldName) - 3,
1789 0 : sizeof(camp->FieldName) - strlen(camp->FieldName) +
1790 : 3,
1791 : "%u", i);
1792 0 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1793 : {
1794 0 : if (bd_xp->pField + i_camp == camp)
1795 0 : continue;
1796 0 : if (!strcasecmp(bd_xp->pField[i_camp].FieldName,
1797 0 : camp->FieldName))
1798 0 : break;
1799 : }
1800 0 : if (i_camp == bd_xp->nFields)
1801 : {
1802 0 : n_digits_i = 3;
1803 0 : break;
1804 : }
1805 : }
1806 0 : if (i == 256)
1807 0 : return 2;
1808 : }
1809 : }
1810 : }
1811 : else
1812 : {
1813 494 : i = 1;
1814 : }
1815 :
1816 564 : if ((*(camp->FieldDescription[0]) == '\0') || no_modifica_descriptor)
1817 465 : return retorn;
1818 :
1819 1329 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1820 : {
1821 1230 : if (bd_xp->pField + i_camp == camp)
1822 99 : continue;
1823 1131 : if (!strcasecmp(bd_xp->pField[i_camp].FieldDescription[0],
1824 1131 : camp->FieldDescription[0]))
1825 0 : break;
1826 : }
1827 99 : if (i_camp == bd_xp->nFields)
1828 99 : return retorn;
1829 :
1830 0 : if (retorn == 1)
1831 : {
1832 0 : if (strlen(camp->FieldDescription[0]) >
1833 0 : MM_MAX_LON_DESCRIPCIO_CAMP_DBF - 4 - n_digits_i)
1834 0 : camp->FieldDescription[0][mida_nom - 4 - n_digits_i] = '\0';
1835 :
1836 0 : snprintf(camp->FieldDescription[0] + strlen(camp->FieldDescription[0]),
1837 : sizeof(camp->FieldDescription[0]) -
1838 0 : strlen(camp->FieldDescription[0]),
1839 : " (%u)", i);
1840 0 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1841 : {
1842 0 : if (bd_xp->pField + i_camp == camp)
1843 0 : continue;
1844 0 : if (!strcasecmp(bd_xp->pField[i_camp].FieldDescription[0],
1845 0 : camp->FieldDescription[0]))
1846 0 : break;
1847 : }
1848 0 : if (i_camp == bd_xp->nFields)
1849 0 : return retorn;
1850 : }
1851 :
1852 0 : retorn = 1;
1853 0 : if (strlen(camp->FieldDescription[0]) >
1854 0 : MM_MAX_LON_DESCRIPCIO_CAMP_DBF - 4 - n_digits_i)
1855 0 : camp->FieldDescription[0][mida_nom - 4 - n_digits_i] = '\0';
1856 0 : camp->FieldDescription[0][strlen(camp->FieldDescription[0]) - 4 -
1857 0 : n_digits_i + 1] = '\0';
1858 0 : if (strlen(camp->FieldDescription[0]) > MM_MAX_LON_DESCRIPCIO_CAMP_DBF - 7)
1859 0 : camp->FieldDescription[0][mida_nom - 7] = '\0';
1860 0 : for (i++; i < (size_t)256; i++)
1861 : {
1862 : //if (camp->FieldDescription[0] + strlen(camp->FieldDescription[0]))
1863 0 : snprintf(camp->FieldDescription[0] + strlen(camp->FieldDescription[0]),
1864 : sizeof(camp->FieldDescription[0]) -
1865 0 : strlen(camp->FieldDescription[0]),
1866 : " (%u)", i);
1867 0 : for (i_camp = 0; i_camp < bd_xp->nFields; i_camp++)
1868 : {
1869 0 : if (bd_xp->pField + i_camp == camp)
1870 0 : continue;
1871 0 : if (!strcasecmp(bd_xp->pField[i_camp].FieldName, camp->FieldName))
1872 0 : break;
1873 : }
1874 0 : if (i_camp == bd_xp->nFields)
1875 0 : return retorn;
1876 : }
1877 0 : return 2;
1878 : } // End of MM_ModifyFieldNameAndDescriptorIfPresentBD_XP()
1879 :
1880 564 : static int MM_DuplicateMultilingualString(
1881 : char *(szChain_final[MM_NUM_IDIOMES_MD_MULTIDIOMA]),
1882 : const char *const(szChain_inicial[MM_NUM_IDIOMES_MD_MULTIDIOMA]))
1883 : {
1884 : size_t i;
1885 :
1886 2820 : for (i = 0; i < MM_NUM_IDIOMES_MD_MULTIDIOMA; i++)
1887 : {
1888 2256 : if (szChain_inicial[i])
1889 : {
1890 0 : if (nullptr == (szChain_final[i] = strdup(szChain_inicial[i])))
1891 0 : return 1;
1892 : }
1893 : else
1894 2256 : szChain_final[i] = nullptr;
1895 : }
1896 564 : return 0;
1897 : }
1898 :
1899 564 : int MM_DuplicateFieldDBXP(struct MM_FIELD *camp_final,
1900 : const struct MM_FIELD *camp_inicial)
1901 : {
1902 564 : *camp_final = *camp_inicial;
1903 :
1904 564 : if (0 != MM_DuplicateMultilingualString(
1905 564 : camp_final->Separator,
1906 564 : (const char *const(*))camp_inicial->Separator))
1907 0 : return 1;
1908 :
1909 564 : return 0;
1910 : }
1911 :
1912 : // If n_bytes==SIZE_MAX, the parameter is ignored ant, then,
1913 : // it's assumed that szszChain is NUL terminated
1914 2619 : char *MM_oemansi_n(char *szszChain, size_t n_bytes)
1915 : {
1916 : size_t u_i;
1917 : unsigned char *punter_bait;
1918 2619 : unsigned char t_oemansi[128] = {
1919 : 199, 252, 233, 226, 228, 224, 229, 231, 234, 235, 232, 239, 238,
1920 : 236, 196, 197, 201, 230, 198, 244, 246, 242, 251, 249, 255, 214,
1921 : 220, 248, 163, 216, 215, 131, 225, 237, 243, 250, 241, 209, 170,
1922 : 186, 191, 174, 172, 189, 188, 161, 171, 187, 164, 164, 164, 166,
1923 : 166, 193, 194, 192, 169, 166, 166, 164, 164, 162, 165, 164, 164,
1924 : 164, 164, 164, 164, 164, 227, 195, 164, 164, 164, 164, 166, 164,
1925 : 164, 164, 240, 208, 202, 203, 200, 180, 205, 206, 207, 164, 164,
1926 : 164, 164, 166, 204, 164, 211, 223, 212, 210, 245, 213, 181, 254,
1927 : 222, 218, 219, 217, 253, 221, 175, 180, 173, 177, 164, 190, 182,
1928 : 167, 247, 184, 176, 168, 183, 185, 179, 178, 164, 183};
1929 2619 : if (n_bytes == SIZE_MAX)
1930 : {
1931 26979 : for (punter_bait = (unsigned char *)szszChain; *punter_bait;
1932 24504 : punter_bait++)
1933 : {
1934 24504 : if (*punter_bait > 127)
1935 299 : *punter_bait = t_oemansi[*punter_bait - 128];
1936 : }
1937 : }
1938 : else
1939 : {
1940 2004 : for (u_i = 0, punter_bait = (unsigned char *)szszChain; u_i < n_bytes;
1941 1860 : punter_bait++, u_i++)
1942 : {
1943 1860 : if (*punter_bait > 127)
1944 0 : *punter_bait = t_oemansi[*punter_bait - 128];
1945 : }
1946 : }
1947 2619 : return szszChain;
1948 : }
1949 :
1950 2475 : char *MM_oemansi(char *szszChain)
1951 : {
1952 2475 : return MM_oemansi_n(szszChain, SIZE_MAX);
1953 : }
1954 :
1955 637 : static MM_BOOLEAN MM_FillFieldDB_XP(
1956 : struct MM_FIELD *camp, const char *FieldName,
1957 : const char *FieldDescriptionEng, const char *FieldDescriptionCat,
1958 : const char *FieldDescriptionSpa, char FieldType,
1959 : MM_BYTES_PER_FIELD_TYPE_DBF BytesPerField, MM_BYTE DecimalsIfFloat)
1960 : {
1961 : char nom_temp[MM_MAX_LON_FIELD_NAME_DBF];
1962 : int retorn_valida_nom_camp;
1963 :
1964 637 : if (FieldName)
1965 : {
1966 637 : retorn_valida_nom_camp = MM_ISExtendedNameBD_XP(FieldName);
1967 637 : if (retorn_valida_nom_camp == MM_DBF_NAME_NO_VALID)
1968 0 : return FALSE;
1969 637 : CPLStrlcpy(camp->FieldName, FieldName, MM_MAX_LON_FIELD_NAME_DBF);
1970 :
1971 637 : if (retorn_valida_nom_camp == MM_VALID_EXTENDED_DBF_NAME)
1972 : {
1973 0 : MM_CalculateBytesExtendedFieldName(camp);
1974 0 : CPLStrlcpy(nom_temp, FieldName, MM_MAX_LON_FIELD_NAME_DBF);
1975 0 : MM_ReturnValidClassicDBFFieldName(nom_temp);
1976 0 : nom_temp[MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF] = '\0';
1977 0 : CPLStrlcpy(camp->ClassicalDBFFieldName, nom_temp,
1978 : MM_MAX_LON_CLASSICAL_FIELD_NAME_DBF);
1979 : }
1980 : }
1981 :
1982 637 : if (FieldDescriptionEng)
1983 637 : CPLStrlcpy(camp->FieldDescription[MM_DEF_LANGUAGE], FieldDescriptionEng,
1984 : sizeof(camp->FieldDescription[MM_DEF_LANGUAGE]));
1985 : else
1986 0 : strcpy(camp->FieldDescription[MM_DEF_LANGUAGE], "\0");
1987 :
1988 637 : if (FieldDescriptionEng)
1989 637 : CPLStrlcpy(camp->FieldDescription[MM_ENG_LANGUAGE], FieldDescriptionEng,
1990 : sizeof(camp->FieldDescription[MM_ENG_LANGUAGE]));
1991 : else
1992 0 : strcpy(camp->FieldDescription[MM_ENG_LANGUAGE], "\0");
1993 :
1994 637 : if (FieldDescriptionCat)
1995 637 : CPLStrlcpy(camp->FieldDescription[MM_CAT_LANGUAGE], FieldDescriptionCat,
1996 : sizeof(camp->FieldDescription[MM_CAT_LANGUAGE]));
1997 : else
1998 0 : strcpy(camp->FieldDescription[MM_CAT_LANGUAGE], "\0");
1999 :
2000 637 : if (FieldDescriptionSpa)
2001 637 : CPLStrlcpy(camp->FieldDescription[MM_SPA_LANGUAGE], FieldDescriptionSpa,
2002 : sizeof(camp->FieldDescription[MM_SPA_LANGUAGE]));
2003 : else
2004 0 : strcpy(camp->FieldDescription[MM_SPA_LANGUAGE], "\0");
2005 :
2006 637 : camp->FieldType = FieldType;
2007 637 : camp->DecimalsIfFloat = DecimalsIfFloat;
2008 637 : camp->BytesPerField = BytesPerField;
2009 637 : return TRUE;
2010 : }
2011 :
2012 26 : size_t MM_DefineFirstPolygonFieldsDB_XP(struct MM_DATA_BASE_XP *bd_xp,
2013 : MM_BYTE n_perimeter_decimals,
2014 : MM_BYTE n_area_decimals_decimals)
2015 : {
2016 26 : MM_EXT_DBF_N_FIELDS i_camp = 0;
2017 :
2018 26 : MM_FillFieldDB_XP(
2019 26 : bd_xp->pField + i_camp, szMMNomCampIdGraficDefecte,
2020 : szInternalGraphicIdentifierEng, szInternalGraphicIdentifierCat,
2021 : szInternalGraphicIdentifierSpa, 'N', MM_MIN_WIDTH_ID_GRAFIC, 0);
2022 26 : bd_xp->IdGraficField = 0;
2023 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_ID_GRAFIC;
2024 26 : i_camp++;
2025 :
2026 26 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampNVertexsDefecte,
2027 : szNumberOfVerticesEng, szNumberOfVerticesCat,
2028 : szNumberOfVerticesSpa, 'N', MM_MIN_WIDTH_N_VERTEXS, 0);
2029 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_N_VERTEXS;
2030 26 : i_camp++;
2031 :
2032 26 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampPerimetreDefecte,
2033 : szPerimeterOfThePolygonEng, szPerimeterOfThePolygonCat,
2034 : szPerimeterOfThePolygonSpa, 'N', MM_MIN_WIDTH_LONG,
2035 : n_perimeter_decimals);
2036 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_PERIMETRE;
2037 26 : i_camp++;
2038 :
2039 26 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampAreaDefecte,
2040 : szAreaOfThePolygonEng, szAreaOfThePolygonCat,
2041 : szAreaOfThePolygonSpa, 'N', MM_MIN_WIDTH_AREA,
2042 : n_area_decimals_decimals);
2043 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_AREA;
2044 26 : i_camp++;
2045 :
2046 26 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampNArcsDefecte,
2047 : szNumberOfArcsEng, szNumberOfArcsCat, szNumberOfArcsSpa,
2048 : 'N', MM_MIN_WIDTH_N_ARCS, 0);
2049 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_N_ARCS;
2050 26 : i_camp++;
2051 :
2052 26 : MM_FillFieldDB_XP(
2053 26 : bd_xp->pField + i_camp, szMMNomCampNPoligonsDefecte,
2054 : szNumberOfElementaryPolygonsEng, szNumberOfElementaryPolygonsCat,
2055 : szNumberOfElementaryPolygonsSpa, 'N', MM_MIN_WIDTH_N_POLIG, 0);
2056 26 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_N_POLIG;
2057 26 : i_camp++;
2058 :
2059 26 : return i_camp;
2060 : }
2061 :
2062 56 : size_t MM_DefineFirstArcFieldsDB_XP(struct MM_DATA_BASE_XP *bd_xp,
2063 : MM_BYTE n_decimals)
2064 : {
2065 : MM_EXT_DBF_N_FIELDS i_camp;
2066 :
2067 56 : i_camp = 0;
2068 56 : MM_FillFieldDB_XP(
2069 56 : bd_xp->pField + i_camp, szMMNomCampIdGraficDefecte,
2070 : szInternalGraphicIdentifierEng, szInternalGraphicIdentifierCat,
2071 : szInternalGraphicIdentifierSpa, 'N', MM_MIN_WIDTH_ID_GRAFIC, 0);
2072 56 : bd_xp->IdGraficField = 0;
2073 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_ID_GRAFIC;
2074 56 : i_camp++;
2075 :
2076 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampNVertexsDefecte,
2077 : szNumberOfVerticesEng, szNumberOfVerticesCat,
2078 : szNumberOfVerticesSpa, 'N', MM_MIN_WIDTH_N_VERTEXS, 0);
2079 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_N_VERTEXS;
2080 56 : i_camp++;
2081 :
2082 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampLongitudArcDefecte,
2083 : szLengthOfAarcEng, szLengthOfAarcCat, szLengthOfAarcSpa,
2084 : 'N', MM_MIN_WIDTH_LONG, n_decimals);
2085 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_LONG_ARC;
2086 56 : i_camp++;
2087 :
2088 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampNodeIniDefecte,
2089 : szInitialNodeEng, szInitialNodeCat, szInitialNodeSpa, 'N',
2090 : MM_MIN_WIDTH_INITIAL_NODE, 0);
2091 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_NODE_INI;
2092 56 : i_camp++;
2093 :
2094 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampNodeFiDefecte,
2095 : szFinalNodeEng, szFinalNodeCat, szFinalNodeSpa, 'N',
2096 : MM_MIN_WIDTH_FINAL_NODE, 0);
2097 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_NODE_FI;
2098 56 : i_camp++;
2099 :
2100 56 : return i_camp;
2101 : }
2102 :
2103 56 : size_t MM_DefineFirstNodeFieldsDB_XP(struct MM_DATA_BASE_XP *bd_xp)
2104 : {
2105 : MM_EXT_DBF_N_FIELDS i_camp;
2106 :
2107 56 : i_camp = 0;
2108 :
2109 56 : MM_FillFieldDB_XP(
2110 56 : bd_xp->pField + i_camp, szMMNomCampIdGraficDefecte,
2111 : szInternalGraphicIdentifierEng, szInternalGraphicIdentifierCat,
2112 : szInternalGraphicIdentifierSpa, 'N', MM_MIN_WIDTH_ID_GRAFIC, 0);
2113 56 : bd_xp->IdGraficField = 0;
2114 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_ID_GRAFIC;
2115 56 : i_camp++;
2116 :
2117 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampArcsANodeDefecte,
2118 : szNumberOfArcsToNodeEng, szNumberOfArcsToNodeCat,
2119 : szNumberOfArcsToNodeSpa, 'N', MM_MIN_WIDTH_ARCS_TO_NODE,
2120 : 0);
2121 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_ARCS_A_NOD;
2122 56 : i_camp++;
2123 :
2124 56 : MM_FillFieldDB_XP(bd_xp->pField + i_camp, szMMNomCampTipusNodeDefecte,
2125 : szNodeTypeEng, szNodeTypeCat, szNodeTypeSpa, 'N', 1, 0);
2126 56 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_TIPUS_NODE;
2127 56 : i_camp++;
2128 :
2129 56 : return i_camp;
2130 : }
2131 :
2132 33 : size_t MM_DefineFirstPointFieldsDB_XP(struct MM_DATA_BASE_XP *bd_xp)
2133 : {
2134 33 : size_t i_camp = 0;
2135 :
2136 33 : MM_FillFieldDB_XP(
2137 33 : bd_xp->pField + i_camp, szMMNomCampIdGraficDefecte,
2138 : szInternalGraphicIdentifierEng, szInternalGraphicIdentifierCat,
2139 : szInternalGraphicIdentifierSpa, 'N', MM_MIN_WIDTH_ID_GRAFIC, 0);
2140 33 : bd_xp->IdGraficField = 0;
2141 33 : (bd_xp->pField + i_camp)->GeoTopoTypeField = (MM_BYTE)MM_CAMP_ES_ID_GRAFIC;
2142 33 : i_camp++;
2143 :
2144 33 : return i_camp;
2145 : }
2146 :
2147 : /*
2148 : Controlling the number of significant figures is often crucial in science
2149 : and technology, and the best option when nothing is known about the number
2150 : to be printed (if it is really small (near to 0), or very large), and
2151 : allows a good return (the same value) into memory when re-read from a text
2152 : file with scanf() functions.
2153 : If you need to print 0.00000000000000000000000000000000000000001 with %f
2154 : you will need an extremely large string. If you print 1980.45 with %E you
2155 : obtain 1.98045E+003, needing more space, and not being easy to interpret
2156 : for some people. Moreover, “normal” users do not want to see 1.0 as
2157 : 1.0E+000 or 1.0E+00. The choice of the format specifier, and the integer
2158 : to be passed to the ‘*’ is not always easy,
2159 : and MM_SprintfDoubleSignifFigures() automatically uses a “fair” notation
2160 : whenever it is possible, resulting in shorter strings, being them under
2161 : control (the maximum length of the resulting string is always known).
2162 : Moreover, it avoids some failures in compilers not expecting
2163 : NAN or INF values.
2164 : */
2165 224 : int MM_SprintfDoubleSignifFigures(char *szChain, size_t size_szChain,
2166 : int nSignifFigures, double dfRealValue)
2167 : {
2168 : double VALOR_LIMIT_PRINT_IN_FORMAT_E;
2169 : double VALOR_TOO_SMALL_TO_PRINT_f;
2170 : int retorn, exponent;
2171 : char *ptr;
2172 :
2173 : #define N_POWERS MM_MAX_XS_DOUBLE
2174 :
2175 : /* This expression ensures that no garbage is written in
2176 : the non-significant digits of the integer part, i.e., requesting 9E20
2177 : with 16 significant digits does not print 90000000000000004905, where
2178 : "4905" is garbage generated by the print call with such a large value
2179 : and "%.16f", but rather writes 9.000000000000000E+20.
2180 : At the same time, it ensures that 9000 requested with 4 significant
2181 : digits is written as 9000 and that requested with 5 significant digits
2182 : is written as 9000.0, but that requested with 3 significant digits is
2183 : written as 9.00E+03. */
2184 224 : double potencies_de_10[N_POWERS] = {
2185 : 1E+1, 1E+2, 1E+3, 1E+4, 1E+5, 1E+6, 1E+7, 1E+8, 1E+9,
2186 : 1E+10, 1E+11, 1E+12, 1E+13, 1E+14, 1E+15, 1E+16, 1E+17};
2187 :
2188 : /* This expression ensures that -9E-7 requested with 11 significant digits
2189 : still uses "natural" notation and gives -0.0000009000000000, which still
2190 : fits exactly within the 20 characters of a 'N' field in dBASE, while
2191 : requested with 12 significant digits jumps to exponential notation and
2192 : writes -9.00000000000E-07, which also fits (in this case, comfortably)
2193 : within the 20 characters of dBASE.
2194 : The expression could be replaced by: pow(10,-max(0,20-2-signif_digits)); */
2195 224 : double fraccions_de_10[N_POWERS + 1] = {
2196 : 1E-1, 1E-2, 1E-3, 1E-4, 1E-5, 1E-6, 1E-7, 1E-8, 1E-9,
2197 : 1E-10, 1E-11, 1E-12, 1E-13, 1E-14, 1E-15, 1E-16, 1E-17, 1E-18};
2198 :
2199 224 : if (!szChain)
2200 0 : return 0;
2201 :
2202 224 : if (size_szChain < 3)
2203 0 : return 0;
2204 :
2205 224 : memset(szChain, '\0', size_szChain);
2206 :
2207 224 : if (MM_IsNANDouble(dfRealValue))
2208 0 : return snprintf(szChain, size_szChain, "NAN");
2209 :
2210 224 : if (MM_IsDoubleInfinite(dfRealValue))
2211 0 : return snprintf(szChain, size_szChain, "INF");
2212 :
2213 224 : if (dfRealValue == 0.0)
2214 1 : return snprintf(szChain, size_szChain, "%.*f", nSignifFigures, 0.0);
2215 :
2216 223 : if (nSignifFigures < 1)
2217 0 : return snprintf(szChain, size_szChain, "0.0");
2218 :
2219 223 : if (nSignifFigures > N_POWERS)
2220 0 : nSignifFigures = N_POWERS;
2221 :
2222 223 : retorn = snprintf(szChain, size_szChain, "%.*E", nSignifFigures - 1,
2223 : dfRealValue);
2224 :
2225 223 : VALOR_LIMIT_PRINT_IN_FORMAT_E = potencies_de_10[nSignifFigures - 1];
2226 223 : VALOR_TOO_SMALL_TO_PRINT_f =
2227 223 : fraccions_de_10[MM_MAX_XS_DOUBLE - nSignifFigures];
2228 :
2229 223 : if (dfRealValue > VALOR_LIMIT_PRINT_IN_FORMAT_E ||
2230 205 : dfRealValue < -VALOR_LIMIT_PRINT_IN_FORMAT_E ||
2231 0 : (dfRealValue < VALOR_TOO_SMALL_TO_PRINT_f &&
2232 0 : dfRealValue > -VALOR_TOO_SMALL_TO_PRINT_f))
2233 18 : return retorn;
2234 :
2235 205 : ptr = strchr(szChain, 'E');
2236 205 : if (!ptr)
2237 0 : return 0;
2238 205 : exponent = atoi(ptr + 1);
2239 :
2240 205 : return sprintf(szChain, "%.*f",
2241 205 : (nSignifFigures - exponent - 1) > 0
2242 : ? (nSignifFigures - exponent - 1)
2243 : : 0,
2244 : dfRealValue);
2245 : #undef N_POWERS
2246 : } // End of SprintfDoubleXifSignif()
2247 :
2248 1314 : int MM_SecureCopyStringFieldValue(char **pszStringDst, const char *pszStringSrc,
2249 : MM_EXT_DBF_N_FIELDS *nStringCurrentLength)
2250 : {
2251 :
2252 1314 : if (!pszStringSrc)
2253 : {
2254 0 : if (1 >= *nStringCurrentLength)
2255 : {
2256 0 : void *new_ptr = realloc_function(*pszStringDst, 2);
2257 0 : if (!new_ptr)
2258 0 : return 1;
2259 0 : *pszStringDst = new_ptr;
2260 0 : *nStringCurrentLength = (MM_EXT_DBF_N_FIELDS)2;
2261 : }
2262 0 : strcpy(*pszStringDst, "\0");
2263 0 : return 0;
2264 : }
2265 :
2266 1314 : if (strlen(pszStringSrc) >= *nStringCurrentLength)
2267 : {
2268 : void *new_ptr =
2269 433 : realloc_function(*pszStringDst, strlen(pszStringSrc) + 1);
2270 433 : if (!new_ptr)
2271 0 : return 1;
2272 433 : (*pszStringDst) = new_ptr;
2273 433 : *nStringCurrentLength = (MM_EXT_DBF_N_FIELDS)(strlen(pszStringSrc) + 1);
2274 : }
2275 1314 : strcpy(*pszStringDst, pszStringSrc);
2276 1314 : return 0;
2277 : }
2278 :
2279 : // This function assumes that all the file is saved in disk and closed.
2280 111 : int MM_ChangeDBFWidthField(struct MM_DATA_BASE_XP *data_base_XP,
2281 : MM_EXT_DBF_N_FIELDS nIField,
2282 : MM_BYTES_PER_FIELD_TYPE_DBF nNewWidth,
2283 : MM_BYTE nNewPrecision)
2284 : {
2285 111 : char *record, *whites = nullptr;
2286 : MM_BYTES_PER_FIELD_TYPE_DBF l_glop1, l_glop2, i_glop2;
2287 : MM_EXT_DBF_N_RECORDS nfitx, i_reg;
2288 : int canvi_amplada; // change width
2289 : GInt32 j;
2290 : MM_EXT_DBF_N_FIELDS i_camp;
2291 : size_t retorn_fwrite;
2292 : int retorn_TruncaFitxer;
2293 :
2294 111 : if (!data_base_XP)
2295 0 : return 1;
2296 :
2297 111 : canvi_amplada = nNewWidth - data_base_XP->pField[nIField].BytesPerField;
2298 :
2299 111 : if (data_base_XP->nRecords != 0)
2300 : {
2301 42 : l_glop1 = data_base_XP->pField[nIField].AccumulatedBytes;
2302 42 : i_glop2 = l_glop1 + data_base_XP->pField[nIField].BytesPerField;
2303 42 : if (nIField == data_base_XP->nFields - 1)
2304 26 : l_glop2 = 0;
2305 : else
2306 16 : l_glop2 = data_base_XP->BytesPerRecord -
2307 16 : data_base_XP->pField[nIField + 1].AccumulatedBytes;
2308 :
2309 42 : if ((record = calloc_function((size_t)data_base_XP->BytesPerRecord)) ==
2310 : nullptr)
2311 0 : return 1;
2312 :
2313 42 : record[data_base_XP->BytesPerRecord - 1] = MM_SetEndOfString;
2314 :
2315 42 : if ((whites = (char *)calloc_function((size_t)nNewWidth)) == nullptr)
2316 : {
2317 0 : free_function(record);
2318 0 : return 1;
2319 : }
2320 42 : memset(whites, ' ', nNewWidth);
2321 :
2322 42 : nfitx = data_base_XP->nRecords;
2323 42 : i_reg = (canvi_amplada < 0 ? 0 : nfitx - 1);
2324 : while (TRUE)
2325 : {
2326 42 : if (0 != fseek_function(data_base_XP->pfDataBase,
2327 : data_base_XP->FirstRecordOffset +
2328 : (MM_FILE_OFFSET)i_reg *
2329 : data_base_XP->BytesPerRecord,
2330 : SEEK_SET))
2331 : {
2332 0 : free_function(whites);
2333 0 : free_function(record);
2334 0 : return 1;
2335 : }
2336 :
2337 42 : if (1 != fread_function(record, data_base_XP->BytesPerRecord, 1,
2338 : data_base_XP->pfDataBase))
2339 : {
2340 0 : free_function(whites);
2341 0 : free_function(record);
2342 0 : return 1;
2343 : }
2344 :
2345 42 : if (0 !=
2346 42 : fseek_function(
2347 : data_base_XP->pfDataBase,
2348 : (MM_FILE_OFFSET)data_base_XP->FirstRecordOffset +
2349 : i_reg * ((MM_FILE_OFFSET)data_base_XP->BytesPerRecord +
2350 : canvi_amplada),
2351 : SEEK_SET))
2352 : {
2353 0 : free_function(whites);
2354 0 : free_function(record);
2355 0 : return 1;
2356 : }
2357 :
2358 42 : if (1 !=
2359 42 : fwrite_function(record, l_glop1, 1, data_base_XP->pfDataBase))
2360 : {
2361 0 : free_function(whites);
2362 0 : free_function(record);
2363 0 : return 1;
2364 : }
2365 :
2366 42 : switch (data_base_XP->pField[nIField].FieldType)
2367 : {
2368 26 : case 'C':
2369 : case 'L':
2370 26 : memcpy(whites, record + l_glop1,
2371 : (canvi_amplada < 0
2372 : ? nNewWidth
2373 26 : : data_base_XP->pField[nIField].BytesPerField));
2374 26 : retorn_fwrite = fwrite_function(whites, nNewWidth, 1,
2375 : data_base_XP->pfDataBase);
2376 :
2377 26 : if (1 != retorn_fwrite)
2378 : {
2379 0 : free_function(whites);
2380 0 : free_function(record);
2381 0 : return 1;
2382 : }
2383 26 : break;
2384 16 : case 'N':
2385 :
2386 16 : if (canvi_amplada >= 0)
2387 : {
2388 16 : if (1 != fwrite_function(whites, canvi_amplada, 1,
2389 16 : data_base_XP->pfDataBase) ||
2390 : 1 !=
2391 16 : fwrite_function(
2392 : record + l_glop1,
2393 : data_base_XP->pField[nIField].BytesPerField,
2394 : 1, data_base_XP->pfDataBase))
2395 : {
2396 0 : free_function(whites);
2397 0 : free_function(record);
2398 0 : return 1;
2399 : }
2400 : }
2401 0 : else if (canvi_amplada < 0)
2402 : {
2403 0 : j = (GInt32)(l_glop1 + (data_base_XP->pField[nIField]
2404 0 : .BytesPerField -
2405 : 1));
2406 : while (TRUE)
2407 : {
2408 0 : j--;
2409 :
2410 0 : if (j < (GInt32)l_glop1 || record[j] == ' ')
2411 : {
2412 0 : j++;
2413 0 : break;
2414 : }
2415 : }
2416 :
2417 0 : if ((data_base_XP->pField[nIField].BytesPerField +
2418 0 : l_glop1 - j) < nNewWidth)
2419 0 : j -= (GInt32)(nNewWidth -
2420 0 : (data_base_XP->pField[nIField]
2421 0 : .BytesPerField +
2422 : l_glop1 - j));
2423 :
2424 0 : retorn_fwrite = fwrite_function(
2425 : record + j, nNewWidth, 1, data_base_XP->pfDataBase);
2426 0 : if (1 != retorn_fwrite)
2427 : {
2428 0 : free_function(whites);
2429 0 : free_function(record);
2430 0 : return 1;
2431 : }
2432 : }
2433 :
2434 16 : break;
2435 0 : default:
2436 0 : free_function(whites);
2437 0 : free_function(record);
2438 0 : return 1;
2439 : }
2440 42 : if (l_glop2)
2441 : {
2442 16 : retorn_fwrite = fwrite_function(record + i_glop2, l_glop2, 1,
2443 : data_base_XP->pfDataBase);
2444 16 : if (1 != retorn_fwrite)
2445 : {
2446 0 : free_function(whites);
2447 0 : free_function(record);
2448 0 : return 1;
2449 : }
2450 : }
2451 :
2452 42 : if (canvi_amplada < 0)
2453 : {
2454 0 : if (i_reg + 1 == nfitx)
2455 0 : break;
2456 0 : i_reg++;
2457 : }
2458 : else
2459 : {
2460 42 : if (i_reg == 0)
2461 42 : break;
2462 0 : i_reg--;
2463 : }
2464 : }
2465 :
2466 42 : free_function(whites);
2467 42 : free_function(record);
2468 :
2469 42 : retorn_TruncaFitxer = TruncateFile_function(
2470 : data_base_XP->pfDataBase,
2471 : (MM_FILE_OFFSET)data_base_XP->FirstRecordOffset +
2472 : (MM_FILE_OFFSET)data_base_XP->nRecords *
2473 : ((MM_FILE_OFFSET)data_base_XP->BytesPerRecord +
2474 : canvi_amplada));
2475 42 : if (canvi_amplada < 0 && retorn_TruncaFitxer)
2476 0 : return 1;
2477 : } /* Fi de registres de != 0*/
2478 :
2479 111 : if (canvi_amplada != 0)
2480 : {
2481 111 : data_base_XP->pField[nIField].BytesPerField = nNewWidth;
2482 111 : data_base_XP->BytesPerRecord += canvi_amplada;
2483 111 : for (i_camp = (MM_EXT_DBF_N_FIELDS)(nIField + 1);
2484 441 : i_camp < data_base_XP->nFields; i_camp++)
2485 330 : data_base_XP->pField[i_camp].AccumulatedBytes += canvi_amplada;
2486 : }
2487 111 : data_base_XP->pField[nIField].DecimalsIfFloat = nNewPrecision;
2488 :
2489 111 : if ((MM_OpenIfNeededAndUpdateEntireHeader(data_base_XP)) == FALSE)
2490 0 : return 1;
2491 :
2492 111 : return 0;
2493 : } /* End of MMChangeCFieldWidthDBF() */
2494 :
2495 1525 : static void MM_AdoptHeight(double *desti, const double *proposta, uint32_t flag)
2496 : {
2497 1525 : if (*proposta == MM_NODATA_COORD_Z)
2498 0 : return;
2499 :
2500 1525 : if (flag & MM_STRING_HIGHEST_ALTITUDE)
2501 : {
2502 0 : if (*desti == MM_NODATA_COORD_Z || *desti < *proposta)
2503 0 : *desti = *proposta;
2504 : }
2505 1525 : else if (flag & MM_STRING_LOWEST_ALTITUDE)
2506 : {
2507 0 : if (*desti == MM_NODATA_COORD_Z || *desti > *proposta)
2508 0 : *desti = *proposta;
2509 : }
2510 : else
2511 : {
2512 : // First coordinate of this vertice
2513 1525 : if (*desti == MM_NODATA_COORD_Z)
2514 1525 : *desti = *proposta;
2515 : }
2516 : }
2517 :
2518 665 : int MM_GetArcHeights(double *coord_z, FILE_TYPE *pF, MM_N_VERTICES_TYPE n_vrt,
2519 : struct MM_ZD *pZDescription, uint32_t flag)
2520 : {
2521 : MM_N_HEIGHT_TYPE i;
2522 : MM_N_VERTICES_TYPE i_vrt;
2523 : double *pcoord_z;
2524 : MM_N_HEIGHT_TYPE n_alcada, n_h_total;
2525 : int tipus;
2526 665 : double *alcada = nullptr, *palcada, *palcada_i;
2527 : #define MM_N_ALCADA_LOCAL 50 // Nr of local heights
2528 : double local_CinquantaAlcades[MM_N_ALCADA_LOCAL];
2529 :
2530 2192 : for (i_vrt = 0; i_vrt < n_vrt; i_vrt++)
2531 1527 : coord_z[i_vrt] = MM_NODATA_COORD_Z;
2532 :
2533 665 : if (pZDescription->nZCount == INT_MIN)
2534 0 : return 0;
2535 665 : tipus = MM_ARC_HEIGHT_TYPE(pZDescription->nZCount);
2536 665 : n_alcada = MM_ARC_N_HEIGHTS(pZDescription->nZCount);
2537 665 : if (n_vrt == 0 || n_alcada == 0)
2538 0 : return 0;
2539 :
2540 665 : if (tipus == MM_ARC_HEIGHT_FOR_EACH_VERTEX)
2541 : {
2542 664 : if (n_vrt > (unsigned)(INT_MAX / n_alcada))
2543 : {
2544 0 : MMCPLError(CE_Failure, CPLE_OutOfMemory, "Integer overflow");
2545 0 : return 1;
2546 : }
2547 664 : n_h_total = (MM_N_HEIGHT_TYPE)n_vrt * n_alcada;
2548 : }
2549 : else
2550 1 : n_h_total = n_alcada;
2551 :
2552 665 : if (n_h_total <= MM_N_ALCADA_LOCAL)
2553 665 : palcada = local_CinquantaAlcades;
2554 : else
2555 : {
2556 0 : if (MMCheckSize_t(n_h_total, sizeof(double)))
2557 0 : return 1;
2558 0 : if (nullptr == (palcada = alcada = calloc_function((size_t)n_h_total *
2559 : sizeof(double))))
2560 0 : return 1;
2561 : }
2562 :
2563 665 : if (fseek_function(pF, pZDescription->nOffsetZ, SEEK_SET))
2564 : {
2565 0 : if (alcada)
2566 0 : free_function(alcada);
2567 0 : return 1;
2568 : }
2569 665 : if (n_h_total != (MM_N_HEIGHT_TYPE)fread_function(palcada, sizeof(double),
2570 : n_h_total, pF))
2571 : {
2572 0 : if (alcada)
2573 0 : free_function(alcada);
2574 0 : return 1;
2575 : }
2576 :
2577 665 : if (tipus == MM_ARC_HEIGHT_FOR_EACH_VERTEX)
2578 : {
2579 664 : palcada_i = palcada;
2580 1328 : for (i = 0; i < n_alcada; i++)
2581 : {
2582 2188 : for (i_vrt = 0, pcoord_z = coord_z; i_vrt < n_vrt;
2583 1524 : i_vrt++, pcoord_z++, palcada_i++)
2584 1524 : MM_AdoptHeight(pcoord_z, palcada_i, flag);
2585 : }
2586 : }
2587 : else
2588 : {
2589 1 : palcada_i = palcada;
2590 1 : pcoord_z = coord_z;
2591 2 : for (i = 0; i < n_alcada; i++, palcada_i++)
2592 1 : MM_AdoptHeight(pcoord_z, palcada_i, flag);
2593 :
2594 1 : if (*pcoord_z != MM_NODATA_COORD_Z)
2595 : {
2596 : /*Copio el mateix valor a totes les alcades.*/
2597 3 : for (i_vrt = 1, pcoord_z++; i_vrt < (size_t)n_vrt;
2598 2 : i_vrt++, pcoord_z++)
2599 2 : *pcoord_z = *coord_z;
2600 : }
2601 : }
2602 665 : if (alcada)
2603 0 : free_function(alcada);
2604 665 : return 0;
2605 : } // End of MM_GetArcHeights()
2606 :
2607 15292 : static char *MM_l_RemoveWhitespacesFromEndOfString(char *punter,
2608 : size_t l_szChain)
2609 : {
2610 15292 : size_t longitud_szChain = l_szChain;
2611 34172 : while (longitud_szChain > 0)
2612 : {
2613 33785 : longitud_szChain--;
2614 33785 : if (punter[longitud_szChain] != ' ' && punter[longitud_szChain] != '\t')
2615 : {
2616 14905 : break;
2617 : }
2618 18880 : punter[longitud_szChain] = '\0';
2619 : }
2620 15292 : return punter;
2621 : }
2622 :
2623 49 : char *MM_RemoveInitial_and_FinalQuotationMarks(char *szChain)
2624 : {
2625 : char *ptr1, *ptr2;
2626 49 : char cometa = '"';
2627 :
2628 49 : if (*szChain == cometa)
2629 : {
2630 10 : ptr1 = szChain;
2631 10 : ptr2 = ptr1 + 1;
2632 10 : if (*ptr2)
2633 : {
2634 154 : while (*ptr2)
2635 : {
2636 144 : *ptr1 = *ptr2;
2637 144 : ptr1++;
2638 144 : ptr2++;
2639 : }
2640 10 : if (*ptr1 == cometa)
2641 10 : *(ptr1 - 1) = 0;
2642 : else
2643 0 : *ptr1 = 0;
2644 : }
2645 : }
2646 49 : return szChain;
2647 : } /* End of MM_RemoveInitial_and_FinalQuotationMarks() */
2648 :
2649 84 : char *MM_RemoveLeadingWhitespaceOfString(char *szChain)
2650 : {
2651 : char *ptr;
2652 : char *ptr2;
2653 :
2654 84 : if (szChain == nullptr)
2655 0 : return szChain;
2656 :
2657 630 : for (ptr = szChain; *ptr && (*ptr == ' ' || *ptr == '\t'); ptr++)
2658 546 : continue;
2659 :
2660 84 : if (ptr != szChain)
2661 : {
2662 66 : ptr2 = szChain;
2663 534 : while (*ptr)
2664 : {
2665 468 : *ptr2 = *ptr;
2666 468 : ptr2++;
2667 468 : ptr++;
2668 : }
2669 66 : *ptr2 = 0;
2670 : }
2671 84 : return szChain;
2672 : }
2673 :
2674 15292 : char *MM_RemoveWhitespacesFromEndOfString(char *str)
2675 : {
2676 15292 : if (str == nullptr)
2677 0 : return str;
2678 15292 : return MM_l_RemoveWhitespacesFromEndOfString(str, strlen(str));
2679 : }
2680 :
2681 110 : struct MM_ID_GRAFIC_MULTIPLE_RECORD *MMCreateExtendedDBFIndex(
2682 : FILE_TYPE *f, MM_EXT_DBF_N_RECORDS nNumberOfRecords,
2683 : MM_FIRST_RECORD_OFFSET_TYPE offset_1era,
2684 : MM_ACCUMULATED_BYTES_TYPE_DBF bytes_per_fitxa,
2685 : MM_ACCUMULATED_BYTES_TYPE_DBF bytes_acumulats_id_grafic,
2686 : MM_BYTES_PER_FIELD_TYPE_DBF bytes_id_grafic, MM_BOOLEAN *isListField,
2687 : MM_EXT_DBF_N_RECORDS *nMaxN)
2688 : {
2689 : struct MM_ID_GRAFIC_MULTIPLE_RECORD *id;
2690 : MM_EXT_DBF_N_RECORDS i_dbf;
2691 : MM_EXT_DBF_SIGNED_N_RECORDS i, id_grafic;
2692 : char *fitxa;
2693 110 : MM_BYTES_PER_FIELD_TYPE_DBF bytes_final_id_principi_id1 =
2694 : bytes_per_fitxa - bytes_id_grafic;
2695 :
2696 110 : *isListField = FALSE;
2697 110 : *nMaxN = 0;
2698 110 : if (!nNumberOfRecords)
2699 9 : return nullptr; // No elements to read
2700 :
2701 101 : if (MMCheckSize_t(nNumberOfRecords, sizeof(*id)))
2702 0 : return nullptr;
2703 101 : if (nullptr == (id = (struct MM_ID_GRAFIC_MULTIPLE_RECORD *)calloc_function(
2704 : (size_t)nNumberOfRecords * sizeof(*id))))
2705 0 : return nullptr;
2706 :
2707 101 : if (bytes_id_grafic == UINT32_MAX)
2708 : {
2709 0 : free_function(id);
2710 0 : MMCPLError(CE_Failure, CPLE_OutOfMemory,
2711 : "Overflow in bytes_id_graphic");
2712 0 : return nullptr;
2713 : }
2714 :
2715 101 : if (nullptr ==
2716 101 : (fitxa = (char *)calloc_function((size_t)bytes_id_grafic + 1)))
2717 : {
2718 0 : free_function(id);
2719 0 : return nullptr;
2720 : }
2721 101 : fitxa[bytes_id_grafic] = '\0';
2722 :
2723 101 : fseek_function(f,
2724 : (MM_FILE_OFFSET)offset_1era +
2725 : (MM_FILE_OFFSET)bytes_acumulats_id_grafic,
2726 : SEEK_SET);
2727 :
2728 101 : i_dbf = 0;
2729 : do
2730 : {
2731 101 : if (i_dbf == nNumberOfRecords ||
2732 101 : fread_function(fitxa, 1, bytes_id_grafic, f) !=
2733 : (size_t)bytes_id_grafic)
2734 : {
2735 0 : free_function(id);
2736 0 : free_function(fitxa);
2737 0 : return nullptr;
2738 : }
2739 101 : i_dbf++;
2740 : } while (1 !=
2741 202 : sscanf(fitxa, scanf_MM_EXT_DBF_SIGNED_N_RECORDS, &id_grafic) ||
2742 101 : id_grafic < 0);
2743 101 : i = 0;
2744 :
2745 : while (TRUE)
2746 : {
2747 555 : if (i > id_grafic)
2748 : {
2749 0 : free_function(id);
2750 0 : free_function(fitxa);
2751 0 : return nullptr;
2752 : }
2753 555 : i = id_grafic;
2754 555 : if (i >= (MM_EXT_DBF_SIGNED_N_RECORDS)nNumberOfRecords)
2755 : {
2756 0 : free_function(fitxa);
2757 0 : return id;
2758 : }
2759 555 : id[(size_t)i].offset = (MM_FILE_OFFSET)offset_1era +
2760 555 : (MM_FILE_OFFSET)(i_dbf - 1) * bytes_per_fitxa;
2761 : do
2762 : {
2763 592 : id[(size_t)i].nMR++;
2764 592 : if (!(*isListField) && id[(size_t)i].nMR > 1)
2765 32 : *isListField = TRUE;
2766 592 : if (*nMaxN < id[(size_t)i].nMR)
2767 133 : *nMaxN = id[(size_t)i].nMR;
2768 :
2769 592 : if (i_dbf == nNumberOfRecords)
2770 : {
2771 101 : free_function(fitxa);
2772 101 : return id;
2773 : }
2774 491 : fseek_function(f, bytes_final_id_principi_id1, SEEK_CUR);
2775 491 : if (fread_function(fitxa, 1, bytes_id_grafic, f) !=
2776 : (size_t)bytes_id_grafic)
2777 : {
2778 0 : free_function(id);
2779 0 : free_function(fitxa);
2780 0 : return nullptr;
2781 : }
2782 491 : if (1 != sscanf(fitxa, scanf_MM_EXT_DBF_SIGNED_N_RECORDS,
2783 491 : &id_grafic) ||
2784 491 : id_grafic >= (MM_EXT_DBF_SIGNED_N_RECORDS)nNumberOfRecords)
2785 : {
2786 0 : free_function(fitxa);
2787 0 : return id;
2788 : }
2789 491 : i_dbf++;
2790 491 : } while (id_grafic == i);
2791 : }
2792 : } // End of MMCreateExtendedDBFIndex()
2793 :
2794 : #ifdef GDAL_COMPILATION
2795 : CPL_C_END // Necessary for compiling in GDAL project
2796 : #endif
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