Chromium Code Reviews
chromiumcodereview-hr@appspot.gserviceaccount.com (chromiumcodereview-hr) | Please choose your nickname with Settings | Help | Chromium Project | Gerrit Changes | Sign out
(125)

Issues Search
    My Issues | Starred     Open | Closed | All

Side by Side Diff: core/src/fpdfapi/fpdf_font/ttgsubtable.h

Issue 1265503005: clang-format all pdfium code. (Closed) Base URL: https://pdfium.googlesource.com/pdfium.git@master
Patch Set: sigh Created 5 years, 4 months ago
Use n/p to move between diff chunks; N/P to move between comments. Draft comments are only viewable by you.
Jump to:
View unified diff | Download patch
« no previous file with comments | « core/src/fpdfapi/fpdf_font/fpdf_font_cid.cpp ('k') | core/src/fpdfapi/fpdf_font/ttgsubtable.cpp » ('j') | fpdfsdk/src/javascript/Consts.cpp » ('J')
Toggle Intra-line Diffs ('i') | Expand Comments ('e') | Collapse Comments ('c') | Show Comments Hide Comments ('s')
OLDNEW
1 // Copyright 2014 PDFium Authors. All rights reserved. 1 // Copyright 2014 PDFium Authors. All rights reserved.
2 // Use of this source code is governed by a BSD-style license that can be 2 // Use of this source code is governed by a BSD-style license that can be
3 // found in the LICENSE file. 3 // found in the LICENSE file.
4 4
5 // Original code copyright 2014 Foxit Software Inc. http://www.foxitsoftware.com 5 // Original code copyright 2014 Foxit Software Inc. http://www.foxitsoftware.com
6 6
7 #ifndef CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_ 7 #ifndef CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_
8 #define CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_ 8 #define CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_
9 9
10 #include "../../../include/fxge/fx_freetype.h" 10 #include "../../../include/fxge/fx_freetype.h"
11 #include "../../../include/fxcrt/fx_basic.h" 11 #include "../../../include/fxcrt/fx_basic.h"
12 #include "common.h" 12 #include "common.h"
13 13
14 class CFX_GlyphMap 14 class CFX_GlyphMap {
15 { 15 public:
16 public: 16 CFX_GlyphMap();
17 CFX_GlyphMap(); 17 ~CFX_GlyphMap();
18 ~CFX_GlyphMap(); 18 void SetAt(int key, int value);
19 void» SetAt(int key, int value); 19 FX_BOOL Lookup(int key, int& value);
20 FX_BOOL» Lookup(int key, int &value); 20
21 protected: 21 protected:
22 CFX_BinaryBuf» m_Buffer; 22 CFX_BinaryBuf m_Buffer;
23 }; 23 };
24 class CFX_CTTGSUBTable 24 class CFX_CTTGSUBTable {
25 { 25 public:
26 public: 26 CFX_CTTGSUBTable(void) : m_bFeautureMapLoad(FALSE), loaded(false){};
27 CFX_CTTGSUBTable(void): m_bFeautureMapLoad(FALSE), loaded(false) {}; 27 CFX_CTTGSUBTable(FT_Bytes gsub) : m_bFeautureMapLoad(FALSE), loaded(false) {
28 CFX_CTTGSUBTable(FT_Bytes gsub): m_bFeautureMapLoad(FALSE), loaded(false) 28 LoadGSUBTable(gsub);
29 { 29 }
30 LoadGSUBTable(gsub); 30 virtual ~CFX_CTTGSUBTable() {}
31 } 31 bool IsOk(void) const { return loaded; }
32 virtual ~CFX_CTTGSUBTable() {} 32 bool LoadGSUBTable(FT_Bytes gsub);
33 bool IsOk(void) const 33 bool GetVerticalGlyph(TT_uint32_t glyphnum, TT_uint32_t* vglyphnum);
34 { 34
35 return loaded; 35 private:
36 } 36 struct tt_gsub_header {
37 bool LoadGSUBTable(FT_Bytes gsub); 37 TT_uint32_t Version;
38 bool GetVerticalGlyph(TT_uint32_t glyphnum, TT_uint32_t *vglyphnum); 38 TT_uint16_t ScriptList;
39 private: 39 TT_uint16_t FeatureList;
40 struct tt_gsub_header { 40 TT_uint16_t LookupList;
41 TT_uint32_t Version; 41 };
42 TT_uint16_t ScriptList; 42 struct TLangSys {
43 TT_uint16_t FeatureList; 43 TT_uint16_t LookupOrder;
44 TT_uint16_t LookupList; 44 TT_uint16_t ReqFeatureIndex;
45 }; 45 TT_uint16_t FeatureCount;
46 struct TLangSys { 46 TT_uint16_t* FeatureIndex;
47 TT_uint16_t LookupOrder; 47 TLangSys()
48 TT_uint16_t ReqFeatureIndex; 48 : LookupOrder(0),
49 TT_uint16_t FeatureCount; 49 ReqFeatureIndex(0),
50 TT_uint16_t *FeatureIndex; 50 FeatureCount(0),
51 TLangSys(): LookupOrder(0), ReqFeatureIndex(0), FeatureCount(0), Feature Index(NULL) {} 51 FeatureIndex(NULL) {}
52 ~TLangSys() 52 ~TLangSys() {
53 { 53 if (FeatureIndex) {
54 if(FeatureIndex) { 54 delete[] FeatureIndex;
55 delete[] FeatureIndex; 55 }
56 } 56 }
57
58 private:
59 TLangSys(const TLangSys&);
60 TLangSys& operator=(const TLangSys&);
61 };
62 struct TLangSysRecord {
63 TT_uint32_t LangSysTag;
64 struct TLangSys LangSys;
65 TLangSysRecord() : LangSysTag(0) {}
66
67 private:
68 TLangSysRecord(const TLangSysRecord&);
69 TLangSysRecord& operator=(const TLangSysRecord&);
70 };
71 struct TScript {
72 TT_uint16_t DefaultLangSys;
73 TT_uint16_t LangSysCount;
74 struct TLangSysRecord* LangSysRecord;
75 TScript() : DefaultLangSys(0), LangSysCount(0), LangSysRecord(NULL) {}
76 ~TScript() {
77 if (LangSysRecord) {
78 delete[] LangSysRecord;
79 }
80 }
81
82 private:
83 TScript(const TScript&);
84 TScript& operator=(const TScript&);
85 };
86 struct TScriptRecord {
87 TT_uint32_t ScriptTag;
88 struct TScript Script;
89 TScriptRecord() : ScriptTag(0) {}
90
91 private:
92 TScriptRecord(const TScriptRecord&);
93 TScriptRecord& operator=(const TScriptRecord&);
94 };
95 struct TScriptList {
96 TT_uint16_t ScriptCount;
97 struct TScriptRecord* ScriptRecord;
98 TScriptList() : ScriptCount(0), ScriptRecord(NULL) {}
99 ~TScriptList() {
100 if (ScriptRecord) {
101 delete[] ScriptRecord;
102 }
103 }
104
105 private:
106 TScriptList(const TScriptList&);
107 TScriptList& operator=(const TScriptList&);
108 };
109 struct TFeature {
110 TT_uint16_t FeatureParams;
111 int LookupCount;
112 TT_uint16_t* LookupListIndex;
113 TFeature() : FeatureParams(0), LookupCount(0), LookupListIndex(NULL) {}
114 ~TFeature() {
115 if (LookupListIndex) {
116 delete[] LookupListIndex;
117 }
118 }
119
120 private:
121 TFeature(const TFeature&);
122 TFeature& operator=(const TFeature&);
123 };
124 struct TFeatureRecord {
125 TT_uint32_t FeatureTag;
126 struct TFeature Feature;
127 TFeatureRecord() : FeatureTag(0) {}
128
129 private:
130 TFeatureRecord(const TFeatureRecord&);
131 TFeatureRecord& operator=(const TFeatureRecord&);
132 };
133 struct TFeatureList {
134 int FeatureCount;
135 struct TFeatureRecord* FeatureRecord;
136 TFeatureList() : FeatureCount(0), FeatureRecord(NULL) {}
137 ~TFeatureList() {
138 if (FeatureRecord) {
139 delete[] FeatureRecord;
140 }
141 }
142
143 private:
144 TFeatureList(const TFeatureList&);
145 TFeatureList& operator=(const TFeatureList&);
146 };
147 enum TLookupFlag {
148 LOOKUPFLAG_RightToLeft = 0x0001,
149 LOOKUPFLAG_IgnoreBaseGlyphs = 0x0002,
150 LOOKUPFLAG_IgnoreLigatures = 0x0004,
151 LOOKUPFLAG_IgnoreMarks = 0x0008,
152 LOOKUPFLAG_Reserved = 0x00F0,
153 LOOKUPFLAG_MarkAttachmentType = 0xFF00,
154 };
155 struct TCoverageFormatBase {
156 TT_uint16_t CoverageFormat;
157 CFX_GlyphMap m_glyphMap;
158 TCoverageFormatBase() : CoverageFormat(0) {}
159 virtual ~TCoverageFormatBase() {}
160
161 private:
162 TCoverageFormatBase(const TCoverageFormatBase&);
163 TCoverageFormatBase& operator=(const TCoverageFormatBase&);
164 };
165 struct TCoverageFormat1 : public TCoverageFormatBase {
166 TT_uint16_t GlyphCount;
167 TT_uint16_t* GlyphArray;
168 TCoverageFormat1() : GlyphCount(0), GlyphArray(NULL) { CoverageFormat = 1; }
169 ~TCoverageFormat1() {
170 if (GlyphArray) {
171 delete[] GlyphArray;
172 }
173 }
174
175 private:
176 TCoverageFormat1(const TCoverageFormat1&);
177 TCoverageFormat1& operator=(const TCoverageFormat1&);
178 };
179 struct TRangeRecord {
180 TT_uint16_t Start;
181 TT_uint16_t End;
182 TT_uint16_t StartCoverageIndex;
183 TRangeRecord() : Start(0), End(0), StartCoverageIndex(0) {}
184 friend bool operator>(const TRangeRecord& r1, const TRangeRecord& r2) {
185 return r1.Start > r2.Start;
186 }
187
188 private:
189 TRangeRecord(const TRangeRecord&);
190 };
191 struct TCoverageFormat2 : public TCoverageFormatBase {
192 TT_uint16_t RangeCount;
193 struct TRangeRecord* RangeRecord;
194 TCoverageFormat2() : RangeCount(0), RangeRecord(NULL) {
195 CoverageFormat = 2;
196 }
197 ~TCoverageFormat2() {
198 if (RangeRecord) {
199 delete[] RangeRecord;
200 }
201 }
202
203 private:
204 TCoverageFormat2(const TCoverageFormat2&);
205 TCoverageFormat2& operator=(const TCoverageFormat2&);
206 };
207 struct TClassDefFormatBase {
208 TT_uint16_t ClassFormat;
209 TClassDefFormatBase() : ClassFormat(0) {}
210 virtual ~TClassDefFormatBase() {}
211
212 private:
213 TClassDefFormatBase(const TClassDefFormatBase&);
214 TClassDefFormatBase& operator=(const TClassDefFormatBase&);
215 };
216 struct TClassDefFormat1 : public TClassDefFormatBase {
217 TT_uint16_t StartGlyph;
218 TT_uint16_t GlyphCount;
219 TT_uint16_t* ClassValueArray;
220 TClassDefFormat1() : StartGlyph(0), GlyphCount(0), ClassValueArray(NULL) {
221 ClassFormat = 1;
222 }
223 ~TClassDefFormat1() {
224 if (ClassValueArray) {
225 delete[] ClassValueArray;
226 }
227 }
228
229 private:
230 TClassDefFormat1(const TClassDefFormat1&);
231 TClassDefFormat1& operator=(const TClassDefFormat1&);
232 };
233 struct TClassRangeRecord {
234 TT_uint16_t Start;
235 TT_uint16_t End;
236 TT_uint16_t Class;
237 TClassRangeRecord() : Start(0), End(0), Class(0) {}
238
239 private:
240 TClassRangeRecord(const TClassRangeRecord&);
241 TClassRangeRecord& operator=(const TClassRangeRecord&);
242 };
243 struct TClassDefFormat2 : public TClassDefFormatBase {
244 TT_uint16_t ClassRangeCount;
245 struct TClassRangeRecord* ClassRangeRecord;
246 TClassDefFormat2() : ClassRangeCount(0), ClassRangeRecord(NULL) {
247 ClassFormat = 2;
248 }
249 ~TClassDefFormat2() {
250 if (ClassRangeRecord) {
251 delete[] ClassRangeRecord;
252 }
253 }
254
255 private:
256 TClassDefFormat2(const TClassDefFormat2&);
257 TClassDefFormat2& operator=(const TClassDefFormat2&);
258 };
259 struct TDevice {
260 TT_uint16_t StartSize;
261 TT_uint16_t EndSize;
262 TT_uint16_t DeltaFormat;
263 TDevice() : StartSize(0), EndSize(0), DeltaFormat(0) {}
264
265 private:
266 TDevice(const TDevice&);
267 TDevice& operator=(const TDevice&);
268 };
269 struct TSubTableBase {
270 TT_uint16_t SubstFormat;
271 TSubTableBase() : SubstFormat(0) {}
272 virtual ~TSubTableBase() {}
273
274 private:
275 TSubTableBase(const TSubTableBase&);
276 TSubTableBase& operator=(const TSubTableBase&);
277 };
278 struct TSingleSubstFormat1 : public TSubTableBase {
279 TCoverageFormatBase* Coverage;
280 TT_int16_t DeltaGlyphID;
281 TSingleSubstFormat1() : Coverage(NULL), DeltaGlyphID(0) { SubstFormat = 1; }
282 ~TSingleSubstFormat1() { delete Coverage; }
283
284 private:
285 TSingleSubstFormat1(const TSingleSubstFormat1&);
286 TSingleSubstFormat1& operator=(const TSingleSubstFormat1&);
287 };
288 struct TSingleSubstFormat2 : public TSubTableBase {
289 TCoverageFormatBase* Coverage;
290 TT_uint16_t GlyphCount;
291 TT_uint16_t* Substitute;
292 TSingleSubstFormat2() : Coverage(NULL), GlyphCount(0), Substitute(NULL) {
293 SubstFormat = 2;
294 }
295 ~TSingleSubstFormat2() {
296 delete Coverage;
297 delete[] Substitute;
298 }
299
300 private:
301 TSingleSubstFormat2(const TSingleSubstFormat2&);
302 TSingleSubstFormat2& operator=(const TSingleSubstFormat2&);
303 };
304 struct TLookup {
305 TT_uint16_t LookupType;
306 TT_uint16_t LookupFlag;
307 TT_uint16_t SubTableCount;
308 struct TSubTableBase** SubTable;
309 TLookup()
310 : LookupType(0), LookupFlag(0), SubTableCount(0), SubTable(NULL) {}
311 ~TLookup() {
312 if (SubTableCount > 0 && SubTable != NULL) {
313 for (int i = 0; i < SubTableCount; i++) {
314 delete SubTable[i];
57 } 315 }
58 private: 316 delete[] SubTable;
59 TLangSys(const TLangSys&); 317 }
60 TLangSys& operator=(const TLangSys&); 318 }
61 }; 319
62 struct TLangSysRecord { 320 private:
63 TT_uint32_t LangSysTag; 321 TLookup(const TLookup&);
64 struct TLangSys LangSys; 322 TLookup& operator=(const TLookup&);
65 TLangSysRecord(): LangSysTag(0) {} 323 };
66 private: 324 struct TLookupList {
67 TLangSysRecord(const TLangSysRecord&); 325 int LookupCount;
68 TLangSysRecord& operator=(const TLangSysRecord&); 326 struct TLookup* Lookup;
69 }; 327 TLookupList() : LookupCount(0), Lookup(NULL) {}
70 struct TScript { 328 ~TLookupList() {
71 TT_uint16_t DefaultLangSys; 329 if (Lookup) {
72 TT_uint16_t LangSysCount; 330 delete[] Lookup;
73 struct TLangSysRecord *LangSysRecord; 331 }
74 TScript(): DefaultLangSys(0), LangSysCount(0), LangSysRecord(NULL) {} 332 }
75 ~TScript() 333
76 { 334 private:
77 if(LangSysRecord) { 335 TLookupList(const TLookupList&);
78 delete[] LangSysRecord; 336 TLookupList& operator=(const TLookupList&);
79 } 337 };
80 } 338 bool Parse(FT_Bytes scriptlist, FT_Bytes featurelist, FT_Bytes lookuplist);
81 private: 339 void ParseScriptList(FT_Bytes raw, TScriptList* rec);
82 TScript(const TScript&); 340 void ParseScript(FT_Bytes raw, TScript* rec);
83 TScript& operator=(const TScript&); 341 void ParseLangSys(FT_Bytes raw, TLangSys* rec);
84 }; 342 void ParseFeatureList(FT_Bytes raw, TFeatureList* rec);
85 struct TScriptRecord { 343 void ParseFeature(FT_Bytes raw, TFeature* rec);
86 TT_uint32_t ScriptTag; 344 void ParseLookupList(FT_Bytes raw, TLookupList* rec);
87 struct TScript Script; 345 void ParseLookup(FT_Bytes raw, TLookup* rec);
88 TScriptRecord(): ScriptTag(0) {} 346 void ParseCoverage(FT_Bytes raw, TCoverageFormatBase** rec);
89 private: 347 void ParseCoverageFormat1(FT_Bytes raw, TCoverageFormat1* rec);
90 TScriptRecord(const TScriptRecord&); 348 void ParseCoverageFormat2(FT_Bytes raw, TCoverageFormat2* rec);
91 TScriptRecord& operator=(const TScriptRecord&); 349 void ParseSingleSubst(FT_Bytes raw, TSubTableBase** rec);
92 }; 350 void ParseSingleSubstFormat1(FT_Bytes raw, TSingleSubstFormat1* rec);
93 struct TScriptList { 351 void ParseSingleSubstFormat2(FT_Bytes raw, TSingleSubstFormat2* rec);
94 TT_uint16_t ScriptCount; 352 bool GetVerticalGlyphSub(TT_uint32_t glyphnum,
95 struct TScriptRecord *ScriptRecord; 353 TT_uint32_t* vglyphnum,
96 TScriptList(): ScriptCount(0), ScriptRecord(NULL) {} 354 struct TFeature* Feature);
97 ~TScriptList() 355 bool GetVerticalGlyphSub2(TT_uint32_t glyphnum,
98 { 356 TT_uint32_t* vglyphnum,
99 if(ScriptRecord) { 357 struct TLookup* Lookup);
100 delete[] ScriptRecord; 358 int GetCoverageIndex(struct TCoverageFormatBase* Coverage, TT_uint32_t g);
101 } 359 TT_uint8_t GetUInt8(FT_Bytes& p) const {
102 } 360 TT_uint8_t ret = p[0];
103 private: 361 p += 1;
104 TScriptList(const TScriptList&); 362 return ret;
105 TScriptList& operator=(const TScriptList&); 363 }
106 }; 364 TT_int16_t GetInt16(FT_Bytes& p) const {
107 struct TFeature { 365 TT_uint16_t ret = p[0] << 8 | p[1];
108 TT_uint16_t FeatureParams; 366 p += 2;
109 int LookupCount; 367 return *(TT_int16_t*)&ret;
110 TT_uint16_t *LookupListIndex; 368 }
111 TFeature(): FeatureParams(0), LookupCount(0), LookupListIndex(NULL) {} 369 TT_uint16_t GetUInt16(FT_Bytes& p) const {
112 ~TFeature() 370 TT_uint16_t ret = p[0] << 8 | p[1];
113 { 371 p += 2;
114 if(LookupListIndex) { 372 return ret;
115 delete[] LookupListIndex; 373 }
116 } 374 TT_int32_t GetInt32(FT_Bytes& p) const {
117 } 375 TT_uint32_t ret = p[0] << 24 | p[1] << 16 | p[2] << 8 | p[3];
118 private: 376 p += 4;
119 TFeature(const TFeature&); 377 return *(TT_int32_t*)&ret;
120 TFeature& operator=(const TFeature&); 378 }
121 }; 379 TT_uint32_t GetUInt32(FT_Bytes& p) const {
122 struct TFeatureRecord { 380 TT_uint32_t ret = p[0] << 24 | p[1] << 16 | p[2] << 8 | p[3];
123 TT_uint32_t FeatureTag; 381 p += 4;
124 struct TFeature Feature; 382 return ret;
125 TFeatureRecord(): FeatureTag(0) {} 383 }
126 private: 384 CFX_CMapDWordToDWord m_featureMap;
127 TFeatureRecord(const TFeatureRecord&); 385 FX_BOOL m_bFeautureMapLoad;
128 TFeatureRecord& operator=(const TFeatureRecord&); 386 bool loaded;
129 }; 387 struct tt_gsub_header header;
130 struct TFeatureList { 388 struct TScriptList ScriptList;
131 int FeatureCount; 389 struct TFeatureList FeatureList;
132 struct TFeatureRecord *FeatureRecord; 390 struct TLookupList LookupList;
133 TFeatureList(): FeatureCount(0), FeatureRecord(NULL) {}
134 ~TFeatureList()
135 {
136 if(FeatureRecord) {
137 delete[] FeatureRecord;
138 }
139 }
140 private:
141 TFeatureList(const TFeatureList&);
142 TFeatureList& operator=(const TFeatureList&);
143 };
144 enum TLookupFlag {
145 LOOKUPFLAG_RightToLeft = 0x0001,
146 LOOKUPFLAG_IgnoreBaseGlyphs = 0x0002,
147 LOOKUPFLAG_IgnoreLigatures = 0x0004,
148 LOOKUPFLAG_IgnoreMarks = 0x0008,
149 LOOKUPFLAG_Reserved = 0x00F0,
150 LOOKUPFLAG_MarkAttachmentType = 0xFF00,
151 };
152 struct TCoverageFormatBase {
153 TT_uint16_t CoverageFormat;
154 CFX_GlyphMap m_glyphMap;
155 TCoverageFormatBase(): CoverageFormat(0) {}
156 virtual ~TCoverageFormatBase() {}
157 private:
158 TCoverageFormatBase(const TCoverageFormatBase&);
159 TCoverageFormatBase& operator=(const TCoverageFormatBase&);
160 };
161 struct TCoverageFormat1: public TCoverageFormatBase {
162 TT_uint16_t GlyphCount;
163 TT_uint16_t *GlyphArray;
164 TCoverageFormat1(): GlyphCount(0), GlyphArray(NULL)
165 {
166 CoverageFormat = 1;
167 }
168 ~TCoverageFormat1()
169 {
170 if(GlyphArray) {
171 delete[] GlyphArray;
172 }
173 }
174 private:
175 TCoverageFormat1(const TCoverageFormat1&);
176 TCoverageFormat1& operator=(const TCoverageFormat1&);
177 };
178 struct TRangeRecord {
179 TT_uint16_t Start;
180 TT_uint16_t End;
181 TT_uint16_t StartCoverageIndex;
182 TRangeRecord(): Start(0), End(0), StartCoverageIndex(0) {}
183 friend bool operator > (const TRangeRecord &r1, const TRangeRecord &r2)
184 {
185 return r1.Start > r2.Start;
186 }
187 private:
188 TRangeRecord(const TRangeRecord&);
189 };
190 struct TCoverageFormat2: public TCoverageFormatBase {
191 TT_uint16_t RangeCount;
192 struct TRangeRecord *RangeRecord;
193 TCoverageFormat2(): RangeCount(0), RangeRecord(NULL)
194 {
195 CoverageFormat = 2;
196 }
197 ~TCoverageFormat2()
198 {
199 if(RangeRecord) {
200 delete[] RangeRecord;
201 }
202 }
203 private:
204 TCoverageFormat2(const TCoverageFormat2&);
205 TCoverageFormat2& operator=(const TCoverageFormat2&);
206 };
207 struct TClassDefFormatBase {
208 TT_uint16_t ClassFormat;
209 TClassDefFormatBase(): ClassFormat(0) {}
210 virtual ~TClassDefFormatBase() {}
211 private:
212 TClassDefFormatBase(const TClassDefFormatBase&);
213 TClassDefFormatBase& operator=(const TClassDefFormatBase&);
214 };
215 struct TClassDefFormat1: public TClassDefFormatBase {
216 TT_uint16_t StartGlyph;
217 TT_uint16_t GlyphCount;
218 TT_uint16_t *ClassValueArray;
219 TClassDefFormat1(): StartGlyph(0), GlyphCount(0), ClassValueArray(NULL)
220 {
221 ClassFormat = 1;
222 }
223 ~TClassDefFormat1()
224 {
225 if(ClassValueArray) {
226 delete[] ClassValueArray;
227 }
228 }
229 private:
230 TClassDefFormat1(const TClassDefFormat1&);
231 TClassDefFormat1& operator=(const TClassDefFormat1&);
232 };
233 struct TClassRangeRecord {
234 TT_uint16_t Start;
235 TT_uint16_t End;
236 TT_uint16_t Class;
237 TClassRangeRecord(): Start(0), End(0), Class(0) {}
238 private:
239 TClassRangeRecord(const TClassRangeRecord&);
240 TClassRangeRecord& operator=(const TClassRangeRecord&);
241 };
242 struct TClassDefFormat2: public TClassDefFormatBase {
243 TT_uint16_t ClassRangeCount;
244 struct TClassRangeRecord *ClassRangeRecord;
245 TClassDefFormat2(): ClassRangeCount(0), ClassRangeRecord(NULL)
246 {
247 ClassFormat = 2;
248 }
249 ~TClassDefFormat2()
250 {
251 if(ClassRangeRecord) {
252 delete[] ClassRangeRecord;
253 }
254 }
255 private:
256 TClassDefFormat2(const TClassDefFormat2&);
257 TClassDefFormat2& operator=(const TClassDefFormat2&);
258 };
259 struct TDevice {
260 TT_uint16_t StartSize;
261 TT_uint16_t EndSize;
262 TT_uint16_t DeltaFormat;
263 TDevice(): StartSize(0), EndSize(0), DeltaFormat(0) {}
264 private:
265 TDevice(const TDevice&);
266 TDevice& operator=(const TDevice&);
267 };
268 struct TSubTableBase {
269 TT_uint16_t SubstFormat;
270 TSubTableBase(): SubstFormat(0) {}
271 virtual ~TSubTableBase() {}
272 private:
273 TSubTableBase(const TSubTableBase&);
274 TSubTableBase& operator=(const TSubTableBase&);
275 };
276 struct TSingleSubstFormat1: public TSubTableBase {
277 TCoverageFormatBase *Coverage;
278 TT_int16_t DeltaGlyphID;
279 TSingleSubstFormat1(): Coverage(NULL), DeltaGlyphID(0)
280 {
281 SubstFormat = 1;
282 }
283 ~TSingleSubstFormat1()
284 {
285 delete Coverage;
286 }
287 private:
288 TSingleSubstFormat1(const TSingleSubstFormat1&);
289 TSingleSubstFormat1& operator=(const TSingleSubstFormat1&);
290 };
291 struct TSingleSubstFormat2: public TSubTableBase {
292 TCoverageFormatBase *Coverage;
293 TT_uint16_t GlyphCount;
294 TT_uint16_t *Substitute;
295 TSingleSubstFormat2(): Coverage(NULL), GlyphCount(0), Substitute(NULL)
296 {
297 SubstFormat = 2;
298 }
299 ~TSingleSubstFormat2()
300 {
301 delete Coverage;
302 delete[] Substitute;
303 }
304 private:
305 TSingleSubstFormat2(const TSingleSubstFormat2&);
306 TSingleSubstFormat2& operator=(const TSingleSubstFormat2&);
307 };
308 struct TLookup {
309 TT_uint16_t LookupType;
310 TT_uint16_t LookupFlag;
311 TT_uint16_t SubTableCount;
312 struct TSubTableBase **SubTable;
313 TLookup(): LookupType(0), LookupFlag(0), SubTableCount(0), SubTable(NULL ) {}
314 ~TLookup()
315 {
316 if(SubTableCount > 0 && SubTable != NULL) {
317 for(int i = 0; i < SubTableCount; i++) {
318 delete SubTable[i];
319 }
320 delete[] SubTable;
321 }
322 }
323 private:
324 TLookup(const TLookup&);
325 TLookup& operator=(const TLookup&);
326 };
327 struct TLookupList {
328 int LookupCount;
329 struct TLookup *Lookup;
330 TLookupList(): LookupCount(0), Lookup(NULL) {}
331 ~TLookupList()
332 {
333 if(Lookup) {
334 delete[] Lookup;
335 }
336 }
337 private:
338 TLookupList(const TLookupList&);
339 TLookupList& operator=(const TLookupList&);
340 };
341 bool Parse(
342 FT_Bytes scriptlist,
343 FT_Bytes featurelist,
344 FT_Bytes lookuplist);
345 void ParseScriptList(FT_Bytes raw, TScriptList *rec);
346 void ParseScript(FT_Bytes raw, TScript *rec);
347 void ParseLangSys(FT_Bytes raw, TLangSys *rec);
348 void ParseFeatureList(FT_Bytes raw, TFeatureList *rec);
349 void ParseFeature(FT_Bytes raw, TFeature *rec);
350 void ParseLookupList(FT_Bytes raw, TLookupList *rec);
351 void ParseLookup(FT_Bytes raw, TLookup *rec);
352 void ParseCoverage(FT_Bytes raw, TCoverageFormatBase **rec);
353 void ParseCoverageFormat1(FT_Bytes raw, TCoverageFormat1 *rec);
354 void ParseCoverageFormat2(FT_Bytes raw, TCoverageFormat2 *rec);
355 void ParseSingleSubst(FT_Bytes raw, TSubTableBase **rec);
356 void ParseSingleSubstFormat1(FT_Bytes raw, TSingleSubstFormat1 *rec);
357 void ParseSingleSubstFormat2(FT_Bytes raw, TSingleSubstFormat2 *rec);
358 bool GetVerticalGlyphSub(
359 TT_uint32_t glyphnum,
360 TT_uint32_t *vglyphnum,
361 struct TFeature *Feature);
362 bool GetVerticalGlyphSub2(
363 TT_uint32_t glyphnum,
364 TT_uint32_t *vglyphnum,
365 struct TLookup *Lookup);
366 int GetCoverageIndex(struct TCoverageFormatBase *Coverage, TT_uint32_t g);
367 TT_uint8_t GetUInt8(FT_Bytes& p) const
368 {
369 TT_uint8_t ret = p[0];
370 p += 1;
371 return ret;
372 }
373 TT_int16_t GetInt16(FT_Bytes& p) const
374 {
375 TT_uint16_t ret = p[0] << 8 | p[1];
376 p += 2;
377 return *(TT_int16_t*)&ret;
378 }
379 TT_uint16_t GetUInt16(FT_Bytes& p) const
380 {
381 TT_uint16_t ret = p[0] << 8 | p[1];
382 p += 2;
383 return ret;
384 }
385 TT_int32_t GetInt32(FT_Bytes& p) const
386 {
387 TT_uint32_t ret = p[0] << 24 | p[1] << 16 | p[2] << 8 | p[3];
388 p += 4;
389 return *(TT_int32_t*)&ret;
390 }
391 TT_uint32_t GetUInt32(FT_Bytes& p) const
392 {
393 TT_uint32_t ret = p[0] << 24 | p[1] << 16 | p[2] << 8 | p[3];
394 p += 4;
395 return ret;
396 }
397 CFX_CMapDWordToDWord m_featureMap;
398 FX_BOOL m_bFeautureMapLoad;
399 bool loaded;
400 struct tt_gsub_header header;
401 struct TScriptList ScriptList;
402 struct TFeatureList FeatureList;
403 struct TLookupList LookupList;
404 }; 391 };
405 class CFX_GSUBTable final : public IFX_GSUBTable 392 class CFX_GSUBTable final : public IFX_GSUBTable {
406 { 393 public:
407 public: 394 ~CFX_GSUBTable() override {}
408 ~CFX_GSUBTable() override {} 395 virtual FX_BOOL GetVerticalGlyph(FX_DWORD glyphnum,
409 virtual FX_BOOL GetVerticalGlyph(FX_DWORD glyphnum, FX_DWORD* vglyphnum) ove rride; 396 FX_DWORD* vglyphnum) override;
410 397
411 CFX_CTTGSUBTable m_GsubImp; 398 CFX_CTTGSUBTable m_GsubImp;
412 }; 399 };
413 400
414 #endif // CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_ 401 #endif // CORE_SRC_FPDFAPI_FPDF_FONT_TTGSUBTABLE_H_
OLDNEW
« no previous file with comments | « core/src/fpdfapi/fpdf_font/fpdf_font_cid.cpp ('k') | core/src/fpdfapi/fpdf_font/ttgsubtable.cpp » ('j') | fpdfsdk/src/javascript/Consts.cpp » ('J')

Powered by Google App Engine
This is Rietveld 408576698