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gfx/skia/trunk/src/sfnt/SkPanose.h@129ffea94266 (annotated)

gfx/skia/trunk/src/sfnt/SkPanose.h

Sat, 03 Jan 2015 20:18:00 +0100

author
Michael Schloh von Bennewitz <michael@schloh.com>
date
Sat, 03 Jan 2015 20:18:00 +0100
branch
TOR_BUG_3246
changeset 7
129ffea94266
permissions
-rw-r--r--

Conditionally enable double key logic according to:
private browsing mode or privacy.thirdparty.isolate preference and
implement in GetCookieStringCommon and FindCookie where it counts...
With some reservations of how to convince FindCookie users to test
condition and pass a nullptr when disabling double key logic.

michael@0 1 /*
michael@0 2 * Copyright 2012 Google Inc.
michael@0 3 *
michael@0 4 * Use of this source code is governed by a BSD-style license that can be
michael@0 5 * found in the LICENSE file.
michael@0 6 */
michael@0 7
michael@0 8 #ifndef SkPanose_DEFINED
michael@0 9 #define SkPanose_DEFINED
michael@0 10
michael@0 11 #include "SkOTTableTypes.h"
michael@0 12 #include "SkTypedEnum.h"
michael@0 13
michael@0 14 #pragma pack(push, 1)
michael@0 15
michael@0 16 struct SkPanose {
michael@0 17 //This value changes the meaning of the following 9 bytes.
michael@0 18 struct FamilyType {
michael@0 19 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 20 ((Any, 0))
michael@0 21 ((NoFit, 1))
michael@0 22 ((TextAndDisplay, 2))
michael@0 23 ((Script, 3))
michael@0 24 ((Decorative, 4))
michael@0 25 ((Pictoral, 5))
michael@0 26 SK_SEQ_END,
michael@0 27 (value)SK_SEQ_END)
michael@0 28 } bFamilyType;
michael@0 29
michael@0 30 union Data {
michael@0 31 struct TextAndDisplay {
michael@0 32 struct SerifStyle {
michael@0 33 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 34 ((Any, 0))
michael@0 35 ((NoFit, 1))
michael@0 36 ((Cove, 2))
michael@0 37 ((ObtuseCove, 3))
michael@0 38 ((SquareCove, 4))
michael@0 39 ((ObtuseSquareCove, 5))
michael@0 40 ((Square, 6))
michael@0 41 ((Thin, 7))
michael@0 42 ((Bone, 8))
michael@0 43 ((Exaggerated, 9))
michael@0 44 ((Triangle, 10))
michael@0 45 ((NormalSans, 11))
michael@0 46 ((ObtuseSans, 12))
michael@0 47 ((PerpSans, 13))
michael@0 48 ((Flared, 14))
michael@0 49 ((Rounded, 15))
michael@0 50 SK_SEQ_END,
michael@0 51 (value)SK_SEQ_END)
michael@0 52 } bSerifStyle;
michael@0 53
michael@0 54 struct Weight {
michael@0 55 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 56 ((Any, 0))
michael@0 57 ((NoFit, 1))
michael@0 58 ((VeryLight, 2))
michael@0 59 ((Light, 3))
michael@0 60 ((Thin, 4))
michael@0 61 ((Book, 5))
michael@0 62 ((Medium, 6))
michael@0 63 ((Demi, 7))
michael@0 64 ((Bold, 8))
michael@0 65 ((Heavy, 9))
michael@0 66 ((Black, 10))
michael@0 67 ((ExtraBlack, 11))
michael@0 68 SK_SEQ_END,
michael@0 69 (value)SK_SEQ_END)
michael@0 70 } bWeight;
michael@0 71
michael@0 72 struct Proportion {
michael@0 73 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 74 ((Any, 0))
michael@0 75 ((NoFit, 1))
michael@0 76 ((OldStyle, 2))
michael@0 77 ((Modern, 3))
michael@0 78 ((EvenWidth, 4))
michael@0 79 ((Expanded, 5))
michael@0 80 ((Condensed, 6))
michael@0 81 ((VeryExpanded, 7))
michael@0 82 ((VeryCondensed, 8))
michael@0 83 ((Monospaced, 9))
michael@0 84 SK_SEQ_END,
michael@0 85 (value)SK_SEQ_END)
michael@0 86 } bProportion;
michael@0 87
michael@0 88 struct Contrast {
michael@0 89 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 90 ((Any, 0))
michael@0 91 ((NoFit, 1))
michael@0 92 ((None, 2))
michael@0 93 ((VeryLow, 3))
michael@0 94 ((Low, 4))
michael@0 95 ((MediumLow, 5))
michael@0 96 ((Medium, 6))
michael@0 97 ((MediumHigh, 7))
michael@0 98 ((High, 8))
michael@0 99 ((VeryHigh, 9))
michael@0 100 SK_SEQ_END,
michael@0 101 (value)SK_SEQ_END)
michael@0 102 } bContrast;
michael@0 103
michael@0 104 #ifdef SK_WIN_PANOSE
michael@0 105 //This is what Windows (and FontForge and Apple TT spec) define.
michael@0 106 //The Impact font uses 9.
michael@0 107 struct StrokeVariation {
michael@0 108 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 109 ((Any, 0))
michael@0 110 ((NoFit, 1))
michael@0 111 ((GradualDiagonal, 2))
michael@0 112 ((GradualTransitional, 3))
michael@0 113 ((GradualVertical, 4))
michael@0 114 ((GradualHorizontal, 5))
michael@0 115 ((RapidVertical, 6))
michael@0 116 ((RapidHorizontal, 7))
michael@0 117 ((InstantVertical, 8))
michael@0 118 SK_SEQ_END,
michael@0 119 (value)SK_SEQ_END)
michael@0 120 } bStrokeVariation;
michael@0 121 #else
michael@0 122 //Stroke variation description in OT OS/2 ver0,ver1 is incorrect.
michael@0 123 //This is what HP Panose says.
michael@0 124 struct StrokeVariation {
michael@0 125 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 126 ((Any, 0))
michael@0 127 ((NoFit, 1))
michael@0 128 ((NoVariation, 2))
michael@0 129 ((Gradual_Diagonal, 3))
michael@0 130 ((Gradual_Transitional, 4))
michael@0 131 ((Gradual_Vertical, 5))
michael@0 132 ((Gradual_Horizontal, 6))
michael@0 133 ((Rapid_Vertical, 7))
michael@0 134 ((Rapid_Horizontal, 8))
michael@0 135 ((Instant_Vertical, 9))
michael@0 136 ((Instant_Horizontal, 10))
michael@0 137 SK_SEQ_END,
michael@0 138 (value)SK_SEQ_END)
michael@0 139 } bStrokeVariation;
michael@0 140 #endif
michael@0 141
michael@0 142 struct ArmStyle {
michael@0 143 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 144 ((Any, 0))
michael@0 145 ((NoFit, 1))
michael@0 146 ((StraightArms_Horizontal, 2))
michael@0 147 ((StraightArms_Wedge, 3))
michael@0 148 ((StraightArms_Vertical, 4))
michael@0 149 ((StraightArms_SingleSerif, 5))
michael@0 150 ((StraightArms_DoubleSerif, 6))
michael@0 151 ((NonStraightArms_Horizontal, 7))
michael@0 152 ((NonStraightArms_Wedge, 8))
michael@0 153 ((NonStraightArms_Vertical, 9))
michael@0 154 ((NonStraightArms_SingleSerif, 10))
michael@0 155 ((NonStraightArms_DoubleSerif, 11))
michael@0 156 SK_SEQ_END,
michael@0 157 (value)SK_SEQ_END)
michael@0 158 } bArmStyle;
michael@0 159
michael@0 160 struct Letterform {
michael@0 161 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 162 ((Any, 0))
michael@0 163 ((NoFit, 1))
michael@0 164 ((Normal_Contact, 2))
michael@0 165 ((Normal_Weighted, 3))
michael@0 166 ((Normal_Boxed, 4))
michael@0 167 ((Normal_Flattened, 5))
michael@0 168 ((Normal_Rounded, 6))
michael@0 169 ((Normal_OffCenter, 7))
michael@0 170 ((Normal_Square, 8))
michael@0 171 ((Oblique_Contact, 9))
michael@0 172 ((Oblique_Weighted, 10))
michael@0 173 ((Oblique_Boxed, 11))
michael@0 174 ((Oblique_Flattened, 12))
michael@0 175 ((Oblique_Rounded, 13))
michael@0 176 ((Oblique_OffCenter, 14))
michael@0 177 ((Oblique_Square, 15))
michael@0 178 SK_SEQ_END,
michael@0 179 (value)SK_SEQ_END)
michael@0 180 } bLetterform;
michael@0 181
michael@0 182 struct Midline {
michael@0 183 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 184 ((Any, 0))
michael@0 185 ((NoFit, 1))
michael@0 186 ((Standard_Trimmed, 2))
michael@0 187 ((Standard_Pointed, 3))
michael@0 188 ((Standard_Serifed, 4))
michael@0 189 ((High_Trimmed, 5))
michael@0 190 ((High_Pointed, 6))
michael@0 191 ((High_Serifed, 7))
michael@0 192 ((Constant_Trimmed, 8))
michael@0 193 ((Constant_Pointed, 9))
michael@0 194 ((Constant_Serifed, 10))
michael@0 195 ((Low_Trimmed, 11))
michael@0 196 ((Low_Pointed, 12))
michael@0 197 ((Low_Serifed, 13))
michael@0 198 SK_SEQ_END,
michael@0 199 (value)SK_SEQ_END)
michael@0 200 } bMidline;
michael@0 201
michael@0 202 struct XHeight {
michael@0 203 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 204 ((Any, 0))
michael@0 205 ((NoFit, 1))
michael@0 206 ((Constant_Small, 2))
michael@0 207 ((Constant_Standard, 3))
michael@0 208 ((Constant_Large, 4))
michael@0 209 ((Ducking_Small, 5))
michael@0 210 ((Ducking_Standard, 6))
michael@0 211 ((Ducking_Large, 7))
michael@0 212 SK_SEQ_END,
michael@0 213 (value)SK_SEQ_END)
michael@0 214 } bXHeight;
michael@0 215 } textAndDisplay;
michael@0 216
michael@0 217 struct Script {
michael@0 218 struct ToolKind {
michael@0 219 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 220 ((Any, 0))
michael@0 221 ((NoFit, 1))
michael@0 222 ((FlatNib, 2))
michael@0 223 ((PressurePoint, 3))
michael@0 224 ((Engraved, 4))
michael@0 225 ((Ball, 5))
michael@0 226 ((Brush, 6))
michael@0 227 ((Rough, 7))
michael@0 228 ((FeltPen, 8))
michael@0 229 ((WildBrush, 9))
michael@0 230 SK_SEQ_END,
michael@0 231 (value)SK_SEQ_END)
michael@0 232 } bToolKind;
michael@0 233
michael@0 234 struct Weight {
michael@0 235 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 236 ((Any, 0))
michael@0 237 ((NoFit, 1))
michael@0 238 ((VeryLight, 2))
michael@0 239 ((Light, 3))
michael@0 240 ((Thin, 4))
michael@0 241 ((Book, 5))
michael@0 242 ((Medium, 6))
michael@0 243 ((Demi, 7))
michael@0 244 ((Bold, 8))
michael@0 245 ((Heavy, 9))
michael@0 246 ((Black, 10))
michael@0 247 ((ExtraBlack, 11))
michael@0 248 SK_SEQ_END,
michael@0 249 (value)SK_SEQ_END)
michael@0 250 } bWeight;
michael@0 251
michael@0 252 struct Spacing {
michael@0 253 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 254 ((Any, 0))
michael@0 255 ((NoFit, 1))
michael@0 256 ((ProportionalSpaced, 2))
michael@0 257 ((Monospaced, 3))
michael@0 258 SK_SEQ_END,
michael@0 259 (value)SK_SEQ_END)
michael@0 260 } bSpacing;
michael@0 261
michael@0 262 struct AspectRatio {
michael@0 263 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 264 ((Any, 0))
michael@0 265 ((NoFit, 1))
michael@0 266 ((VeryCondensed, 2))
michael@0 267 ((Condensed, 3))
michael@0 268 ((Normal, 4))
michael@0 269 ((Expanded, 5))
michael@0 270 ((VeryExpanded, 6))
michael@0 271 SK_SEQ_END,
michael@0 272 (value)SK_SEQ_END)
michael@0 273 } bAspectRatio;
michael@0 274
michael@0 275 struct Contrast {
michael@0 276 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 277 ((Any, 0))
michael@0 278 ((NoFit, 1))
michael@0 279 ((None, 2))
michael@0 280 ((VeryLow, 3))
michael@0 281 ((Low, 4))
michael@0 282 ((MediumLow, 5))
michael@0 283 ((Medium, 6))
michael@0 284 ((MediumHigh, 7))
michael@0 285 ((High, 8))
michael@0 286 ((VeryHigh, 9))
michael@0 287 SK_SEQ_END,
michael@0 288 (value)SK_SEQ_END)
michael@0 289 } bContrast;
michael@0 290
michael@0 291 struct Topology {
michael@0 292 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 293 ((Any, 0))
michael@0 294 ((NoFit, 1))
michael@0 295 ((Roman_Disconnected, 2))
michael@0 296 ((Roman_Trailing, 3))
michael@0 297 ((Roman_Connected, 4))
michael@0 298 ((Cursive_Disconnected, 5))
michael@0 299 ((Cursive_Trailing, 6))
michael@0 300 ((Cursive_Connected, 7))
michael@0 301 ((Blackletter_Disconnected, 8))
michael@0 302 ((Blackletter_Trailing, 9))
michael@0 303 ((Blackletter_Connected, 10))
michael@0 304 SK_SEQ_END,
michael@0 305 (value)SK_SEQ_END)
michael@0 306 } bTopology;
michael@0 307
michael@0 308 struct Form {
michael@0 309 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 310 ((Any, 0))
michael@0 311 ((NoFit, 1))
michael@0 312 ((Upright_NoWrapping, 2))
michael@0 313 ((Upright_SomeWrapping, 3))
michael@0 314 ((Upright_MoreWrapping, 4))
michael@0 315 ((Upright_ExtremeWrapping, 5))
michael@0 316 ((Oblique_NoWrapping, 6))
michael@0 317 ((Oblique_SomeWrapping, 7))
michael@0 318 ((Oblique_MoreWrapping, 8))
michael@0 319 ((Oblique_ExtremeWrapping, 9))
michael@0 320 ((Exaggerated_NoWrapping, 10))
michael@0 321 ((Exaggerated_SomeWrapping, 11))
michael@0 322 ((Exaggerated_MoreWrapping, 12))
michael@0 323 ((Exaggerated_ExtremeWrapping, 13))
michael@0 324 SK_SEQ_END,
michael@0 325 (value)SK_SEQ_END)
michael@0 326 } bForm;
michael@0 327
michael@0 328 struct Finials {
michael@0 329 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 330 ((Any, 0))
michael@0 331 ((NoFit, 1))
michael@0 332 ((None_NoLoops, 2))
michael@0 333 ((None_ClosedLoops, 3))
michael@0 334 ((None_OpenLoops, 4))
michael@0 335 ((Sharp_NoLoops, 5))
michael@0 336 ((Sharp_ClosedLoops, 6))
michael@0 337 ((Sharp_OpenLoops, 7))
michael@0 338 ((Tapered_NoLoops, 8))
michael@0 339 ((Tapered_ClosedLoops, 9))
michael@0 340 ((Tapered_OpenLoops, 10))
michael@0 341 ((Round_NoLoops, 11))
michael@0 342 ((Round_ClosedLoops, 12))
michael@0 343 ((Round_OpenLoops, 13))
michael@0 344 SK_SEQ_END,
michael@0 345 (value)SK_SEQ_END)
michael@0 346 } bFinials;
michael@0 347
michael@0 348 struct XAscent {
michael@0 349 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 350 ((Any, 0))
michael@0 351 ((NoFit, 1))
michael@0 352 ((VeryLow, 2))
michael@0 353 ((Low, 3))
michael@0 354 ((Medium, 4))
michael@0 355 ((High, 5))
michael@0 356 ((VeryHigh, 6))
michael@0 357 SK_SEQ_END,
michael@0 358 (value)SK_SEQ_END)
michael@0 359 } bXAscent;
michael@0 360 } script;
michael@0 361
michael@0 362 struct Decorative {
michael@0 363 struct Class {
michael@0 364 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 365 ((Any, 0))
michael@0 366 ((NoFit, 1))
michael@0 367 ((Derivative, 2))
michael@0 368 ((NonStandard_Topology, 3))
michael@0 369 ((NonStandard_Elements, 4))
michael@0 370 ((NonStandard_Aspect, 5))
michael@0 371 ((Initials, 6))
michael@0 372 ((Cartoon, 7))
michael@0 373 ((PictureStems, 8))
michael@0 374 ((Ornamented, 9))
michael@0 375 ((TextAndBackground, 10))
michael@0 376 ((Collage, 11))
michael@0 377 ((Montage, 12))
michael@0 378 SK_SEQ_END,
michael@0 379 (value)SK_SEQ_END)
michael@0 380 } bClass;
michael@0 381
michael@0 382 struct Weight {
michael@0 383 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 384 ((Any, 0))
michael@0 385 ((NoFit, 1))
michael@0 386 ((VeryLight, 2))
michael@0 387 ((Light, 3))
michael@0 388 ((Thin, 4))
michael@0 389 ((Book, 5))
michael@0 390 ((Medium, 6))
michael@0 391 ((Demi, 7))
michael@0 392 ((Bold, 8))
michael@0 393 ((Heavy, 9))
michael@0 394 ((Black, 10))
michael@0 395 ((ExtraBlack, 11))
michael@0 396 SK_SEQ_END,
michael@0 397 (value)SK_SEQ_END)
michael@0 398 } bWeight;
michael@0 399
michael@0 400 struct Aspect {
michael@0 401 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 402 ((Any, 0))
michael@0 403 ((NoFit, 1))
michael@0 404 ((SuperCondensed, 2))
michael@0 405 ((VeryCondensed, 3))
michael@0 406 ((Condensed, 4))
michael@0 407 ((Normal, 5))
michael@0 408 ((Extended, 6))
michael@0 409 ((VeryExtended, 7))
michael@0 410 ((SuperExtended, 8))
michael@0 411 ((Monospaced, 9))
michael@0 412 SK_SEQ_END,
michael@0 413 (value)SK_SEQ_END)
michael@0 414 } bAspect;
michael@0 415
michael@0 416 struct Contrast {
michael@0 417 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 418 ((Any, 0))
michael@0 419 ((NoFit, 1))
michael@0 420 ((None, 2))
michael@0 421 ((VeryLow, 3))
michael@0 422 ((Low, 4))
michael@0 423 ((MediumLow, 5))
michael@0 424 ((Medium, 6))
michael@0 425 ((MediumHigh, 7))
michael@0 426 ((High, 8))
michael@0 427 ((VeryHigh, 9))
michael@0 428 ((HorizontalLow, 10))
michael@0 429 ((HorizontalMedium, 11))
michael@0 430 ((HorizontalHigh, 12))
michael@0 431 ((Broken, 13))
michael@0 432 SK_SEQ_END,
michael@0 433 (value)SK_SEQ_END)
michael@0 434 } bContrast;
michael@0 435
michael@0 436 struct SerifVariant {
michael@0 437 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 438 ((Any, 0))
michael@0 439 ((NoFit, 1))
michael@0 440 ((Cove, 2))
michael@0 441 ((ObtuseCove, 3))
michael@0 442 ((SquareCove, 4))
michael@0 443 ((ObtuseSquareCove, 5))
michael@0 444 ((Square, 6))
michael@0 445 ((Thin, 7))
michael@0 446 ((Oval, 8))
michael@0 447 ((Exaggerated, 9))
michael@0 448 ((Triangle, 10))
michael@0 449 ((NormalSans, 11))
michael@0 450 ((ObtuseSans, 12))
michael@0 451 ((PerpendicularSans, 13))
michael@0 452 ((Flared, 14))
michael@0 453 ((Rounded, 15))
michael@0 454 ((Script, 16))
michael@0 455 SK_SEQ_END,
michael@0 456 (value)SK_SEQ_END)
michael@0 457 } bSerifVariant;
michael@0 458
michael@0 459 struct Treatment {
michael@0 460 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 461 ((Any, 0))
michael@0 462 ((NoFit, 1))
michael@0 463 ((None_StandardSolidFill, 2))
michael@0 464 ((White_NoFill, 3))
michael@0 465 ((PatternedFill, 4))
michael@0 466 ((ComplexFill, 5))
michael@0 467 ((ShapedFill, 6))
michael@0 468 ((DrawnDistressed, 7))
michael@0 469 SK_SEQ_END,
michael@0 470 (value)SK_SEQ_END)
michael@0 471 } bTreatment;
michael@0 472
michael@0 473 struct Lining {
michael@0 474 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 475 ((Any, 0))
michael@0 476 ((NoFit, 1))
michael@0 477 ((None, 2))
michael@0 478 ((Inline, 3))
michael@0 479 ((Outline, 4))
michael@0 480 ((Engraved, 5))
michael@0 481 ((Shadow, 6))
michael@0 482 ((Relief, 7))
michael@0 483 ((Backdrop, 8))
michael@0 484 SK_SEQ_END,
michael@0 485 (value)SK_SEQ_END)
michael@0 486 } bLining;
michael@0 487
michael@0 488 struct Topology {
michael@0 489 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 490 ((Any, 0))
michael@0 491 ((NoFit, 1))
michael@0 492 ((Standard, 2))
michael@0 493 ((Square, 3))
michael@0 494 ((MultipleSegment, 4))
michael@0 495 ((DecoWacoMidlines, 5))
michael@0 496 ((UnevenWeighting, 6))
michael@0 497 ((DiverseArms, 7))
michael@0 498 ((DiverseForms, 8))
michael@0 499 ((LombardicForms, 9))
michael@0 500 ((UpperCaseInLowerCase, 10))
michael@0 501 ((ImpliedTopology, 11))
michael@0 502 ((HorseshoeEandA, 12))
michael@0 503 ((Cursive, 13))
michael@0 504 ((Blackletter, 14))
michael@0 505 ((SwashVariance, 15))
michael@0 506 SK_SEQ_END,
michael@0 507 (value)SK_SEQ_END)
michael@0 508 } bTopology;
michael@0 509
michael@0 510 struct RangeOfCharacters {
michael@0 511 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 512 ((Any, 0))
michael@0 513 ((NoFit, 1))
michael@0 514 ((ExtendedCollection, 2))
michael@0 515 ((Litterals, 3))
michael@0 516 ((NoLowerCase, 4))
michael@0 517 ((SmallCaps, 5))
michael@0 518 SK_SEQ_END,
michael@0 519 (value)SK_SEQ_END)
michael@0 520 } bRangeOfCharacters;
michael@0 521 } decorative;
michael@0 522
michael@0 523 struct Pictoral {
michael@0 524 struct Kind {
michael@0 525 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 526 ((Any, 0))
michael@0 527 ((NoFit, 1))
michael@0 528 ((Montages, 2))
michael@0 529 ((Pictures, 3))
michael@0 530 ((Shapes, 4))
michael@0 531 ((Scientific, 5))
michael@0 532 ((Music, 6))
michael@0 533 ((Expert, 7))
michael@0 534 ((Patterns, 8))
michael@0 535 ((Boarders, 9))
michael@0 536 ((Icons, 10))
michael@0 537 ((Logos, 11))
michael@0 538 ((IndustrySpecific, 12))
michael@0 539 SK_SEQ_END,
michael@0 540 (value)SK_SEQ_END)
michael@0 541 } bKind;
michael@0 542
michael@0 543 struct Weight {
michael@0 544 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 545 ((NoFit, 1))
michael@0 546 SK_SEQ_END,
michael@0 547 (value)SK_SEQ_END)
michael@0 548 } bWeight;
michael@0 549
michael@0 550 struct Spacing {
michael@0 551 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 552 ((Any, 0))
michael@0 553 ((NoFit, 1))
michael@0 554 ((ProportionalSpaced, 2))
michael@0 555 ((Monospaced, 3))
michael@0 556 SK_SEQ_END,
michael@0 557 (value)SK_SEQ_END)
michael@0 558 } bSpacing;
michael@0 559
michael@0 560 struct AspectRatioAndContrast {
michael@0 561 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 562 ((NoFit, 1))
michael@0 563 SK_SEQ_END,
michael@0 564 (value)SK_SEQ_END)
michael@0 565 } bAspectRatioAndContrast;
michael@0 566
michael@0 567 struct AspectRatio94 {
michael@0 568 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 569 ((Any, 0))
michael@0 570 ((NoFit, 1))
michael@0 571 ((NoWidth, 2))
michael@0 572 ((ExceptionallyWide, 3))
michael@0 573 ((SuperWide, 4))
michael@0 574 ((VeryWide, 5))
michael@0 575 ((Wide, 6))
michael@0 576 ((Normal, 7))
michael@0 577 ((Narrow, 8))
michael@0 578 ((VeryNarrow, 9))
michael@0 579 SK_SEQ_END,
michael@0 580 (value)SK_SEQ_END)
michael@0 581 } bAspectRatio94;
michael@0 582
michael@0 583 struct AspectRatio119 {
michael@0 584 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 585 ((Any, 0))
michael@0 586 ((NoFit, 1))
michael@0 587 ((NoWidth, 2))
michael@0 588 ((ExceptionallyWide, 3))
michael@0 589 ((SuperWide, 4))
michael@0 590 ((VeryWide, 5))
michael@0 591 ((Wide, 6))
michael@0 592 ((Normal, 7))
michael@0 593 ((Narrow, 8))
michael@0 594 ((VeryNarrow, 9))
michael@0 595 SK_SEQ_END,
michael@0 596 (value)SK_SEQ_END)
michael@0 597 } bAspectRatio119;
michael@0 598
michael@0 599 struct AspectRatio157 {
michael@0 600 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 601 ((Any, 0))
michael@0 602 ((NoFit, 1))
michael@0 603 ((NoWidth, 2))
michael@0 604 ((ExceptionallyWide, 3))
michael@0 605 ((SuperWide, 4))
michael@0 606 ((VeryWide, 5))
michael@0 607 ((Wide, 6))
michael@0 608 ((Normal, 7))
michael@0 609 ((Narrow, 8))
michael@0 610 ((VeryNarrow, 9))
michael@0 611 SK_SEQ_END,
michael@0 612 (value)SK_SEQ_END)
michael@0 613 } bAspectRatio157;
michael@0 614
michael@0 615 struct AspectRatio163 {
michael@0 616 SK_TYPED_ENUM(Value, SK_OT_BYTE,
michael@0 617 ((Any, 0))
michael@0 618 ((NoFit, 1))
michael@0 619 ((NoWidth, 2))
michael@0 620 ((ExceptionallyWide, 3))
michael@0 621 ((SuperWide, 4))
michael@0 622 ((VeryWide, 5))
michael@0 623 ((Wide, 6))
michael@0 624 ((Normal, 7))
michael@0 625 ((Narrow, 8))
michael@0 626 ((VeryNarrow, 9))
michael@0 627 SK_SEQ_END,
michael@0 628 (value)SK_SEQ_END)
michael@0 629 } bAspectRatio163;
michael@0 630 } pictoral;
michael@0 631 } data;
michael@0 632 };
michael@0 633
michael@0 634 #pragma pack(pop)
michael@0 635
michael@0 636
michael@0 637 SK_COMPILE_ASSERT(sizeof(SkPanose) == 10, sizeof_SkPanose_not_10);
michael@0 638
michael@0 639 #endif

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