| /* |
| ***************************************************************************************** |
| * Copyright (C) 1997-1999, International Business Machines |
| * Corporation and others. All Rights Reserved. |
| ***************************************************************************************** |
| * |
| * File WDBKDAT.CPP |
| * |
| * Modification History: |
| * |
| * Date Name Description |
| * 02/18/97 aliu Converted from OpenClass. |
| * Recoded kRawMapping table for Unicode::getType() type codes. |
| * Made static data members const where appropriate. |
| * 03/25/97 aliu Moved into TextBoundaryData; no longer a subclass. |
| * 04/15/97 aliu Worked around bug in AIX xlC compiler which occurs if static |
| * arrays contain const elements. |
| * 05/06/97 aliu Made SpecialMapping an array of objects instead of pointers, |
| * to help out non-compliant compilers. |
| * 08/14/98 helena Sync-up JDK1.2. |
| ***************************************************************************************** |
| */ |
| |
| // ***************************************************************************** |
| // This file was generated from the java source file WordBreakData.java |
| // ***************************************************************************** |
| |
| #include "txtbdat.h" |
| #include "wdbktbl.h" |
| #include "unicdcm.h" |
| |
| // ***************************************************************************** |
| // class WordBreakData |
| // This class contains the following transition state data for word break. |
| // For more detailed explanation on the boundary break state machine, please |
| // see the internal documentation of wdbktbl.cpp. |
| // ***************************************************************************** |
| |
| // The forward transition states of word boundary data. |
| TextBoundaryData::Node TextBoundaryData::kWordForwardData[] = { |
| // brk let num mLe mLN |
| // prN poN mNu pMN blk |
| // lf kat hir kan dia |
| // cr nsm EOS |
| |
| // 0 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, |
| |
| // 1 |
| kSI_14, kSI_2, kSI_3, kSI_14, kSI_14, |
| kSI_5, kSI_14, kSI_14, kSI_5, kSI_6, |
| kSI_4, kSI_10, kSI_11, kSI_12, kSI_9, |
| kSI_13, 1, kSI_Stop, |
| |
| // 2 |
| kSI_Stop, kSI_2, kSI_3, kSI_7, kSI_7, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_7, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, 2, kSI_Stop, |
| |
| // 3 |
| kSI_Stop, kSI_2, kSI_3, kSI_Stop, kSI_8, |
| kSI_Stop, kSI_14, kSI_8, kSI_8, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, 3, kSI_Stop, |
| |
| // 4 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, |
| |
| // 5 |
| kSI_Stop, kSI_Stop, kSI_3, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, 5, kSI_Stop, |
| |
| // 6 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_6, |
| kSI_4, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_13, 6, kSI_Stop, |
| |
| // 7 |
| kStop, kSI_2, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 7, kStop, |
| |
| // 8 |
| kStop, kStop, kSI_3, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 8, kStop, |
| |
| // 9 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_10, kSI_11, kSI_Stop, kSI_9, |
| kSI_Stop, 9, kSI_Stop, |
| |
| // 10 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_10, kSI_Stop, kSI_Stop, kSI_10, |
| kSI_Stop, 10, kSI_Stop, |
| |
| // 11 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_11, kSI_Stop, kSI_11, |
| kSI_Stop, 11, kSI_Stop, |
| |
| // 12 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_12, kSI_Stop, |
| kSI_Stop, 12, kSI_Stop, |
| |
| // 13 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_4, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, |
| |
| // 14 |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, kSI_Stop, |
| kSI_Stop, 14, kSI_Stop |
| }; |
| |
| const int32_t TextBoundaryData::kWordForwardData_length = |
| sizeof(TextBoundaryData::kWordForwardData) / sizeof(TextBoundaryData::kWordForwardData[0]); |
| |
| WordBreakTable* TextBoundaryData::kWordForward = new WordBreakTable(kWordCol_count, kWordForwardData, kWordForwardData_length); |
| |
| // The forward transition states of word boundary data. |
| TextBoundaryData::Node TextBoundaryData::kWordBackwardData[] = { |
| // brk let num mLe mLN |
| // prN poN mNu pMN blk |
| // lf kat hir kan dia |
| // cr nsm EOS |
| |
| // 0 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, |
| |
| // 1 |
| kSI_6, kSI_2, kSI_3, kSI_4, kSI_5, |
| kSI_6, kSI_7, kSI_7, kSI_5, kSI_8, |
| kSI_8, kSI_9, kSI_10, kSI_12, kSI_11, |
| kSI_8, 1, kStop, |
| |
| // 2 |
| kStop, kSI_2, kSI_3, 4, 4, |
| kStop, kStop, kStop, 4, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 2, kStop, |
| |
| // 3 |
| kStop, kSI_2, kSI_3, kStop, 7, |
| kSI_Stop, kStop, 7, kSI_7, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 3, kStop, |
| |
| // 4 |
| kStop, kSI_2, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 4, kStop, |
| |
| // 5 |
| kStop, kSI_2, kSI_3, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 5, kStop, |
| |
| // 6 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 6, kStop, |
| |
| // 7 |
| kStop, kStop, kSI_3, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, 7, kStop, |
| |
| // 8 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kSI_8, |
| kSI_8, kStop, kStop, kStop, kStop, |
| kSI_8, 8, kStop, |
| |
| // 9 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kSI_9, kStop, kStop, 9, |
| kStop, 9, kStop, |
| |
| // 10 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kSI_10, kStop, 10, |
| kStop, 10, kStop, |
| |
| // 11 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kSI_9, kSI_10, kStop, kSI_11, |
| kStop, 11, kStop, |
| |
| // 12 |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kStop, kStop, |
| kStop, kStop, kStop, kSI_12, kStop, |
| kStop, 12, kStop |
| }; |
| |
| const int32_t TextBoundaryData::kWordBackwardData_length = |
| sizeof(TextBoundaryData::kWordBackwardData) / sizeof(TextBoundaryData::kWordBackwardData[0]); |
| |
| WordBreakTable* TextBoundaryData::kWordBackward = new WordBreakTable(kWordCol_count, kWordBackwardData, kWordBackwardData_length); |
| |
| // The word type mapping of the break table. |
| TextBoundaryData::Type TextBoundaryData::kWordRawMapping[] = { |
| // Re-coded to match Unicode 2 types [LIU] |
| kBreak, // UNASSIGNED = 0, |
| kLetter, // UPPERCASE_LETTER = 1, |
| kLetter, // LOWERCASE_LETTER = 2, |
| kLetter, // TITLECASE_LETTER = 3, |
| kLetter, // MODIFIER_LETTER = 4, |
| kLetter, // OTHER_LETTER = 5, |
| kNsm, // NON_SPACING_MARK = 6, |
| kNsm, // ENCLOSING_MARK = 7, |
| kBreak, // COMBINING_SPACING_MARK = 8, |
| kNumber, // DECIMAL_DIGIT_NUMBER = 9, |
| kLetter, // LETTER_NUMBER = 10, |
| kNumber, // OTHER_NUMBER = 11, |
| kBlank, // SPACE_SEPARATOR = 12, |
| kBreak, // LINE_SEPARATOR = 13, |
| kBreak, // PARAGRAPH_SEPARATOR = 14, |
| kBreak, // CONTROL = 15, |
| kBreak, // FORMAT = 16, |
| kBreak, // PRIVATE_USE = 17, |
| kBreak, // SURROGATE = 18, |
| kMidLetter, // DASH_PUNCTUATION = 19, |
| kBreak, // START_PUNCTUATION = 20, |
| kBreak, // END_PUNCTUATION = 21, |
| kBreak, // CONNECTOR_PUNCTUATION = 22, |
| kBreak, // OTHER_PUNCTUATION = 23, |
| kBreak, // MATH_SYMBOL = 24, |
| kPreNum, // CURRENCY_SYMBOL = 25, |
| kBreak, // MODIFIER_SYMBOL = 26, |
| kBreak, // OTHER_SYMBOL = 27, |
| kBreak // UNDEFINED = 28 |
| }; |
| |
| const int32_t TextBoundaryData::kWordRawMapping_length = |
| sizeof(TextBoundaryData::kWordRawMapping) / sizeof(TextBoundaryData::kWordRawMapping[0]); |
| |
| // The exceptions of the word break data. |
| SpecialMapping TextBoundaryData::kWordExceptionChar[] = { |
| //note: the ranges in this table must be sorted in ascending order |
| //as required by the UnicodeClassMapping class. |
| SpecialMapping(TextBoundaryData::ASCII_HORIZONTAL_TABULATION, TextBoundaryData::kBlank), |
| SpecialMapping(TextBoundaryData::ASCII_LINEFEED, TextBoundaryData::kLF), |
| SpecialMapping(TextBoundaryData::ASCII_FORM_FEED, TextBoundaryData::kLF), |
| SpecialMapping(TextBoundaryData::ASCII_CARRIAGE_RETURN, TextBoundaryData::kCR), |
| SpecialMapping(TextBoundaryData::ASCII_QUOTATION_MARK, TextBoundaryData::kMidLetNum), |
| SpecialMapping(TextBoundaryData::ASCII_NUMBER_SIGN, TextBoundaryData::kPreNum), |
| SpecialMapping(TextBoundaryData::ASCII_PERCENT, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::ASCII_AMPERSAND, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::ASCII_APOSTROPHE, TextBoundaryData::kMidLetNum), |
| SpecialMapping(TextBoundaryData::ASCII_COMMA, TextBoundaryData::kMidNum), |
| SpecialMapping(TextBoundaryData::ASCII_FULL_STOP, TextBoundaryData::kPreMidNum), |
| SpecialMapping(TextBoundaryData::ASCII_CENT_SIGN, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::LATIN1_SOFTHYPHEN, TextBoundaryData::kMidLetter), |
| SpecialMapping(TextBoundaryData::ARABIC_PERCENT_SIGN, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::ARABIC_DECIMAL_SEPARATOR, TextBoundaryData::kMidNum), |
| SpecialMapping(TextBoundaryData::PUNCTUATION_HYPHENATION_POINT, TextBoundaryData::kMidLetter), |
| SpecialMapping(TextBoundaryData::PUNCTUATION_LINE_SEPARATOR, |
| TextBoundaryData::PUNCTUATION_PARAGRAPH_SEPARATOR, TextBoundaryData::kLF), |
| SpecialMapping(TextBoundaryData::PER_MILLE_SIGN, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::PER_TEN_THOUSAND_SIGN, TextBoundaryData::kPostNum), |
| SpecialMapping(TextBoundaryData::IDEOGRAPHIC_ITERATION_MARK, TextBoundaryData::kKanji), |
| SpecialMapping(TextBoundaryData::HIRAGANA_LETTER_SMALL_A, |
| TextBoundaryData::HIRAGANA_LETTER_VU, TextBoundaryData::kHira), |
| SpecialMapping(TextBoundaryData::COMBINING_KATAKANA_HIRAGANA_VOICED_SOUND_MARK, |
| TextBoundaryData::HIRAGANA_SEMIVOICED_SOUND_MARK, TextBoundaryData::kDiacrit), |
| SpecialMapping(TextBoundaryData::KATAKANA_LETTER_SMALL_A, |
| TextBoundaryData::KATAKANA_LETTER_SMALL_KE, TextBoundaryData::kKata), |
| SpecialMapping(TextBoundaryData::UNICODE_LOW_BOUND_HAN, |
| TextBoundaryData::UNICODE_HIGH_BOUND_HAN, TextBoundaryData::kKanji), |
| SpecialMapping(TextBoundaryData::HANGUL_SYL_LOW, |
| TextBoundaryData::HANGUL_SYL_HIGH, TextBoundaryData::kLetter), |
| SpecialMapping(TextBoundaryData::CJK_COMPATIBILITY_F900, |
| TextBoundaryData::CJK_COMPATIBILITY_FA2D, TextBoundaryData::kKanji), |
| SpecialMapping(TextBoundaryData::END_OF_STRING, TextBoundaryData::kwEOS) |
| }; |
| |
| const UBool TextBoundaryData::kWordExceptionFlags[] = { |
| FALSE, // kNonCharacter = 0, |
| FALSE, // kUppercaseLetter = 1, |
| FALSE, // kLowercaseLetter = 2, |
| FALSE, // kTitlecaseLetter = 3, |
| TRUE, // kModifierLetter = 4, |
| TRUE, // kOtherLetter = 5, |
| TRUE, // kNonSpacingMark = 6, |
| FALSE, // kEnclosingMark = 7, |
| FALSE, // kCombiningSpacingMark = 8, |
| FALSE, // kDecimalNumber = 9, |
| FALSE, // kLetterNumber = 10, |
| FALSE, // kOtherNumber = 11, |
| FALSE, // kSpaceSeparator = 12, |
| TRUE, // kLineSeparator = 13, |
| TRUE, // kParagraphSeparator = 14, |
| TRUE, // kControlCharacter = 15, |
| FALSE, // kFormatCharacter = 16, |
| FALSE, // kPrivateUseCharacter = 17, |
| FALSE, // kSurrogate = 18, |
| TRUE, // kDashPunctuation = 19, |
| FALSE, // kOpenPunctuation = 20, |
| FALSE, // kClosePunctuation = 21, |
| FALSE, // kConnectorPunctuation = 22, |
| TRUE, // kOtherPunctuation = 23, |
| FALSE, // kMathSymbol = 24, |
| TRUE, // kCurrencySymbol = 25, |
| FALSE, // kModifierSymbol = 26, |
| FALSE, // kOtherSymbol = 27 |
| FALSE // UNDEFINED = 28, |
| }; |
| |
| const int32_t TextBoundaryData::kWordExceptionChar_length = |
| sizeof(TextBoundaryData::kWordExceptionChar) / sizeof(TextBoundaryData::kWordExceptionChar[0]); |
| |
| TextBoundaryData::Type TextBoundaryData::kWordAsciiValues[] = { |
| |
| // null soh stx etx eot enq ask bell |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // bs ht kLF vt ff cr so si |
| kBreak, kBlank, kLF, kBreak, kLF, kCR, kBreak, kBreak, |
| // dle dc1 dc2 dc3 dc4 nak syn etb |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // can em sub esc fs gs rs us |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // sp ! " # $ % & ' |
| kBlank, kBreak, kMidLetNum, kPreNum, kPreNum, kPostNum, kPostNum, kMidLetNum, |
| // ( ) * + , - . / |
| kBreak, kBreak, kBreak, kBreak, kMidNum, kMidLetter, kPreMidNum, kBreak, |
| // 0 1 2 3 4 5 6 7 |
| kNumber, kNumber, kNumber, kNumber, kNumber, kNumber, kNumber, kNumber, |
| // 8 9 : ; < = > ? |
| kNumber, kNumber, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // @ A B C D E F G |
| kBreak, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // H I J K L M N O |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // P Q R S T U V W |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // X Y Z [ \ ] ^ _ |
| kLetter, kLetter, kLetter, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // ` a b c d e f g |
| kBreak, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // h i j k l m n o |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // p q r s t u v w |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // x y z { | } ~ del |
| kLetter, kLetter, kLetter, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // ctrl ctrl ctrl ctrl ctrl ctrl ctrl ctrl |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // ctrl ctrl ctrl ctrl ctrl ctrl ctrl ctrl |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // ctrl ctrl ctrl ctrl ctrl ctrl ctrl ctrl |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // ctrl ctrl ctrl ctrl ctrl ctrl ctrl ctrl |
| kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, kBreak, |
| // nbsp inv-! cents pounds currency yen broken-bar section |
| kBlank, kBreak, kPostNum, kPreNum, kPreNum, kPreNum, kBreak, kBreak, |
| // umlaut copyright super-a gui-left not soft-hyph registered macron |
| kBreak, kBreak, kLetter, kBreak, kBreak, kMidLetter, kBreak, kBreak, |
| // degree +/- super-2 super-3 acute micro paragraph bullet |
| kBreak, kBreak, kNumber, kNumber, kBreak, kLetter, kBreak, kBreak, |
| // cedilla super-1 super-o gui-right 1/4 1/2 3/4 inv-? |
| kBreak, kLetter, kBreak, kBreak, kNumber, kNumber, kNumber, kBreak, |
| // A-grave A-acute A-hat A-tilde A-umlaut A-ring AE C-cedilla |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // E-grave E-acute E-hat E-umlaut I-grave I-acute I-hat I-umlaut |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // Edh N-tilde O-grave O-acute O-hat O-tilde O-umlaut times |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kBreak, |
| // O-slash U-grave U-acute U-hat U-umlaut Y-acute Thorn ess-zed |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // a-grave a-acute a-hat a-tilde a-umlaut a-ring ae c-cedilla |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // e-grave e-acute e-hat e-umlaut i-grave i-acute i-hat i-umlaut |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, |
| // edh n-tilde o-grave o-acute o-hat o-tilde o-umlaut over |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kBreak, |
| // o-slash u-grave u-acute u-hat u-umlaut y-acute thorn y-umlaut |
| kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter, kLetter |
| }; |
| |
| |
| UnicodeClassMapping* TextBoundaryData::kWordMap = |
| new UnicodeClassMapping(kWordRawMapping, kWordRawMapping_length, |
| kWordExceptionChar, kWordExceptionChar_length, |
| kWordExceptionFlags, |
| kWordAsciiValues ); |
| |
| /** |
| * This is the single instance of TextBoundaryData containing word |
| * break data. |
| */ |
| const TextBoundaryData TextBoundaryData::kWordBreakData(TextBoundaryData::kWordForward, |
| TextBoundaryData::kWordBackward, |
| TextBoundaryData::kWordMap); |
| |
| //eof |
