rev 60042 : 8248802: Add log helper methods to FontUtilities.java

   1 /*
   2  * Copyright (c) 2003, 2020, Oracle and/or its affiliates. All rights reserved.
   3  * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
   4  *
   5  * This code is free software; you can redistribute it and/or modify it
   6  * under the terms of the GNU General Public License version 2 only, as
   7  * published by the Free Software Foundation.  Oracle designates this
   8  * particular file as subject to the "Classpath" exception as provided
   9  * by Oracle in the LICENSE file that accompanied this code.
  10  *
  11  * This code is distributed in the hope that it will be useful, but WITHOUT
  12  * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
  13  * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
  14  * version 2 for more details (a copy is included in the LICENSE file that
  15  * accompanied this code).
  16  *
  17  * You should have received a copy of the GNU General Public License version
  18  * 2 along with this work; if not, write to the Free Software Foundation,
  19  * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
  20  *
  21  * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
  22  * or visit www.oracle.com if you need additional information or have any
  23  * questions.
  24  */
  25 
  26 package sun.font;
  27 
  28 import java.awt.Font;
  29 import java.awt.FontFormatException;
  30 import java.awt.GraphicsEnvironment;
  31 import java.awt.geom.Point2D;
  32 import java.io.FileNotFoundException;
  33 import java.io.IOException;
  34 import java.io.RandomAccessFile;
  35 import java.io.UnsupportedEncodingException;
  36 import java.nio.ByteBuffer;
  37 import java.nio.CharBuffer;
  38 import java.nio.IntBuffer;
  39 import java.nio.ShortBuffer;
  40 import java.nio.channels.ClosedChannelException;
  41 import java.nio.channels.FileChannel;
  42 import java.security.AccessController;
  43 import java.security.PrivilegedActionException;
  44 import java.security.PrivilegedExceptionAction;
  45 import java.util.HashMap;
  46 import java.util.HashSet;
  47 import java.util.Locale;
  48 import java.util.Map;
  49 
  50 import sun.java2d.Disposer;
  51 import sun.java2d.DisposerRecord;
  52 import sun.security.action.GetPropertyAction;
  53 
  54 /**
  55  * TrueTypeFont is not called SFntFont because it is not expected
  56  * to handle all types that may be housed in a such a font file.
  57  * If additional types are supported later, it may make sense to
  58  * create an SFnt superclass. Eg to handle sfnt-housed postscript fonts.
  59  * OpenType fonts are handled by this class, and possibly should be
  60  * represented by a subclass.
  61  * An instance stores some information from the font file to faciliate
  62  * faster access. File size, the table directory and the names of the font
  63  * are the most important of these. It amounts to approx 400 bytes
  64  * for a typical font. Systems with mutiple locales sometimes have up to 400
  65  * font files, and an app which loads all font files would need around
  66  * 160Kbytes. So storing any more info than this would be expensive.
  67  */
  68 public class TrueTypeFont extends FileFont {
  69 
  70    /* -- Tags for required TrueType tables */
  71     public static final int cmapTag = 0x636D6170; // 'cmap'
  72     public static final int glyfTag = 0x676C7966; // 'glyf'
  73     public static final int headTag = 0x68656164; // 'head'
  74     public static final int hheaTag = 0x68686561; // 'hhea'
  75     public static final int hmtxTag = 0x686D7478; // 'hmtx'
  76     public static final int locaTag = 0x6C6F6361; // 'loca'
  77     public static final int maxpTag = 0x6D617870; // 'maxp'
  78     public static final int nameTag = 0x6E616D65; // 'name'
  79     public static final int postTag = 0x706F7374; // 'post'
  80     public static final int os_2Tag = 0x4F532F32; // 'OS/2'
  81 
  82     /* -- Tags for opentype related tables */
  83     public static final int GDEFTag = 0x47444546; // 'GDEF'
  84     public static final int GPOSTag = 0x47504F53; // 'GPOS'
  85     public static final int GSUBTag = 0x47535542; // 'GSUB'
  86     public static final int mortTag = 0x6D6F7274; // 'mort'
  87     public static final int morxTag = 0x6D6F7278; // 'morx'
  88 
  89     /* -- Tags for non-standard tables */
  90     public static final int fdscTag = 0x66647363; // 'fdsc' - gxFont descriptor
  91     public static final int fvarTag = 0x66766172; // 'fvar' - gxFont variations
  92     public static final int featTag = 0x66656174; // 'feat' - layout features
  93     public static final int EBLCTag = 0x45424C43; // 'EBLC' - embedded bitmaps
  94     public static final int gaspTag = 0x67617370; // 'gasp' - hint/smooth sizes
  95 
  96     /* --  Other tags */
  97     public static final int ttcfTag = 0x74746366; // 'ttcf' - TTC file
  98     public static final int v1ttTag = 0x00010000; // 'v1tt' - Version 1 TT font
  99     public static final int trueTag = 0x74727565; // 'true' - Version 2 TT font
 100     public static final int ottoTag = 0x4f54544f; // 'otto' - OpenType font
 101 
 102     /* -- ID's used in the 'name' table */
 103     public static final int MAC_PLATFORM_ID = 1;
 104     public static final int MACROMAN_SPECIFIC_ID = 0;
 105     public static final int MACROMAN_ENGLISH_LANG = 0;
 106 
 107     public static final int MS_PLATFORM_ID = 3;
 108     /* MS locale id for US English is the "default" */
 109     public static final short ENGLISH_LOCALE_ID = 0x0409; // 1033 decimal
 110     public static final int FAMILY_NAME_ID = 1;
 111     // public static final int STYLE_WEIGHT_ID = 2; // currently unused.
 112     public static final int FULL_NAME_ID = 4;
 113     public static final int POSTSCRIPT_NAME_ID = 6;
 114 
 115     private static final short US_LCID = 0x0409;  // US English - default
 116 
 117     private static Map<String, Short> lcidMap;
 118 
 119     static class DirectoryEntry {
 120         int tag;
 121         int offset;
 122         int length;
 123     }
 124 
 125     /* There is a pool which limits the number of fd's that are in
 126      * use. Normally fd's are closed as they are replaced in the pool.
 127      * But if an instance of this class becomes unreferenced, then there
 128      * needs to be a way to close the fd. A finalize() method could do this,
 129      * but using the Disposer class will ensure its called in a more timely
 130      * manner. This is not something which should be relied upon to free
 131      * fd's - its a safeguard.
 132      */
 133     private static class TTDisposerRecord implements DisposerRecord {
 134 
 135         FileChannel channel = null;
 136 
 137         public synchronized void dispose() {
 138             try {
 139                 if (channel != null) {
 140                     channel.close();
 141                 }
 142             } catch (IOException e) {
 143             } finally {
 144                 channel = null;
 145             }
 146         }
 147     }
 148 
 149     TTDisposerRecord disposerRecord = new TTDisposerRecord();
 150 
 151     /* > 0 only if this font is a part of a collection */
 152     int fontIndex = 0;
 153 
 154     /* Number of fonts in this collection. ==1 if not a collection */
 155     int directoryCount = 1;
 156 
 157     /* offset in file of table directory for this font */
 158     int directoryOffset; // 12 if its not a collection.
 159 
 160     /* number of table entries in the directory/offsets table */
 161     int numTables;
 162 
 163     /* The contents of the directory/offsets table */
 164     DirectoryEntry []tableDirectory;
 165 
 166 //     protected byte []gposTable = null;
 167 //     protected byte []gdefTable = null;
 168 //     protected byte []gsubTable = null;
 169 //     protected byte []mortTable = null;
 170 //     protected boolean hintsTabledChecked = false;
 171 //     protected boolean containsHintsTable = false;
 172 
 173     /* These fields are set from os/2 table info. */
 174     private boolean supportsJA;
 175     private boolean supportsCJK;
 176 
 177     /* These are for faster access to the name of the font as
 178      * typically exposed via API to applications.
 179      */
 180     private Locale nameLocale;
 181     private String localeFamilyName;
 182     private String localeFullName;
 183 
 184     /*
 185      * Used on Windows to validate the font selected by GDI for (sub-pixel
 186      * antialiased) rendering. For 'standalone' fonts it's equal to the font
 187      * file size, for collection (TTC, OTC) members it's the number of bytes in
 188      * the collection file from the start of this font's offset table till the
 189      * end of the file.
 190      */
 191     int fontDataSize;
 192 
 193     public TrueTypeFont(String platname, Object nativeNames, int fIndex,
 194                  boolean javaRasterizer)
 195         throws FontFormatException
 196     {
 197         this(platname, nativeNames, fIndex, javaRasterizer, true);
 198     }
 199 
 200     /**
 201      * - does basic verification of the file
 202      * - reads the header table for this font (within a collection)
 203      * - reads the names (full, family).
 204      * - determines the style of the font.
 205      * - initializes the CMAP
 206      * @throws FontFormatException if the font can't be opened
 207      * or fails verification,  or there's no usable cmap
 208      */
 209     public TrueTypeFont(String platname, Object nativeNames, int fIndex,
 210                  boolean javaRasterizer, boolean useFilePool)
 211         throws FontFormatException {
 212         super(platname, nativeNames);
 213         useJavaRasterizer = javaRasterizer;
 214         fontRank = Font2D.TTF_RANK;
 215         try {
 216             verify(useFilePool);
 217             init(fIndex);
 218             if (!useFilePool) {
 219                close();
 220             }
 221         } catch (Throwable t) {
 222             close();
 223             if (t instanceof FontFormatException) {
 224                 throw (FontFormatException)t;
 225             } else {
 226                 throw new FontFormatException("Unexpected runtime exception.");
 227             }
 228         }
 229         Disposer.addObjectRecord(this, disposerRecord);
 230     }
 231 
 232     private synchronized FileChannel open() throws FontFormatException {
 233         return open(true);
 234     }
 235 
 236     /* This is intended to be called, and the returned value used,
 237      * from within a block synchronized on this font object.
 238      * ie the channel returned may be nulled out at any time by "close()"
 239      * unless the caller holds a lock.
 240      * Deadlock warning: FontManager.addToPool(..) acquires a global lock,
 241      * which means nested locks may be in effect.
 242      */
 243     private synchronized FileChannel open(boolean usePool)
 244                                      throws FontFormatException {
 245         if (disposerRecord.channel == null) {
 246             FontUtilities.logInfo("open TTF: " + platName);


 247             try {
 248                 RandomAccessFile raf = AccessController.doPrivileged(
 249                     new PrivilegedExceptionAction<RandomAccessFile>() {
 250                         public RandomAccessFile run() throws FileNotFoundException {
 251                             return new RandomAccessFile(platName, "r");
 252                     }
 253                 });
 254                 disposerRecord.channel = raf.getChannel();
 255                 fileSize = (int)disposerRecord.channel.size();
 256                 if (usePool) {
 257                     FontManager fm = FontManagerFactory.getInstance();
 258                     if (fm instanceof SunFontManager) {
 259                         ((SunFontManager) fm).addToPool(this);
 260                     }
 261                 }
 262             } catch (PrivilegedActionException e) {
 263                 close();
 264                 Throwable reason = e.getCause();
 265                 if (reason == null) {
 266                     reason = e;
 267                 }
 268                 throw new FontFormatException(reason.toString());
 269             } catch (ClosedChannelException e) {
 270                 /* NIO I/O is interruptible, recurse to retry operation.
 271                  * The call to channel.size() above can throw this exception.
 272                  * Clear interrupts before recursing in case NIO didn't.
 273                  * Note that close() sets disposerRecord.channel to null.
 274                  */
 275                 Thread.interrupted();
 276                 close();
 277                 open();
 278             } catch (IOException e) {
 279                 close();
 280                 throw new FontFormatException(e.toString());
 281             }
 282         }
 283         return disposerRecord.channel;
 284     }
 285 
 286     protected synchronized void close() {
 287         disposerRecord.dispose();
 288     }
 289 
 290 
 291     int readBlock(ByteBuffer buffer, int offset, int length) {
 292         int bread = 0;
 293         try {
 294             synchronized (this) {
 295                 if (disposerRecord.channel == null) {
 296                     open();
 297                 }
 298                 if (offset + length > fileSize) {
 299                     if (offset >= fileSize) {
 300                         /* Since the caller ensures that offset is < fileSize
 301                          * this condition suggests that fileSize is now
 302                          * different than the value we originally provided
 303                          * to native when the scaler was created.
 304                          * Also fileSize is updated every time we
 305                          * open() the file here, but in native the value
 306                          * isn't updated. If the file has changed whilst we
 307                          * are executing we want to bail, not spin.
 308                          */

 309                         String msg = "Read offset is " + offset +
 310                                 " file size is " + fileSize+
 311                                 " file is " + platName;
 312                         FontUtilities.logSevere(msg);

 313                         return -1;
 314                     } else {
 315                         length = fileSize - offset;
 316                     }
 317                 }
 318                 buffer.clear();
 319                 disposerRecord.channel.position(offset);
 320                 while (bread < length) {
 321                     int cnt = disposerRecord.channel.read(buffer);
 322                     if (cnt == -1) {
 323                         String msg = "Unexpected EOF " + this;
 324                         int currSize = (int)disposerRecord.channel.size();
 325                         if (currSize != fileSize) {
 326                             msg += " File size was " + fileSize +
 327                                 " and now is " + currSize;
 328                         }
 329                         FontUtilities.logSevere(msg);


 330                         // We could still flip() the buffer here because
 331                         // it's possible that we did read some data in
 332                         // an earlier loop, and we probably should
 333                         // return that to the caller. Although if
 334                         // the caller expected 8K of data and we return
 335                         // only a few bytes then maybe it's better instead to
 336                         // set bread = -1 to indicate failure.
 337                         // The following is therefore using arbitrary values
 338                         // but is meant to allow cases where enough
 339                         // data was read to probably continue.
 340                         if (bread > length/2 || bread > 16384) {
 341                             buffer.flip();
 342                             msg = "Returning " + bread + " bytes instead of " + length;
 343                             FontUtilities.logSevere(msg);



 344                         } else {
 345                             bread = -1;
 346                         }
 347                         throw new IOException(msg);
 348                     }
 349                     bread += cnt;
 350                 }
 351                 buffer.flip();
 352                 if (bread > length) { // possible if buffer.size() > length
 353                     bread = length;
 354                 }
 355             }
 356         } catch (FontFormatException e) {
 357             if (FontUtilities.isLogging()) {
 358                 FontUtilities.getLogger().severe(
 359                                        "While reading " + platName, e);
 360             }
 361             bread = -1; // signal EOF
 362             deregisterFontAndClearStrikeCache();
 363         } catch (ClosedChannelException e) {
 364             /* NIO I/O is interruptible, recurse to retry operation.
 365              * Clear interrupts before recursing in case NIO didn't.
 366              */
 367             Thread.interrupted();
 368             close();
 369             return readBlock(buffer, offset, length);
 370         } catch (IOException e) {
 371             /* If we did not read any bytes at all and the exception is
 372              * not a recoverable one (ie is not ClosedChannelException) then
 373              * we should indicate that there is no point in re-trying.
 374              * Other than an attempt to read past the end of the file it
 375              * seems unlikely this would occur as problems opening the
 376              * file are handled as a FontFormatException.
 377              */
 378             if (FontUtilities.isLogging()) {
 379                 FontUtilities.getLogger().severe(
 380                                        "While reading " + platName, e);
 381             }
 382             if (bread == 0) {
 383                 bread = -1; // signal EOF
 384                 deregisterFontAndClearStrikeCache();
 385             }
 386         }
 387         return bread;
 388     }
 389 
 390     ByteBuffer readBlock(int offset, int length) {
 391 
 392         ByteBuffer buffer = ByteBuffer.allocate(length);
 393         try {
 394             synchronized (this) {
 395                 if (disposerRecord.channel == null) {
 396                     open();
 397                 }
 398                 if (offset + length > fileSize) {
 399                     if (offset > fileSize) {
 400                         return null; // assert?
 401                     } else {
 402                         buffer = ByteBuffer.allocate(fileSize-offset);
 403                     }
 404                 }
 405                 disposerRecord.channel.position(offset);
 406                 disposerRecord.channel.read(buffer);
 407                 buffer.flip();
 408             }
 409         } catch (FontFormatException e) {
 410             return null;
 411         } catch (ClosedChannelException e) {
 412             /* NIO I/O is interruptible, recurse to retry operation.
 413              * Clear interrupts before recursing in case NIO didn't.
 414              */
 415             Thread.interrupted();
 416             close();
 417             readBlock(buffer, offset, length);
 418         } catch (IOException e) {
 419             return null;
 420         }
 421         return buffer;
 422     }
 423 
 424     /* This is used by native code which can't allocate a direct byte
 425      * buffer because of bug 4845371. It, and references to it in native
 426      * code in scalerMethods.c can be removed once that bug is fixed.
 427      * 4845371 is now fixed but we'll keep this around as it doesn't cost
 428      * us anything if its never used/called.
 429      */
 430     byte[] readBytes(int offset, int length) {
 431         ByteBuffer buffer = readBlock(offset, length);
 432         if (buffer.hasArray()) {
 433             return buffer.array();
 434         } else {
 435             byte[] bufferBytes = new byte[buffer.limit()];
 436             buffer.get(bufferBytes);
 437             return bufferBytes;
 438         }
 439     }
 440 
 441     private void verify(boolean usePool) throws FontFormatException {
 442         open(usePool);
 443     }
 444 
 445     /* sizes, in bytes, of TT/TTC header records */
 446     private static final int TTCHEADERSIZE = 12;
 447     private static final int DIRECTORYHEADERSIZE = 12;
 448     private static final int DIRECTORYENTRYSIZE = 16;
 449 
 450     protected void init(int fIndex) throws FontFormatException  {
 451         int headerOffset = 0;
 452         ByteBuffer buffer = readBlock(0, TTCHEADERSIZE);
 453         try {
 454             switch (buffer.getInt()) {
 455 
 456             case ttcfTag:
 457                 buffer.getInt(); // skip TTC version ID
 458                 directoryCount = buffer.getInt();
 459                 if (fIndex >= directoryCount) {
 460                     throw new FontFormatException("Bad collection index");
 461                 }
 462                 fontIndex = fIndex;
 463                 buffer = readBlock(TTCHEADERSIZE+4*fIndex, 4);
 464                 headerOffset = buffer.getInt();
 465                 fontDataSize = Math.max(0, fileSize - headerOffset);
 466                 break;
 467 
 468             case v1ttTag:
 469             case trueTag:
 470             case ottoTag:
 471                 fontDataSize = fileSize;
 472                 break;
 473 
 474             default:
 475                 throw new FontFormatException("Unsupported sfnt " +
 476                                               getPublicFileName());
 477             }
 478 
 479             /* Now have the offset of this TT font (possibly within a TTC)
 480              * After the TT version/scaler type field, is the short
 481              * representing the number of tables in the table directory.
 482              * The table directory begins at 12 bytes after the header.
 483              * Each table entry is 16 bytes long (4 32-bit ints)
 484              */
 485             buffer = readBlock(headerOffset+4, 2);
 486             numTables = buffer.getShort();
 487             directoryOffset = headerOffset+DIRECTORYHEADERSIZE;
 488             ByteBuffer bbuffer = readBlock(directoryOffset,
 489                                            numTables*DIRECTORYENTRYSIZE);
 490             IntBuffer ibuffer = bbuffer.asIntBuffer();
 491             DirectoryEntry table;
 492             tableDirectory = new DirectoryEntry[numTables];
 493             for (int i=0; i<numTables;i++) {
 494                 tableDirectory[i] = table = new DirectoryEntry();
 495                 table.tag   =  ibuffer.get();
 496                 /* checksum */ ibuffer.get();
 497                 table.offset = ibuffer.get();
 498                 table.length = ibuffer.get();
 499                 if (table.offset + table.length > fileSize) {
 500                     throw new FontFormatException("bad table, tag="+table.tag);
 501                 }
 502             }
 503 
 504             if (getDirectoryEntry(headTag) == null) {
 505                 throw new FontFormatException("missing head table");
 506             }
 507             if (getDirectoryEntry(maxpTag) == null) {
 508                 throw new FontFormatException("missing maxp table");
 509             }
 510             if (getDirectoryEntry(hmtxTag) != null
 511                     && getDirectoryEntry(hheaTag) == null) {
 512                 throw new FontFormatException("missing hhea table");
 513             }
 514             initNames();
 515         } catch (Exception e) {
 516             FontUtilities.logSevere(e.toString());


 517             if (e instanceof FontFormatException) {
 518                 throw (FontFormatException)e;
 519             } else {
 520                 throw new FontFormatException(e.toString());
 521             }
 522         }
 523         if (familyName == null || fullName == null) {
 524             throw new FontFormatException("Font name not found");
 525         }
 526         /* The os2_Table is needed to gather some info, but we don't
 527          * want to keep it around (as a field) so obtain it once and
 528          * pass it to the code that needs it.
 529          */
 530         ByteBuffer os2_Table = getTableBuffer(os_2Tag);
 531         setStyle(os2_Table);
 532         setCJKSupport(os2_Table);
 533     }
 534 
 535     /* The array index corresponds to a bit offset in the TrueType
 536      * font's OS/2 compatibility table's code page ranges fields.
 537      * These are two 32 bit unsigned int fields at offsets 78 and 82.
 538      * We are only interested in determining if the font supports
 539      * the windows encodings we expect as the default encoding in
 540      * supported locales, so we only map the first of these fields.
 541      */
 542     static final String[] encoding_mapping = {
 543         "cp1252",    /*  0:Latin 1  */
 544         "cp1250",    /*  1:Latin 2  */
 545         "cp1251",    /*  2:Cyrillic */
 546         "cp1253",    /*  3:Greek    */
 547         "cp1254",    /*  4:Turkish/Latin 5  */
 548         "cp1255",    /*  5:Hebrew   */
 549         "cp1256",    /*  6:Arabic   */
 550         "cp1257",    /*  7:Windows Baltic   */
 551         "",          /*  8:reserved for alternate ANSI */
 552         "",          /*  9:reserved for alternate ANSI */
 553         "",          /* 10:reserved for alternate ANSI */
 554         "",          /* 11:reserved for alternate ANSI */
 555         "",          /* 12:reserved for alternate ANSI */
 556         "",          /* 13:reserved for alternate ANSI */
 557         "",          /* 14:reserved for alternate ANSI */
 558         "",          /* 15:reserved for alternate ANSI */
 559         "ms874",     /* 16:Thai     */
 560         "ms932",     /* 17:JIS/Japanese */
 561         "gbk",       /* 18:PRC GBK Cp950  */
 562         "ms949",     /* 19:Korean Extended Wansung */
 563         "ms950",     /* 20:Chinese (Taiwan, Hongkong, Macau) */
 564         "ms1361",    /* 21:Korean Johab */
 565         "",          /* 22 */
 566         "",          /* 23 */
 567         "",          /* 24 */
 568         "",          /* 25 */
 569         "",          /* 26 */
 570         "",          /* 27 */
 571         "",          /* 28 */
 572         "",          /* 29 */
 573         "",          /* 30 */
 574         "",          /* 31 */
 575     };
 576 
 577     /* This maps two letter language codes to a Windows code page.
 578      * Note that eg Cp1252 (the first subarray) is not exactly the same as
 579      * Latin-1 since Windows code pages are do not necessarily correspond.
 580      * There are two codepages for zh and ko so if a font supports
 581      * only one of these ranges then we need to distinguish based on
 582      * country. So far this only seems to matter for zh.
 583      * REMIND: Unicode locales such as Hindi do not have a code page so
 584      * this whole mechanism needs to be revised to map languages to
 585      * the Unicode ranges either when this fails, or as an additional
 586      * validating test. Basing it on Unicode ranges should get us away
 587      * from needing to map to this small and incomplete set of Windows
 588      * code pages which looks odd on non-Windows platforms.
 589      */
 590     private static final String[][] languages = {
 591 
 592         /* cp1252/Latin 1 */
 593         { "en", "ca", "da", "de", "es", "fi", "fr", "is", "it",
 594           "nl", "no", "pt", "sq", "sv", },
 595 
 596          /* cp1250/Latin2 */
 597         { "cs", "cz", "et", "hr", "hu", "nr", "pl", "ro", "sk",
 598           "sl", "sq", "sr", },
 599 
 600         /* cp1251/Cyrillic */
 601         { "bg", "mk", "ru", "sh", "uk" },
 602 
 603         /* cp1253/Greek*/
 604         { "el" },
 605 
 606          /* cp1254/Turkish,Latin 5 */
 607         { "tr" },
 608 
 609          /* cp1255/Hebrew */
 610         { "he" },
 611 
 612         /* cp1256/Arabic */
 613         { "ar" },
 614 
 615          /* cp1257/Windows Baltic */
 616         { "et", "lt", "lv" },
 617 
 618         /* ms874/Thai */
 619         { "th" },
 620 
 621          /* ms932/Japanese */
 622         { "ja" },
 623 
 624         /* gbk/Chinese (PRC GBK Cp950) */
 625         { "zh", "zh_CN", },
 626 
 627         /* ms949/Korean Extended Wansung */
 628         { "ko" },
 629 
 630         /* ms950/Chinese (Taiwan, Hongkong, Macau) */
 631         { "zh_HK", "zh_TW", },
 632 
 633         /* ms1361/Korean Johab */
 634         { "ko" },
 635     };
 636 
 637     private static final String[] codePages = {
 638         "cp1252",
 639         "cp1250",
 640         "cp1251",
 641         "cp1253",
 642         "cp1254",
 643         "cp1255",
 644         "cp1256",
 645         "cp1257",
 646         "ms874",
 647         "ms932",
 648         "gbk",
 649         "ms949",
 650         "ms950",
 651         "ms1361",
 652     };
 653 
 654     private static String defaultCodePage = null;
 655     static String getCodePage() {
 656 
 657         if (defaultCodePage != null) {
 658             return defaultCodePage;
 659         }
 660 
 661         if (FontUtilities.isWindows) {
 662             defaultCodePage =
 663                 AccessController.doPrivileged(new GetPropertyAction("file.encoding"));
 664         } else {
 665             if (languages.length != codePages.length) {
 666                 throw new InternalError("wrong code pages array length");
 667             }
 668             Locale locale = sun.awt.SunToolkit.getStartupLocale();
 669 
 670             String language = locale.getLanguage();
 671             if (language != null) {
 672                 if (language.equals("zh")) {
 673                     String country = locale.getCountry();
 674                     if (country != null) {
 675                         language = language + "_" + country;
 676                     }
 677                 }
 678                 for (int i=0; i<languages.length;i++) {
 679                     for (int l=0;l<languages[i].length; l++) {
 680                         if (language.equals(languages[i][l])) {
 681                             defaultCodePage = codePages[i];
 682                             return defaultCodePage;
 683                         }
 684                     }
 685                 }
 686             }
 687         }
 688         if (defaultCodePage == null) {
 689             defaultCodePage = "";
 690         }
 691         return defaultCodePage;
 692     }
 693 
 694     /* Theoretically, reserved bits must not be set, include symbol bits */
 695     public static final int reserved_bits1 = 0x80000000;
 696     public static final int reserved_bits2 = 0x0000ffff;
 697     @Override
 698     boolean supportsEncoding(String encoding) {
 699         if (encoding == null) {
 700             encoding = getCodePage();
 701         }
 702         if ("".equals(encoding)) {
 703             return false;
 704         }
 705 
 706         encoding = encoding.toLowerCase();
 707 
 708         /* java_props_md.c has a couple of special cases
 709          * if language packs are installed. In these encodings the
 710          * fontconfig files pick up different fonts :
 711          * SimSun-18030 and MingLiU_HKSCS. Since these fonts will
 712          * indicate they support the base encoding, we need to rewrite
 713          * these encodings here before checking the map/array.
 714          */
 715         if (encoding.equals("gb18030")) {
 716             encoding = "gbk";
 717         } else if (encoding.equals("ms950_hkscs")) {
 718             encoding = "ms950";
 719         }
 720 
 721         ByteBuffer buffer = getTableBuffer(os_2Tag);
 722         /* required info is at offsets 78 and 82 */
 723         if (buffer == null || buffer.capacity() < 86) {
 724             return false;
 725         }
 726 
 727         int range1 = buffer.getInt(78); /* ulCodePageRange1 */
 728         // int range2 = buffer.getInt(82); /* ulCodePageRange2 */
 729 
 730         /* This test is too stringent for Arial on Solaris (and perhaps
 731          * other fonts). Arial has at least one reserved bit set for an
 732          * unknown reason.
 733          */
 734         // if (((range1 & reserved_bits1) | (range2 & reserved_bits2)) != 0) {
 735         //     return false;
 736         // }
 737 
 738         for (int em=0; em<encoding_mapping.length; em++) {
 739             if (encoding_mapping[em].equals(encoding)) {
 740                 if (((1 << em) & range1) != 0) {
 741                     return true;
 742                 }
 743             }
 744         }
 745         return false;
 746     }
 747 
 748 
 749     /* Use info in the os_2Table to test CJK support */
 750     private void setCJKSupport(ByteBuffer os2Table) {
 751         /* required info is in ulong at offset 46 */
 752         if (os2Table == null || os2Table.capacity() < 50) {
 753             return;
 754         }
 755         int range2 = os2Table.getInt(46); /* ulUnicodeRange2 */
 756 
 757         /* Any of these bits set in the 32-63 range indicate a font with
 758          * support for a CJK range. We aren't looking at some other bits
 759          * in the 64-69 range such as half width forms as its unlikely a font
 760          * would include those and none of these.
 761          */
 762         supportsCJK = ((range2 & 0x29bf0000) != 0);
 763 
 764         /* This should be generalised, but for now just need to know if
 765          * Hiragana or Katakana ranges are supported by the font.
 766          * In the 4 longs representing unicode ranges supported
 767          * bits 49 & 50 indicate hiragana and katakana
 768          * This is bits 17 & 18 in the 2nd ulong. If either is supported
 769          * we presume this is a JA font.
 770          */
 771         supportsJA = ((range2 & 0x60000) != 0);
 772     }
 773 
 774     boolean supportsJA() {
 775         return supportsJA;
 776     }
 777 
 778      ByteBuffer getTableBuffer(int tag) {
 779         DirectoryEntry entry = null;
 780 
 781         for (int i=0;i<numTables;i++) {
 782             if (tableDirectory[i].tag == tag) {
 783                 entry = tableDirectory[i];
 784                 break;
 785             }
 786         }
 787         if (entry == null || entry.length == 0 ||
 788             entry.offset+entry.length > fileSize) {
 789             return null;
 790         }
 791 
 792         int bread = 0;
 793         ByteBuffer buffer = ByteBuffer.allocate(entry.length);
 794         synchronized (this) {
 795             try {
 796                 if (disposerRecord.channel == null) {
 797                     open();
 798                 }
 799                 disposerRecord.channel.position(entry.offset);
 800                 bread = disposerRecord.channel.read(buffer);
 801                 buffer.flip();
 802             } catch (ClosedChannelException e) {
 803                 /* NIO I/O is interruptible, recurse to retry operation.
 804                  * Clear interrupts before recursing in case NIO didn't.
 805                  */
 806                 Thread.interrupted();
 807                 close();
 808                 return getTableBuffer(tag);
 809             } catch (IOException e) {
 810                 return null;
 811             } catch (FontFormatException e) {
 812                 return null;
 813             }
 814 
 815             if (bread < entry.length) {
 816                 return null;
 817             } else {
 818                 return buffer;
 819             }
 820         }
 821     }
 822 
 823     @Override
 824     protected byte[] getTableBytes(int tag) {
 825         ByteBuffer buffer = getTableBuffer(tag);
 826         if (buffer == null) {
 827             return null;
 828         } else if (buffer.hasArray()) {
 829             try {
 830                 return buffer.array();
 831             } catch (Exception re) {
 832             }
 833         }
 834         byte []data = new byte[getTableSize(tag)];
 835         buffer.get(data);
 836         return data;
 837     }
 838 
 839     int getTableSize(int tag) {
 840         for (int i=0;i<numTables;i++) {
 841             if (tableDirectory[i].tag == tag) {
 842                 return tableDirectory[i].length;
 843             }
 844         }
 845         return 0;
 846     }
 847 
 848     int getTableOffset(int tag) {
 849         for (int i=0;i<numTables;i++) {
 850             if (tableDirectory[i].tag == tag) {
 851                 return tableDirectory[i].offset;
 852             }
 853         }
 854         return 0;
 855     }
 856 
 857     DirectoryEntry getDirectoryEntry(int tag) {
 858         for (int i=0;i<numTables;i++) {
 859             if (tableDirectory[i].tag == tag) {
 860                 return tableDirectory[i];
 861             }
 862         }
 863         return null;
 864     }
 865 
 866     /* Used to determine if this size has embedded bitmaps, which
 867      * for CJK fonts should be used in preference to LCD glyphs.
 868      */
 869     boolean useEmbeddedBitmapsForSize(int ptSize) {
 870         if (!supportsCJK) {
 871             return false;
 872         }
 873         if (getDirectoryEntry(EBLCTag) == null) {
 874             return false;
 875         }
 876         ByteBuffer eblcTable = getTableBuffer(EBLCTag);
 877         int numSizes = eblcTable.getInt(4);
 878         /* The bitmapSizeTable's start at offset of 8.
 879          * Each bitmapSizeTable entry is 48 bytes.
 880          * The offset of ppemY in the entry is 45.
 881          */
 882         for (int i=0;i<numSizes;i++) {
 883             int ppemY = eblcTable.get(8+(i*48)+45) &0xff;
 884             if (ppemY == ptSize) {
 885                 return true;
 886             }
 887         }
 888         return false;
 889     }
 890 
 891     public String getFullName() {
 892         return fullName;
 893     }
 894 
 895     /* This probably won't get called but is there to support the
 896      * contract() of setStyle() defined in the superclass.
 897      */
 898     @Override
 899     protected void setStyle() {
 900         setStyle(getTableBuffer(os_2Tag));
 901     }
 902 
 903     private int fontWidth = 0;
 904     @Override
 905     public int getWidth() {
 906        return (fontWidth > 0) ? fontWidth : super.getWidth();
 907     }
 908 
 909     private int fontWeight = 0;
 910     @Override
 911     public int getWeight() {
 912        return (fontWeight > 0) ? fontWeight : super.getWeight();
 913     }
 914 
 915     /* TrueTypeFont can use the fsSelection fields of OS/2 table
 916      * to determine the style. In the unlikely case that doesn't exist,
 917      * can use macStyle in the 'head' table but simpler to
 918      * fall back to super class algorithm of looking for well known string.
 919      * A very few fonts don't specify this information, but I only
 920      * came across one: Lucida Sans Thai Typewriter Oblique in
 921      * /usr/openwin/lib/locale/th_TH/X11/fonts/TrueType/lucidai.ttf
 922      * that explicitly specified the wrong value. It says its regular.
 923      * I didn't find any fonts that were inconsistent (ie regular plus some
 924      * other value).
 925      */
 926     private static final int fsSelectionItalicBit  = 0x00001;
 927     private static final int fsSelectionBoldBit    = 0x00020;
 928     private static final int fsSelectionRegularBit = 0x00040;
 929     private void setStyle(ByteBuffer os_2Table) {
 930         if (os_2Table == null) {
 931             return;
 932         }
 933         if (os_2Table.capacity() >= 8) {
 934             fontWeight = os_2Table.getChar(4) & 0xffff;
 935             fontWidth  = os_2Table.getChar(6) & 0xffff;
 936         }
 937         /* fsSelection is unsigned short at buffer offset 62 */
 938         if (os_2Table.capacity() < 64) {
 939             super.setStyle();
 940             return;
 941         }
 942         int fsSelection = os_2Table.getChar(62) & 0xffff;
 943         int italic  = fsSelection & fsSelectionItalicBit;
 944         int bold    = fsSelection & fsSelectionBoldBit;
 945         int regular = fsSelection & fsSelectionRegularBit;
 946 //      System.out.println("platname="+platName+" font="+fullName+
 947 //                         " family="+familyName+
 948 //                         " R="+regular+" I="+italic+" B="+bold);
 949         if (regular!=0 && ((italic|bold)!=0)) {
 950             /* This is inconsistent. Try using the font name algorithm */
 951             super.setStyle();
 952             return;
 953         } else if ((regular|italic|bold) == 0) {
 954             /* No style specified. Try using the font name algorithm */
 955             super.setStyle();
 956             return;
 957         }
 958         switch (bold|italic) {
 959         case fsSelectionItalicBit:
 960             style = Font.ITALIC;
 961             break;
 962         case fsSelectionBoldBit:
 963             style = Font.BOLD;
 964             break;
 965         case fsSelectionBoldBit|fsSelectionItalicBit:
 966             style = Font.BOLD|Font.ITALIC;
 967         }
 968     }
 969 
 970     private float stSize, stPos, ulSize, ulPos;
 971 
 972     private void setStrikethroughMetrics(ByteBuffer os_2Table, int upem) {
 973         if (os_2Table == null || os_2Table.capacity() < 30 || upem < 0) {
 974             stSize = .05f;
 975             stPos = -.4f;
 976             return;
 977         }
 978         ShortBuffer sb = os_2Table.asShortBuffer();
 979         stSize = sb.get(13) / (float)upem;
 980         stPos = -sb.get(14) / (float)upem;
 981     }
 982 
 983     private void setUnderlineMetrics(ByteBuffer postTable, int upem) {
 984         if (postTable == null || postTable.capacity() < 12 || upem < 0) {
 985             ulSize = .05f;
 986             ulPos = .1f;
 987             return;
 988         }
 989         ShortBuffer sb = postTable.asShortBuffer();
 990         ulSize = sb.get(5) / (float)upem;
 991         ulPos = -sb.get(4) / (float)upem;
 992     }
 993 
 994     @Override
 995     public void getStyleMetrics(float pointSize, float[] metrics, int offset) {
 996 
 997         if (ulSize == 0f && ulPos == 0f) {
 998 
 999             ByteBuffer head_Table = getTableBuffer(headTag);
1000             int upem = -1;
1001             if (head_Table != null && head_Table.capacity() >= 18) {
1002                 ShortBuffer sb = head_Table.asShortBuffer();
1003                 upem = sb.get(9) & 0xffff;
1004                 if (upem < 16 || upem > 16384) {
1005                     upem = 2048;
1006                 }
1007             }
1008 
1009             ByteBuffer os2_Table = getTableBuffer(os_2Tag);
1010             setStrikethroughMetrics(os2_Table, upem);
1011 
1012             ByteBuffer post_Table = getTableBuffer(postTag);
1013             setUnderlineMetrics(post_Table, upem);
1014         }
1015 
1016         metrics[offset] = stPos * pointSize;
1017         metrics[offset+1] = stSize * pointSize;
1018 
1019         metrics[offset+2] = ulPos * pointSize;
1020         metrics[offset+3] = ulSize * pointSize;
1021     }
1022 
1023     private String makeString(byte[] bytes, int len,
1024                              short platformID, short encoding) {
1025 
1026         if (platformID == MAC_PLATFORM_ID) {
1027             encoding = -1; // hack so we can re-use the code below.
1028         }
1029 
1030         /* Check for fonts using encodings 2->6 is just for
1031          * some old DBCS fonts, apparently mostly on Solaris.
1032          * Some of these fonts encode ascii names as double-byte characters.
1033          * ie with a leading zero byte for what properly should be a
1034          * single byte-char.
1035          */
1036         if (encoding >=2 && encoding <= 6) {
1037              byte[] oldbytes = bytes;
1038              int oldlen = len;
1039              bytes = new byte[oldlen];
1040              len = 0;
1041              for (int i=0; i<oldlen; i++) {
1042                  if (oldbytes[i] != 0) {
1043                      bytes[len++] = oldbytes[i];
1044                  }
1045              }
1046          }
1047 
1048         String charset;
1049         switch (encoding) {
1050             case -1: charset = "US-ASCII";break;
1051             case 1:  charset = "UTF-16";  break; // most common case first.
1052             case 0:  charset = "UTF-16";  break; // symbol uses this
1053             case 2:  charset = "SJIS";    break;
1054             case 3:  charset = "GBK";     break;
1055             case 4:  charset = "MS950";   break;
1056             case 5:  charset = "EUC_KR";  break;
1057             case 6:  charset = "Johab";   break;
1058             default: charset = "UTF-16";  break;
1059         }
1060 
1061         try {
1062             return new String(bytes, 0, len, charset);
1063         } catch (UnsupportedEncodingException e) {
1064             FontUtilities.logWarning(e + " EncodingID=" + encoding);


1065             return new String(bytes, 0, len);
1066         } catch (Throwable t) {
1067             return null;
1068         }
1069     }
1070 
1071     protected void initNames() {
1072 
1073         byte[] name = new byte[256];
1074         ByteBuffer buffer = getTableBuffer(nameTag);
1075 
1076         if (buffer != null) {
1077             ShortBuffer sbuffer = buffer.asShortBuffer();
1078             sbuffer.get(); // format - not needed.
1079             short numRecords = sbuffer.get();
1080             /* The name table uses unsigned shorts. Many of these
1081              * are known small values that fit in a short.
1082              * The values that are sizes or offsets into the table could be
1083              * greater than 32767, so read and store those as ints
1084              */
1085             int stringPtr = sbuffer.get() & 0xffff;
1086 
1087             nameLocale = sun.awt.SunToolkit.getStartupLocale();
1088             short nameLocaleID = getLCIDFromLocale(nameLocale);
1089             languageCompatibleLCIDs =
1090                 getLanguageCompatibleLCIDsFromLocale(nameLocale);
1091 
1092             for (int i=0; i<numRecords; i++) {
1093                 short platformID = sbuffer.get();
1094                 if (platformID != MS_PLATFORM_ID &&
1095                     platformID != MAC_PLATFORM_ID) {
1096                     sbuffer.position(sbuffer.position()+5);
1097                     continue; // skip over this record.
1098                 }
1099                 short encodingID = sbuffer.get();
1100                 short langID     = sbuffer.get();
1101                 short nameID     = sbuffer.get();
1102                 int nameLen    = ((int) sbuffer.get()) & 0xffff;
1103                 int namePtr    = (((int) sbuffer.get()) & 0xffff) + stringPtr;
1104                 String tmpName = null;
1105 
1106                 // only want MacRoman encoding and English name on Mac.
1107                 if ((platformID == MAC_PLATFORM_ID) &&
1108                     (encodingID != MACROMAN_SPECIFIC_ID ||
1109                      langID != MACROMAN_ENGLISH_LANG)) {
1110                     continue;
1111                 }
1112 
1113                 switch (nameID) {
1114 
1115                 case FAMILY_NAME_ID:
1116                     boolean compatible = false;
1117                     if (familyName == null || langID == ENGLISH_LOCALE_ID ||
1118                         langID == nameLocaleID ||
1119                         (localeFamilyName == null &&
1120                          (compatible = isLanguageCompatible(langID))))
1121                     {
1122                         buffer.position(namePtr);
1123                         buffer.get(name, 0, nameLen);
1124                         tmpName = makeString(name, nameLen, platformID, encodingID);
1125                         if (familyName == null || langID == ENGLISH_LOCALE_ID){
1126                             familyName = tmpName;
1127                         }
1128                         if (langID == nameLocaleID ||
1129                             (localeFamilyName == null && compatible))
1130                         {
1131                             localeFamilyName = tmpName;
1132                         }
1133                     }
1134 /*
1135                     for (int ii=0;ii<nameLen;ii++) {
1136                         int val = (int)name[ii]&0xff;
1137                         System.err.print(Integer.toHexString(val)+ " ");
1138                     }
1139                     System.err.println();
1140                     System.err.println("familyName="+familyName +
1141                                        " nameLen="+nameLen+
1142                                        " langID="+langID+ " eid="+encodingID +
1143                                        " str len="+familyName.length());
1144 
1145 */
1146                     break;
1147 
1148                 case FULL_NAME_ID:
1149                     compatible = false;
1150                     if (fullName == null || langID == ENGLISH_LOCALE_ID ||
1151                         langID == nameLocaleID ||
1152                         (localeFullName == null &&
1153                          (compatible = isLanguageCompatible(langID))))
1154                     {
1155                         buffer.position(namePtr);
1156                         buffer.get(name, 0, nameLen);
1157                         tmpName = makeString(name, nameLen, platformID, encodingID);
1158 
1159                         if (fullName == null || langID == ENGLISH_LOCALE_ID) {
1160                             fullName = tmpName;
1161                         }
1162                         if (langID == nameLocaleID ||
1163                             (localeFullName == null && compatible))
1164                         {
1165                             localeFullName = tmpName;
1166                         }
1167                     }
1168                     break;
1169                 }
1170             }
1171             if (localeFamilyName == null) {
1172                 localeFamilyName = familyName;
1173             }
1174             if (localeFullName == null) {
1175                 localeFullName = fullName;
1176             }
1177         }
1178     }
1179 
1180     /* Return the requested name in the requested locale, for the
1181      * MS platform ID. If the requested locale isn't found, return US
1182      * English, if that isn't found, return null and let the caller
1183      * figure out how to handle that.
1184      */
1185     protected String lookupName(short findLocaleID, int findNameID) {
1186         String foundName = null;
1187         byte[] name = new byte[1024];
1188 
1189         ByteBuffer buffer = getTableBuffer(nameTag);
1190         if (buffer != null) {
1191             ShortBuffer sbuffer = buffer.asShortBuffer();
1192             sbuffer.get(); // format - not needed.
1193             short numRecords = sbuffer.get();
1194 
1195             /* The name table uses unsigned shorts. Many of these
1196              * are known small values that fit in a short.
1197              * The values that are sizes or offsets into the table could be
1198              * greater than 32767, so read and store those as ints
1199              */
1200             int stringPtr = ((int) sbuffer.get()) & 0xffff;
1201 
1202             for (int i=0; i<numRecords; i++) {
1203                 short platformID = sbuffer.get();
1204                 if (platformID != MS_PLATFORM_ID) {
1205                     sbuffer.position(sbuffer.position()+5);
1206                     continue; // skip over this record.
1207                 }
1208                 short encodingID = sbuffer.get();
1209                 short langID     = sbuffer.get();
1210                 short nameID     = sbuffer.get();
1211                 int   nameLen    = ((int) sbuffer.get()) & 0xffff;
1212                 int   namePtr    = (((int) sbuffer.get()) & 0xffff) + stringPtr;
1213                 if (nameID == findNameID &&
1214                     ((foundName == null && langID == ENGLISH_LOCALE_ID)
1215                      || langID == findLocaleID)) {
1216                     buffer.position(namePtr);
1217                     buffer.get(name, 0, nameLen);
1218                     foundName = makeString(name, nameLen, platformID, encodingID);
1219                     if (langID == findLocaleID) {
1220                         return foundName;
1221                     }
1222                 }
1223             }
1224         }
1225         return foundName;
1226     }
1227 
1228     /**
1229      * @return number of logical fonts. Is "1" for all but TTC files
1230      */
1231     public int getFontCount() {
1232         return directoryCount;
1233     }
1234 
1235     protected synchronized FontScaler getScaler() {
1236         if (scaler == null) {
1237             scaler = FontScaler.getScaler(this, fontIndex,
1238                 supportsCJK, fileSize);
1239         }
1240         return scaler;
1241     }
1242 
1243 
1244     /* Postscript name is rarely requested. Don't waste cycles locating it
1245      * as part of font creation, nor storage to hold it. Get it only on demand.
1246      */
1247     @Override
1248     public String getPostscriptName() {
1249         String name = lookupName(ENGLISH_LOCALE_ID, POSTSCRIPT_NAME_ID);
1250         if (name == null) {
1251             return fullName;
1252         } else {
1253             return name;
1254         }
1255     }
1256 
1257     @Override
1258     public String getFontName(Locale locale) {
1259         if (locale == null) {
1260             return fullName;
1261         } else if (locale.equals(nameLocale) && localeFullName != null) {
1262             return localeFullName;
1263         } else {
1264             short localeID = getLCIDFromLocale(locale);
1265             String name = lookupName(localeID, FULL_NAME_ID);
1266             if (name == null) {
1267                 return fullName;
1268             } else {
1269                 return name;
1270             }
1271         }
1272     }
1273 
1274     // Return a Microsoft LCID from the given Locale.
1275     // Used when getting localized font data.
1276 
1277     private static void addLCIDMapEntry(Map<String, Short> map,
1278                                         String key, short value) {
1279         map.put(key, Short.valueOf(value));
1280     }
1281 
1282     private static synchronized void createLCIDMap() {
1283         if (lcidMap != null) {
1284             return;
1285         }
1286 
1287         Map<String, Short> map = new HashMap<>(200);
1288 
1289         // the following statements are derived from the langIDMap
1290         // in src/windows/native/java/lang/java_props_md.c using the following
1291         // awk script:
1292         //    $1~/\/\*/   { next}
1293         //    $3~/\?\?/   { next }
1294         //    $3!~/_/     { next }
1295         //    $1~/0x0409/ { next }
1296         //    $1~/0x0c0a/ { next }
1297         //    $1~/0x042c/ { next }
1298         //    $1~/0x0443/ { next }
1299         //    $1~/0x0812/ { next }
1300         //    $1~/0x04/   { print "        addLCIDMapEntry(map, " substr($3, 0, 3) "\", (short) " substr($1, 0, 6) ");" ; next }
1301         //    $3~/,/      { print "        addLCIDMapEntry(map, " $3  " (short) " substr($1, 0, 6) ");" ; next }
1302         //                { print "        addLCIDMapEntry(map, " $3 ", (short) " substr($1, 0, 6) ");" ; next }
1303         // The lines of this script:
1304         // - eliminate comments
1305         // - eliminate questionable locales
1306         // - eliminate language-only locales
1307         // - eliminate the default LCID value
1308         // - eliminate a few other unneeded LCID values
1309         // - print language-only locale entries for x04* LCID values
1310         //   (apparently Microsoft doesn't use language-only LCID values -
1311         //   see http://www.microsoft.com/OpenType/otspec/name.htm
1312         // - print complete entries for all other LCID values
1313         // Run
1314         //     awk -f awk-script langIDMap > statements
1315         addLCIDMapEntry(map, "ar", (short) 0x0401);
1316         addLCIDMapEntry(map, "bg", (short) 0x0402);
1317         addLCIDMapEntry(map, "ca", (short) 0x0403);
1318         addLCIDMapEntry(map, "zh", (short) 0x0404);
1319         addLCIDMapEntry(map, "cs", (short) 0x0405);
1320         addLCIDMapEntry(map, "da", (short) 0x0406);
1321         addLCIDMapEntry(map, "de", (short) 0x0407);
1322         addLCIDMapEntry(map, "el", (short) 0x0408);
1323         addLCIDMapEntry(map, "es", (short) 0x040a);
1324         addLCIDMapEntry(map, "fi", (short) 0x040b);
1325         addLCIDMapEntry(map, "fr", (short) 0x040c);
1326         addLCIDMapEntry(map, "iw", (short) 0x040d);
1327         addLCIDMapEntry(map, "hu", (short) 0x040e);
1328         addLCIDMapEntry(map, "is", (short) 0x040f);
1329         addLCIDMapEntry(map, "it", (short) 0x0410);
1330         addLCIDMapEntry(map, "ja", (short) 0x0411);
1331         addLCIDMapEntry(map, "ko", (short) 0x0412);
1332         addLCIDMapEntry(map, "nl", (short) 0x0413);
1333         addLCIDMapEntry(map, "no", (short) 0x0414);
1334         addLCIDMapEntry(map, "pl", (short) 0x0415);
1335         addLCIDMapEntry(map, "pt", (short) 0x0416);
1336         addLCIDMapEntry(map, "rm", (short) 0x0417);
1337         addLCIDMapEntry(map, "ro", (short) 0x0418);
1338         addLCIDMapEntry(map, "ru", (short) 0x0419);
1339         addLCIDMapEntry(map, "hr", (short) 0x041a);
1340         addLCIDMapEntry(map, "sk", (short) 0x041b);
1341         addLCIDMapEntry(map, "sq", (short) 0x041c);
1342         addLCIDMapEntry(map, "sv", (short) 0x041d);
1343         addLCIDMapEntry(map, "th", (short) 0x041e);
1344         addLCIDMapEntry(map, "tr", (short) 0x041f);
1345         addLCIDMapEntry(map, "ur", (short) 0x0420);
1346         addLCIDMapEntry(map, "in", (short) 0x0421);
1347         addLCIDMapEntry(map, "uk", (short) 0x0422);
1348         addLCIDMapEntry(map, "be", (short) 0x0423);
1349         addLCIDMapEntry(map, "sl", (short) 0x0424);
1350         addLCIDMapEntry(map, "et", (short) 0x0425);
1351         addLCIDMapEntry(map, "lv", (short) 0x0426);
1352         addLCIDMapEntry(map, "lt", (short) 0x0427);
1353         addLCIDMapEntry(map, "fa", (short) 0x0429);
1354         addLCIDMapEntry(map, "vi", (short) 0x042a);
1355         addLCIDMapEntry(map, "hy", (short) 0x042b);
1356         addLCIDMapEntry(map, "eu", (short) 0x042d);
1357         addLCIDMapEntry(map, "mk", (short) 0x042f);
1358         addLCIDMapEntry(map, "tn", (short) 0x0432);
1359         addLCIDMapEntry(map, "xh", (short) 0x0434);
1360         addLCIDMapEntry(map, "zu", (short) 0x0435);
1361         addLCIDMapEntry(map, "af", (short) 0x0436);
1362         addLCIDMapEntry(map, "ka", (short) 0x0437);
1363         addLCIDMapEntry(map, "fo", (short) 0x0438);
1364         addLCIDMapEntry(map, "hi", (short) 0x0439);
1365         addLCIDMapEntry(map, "mt", (short) 0x043a);
1366         addLCIDMapEntry(map, "se", (short) 0x043b);
1367         addLCIDMapEntry(map, "gd", (short) 0x043c);
1368         addLCIDMapEntry(map, "ms", (short) 0x043e);
1369         addLCIDMapEntry(map, "kk", (short) 0x043f);
1370         addLCIDMapEntry(map, "ky", (short) 0x0440);
1371         addLCIDMapEntry(map, "sw", (short) 0x0441);
1372         addLCIDMapEntry(map, "tt", (short) 0x0444);
1373         addLCIDMapEntry(map, "bn", (short) 0x0445);
1374         addLCIDMapEntry(map, "pa", (short) 0x0446);
1375         addLCIDMapEntry(map, "gu", (short) 0x0447);
1376         addLCIDMapEntry(map, "ta", (short) 0x0449);
1377         addLCIDMapEntry(map, "te", (short) 0x044a);
1378         addLCIDMapEntry(map, "kn", (short) 0x044b);
1379         addLCIDMapEntry(map, "ml", (short) 0x044c);
1380         addLCIDMapEntry(map, "mr", (short) 0x044e);
1381         addLCIDMapEntry(map, "sa", (short) 0x044f);
1382         addLCIDMapEntry(map, "mn", (short) 0x0450);
1383         addLCIDMapEntry(map, "cy", (short) 0x0452);
1384         addLCIDMapEntry(map, "gl", (short) 0x0456);
1385         addLCIDMapEntry(map, "dv", (short) 0x0465);
1386         addLCIDMapEntry(map, "qu", (short) 0x046b);
1387         addLCIDMapEntry(map, "mi", (short) 0x0481);
1388         addLCIDMapEntry(map, "ar_IQ", (short) 0x0801);
1389         addLCIDMapEntry(map, "zh_CN", (short) 0x0804);
1390         addLCIDMapEntry(map, "de_CH", (short) 0x0807);
1391         addLCIDMapEntry(map, "en_GB", (short) 0x0809);
1392         addLCIDMapEntry(map, "es_MX", (short) 0x080a);
1393         addLCIDMapEntry(map, "fr_BE", (short) 0x080c);
1394         addLCIDMapEntry(map, "it_CH", (short) 0x0810);
1395         addLCIDMapEntry(map, "nl_BE", (short) 0x0813);
1396         addLCIDMapEntry(map, "no_NO_NY", (short) 0x0814);
1397         addLCIDMapEntry(map, "pt_PT", (short) 0x0816);
1398         addLCIDMapEntry(map, "ro_MD", (short) 0x0818);
1399         addLCIDMapEntry(map, "ru_MD", (short) 0x0819);
1400         addLCIDMapEntry(map, "sr_CS", (short) 0x081a);
1401         addLCIDMapEntry(map, "sv_FI", (short) 0x081d);
1402         addLCIDMapEntry(map, "az_AZ", (short) 0x082c);
1403         addLCIDMapEntry(map, "se_SE", (short) 0x083b);
1404         addLCIDMapEntry(map, "ga_IE", (short) 0x083c);
1405         addLCIDMapEntry(map, "ms_BN", (short) 0x083e);
1406         addLCIDMapEntry(map, "uz_UZ", (short) 0x0843);
1407         addLCIDMapEntry(map, "qu_EC", (short) 0x086b);
1408         addLCIDMapEntry(map, "ar_EG", (short) 0x0c01);
1409         addLCIDMapEntry(map, "zh_HK", (short) 0x0c04);
1410         addLCIDMapEntry(map, "de_AT", (short) 0x0c07);
1411         addLCIDMapEntry(map, "en_AU", (short) 0x0c09);
1412         addLCIDMapEntry(map, "fr_CA", (short) 0x0c0c);
1413         addLCIDMapEntry(map, "sr_CS", (short) 0x0c1a);
1414         addLCIDMapEntry(map, "se_FI", (short) 0x0c3b);
1415         addLCIDMapEntry(map, "qu_PE", (short) 0x0c6b);
1416         addLCIDMapEntry(map, "ar_LY", (short) 0x1001);
1417         addLCIDMapEntry(map, "zh_SG", (short) 0x1004);
1418         addLCIDMapEntry(map, "de_LU", (short) 0x1007);
1419         addLCIDMapEntry(map, "en_CA", (short) 0x1009);
1420         addLCIDMapEntry(map, "es_GT", (short) 0x100a);
1421         addLCIDMapEntry(map, "fr_CH", (short) 0x100c);
1422         addLCIDMapEntry(map, "hr_BA", (short) 0x101a);
1423         addLCIDMapEntry(map, "ar_DZ", (short) 0x1401);
1424         addLCIDMapEntry(map, "zh_MO", (short) 0x1404);
1425         addLCIDMapEntry(map, "de_LI", (short) 0x1407);
1426         addLCIDMapEntry(map, "en_NZ", (short) 0x1409);
1427         addLCIDMapEntry(map, "es_CR", (short) 0x140a);
1428         addLCIDMapEntry(map, "fr_LU", (short) 0x140c);
1429         addLCIDMapEntry(map, "bs_BA", (short) 0x141a);
1430         addLCIDMapEntry(map, "ar_MA", (short) 0x1801);
1431         addLCIDMapEntry(map, "en_IE", (short) 0x1809);
1432         addLCIDMapEntry(map, "es_PA", (short) 0x180a);
1433         addLCIDMapEntry(map, "fr_MC", (short) 0x180c);
1434         addLCIDMapEntry(map, "sr_BA", (short) 0x181a);
1435         addLCIDMapEntry(map, "ar_TN", (short) 0x1c01);
1436         addLCIDMapEntry(map, "en_ZA", (short) 0x1c09);
1437         addLCIDMapEntry(map, "es_DO", (short) 0x1c0a);
1438         addLCIDMapEntry(map, "sr_BA", (short) 0x1c1a);
1439         addLCIDMapEntry(map, "ar_OM", (short) 0x2001);
1440         addLCIDMapEntry(map, "en_JM", (short) 0x2009);
1441         addLCIDMapEntry(map, "es_VE", (short) 0x200a);
1442         addLCIDMapEntry(map, "ar_YE", (short) 0x2401);
1443         addLCIDMapEntry(map, "es_CO", (short) 0x240a);
1444         addLCIDMapEntry(map, "ar_SY", (short) 0x2801);
1445         addLCIDMapEntry(map, "en_BZ", (short) 0x2809);
1446         addLCIDMapEntry(map, "es_PE", (short) 0x280a);
1447         addLCIDMapEntry(map, "ar_JO", (short) 0x2c01);
1448         addLCIDMapEntry(map, "en_TT", (short) 0x2c09);
1449         addLCIDMapEntry(map, "es_AR", (short) 0x2c0a);
1450         addLCIDMapEntry(map, "ar_LB", (short) 0x3001);
1451         addLCIDMapEntry(map, "en_ZW", (short) 0x3009);
1452         addLCIDMapEntry(map, "es_EC", (short) 0x300a);
1453         addLCIDMapEntry(map, "ar_KW", (short) 0x3401);
1454         addLCIDMapEntry(map, "en_PH", (short) 0x3409);
1455         addLCIDMapEntry(map, "es_CL", (short) 0x340a);
1456         addLCIDMapEntry(map, "ar_AE", (short) 0x3801);
1457         addLCIDMapEntry(map, "es_UY", (short) 0x380a);
1458         addLCIDMapEntry(map, "ar_BH", (short) 0x3c01);
1459         addLCIDMapEntry(map, "es_PY", (short) 0x3c0a);
1460         addLCIDMapEntry(map, "ar_QA", (short) 0x4001);
1461         addLCIDMapEntry(map, "es_BO", (short) 0x400a);
1462         addLCIDMapEntry(map, "es_SV", (short) 0x440a);
1463         addLCIDMapEntry(map, "es_HN", (short) 0x480a);
1464         addLCIDMapEntry(map, "es_NI", (short) 0x4c0a);
1465         addLCIDMapEntry(map, "es_PR", (short) 0x500a);
1466 
1467         lcidMap = map;
1468     }
1469 
1470     private static short getLCIDFromLocale(Locale locale) {
1471         // optimize for common case
1472         if (locale.equals(Locale.US)) {
1473             return US_LCID;
1474         }
1475 
1476         if (lcidMap == null) {
1477             createLCIDMap();
1478         }
1479 
1480         String key = locale.toString();
1481         while (!"".equals(key)) {
1482             Short lcidObject = lcidMap.get(key);
1483             if (lcidObject != null) {
1484                 return lcidObject.shortValue();
1485             }
1486             int pos = key.lastIndexOf('_');
1487             if (pos < 1) {
1488                 return US_LCID;
1489             }
1490             key = key.substring(0, pos);
1491         }
1492 
1493         return US_LCID;
1494     }
1495 
1496     @Override
1497     public String getFamilyName(Locale locale) {
1498         if (locale == null) {
1499             return familyName;
1500         } else if (locale.equals(nameLocale) && localeFamilyName != null) {
1501             return localeFamilyName;
1502         } else {
1503             short localeID = getLCIDFromLocale(locale);
1504             String name = lookupName(localeID, FAMILY_NAME_ID);
1505             if (name == null) {
1506                 return familyName;
1507             } else {
1508                 return name;
1509             }
1510         }
1511     }
1512 
1513     public CharToGlyphMapper getMapper() {
1514         if (mapper == null) {
1515             mapper = new TrueTypeGlyphMapper(this);
1516         }
1517         return mapper;
1518     }
1519 
1520     /* This duplicates initNames() but that has to run fast as its used
1521      * during typical start-up and the information here is likely never
1522      * needed.
1523      */
1524     protected void initAllNames(int requestedID, HashSet<String> names) {
1525         byte[] name = new byte[256];
1526         ByteBuffer buffer = getTableBuffer(nameTag);
1527 
1528         if (buffer != null) {
1529             ShortBuffer sbuffer = buffer.asShortBuffer();
1530             sbuffer.get(); // format - not needed.
1531             short numRecords = sbuffer.get();
1532 
1533             /* The name table uses unsigned shorts. Many of these
1534              * are known small values that fit in a short.
1535              * The values that are sizes or offsets into the table could be
1536              * greater than 32767, so read and store those as ints
1537              */
1538             int stringPtr = ((int) sbuffer.get()) & 0xffff;
1539             for (int i=0; i<numRecords; i++) {
1540                 short platformID = sbuffer.get();
1541                 if (platformID != MS_PLATFORM_ID) {
1542                     sbuffer.position(sbuffer.position()+5);
1543                     continue; // skip over this record.
1544                 }
1545                 short encodingID = sbuffer.get();
1546                 /* short langID = */ sbuffer.get();
1547                 short nameID     = sbuffer.get();
1548                 int   nameLen    = ((int) sbuffer.get()) & 0xffff;
1549                 int   namePtr    = (((int) sbuffer.get()) & 0xffff) + stringPtr;
1550 
1551                 if (nameID == requestedID) {
1552                     buffer.position(namePtr);
1553                     buffer.get(name, 0, nameLen);
1554                     names.add(makeString(name, nameLen, platformID, encodingID));
1555                 }
1556             }
1557         }
1558     }
1559 
1560     String[] getAllFamilyNames() {
1561         HashSet<String> aSet = new HashSet<>();
1562         try {
1563             initAllNames(FAMILY_NAME_ID, aSet);
1564         } catch (Exception e) {
1565             /* In case of malformed font */
1566         }
1567         return aSet.toArray(new String[0]);
1568     }
1569 
1570     String[] getAllFullNames() {
1571         HashSet<String> aSet = new HashSet<>();
1572         try {
1573             initAllNames(FULL_NAME_ID, aSet);
1574         } catch (Exception e) {
1575             /* In case of malformed font */
1576         }
1577         return aSet.toArray(new String[0]);
1578     }
1579 
1580     /*  Used by the OpenType engine for mark positioning.
1581      */
1582     @Override
1583     Point2D.Float getGlyphPoint(long pScalerContext,
1584                                 int glyphCode, int ptNumber) {
1585         try {
1586             return getScaler().getGlyphPoint(pScalerContext,
1587                                              glyphCode, ptNumber);
1588         } catch(FontScalerException fe) {
1589             return null;
1590         }
1591     }
1592 
1593     private char[] gaspTable;
1594 
1595     private char[] getGaspTable() {
1596 
1597         if (gaspTable != null) {
1598             return gaspTable;
1599         }
1600 
1601         ByteBuffer buffer = getTableBuffer(gaspTag);
1602         if (buffer == null) {
1603             return gaspTable = new char[0];
1604         }
1605 
1606         CharBuffer cbuffer = buffer.asCharBuffer();
1607         char format = cbuffer.get();
1608         /* format "1" has appeared for some Windows Vista fonts.
1609          * Its presently undocumented but the existing values
1610          * seem to be still valid so we can use it.
1611          */
1612         if (format > 1) { // unrecognised format
1613             return gaspTable = new char[0];
1614         }
1615 
1616         char numRanges = cbuffer.get();
1617         if (4+numRanges*4 > getTableSize(gaspTag)) { // sanity check
1618             return gaspTable = new char[0];
1619         }
1620         gaspTable = new char[2*numRanges];
1621         cbuffer.get(gaspTable);
1622         return gaspTable;
1623     }
1624 
1625     /* This is to obtain info from the TT 'gasp' (grid-fitting and
1626      * scan-conversion procedure) table which specifies three combinations:
1627      * Hint, Smooth (greyscale), Hint and Smooth.
1628      * In this simplified scheme we don't distinguish the latter two. We
1629      * hint even at small sizes, so as to preserve metrics consistency.
1630      * If the information isn't available default values are substituted.
1631      * The more precise defaults we'd do if we distinguished the cases are:
1632      * Bold (no other style) fonts :
1633      * 0-8 : Smooth ( do grey)
1634      * 9+  : Hint + smooth (gridfit + grey)
1635      * Plain, Italic and Bold-Italic fonts :
1636      * 0-8 : Smooth ( do grey)
1637      * 9-17 : Hint (gridfit)
1638      * 18+  : Hint + smooth (gridfit + grey)
1639      * The defaults should rarely come into play as most TT fonts provide
1640      * better defaults.
1641      * REMIND: consider unpacking the table into an array of booleans
1642      * for faster use.
1643      */
1644     @Override
1645     public boolean useAAForPtSize(int ptsize) {
1646 
1647         char[] gasp = getGaspTable();
1648         if (gasp.length > 0) {
1649             for (int i=0;i<gasp.length;i+=2) {
1650                 if (ptsize <= gasp[i]) {
1651                     return ((gasp[i+1] & 0x2) != 0); // bit 2 means DO_GRAY;
1652                 }
1653             }
1654             return true;
1655         }
1656 
1657         if (style == Font.BOLD) {
1658             return true;
1659         } else {
1660             return ptsize <= 8 || ptsize >= 18;
1661         }
1662     }
1663 
1664     @Override
1665     public boolean hasSupplementaryChars() {
1666         return ((TrueTypeGlyphMapper)getMapper()).hasSupplementaryChars();
1667     }
1668 
1669     @Override
1670     public String toString() {
1671         return "** TrueType Font: Family="+familyName+ " Name="+fullName+
1672             " style="+style+" fileName="+getPublicFileName();
1673     }
1674 
1675 
1676     private static Map<String, short[]> lcidLanguageCompatibilityMap;
1677     private static final short[] EMPTY_COMPATIBLE_LCIDS = new short[0];
1678 
1679     // the language compatible LCIDs for this font's nameLocale
1680     private short[] languageCompatibleLCIDs;
1681 
1682     /*
1683      * Returns true if the given lcid's language is compatible
1684      * to the language of the startup Locale. I.e. if
1685      * startupLocale.getLanguage().equals(lcidLocale.getLanguage()) would
1686      * return true.
1687      */
1688     private boolean isLanguageCompatible(short lcid){
1689         for (short s : languageCompatibleLCIDs) {
1690             if (s == lcid) {
1691                 return true;
1692             }
1693         }
1694         return false;
1695     }
1696 
1697     /*
1698      * Returns an array of all the language compatible LCIDs for the
1699      * given Locale. This array is later used to find compatible
1700      * locales.
1701      */
1702     private static short[] getLanguageCompatibleLCIDsFromLocale(Locale locale) {
1703         if (lcidLanguageCompatibilityMap == null) {
1704             createLCIDMap();
1705             createLCIDLanguageCompatibilityMap();
1706         }
1707         String language = locale.getLanguage();
1708         short[] result = lcidLanguageCompatibilityMap.get(language);
1709         return result == null ? EMPTY_COMPATIBLE_LCIDS : result;
1710     }
1711 
1712 //     private static void prtLine(String s) {
1713 //        System.out.println(s);
1714 //     }
1715 
1716 //     /*
1717 //      * Initializes the map from Locale keys (e.g. "en_BZ" or "de")
1718 //      * to language compatible LCIDs.
1719 //      * This map could be statically created based on the fixed known set
1720 //      * added to lcidMap.
1721 //      */
1722 //     private static void createLCIDLanguageCompatibilityMap() {
1723 //         if (lcidLanguageCompatibilityMap != null) {
1724 //             return;
1725 //         }
1726 //         HashMap<String, List<Short>> result = new HashMap<>();
1727 //         for (Entry<String, Short> e : lcidMap.entrySet()) {
1728 //             String language = e.getKey();
1729 //             int index = language.indexOf('_');
1730 //             if (index != -1) {
1731 //                 language = language.substring(0, index);
1732 //             }
1733 //             List<Short> list = result.get(language);
1734 //             if (list == null) {
1735 //                 list = new ArrayList<>();
1736 //                 result.put(language, list);
1737 //             }
1738 //             if (index == -1) {
1739 //                 list.add(0, e.getValue());
1740 //             } else{
1741 //                 list.add(e.getValue());
1742 //             }
1743 //         }
1744 //         Map<String, short[]> compMap = new HashMap<>();
1745 //         for (Entry<String, List<Short>> e : result.entrySet()) {
1746 //             if (e.getValue().size() > 1) {
1747 //                 List<Short> list = e.getValue();
1748 //                 short[] shorts = new short[list.size()];
1749 //                 for (int i = 0; i < shorts.length; i++) {
1750 //                     shorts[i] = list.get(i);
1751 //                 }
1752 //                 compMap.put(e.getKey(), shorts);
1753 //             }
1754 //         }
1755 
1756 //         /* Now dump code to init the map to System.out */
1757 //         prtLine("    private static void createLCIDLanguageCompatibilityMap() {");
1758 //         prtLine("");
1759 
1760 //         prtLine("        Map<String, short[]> map = new HashMap<>();");
1761 //         prtLine("");
1762 //         prtLine("        short[] sarr;");
1763 //         for (Entry<String, short[]> e : compMap.entrySet()) {
1764 //             String lang = e.getKey();
1765 //             short[] ids = e.getValue();
1766 //             StringBuilder sb = new StringBuilder("sarr = new short[] { ");
1767 //             for (int i = 0; i < ids.length; i++) {
1768 //                 sb.append(ids[i]+", ");
1769 //             }
1770 //             sb.append("}");
1771 //             prtLine("        " + sb + ";");
1772 //             prtLine("        map.put(\"" + lang + "\", sarr);");
1773 //         }
1774 //         prtLine("");
1775 //         prtLine("        lcidLanguageCompatibilityMap = map;");
1776 //         prtLine("    }");
1777 //         /* done dumping map */
1778 
1779 //         lcidLanguageCompatibilityMap = compMap;
1780 //     }
1781 
1782     private static void createLCIDLanguageCompatibilityMap() {
1783 
1784         Map<String, short[]> map = new HashMap<>();
1785 
1786         short[] sarr;
1787         sarr = new short[] { 1031, 3079, 5127, 2055, 4103, };
1788         map.put("de", sarr);
1789         sarr = new short[] { 1044, 2068, };
1790         map.put("no", sarr);
1791         sarr = new short[] { 1049, 2073, };
1792         map.put("ru", sarr);
1793         sarr = new short[] { 1053, 2077, };
1794         map.put("sv", sarr);
1795         sarr = new short[] { 1046, 2070, };
1796         map.put("pt", sarr);
1797         sarr = new short[] { 1131, 3179, 2155, };
1798         map.put("qu", sarr);
1799         sarr = new short[] { 1086, 2110, };
1800         map.put("ms", sarr);
1801         sarr = new short[] { 11273, 3081, 12297, 8201, 10249, 4105, 13321, 6153, 7177, 5129, 2057, };
1802         map.put("en", sarr);
1803         sarr = new short[] { 1050, 4122, };
1804         map.put("hr", sarr);
1805         sarr = new short[] { 1040, 2064, };
1806         map.put("it", sarr);
1807         sarr = new short[] { 1036, 5132, 6156, 2060, 3084, 4108, };
1808         map.put("fr", sarr);
1809         sarr = new short[] { 1034, 12298, 14346, 2058, 8202, 19466, 17418, 9226, 13322, 5130, 7178, 11274, 16394, 4106, 10250, 6154, 18442, 20490, 15370, };
1810         map.put("es", sarr);
1811         sarr = new short[] { 1028, 3076, 5124, 4100, 2052, };
1812         map.put("zh", sarr);
1813         sarr = new short[] { 1025, 8193, 16385, 9217, 2049, 14337, 15361, 11265, 13313, 10241, 7169, 12289, 4097, 5121, 6145, 3073, };
1814         map.put("ar", sarr);
1815         sarr = new short[] { 1083, 3131, 2107, };
1816         map.put("se", sarr);
1817         sarr = new short[] { 1048, 2072, };
1818         map.put("ro", sarr);
1819         sarr = new short[] { 1043, 2067, };
1820         map.put("nl", sarr);
1821         sarr = new short[] { 7194, 3098, };
1822         map.put("sr", sarr);
1823 
1824         lcidLanguageCompatibilityMap = map;
1825     }
1826 }
--- EOF ---