GenericFormatter.java
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/*
* Decompiled with CFR 0_118.
*
* Could not load the following classes:
* com.adobe.agl.lang.UCharacter
* com.adobe.agl.util.ULocale
*/
package com.adobe.fontengine.inlineformatting.infontformatting;
import com.adobe.agl.lang.UCharacter;
import com.adobe.agl.util.ULocale;
import com.adobe.fontengine.CharUtil;
import com.adobe.fontengine.font.FontData;
import com.adobe.fontengine.font.FontLoadingException;
import com.adobe.fontengine.font.InvalidFontException;
import com.adobe.fontengine.font.UnsupportedFontException;
import com.adobe.fontengine.font.opentype.Gdef;
import com.adobe.fontengine.font.opentype.Gpos;
import com.adobe.fontengine.font.opentype.Gsub;
import com.adobe.fontengine.font.opentype.OTSelector;
import com.adobe.fontengine.font.opentype.OTSelectors;
import com.adobe.fontengine.font.opentype.OpenTypeFont;
import com.adobe.fontengine.font.opentype.Tag;
import com.adobe.fontengine.font.type1.Type1Font;
import com.adobe.fontengine.inlineformatting.AttributedRun;
import com.adobe.fontengine.inlineformatting.DigitCase;
import com.adobe.fontengine.inlineformatting.DigitWidth;
import com.adobe.fontengine.inlineformatting.ElementAttribute;
import com.adobe.fontengine.inlineformatting.FontStyle;
import com.adobe.fontengine.inlineformatting.InterElementAttribute;
import com.adobe.fontengine.inlineformatting.LigatureLevel;
import com.adobe.fontengine.inlineformatting.TypographicCase;
import com.adobe.fontengine.inlineformatting.infontformatting.BaseFormatter;
import com.adobe.fontengine.inlineformatting.infontformatting.InFontFormatter;
import com.adobe.fontengine.inlineformatting.infontformatting.LookupsCache;
class GenericFormatter
extends BaseFormatter {
private static final int[] gsubFeatures = new int[]{Tag.feature_ccmp, Tag.feature_locl, Tag.feature_rtla, Tag.feature_rlig, Tag.feature_liga, Tag.feature_clig, Tag.feature_ital, Tag.feature_titl, Tag.feature_case, Tag.feature_lnum, Tag.feature_onum, Tag.feature_c2sc, Tag.feature_smcp, Tag.feature_c2pc, Tag.feature_pcap, Tag.feature_unic, Tag.feature_dlig, Tag.feature_hlig, Tag.feature_pnum, Tag.feature_tnum};
private static final int[] gposFeatures = new int[]{Tag.feature_kern, Tag.feature_mark, Tag.feature_mkmk, Tag.feature_cpsp};
private static final OTSelector italSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.fontStyle);
return v == FontStyle.ITALIC || v == FontStyle.OBLIQUE;
}
};
private static final OTSelector titlSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.TITLE;
}
};
private static final OTSelector caseSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.TITLE || v == TypographicCase.CAPS;
}
};
private static final OTSelector c2scSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.SMALLCAPS;
}
};
private static final OTSelector smcpSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.SMALLCAPS || v == TypographicCase.CAPS_AND_SMALLCAPS;
}
};
private static final OTSelector c2pcSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.PETITECAPS;
}
};
private static final OTSelector pcapSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.PETITECAPS;
}
};
private static final OTSelector unicSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.UNICASE;
}
};
private static final OTSelector cpspSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.TITLE || v == TypographicCase.CAPS;
}
};
private static final OTSelector lnumSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.digitCase);
if (v == DigitCase.FROM_TYPOGRAPHIC_CASE) {
v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.TITLE || v == TypographicCase.CAPS;
}
return v == DigitCase.LINING;
}
};
private static final OTSelector onumSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.digitCase);
if (v == DigitCase.FROM_TYPOGRAPHIC_CASE) {
v = run.getElementStyle(position, ElementAttribute.typographicCase);
return v == TypographicCase.TEXT || v == TypographicCase.CAPS_AND_SMALLCAPS || v == TypographicCase.SMALLCAPS || v == TypographicCase.PETITECAPS || v == TypographicCase.UNICASE;
}
return v == DigitCase.OLD_STYLE;
}
};
private static final OTSelector tnumSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.digitWidth);
return v == DigitWidth.TABULAR;
}
};
private static final OTSelector pnumSelector = new OTSelector(){
public boolean isApplied(AttributedRun run, int position) {
Object v = run.getElementStyle(position, ElementAttribute.digitWidth);
return v == DigitWidth.PROPORTIONAL;
}
};
GenericFormatter() {
}
protected int setGlyphs(AttributedRun run, int start, int limit, FontData fontData) throws InvalidFontException, UnsupportedFontException, FontLoadingException {
while (start < limit) {
int graphemeLimit;
int gid;
int i;
int usvc;
if (run.getElementStyle(start, ElementAttribute.isGlyph) == Boolean.TRUE) {
++start;
continue;
}
int usv = run.elementAt(start);
if (usv == 8205) {
run.remove(start);
--limit;
run.setInterElementStyleBefore(start, InterElementAttribute.ligatureLevel, LigatureLevel.EXOTIC);
continue;
}
if (usv == 8204) {
run.remove(start);
--limit;
run.setInterElementStyleBefore(start, InterElementAttribute.ligatureLevel, LigatureLevel.NONE);
continue;
}
if (CharUtil.isControl(usv) && !fontData.isSymbolic()) {
run.remove(start);
--limit;
continue;
}
if ((Integer)run.getElementStyle(start, ElementAttribute.bidiLevel) % 2 == 1) {
usv = UCharacter.getMirror((int)usv);
}
if (!CharUtil.isBase(usv) || start + 1 == limit || run.getElementStyle(start + 1, ElementAttribute.isGlyph) == Boolean.TRUE || !CharUtil.isCombining(run.elementAt(start + 1))) {
int gid2 = fontData.getGlyphForChar(usv);
run.replace(start, gid2);
run.setElementStyle(start, ElementAttribute.isGlyph, Boolean.TRUE);
++start;
continue;
}
for (graphemeLimit = start + 1; graphemeLimit < limit && run.getElementStyle(graphemeLimit, ElementAttribute.isGlyph) != Boolean.TRUE && CharUtil.isCombining(run.elementAt(graphemeLimit)); ++graphemeLimit) {
}
boolean directMappingHasNotdef = false;
int[] usvs = new int[graphemeLimit - start];
int[] gids = new int[graphemeLimit - start];
for (i = start; i < graphemeLimit; ++i) {
usvs[i - start] = run.elementAt(i);
gid = fontData.getGlyphForChar(usvs[i - start]);
if (gid == 0) {
directMappingHasNotdef = true;
}
gids[i - start] = gid;
}
if (directMappingHasNotdef && (usvc = CharUtil.compose(usvs, 0, graphemeLimit - start)) != -1 && (gid = fontData.getGlyphForChar(usvc)) != 0) {
run.replace(start, graphemeLimit, gid);
run.setElementStyle(start, ElementAttribute.isGlyph, Boolean.TRUE);
limit -= graphemeLimit - start - 1;
++start;
continue;
}
for (i = start; i < graphemeLimit; ++i) {
run.replace(i, gids[i - start]);
run.setElementStyle(start, ElementAttribute.isGlyph, Boolean.TRUE);
}
start = graphemeLimit;
}
return limit;
}
protected boolean canFormatOT() {
return true;
}
protected int formatOT(OpenTypeFont otFont, AttributedRun run, int start, int limit, boolean shouldKern) throws InvalidFontException, UnsupportedFontException, FontLoadingException {
Integer bidiLevel = (Integer)run.getElementStyle(start, ElementAttribute.bidiLevel);
int scriptTag = GenericFormatter.getOTScriptTag((Integer)run.getElementStyle(start, InFontFormatter.scriptAttribute));
int langTag = GenericFormatter.getOTLanguageTag((ULocale)run.getElementStyle(start, ElementAttribute.locale));
limit = this.setGlyphs(run, start, limit, otFont);
if (otFont.gsub != null) {
int[][] gsubLookups = LookupsCache.resolveFeatureTag(otFont.gsub, scriptTag, langTag, gsubFeatures);
limit = otFont.gsub.applyLookups(gsubLookups[0], run, start, limit, OTSelectors.everywhere, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[1], run, start, limit, OTSelectors.everywhere, otFont.gdef);
if (bidiLevel % 2 == 1) {
limit = otFont.gsub.applyLookups(gsubLookups[2], run, start, limit, OTSelectors.everywhere, otFont.gdef);
}
limit = otFont.gsub.applyLookups(gsubLookups[6], run, start, limit, italSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[7], run, start, limit, titlSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[8], run, start, limit, caseSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[9], run, start, limit, lnumSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[10], run, start, limit, onumSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[18], run, start, limit, pnumSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[19], run, start, limit, tnumSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[11], run, start, limit, c2scSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[12], run, start, limit, smcpSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[13], run, start, limit, c2pcSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[14], run, start, limit, pcapSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[15], run, start, limit, unicSelector, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[3], run, start, limit, OTSelectors.minimumLigatures, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[4], run, start, limit, OTSelectors.commonLigatures, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[5], run, start, limit, OTSelectors.commonLigatures, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[16], run, start, limit, OTSelectors.uncommonLigatures, otFont.gdef);
limit = otFont.gsub.applyLookups(gsubLookups[17], run, start, limit, OTSelectors.exoticLigatures, otFont.gdef);
}
this.posFromAdvanceWidth(run, otFont, start, limit);
if (otFont.gpos != null) {
int[][] gposLookups = LookupsCache.resolveFeatureTag(otFont.gpos, scriptTag, langTag, gposFeatures);
if (shouldKern) {
if (gposLookups[0].length != 0) {
limit = otFont.gpos.applyLookups(gposLookups[0], run, start, limit, OTSelectors.everywhere, otFont.gdef);
} else {
this.applyKernTable(otFont, run, start, limit);
}
}
limit = otFont.gpos.applyLookups(gposLookups[3], run, start, limit, cpspSelector, otFont.gdef);
limit = otFont.gpos.applyLookups(gposLookups[1], run, start, limit, OTSelectors.everywhere, otFont.gdef);
limit = otFont.gpos.applyLookups(gposLookups[2], run, start, limit, OTSelectors.everywhere, otFont.gdef);
} else if (shouldKern) {
this.applyKernTable(otFont, run, start, limit);
}
return limit;
}
protected boolean canFormatTT() {
return true;
}
protected int formatTT(OpenTypeFont otFont, AttributedRun run, int start, int limit, boolean shouldKern) throws InvalidFontException, UnsupportedFontException, FontLoadingException {
limit = this.setGlyphs(run, start, limit, otFont);
this.posFromAdvanceWidth(run, otFont, start, limit);
if (shouldKern) {
this.applyKernTable(otFont, run, start, limit);
}
return limit;
}
protected boolean canFormatT1() {
return true;
}
protected int formatT1(Type1Font t1Font, AttributedRun run, int start, int limit, boolean shouldKern) throws InvalidFontException, UnsupportedFontException, FontLoadingException {
limit = this.setGlyphs(run, start, limit, t1Font);
this.posFromAdvanceWidth(run, t1Font, start, limit);
if (shouldKern) {
for (int i = start; i < limit - 1; ++i) {
double kernValue = t1Font.getKernValue(run.elementAt(i), run.elementAt(i + 1));
run.adjustPlacementAndAdvance(i, 0.0, 0.0, kernValue, 0.0);
}
}
return limit;
}
protected boolean canFormatGeneric() {
return true;
}
protected int formatGeneric(FontData fontData, AttributedRun run, int start, int limit, boolean shouldKern) throws InvalidFontException, UnsupportedFontException, FontLoadingException {
limit = this.setGlyphs(run, start, limit, fontData);
this.posFromAdvanceWidth(run, fontData, start, limit);
return limit;
}
}