/************************************************************************
*
* LaTeXConfig.java
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License version 2.1, as published by the Free Software Foundation.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston,
* MA 02111-1307 USA
*
* Copyright: 2002-2011 by Henrik Just
*
* All Rights Reserved.
*
* Version 1.2 (2011-03-30)
*
*/
package writer2latex.latex;
import java.util.HashMap;
import java.util.Map;
import java.util.Set;
import org.w3c.dom.Document;
import org.w3c.dom.Node;
import org.w3c.dom.Element;
import writer2latex.api.ComplexOption;
import writer2latex.base.BooleanOption;
import writer2latex.base.IntegerOption;
import writer2latex.base.Option;
import writer2latex.latex.util.HeadingMap;
import writer2latex.latex.i18n.ClassicI18n;
import writer2latex.latex.i18n.ReplacementTrie;
import writer2latex.latex.util.StyleMap;
import writer2latex.latex.util.StyleMapItem;
import writer2latex.util.Misc;
public class LaTeXConfig extends writer2latex.base.ConfigBase {
/////////////////////////////////////////////////////////////////////////
// I. Define items needed by ConfigBase
protected int getOptionCount() { return 70; }
protected String getDefaultConfigPath() { return "/writer2latex/latex/config/"; }
/////////////////////////////////////////////////////////////////////////
// II. Override getter and setter methods for simple options in order to:
// - Treat the custom preamble like a regular option, even though the xml representation is different
// - Be backwards compatible (renamed the option keep_image_size)
@Override public void setOption(String sName,String sValue) {
if (sName.equals("custom-preamble")) {
sCustomPreamble = sValue;
}
else {
// this option has been renamed:
if (sName.equals("keep_image_size")) { sName = "original_image_size"; }
super.setOption(sName, sValue);
}
}
@Override public String getOption(String sName) {
if (sName.equals("custom-preamble")) {
return sCustomPreamble;
}
else {
return super.getOption(sName);
}
}
/////////////////////////////////////////////////////////////////////////
// III. Declare all constants
// Backend
public static final int GENERIC = 0;
public static final int DVIPS = 1;
public static final int PDFTEX = 2;
public static final int UNSPECIFIED = 3;
public static final int XETEX = 4;
// Formatting (must be ordered)
public static final int IGNORE_ALL = 0;
public static final int IGNORE_MOST = 1;
public static final int CONVERT_BASIC = 2;
public static final int CONVERT_MOST = 3;
public static final int CONVERT_ALL = 4;
// Page formatting
public static final int CONVERT_HEADER_FOOTER = 5;
public static final int CONVERT_GEOMETRY = 6;
// Handling of other formatting
public static final int IGNORE = 0;
public static final int ACCEPT = 1;
public static final int WARNING = 2;
public static final int ERROR = 3;
// Notes
//public static final int IGNORE = 0;
public static final int COMMENT = 1;
public static final int PDFANNOTATION = 2;
public static final int MARGINPAR = 3;
public static final int CUSTOM = 4;
// Options
private static final int BACKEND = 0;
private static final int NO_PREAMBLE = 1;
private static final int NO_INDEX = 2;
private static final int DOCUMENTCLASS = 3;
private static final int GLOBAL_OPTIONS = 4;
private static final int INPUTENCODING = 5;
private static final int MULTILINGUAL = 6;
private static final int GREEK_MATH = 7;
private static final int USE_OOOMATH = 8;
private static final int USE_PIFONT = 9;
private static final int USE_IFSYM = 10;
private static final int USE_WASYSYM = 11;
private static final int USE_BBDING = 12;
private static final int USE_EUROSYM = 13;
private static final int USE_TIPA = 14;
private static final int USE_COLOR = 15;
private static final int USE_COLORTBL = 16;
private static final int USE_GEOMETRY = 17;
private static final int USE_FANCYHDR = 18;
private static final int USE_TITLESEC = 19;
private static final int USE_TITLETOC = 20;
private static final int USE_HYPERREF = 21;
private static final int USE_CAPTION = 22;
private static final int USE_LONGTABLE = 23;
private static final int USE_SUPERTABULAR = 24;
private static final int USE_TABULARY = 25;
private static final int USE_ENDNOTES = 26;
private static final int USE_ULEM = 27;
private static final int USE_LASTPAGE = 28;
private static final int USE_TITLEREF = 29;
private static final int USE_OOOREF = 30;
private static final int USE_BIBTEX = 31;
private static final int BIBTEX_STYLE = 32;
private static final int EXTERNAL_BIBTEX_FILES = 33;
private static final int ZOTERO_BIBTEX_FILES = 34;
private static final int JABREF_BIBTEX_FILES = 35;
private static final int INCLUDE_ORIGINAL_CITATIONS = 36;
private static final int USE_NATBIB = 37;
private static final int NATBIB_OPTIONS = 38;
private static final int FORMATTING = 39;
private static final int PAGE_FORMATTING = 40;
private static final int OTHER_STYLES = 41;
private static final int IMAGE_CONTENT = 42;
private static final int TABLE_CONTENT = 43;
private static final int TABLE_FIRST_HEAD_STYLE = 44;
private static final int TABLE_HEAD_STYLE = 45;
private static final int TABLE_FOOT_STYLE = 46;
private static final int TABLE_LAST_FOOT_STYLE = 47;
private static final int IGNORE_HARD_PAGE_BREAKS = 48;
private static final int IGNORE_HARD_LINE_BREAKS = 49;
private static final int IGNORE_EMPTY_PARAGRAPHS =50;
private static final int IGNORE_DOUBLE_SPACES = 51;
private static final int ALIGN_FRAMES = 52;
private static final int FLOAT_FIGURES = 53;
private static final int FLOAT_TABLES = 54;
private static final int FLOAT_OPTIONS = 55;
private static final int FIGURE_SEQUENCE_NAME = 56;
private static final int TABLE_SEQUENCE_NAME = 57;
private static final int IMAGE_OPTIONS = 58;
private static final int REMOVE_GRAPHICS_EXTENSION = 59;
private static final int ORIGINAL_IMAGE_SIZE = 60;
private static final int SIMPLE_TABLE_LIMIT = 61;
private static final int NOTES = 62;
private static final int METADATA = 63;
private static final int TABSTOP = 64;
private static final int WRAP_LINES_AFTER = 65;
private static final int SPLIT_LINKED_SECTIONS = 66;
private static final int SPLIT_TOPLEVEL_SECTIONS = 67;
private static final int SAVE_IMAGES_IN_SUBDIR = 68;
private static final int DEBUG = 69;
/////////////////////////////////////////////////////////////////////////
// IV. Our options data
private ComplexOption headingMap;
private ComplexOption parMap;
private ComplexOption parBlockMap;
private ComplexOption listMap;
private ComplexOption listItemMap;
private ComplexOption textMap;
private ComplexOption textAttrMap;
private ComplexOption stringReplace;
private ComplexOption mathSymbols;
private String sCustomPreamble = "";
/////////////////////////////////////////////////////////////////////////
// V. The rather long constructor setting all defaults
/** Construct a new <code>LaTeXConfig</code> with default values for all options
*/
public LaTeXConfig() {
super();
// create options with default values
options[NO_PREAMBLE] = new BooleanOption("no_preamble","false");
options[NO_INDEX] = new BooleanOption("no_index","false");
options[DOCUMENTCLASS] = new Option("documentclass","article");
options[GLOBAL_OPTIONS] = new Option("global_options","");
options[BACKEND] = new IntegerOption("backend","pdftex") {
public void setString(String sValue) {
super.setString(sValue);
if ("generic".equals(sValue)) nValue = GENERIC;
else if ("dvips".equals(sValue)) nValue = DVIPS;
else if ("pdftex".equals(sValue)) nValue = PDFTEX;
else if ("unspecified".equals(sValue)) nValue = UNSPECIFIED;
else if ("xetex".equals(sValue)) nValue = XETEX;
}
};
options[INPUTENCODING] = new IntegerOption("inputencoding",ClassicI18n.writeInputenc(ClassicI18n.ASCII)) {
public void setString(String sValue) {
super.setString(sValue);
nValue = ClassicI18n.readInputenc(sValue);
}
};
options[MULTILINGUAL] = new BooleanOption("multilingual","true");
options[GREEK_MATH] = new BooleanOption("greek_math","true");
options[USE_OOOMATH] = new BooleanOption("use_ooomath","false");
options[USE_PIFONT] = new BooleanOption("use_pifont","false");
options[USE_IFSYM] = new BooleanOption("use_ifsym","false");
options[USE_WASYSYM] = new BooleanOption("use_wasysym","false");
options[USE_BBDING] = new BooleanOption("use_bbding","false");
options[USE_EUROSYM] = new BooleanOption("use_eurosym","false");
options[USE_TIPA] = new BooleanOption("use_tipa","false");
options[USE_COLOR] = new BooleanOption("use_color","true");
options[USE_COLORTBL] = new BooleanOption("use_colortbl","false");
options[USE_GEOMETRY] = new BooleanOption("use_geometry","false");
options[USE_FANCYHDR] = new BooleanOption("use_fancyhdr","false");
options[USE_TITLESEC] = new BooleanOption("use_titlesec","false");
options[USE_TITLETOC] = new BooleanOption("use_titletoc","false");
options[USE_HYPERREF] = new BooleanOption("use_hyperref","true");
options[USE_CAPTION] = new BooleanOption("use_caption","false");
options[USE_LONGTABLE] = new BooleanOption("use_longtable","false");
options[USE_SUPERTABULAR] = new BooleanOption("use_supertabular","true");
options[USE_TABULARY] = new BooleanOption("use_tabulary","false");
options[USE_ENDNOTES] = new BooleanOption("use_endnotes","false");
options[USE_ULEM] = new BooleanOption("use_ulem","false");
options[USE_LASTPAGE] = new BooleanOption("use_lastpage","false");
options[USE_TITLEREF] = new BooleanOption("use_titleref","false");
options[USE_OOOREF] = new BooleanOption("use_oooref","false");
options[USE_BIBTEX] = new BooleanOption("use_bibtex","false");
options[BIBTEX_STYLE] = new Option("bibtex_style","plain");
options[EXTERNAL_BIBTEX_FILES] = new Option("external_bibtex_files","");
options[ZOTERO_BIBTEX_FILES] = new Option("zotero_bibtex_files","");
options[JABREF_BIBTEX_FILES] = new Option("jabref_bibtex_files","");
options[INCLUDE_ORIGINAL_CITATIONS] = new BooleanOption("include_original_citations","false");
options[USE_NATBIB] = new BooleanOption("use_natbib","false");
options[NATBIB_OPTIONS] = new Option("natbib_options","");
options[FORMATTING] = new IntegerOption("formatting","convert_basic") {
public void setString(String sValue) {
super.setString(sValue);
if ("convert_all".equals(sValue)) nValue = CONVERT_ALL;
else if ("convert_most".equals(sValue)) nValue = CONVERT_MOST;
else if ("convert_basic".equals(sValue)) nValue = CONVERT_BASIC;
else if ("ignore_most".equals(sValue)) nValue = IGNORE_MOST;
else if ("ignore_all".equals(sValue)) nValue = IGNORE_ALL;
}
};
options[PAGE_FORMATTING] = new IntegerOption("page_formatting","convert_all") {
public void setString(String sValue) {
super.setString(sValue);
if ("convert_all".equals(sValue)) nValue = CONVERT_ALL;
else if ("convert_header_footer".equals(sValue)) nValue = CONVERT_HEADER_FOOTER;
else if ("convert_geometry".equals(sValue)) nValue = CONVERT_GEOMETRY;
else if ("ignore_all".equals(sValue)) nValue = IGNORE_ALL;
}
};
options[OTHER_STYLES] = new ContentHandlingOption("other_styles","accept");
options[IMAGE_CONTENT] = new ContentHandlingOption("image_content","accept");
options[TABLE_CONTENT] = new ContentHandlingOption("table_content","accept");
options[TABLE_FIRST_HEAD_STYLE] = new Option("table_first_head_style","");
options[TABLE_HEAD_STYLE] = new Option("table_head_style","");
options[TABLE_FOOT_STYLE] = new Option("table_foot_style","");
options[TABLE_LAST_FOOT_STYLE] = new Option("table_last_foot_style","");
options[IGNORE_HARD_PAGE_BREAKS] = new BooleanOption("ignore_hard_page_breaks","false");
options[IGNORE_HARD_LINE_BREAKS] = new BooleanOption("ignore_hard_line_breaks","false");
options[IGNORE_EMPTY_PARAGRAPHS] = new BooleanOption("ignore_empty_paragraphs","false");
options[IGNORE_DOUBLE_SPACES] = new BooleanOption("ignore_double_spaces","false");
options[ALIGN_FRAMES] = new BooleanOption("align_frames","true");
options[FLOAT_FIGURES] = new BooleanOption("float_figures","false");
options[FLOAT_TABLES] = new BooleanOption("float_tables","false");
options[FLOAT_OPTIONS] = new Option("float_options","h");
options[FIGURE_SEQUENCE_NAME] = new BooleanOption("figure_sequence_name","");
options[TABLE_SEQUENCE_NAME] = new BooleanOption("table_sequence_name","");
options[IMAGE_OPTIONS] = new Option("image_options","");
options[REMOVE_GRAPHICS_EXTENSION] = new BooleanOption("remove_graphics_extension","false");
options[ORIGINAL_IMAGE_SIZE] = new BooleanOption("original_image_size","false");
options[SIMPLE_TABLE_LIMIT] = new IntegerOption("simple_table_limit","0") {
public void setString(String sValue) {
super.setString(sValue);
nValue = Misc.getPosInteger(sValue,0);
}
};
options[NOTES] = new IntegerOption("notes","comment") {
public void setString(String sValue) {
super.setString(sValue);
if ("ignore".equals(sValue)) nValue = IGNORE;
else if ("comment".equals(sValue)) nValue = COMMENT;
else if ("pdfannotation".equals(sValue)) nValue = PDFANNOTATION;
else if ("marginpar".equals(sValue)) nValue = MARGINPAR;
else nValue = CUSTOM;
}
};
options[METADATA] = new BooleanOption("metadata","true");
options[TABSTOP] = new Option("tabstop","");
options[WRAP_LINES_AFTER] = new IntegerOption("wrap_lines_after","120") {
public void setString(String sValue) {
super.setString(sValue);
nValue = Misc.getPosInteger(sValue,0);
}
};
options[SPLIT_LINKED_SECTIONS] = new BooleanOption("split_linked_sections","false");
options[SPLIT_TOPLEVEL_SECTIONS] = new BooleanOption("split_toplevel_sections","false");
options[SAVE_IMAGES_IN_SUBDIR] = new BooleanOption("save_images_in_subdir","false");
options[DEBUG] = new BooleanOption("debug","false");
// Complex options - heading map
headingMap = addComplexOption("heading-map");
Map<String,String> attr = new HashMap<String,String>();
attr.put("name", "section");
attr.put("level", "1");
headingMap.put("1", attr);
attr = new HashMap<String,String>();
attr.put("name", "subsection");
attr.put("level", "2");
headingMap.put("2", attr);
attr = new HashMap<String,String>();
attr.put("name", "subsubsection");
attr.put("level", "3");
headingMap.put("3", attr);
attr = new HashMap<String,String>();
attr.put("name", "paragraph");
attr.put("level", "4");
headingMap.put("4", attr);
attr = new HashMap<String,String>();
attr.put("name", "subparagraph");
attr.put("level", "5");
headingMap.put("5", attr);
// Complex options - style maps
parMap = addComplexOption("paragraph-map");
parBlockMap = addComplexOption("paragraph-block-map");
listMap = addComplexOption("list-map");
listItemMap = addComplexOption("listitem-map");
textMap = addComplexOption("text-map");
textAttrMap = addComplexOption("text-attribute-map");
// Complex options - string replace
stringReplace=addComplexOption("string-replace");
// Standard string replace:
// Fix french spacing; replace nonbreaking space
// right before em-dash, !, ?, : and ; (babel handles this)
attr = new HashMap<String,String>();
attr.put("fontenc", "any");
attr.put("latex-code", " \u2014");
stringReplace.put("\u00A0\u2014",attr);
attr = new HashMap<String,String>();
attr.put("fontenc", "any");
attr.put("latex-code", " !");
stringReplace.put("\u00A0!",attr);
attr = new HashMap<String,String>();
attr.put("fontenc", "any");
attr.put("latex-code", " ?");
stringReplace.put("\u00A0?",attr);
attr = new HashMap<String,String>();
attr.put("fontenc", "any");
attr.put("latex-code", " :");
stringReplace.put("\u00A0:",attr);
attr = new HashMap<String,String>();
attr.put("fontenc", "any");
attr.put("latex-code", " ;");
stringReplace.put("\u00A0;",attr);
// Right after opening guillemet and right before closing guillemet:
// Here we must *keep* the non-breaking space
// TODO: Use \og and \fg if the document contains french...
//stringReplace.put("\u00AB\u00A0","\u00AB ",I18n.readFontencs("any"));
//stringReplace.put("\u00A0\u00BB"," \u00BB",I18n.readFontencs("any"));
// Complex options - math user defined symbols
mathSymbols = addComplexOption("math-symbol-map");
}
////////////////////////////////////////////////////////////////////////////
// VI. Provide methods to fill in the gaps in the supers read and write methods
protected void readInner(Element elm) {
if (elm.getTagName().equals("heading-map")) {
// Unlike other complex options, a heading map is completely replaced
headingMap.clear();
Node child = elm.getFirstChild();
while (child!=null) {
if (child.getNodeType()==Node.ELEMENT_NODE) {
Element childElm = (Element) child;
if (childElm.getTagName().equals("heading-level-map")) {
if (childElm.hasAttribute("writer-level")) {
Map<String,String> attr = new HashMap<String,String>();
attr.put("name",childElm.getAttribute("name"));
attr.put("level",childElm.getAttribute("level"));
headingMap.put(childElm.getAttribute("writer-level"), attr);
}
}
}
child = child.getNextSibling();
}
}
else if (elm.getTagName().equals("style-map")) {
String sName = elm.getAttribute("name");
String sFamily = elm.getAttribute("family");
if (sFamily.length()==0) { // try old name
sFamily = elm.getAttribute("class");
}
Map<String,String> attr = new HashMap<String,String>();
attr.put("before", elm.getAttribute("before"));
attr.put("after", elm.getAttribute("after"));
if ("paragraph".equals(sFamily)) {
if (elm.hasAttribute("line-break")) { attr.put("line-break", elm.getAttribute("line-break")); }
if (elm.hasAttribute("break-after")) { attr.put("break-after", elm.getAttribute("break-after")); }
if (elm.hasAttribute("verbatim")) { attr.put("verbatim", elm.getAttribute("verbatim")); }
parMap.put(sName, attr);
}
if ("paragraph-block".equals(sFamily)) {
attr.put("next", elm.getAttribute("next"));
if (elm.hasAttribute("verbatim")) { attr.put("verbatim", elm.getAttribute("verbatim")); }
parBlockMap.put(sName, attr);
}
else if ("list".equals(sFamily)) {
listMap.put(sName, attr);
}
else if ("listitem".equals(sFamily)) {
listItemMap.put(sName, attr);
}
else if ("text".equals(sFamily)) {
if (elm.hasAttribute("verbatim")) { attr.put("verbatim", elm.getAttribute("verbatim")); }
textMap.put(sName, attr);
}
else if ("text-attribute".equals(sFamily)) {
textAttrMap.put(sName, attr);
}
}
else if (elm.getTagName().equals("string-replace")) {
String sInput = elm.getAttribute("input");
Map<String,String> attributes = new HashMap<String,String>();
attributes.put("latex-code", elm.getAttribute("latex-code"));
attributes.put("fontenc", elm.getAttribute("fontenc"));
stringReplace.put(sInput,attributes);
}
else if (elm.getTagName().equals("math-symbol-map")) {
String sName = elm.getAttribute("name");
Map<String,String> attr = new HashMap<String,String>();
attr.put("latex", elm.getAttribute("latex"));
mathSymbols.put(sName, attr);
}
else if (elm.getTagName().equals("custom-preamble")) {
StringBuffer buf = new StringBuffer();
Node child = elm.getFirstChild();
while (child!=null) {
if (child.getNodeType()==Node.TEXT_NODE) {
buf.append(child.getNodeValue());
}
child = child.getNextSibling();
}
sCustomPreamble = buf.toString();
}
}
protected void writeInner(Document dom) {
// Write heading map
int nMaxLevel = 0;
while (nMaxLevel<10 && headingMap.get(Integer.toString(nMaxLevel+1))!=null) { nMaxLevel++; }
Element hmNode = dom.createElement("heading-map");
// This attribute is not used anymore, but we keep it for backwards compatibility
hmNode.setAttribute("max-level",Integer.toString(nMaxLevel));
dom.getDocumentElement().appendChild(hmNode);
for (int i=1; i<=nMaxLevel; i++) {
Element hlmNode = dom.createElement("heading-level-map");
String sWriterLevel = Integer.toString(i);
hlmNode.setAttribute("writer-level",sWriterLevel);
Map<String,String> attr = headingMap.get(sWriterLevel);
hlmNode.setAttribute("name",attr.get("name"));
hlmNode.setAttribute("level",attr.get("level"));
hmNode.appendChild(hlmNode);
}
// Write style maps
writeStyleMap(dom,parMap,"paragraph");
writeStyleMap(dom,parBlockMap,"paragraph-block");
writeStyleMap(dom,listMap,"list");
writeStyleMap(dom,listItemMap,"listitem");
writeStyleMap(dom,textMap,"text");
writeStyleMap(dom,textAttrMap,"text-attribute");
// Write string replace
Set<String> inputStrings = stringReplace.keySet();
for (String sInput : inputStrings) {
Map<String,String> attributes = stringReplace.get(sInput);
Element srNode = dom.createElement("string-replace");
srNode.setAttribute("input",sInput);
srNode.setAttribute("latex-code",attributes.get("latex-code"));
srNode.setAttribute("fontenc",attributes.get("fontenc"));
dom.getDocumentElement().appendChild(srNode);
}
// Write math symbol map
for (String sName : mathSymbols.keySet()) {
String sLatex = mathSymbols.get(sName).get("latex");
Element msNode = dom.createElement("math-symbol-map");
msNode.setAttribute("name",sName);
msNode.setAttribute("latex",sLatex);
dom.getDocumentElement().appendChild(msNode);
}
// Write custom preamble
Element cp = dom.createElement("custom-preamble");
cp.appendChild(dom.createTextNode( sCustomPreamble));
dom.getDocumentElement().appendChild(cp);
}
private void writeStyleMap(Document dom, ComplexOption co, String sFamily) {
for (String sName : co.keySet()) {
Map<String,String> attr = co.get(sName);
Element smNode = dom.createElement("style-map");
smNode.setAttribute("name",sName);
smNode.setAttribute("family",sFamily);
smNode.setAttribute("before",attr.containsKey("before") ? attr.get("before") : "");
smNode.setAttribute("after",attr.containsKey("after") ? attr.get("after") : "");
if (attr.containsKey("next")) {
smNode.setAttribute("next",attr.get("next"));
}
if (attr.containsKey("line-break")) {
smNode.setAttribute("line-break",attr.get("line-break"));
}
if (attr.containsKey("break-after")) {
smNode.setAttribute("break-after", attr.get("break-after"));
}
if (attr.containsKey("verbatim")) {
smNode.setAttribute("verbatim",attr.get("verbatim"));
}
dom.getDocumentElement().appendChild(smNode);
}
}
/////////////////////////////////////////////////////////////////////////
// VII. Convenience accessor methods
public HeadingMap getHeadingMap() {
int nMaxLevel = 0;
while (nMaxLevel<10 && headingMap.get(Integer.toString(nMaxLevel+1))!=null) { nMaxLevel++; }
HeadingMap map = new HeadingMap(nMaxLevel);
for (int i=1; i<=nMaxLevel; i++) {
String sWriterLevel = Integer.toString(i);
Map<String,String> attr = headingMap.get(sWriterLevel);
String sName = attr.get("name");
int nLevel = Misc.getPosInteger(attr.get("level"),0);
map.setLevelData(i, sName, nLevel);
}
return map;
}
// Get style maps
public StyleMap getParStyleMap() { return getStyleMap(parMap); }
public StyleMap getParBlockStyleMap() { return getStyleMap(parBlockMap); }
public StyleMap getListStyleMap() { return getStyleMap(listMap); }
public StyleMap getListItemStyleMap() { return getStyleMap(listItemMap); }
public StyleMap getTextAttributeStyleMap() { return getStyleMap(textAttrMap); }
public StyleMap getTextStyleMap() { return getStyleMap(textMap); }
private StyleMap getStyleMap(ComplexOption co) {
StyleMap map = new StyleMap();
for (String sName : co.keySet()) {
Map<String,String> attr = co.get(sName);
String sBefore = attr.containsKey("before") ? attr.get("before") : "";
String sAfter = attr.containsKey("after") ? attr.get("after") : "";
String sNext = attr.containsKey("next") ? attr.get("next") : "";
boolean bLineBreak = !"false".equals(attr.get("line-break"));
int nBreakAfter = StyleMapItem.PAR;
String sBreakAfter = attr.get("break-after");
if ("none".equals(sBreakAfter)) { nBreakAfter = StyleMapItem.NONE; }
else if ("line".equals(sBreakAfter)) { nBreakAfter = StyleMapItem.LINE; }
boolean bVerbatim = "true".equals(attr.get("verbatim"));
map.put(sName, sBefore, sAfter, sNext, bLineBreak, nBreakAfter, bVerbatim);
}
return map;
}
// Return current string replace as a trie
public ReplacementTrie getStringReplace() {
ReplacementTrie trie = new ReplacementTrie();
for (String sInput : stringReplace.keySet()) {
Map<String,String> attributes = stringReplace.get(sInput);
String sLaTeXCode = attributes.get("latex-code");
String sFontenc = attributes.get("fontenc");
trie.put(sInput,sLaTeXCode!=null ? sLaTeXCode : "",
ClassicI18n.readFontencs(sFontenc!=null ? sFontenc : "any"));
}
return trie;
}
// Get the math symbols as a simple Map
public Map<String, String> getMathSymbols() {
Map<String,String> map = new HashMap<String,String>();
for (String sName : mathSymbols.keySet()) {
String sLatex = mathSymbols.get(sName).get("latex");
map.put(sName, sLatex);
}
return map;
}
// Get the custom preamble
public String getCustomPreamble() { return sCustomPreamble; }
// Common options
public boolean debug() { return ((BooleanOption) options[DEBUG]).getValue(); }
// General options
public String getDocumentclass() { return options[DOCUMENTCLASS].getString(); }
public String getGlobalOptions() { return options[GLOBAL_OPTIONS].getString(); }
public int getBackend() { return ((IntegerOption) options[BACKEND]).getValue(); }
public int getInputencoding() { return ((IntegerOption) options[INPUTENCODING]).getValue(); }
public boolean multilingual() { return ((BooleanOption) options[MULTILINGUAL]).getValue(); }
public boolean greekMath() { return ((BooleanOption) options[GREEK_MATH]).getValue(); }
public boolean noPreamble() { return ((BooleanOption) options[NO_PREAMBLE]).getValue(); }
public boolean noIndex() { return ((BooleanOption) options[NO_INDEX]).getValue(); }
// Package options
public boolean useOoomath() { return ((BooleanOption) options[USE_OOOMATH]).getValue(); }
public boolean usePifont() { return ((BooleanOption) options[USE_PIFONT]).getValue(); }
public boolean useIfsym() { return ((BooleanOption) options[USE_IFSYM]).getValue(); }
public boolean useWasysym() { return ((BooleanOption) options[USE_WASYSYM]).getValue(); }
public boolean useBbding() { return ((BooleanOption) options[USE_BBDING]).getValue(); }
public boolean useEurosym() { return ((BooleanOption) options[USE_EUROSYM]).getValue(); }
public boolean useTipa() { return ((BooleanOption) options[USE_TIPA]).getValue(); }
public boolean useColor() { return ((BooleanOption) options[USE_COLOR]).getValue(); }
public boolean useColortbl() { return ((BooleanOption) options[USE_COLORTBL]).getValue(); }
public boolean useGeometry() { return ((BooleanOption) options[USE_GEOMETRY]).getValue(); }
public boolean useFancyhdr() { return ((BooleanOption) options[USE_FANCYHDR]).getValue(); }
public boolean useTitlesec() { return ((BooleanOption) options[USE_TITLESEC]).getValue(); }
public boolean useTitletoc() { return ((BooleanOption) options[USE_TITLETOC]).getValue(); }
public boolean useHyperref() { return ((BooleanOption) options[USE_HYPERREF]).getValue(); }
public boolean useCaption() { return ((BooleanOption) options[USE_CAPTION]).getValue(); }
public boolean useLongtable() { return ((BooleanOption) options[USE_LONGTABLE]).getValue(); }
public boolean useSupertabular() { return ((BooleanOption) options[USE_SUPERTABULAR]).getValue(); }
public boolean useTabulary() { return ((BooleanOption) options[USE_TABULARY]).getValue(); }
public boolean useEndnotes() { return ((BooleanOption) options[USE_ENDNOTES]).getValue(); }
public boolean useUlem() { return ((BooleanOption) options[USE_ULEM]).getValue(); }
public boolean useLastpage() { return ((BooleanOption) options[USE_LASTPAGE]).getValue(); }
public boolean useTitleref() { return ((BooleanOption) options[USE_TITLEREF]).getValue(); }
public boolean useOooref() { return ((BooleanOption) options[USE_OOOREF]).getValue(); }
public boolean useBibtex() { return ((BooleanOption) options[USE_BIBTEX]).getValue(); }
public String bibtexStyle() { return options[BIBTEX_STYLE].getString(); }
public String externalBibtexFiles() { return options[EXTERNAL_BIBTEX_FILES].getString(); }
public String zoteroBibtexFiles() { return options[ZOTERO_BIBTEX_FILES].getString(); }
public String jabrefBibtexFiles() { return options[JABREF_BIBTEX_FILES].getString(); }
public boolean includeOriginalCitations() { return ((BooleanOption) options[INCLUDE_ORIGINAL_CITATIONS]).getValue(); }
public boolean useNatbib() { return ((BooleanOption) options[USE_NATBIB]).getValue(); }
public String getNatbibOptions() { return options[NATBIB_OPTIONS].getString(); }
// Formatting options
public int formatting() { return ((IntegerOption) options[FORMATTING]).getValue(); }
public int pageFormatting() { return ((IntegerOption) options[PAGE_FORMATTING]).getValue(); }
public int otherStyles() { return ((IntegerOption) options[OTHER_STYLES]).getValue(); }
public int imageContent() { return ((IntegerOption) options[IMAGE_CONTENT]).getValue(); }
public int tableContent() { return ((IntegerOption) options[TABLE_CONTENT]).getValue(); }
public String getTableFirstHeadStyle() { return options[TABLE_FIRST_HEAD_STYLE].getString(); }
public String getTableHeadStyle() { return options[TABLE_HEAD_STYLE].getString(); }
public String getTableFootStyle() { return options[TABLE_FOOT_STYLE].getString(); }
public String getTableLastFootStyle() { return options[TABLE_LAST_FOOT_STYLE].getString(); }
public boolean ignoreHardPageBreaks() { return ((BooleanOption) options[IGNORE_HARD_PAGE_BREAKS]).getValue(); }
public boolean ignoreHardLineBreaks() { return ((BooleanOption) options[IGNORE_HARD_LINE_BREAKS]).getValue(); }
public boolean ignoreEmptyParagraphs() { return ((BooleanOption) options[IGNORE_EMPTY_PARAGRAPHS]).getValue(); }
public boolean ignoreDoubleSpaces() { return ((BooleanOption) options[IGNORE_DOUBLE_SPACES]).getValue(); }
// Graphics options
public boolean alignFrames() { return ((BooleanOption) options[ALIGN_FRAMES]).getValue(); }
public boolean floatFigures() { return ((BooleanOption) options[FLOAT_FIGURES]).getValue(); }
public boolean floatTables() { return ((BooleanOption) options[FLOAT_TABLES]).getValue(); }
public String getFloatOptions() { return options[FLOAT_OPTIONS].getString(); }
public String getFigureSequenceName() { return options[FIGURE_SEQUENCE_NAME].getString(); }
public String getTableSequenceName() { return options[TABLE_SEQUENCE_NAME].getString(); }
public String getImageOptions() { return options[IMAGE_OPTIONS].getString(); }
public boolean removeGraphicsExtension() { return ((BooleanOption) options[REMOVE_GRAPHICS_EXTENSION]).getValue(); }
public boolean originalImageSize() { return ((BooleanOption) options[ORIGINAL_IMAGE_SIZE]).getValue(); }
// Tables
public int getSimpleTableLimit() { return ((IntegerOption) options[SIMPLE_TABLE_LIMIT]).getValue(); }
// Notes
public int notes() { return ((IntegerOption) options[NOTES]).getValue(); }
public String getNotesCommand() { return options[NOTES].getString(); }
// Metadata
public boolean metadata() { return ((BooleanOption) options[METADATA]).getValue(); }
// Tab stops
public String getTabstop() { return options[TABSTOP].getString(); }
// Files
public int getWrapLinesAfter() { return ((IntegerOption) options[WRAP_LINES_AFTER]).getValue(); }
public boolean splitLinkedSections() { return ((BooleanOption) options[SPLIT_LINKED_SECTIONS]).getValue(); }
public boolean splitToplevelSections() { return ((BooleanOption) options[SPLIT_TOPLEVEL_SECTIONS]).getValue(); }
public boolean saveImagesInSubdir() { return ((BooleanOption) options[SAVE_IMAGES_IN_SUBDIR]).getValue(); }
}