Examples of fi.celia.asciimath.JAsciiMath

fi.celia.asciimath.JAsciiMath
This class is for to modify asciimath sentences after 3 rules. These 3 rules says, how an asciimath sentence contains words, aka reserved words or or special characters must be replaced into another word or character, or add or remove space, how to show numbers etc. These rules values are readed from a config file (.properties).
Above changes are done by with regular expressions, and by calling method: string.replaceAll(...,...). Before changing searched expressions, the class is replacing "not-replace words" (cnstNOTThiswords) with special (cnstDontModify) word before an until actual replace process is starting. An example: search word: int, with also has a do-not-change value: int_, then a word "int_" will be replaced "x__JAsciiMath_DontModifyconst__x" (cnstDontModify) untill int words has been changed. And then actual replace int value will be done, at last x__JAsciiMath_DontModifyconst__x strings are replaced back into int_ etc. By using this kind of special mark strings, all ready replaced or changed words are marked: "do-not-change-this-any-more" or "do-not-change-this-on-this-time". After all changes these kind of special marked strings are removed from modified text. Only actual modified characters and strings will be remained and a text will returned.
(c) Copyright 2010 Celia, wwww.celia.fi published as open source, license xxx
@author tkassila, Tuomas Kassila

      // to be sure, that browser execution will be successfulll: 
      // " xxx " / " sddd " => will be changed into  (" xxx ") / (" sddd ")
      // " xxx " => (" xxx ") etc
      boolean bAddBrowserStrikes = true;
      // create asciimath variable
        JAsciiMath jAsciiMath = new JAsciiMath(jasciiMathPropertyFileName, 
            bCheckStrikeErrors, p_bCorrectStrikeErrors, bAddBrowserStrikes);
  
      //CollectAsciiMathBlocks asciimathBlocks = new CollectAsciiMathBlocks(jAsciiMath);
      // dtbook = acutual input file
      File file = new File(dtbookFileName);
      
      String inputText = readFileData(file, charsetName);
      
      // skip possible error data of beginning of the input file (binary characters), like: ?>> 
      int ind = inputText.indexOf("<?xml");
      if (ind > -1) // fix a possible bug: ï»¿<?xml ....
        inputText = inputText.substring(ind);
      
      // tell which is input data
      m_strDtbookData = inputText;
      jAsciiMath.setInputData(inputText);
      jAsciiMath.replaceAsciiMathBlocks();
        // create collector of asciimath data blocks (calculus etc)
        CollectAsciiMathBlocks pamb = new CollectAsciiMathBlocks(jAsciiMath,
                                bCheckStrikeErrors,
                                p_bCorrectStrikeErrors);    
        //pamb.printAllAsciiMathBloks sb.toString();


        try {
          // collect asciimath data with the collector 
          //AsciiMathBlockValue [] arrAMBlock = pamb.getAllAsciiMathBlocks();
          AsciiMathBlockValue [] arrAMBlock = jAsciiMath.getArrayOfAsciiMathBlocks();
          if (arrAMBlock == null)
            throw new DtbookAsciiMathException("Not founded any asciimath-blocks!");


          String inputAsciiMathText;

View Full Code Here

       m.appendTail(sb);
       System.out.println(sb.toString());
       */
      boolean bCorrectStrikeErrors = false;
      boolean bCheckStrikeErrors = true;
      JAsciiMath jAsciiMath = new JAsciiMath("dtbookasciimath.properties", 
          bCheckStrikeErrors, bCorrectStrikeErrors, false);
      jAsciiMath.setConvertHtmlChars(false);
      
      /*
           if (strModifiedMathData == null || markValue == null | start < 0 || end < 0)
      return -1; // = false
    
    int len = strModifiedMathData.length();
    if (len < 1)
      return -1; // = false


    if (start > len)
      return -1; // = false
    if (end > len)
      return -1; // = false


    int markLength = markValue.length();    
    int indStartMark = start - markLength;
    if (indStartMark < 0)
      indStartMark = 0;
    int indEndMark = end + markLength;
    if (indEndMark > len)
      indEndMark = len;
    String strPossibleMarkValue = strModifiedMathData.substring(indStartMark, indEndMark);
    if (strPossibleMarkValue == null || strPossibleMarkValue.trim().length() == 0)
      return -1;
    int indFoundMarkValue = strPossibleMarkValue.indexOf(markValue);
    if (indFoundMarkValue == -1)
      return -1;
    
    return (start +indFoundMarkValue);


       "x_JAsciiMath_DontModifyconst__begin";
       */
      /* String strModifiedMathData, String markValue, int start, int end */
      String strToken = null;
      String strModifiedMathData = "" +JAsciiMath.cnstDontModifyBegin;
      String markValue = "__";
      int start = strModifiedMathData.indexOf(JAsciiMath.cnstDontModifyBegin);
      int end = start + JAsciiMath.cnstDontModifyBegin.length();
      int ret = jAsciiMath.getMarkValueIndexNearOfFoundToken(strModifiedMathData,
                                  markValue,  start, end);
      if (ret != strModifiedMathData.indexOf(markValue))
      {
        System.err.println("Testi ajo 7 ei ok!!");
      }        
      else
        System.out.println("Testi ajo ok 7.");


      strModifiedMathData = "dffks kdfsdk_" +JAsciiMath.cnstDontModifyBegin;
      markValue = JAsciiMath.cnstDontModifyBegin;
      strToken = "_x_";
      start = strModifiedMathData.indexOf(JAsciiMath.cnstDontModifyBegin);
      end = start + JAsciiMath.cnstDontModifyBegin.length();
      ret = jAsciiMath.getMarkValueIndexNearOfFoundToken(strModifiedMathData,
                                  markValue,  start, end);
      if (ret != strModifiedMathData.indexOf(markValue))
      {
        System.err.println("Testi ajo 8 ei ok!!");
      }        
      else
        System.out.println("Testi ajo ok 8.");
      
      /*
       String markValue, 
      String strToken, String strModifiedMathData, int start, int end
       */
      boolean retBoolean = jAsciiMath.getPossibleModificationOfMarkWord(markValue,  
          strToken, strModifiedMathData, start, end);
      if (!retBoolean)
      {
        System.err.println("Testi ajo 9 ei ok!!");
      }        
      else
        System.out.println("Testi ajo ok 9.");
      
      boolean success = true;
      String strInputData = "<span class=\"asciimath2\">dataa</span>";
      jAsciiMath.setInputData(strInputData);
      boolean bConvertAsciiMathDataWithSpaceRules = true;
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      String srtOutPut = jAsciiMath.getOutputData();
      if (srtOutPut != null && !jAsciiMath.getOutputData().equals(strInputData))
      {
        success = false;
        System.err.println("Testi ajo 0 ei ok!!");
      }        
      else
        System.out.println("Testi ajo ok 0.");
    
      strInputData = "<span class=\"asciimath\">`dataa �`</span>";
      jAsciiMath.setInputData(strInputData);
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      if (!jAsciiMath.getOutputData().equals(strInputData))
      {
        success = false;
        System.err.println("Testi ajo 1 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
        System.out.println("Testi ajo ok 1.");


      System.out.flush();
      System.out.println("");
      
      strInputData = 
      "<span class=\"asciimath\">`dataa �`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      jAsciiMath.setInputData(strInputData);
      
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      if (!jAsciiMath.getOutputData().equals(strInputData))
      {
        success = false;
        System.err.println("Testi ajo 2 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
        System.out.println("Testi ajo ok 2.");


      System.out.flush();
      System.out.println("");
      
      String strInputDataAsciiMath = "|>|>|>|<|<|<=|<=|>=|>=|sin|cos|tan|cot|sec|int|int_|ln|test_substring()|test_substring|";
      strInputData = "<span class=\"asciimath\">`" 
        + JAsciiMath.getChangeNormalCharactersIntoLTAndGTHtmlCharacters(strInputDataAsciiMath)
        + "`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      String alkup_input = "<span class=\"asciimath\">" 
        + JAsciiMath.getChangeLTAndGTHtmlCharactersIntoNormalCharacters(JAsciiMath.getChangeNormalCharactersIntoLTAndGTHtmlCharacters(strInputDataAsciiMath))
        + "</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";


      jAsciiMath.setInputData(strInputData);      
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      String strCompare = "<span class=\"asciimath\">`| > | > | > | < | < | <= | <= | >= | >= | sin | cos | tan | cot | sec | int |int_| ln | test_substring() |test_substring|`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";      
      if (!jAsciiMath.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 3 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 3.");
        System.out.println("strInputData   ='" +strInputData+"'");
        System.out.println("looginen syöttö='" +alkup_input+"'");        
        System.out.println("  strCompare   ='" +strCompare+"'");
        System.out.println("      output   ='" +jAsciiMath.getOutputData()+"'");        
      }


      System.out.flush();
      System.out.println("");


      strInputData = 
        "<span class=\"asciimath\">`|)|(|>|-|+|=|!=|~~|*|(|test_substring| # |`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      jAsciiMath.setInputData(strInputData);
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      strCompare = "<span class=\"asciimath\">`| )|( | > | -| +| =| !=| ~~| *|( |test_substring|#|`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      if (!jAsciiMath.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 4 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 4.");
        System.out.println("strInputData='" +strInputData+"'");
        System.out.println("  strCompare='" +strCompare+"'");
        System.out.println("      output='" +jAsciiMath.getOutputData()+"'");
      }    


      System.out.flush();
      System.out.println("");


      strInputData = 
        "<span class=\"asciimath\">`test_substring| .202 |1.222/1..222 1999. 123.22 1000`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      jAsciiMath.setInputData(strInputData);
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(false);
      jAsciiMath.setConvertAsciiMathDataCommaRule(true);
      jAsciiMath.replaceAsciiMathBlocks();
      strCompare = "<span class=\"asciimath\">`test_substring| .202 |1,222/1..222 1999. 123,22 1000`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      if (!jAsciiMath.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 5 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 5.");
        System.out.println("strInputData='" +strInputData+"'");
        System.out.println("  strCompare='" +strCompare+"'");
        System.out.println("      output='" +jAsciiMath.getOutputData()+"'");
      }


      System.out.flush();
      System.out.println("");


      strInputData = 
        "<span class=\"asciimath\">`test_substring| Iraq 11 > Ira>q 12 ,2 0,22 1222,2 11111 1.222,2 333.1222,2 444.1222,2 111111 32.22.222.22.222222.2,0 > Irqa Qrai IraQ`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      jAsciiMath.setInputData(strInputData);
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(false);
      jAsciiMath.setConvertAsciiMathDataCommaRule(false);
      jAsciiMath.setConvertAsciiMathDataThousndNumberRule(true);
      jAsciiMath.replaceAsciiMathBlocks();
      strCompare = "<span class=\"asciimath\">`test_substring| Iraq 11 > Ira>q 12 ,2 0,22 1.222,2 11.111 1.222,2 3.331.222,2 4.441.222,2 111.111 3.222.222.222.222.222,0 > Irqa Qrai IraQ`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      if (!jAsciiMath.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 6 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 6.");
        System.out.println("strInputData='" +strInputData+"'");
        System.out.println("  strCompare='" +strCompare+"'");
        System.out.println("      output='" +jAsciiMath.getOutputData()+"'");
      }


      System.out.flush();
      System.out.println("");


      strInputDataAsciiMath = "|\">\"|\">\"|\">\"|\"<\"|\"<\"|\"<=\"|\"<=\"|\">=\"|\">=\"|\"sin\"|\"cos\"|\"tan\"|\"cot\"|\"sec\"|\"int\"|\"int_\"|\"ln\"|\"test_substring()\"|\"test_substring\"|";
      strInputData = "<span class=\"asciimath\">`" 
        + JAsciiMath.getChangeNormalCharactersIntoLTAndGTHtmlCharacters(strInputDataAsciiMath)
        + "`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      alkup_input = "<span class=\"asciimath\">`" 
        + JAsciiMath.getChangeLTAndGTHtmlCharactersIntoNormalCharacters(JAsciiMath.getChangeNormalCharactersIntoLTAndGTHtmlCharacters(strInputDataAsciiMath))
        + "`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";


      jAsciiMath.setInputData(strInputData);      
      jAsciiMath.setConvertAsciiMathDataWithSpaceRules(bConvertAsciiMathDataWithSpaceRules);
      jAsciiMath.replaceAsciiMathBlocks();
      strCompare = "<span class=\"asciimath\">`|\">\"|\">\"|\">\"|\"<\"|\"<\"|\"<=\"|\"<=\"|\">=\"|\">=\"|\"sin\"|\"cos\"|\"tan\"|\"cot\"|\"sec\"|\"int\"|\"int_\"|\"ln\"|\"test_substring()\"|\"test_substring\"|`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";      
      if (!jAsciiMath.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 7.1 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 7.1");
        System.out.println("strInputData   ='" +strInputData+"'");
        System.out.println("looginen syöttö='" +alkup_input+"'");        
        System.out.println("  strCompare   ='" +strCompare+"'");
        System.out.println("      output   ='" +jAsciiMath.getOutputData()+"'");        
      }


      System.out.flush();
      System.out.println("");


      JAsciiMath jAsciiMath2 = new JAsciiMath("dtbookasciimath.properties", 
          bCheckStrikeErrors, bCorrectStrikeErrors, true);
      jAsciiMath2.setConvertHtmlChars(false);


      strInputData = 
        "<span class=\"asciimath\">`|)|(\"|)|(\"|)|(\"|)|(\"`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      jAsciiMath2.setInputData(strInputData);
      jAsciiMath2.setConvertAsciiMathDataWithSpaceRules(true);
      jAsciiMath2.setConvertAsciiMathDataCommaRule(true);
      jAsciiMath2.replaceAsciiMathBlocks();
      strCompare = "<span class=\"asciimath\">`| )|( \"|)|(\"| )|( \"|)|(\" )`</span> <span class=\"asciimath2\">`dataa �2`</span> <span class=\"asciimath\">`dataa �3`</span> <b/>";
      if (!jAsciiMath2.getOutputData().equals(strCompare))
      {
        success = false;
        System.err.println("Testi ajo 8 ei ok!!");
        System.err.println("strInputData='" +strInputData+"'");
        System.err.println("  strCompare='" +strCompare+"'");
        System.err.println("      output='" +jAsciiMath2.getOutputData()+"'");
      }
      else
      {
        System.out.println("Testi ajo ok 8.");
        System.out.println("strInputData='" +strInputData+"'");
        System.out.println("  strCompare='" +strCompare+"'");
        System.out.println("      output='" +jAsciiMath2.getOutputData()+"'");
      }




      boolean bAddBrowserStrikes = false;
      System.out.println();

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Related Classes of fi.celia.asciimath.JAsciiMath

fi.celia.asciimath.test.TestJAsciiMath

fi.celia.asciimath.xml.AsciiMathXml

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java.io.File

java.io.FileReader

java.util.Properties

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