Use of grouping in BICMD

I tried to implement bubble sort in BICMD by phoenetic string comparison turned out not to be supported 
But for my use case a method to group a 2D array of string by first key would do fine

/*  ----------------------------------------------------------------
    Peter Lykkegaard, 25 Oct 2025
    -----------------------------
    Name: groupByArray
    Description
        This code processes a 2D array "pvData$[][]" by grouping rows based on the value in the first column.
        It avoids reprocessing rows by marking them as "found" in "lvProcessedRows$[]".
        The grouped rows are stored in "lvGroupedData$[][]", preserving all column data.
        The algorithm uses nested loops to compare and group rows with matching keys.
    Parameters
        pvData$[][]	   - 2D array which should be grouped
    Output
        $[][]                     - 2D array grouped by keyword
    -------------------------------------------------------------- */

local 
    lvTotalRows%,         // Total number of rows in pvData$
    lvColumnIndex%,       // Index for iterating through columns
    lvNewRowIndex%,       // Index for inserting into lvGroupedData$
	lvKeyIndex%,          // Index for keyword for grouping	  
    lvTotalColumns%,      // Total number of columns in pvData$
    lvCurrentRow%,        // Current row being processed
    lvCurrentKey$,        // Key value from the first column of the current row
    lvCheckRow%,          // Row index used to check for matching keys
    lvProcessedRows$[],   // Array to track which rows have been processed
    lvGroupedData$[][],   // Output array to store grouped rows
    lvFound$;             // Marker string to indicate a row has been processed

copy 0 to lvKeyIndex%;
copy 0 to lvCurrentRow%;
copy 0 to lvNewRowIndex%;
copy "found" to lvFound$;

// Number of rows
copy getSize(pvData$) to lvTotalRows%;
// Depth / number of columns
copy getSize(pvData$[1]) to lvTotalColumns%;

// Outer loop: iterate through the array
for lvCurrentRow% = 0 to lvTotalRows% - 1    
    if (lvProcessedRows$[lvCurrentRow%] &!= lvFound$)
        copy pvData$[lvCurrentRow%][lvKeyIndex%] to lvCurrentKey$;
        
        // Inner loop: check all rows from current to end for matching keys        
        for lvCheckRow% = lvCurrentRow% to lvTotalRows% - 1
		
            if (pvData$[lvCheckRow%][lvKeyIndex%] &= lvCurrentKey$)

				traceln("lvCurrentKey: " & lvCurrentKey$);
			
                for lvColumnIndex% = 0 TO lvTotalColumns% - 1
                    copy pvData$[lvCheckRow%][lvColumnIndex%] to lvGroupedData$[lvNewRowIndex%][lvColumnIndex%];
                next
				
                // Mark the row as processed and increment the index 
                // to examine the next row for grouping
                copy lvFound$ to lvProcessedRows$[lvCheckRow%];
                copy lvNewRowIndex% + 1 to lvNewRowIndex%;
                
            endif
        next
    endif
next

// return array grouped by first given key
exitProc(lvGroupedData$);

Easily converted to NET 9 C# 12 using CoPilot / ChatGPT5, use what data content you'd prefer and run some iterations in a Console App to check program flow

Use scripts variables in inline Java code

For mappings created in the Business Integration Converter (BIC) at times you need local or global procedures following the DRY principles in coding (Don't repeat yourself)
Maybe you need to enhance the BIC script by adding some inline Java code like shown in eg the unescapeHTML  procedure found on these pages

It can be parameters in procedure signature or local variables, in the unescapeHTML procedure we can find this code

// Procedure parameter used in java code
String source = _StrVar_PSOURCE.getString();

You can find a lot of examples of this style of Java code in your build folders, in <source>\<project>\build\test\com\seeburger\jucon\mapping you can examine the Java files from your recent build

An example

// Java code example assigning an IDOC numer to a numeric variable
_NumVar_IDOC_NUMBER.setNum(stdin.getField("THIS:DOCNUM"));

Another small example which uses Java variables described is the getUUID method

You can find some examples on this site: Methods using inline Java

 

 

 

 

 

zeroFill

An utility to add leading zeros up to given length to a numeric string 
Please note Alphanumeric string will be left untouched

A procedure to use in Seeburger BIC Mapping Designer
It will extend your library for string handling

/*  -----------------------------
    Peter Lykkegaard, 22 mar 2019
    -----------------------------   
	Method
	   zeroFill
	Parameters
	   value$: String to prefix with zeros
	   Num%: Number of characters, length of string after prefixzing
	Returns
	   $
	Description
	   If the parameter value is a numeric value and 
	   the length of the string does not exceed length of the value
   */

   if (isNumeric(value$) && len(value$) < num%)
       copy lfill(value$, "0", num%) to value$;
   endif

   exitProc(value$);

 

Split text on right most space before limit is reached

Split text on right most space before limit is reached
Use to split text on several lines in receiving document, eg edifact LIN-IMD-C273 has several 7008 text element

//    -----------------------------
//    Peter Lykkegaard, 22 mar 2019
//    -----------------------------
//    Split long note on right most space before limit is reached
//    TODO! Check parameters if they are of valid type/content
//
//    Name: splitNoteBySpace
//    Description: Method to split a given string by latest space before length limit
//    Parameters
//        input$, alphanumerical / String which needs to be split
//        max$, alphanumerical / Max characters on each line
//    Output, alphanumeric / array / Array of strings to return
 
local lvOutput$[];

#importJavaStart
    import java.util.regex.Matcher;
    import java.util.regex.Pattern;
#importJavaEnd
 
#javastart

    String input = _StrVar_PINPUT.getString();
    int max = (int)_NumVar_PMAX.getNum();
    int len = input.length();
    
    String regex = "(.{1," + max + "})(?:\\s|$)";
 
    Pattern pattern = Pattern.compile(regex, Pattern.MULTILINE);
    Matcher matcher = pattern.matcher(input);
    
    _StrVar_LVOUTPUT.getJuVar(0, 2).setString(input);

    if (len > max)
    {
        int idx = 0;     // Entries in output   
        while (matcher.find()) {
            for (int i = 1; i <= matcher.groupCount(); i++) {
                _StrVar_LVOUTPUT.getJuVar(idx, 2).setString(matcher.group(i).toString());
            }
            idx++;
        }
    }
#javaEnd
     
exitProc(lvOutput$);

 

unescapeHTML

An utility to decode or unescape HTML characters in XML (EDI) documents

This is a procedure to use in Seeburger BIC Mapping Designer
It will extend your library for string handling

/*  -----------------------------
    Peter Lykkegaard, 25 apr 2023
    -----------------------------
    procedure unescapeHTML

    Parameters:
        Source / String, alphanumeric
    Output
        String, alphanumericString

    Adapted from How to Unescape HTML in Java using Plain Java
    https://howtodoinjava.com/java/string/unescape-html-to-string/
    ----------------------------- */

local lvOutput$;

#importJavaStart
    import java.util.HashMap;
#importJavaEnd

// Save source in case changes are not needed
copy pSource$ to lvOutput$;

// Check for any ampersand / & character
if (containsSubstring(pSource$, "&") != 0)

    if (containsSubstring(pSource$, "&") != 0)
        // HTML decode ampersand / &
        copy replaceAll(pSource$, "&", "&") to pSource$;
    endif
    
#javastart

    int i, j;

    boolean continueLoop;
    int skip = 0;

    HashMap<String, String> htmlEntities = new HashMap<String, String>();

    htmlEntities.put("<", "<");
    htmlEntities.put(">", ">");
    htmlEntities.put("&", "&");
    htmlEntities.put(""", "\"");
    htmlEntities.put(" ", " ");
    htmlEntities.put("©", "\u00a9");
    htmlEntities.put("®", "\u00ae");
    htmlEntities.put("€", "\u20a0");

    htmlEntities.put("Å", "Å");
    htmlEntities.put("Æ", "Æ");
    htmlEntities.put("Ø", "Ø");

    htmlEntities.put("å", "å");
    htmlEntities.put("æ", "æ");
    htmlEntities.put("ø", "ø");

    String source = _StrVar_PSOURCE.getString();

    do {
        continueLoop = false;
        i = source.indexOf("&", skip);
        if (i > -1) {
            j = source.indexOf(";", i);
            if (j > i) {
                String entityToLookFor = source.substring(i, j + 1);
                String value = (String) htmlEntities.get(entityToLookFor);
                if (value != null) {
                    source = source.substring(0, i) + value + source.substring(j + 1);
                    continueLoop = true;
                } else if (value == null) {
                skip = i + 1;
            continueLoop = true;
          }
        }
      }
    } while (continueLoop);

    _StrVar_LVOUTPUT.setString(source);

#javaend

endif
   
exitProc(lvOutput$);