Examples of java.util.regex.Matcher.replaceFirst()

java.util.regex.Matcher.replaceFirst()
Replaces the first subsequence of the input sequence that matches the pattern with the given replacement string.
This method first resets this matcher. It then scans the input sequence looking for a match of the pattern. Characters that are not part of the match are appended directly to the result string; the match is replaced in the result by the replacement string. The replacement string may contain references to captured subsequences as in the {@link #appendReplacement appendReplacement} method.
Note that backslashes (\) and dollar signs ($) in the replacement string may cause the results to be different than if it were being treated as a literal replacement string. Dollar signs may be treated as references to captured subsequences as described above, and backslashes are used to escape literal characters in the replacement string.
Given the regular expression dog, the input "zzzdogzzzdogzzz", and the replacement string "cat", an invocation of this method on a matcher for that expression would yield the string "zzzcatzzzdogzzz".

Invoking this method changes this matcher's state. If the matcher is to be used in further matching operations then it should first be reset.
@param replacement The replacement string @return The string constructed by replacing the first matchingsubsequence by the replacement string, substituting captured subsequences as needed

        if (m.find()) {
            //field.put("SLPNO", "yes");
            //unit.put("SLPNO", "");
            field.put("Sea_Level_Pressure_available", "No");
            unit.put("Sea_Level_Pressure_available", "");            
            remark = m.replaceFirst(" ");
        }


        //if( s# SLP\s?(\d3)\s+## )
        m = MP.SLP.matcher(remark);
        if (m.find()) {

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            } else {
                // $SLP =  $1 / 10. + 1000. ;
                field.put("Sea_Level_Pressure", Double.toString(Float.parseFloat(m.group(1)) * 0.1 + 1000));
            }
            unit.put("Sea_Level_Pressure", "hectopascal");
            remark = m.replaceFirst(" ");
        }
        //  check if no more info in report
        if (MP.spaces.matcher(remark).matches()) {
            return true;
        }

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        //  $PRECIP_hourly = $1 / 100 if( s#P ?(\d1,5)\s+## ) ;
        m = MP.hourly_precip.matcher(remark);
        if (m.find()) {
            field.put("Hourly_Precipitation", Double.toString(Float.parseFloat(m.group(1)) * .01));
            unit.put("Hourly_Precipitation", "inches");
            remark = m.replaceFirst(" ");
        }


        //  check if no more info in report
        if (MP.spaces.matcher(remark).matches()) {
            return true;

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        if (m.find()) {
            //field.put("PWINO", "");
            //unit.put("PWINO", "");
            field.put("PRECIP_sensor_working", "No");
            unit.put("PRECIP_sensor_working", "");
            remark = m.replaceFirst(" ");
        }


        //  check if no more info in report
        if (MP.spaces.matcher(remark).matches()) {
            return true;

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        if (m.find()) {
            //field.put("TSNO", "yes");
            //unit.put("TSNO", "");
            field.put("Lightning_sensor_working", "No");
            unit.put("Lightning_sensor_working", "");
            remark = m.replaceFirst(" ");
        }


        //  check if no more info in report
        if (MP.spaces.matcher(remark).matches()) {
            return true;

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        //  if( s#(TORNADO\w0,2|WATERSPOUTS*|FUNNEL CLOUDS*)\s+## )
        m = MP.tornado.matcher(remark);
        if (m.find()) {
            field.put("TornadicType", m.group(1));
            unit.put("TornadicType", "");
            remark = m.replaceFirst(" ");
            // if( s#(B|E)(\d\d)(\d\d)?\s+## )
            m = MP.tornadoTime.matcher(remark);
            if (m.find()) {
                String time;
                String units;

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                     // $ETornadic_hh = $2 ;
                     //   $ETornadic_mm = $3 if( defined( $3 ) ) ;
                    field.put("End_Tornado", time);
                    unit.put("End_Tornado", units);
                }
                remark = m.replaceFirst(" ");
            }
            // $TornadicLOC = padstr( $1, 10 )
            //   if( s#^(DSNT|VCY STN|VC STN|VCY|VC)\s+## ) ;
            m = MP.tornadoLocation.matcher(remark);
            if (m.find()) {

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            //   if( s#^(DSNT|VCY STN|VC STN|VCY|VC)\s+## ) ;
            m = MP.tornadoLocation.matcher(remark);
            if (m.find()) {
                field.put("Tornado_Location", m.group(1));
                unit.put("Tornado_Location", "");
                remark = m.replaceFirst(" ");
            }


             // $TornadicDIR = padstr( $1, 2 )
            //  if( s#^(NE|NW|SE|SW|N|S|E|W)\s+## ) ;
            m = MP.tornadoDirection.matcher(remark);

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            //  if( s#^(NE|NW|SE|SW|N|S|E|W)\s+## ) ;
            m = MP.tornadoDirection.matcher(remark);
            if (m.find()) {
                field.put("Tornado_Direction", m.group(1));
                unit.put("Tornado_Direction", "");
                remark = m.replaceFirst(" ");
            }
        } // end tornado


        //   get Peak winds
        //  if( s#PK WND (\d3)(\d1,3)/(\d\d)?(\d\d)\s+## )

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                 time = m.group(3) + m.group(4);
                 units = "hhmm";
            }
            field.put("Peak_Wind_Time", time );
            unit.put("Peak_Wind_Time", units );
            remark = m.replaceFirst(" ");
        }


        //   get Wind shift
        //  if( s#WSHFT (\d\d)?(\d\d)\s+## )
        m = MP.windShift.matcher(remark);

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