public int normalizeStopTimesForPattern (int id, int beginWithSequence) throws SQLException {
        try {
            JDBCTableReader<PatternStop> patternStops = new JDBCTableReader(
                Table.PATTERN_STOP,
                dataSource,
                tablePrefix + ".",
                EntityPopulator.PATTERN_STOP
            );
            String patternId = getValueForId(id, "pattern_id", tablePrefix, Table.PATTERNS, connection);
            List<PatternStop> patternStopsToNormalize = new ArrayList<>();
            for (PatternStop patternStop : patternStops.getOrdered(patternId)) {
                // Update stop times for any pattern stop with matching stop sequence (or for all pattern stops if the list
                // is null).
                if (patternStop.stop_sequence >= beginWithSequence) {
                    patternStopsToNormalize.add(patternStop);
                }
            }
            int stopTimesUpdated = updateStopTimesForPatternStops(patternStopsToNormalize);
            connection.commit();
            return stopTimesUpdated;
        } catch (Exception e) {
            e.printStackTrace();
            throw e;
        } finally {
            DbUtils.closeQuietly(connection);
        }
    }
public int normalizeStopTimesForPattern (int id, int beginWithSequence) throws SQLException {
        try {
            JDBCTableReader<PatternStop> patternStops = new JDBCTableReader(
                Table.PATTERN_STOP,
                dataSource,
                tablePrefix + ".",
                EntityPopulator.PATTERN_STOP
            );
            String patternId = getValueForId(id, "pattern_id", tablePrefix, Table.PATTERNS, connection);
            List<PatternStop> patternStopsToNormalize = new ArrayList<>();
            for (PatternStop patternStop : patternStops.getOrdered(patternId)) {
                
                
                if (patternStop.stop_sequence >= beginWithSequence) {
                    patternStopsToNormalize.add(patternStop);
                }
            }
            int stopTimesUpdated = updateStopTimesForPatternStops(patternStopsToNormalize);
            connection.commit();
            return stopTimesUpdated;
        } catch (Exception e) {
            e.printStackTrace();
            throw e;
        } finally {
            DbUtils.closeQuietly(connection);
        }
    }
public int normalizeStopTimesForPattern ( int id , int beginWithSequence ) throws SQLException { try { JDBCTableReader < PatternStop > patternStops = new JDBCTableReader ( Table . PATTERN_STOP , dataSource , tablePrefix + "." , EntityPopulator . PATTERN_STOP ) ; String patternId = getValueForId ( id , "pattern_id" , tablePrefix , Table . PATTERNS , connection ) ; List < PatternStop > patternStopsToNormalize = new ArrayList <> ( ) ; for ( PatternStop patternStop : patternStops . getOrdered ( patternId ) ) { // Update stop times for any pattern stop with matching stop sequence (or for all pattern stops if the list // is null). if ( patternStop . stop_sequence >= beginWithSequence ) { patternStopsToNormalize . add ( patternStop ) ; } } int stopTimesUpdated = updateStopTimesForPatternStops ( patternStopsToNormalize ) ; connection . commit ( ) ; return stopTimesUpdated ; } catch ( Exception e ) { e . printStackTrace ( ) ; throw e ; } finally { DbUtils . closeQuietly ( connection ) ; } }
For a given pattern id and starting stop sequence (inclusive), normalize all stop times to match the pattern
stops' travel times.
@return number of stop times updated
For a given pattern id and starting stop sequence ( inclusive ) normalize all stop times to match the pattern stops travel times .