Example usage for org.apache.commons.lang3 StringUtils repeat

List of usage examples for org.apache.commons.lang3 StringUtils repeat

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Introduction

In this page you can find the example usage for org.apache.commons.lang3 StringUtils repeat.

Prototype

public static String repeat(final char ch, final int repeat)

Source Link

Document

<p>Returns padding using the specified delimiter repeated to a given length.</p> <pre> StringUtils.repeat('e', 0) = "" StringUtils.repeat('e', 3) = "eee" StringUtils.repeat('e', -2) = "" </pre> <p>Note: this method doesn't not support padding with <a href="http://www.unicode.org/glossary/#supplementary_character">Unicode Supplementary Characters</a> as they require a pair of char s to be represented.

Usage

From source file:org.ohdsi.webapi.service.FeasibilityService.java

private String getInclusionRuleTreemapData(int id, int inclusionRuleCount, Source source) {
    String resultsTableQualifier = source.getTableQualifier(SourceDaimon.DaimonType.Results);
    String smulationResultsQuery = String.format(
            "select inclusion_rule_mask, person_count from %s.feas_study_result where study_id = %d",
            resultsTableQualifier, id);/* ww  w.java2s .c  om*/
    String translatedSql = SqlTranslate.translateSql(smulationResultsQuery, "sql server",
            source.getSourceDialect(), SessionUtils.sessionId(), resultsTableQualifier);

    // [0] is the inclusion rule bitmask, [1] is the count of the match
    List<Long[]> items = this.getSourceJdbcTemplate(source).query(translatedSql, simulationResultItemMapper);
    Map<Integer, List<Long[]>> groups = new HashMap<>();
    for (Long[] item : items) {
        int bitsSet = countSetBits(item[0]);
        if (!groups.containsKey(bitsSet)) {
            groups.put(bitsSet, new ArrayList<Long[]>());
        }
        groups.get(bitsSet).add(item);
    }

    StringBuilder treemapData = new StringBuilder("{\"name\" : \"Everyone\", \"children\" : [");

    List<Integer> groupKeys = new ArrayList<Integer>(groups.keySet());
    Collections.sort(groupKeys);
    Collections.reverse(groupKeys);

    int groupCount = 0;
    // create a nested treemap data where more matches (more bits set in string) appear higher in the hierarchy)
    for (Integer groupKey : groupKeys) {
        if (groupCount > 0) {
            treemapData.append(",");
        }

        treemapData.append(String.format("{\"name\" : \"Group %d\", \"children\" : [", groupKey));

        int groupItemCount = 0;
        for (Long[] groupItem : groups.get(groupKey)) {
            if (groupItemCount > 0) {
                treemapData.append(",");
            }

            //sb_treemap.Append("{\"name\": \"" + cohort_identifer + "\", \"size\": " + cohorts[cohort_identifer].ToString() + "}");
            treemapData.append(String.format("{\"name\": \"%s\", \"size\": %d}",
                    formatBitMask(groupItem[0], inclusionRuleCount), groupItem[1]));
            groupItemCount++;
        }
        groupCount++;
    }

    treemapData.append(StringUtils.repeat("]}", groupCount + 1));

    return treemapData.toString();
}

From source file:org.ohdsi.webapi.service.IRAnalysisService.java

private String getStrataTreemapData(int analysisId, int targetId, int outcomeId, int inclusionRuleCount,
        Source source) {//  w ww .  jav  a2 s  . c om
    String resultsTableQualifier = source.getTableQualifier(SourceDaimon.DaimonType.Results);
    String analysisResultsQuery = String.format(
            "select strata_mask, person_count, time_at_risk, cases from %s.ir_analysis_result where analysis_id = %d and target_id = %d and outcome_id = %d",
            resultsTableQualifier, analysisId, targetId, outcomeId);
    String translatedSql = SqlTranslate.translateSql(analysisResultsQuery, "sql server",
            source.getSourceDialect(), SessionUtils.sessionId(), resultsTableQualifier);

    // [0] is the inclusion rule bitmask, [1] is the count of the match
    List<StratifyReportItem> items = this.getSourceJdbcTemplate(source).query(translatedSql,
            stratifyResultsMapper);
    Map<Integer, List<StratifyReportItem>> groups = new HashMap<>();
    for (StratifyReportItem item : items) {
        int bitsSet = countSetBits(item.bits);
        if (!groups.containsKey(bitsSet)) {
            groups.put(bitsSet, new ArrayList<StratifyReportItem>());
        }
        groups.get(bitsSet).add(item);
    }

    StringBuilder treemapData = new StringBuilder("{\"name\" : \"Everyone\", \"children\" : [");

    List<Integer> groupKeys = new ArrayList<>(groups.keySet());
    Collections.sort(groupKeys);
    Collections.reverse(groupKeys);

    int groupCount = 0;
    // create a nested treemap data where more matches (more bits set in string) appear higher in the hierarchy)
    for (Integer groupKey : groupKeys) {
        if (groupCount > 0) {
            treemapData.append(",");
        }

        treemapData.append(String.format("{\"name\" : \"Group %d\", \"children\" : [", groupKey));

        int groupItemCount = 0;
        for (StratifyReportItem groupItem : groups.get(groupKey)) {
            if (groupItemCount > 0) {
                treemapData.append(",");
            }

            //sb_treemap.Append("{\"name\": \"" + cohort_identifer + "\", \"size\": " + cohorts[cohort_identifer].ToString() + "}");
            treemapData.append(
                    String.format("{\"name\": \"%s\", \"size\": %d, \"cases\": %d, \"timeAtRisk\": %d }",
                            formatBitMask(groupItem.bits, inclusionRuleCount), groupItem.totalPersons,
                            groupItem.cases, groupItem.timeAtRisk));
            groupItemCount++;
        }
        groupCount++;
    }

    treemapData.append(StringUtils.repeat("]}", groupCount + 1));

    return treemapData.toString();
}

From source file:org.omnaest.utils.structure.map.MapUtils.java

/**
 * Prints out a given {@link Map} using {@link String#valueOf(Object)} and all submaps indented to a new column.<br>
 * <br>/*from ww  w . j av a  2s . co  m*/
 * Example:<br>
 * 
 * <pre>
 * -+
 *  |-- valueDouble=1.234
 *  |-+ testClassCopy
 *  | |-- valueDouble=5.678
 *  | |-- testClassCopy=null
 *  | |-- privateField=privateValue0.16433438667207334
 *  | |-+ future
 *  | | |-- countDownLatch=java.util.concurrent.CountDownLatch@1f4384c2[Count = 1]
 *  | | |-- shouldCancel=false
 *  | | |-- isCancelled=false
 *  | | |-- value=null
 *  | | |-- clazz=org.omnaest.utils.structure.element.FutureSimple
 * </pre>
 * 
 * @param printStream
 * @param map
 */
public static void printMapHierarchical(final PrintStream printStream, @SuppressWarnings("rawtypes") Map map) {
    //
    class MapPrinter {
        @SuppressWarnings("rawtypes")
        public void printMap(Map map, int indentation) {
            if (map != null) {
                String indentationString = StringUtils.repeat(" |", indentation / 2);
                printStream.append(indentation == 0 ? indentationString + "-+\n" : "");
                for (Object key : map.keySet()) {
                    //
                    Object value = map.get(key);

                    //
                    if (value instanceof Map) {
                        //
                        printStream.append(indentationString + " |-+ " + String.valueOf(key) + "\n");
                        this.printMap((Map) value, indentation + 2);
                    } else {
                        //
                        printStream.append(indentationString + " |-- " + String.valueOf(key) + "="
                                + String.valueOf(map.get(key)) + "\n");
                    }
                }
                printStream.append(indentationString + "\n");
            }
        }
    }

    //
    new MapPrinter().printMap(map, 0);
}

From source file:org.opencb.cellbase.app.cli.variant.annotation.CellBaseWSVariantAnnotator.java

private Variant getGenomicVariant(Variant variant) {
    if (variant.getAlternate().equals(".")) { // reference positions are not variants
        return null;
    } else {/*from  ww w  .  j a  va2  s  . c o  m*/
        String ref;
        // large deletion
        if (variant.getAlternate().equals("<DEL>")) {
            // .get("_") because studyId and fileId are empty strings when VariantSource is initialized at readInputFile
            int end = Integer.valueOf(variant.getSourceEntries().get("_").getAttributes().get("END"));
            ref = StringUtils.repeat("N", end - variant.getStart());
            return new Variant(variant.getChromosome(), variant.getStart(), ref,
                    variant.getAlternate().equals("") ? "-" : variant.getAlternate());
            // TODO: structural variants are not yet properly handled. Implement and remove this patch asap
        } else if (variant.getAlternate().startsWith("<")
                || (variant.getAlternate().length() > 1 && variant.getReference().length() > 1)) {
            return null;
        } else {
            ref = variant.getReference().equals("") ? "-" : variant.getReference();
            return new Variant(variant.getChromosome(), variant.getStart(), ref,
                    variant.getAlternate().equals("") ? "-" : variant.getAlternate());
        }
    }
}

From source file:org.opencb.cellbase.lib.db.VariantAnnotationCalculatorTest.java

private int getVcfAnnotationBatch(VcfRawReader vcfReader,
        VariantAnnotationCalculator variantAnnotationDBAdaptor,
        Set<AnnotationComparisonObject> uvaAnnotationSet) {
    QueryResult queryResult = null;/*from ww  w . j  a  v  a 2s.co  m*/
    String pos;
    String ref;
    String cellbaseRef;
    String alt;
    String cellbaseAlt;
    String SoNameToTest;

    List<VcfRecord> vcfRecordList = vcfReader.read(1000);
    int ensemblPos;
    int processedVariants = 0;

    for (VcfRecord vcfRecord : vcfRecordList) {
        //            boolean isSnv = false;
        // Short deletion
        if (vcfRecord.getReference().length() > 1) {
            ref = vcfRecord.getReference().substring(1);
            cellbaseRef = vcfRecord.getReference().substring(1);
            alt = "-";
            cellbaseAlt = "";
            ensemblPos = vcfRecord.getPosition() + 1;
            int end = getEndFromInfoField(vcfRecord);
            if (end == -1) {
                if (ref.length() > 1) {
                    pos = (vcfRecord.getPosition() + 1) + "-" + (vcfRecord.getPosition() + ref.length());
                } else {
                    pos = Integer.toString(vcfRecord.getPosition() + 1);
                }
            } else {
                pos = (vcfRecord.getPosition() + 1) + "-" + end;
            }
            // Alternate length may be > 1 if it contains <DEL>
        } else if (vcfRecord.getAlternate().length() > 1) {
            // Large deletion
            if (vcfRecord.getAlternate().equals("<DEL>")) {
                ensemblPos = vcfRecord.getPosition() + 1;
                int end = getEndFromInfoField(vcfRecord);
                pos = (vcfRecord.getPosition() + 1) + "-" + end;
                ref = StringUtils.repeat("N", end - vcfRecord.getPosition());
                cellbaseRef = StringUtils.repeat("N", end - vcfRecord.getPosition());
                alt = "-";
                cellbaseAlt = "";
                // Short insertion
            } else {
                ensemblPos = vcfRecord.getPosition() + 1;
                ref = "-";
                cellbaseRef = "";
                alt = vcfRecord.getAlternate().substring(1);
                cellbaseAlt = vcfRecord.getAlternate().substring(1);
                pos = vcfRecord.getPosition() + "-" + (vcfRecord.getPosition() + 1);
            }
            // SNV
        } else {
            ref = vcfRecord.getReference();
            cellbaseRef = vcfRecord.getReference();
            alt = vcfRecord.getAlternate();
            cellbaseAlt = vcfRecord.getAlternate();
            ensemblPos = vcfRecord.getPosition();
            pos = Integer.toString(ensemblPos);
            //                isSnv = true;
        }
        // TODO: Remove this if as refactoring implements consequence types for other variant types
        //            if(isSnv) {
        processedVariants++;
        try {
            queryResult = variantAnnotationDBAdaptor.getAllConsequenceTypesByVariant(
                    new Variant(vcfRecord.getChromosome(), ensemblPos, cellbaseRef, cellbaseAlt),
                    new QueryOptions());
        } catch (Exception e) {
            System.out.println("new Variant = "
                    + new Variant(vcfRecord.getChromosome(), ensemblPos, cellbaseRef, cellbaseAlt));
            e.printStackTrace();
            System.exit(1);
        }

        int i;
        List<ConsequenceType> consequenceTypeList = (List<ConsequenceType>) queryResult.getResult();
        for (i = 0; i < consequenceTypeList.size(); i++) {
            for (SequenceOntologyTerm soTerm : consequenceTypeList.get(i).getSequenceOntologyTerms()) {
                if (soTerm.getName().equals("2KB_upstream_gene_variant")) {
                    SoNameToTest = "upstream_gene_variant";
                } else if (soTerm.getName().equals("2KB_downstream_gene_variant")) {
                    SoNameToTest = "downstream_gene_variant";
                } else {
                    SoNameToTest = soTerm.getName();
                }
                uvaAnnotationSet.add(new AnnotationComparisonObject(vcfRecord.getChromosome(), pos, alt,
                        consequenceTypeList.get(i).getEnsemblGeneId() == null ? "-"
                                : consequenceTypeList.get(i).getEnsemblGeneId(),
                        consequenceTypeList.get(i).getEnsemblTranscriptId() == null ? "-"
                                : consequenceTypeList.get(i).getEnsemblTranscriptId(),
                        consequenceTypeList.get(i).getBiotype() == null ? "-"
                                : consequenceTypeList.get(i).getBiotype(),
                        SoNameToTest));
            }
        }
    }
    //        }
    return processedVariants;
    //        return vcfRecordList.size();
}

From source file:org.opencb.cellbase.mongodb.db.VariantAnnotationMongoDBAdaptorTest.java

private int getVcfAnnotationBatch(VcfRawReader vcfReader, VariantAnnotationDBAdaptor variantAnnotationDBAdaptor,
        Set<AnnotationComparisonObject> uvaAnnotationSet) {
    QueryResult queryResult = null;//from  ww  w. j av  a2  s  .  c  o m
    String pos;
    String ref;
    String alt;
    String SoNameToTest;

    List<VcfRecord> vcfRecordList = vcfReader.read(1000);
    int ensemblPos;

    for (VcfRecord vcfRecord : vcfRecordList) {
        // Short deletion
        if (vcfRecord.getReference().length() > 1) {
            ref = vcfRecord.getReference().substring(1);
            alt = "-";
            ensemblPos = vcfRecord.getPosition() + 1;
            int end = getEndFromInfoField(vcfRecord);
            if (end == -1) {
                if (ref.length() > 1) {
                    pos = (vcfRecord.getPosition() + 1) + "-" + (vcfRecord.getPosition() + ref.length());
                } else {
                    pos = Integer.toString(vcfRecord.getPosition() + 1);
                }
            } else {
                pos = (vcfRecord.getPosition() + 1) + "-" + end;
            }
            // Alternate length may be > 1 if it contains <DEL>
        } else if (vcfRecord.getAlternate().length() > 1) {
            // Large deletion
            if (vcfRecord.getAlternate().equals("<DEL>")) {
                ensemblPos = vcfRecord.getPosition() + 1;
                int end = getEndFromInfoField(vcfRecord);
                pos = (vcfRecord.getPosition() + 1) + "-" + end;
                ref = StringUtils.repeat("N", end - vcfRecord.getPosition());
                alt = "-";
                // Short insertion
            } else {
                ensemblPos = vcfRecord.getPosition() + 1;
                ref = "-";
                alt = vcfRecord.getAlternate().substring(1);
                pos = vcfRecord.getPosition() + "-" + (vcfRecord.getPosition() + 1);
            }
            // SNV
        } else {
            ref = vcfRecord.getReference();
            alt = vcfRecord.getAlternate();
            ensemblPos = vcfRecord.getPosition();
            pos = Integer.toString(ensemblPos);
        }
        try {
            queryResult = variantAnnotationDBAdaptor.getAllConsequenceTypesByVariant(
                    new GenomicVariant(vcfRecord.getChromosome(), ensemblPos, ref, alt), new QueryOptions());
        } catch (Exception e) {
            System.out.println("new GenomicVariant = "
                    + new GenomicVariant(vcfRecord.getChromosome(), ensemblPos, ref, alt));
            System.exit(1);
        }

        int i;
        List<ConsequenceType> consequenceTypeList = (List<ConsequenceType>) queryResult.getResult();
        for (i = 0; i < consequenceTypeList.size(); i++) {
            for (ConsequenceType.ConsequenceTypeEntry soTerm : consequenceTypeList.get(i).getSoTerms()) {
                if (soTerm.getSoName().equals("2KB_upstream_gene_variant")) {
                    SoNameToTest = "upstream_gene_variant";
                } else if (soTerm.getSoName().equals("2KB_downstream_gene_variant")) {
                    SoNameToTest = "downstream_gene_variant";
                } else {
                    SoNameToTest = soTerm.getSoName();
                }
                uvaAnnotationSet.add(new AnnotationComparisonObject(vcfRecord.getChromosome(), pos, alt,
                        consequenceTypeList.get(i).getEnsemblGeneId() == null ? "-"
                                : consequenceTypeList.get(i).getEnsemblGeneId(),
                        consequenceTypeList.get(i).getEnsemblTranscriptId() == null ? "-"
                                : consequenceTypeList.get(i).getEnsemblTranscriptId(),
                        consequenceTypeList.get(i).getBiotype() == null ? "-"
                                : consequenceTypeList.get(i).getBiotype(),
                        SoNameToTest));
            }
        }
    }
    return vcfRecordList.size();
}

From source file:org.opencb.opencga.storage.core.variant.io.VariantVcfDataWriter.java

/**
 * Get bases from reference sequence./*from  w  w  w.  j a  va  2s . co m*/
 * @param chromosome Chromosome.
 * @param from Start ( inclusive) position.
 * @param to End (exclusive) position.
 * @return String Reference sequence of length to - from.
 */
private String getReferenceBase(String chromosome, Integer from, Integer to) {
    int length = to - from;
    if (length < 0) {
        throw new IllegalStateException(
                "Sequence length is negative: chromosome " + chromosome + " from " + from + " to " + to);
    }
    return StringUtils.repeat('N', length); // current return default base TODO load reference sequence
}

From source file:org.opendaylight.releng.autorelease.autonotes.service.RstService.java

/**
 * Load RST content.//www. j  a v  a 2  s.  co  m
 */
public void execute() {
    LogUtils.step("Start loading rst");
    try {
        StringBuilder builder = new StringBuilder();
        String header = this.controller.getPropertyService().getProperties().getProperty(HEADER);
        header = header.replace("#####NICKNAME",
                this.controller.getPropertyService().getProperties().getProperty(NICKNAME));
        header = header.replace("#####PREVIOUS",
                this.controller.getPropertyService().getProperties().getProperty(PREVIOUS));
        header = header.replace("#####CURRENT",
                this.controller.getPropertyService().getProperties().getProperty(CURRENT));
        builder.append(header + "\n\n");
        Release release = this.controller.getReleaseService().getRelease();
        for (ReleaseProject releaseProject : release.getUnchangedProjects()) {
            builder.append("* " + releaseProject.getProject().getName() + "\n");
        }
        builder.append("\n");
        for (ReleaseProject releaseProject : release.getChangedProjects()) {
            String projectSubsectionMarker = StringUtils.repeat("-",
                    releaseProject.getProject().getName().length());
            builder.append(releaseProject.getProject().getName() + "\n" + projectSubsectionMarker + "\n");
            for (Commit commit : releaseProject.getCommits()) {
                Pattern replace = Pattern
                        .compile(this.controller.getPropertyService().getProperties().getProperty(BUG_TAG)
                                + "([0-9]{4})");
                Matcher matcher = replace.matcher(commit.getCommitText());
                String replacement = "`BUG-$1 <"
                        + this.controller.getPropertyService().getProperties().getProperty(BUG_URL) + "$1>`_";
                String commitText = matcher.replaceAll(replacement);
                String commitAdoc = "* " + "`" + commit.getId() + " <" + commit.getUrl() + ">`_ " + commitText
                        + "\n";
                builder.append(commitAdoc);
                LogUtils.step("Adoc: " + commitAdoc);
            }
            builder.append("\n");
        }
        String adoc = builder.toString();
        File file = new File(this.controller.getPropertyService().getProperties().getProperty(RST_FILE));
        FileUtils.writeStringToFile(file, adoc);
    } catch (Exception e) {
        LogUtils.log(e);
    }
    LogUtils.step("Completed loading rst");
}

From source file:org.opendaylight.sfc.scfvpprenderer.processors.VppClassifierProcessor.java

private byte[] ipv6AddressNoZoneToArray(final String address) {
    byte[] retval = new byte[16];

    //splits address and add ommited zeros for easier parsing
    List<String> segments = Arrays.asList(address.split(":")).stream()
            .map(segment -> StringUtils.repeat('0', 4 - segment.length()) + segment)
            .collect(Collectors.toList());

    byte index = 0;
    for (String segment : segments) {

        String firstPart = segment.substring(0, 2);
        String secondPart = segment.substring(2);

        //first part should be ommited
        if ("00".equals(firstPart)) {
            index++;//w w w .  j av  a2  s  .  c om
        } else {
            retval[index++] = ((byte) Short.parseShort(firstPart, 16));
        }

        retval[index++] = ((byte) Short.parseShort(secondPart, 16));
    }

    return retval;
}

From source file:org.opendaylight.sfc.scfvpprenderer.processors.VppClassifierProcessor.java

private Pair<HexString> getMaskAndMatch(Matches matches) {
    int maskLength = 0;
    String mask = new String("");
    String match = new String("");
    if (matches == null) {
        return null;
    }//from   w ww  .  j  ava 2s.co m

    if (matches.getAceType() instanceof AceEth) {
        AceEth eth = (AceEth) matches.getAceType();

        if (eth.getDestinationMacAddress() != null) {
            mask = mask + "ff:ff:ff:ff:ff:ff";
            match = match + eth.getDestinationMacAddress().getValue();
        } else {
            mask = mask + "00:00:00:00:00:00";
            match = match + "00:00:00:00:00:00";
        }
        if (eth.getSourceMacAddress() != null) {
            mask = mask + ":ff:ff:ff:ff:ff:ff";
            match = match + ":" + eth.getSourceMacAddress().getValue();
        } else {
            mask = mask + ":00:00:00:00:00:00";
            match = match + ":00:00:00:00:00:00";
        }
        maskLength += 12;
    } else if (matches.getAceType() instanceof AceIp) {
        mask = mask + "00:00:00:00:00:00:00:00:00:00:00:00";
        match = match + "00:00:00:00:00:00:00:00:00:00:00:00";
        maskLength += 12;
        AceIp aceip = (AceIp) matches.getAceType();

        if (aceip.getAceIpVersion() instanceof AceIpv4) {
            //Ethernet Type
            mask = mask + ":ff:ff";
            match = match + ":08:00";
            maskLength += 2;

            //Transport Type
            mask = mask + ":00:00:00:00:00:00:00:00:00:ff:00:00";
            match = match + String.format(":00:00:00:00:00:00:00:00:00:%1$02x:00:00", aceip.getProtocol());
            maskLength += 12;

            //L3: IPv4
            AceIpv4 ipv4 = (AceIpv4) aceip.getAceIpVersion();
            Ipv4Prefix src = ipv4.getSourceIpv4Network();
            if (src != null) {
                byte[] retval = ipv4AddressPrefixToBytes(src);
                for (int i = 0; i < 4; i++) {
                    if (retval[i] == 0) {
                        mask = mask + ":00";
                    } else {
                        mask = mask + ":ff";
                    }
                }
                match = match + String.format(":%1$02x:%2$02x:%3$02x:%4$02x", retval[0], retval[1], retval[2],
                        retval[3]);
            } else {
                mask = mask + ":00:00:00:00";
                match = match + ":00:00:00:00";
            }
            maskLength += 4;

            Ipv4Prefix dst = ipv4.getDestinationIpv4Network();
            if (dst != null) {
                byte[] retval = ipv4AddressPrefixToBytes(dst);
                for (int i = 0; i < 4; i++) {
                    if (retval[i] == 0) {
                        mask = mask + ":00";
                    } else {
                        mask = mask + ":ff";
                    }
                }
                match = match + String.format(":%1$02x:%2$02x:%3$02x:%4$02x", retval[0], retval[1], retval[2],
                        retval[3]);
            } else {
                mask = mask + ":00:00:00:00";
                match = match + ":00:00:00:00";
            }
            maskLength += 4;
        } else if (aceip.getAceIpVersion() instanceof AceIpv6) {
            //Ethernet Type
            mask = mask + ":ff:ff";
            match = match + ":86:dd";
            maskLength += 2;

            //Transport Type
            mask = mask + ":00:00:00:00:00:00:ff:00";
            match = match + String.format(":00:00:00:00:00:00:%1$02x:00", aceip.getProtocol());
            maskLength += 8;

            //L3: IPv6
            AceIpv6 ipv6 = (AceIpv6) aceip.getAceIpVersion();
            Ipv6Prefix src = ipv6.getSourceIpv6Network();
            if (src != null) {
                byte[] retval = ipv6AddressPrefixToBytes(src);
                mask = mask + ":ff:ff:ff:ff:ff:ff:ff:ff::ff:ff:ff:ff:ff:ff:ff:ff";
                match = match + String.format(
                        ":%1$02x:%2$02x:%3$02x:%4$02x:%5$02x:%6$02x:%7$02x:%8$02x:%9$02x:%10$02x:%11$02x:%12$02x:%13$02x:%14$02x:%15$02x:%16$02x",
                        retval[0], retval[1], retval[2], retval[3], retval[4], retval[5], retval[6], retval[7],
                        retval[8], retval[9], retval[10], retval[11], retval[12], retval[13], retval[14],
                        retval[15]);
            } else {
                mask = mask + ":00:00:00:00:00:00:00:00:00:00:00:00:00:00:00:00";
                match = match + ":00:00:00:00:00:00:00:00:00:00:00:00:00:00:00:00";
            }
            maskLength += 16;

            Ipv6Prefix dst = ipv6.getDestinationIpv6Network();
            if (dst != null) {
                byte[] retval = ipv6AddressPrefixToBytes(dst);
                mask = mask + ":ff:ff:ff:ff:ff:ff:ff:ff::ff:ff:ff:ff:ff:ff:ff:ff";
                match = match + String.format(
                        ":%1$02x:%2$02x:%3$02x:%4$02x:%5$02x:%6$02x:%7$02x:%8$02x:%9$02x:%10$02x:%11$02x:%12$02x:%13$02x:%14$02x:%15$02x:%16$02x",
                        retval[0], retval[1], retval[2], retval[3], retval[4], retval[5], retval[6], retval[7],
                        retval[8], retval[9], retval[10], retval[11], retval[12], retval[13], retval[14],
                        retval[15]);
            } else {
                mask = mask + ":00:00:00:00:00:00:00:00:00:00:00:00:00:00:00:00";
                match = match + ":00:00:00:00:00:00:00:00:00:00:00:00:00:00:00:00";
            }
            maskLength += 16;
        }

        if (aceip.getProtocol() != null) {
            aceip.getProtocol();

            Integer srcPort = null;
            Integer dstPort = null;

            if (aceip.getSourcePortRange() != null && aceip.getSourcePortRange().getLowerPort() != null
                    && aceip.getSourcePortRange().getLowerPort().getValue() != null
                    && aceip.getSourcePortRange().getLowerPort().getValue() != 0) {
                srcPort = aceip.getSourcePortRange().getLowerPort().getValue();
            }
            if (aceip.getDestinationPortRange() != null
                    && aceip.getDestinationPortRange().getLowerPort() != null
                    && aceip.getDestinationPortRange().getLowerPort().getValue() != null
                    && aceip.getDestinationPortRange().getLowerPort().getValue() != 0) {
                dstPort = aceip.getDestinationPortRange().getLowerPort().getValue();
            }

            // don't support port range
            if (srcPort != null) {
                mask = mask + ":ff:ff";
                match = match + String.format(":%1$02x:%2$02x", srcPort.intValue() & 0xFF00,
                        srcPort.intValue() & 0x00FF);
            } else {
                mask = mask + ":00:00";
                match = match + ":00:00";
            }
            maskLength += 2;

            if (dstPort != null) {
                mask = mask + ":ff:ff";
                match = match + String.format(":%1$02x:%2$02x", dstPort.intValue() & 0xFF00,
                        dstPort.intValue() & 0x00FF);
            } else {
                mask = mask + ":00:00";
                match = match + ":00:00";
            }
            maskLength += 2;
        }
    }
    if (maskLength == 0) {
        return null;
    } else {
        if (maskLength % 16 != 0) {
            int padLength = 16 - maskLength % 16;
            mask = mask + StringUtils.repeat(":00", padLength);
            match = match + StringUtils.repeat(":00", padLength);
        }
        return new Pair(new HexString(mask), new HexString(match));
    }
}