When using the "label" attribute as follows label=AA,BB,+CC It appears to behave as follows. * must match CC AND * can match AA, BB or neither "Neither" is not really what I wanted. I want (AA or BB) AND CC

nav[aria-label="Primary Navigation"] { padding: 0; & ul { list-style: none; width: 100%; display: flex; flex-direction: row; justify-content: start; align-items: start; gap: 30px; padding: 0; & li { margin: 0; } & ul li { list-style: none; } } }

Content by Label - label attribute logic

Charles Reineck

When using the "label" attribute as follows

label=AA,BB,+CC

It appears to behave as follows.

must match CC
AND
can match AA, BB or neither

"Neither" is not really what I wanted. I want (AA or BB) AND CC

Accepted answers

All comments

David Chan

The only way I've found to do this is to actually split the macro up into 2 macros. Although it's a bit more work, it should display as normal. For example, to achieve what you want do:

label=+AA,+CC

label=+BB,+CC,-AA

The reason for the -AA is to prevent duplicate labels.

Kitt Hirasaki

I wanted to do the same thing and ended up creating my own hacked-up version of the macro.

Andreas van Rie2

Kitt - is there a chance that you share the code of your modified macro. In my opinion more advanced AND/OR "queries" are a useful feature for more advanced requirements ... Thanks for a brief reply ...

Kitt Hirasaki

This is a little out of context, but hopefully these two files will give you a pretty good idea of what I did.

First file, "ORLabelParameter.java":

package com.pixar.confluence.plugins;

import com.atlassian.confluence.macro.query.SearchQueryInterpreter;

import com.atlassian.confluence.macro.query.SearchQueryInterpreterException;

import com.atlassian.confluence.macro.query.params.BooleanQueryFactoryParameter;

import com.atlassian.confluence.macro.MacroExecutionContext;

import com.atlassian.confluence.search.v2.SearchQuery;

import com.atlassian.confluence.search.v2.query.LabelQuery;

import com.atlassian.confluence.labels.LabelManager;

import com.atlassian.confluence.labels.LabelParser;

import com.atlassian.spring.container.ContainerManager;

/**

* Presents label parameters as {@link com.atlassian.confluence.macro.query.BooleanQueryFactory} implementations.

* @since 2.9

public class ORLabelParameter extends BooleanQueryFactoryParameter

{

private static final String[] DEFAULT_PARAM_NAMES = { "orlabel", "orlabels" };

private LabelManager labelManager;

public ORLabelParameter()

{

this(null);

}

public ORLabelParameter(String defaultValue)

{

super(DEFAULT_PARAM_NAMES, defaultValue);

ContainerManager.autowireComponent(this);

}

static class Interpreter implements SearchQueryInterpreter

{

private boolean shouldValidate;

private LabelManager labelManager;

public void setShouldValidate(boolean shouldValidate)

{

this.shouldValidate = shouldValidate;

}

public void setLabelManager(LabelManager labelManager)

{

this.labelManager = labelManager;

}

public SearchQuery createSearchQuery(String value) throws SearchQueryInterpreterException

{

if (shouldValidate)

{

if (labelManager.getLabel(value) == null)

{

throw new SearchQueryInterpreterException("'" + value + "' is not an existing label");

}

/**

* CONF-15398. We want to report invalid labels even if validation is suppressed using shouldValidate = false,

* as you cannot make a valid search query out of an invalid label.

* Ideally this validation should performed on the value passed to createSearchQuery() before it is invoked.

if (LabelParser.parse(value) == null)

throw new SearchQueryInterpreterException("'" + value + "' is an invalid label.");

return new LabelQuery(value);

}

@Override

protected SearchQueryInterpreter createSearchQueryInterpreter(MacroExecutionContext ctx)

{

Interpreter interpreter = new Interpreter();

interpreter.setShouldValidate(shouldValidate);

interpreter.setLabelManager(labelManager);

return interpreter;

}

public void setLabelManager(LabelManager labelManager)

{

this.labelManager = labelManager;

}

Second file, LabelledContentMacro.java:

package com.pixar.confluence.plugins;

import com.atlassian.bonnie.Searchable;

import com.atlassian.confluence.core.ConfluenceActionSupport;

import com.atlassian.confluence.core.SpaceContentEntityObject;

import com.atlassian.confluence.macro.ContentFilteringMacro;

import com.atlassian.confluence.macro.MacroExecutionContext;

import com.atlassian.confluence.macro.params.ParameterException;

import com.atlassian.confluence.macro.query.BooleanQueryFactory;

import com.atlassian.confluence.macro.query.InclusionCriteria;

import com.atlassian.confluence.renderer.radeox.macros.MacroUtils;

import com.atlassian.confluence.search.v2.*;

import com.atlassian.confluence.search.v2.filter.SubsetResultFilter;

import com.atlassian.confluence.search.v2.query.BooleanQuery;

import com.atlassian.confluence.search.v2.query.LabelQuery;

import com.atlassian.confluence.search.v2.query.CreatorQuery;

import com.atlassian.confluence.search.v2.query.InSpaceQuery;

import com.atlassian.confluence.search.v2.searchfilter.ContentPermissionsSearchFilter;

import com.atlassian.confluence.search.v2.searchfilter.SpacePermissionsSearchFilter;

import com.atlassian.confluence.user.AuthenticatedUserThreadLocal;

import com.atlassian.confluence.util.ContentMacrosHelper;

import com.atlassian.confluence.util.GeneralUtil;

import com.atlassian.confluence.util.velocity.VelocityUtils;

import com.atlassian.renderer.v2.RenderMode;

import com.atlassian.renderer.v2.macro.MacroException;

import com.atlassian.spring.container.ContainerManager;

import org.apache.commons.lang.StringEscapeUtils;

import org.apache.commons.lang.StringUtils;

import org.apache.log4j.Logger;

import com.atlassian.confluence.pages.AbstractPage;

import com.atlassian.confluence.pages.DefaultPageManager;

import com.atlassian.confluence.pages.PageManager;

import java.util.ArrayList;

import java.util.List;

import java.util.Map;

import java.util.Set;

import java.util.Vector;

import java.util.Collections;

public class LabelledContentMacro extends ContentFilteringMacro

{

private static final Logger log = Logger.getLogger(LabelledContentMacro.class);

private static final String TEMPLATE_NAME = "com/pixar/confluence/plugins/docfilters/labelledcontent.vm";

private static final String SPACE_KEY_BC_PARAM = "key";

private static final String SPACE_CURRENT = "@self";

private static final String SPACE_ALL = "@all";

private static final String OPERATOR = "operator";

private static final String OPERATOR_AND = "and";

private static final String DEPT_PREFIX = "dept=";

private static final String DEPT_ALL = DEPT_PREFIX + "all";

private static final String SHOW_PREFIX = "show=";

private static final String SHOW_ALL = SHOW_PREFIX + "all";

private ContentMacrosHelper contentMacrosHelper;

private ConfluenceActionSupport confluenceActionSupport;

protected final ORLabelParameter orlabelParam;

public class DocTableOutput

{

public int type;

public Searchable content;

public String spaceKey;

public int getType() {

return type;

}

public Searchable getContent() {

return content;

}

public String getSpaceKey() {

return spaceKey;

}

public LabelledContentMacro()

{

super();

labelParam.setValidate(false); // CONF-14235 - this macro shouldn't try to validate labels

orlabelParam = new ORLabelParameter();

}

public boolean isInline()

{

return false;

}

public boolean hasBody()

{

return false;

}

public RenderMode getBodyRenderMode()

{

return RenderMode.NO_RENDER;

}

@Override

public String execute(MacroExecutionContext ctx) throws MacroException

{

return executeSearch(ctx);

}

public String executeSearch(MacroExecutionContext ctx) throws MacroException

{

Map<String, Object> contextMap = getMacroVelocityContext();

Map<String, String> parameters = ctx.getParams();

String title = parameters.get("title");

BooleanQueryFactory queryFactory = new BooleanQueryFactory();

// CONF-12749 Limit the label links to a single space if we only search a single space

boolean limitLabelLinksToSpace = false;

// parse the space(s) parameter

spaceKeyParam.addParameterAlias("key");

// CONF-14023 - default to searching all spaces

spaceKeyParam.setDefaultValue(SPACE_ALL);

BooleanQueryFactory spaceKeyQuery = spaceKeyParam.findValue(ctx);

if (spaceKeyQuery != null)

{

queryFactory.addMust(spaceKeyQuery.toBooleanQuery());

limitLabelLinksToSpace = isSingleSpace(spaceKeyQuery);

}

// use the "labels" parameter from ContentFilteringMacro

labelParam.addParameterAlias("0");

if (parameters.containsKey(OPERATOR) && parameters.get(OPERATOR).equalsIgnoreCase(OPERATOR_AND))

{

labelParam.setDefaultInclusionCriteria(InclusionCriteria.ALL);

}

else

{

labelParam.setDefaultInclusionCriteria(InclusionCriteria.ANY);

}

BooleanQueryFactory labelQuery = labelParam.findValue(ctx);

if (labelQuery != null)

{

queryFactory.addMust(labelQuery.toBooleanQuery());

}

else

{

throw new MacroException(

getConfluenceActionSupport().getText("contentbylabel.error.label-parameter-required")

);

}

List<String> labelNames = new ArrayList<String>();

// we need a list of label names to display in case no content comes back.

// For now, we're going to just stick the label string into a single-element list.

labelNames.add(labelParam.getParameterValue(parameters));

contextMap.put("labelNames", labelNames);

String orlabelString = orlabelParam.getParameterValue(parameters);

if (orlabelString != null && !orlabelString.isEmpty()) {

String[] orlabelNames = StringUtils.split(orlabelString, ',');

if (orlabelNames.length > 0) {

Vector<LabelQuery> orqueries = new Vector<LabelQuery>();

for (String orlName : orlabelNames) {

orqueries.add(new LabelQuery(orlName));

}

SearchQuery orQuery;

if (orqueries.size() > 1) {

orQuery = orqueries.remove(0);

while (orqueries.size() > 0) {

orQuery = BooleanQuery.composeOrQuery(orQuery, orqueries.remove(0));

}

else {

orQuery = orqueries.get(0);

}

queryFactory.addMust(orQuery);

}

String myDept = FilterUtils.getDept();

SearchQuery deptQuery;

LabelQuery myDeptQuery;

LabelQuery allDeptQuery = new LabelQuery(DEPT_ALL);

if (myDept != null && myDept != "")

{

myDeptQuery = new LabelQuery(DEPT_PREFIX + myDept);

deptQuery = BooleanQuery.composeOrQuery(myDeptQuery, allDeptQuery);

}

else

{

deptQuery = allDeptQuery;

}

if (deptQuery != null)

{

if (!myDept.equals("all")) {

queryFactory.addMust(deptQuery);

}

else

{

throw new MacroException(

getConfluenceActionSupport().getText("contentbylabel.error.no-dept")

);

}

String myShow = FilterUtils.getShow();

SearchQuery showQuery;

LabelQuery myShowQuery;

LabelQuery allShowQuery = new LabelQuery(SHOW_ALL);

if (myShow != null && myShow != "")

{

myShowQuery = new LabelQuery(SHOW_PREFIX + myShow);

showQuery = BooleanQuery.composeOrQuery(myShowQuery, allShowQuery);

}

else

{

showQuery = allShowQuery;

}

if (showQuery != null)

{

if (!myShow.equals("all")) {

queryFactory.addMust(showQuery);

}

else

{

throw new MacroException(

getConfluenceActionSupport().getText("contentbylabel.error.no-show")

);

}

// handle the other parameters.

SubsetResultFilter subsetResultFilter;

maxResultsParam.addParameterAlias("maxResults");

maxResultsParam.setDefaultValue(ContentFilteringMacro.DEFAULT_MAX_RESULTS);

try

{

Integer maxResults = maxResultsParam.findValue(ctx);

contextMap.put("maxResults", maxResults);

subsetResultFilter = new SubsetResultFilter(maxResults);

}

catch (ParameterException pe)

{

throw new MacroException(

getConfluenceActionSupport().getText("contentbylabel.error.parse-max-labels-param"),

pe);

}

SearchSort searchSort;

try

{

searchSort = sortParam.findValue(ctx);

}

catch (ParameterException pe)

{

throw new MacroException(

getConfluenceActionSupport().getText("contentbylabel.error.parse-reverse-or-sort-param"),

pe);

}

try

{

BooleanQueryFactory contentTypeQuery = contentTypeParam.findValue(ctx);

if (contentTypeQuery != null)

{

queryFactory.addMust(contentTypeQuery.toBooleanQuery());

}

catch (ParameterException pe)

{

throw new MacroException(

getConfluenceActionSupport().getText(

"contentbylabel.error.parse-types-param",

new String[] { StringEscapeUtils.escapeHtml(pe.getMessage()) }

);

}

// parse author parameter

Set<String> authors = authorParam.findValue(ctx);

if (!authors.isEmpty())

{

BooleanQueryFactory authorQueryFactory = new BooleanQueryFactory();

for (String author : authors)

{

authorQueryFactory.addShould(new CreatorQuery(author));

}

queryFactory.addMust(authorQueryFactory.toBooleanQuery());

}

BooleanQuery query = queryFactory.toBooleanQuery();

final SearchFilter searchFilter = ContentPermissionsSearchFilter.getInstance().and(SpacePermissionsSearchFilter.getInstance());

ISearch search = new ContentSearch(query, searchSort, searchFilter, subsetResultFilter);

SearchResults searchResults;

try

{

searchResults = searchManager.search(search);

}

catch (InvalidSearchException ise)

{

throw new MacroException(getConfluenceActionSupport().getText("contentbylabel.error.run-search"), ise);

}

List<Searchable> rawcontents = searchManager.convertToEntities(searchResults, true);

// Do not include our enclosing page in the list of results.

long pageId = ctx.getContent().getId();

Vector<DocTableOutput> contents = new Vector<DocTableOutput>();

Vector<DocTableOutput> contentsPixdoc = new Vector<DocTableOutput>();

Vector<DocTableOutput> contentsProd = new Vector<DocTableOutput>();

DocTableOutput headerCell = new DocTableOutput();

headerCell.content = null;

headerCell.spaceKey = "";

headerCell.type = 0;

contentsProd.add(headerCell);

PageManager pageManager = (PageManager) ContainerManager.getComponent("pageManager");

for( Searchable content: rawcontents) {

if (content.getId() != pageId) {

DocTableOutput output = new DocTableOutput();

output.content = content;

String spaceKey = pageManager.getAbstractPage(content.getId()).getSpaceKey();

output.spaceKey = spaceKey;

if (spaceKey.equals("pixdoc")) {

output.type = 2;

//contentsPixdoc.add(output);

} else {

output.type = 1;

//contentsProd.add(output);

}

contents.add(output);

}

if(contentsProd.size() > 0) {

contents.addAll(contentsProd);

}

contents.addAll(contentsPixdoc);

// If our results contain more than ten items, split them between two columns.

List<DocTableOutput> contentsA;

List<DocTableOutput> contentsB;

int lenA = (contents.size() / 2) + (contents.size() % 2);

contentsA = contents.subList(0, lenA);

contentsB = contents.subList(lenA, contents.size());

if (contents.size() > 10) {

int lenA = (contents.size() / 2) + (contents.size() % 2);

contentsA = contents.subList(0, lenA);

contentsB = contents.subList(lenA, contents.size());

}

else

{

contentsA = contents;

contentsB = contents.subList(0,0);

contentsB.clear();

}

contextMap.put("title", title);

contextMap.put("contentsA", contentsA);

contextMap.put("contentsB", contentsB);

contextMap.put("unfilteredResultsCnt", searchResults.getUnfilteredResultsCount());

contextMap.put("showLabels", getBooleanParameter(parameters.get("showLabels"), true));

contextMap.put("showSpace", getBooleanParameter(parameters.get("showSpace"), true));

contextMap.put("limitLabelLinksToSpace", limitLabelLinksToSpace);

contextMap.put("contentMacrosHelper", contentMacrosHelper);

contextMap.put("pageContext", ctx.getPageContext());

contextMap.put("showExcerpt", Boolean.valueOf(parameters.get("excerpt")));

contextMap.put("embedTable", getBooleanParameter(parameters.get("embedTable"), false));

return render(contextMap);

}

/* We assume that the query applies to a single space if there's

* only one component and it is an InSpace query type.

* TODO This probably belongs in the SpaceQuery class

private boolean isSingleSpace(BooleanQueryFactory spaceKeyQuery)

{

boolean limitLabelLinksToSpace = false;

List params = spaceKeyQuery.toBooleanQuery().getParameters();

if(params.size() == 1 && (params.get(0) instanceof InSpaceQuery) )

{

limitLabelLinksToSpace = true;

}

return limitLabelLinksToSpace;

}

/// CLOVER:OFF

@SuppressWarnings("unchecked")

protected Map<String, Object> getMacroVelocityContext()

{

// current MacroUtils returns untyped map, but its keys are always

// strings and we don't want to restrict what it can hold

return MacroUtils.defaultVelocityContext();

}

protected String render(Map<String, Object> contextMap)

{

return VelocityUtils.getRenderedTemplate(TEMPLATE_NAME, contextMap);

}

///CLOVER:ON

private Boolean getBooleanParameter(String booleanValue, boolean defaultValue)

{

if (StringUtils.isNotBlank(booleanValue))

return Boolean.valueOf(booleanValue);

else

return defaultValue;

}

public void setContentMacrosHelper(ContentMacrosHelper contentMacrosHelper)

{

this.contentMacrosHelper = contentMacrosHelper;

}

protected ConfluenceActionSupport getConfluenceActionSupport()

{

if (null == confluenceActionSupport)

confluenceActionSupport = GeneralUtil.newWiredConfluenceActionSupport();

return confluenceActionSupport;

}

Kitt Hirasaki

Sure, if they're helpful, go for it!

Joe Clark

Thanks so much for sharing your code - I'll see if we can get these enhancements contributed back to Confluence - if you don't have any objections?

Joerg Bencke2

Has anybody extended this to filter "pagetreeonly" vs. "global search" ?

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