List of usage examples for java.util Set containsAll
boolean containsAll(Collection<?> c);
From source file:de.appsolve.padelcampus.admin.controller.events.AdminEventsController.java
@RequestMapping(value = { "edit/{eventId}/groupdraws/{round}" }, method = POST)
public ModelAndView postGroupDrawsForRound(@PathVariable Long eventId, @PathVariable Integer round,
@ModelAttribute("Model") @Valid EventGroups eventGroups, BindingResult bindingResult,
HttpServletRequest request) {/*from ww w.j av a2s. c o m*/
Event event = eventDAO.findByIdFetchWithParticipantsAndGames(eventId);
Iterator<Map.Entry<Integer, Set<Participant>>> iterator = eventGroups.getGroupParticipants().entrySet()
.iterator();
while (iterator.hasNext()) {
Map.Entry<Integer, Set<Participant>> entry = iterator.next();
if (entry.getValue() == null) {
bindingResult.reject("PleaseSelectParticipantsForEachGroup");
}
}
if (bindingResult.hasErrors()) {
return getGroupDrawsView(event, eventGroups, round);
}
//remove games of players who no longer participate
gameUtil.removeObsoleteGames(event);
//remove games with teams that are no longer part of a group in the current round
Iterator<Game> gameIterator = event.getGames().iterator();
while (gameIterator.hasNext()) {
Game game = gameIterator.next();
Integer groupNumber = game.getGroupNumber();
if (groupNumber != null && game.getRound().equals(round)) {
Set<Participant> groupParticipants = eventGroups.getGroupParticipants().get(groupNumber);
if (!groupParticipants.containsAll(game.getParticipants())) {
gameIterator.remove();
gameDAO.deleteById(game.getId());
}
}
}
//create missing games
for (int groupNumber = 0; groupNumber < event.getNumberOfGroupsSecondRound(); groupNumber++) {
Set<Participant> groupParticipants = eventGroups.getGroupParticipants().get(groupNumber);
gameUtil.createMissingGames(event, groupParticipants, groupNumber, round);
}
return new ModelAndView("redirect:/events/event/" + eventId + "/groupgames/" + round);
}
From source file:de.appsolve.padelcampus.admin.controller.events.AdminEventsController.java
@RequestMapping(value = { "edit/{eventId}/groupdraws" }, method = POST)
public ModelAndView postGroupDraws(@PathVariable("eventId") Long eventId,
@ModelAttribute("Model") @Valid EventGroups eventGroups, BindingResult bindingResult,
HttpServletRequest request) {//from ww w.j ava 2 s . c o m
Event event = eventDAO.findByIdFetchWithParticipantsAndGames(eventId);
Iterator<Map.Entry<Integer, Set<Participant>>> iterator = eventGroups.getGroupParticipants().entrySet()
.iterator();
while (iterator.hasNext()) {
Map.Entry<Integer, Set<Participant>> entry = iterator.next();
if (entry.getValue() == null) {
bindingResult.reject("PleaseSelectParticipantsForEachGroup");
}
}
//prevent modification of group draws if knockout round games have already begun
if (event.getEventType().equals(EventType.Knockout)) {
SortedMap<Integer, List<Game>> roundGames = eventsUtil.getRoundGameMap(event);
if (!roundGames.isEmpty()) {
bindingResult.reject("CannotModifyEventAfterGroupPhaseHasEnded");
}
}
if (bindingResult.hasErrors()) {
return getGroupDrawsView(event, eventGroups);
}
//remove games that have not been played yet
gameUtil.removeObsoleteGames(event);
//remove games with teams that are no longer part of a group
Iterator<Game> gameIterator = event.getGames().iterator();
while (gameIterator.hasNext()) {
Game game = gameIterator.next();
Integer groupNumber = game.getGroupNumber();
if (groupNumber != null) {
Set<Participant> groupParticipants = eventGroups.getGroupParticipants().get(groupNumber);
if (!groupParticipants.containsAll(game.getParticipants())) {
gameDAO.deleteById(game.getId());
gameIterator.remove();
}
}
}
//create missing games
for (int groupNumber = 0; groupNumber < event.getNumberOfGroups(); groupNumber++) {
Set<Participant> groupParticipants = eventGroups.getGroupParticipants().get(groupNumber);
Integer roundNumber = null;
switch (event.getEventType()) {
case GroupKnockout:
//for GroupKnockout events, only knockout games have a round
roundNumber = ROUND_NONE;
break;
case GroupTwoRounds:
//for GroupTwoRound events, every round has a number
roundNumber = ROUND_ONE;
break;
}
gameUtil.createMissingGames(event, groupParticipants, groupNumber, roundNumber);
}
return new ModelAndView("redirect:/admin/events/edit/" + eventId + "/groupschedule");
}
From source file:org.commonjava.cartographer.INTERNAL.graph.agg.DefaultGraphAggregator.java
/** * Process the output from a discovery runnable (discovery of relationships * related to a given GAV). This includes: * * <ul>// ww w. j a v a 2s . co m * <li>Adding any accumulated metadata for the GAV</li> * <li>Determining which new relationships to store in the graph db related to the relationships in this result</li> * <li>Generating the next set of {@link DiscoveryTodo}'s related to the relationships in this result</li> * </ul> * * @param r The runnable containing discovery output to process for a specific * input GAV * @param nextTodos The accumulated next crop of {@link DiscoveryTodo}'s, which * MAY be augmented by output from this discovery runnable * @param config Configuration for how discovery should proceed * @param seen map of seen projects pointing at the set of dependency exclusions used by the filter * @param pass For diagnostic/logging purposes, the number of discovery passes * since discovery was initiated by the caller (part of the graph may have been pre-existing) * @return true if output contained a valid result, or false to indicate the * GAV should be marked missing. * @throws CartoDataException */ private boolean processDiscoveryOutput(final DiscoveryRunnable r, final Map<ProjectVersionRef, DiscoveryTodo> nextTodos, final DiscoveryConfig config, final Map<ProjectVersionRef, Set<ProjectRef>> seen, final int pass) throws CartoDataException { final DiscoveryTodo todo = r.getTodo(); final Throwable error = r.getError(); if (error != null) { try { todo.getGraph().storeProjectError(todo.getRef(), error); } catch (final RelationshipGraphException e) { logger.error(String.format( "Failed to store error for project: %s (%s). Error was:\n\n%s.\n\nStorage error:\n", todo.getRef(), e.getMessage(), ExceptionUtils.getFullStackTrace(error)), e); } return false; } final DiscoveryResult result = r.getResult(); if (result != null) { final RelationshipGraph graph = todo.getGraph(); final Map<String, String> metadata = result.getMetadata(); if (metadata != null) { try { graph.addMetadata(result.getSelectedRef(), metadata); } catch (final RelationshipGraphException e) { logger.error(String.format("Failed to store metadata for: %s in: %s. Reason: %s", result.getSelectedRef(), graph, e.getMessage()), e); } } final Set<ProjectRelationship<?, ?>> discoveredRels = result.getAcceptedRelationships(); if (discoveredRels != null) { final Map<GraphPath<?>, GraphPathInfo> parentPathMap = todo.getParentPathMap(); if (seen.containsKey(todo.getRef())) { seen.get(todo.getRef()).retainAll(todo.getDepExcludes()); } else { seen.put(todo.getRef(), todo.getDepExcludes()); } final int index = r.getIndex(); // De-selected relationships (not mutated) should be stored but NOT followed for discovery purposes. // Likewise, mutated (selected) relationships should be followed but NOT stored. logger.info("{}.{}. Processing {} new relationships for: {}", pass, index, discoveredRels.size(), result.getSelectedRef()); logger.debug("Relationships:\n {}", new JoinString("\n ", discoveredRels)); boolean contributedRels = false; int idx = 0; for (final ProjectRelationship<?, ?> rel : discoveredRels) { final ProjectVersionRef relTarget = rel.getTarget().asProjectVersionRef(); Set<ProjectRef> currentExc; if (rel instanceof DependencyRelationship) { currentExc = new HashSet<>(todo.getDepExcludes()); currentExc.addAll(((DependencyRelationship) rel).getExcludes()); } else { currentExc = todo.getDepExcludes(); } if (!seen.containsKey(relTarget) || !currentExc.containsAll(seen.get(relTarget))) { for (final Entry<GraphPath<?>, GraphPathInfo> entry : parentPathMap.entrySet()) { GraphPath<?> path = entry.getKey(); GraphPathInfo pathInfo = entry.getValue(); final ProjectRelationship<?, ?> selected = pathInfo.selectRelationship(rel, path); if (selected == null) { continue; } final ProjectVersionRef selectedTarget = selected.getTarget().asProjectVersionRef(); pathInfo = pathInfo.getChildPathInfo(selected); Set<ProjectRef> exc = getDepExcludes(pathInfo); if (seen.containsKey(selectedTarget) && exc.containsAll(seen.get(selectedTarget))) { continue; } contributedRels = true; path = graph.createPath(path, selected); if (path == null) { continue; } DiscoveryTodo nextTodo = nextTodos.get(selectedTarget); if (nextTodo == null) { nextTodo = new DiscoveryTodo(selectedTarget, path, pathInfo, graph, exc); nextTodos.put(selectedTarget, nextTodo); logger.info("DISCOVER += {}", selectedTarget); } else { nextTodo.addParentPath(path, pathInfo); nextTodo.getDepExcludes().retainAll(exc); } } if (rel.isManaged()) { logger.debug( "{}.{}.{}. FORCE; NON-TRAVERSE: Adding managed relationship (for mutator use later): {}", pass, index, idx, rel); contributedRels = true; } else if (rel.getType() == RelationshipType.PARENT) { logger.debug("{}.{}.{}. FORCE; NON-TRAVERSE: Adding parent relationship: {}", pass, index, idx, rel); contributedRels = true; } else { logger.debug("{}.{}.{}. SKIP: {}", pass, index, idx, relTarget); } } else { logger.debug("{}.{}.{}. SKIP (already discovered): {}", pass, index, idx, relTarget); } idx++; } // if all relationships have been discarded by filter... if (!contributedRels && !discoveredRels.isEmpty()) { logger.debug( "{}.{}. INJECT: Adding terminal parent relationship to mark {} as resolved in the dependency graph.", pass, index, result.getSelectedRef()); try { graph.storeRelationships(new SimpleParentRelationship(result.getSelectedRef())); } catch (final RelationshipGraphException e) { logger.error(String.format("Failed to store relationships for: %s in: %s. Reason: %s", result.getSelectedRef(), graph, e.getMessage()), e); } } } else { logger.debug("{}.{}. discovered relationships were NULL for: {}", pass, r.getIndex(), result.getSelectedRef()); } return true; } else { return false; } }
From source file:org.apache.lens.cube.parse.join.AutoJoinContext.java
private void pruneAllPaths(final Map<Dimension, CandidateDim> dimsToQuery) throws LensException { // Remove join paths which cannot be satisfied by the resolved dimension // tables//from ww w .j a v a2 s .c o m if (dimsToQuery != null && !dimsToQuery.isEmpty()) { for (CandidateDim candidateDim : dimsToQuery.values()) { Set<String> dimCols = candidateDim.getTable().getAllFieldNames(); for (List<JoinPath> paths : allPaths.values()) { for (int i = 0; i < paths.size(); i++) { JoinPath jp = paths.get(i); List<String> candidateDimCols = jp.getColumnsForTable(candidateDim.getBaseTable()); if (candidateDimCols != null && !dimCols.containsAll(candidateDimCols)) { // This path requires some columns from the dimension which are // not present in the candidate dim // Remove this path log.info("Removing join path:{} as columns :{} dont exist", jp, candidateDimCols); paths.remove(i); i--; } } } } pruneEmptyPaths(allPaths); } }
From source file:org.apache.hadoop.hdfs.server.namenode.bookkeeper.metadata.TestBookKeeperJournalMetadataManager.java
@Test public void testListLedgers() throws Exception { Set<EditLogLedgerMetadata> metadata = ImmutableSet.of( new EditLogLedgerMetadata(FSConstants.LAYOUT_VERSION, 1, 1, 100), new EditLogLedgerMetadata(FSConstants.LAYOUT_VERSION, 2, 101, 200), new EditLogLedgerMetadata(FSConstants.LAYOUT_VERSION, 3, 201, -1), new EditLogLedgerMetadata(FSConstants.LAYOUT_VERSION - 1, 4, 11, -1), new EditLogLedgerMetadata(FSConstants.LAYOUT_VERSION - 1, 5, 2, 10)); for (EditLogLedgerMetadata e : metadata) { String fullLedgerPath = manager.fullyQualifiedPathForLedger(e); manager.writeEditLogLedgerMetadata(fullLedgerPath, e); }/*from w w w.j a va2 s . c om*/ Collection<EditLogLedgerMetadata> allLedgers = manager.listLedgers(true); assertTrue("listLedgers(true) returns all ledgers and all ledgers once", allLedgers.containsAll(metadata) && metadata.containsAll(allLedgers)); EditLogLedgerMetadata prev = null; for (EditLogLedgerMetadata curr : allLedgers) { if (prev != null) { assertTrue("List must be ordered by firsTxId", prev.getFirstTxId() <= curr.getFirstTxId()); } prev = curr; } Collection<EditLogLedgerMetadata> finalizedOnly = manager.listLedgers(false); for (EditLogLedgerMetadata e : finalizedOnly) { assertFalse("listLedgers(false) does not return in-progress ledgers" + e, e.getLastTxId() == -1); } TreeSet<EditLogLedgerMetadata> expectedFinalizedOnly = new TreeSet<EditLogLedgerMetadata>(); for (EditLogLedgerMetadata e : allLedgers) { if (e.getLastTxId() != -1) { expectedFinalizedOnly.add(e); } } assertTrue("listLedgers(false) returns all finalized ledgers", finalizedOnly.containsAll(expectedFinalizedOnly) && expectedFinalizedOnly.containsAll(finalizedOnly)); }
From source file:org.mitre.mpf.wfm.pipeline.PipelineManager.java
private boolean isValidMarkupPipeline(String pipelineName, List<TaskDefinitionRef> taskDefinitions, Set<StateDefinition> currentStates) { if (taskDefinitions.size() == 1) { // There's only one task in the pipeline, and we know it to be markup. boolean rValue = true; Set<StateDefinitionRef> requiredStates = requiredTaskStates .get(StringUtils.upperCase(taskDefinitions.get(0).getName())); if (!currentStates.containsAll(requiredStates)) { log.error("{}: The states for {} are not satisfied. Current: {}. Required: {}.", pipelineName, taskDefinitions.get(0).getName(), currentStates, requiredStates); rValue = false;/*w w w . j a v a 2s . com*/ } return rValue; } else { log.error("{}: No tasks may follow a markup task of {}.", pipelineName, taskDefinitions.get(0).getName()); return false; } }
From source file:org.opennms.ng.dao.support.PropertiesGraphDao.java
private boolean verifyAttributesExist(PrefabGraph query, String type, List<String> requiredList, Set<String> availableRrdAttributes) { if (availableRrdAttributes.containsAll(requiredList)) { return true; } else {//ww w. j av a 2 s . com LOG.debug( "not adding {} to prefab graph list because the required list of {} attributes ({}) is not in the list of {} attributes on the resource ({})", query.getName(), type, StringUtils.collectionToDelimitedString(requiredList, ", "), type, StringUtils.collectionToDelimitedString(availableRrdAttributes, ", ")); return false; } }
From source file:net.solarnetwork.central.dras.biz.dao.test.ibatis.DaoUserBizTest.java
@Test public void assignNewMembers() { setupTestLocation();/*ww w .ja v a2 s.com*/ setupTestUserGroup(TEST_GROUP_ID, TEST_GROUPNAME, TEST_LOCATION_ID); setupTestUser(-8888L, "User A"); setupTestUser(-8887L, "User B"); // verify no users in group Set<Member> members = userGroupDao.getMembers(TEST_GROUP_ID, null); assertNotNull(members); assertEquals(0, members.size()); members.add(new User(-8888L)); members.add(new User(-8887L)); MembershipCommand membership = new MembershipCommand(); membership.setParentId(TEST_GROUP_ID); membership.setMode(Mode.Replace); membership.setMembers(members); EffectiveCollection<UserGroup, ? extends Member> result = userBiz.assignUserGroupMembers(membership); assertNotNull(result); assertNotNull(result.getObject()); assertEquals(TEST_GROUP_ID, result.getObject().getId()); assertNotNull(result.getEffective()); assertNotNull(result.getEffective().getId()); assertNotNull(result.getCollection()); Collection<? extends Member> assigned = result.getCollection(); assertEquals(members.size(), assigned.size()); assertTrue(members.containsAll(assigned)); }
From source file:fr.mby.portal.coreimpl.context.PropertiesAppConfigFactory.java
/** * Process ACL roles map from OPA config. * //from w w w. j av a 2 s . com * @param bundleApp * @param appConfig * @param opaConfig * @param permissionsMap * * @return the map of all configured roles. * @throws AppConfigNotFoundException * @throws BadAppConfigException */ protected Map<String, IRole> processAclRoles(final Bundle bundleApp, final BasicAppConfig appConfig, final Properties opaConfig, final Map<String, IPermission> permissionsMap) throws BadAppConfigException { final Map<String, IRole> rolesByAclName = new HashMap<String, IRole>(4); // Special Roles final Set<String> specialRolesNames = new HashSet<String>(SpecialRole.values().length); final Map<SpecialRole, IRole> specialRoles = new HashMap<SpecialRole, IRole>(SpecialRole.values().length); for (final SpecialRole srEnum : SpecialRole.values()) { specialRolesNames.add(srEnum.name()); } // Declared Roles final Set<String> aclRolesNames = new HashSet<String>(); aclRolesNames.addAll(specialRolesNames); final String aclRolesVal = this.getOptionalValue(opaConfig, OpaConfigKeys.ACL_ROLES.getKey()); final String[] aclRolesArray = StringUtils.delimitedListToStringArray(aclRolesVal, IAppConfigFactory.OPA_CONFIG_LIST_SPLITER); if (aclRolesArray != null) { for (final String aclRoleName : aclRolesArray) { if (StringUtils.hasText(aclRoleName)) { aclRolesNames.add(aclRoleName); } } } // Search permissions assignment final Map<String, Set<IPermission>> permissionsAssignment = new HashMap<String, Set<IPermission>>(4); for (final String aclRoleName : aclRolesNames) { // For each role search perm assignment final Set<IPermission> rolePermissionSet; final String permKey = OpaConfigKeys.ACL_ROLES.getKey().concat(".").concat(aclRoleName) .concat(OpaConfigKeys.ACL_PERMISSIONS_ASSIGNMENT_SUFFIX.getKey()); final String rolePermissionsVal = this.getOptionalValue(opaConfig, permKey); final String[] rolePermissionsArray = StringUtils.delimitedListToStringArray(rolePermissionsVal, IAppConfigFactory.OPA_CONFIG_LIST_SPLITER); if (rolePermissionsArray != null) { // We found a perm assignment rolePermissionSet = new HashSet<IPermission>(); for (final String rolePermissionName : rolePermissionsArray) { if (StringUtils.hasText(rolePermissionName)) { final IPermission perm = permissionsMap.get(rolePermissionName); if (perm != null) { rolePermissionSet.add(perm); } else { final String message = String.format( "Try to assign undeclared permission: [%1$s] to role: [%2$s] in OPA: [%3$s] !", rolePermissionName, aclRoleName, bundleApp.getSymbolicName()); throw new BadAppConfigException(message); } } } } else { rolePermissionSet = Collections.emptySet(); } permissionsAssignment.put(aclRoleName, rolePermissionSet); } // Search sub-roles assignment final Map<String, Set<String>> subRolesAssignment = new HashMap<String, Set<String>>(4); for (final String aclRoleName : aclRolesNames) { final Set<String> subRolesSet; final String key = OpaConfigKeys.ACL_ROLES.getKey().concat(".").concat(aclRoleName) .concat(OpaConfigKeys.ACL_SUBROLES_ASSIGNMENT_SUFFIX.getKey()); final String subRolesVal = this.getOptionalValue(opaConfig, key); final String[] subRolesArray = StringUtils.delimitedListToStringArray(subRolesVal, IAppConfigFactory.OPA_CONFIG_LIST_SPLITER); if (subRolesArray != null) { subRolesSet = new HashSet<String>(); for (final String subRoleName : subRolesArray) { if (StringUtils.hasText(subRoleName) && aclRolesNames.contains(subRoleName)) { subRolesSet.add(subRoleName); } else { final String message = String.format( "Try to assign undeclared sub-role: [%1$s] to role: [%2$s] in OPA: [%3$s] !", subRoleName, aclRoleName, bundleApp.getSymbolicName()); throw new BadAppConfigException(message); } } } else { subRolesSet = Collections.emptySet(); } subRolesAssignment.put(aclRoleName, subRolesSet); } // Build roles : begin with the sub-roles final Set<String> rolesToBuild = new HashSet<String>(aclRolesNames); final Set<String> builtRoles = new HashSet<String>(rolesToBuild.size()); while (!rolesToBuild.isEmpty()) { // Loop while some roles are not built yet final Iterator<String> rolesToBuildIt = rolesToBuild.iterator(); while (rolesToBuildIt.hasNext()) { // Loop on all roles not built yet to find one candidate to build final String aclRoleName = rolesToBuildIt.next(); final Set<String> subRolesNames = subRolesAssignment.get(aclRoleName); if (builtRoles.containsAll(subRolesNames)) { // If all sub-roles are already built we can build the role final String finalRoleName = this.buildFinalRoleName(bundleApp, aclRoleName); final Set<IPermission> permissions = permissionsAssignment.get(aclRoleName); final Set<IRole> subRoles = new HashSet<IRole>(subRolesNames.size()); for (final String subRoleName : subRolesNames) { subRoles.add(rolesByAclName.get(subRoleName)); } final IRole newRole = this.roleFactory.initializeRole(finalRoleName, permissions, subRoles); rolesByAclName.put(aclRoleName, newRole); builtRoles.add(aclRoleName); rolesToBuildIt.remove(); if (specialRolesNames.contains(aclRoleName)) { // Current role is special specialRoles.put(Enum.valueOf(SpecialRole.class, aclRoleName), newRole); } } } } appConfig.setSpecialRoles(Collections.unmodifiableMap(specialRoles)); final Set<IRole> rolesSet = new HashSet<IRole>(rolesByAclName.values()); appConfig.setDeclaredRoles(Collections.unmodifiableSet(rolesSet)); return rolesByAclName; }
From source file:org.mitre.mpf.wfm.pipeline.PipelineManager.java
private boolean isValidDetectionPipeline(String pipelineName, List<TaskDefinitionRef> taskDefinitions, Set<StateDefinition> currentStates) { if (taskDefinitions.size() == 1) { // There's only one task in the pipeline, and we know it to be detection. boolean rValue = true; Set<StateDefinitionRef> requiredStates = requiredTaskStates .get(StringUtils.upperCase(taskDefinitions.get(0).getName())); if (!currentStates.containsAll(requiredStates)) { log.error("{}: The states for {} are not satisfied. Current: {}. Required: {}.", pipelineName, taskDefinitions.get(0).getName(), currentStates, requiredStates); rValue = false;//from w w w . j a va2s . c o m } return rValue; } else if (getTask(taskDefinitions.get(0)).getActions().size() > 1) { // There's more than one task, and the number of actions in the first task exceeds 1. log.error("{}: No tasks may follow the multi-detection task of {}.", pipelineName, taskDefinitions.get(0).getName()); return false; } else if (getTask(taskDefinitions.get(1)) == null) { // At this point, we've determined there's at least one more task. The next task name must exist. log.error("{}: Task with name {} does not exist.", pipelineName, taskDefinitions.get(1).getName()); return false; } else { currentStates.addAll(providedTaskStates.get(StringUtils.upperCase(taskDefinitions.get(0).getName()))); ActionType nextTaskType = getTaskType(taskDefinitions.get(1)); switch (nextTaskType) { case DETECTION: currentStates.clear(); // If the next task is detection-based, we should disregard the current states as we're downselecting. return isValidDetectionPipeline(pipelineName, taskDefinitions.subList(1, taskDefinitions.size()), currentStates); case MARKUP: return isValidMarkupPipeline(pipelineName, taskDefinitions.subList(1, taskDefinitions.size()), currentStates); default: log.error("{}: {} is a detection task and may not be followed by {}.", pipelineName, taskDefinitions.get(0).getName(), taskDefinitions.get(1).getName()); return false; } } }