Examples with NamedEntry com.zimbra.cs.account.NamedEntry used on opensource projects

Example 21 with NamedEntry

use of com.zimbra.cs.account.NamedEntry in project zm-mailbox by Zimbra.

the class TestLdapProvSearchDirectory method CMBSearchAccountsOnly.

@Test
public void CMBSearchAccountsOnly() throws Exception {
    Account acct1 = createAccount(genAcctNameLocalPart("1"));
    Map<String, Object> acct2Attrs = Maps.newHashMap();
    acct2Attrs.put(Provisioning.A_zimbraExcludeFromCMBSearch, "TRUE");
    Account acct2 = createAccount(genAcctNameLocalPart("2"), acct2Attrs);
    Map<String, Object> acct3Attrs = Maps.newHashMap();
    acct3Attrs.put(Provisioning.A_zimbraExcludeFromCMBSearch, "FALSE");
    Account acct3 = createAccount(genAcctNameLocalPart("3"), acct3Attrs);
    String[] returnAttrs = { Provisioning.A_displayName, Provisioning.A_zimbraId, Provisioning.A_uid, Provisioning.A_zimbraArchiveAccount, Provisioning.A_zimbraMailHost };
    // use domain so our assertion will work, production code does not a domain
    SearchAccountsOptions searchOpts = new SearchAccountsOptions(domain, returnAttrs);
    searchOpts.setIncludeType(IncludeType.ACCOUNTS_ONLY);
    searchOpts.setSortOpt(SortOpt.SORT_DESCENDING);
    ZLdapFilter filter = ZLdapFilterFactory.getInstance().CMBSearchAccountsOnly();
    searchOpts.setFilter(filter);
    List<NamedEntry> accounts = prov.searchDirectory(searchOpts);
    Verify.verifyEquals(Lists.newArrayList(acct3, acct1), accounts, true);
    deleteAccount(acct1);
    deleteAccount(acct2);
    deleteAccount(acct3);
/*
        // legacy code and LDAP trace before refactoring
        List<NamedEntry> accounts = prov.searchAccounts(
                "(|(!(" + Provisioning.A_zimbraExcludeFromCMBSearch + "=*))(" +
                Provisioning.A_zimbraExcludeFromCMBSearch + "=FALSE))",
                attrs, null, false, Provisioning.searchDirectoryStringToMask("accounts"));

        Oct  9 13:00:09 pshao-macbookpro-2 slapd[73952]: conn=1327 op=101 SRCH base="" scope=2 deref=0 filter="(&(|(!(zimbraExcludeFromCMBSearch=*))(zimbraExcludeFromCMBSearch=FALSE))(&(objectClass=zimbraAccount)(!(objectClass=zimbraCalendarResource))))"
        Oct  9 13:00:09 pshao-macbookpro-2 slapd[73952]: conn=1327 op=101 SRCH attr=zimbraCOSId objectClass zimbraDomainName zimbraACE displayName zimbraId uid zimbraArchiveAccount zimbraMailHost
        */
/*
         * LDAP trace after reactoring
         *
         Oct  9 13:43:26 pshao-macbookpro-2 slapd[73952]: conn=1345 op=107 SRCH base="ou=people,dc=com,dc=zimbra,dc=qa,dc=unittest,dc=testldapprovaccount" scope=2 deref=0 filter="(&(&(objectClass=zimbraAccount)(!(objectClass=zimbraCalendarResource)))(|(!(zimbraExcludeFromCMBSearch=*))(zimbraExcludeFromCMBSearch=FALSE)))"
         Oct  9 13:43:26 pshao-macbookpro-2 slapd[73952]: conn=1345 op=107 SRCH attr=zimbraCOSId objectClass zimbraDomainName zimbraACE displayName zimbraId uid zimbraArchiveAccount zimbraMailHost
         */
}

Example 22 with NamedEntry

use of com.zimbra.cs.account.NamedEntry in project zm-mailbox by Zimbra.

the class TestLdapProvRenameDomain method namedEntryListToNameSet.

Set<String> namedEntryListToNameSet(List<NamedEntry> entries, UnicodeOrACE unicodeOrACE) {
    Set<String> nameSet = new HashSet<String>();
    for (NamedEntry entry : entries) {
        String name;
        if (entry instanceof MailTarget) {
            if (unicodeOrACE == UnicodeOrACE.UNICODE) {
                name = ((MailTarget) entry).getUnicodeName();
            } else {
                name = entry.getName();
            }
        } else {
            name = entry.getName();
        }
        nameSet.add(name);
    }
    return nameSet;
}

Example 23 with NamedEntry

use of com.zimbra.cs.account.NamedEntry in project zm-mailbox by Zimbra.

the class TestSearchDirectory method testResponsContainsEphemeralAttrs.

@Test
public void testResponsContainsEphemeralAttrs() throws Exception {
    String acctName = String.format("user1@%s", domain.getName());
    Account acct = provUtil.createAccount(acctName, PASSWORD);
    Date date = new Date();
    acct.setLastLogonTimestamp(date);
    List<NamedEntry> results = searchDirectory(acct.getName(), false);
    acct = (Account) results.get(0);
    String timestamp = acct.getAttr(Provisioning.A_zimbraLastLogonTimestamp);
    assertEquals(LdapDateUtil.toGeneralizedTime(date), timestamp);
}

Example 24 with NamedEntry

use of com.zimbra.cs.account.NamedEntry in project zm-mailbox by Zimbra.

the class CollectAllEffectiveRights method collect.

private void collect() throws ServiceException {
    if (mRightBearer instanceof GlobalAdmin) {
        for (TargetType tt : TargetType.values()) {
            EffectiveRights er = new EffectiveRights(tt.getCode(), null, null, mRightBearer.getId(), mRightBearer.getName());
            Entry target;
            if (TargetType.config == tt) {
                target = mProv.getConfig();
            } else if (TargetType.global == tt) {
                target = mProv.getGlobalGrant();
            } else {
                target = PseudoTarget.createPseudoTarget(mProv, tt, null, null, true, null, null, null);
            }
            CollectEffectiveRights.getEffectiveRights(mRightBearer, target, tt, mExpandSetAttrs, mExpandGetAttrs, er);
            mResult.setAll(tt, er);
        }
        return;
    }
    // we want all target types
    Set<TargetType> targetTypesToSearch = new HashSet<TargetType>(Arrays.asList(TargetType.values()));
    // get the set of zimbraId of the grantees to search for
    Set<String> granteeIdsToSearch = mGrantee.getIdAndGroupIds();
    // add external group grants that *may* apply
    if (mGrantee.isAccount()) {
        Domain domain = mProv.getDomain(mGrantee.getAccount());
        granteeIdsToSearch.add(ZimbraACE.ExternalGroupInfo.encode(domain.getId(), ""));
    }
    SearchGrants searchGrants = new SearchGrants(mProv, targetTypesToSearch, granteeIdsToSearch);
    Set<GrantsOnTarget> grantsOnTargets = searchGrants.doSearch().getResults(true);
    // staging for group grants
    Set<Group> groupsWithGrants = new HashSet<Group>();
    // 
    for (GrantsOnTarget grantsOnTarget : grantsOnTargets) {
        Entry grantedOnEntry = grantsOnTarget.getTargetEntry();
        ZimbraACL acl = grantsOnTarget.getAcl();
        TargetType targetType = TargetType.getTargetType(grantedOnEntry);
        if (targetType == TargetType.global) {
            computeRightsInheritedFromGlobalGrant();
        } else if (targetType == TargetType.domain) {
            computeRightsInheritedFromDomain((Domain) grantedOnEntry);
            computeSubDomainRightsInheritedFromDomain(acl, (Domain) grantedOnEntry);
        } else if (targetType == TargetType.dl) {
            groupsWithGrants.add((DistributionList) grantedOnEntry);
        } else if (targetType == TargetType.group) {
            groupsWithGrants.add((DynamicGroup) grantedOnEntry);
        }
    }
    // 
    // Stage 2
    // 
    // process group grants
    // 
    // first, shape all members in all groups with grants into "shapes"
    // 
    // e.g. if the grant search returned three groups: A, B, C
    // group A contains members m1, m2, m3
    // group B contains members m2, m3, m4
    // group C contains members m5
    // 
    // (assuming all m{X} are accounts)
    // 
    // After "shaping", the accountShapes Set will contain 4 shapes:
    // shape A  - m1
    // shape AB - m2, m3
    // shape B  - m4
    // shape C  - m5
    // 
    /*
         * because of bug 68820, we have to also take into accounts all sub groups
         * of groupsWithGrants when we build shapes - even if the sub groups don't
         * have any grants.
         *
         * Prior to bug 68820, we didn't have to do this(i.e. add in sub groups
         * that don't have any grants when shapes are computed), because sub groups
         * dont't have grants would never affect how grants are inherited - all grants
         * get inherited to sub groups and their member accounts/crs.
         *
         * But bug 68820 introduced a new right modifier - DISINHERIT_SUB_GROUPS,
         * that controls whether a grant on a group can be inherited by sub groups and
         * their account/cr members.
         *
         * Now the input groups for calculating shapes are:
         * union of (groups have grants and all their sub groups)
         *
         * This will result in more shares than before if non ofthe sub groups has grants,
         * but if spawned shapes actually have the same effective rights, they will be
         * merged by RightsByTargetType.addAggregation(), in that it checks if ther are
         * already an aggregation with the exact the same right.  If there are, then just
         * add the targets to the existing aggregation, instead of adding new ones.
         */
    Set<String> processedGroups = new HashSet<String>();
    Set<GroupShape> accountShapes = new HashSet<GroupShape>();
    Set<GroupShape> calendarResourceShapes = new HashSet<GroupShape>();
    Set<GroupShape> distributionListShapes = new HashSet<GroupShape>();
    for (Group group : groupsWithGrants) {
        String groupName = group.getName().toLowerCase();
        if (processedGroups.contains(groupName)) {
            continue;
        } else {
            processedGroups.add(groupName);
        }
        AllGroupMembers allMembers = getAllGroupMembers(group);
        GroupShape.shapeMembers(TargetType.account, accountShapes, allMembers);
        GroupShape.shapeMembers(TargetType.calresource, calendarResourceShapes, allMembers);
        GroupShape.shapeMembers(TargetType.dl, distributionListShapes, allMembers);
        // no need to get TargetType.group members of the group, because
        // dynamic group cannot be a member of a Distribution list or another
        // dynamic group
        processedGroups.add(group.getId());
        /*
             * handle sub groups.  allMembers already contains a flat set of all members
             * of group that is a DistributionList, just go through the flat set and compute
             * shares for each.  If group is a dynamic group, we should never get into
             * the following loop, because there should be no nested groups member of
             * dynamic group.
             */
        for (String nestedGoupMember : allMembers.getMembers(TargetType.dl)) {
            String nestedGoupMemberName = nestedGoupMember.toLowerCase();
            if (processedGroups.contains(nestedGoupMemberName)) {
                continue;
            } else {
                processedGroups.add(nestedGoupMemberName);
            }
            DistributionList subDl = mProv.get(DistributionListBy.name, nestedGoupMemberName);
            // sanity check, shout not be null
            if (subDl != null) {
                AllGroupMembers allMembersOfSubDl = getAllGroupMembers(subDl);
                GroupShape.shapeMembers(TargetType.account, accountShapes, allMembersOfSubDl);
                GroupShape.shapeMembers(TargetType.calresource, calendarResourceShapes, allMembersOfSubDl);
                GroupShape.shapeMembers(TargetType.dl, distributionListShapes, allMembersOfSubDl);
            }
        }
    }
    if (ZimbraLog.acl.isDebugEnabled()) {
        GroupShape.debug("accountShapes", accountShapes);
        GroupShape.debug("calendarResourceShapes", calendarResourceShapes);
        GroupShape.debug("distributionListShapes", distributionListShapes);
    }
    // then, for each group shape, generate a RightAggregation and record in the AllEffectiveRights.
    // if any of the entries in a shape also have grants as an individual, the effective rigths for
    // those entries will be replaced in stage 3.
    Set<String> entryIdsHasGrants = new HashSet<String>();
    for (GrantsOnTarget grantsOnTarget : grantsOnTargets) {
        Entry grantedOnEntry = grantsOnTarget.getTargetEntry();
        if (grantedOnEntry instanceof NamedEntry) {
            entryIdsHasGrants.add(((NamedEntry) grantedOnEntry).getId());
        }
    }
    computeRightsOnGroupShape(TargetType.account, accountShapes, entryIdsHasGrants);
    computeRightsOnGroupShape(TargetType.calresource, calendarResourceShapes, entryIdsHasGrants);
    computeRightsOnGroupShape(TargetType.dl, distributionListShapes, entryIdsHasGrants);
    // 
    for (GrantsOnTarget grantsOnTarget : grantsOnTargets) {
        Entry grantedOnEntry = grantsOnTarget.getTargetEntry();
        ZimbraACL acl = grantsOnTarget.getAcl();
        TargetType targetType = TargetType.getTargetType(grantedOnEntry);
        if (targetType != TargetType.global) {
            computeRightsOnEntry(targetType, grantedOnEntry);
        }
    }
}

Example 25 with NamedEntry

use of com.zimbra.cs.account.NamedEntry in project zm-mailbox by Zimbra.

the class RightCommand method getAllEffectiveRights.

public static AllEffectiveRights getAllEffectiveRights(Provisioning prov, String granteeType, GranteeBy granteeBy, String grantee, boolean expandSetAttrs, boolean expandGetAttrs) throws ServiceException {
    AdminConsoleCapable acc = verifyAdminConsoleCapable();
    // grantee
    GranteeType gt = GranteeType.fromCode(granteeType);
    NamedEntry granteeEntry = GranteeType.lookupGrantee(prov, gt, granteeBy, grantee);
    RightBearer rightBearer = RightBearer.newRightBearer(granteeEntry);
    AllEffectiveRights aer;
    String cacheKey = null;
    if (ALL_EFFECTIVE_RIGHTS_CACHE != null) {
        cacheKey = String.format("%s-%s-%s-%b-%b", rightBearer.getId(), gt.getCode(), granteeEntry.getId(), expandSetAttrs, expandGetAttrs);
        aer = ALL_EFFECTIVE_RIGHTS_CACHE.getIfPresent(cacheKey);
        if (aer == null) {
            aer = getAllEffectiveRights(acc, gt, granteeEntry, rightBearer, expandSetAttrs, expandGetAttrs);
            ALL_EFFECTIVE_RIGHTS_CACHE.put(cacheKey, aer);
        }
    } else {
        aer = getAllEffectiveRights(acc, gt, granteeEntry, rightBearer, expandSetAttrs, expandGetAttrs);
    }
    return aer;
}