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318 Lotus Security Handbook destinationIndicator $ preferredDeliveryMethod $ telexNumber $ teletexTerminalIdentifier $ internationalISDNNumber $ facsimileTelephoneNumber $ street $ postalAddress $ postalCode $ postOfficeBox $ physicalDeliveryOfficeName $ ou $ st $ l ) ) objectclass: inetOrgPerson objectclasses=( 2.16.840.1.113730.3.2.2 NAME 'inetOrgPerson' DESC 'Defines entries representing people in an organizations enterprise network.' SUP 'organizationalPerson' STRUCTURAL MAY ( audio $ businessCategory $ carLicense $ departmentNumber $ employeeNumber $ employeeType $ givenName $ homePhone $ homePostalAddress $ initials $ jpegPhoto $ labeledURI $ mail $ manager $ mobile $ pager $ photo $ preferredLanguage $ roomNumber $ secretary $ uid $ userCertificate $ userSMIMECertificate $ x500UniqueIdentifier $ displayName $ o $ userPKCS12 ) ) objectclass: eDominoAccount objectclasses=( 1.3.18.0.2.6.122 NAME 'eDominoAccount' DESC 'Represents a Domino account.' SUP 'top' STRUCTURAL MUST ( sn $ userid ) MAY ( certificateExpirationDate $ certifierId $ certifierPassword $ clienttypereg $ createAddressBookEntry $ createFullTextIndex $ createIdFile $ createMailDatabase $ createNorthAmericanId $ createNotesUser $ description $ fullName $ givenName $ idFilePath $ idtype $ initialPassword $ initialPopulation $ internetAddress $ l $ localadmin $ location $ mail $ mailDomain $ mailFile $ mailFileOwnerAccess $ mailFileTemplate $ mailProgram $ mailServer $ mailSystem $ middleName $ minPasswordLength $ ou $ overwriteaddressbook $ overwriteidfile $ principalPtr $ profiles $ proposedaltcommonname $ proposedAltFullNameLanguage $ proposedAltOrgUnit $ registrationServer $ saveIdInAddressBook $ saveIdInFile $ setDbQuota $ setWarningThreshold $ shortName ) ) Note that each object class begins with a string of numbers delimited by decimals. This number is referred to as the OID (object identifier). After the OID is the object class name (NAME) followed by a description (DESC). If it is subordinate to another object class, the superior (SUP) object class is listed. Finally, the object class definition specifies what attributes are mandatory (MUST) and which are optional (MAY). The OID is a numeric string that is used to uniquely identify an object. OIDs are a managed hierarchy administered by the International Organization for Standardization (ISO Web site http://www.iso.ch/) and the International Telecommunication Union (ITU Web site http://www.itu.ch/). ISO and ITU delegate OID management to organizations by assigning them OID numbers. Organizations can then assign OIDs to objects or further delegate to other organizations. OIDs are associated with objects in protocols and data structures defined using Abstract Syntax Notation (ASN.1).
OIDs are intended to be globally unique. They are formed by taking a unique numeric string (for example, 1.3.4.7.4.17) and adding additional digits in a unique fashion (such as 1.3.4.7.4.17.1, 1.3.4.7.4.17.2, 1.3.4.7.4.17.3, and so forth). An organization may acquire a “branch” from some root or vertex in the OID tree. Such a branch is more commonly referred to as an arc (in the previous example, it was 1.3.4.7.4.17). The organization may then extend the arc (with subarcs) as shown, to create additional OIDs and arcs. We have no idea why the terminology for the OID tree uses the words “vertex” and “arc” instead of “root” and “branch” as is more commonly used in LDAP and its X.500 heritage. If you have an LDAP directory that is a derivative of the original University of Michigan LDAP code (many open source and commercial LDAP directory servers are), your object class definitions are contained in files ending with “.oc”. For those of you wondering where the “eDominoAccount” object class definition is located, it is of course specific to IBM Directory Server. Note that IBM-specific OIDs begin with the arc 1.3.18.0.2; this is a unique private enterprise number that has been assigned to IBM. The number breaks down as follows: 1 (ISO-assigned OID) 1.3 (ISO-identified organization) 1.3.18 (IBM) 1.3.18.0 (IBM Objects) 1.3.18.0.2 (IBM Distributed Directory) As you may have guessed, the “dot notation” as first used by the IETF for IP addresses was adopted for OIDs to keep things simple. However, unlike IP addresses, there is no limit to the length of an OID. If your organization must define your own attributes for use within your internal directories, you should consider obtaining your own private enterprise number arc to identify these attributes. We do not recommend that you “make up” your own numbers, as you will probably not be able to interoperate with other organizations (or some vendor’s LDAP products). This is not to say obtaining your own OID arc from ISO, IANA, or some other authority to define your own object classes and attributes will guarantee interoperability. But it will prevent you from using OIDs that have already been assigned to or by someone else. OIDs are only used for “equality-matching.” That is, two objects (for example, directory attributes or certificate policies) are considered to be the same if they have exactly the same OID. There are no implied navigational or hierarchical capabilities with OIDs (unlike IP addresses, for example); given an OID, one can not readily find out who owns the OID, related OIDs, and so forth. OIDs exist to provide a unique identifier. There is nothing to stop two organizations from picking the same identical names for objects that they manage; however, the OIDs will be unique assuming they were assigned from legitimate arc numbers. Chapter 8. Directory strategies 319
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388 Lotus Security Handbook - MacOS
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400 Lotus Security Handbook demands
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406 Lotus Security Handbook the TCB
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408 Lotus Security Handbook Removin
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410 Lotus Security Handbook Enablin
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412 Lotus Security Handbook So, it
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10.1 Components of the Notes/Domino
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422 Lotus Security Handbook Certifi
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New for Domino 6 430 Lotus Security
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438 Lotus Security Handbook Run sim
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446 Lotus Security Handbook If you
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448 Lotus Security Handbook but the
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450 Lotus Security Handbook organiz
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460 Lotus Security Handbook server,
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462 Lotus Security Handbook Client
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464 Lotus Security Handbook form, g
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470 Lotus Security Handbook For eac
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472 Lotus Security Handbook ► Ses
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11.9.2 Multi-server session-based a
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476 Lotus Security Handbook 4. Save
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478 Lotus Security Handbook databas
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480 Lotus Security Handbook Similar
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482 Lotus Security Handbook How ser
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486 Lotus Security Handbook NextExp
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488 Lotus Security Handbook Connect
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490 Lotus Security Handbook At this
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494 Lotus Security Handbook Example
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500 Lotus Security Handbook Anonymo
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504 Lotus Security Handbook To ente
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510 Lotus Security Handbook and the
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512 Lotus Security Handbook even wh
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514 Lotus Security Handbook Prefix
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Table 11-13 Conflict between denied
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518 Lotus Security Handbook Control
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520 Lotus Security Handbook “Deny
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11.12.2 Mail policy management New
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Table 11-15 Rule conditions 524 Lot
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Action name Description Change rout
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Table 11-17 DOLS security options O
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530 Lotus Security Handbook For inf
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532 Lotus Security Handbook If the
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12.1 Lotus Team Workplace (QuickPla
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538 Lotus Security Handbook Externa
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12.2.2 Proxy support for Sametime c
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546 Lotus Security Handbook ► By
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548 Lotus Security Handbook If the
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12.3 Domino Web Access (iNotes) 12.
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12.3.2 Encrypting a mail file on a
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12.3.5 Protection against malicious
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12.4 Lotus Workplace 556 Lotus Secu
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12.5 IBM WebSphere Portal 12.5.1 Au
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560 Lotus Security Handbook WebSphe
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564 Lotus Security Handbook externa
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566 Lotus Security Handbook this ti
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570 Lotus Security Handbook Authent
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572 Lotus Security Handbook Using T
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574 Lotus Security Handbook ► Con
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576 Lotus Security Handbook ► Den
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578 Lotus Security Handbook ► Lot
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Figure 13-2 Mail file 584 Lotus Sec
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14.1 Basic internal collaboration (
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Figure 14-17 Basic Settings 606 Lot
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Figure 14-21 Firewall rules 14.3 In
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616 Lotus Security Handbook 5. Modi
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624 Lotus Security Handbook ► rem
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630 Lotus Security Handbook ► It
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640 Lotus Security Handbook complet
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642 Lotus Security Handbook 3. To t
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* Notes SDK include files */ #inclu
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} /*--- * filter termination */ uns
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*/ if (authData->userName && authDa
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goto NoUnlockExit; pLookup = (char
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* *********************************
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if (getspnam_r(userName, &result, b
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674 L
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Hostname="localhost.dotnsf.com" Por
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[Mon Jun 09 12:06:54 2003] 00000d54
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Other publications Online resources
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Certificate authorities Domino 260
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kFilterParsedRequest Event 299 kFil
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object classes 316 objectclass eDom
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and iNotes 498 events 492 flowchart
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and WebSphere Portal 622 benefits 2
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Lotus Security Handbook Key securit
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