1 /CLASS
/CLASS=className Specifies a subset of the complete LASTport Disk (LAD) name space. The purpose of class names is to subdivide name spaces so that clients see only those names that are meaningful to them. The use of class names also allows two services to have the same name and not conflict with one another. You can, for example, use different class names for different on-disk structures that several client systems use. You might use SERVICEA/CLASS=ODS-2 for some client systems and SERVICEA/CLASS=ISO_9660 for other client systems. The service has the same name, SERVICEA, but the class names are different. The class name you use depends upon the client systems that will connect to the service being created. The default class name is ODS_2. For example, OpenVMS systems use the ODS_2 name space when attempting to mount an InfoServer device. Note that OpenVMS clients can solicit only those services that are in the ODS_2 service class. Valid class names are the following: V2.0 Names understood by PCSA MS-DOS Clients Unformatted Virtual disk has no format MSDOS MSDOS virtual disks ODS_2 VMS virtual disks UNIX UNIX virtual disks ISO_9660 ISO 9660 CD format HIGH_SIERRA MS-DOS CD format APPLE Macintosh HFS format SUN Sun format
2 /PASSWORD
/PASSWORD=passwordString /NOPASSWORD Specifies an optional service access control password. The client system must specify the password to access the service. The password string can be up to 39 alphanumeric ASCII characters in length. If no password is specified, the client is not required to provide a password to access the service. The text password is hashed and stored in encrypted form in memory with the other service information.
3 /RATING
/RATING=DYNAMIC /RATING=STATIC=value Clients use service rating to select a service in the case of multiple matching services. The service with the higher service rating is selected. The system adjusts the dynamic service rating based on load. A static rating between 0 and 65535 can also be set. Static ratings are not adjusted by the system.
4 /READAHEAD
/READAHEAD /NOREADAHEAD When a disk read is required to fill a cache lock, specifies that the read should be from the first block requested to the end of the bucket boundary. Readahead can speed up sequential operations by pre-loading disk blocks that are needed into the cache. If both /READAHEAD and /READBEHIND are specified, any block requested within a cache bucket causes the entire bucket range of blocks to be read into the cache.
5 /READBEHIND
/READBEHIND /NOREADBEHIND When a disk read is required to fill a cache block, specifies that the read should include all blocks from the beginning of the cache bucket boundary up to and including the requested block. If both /READAHEAD and /READBEHIND are specified, any block requested within a cache bucket causes the entire bucket range of blocks to be read into the cache.
6 /READERS
/READERS=number Specifies the maximum number of client connections allowed for read access.