Oracle Net8 Configuration and Troubleshooting

By Jonathan Gennick, Hugo Toledo

MAD  [See Microsoft Active Directory]

management utilities 

    Connection Manager control 

    listener controls 

    Names Control and 

MAX_FREELIST_BUFFERS profile setting 

MAXIMUM_CONNECT_DATA profile setting 

MAXIMUM_RELAYS profile setting 

METHOD parameter 

methods  [See naming methods ]

Microsoft Active Directory (MAD) 

    addressing LDAP servers 

    competing brands 

    LDAP directory, configuring 

    naming methods, choosing 

Microsoft Networking environments, using named pipes 

MTS (multi-threaded server)  2nd  3rd 

    Bequeath connections and 

    connection concentration and 

    database initialization file changes and 

    dedicated server connections and  2nd 

    dispatcher processes and 

    implementing 

    listener load balancing and  2nd 

    parameters for initialization 

    performance 

    planning for 

    problems and benefits of  2nd 

    settings 

    shared server processes and 

    supporting protocols for 

    viewing status of 

MTS_DISPATCHERS parameter  2nd  3rd 

    ALTER SYSTEM statement, syntax of 

    forcing an address 

    IIOP connections and 

    LISTENER attribute 

    modifying the number of dispatchers 

    standard connections and 

    supporting CORBA 

MTS_LISTENER parameter, using listener load balancing 

MTS_LISTENER_ADDRESS parameter 

MTS_MAX_DISPATCHERS parameter  2nd 

MTS_MAX_SERVERS parameter  2nd 

    shared processes specifying number of 

MTS_MULTIPLE_LISTENERS parameter 

MTS_RATE_LOG_SIZE parameter 

MTS_RATE_SCALE parameter 

MTS_SERVERS parameter  2nd 

    returning statistics 

    shared server processes, changing the number of 

    specifying number of shared processes 

multi-protocol support 

    combining with connection concentration and 

    configuring clients for Connection Manager 

    Net8 Assistant and 

multi-threaded server  [See MTS]

multi-threaded servers  [See MTSs]

multiple Connection Manager instances 

multiple descriptions 

    load balancing and 

multiple hops in access control rules 

multiple listener addresses

    failover with 

multiple listeners