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  • SupportWeb.MTODBCDiagrams(Last) -- DAVWikiAdmin? , 2018-11-26 13:51:25 Edit WebDAV System Administrator 2018-11-26 13:51:25

    Supported Architectures - Enterprise Edition (Multi-Tier) Drivers

    Our Enterprise Edition (Multi-Tier) drivers support the following data access architectures. The Workstation and Application Server designations describe usage models. Workstation usage apply to architectures in which one user connects to an application instance at one time. Application Server licenses apply to architectures in which multiple users connect to an application instance at one time.

    Single Machine Architecture

    Single Machine

    DBMS Server with Distinct Client Host(s) (DBMS Server Install Required)

    Two Machines (Server Install Required)

    DBMS Server with Distinct Client Host(s) (No DBMS Server Install)

    Two Machines (No Server Install)

    DBMS Server with Gateway & Distinct Client Host(s)

    Client, Server and Gateway

    Key to Images

           Image        Sort in descending order Explanation
    User Users are humans or non-human agents that leverage applications to obtain or manipulate SQL data held in data repositories. Users are identified by the hostname or IP address of the machine which hosts their target application(s). Users appearing inside bounding box of client machine represent local users and support a client/server architecture. Users appearing outside bounding box represent remote users and indicate an application server model.
    Application Instance The application instance refers to individual instances of applications that users exploit in the target architecture. Each instance of the application(s) is tasked with returning SQL data to users in a manner that is meaningful to them.
    Driver Manager The driver manager is a generic utility that loads drivers when requested to do so by client applications. OpenLink's Windows-based drivers are compatible with the Microsoft Driver Manager. OpenLink's Mac and Unix drivers ship with the iODBC Driver Manager. However, these drivers are designed for interoperability with non-OpenLink driver managers such as unixODBC and Intersolv.
    OpenLink ODBC Client Driver The OpenLink client driver comprises a clientside-only install of a .dll or other library and supporting files. Single-Tier client drivers are DBMS- or bridge-specific. They establish ODBC connectivity without the assistance of server components. Multi-Tier ODBC client drivers are generic. They require OpenLink server components to complete any data requests.
    OpenLink ODBC Client Driver Database native client refers to third-party database client communications software that facilitates connectivity to the target data store. This software speaks the native protocol of that data store.
    ODBC DSN or JDBC URL ODBC DSN or JDBC URL refers to ODBC data sources or JDBC connection URLs that pre-exist on the client system. These DSNs or JDBC URLS often use 3rd-party data access products, but they may use OpenLink data access drivers as well. The drivers used to create the DSN or JDBC connection URL must share the same bit descriptor as the OpenLink server components.
    OpenLink Server Components The OpenLink server components are architectural components that are specific to the Multi-Tier product format. The server components consist of a Request Broker and an Agent. The Request Broker is a generic, TCP-based listening service. It responds to client driver requests and loads the Agent that is suited for fulling those client requests. Agents may be DBMS- or bridge- specific. Requests for Oracle data are satisfied by one of OpenLink's Oracle Database Agents. Requests for data contained in a JDBC data store are satisfied by one of OpenLink's bridge-based JDBC agents.
    Data Data refers to SQL data that is contained in the target data store.
    Local IPC Connection Local IPC communications between architectural components. Local IPC communications can only occur when architectural components are hosted on the same, physical machine.
    TCP/IP Connection TCP/IP-based communications between architectural components. TCP/IP-based communications can occur across machine boundaries.

    Referenced by...