Part 3. DQM in WebSphere MQ for UNIX systems, and Windows  systems, and MQSeries for Compaq OpenVMS Alpha, Compaq NonStop Kernel, and OS/2 Warp

Partial Table-of-Contents

  • Chapter 8. Monitoring and controlling channels on distributed platforms
  • The DQM channel control function
  • Functions available
  • Getting started with objects
  • Creating objects
  • Creating default objects
  • How are default objects created?
  • Changing the default objects
  • Creating a channel
  • Create channel example
  • Displaying a channel
  • Display channel examples
  • Displaying channel status
  • Display channel status examples
  • Starting a channel
  • Renaming a channel
  • Channel attributes and channel types
  • Channel functions
  • Create
  • Change
  • Delete
  • Display
  • Display Status
  • Ping
  • Ping with LU 6.2
  • Start
  • Stop
  • Stop quiesce example
  • Stop force example
  • Stop terminate example
  • Reset
  • Resolve

  • Chapter 9. Preparing WebSphere MQ for distributed platforms
  • Transmission queues and triggering
  • Creating a transmission queue
  • Triggering channels
  • Example definitions for triggering
  • Examples for WebSphere MQ for AIX, iSeries, HP-UX, Linux, Solaris, and Windows systems, and MQSeries V5.1 for Compaq Tru64 UNIX, and OS/2 Warp
  • Starting the channel initiator
  • Stopping the channel initiator
  • Channel programs
  • Other things to consider
  • Undelivered-message queue
  • Queues in use
  • Security of WebSphere MQ objects
  • On UNIX systems, Compaq OpenVMS Alpha, and Compaq NonStop Kernel
  • On Windows systems
  • User IDs across systems
  • User IDs on OS/2
  • System extensions and user-exit programs
  • Running channels and listeners as trusted applications
  • What next?

  • Chapter 10. Setting up communication for OS/2 and Windows
  • Deciding on a connection
  • Defining a TCP connection
  • Sending end
  • Receiving on TCP
  • Using the TCP/IP listener
  • Using the TCP listener backlog option
  • Using the WebSphere MQ listener
  • Using the TCP/IP SO_KEEPALIVE option
  • Defining an LU 6.2 connection
  • Sending end for OS/2
  • Sending end for Windows
  • Receiving on LU 6.2
  • Using the RUNMQLSR command
  • Using Communications Manager/2 on OS/2
  • Using Microsoft SNA Server on Windows
  • Defining a NetBIOS connection
  • Defining the WebSphere MQ local NetBIOS name
  • Establishing the queue manager NetBIOS session, command, and name limits
  • Establishing the LAN adapter number
  • Initiating the connection
  • Target listener
  • Defining an SPX connection
  • Sending end
  • Using the SPX KEEPALIVE option (OS/2 only)
  • Receiving on SPX
  • Using the SPX listener backlog option
  • Using the WebSphere MQ listener
  • IPX/SPX parameters
  • OS/2
  • DOS and Windows 3.1 client
  • Windows systems
  • Windows 95 and Windows 98

  • Chapter 11. Example configuration - MQSeries for OS/2 Warp
  • Configuration parameters for an LU 6.2 connection
  • Configuration worksheet
  • Explanation of terms
  • Establishing an LU 6.2 connection
  • Defining local node characteristics
  • Configuring a DLC
  • Configuring the local node
  • Adding a local LU
  • Adding a transaction program definition
  • Configuring a mode
  • Connecting to a peer system
  • Adding a peer connection
  • Defining a partner LU
  • Connecting to a host system
  • Adding a host connection
  • Defining a partner LU
  • Verifying the configuration
  • What next?
  • Establishing a TCP connection
  • What next?
  • Establishing a NetBIOS connection
  • Establishing an SPX connection
  • IPX/SPX parameters
  • IPX
  • SPX
  • SPX addressing
  • Using the SPX KEEPALIVE option
  • Receiving on SPX
  • Using the WebSphere MQ listener
  • MQSeries for OS/2 Warp configuration
  • Basic configuration
  • Channel configuration
  • MQSeries for OS/2 Warp sender-channel definitions using SNA
  • MQSeries for OS/2 Warp receiver-channel definitions using SNA
  • MQSeries for OS/2 Warp sender-channel definitions using TCP
  • MQSeries for OS/2 Warp receiver-channel definitions using TCP/IP
  • MQSeries for OS/2 Warp sender-channel definitions using NetBIOS
  • MQSeries for OS/2 Warp receiver-channel definitions using NetBIOS
  • MQSeries for OS/2 Warp sender-channel definitions using IPX/SPX
  • MQSeries for OS/2 Warp receiver-channel definitions using IPX/SPX
  • Running channels as processes or threads

  • Chapter 12. Example configuration - IBM WebSphere MQ for Windows
  • Configuration parameters for an LU 6.2 connection
  • Configuration worksheet
  • Explanation of terms
  • Establishing an LU 6.2 connection
  • Configuring the local node
  • Adding a connection
  • Adding a partner
  • Adding a CPI-C entry
  • Configuring an invokable TP
  • What next?
  • Establishing a TCP connection
  • What next?
  • Establishing a NetBIOS connection
  • Establishing an SPX connection
  • IPX/SPX parameters
  • SPX addressing
  • Receiving on SPX
  • Using the WebSphere MQ listener
  • WebSphere MQ for Windows configuration
  • Default configuration
  • Basic configuration
  • Channel configuration
  • WebSphere MQ for Windows sender-channel definitions using SNA
  • WebSphere MQ for Windows receiver-channel definitions using SNA
  • WebSphere MQ for Windows sender-channel definitions using TCP/IP
  • WebSphere MQ for Windows receiver-channel definitions using TCP
  • WebSphere MQ for Windows sender-channel definitions using NetBIOS
  • WebSphere MQ for Windows receiver-channel definitions using NetBIOS
  • WebSphere MQ for Windows sender-channel definitions using SPX
  • WebSphere MQ for Windows receiver-channel definitions using SPX
  • Automatic startup
  • Running channels as processes or threads
  • Multiple thread support -- pipelining
  • Channel exit considerations

  • Chapter 13. Setting up communication in UNIX systems
  • Deciding on a connection
  • Defining a TCP connection
  • Sending end
  • Receiving on TCP
  • Using the TCP/IP listener
  • Using the TCP listener backlog option
  • Using the WebSphere MQ listener
  • Using the TCP/IP SO_KEEPALIVE option
  • Defining an LU 6.2 connection
  • Sending end
  • Receiving on LU 6.2

  • Chapter 14. Example configuration - IBM WebSphere MQ for AIX
  • Configuration parameters for an LU 6.2 connection
  • Configuration worksheet
  • Explanation of terms
  • Establishing a session using Communications Server for AIX V5
  • Configuring your node
  • Configuring connectivity to the network
  • Defining a local LU
  • Defining a transaction program
  • Establishing a TCP connection
  • What next?
  • Establishing a UDP connection
  • What next?
  • WebSphere MQ for AIX configuration
  • Basic configuration
  • Channel configuration
  • WebSphere MQ for AIX sender-channel definitions using SNA
  • WebSphere MQ for AIX receiver-channel definitions using SNA
  • WebSphere MQ for AIX TPN setup
  • WebSphere MQ for AIX sender-channel definitions using TCP
  • WebSphere MQ for AIX receiver-channel definitions using TCP
  • WebSphere MQ for AIX sender-channel definitions using UDP
  • WebSphere MQ for AIX receiver-channel definitions using UDP

  • Chapter 15. Example configuration - IBM MQSeries for Compaq Tru64 UNIX
  • Establishing a TCP connection
  • What next?
  • MQSeries for Compaq Tru64 UNIX configuration
  • Basic configuration
  • Channel configuration
  • MQSeries for Compaq Tru64 UNIX sender-channel definitions using TCP/IP
  • MQSeries for Compaq Tru64 UNIX receiver-channel definitions using TCP/IP

  • Chapter 16. Example configuration - IBM WebSphere MQ for HP-UX
  • Configuration parameters for an LU 6.2 connection
  • Configuration worksheet
  • Explanation of terms
  • Establishing a session using HP SNAplus2
  • SNAplus2 configuration
  • Defining a local node
  • Adding a Token Ring Port
  • Defining a local LU
  • APPC configuration
  • Defining a remote node
  • Defining a partner LU
  • Defining a link station
  • Defining a mode
  • Adding CPI-C information
  • Adding a TP definition using HP SNAplus2 Release 5
  • Adding a TP definition using HP SNAplus2 Release 6
  • HP-UX operation
  • What next?
  • Establishing a TCP connection
  • What next?
  • WebSphere MQ for HP-UX configuration
  • Basic configuration
  • Channel configuration
  • WebSphere MQ for HP-UX sender-channel definitions using SNA
  • WebSphere MQ for HP-UX receiver-channel definitions using SNA
  • WebSphere MQ for HP-UX invokable TP setup
  • WebSphere MQ for HP-UX sender-channel definitions using TCP
  • WebSphere MQ for HP-UX receiver-channel definitions using TCP/IP

  • Chapter 17. Example configuration - IBM MQSeries for AT&T GIS UNIX, V2.2
  • Configuration parameters for an LU 6.2 connection
  • Configuration worksheet
  • Explanation of terms
  • Establishing a connection using AT&T GIS SNA Server
  • Defining local node characteristics
  • Configuring the SNA subsystem
  • Defining a mode
  • Defining a local Transaction Program
  • Connecting to a partner node
  • Configuring a remote node
  • Defining a partner LU
  • Adding a CPI-C Side Entry
  • What next?
  • Establishing a TCP connection
  • What next?
  • MQSeries for AT&T GIS UNIX configuration
  • Basic configuration
  • Channel configuration
  • MQSeries for AT&T GIS UNIX sender-channel definitions using SNA
  • MQSeries for AT&T GIS UNIX receiver-channel definitions using SNA
  • MQSeries for AT&T GIS UNIX sender-channel definitions using TCP
  • MQSeries for AT&T GIS UNIX receiver-channel definitions using TCP/IP

  • Chapter 18. Example configuration - IBM WebSphere MQ for Solaris
  • Loading the WebSphere MQ library to support SNA
  • Configuration parameters for an LU 6.2 connection using SunLink Version 9.1
  • Configuration worksheet
  • Explanation of terms
  • Establishing a connection using SunLink Version 9.1
  • SunLink 9.1 base configuration
  • Configuring a PU 2.1 server
  • Adding a LAN connection
  • Configuring a connection to a remote PU
  • Configuring an independent LU
  • Configuring a partner LU
  • Configuring the session mode
  • Configuring a transaction program
  • Invokable TP path
  • CPI-C side information
  • What next?
  • Configuration parameters for an LU 6.2 connection using SNAP-IX
  • Configuration worksheet
  • Explanation of terms
  • Establishing a session using SNAP-IX
  • SNAP-IX configuration
  • Defining a local node
  • Adding a Token Ring Port
  • Defining a local LU
  • APPC configuration
  • Defining a remote node
  • Defining a partner LU
  • Defining a link station
  • Defining a mode
  • Adding CPI-C information
  • Adding a TP definition using SNAP-IX Release 6
  • SNAP-IX operation
  • What next?
  • Establishing a TCP connection
  • What next?
  • WebSphere MQ for Solaris configuration
  • Basic configuration
  • Channel configuration
  • WebSphere MQ for Solaris sender-channel definitions using SNA using SunLink Version 9.1
  • WebSphere MQ for Solaris sender-channel definitions using SNAP-IX SNA
  • WebSphere MQ for Solaris receiver-channel definitions using SNA
  • WebSphere MQ for Solaris sender-channel definitions using TCP
  • WebSphere MQ for Solaris receiver-channel definitions using TCP/IP

  • Chapter 19. Setting up communication in Compaq OpenVMS Alpha systems
  • Deciding on a connection
  • Defining a TCP connection
  • Sending end
  • Receiving channels using Compaq (DIGITAL) TCP/IP services (UCX) for OpenVMS
  • Using the TCP/IP SO_KEEPALIVE option
  • Receiving channels using Cisco MultiNet for OpenVMS
  • Receiving channels using Attachmate PathWay for OpenVMS
  • Receiving channels using Process Software Corporation TCPware
  • Defining an LU 6.2 connection
  • SNA configuration
  • Defining access names
  • Specifying SNA configuration parameters to WebSphere MQ
  • Passing parameters to sender and requester channel pairs
  • Running senders and requesters
  • Passing parameters to servers and receivers
  • Running servers and receivers
  • Ending the SNA Listener process
  • Sample WebSphere MQ configuration
  • Problem solving
  • Defining a DECnet Phase IV connection
  • Sending end
  • Receiving on DECnet Phase IV
  • Defining a DECnet Phase V connection

  • Chapter 20. Setting up communication in Compaq NonStop Kernel
  • Deciding on a connection
  • SNA channels
  • LU 6.2 responder processes
  • TCP channels
  • Communications examples
  • SNAX communications example
  • SCF SNA line configuration file
  • SYSGEN parameters
  • SNAX/APC process configuration
  • Channel definitions
  • ICE communications example
  • Configuring the ICE process
  • Defining the line and APC information
  • Channel definitions for ICE
  • TCP/IP communications example
  • TCPConfig stanza in QMINI
  • Defining a TCP sender channel
  • Defining a TCP receiver channel
  • Defining a TCP/IP sender channel on the remote system

  • Chapter 21. Message channel planning example for distributed platforms
  • What the example shows
  • Queue manager QM1 example
  • Queue manager QM2 example
  • Running the example
  • Expanding this example

  • Chapter 22. Example SINIX and DC/OSx configuration files
  • Configuration file on bight
  • Configuration file on forties
  • Working configuration files for Pyramid DC/OSx
  • Output of dbd command


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