DQM in WebSphere MQ for distributed platforms

Monitoring and controlling channels on distributed platforms
The DQM channel control function
Functions available
Getting started with objects
Creating associated 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
Stop (quiesce) stopped example
Stop (quiesce) inactive example
Reset
Resolve
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 UNIX systems and Windows systems
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
On Windows systems
User IDs across systems
System extensions and user-exit programs
Running channels and listeners as trusted applications
What next?
Setting up communication for Windows(R)
Deciding on a connection
Defining a TCP connection
Sending end
Receiving on TCP
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
Using the RUNMQLSR command
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
Receiving on SPX
Using the SPX listener backlog option
Using the WebSphere MQ listener
IPX/SPX parameters
Windows systems
Example configuration - IBM(R) WebSphere(R) MQ for Windows(R)
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
Automatic startup
Running channels as processes or threads
Multiple thread support -- pipelining
Channel exit considerations
Setting up communication on UNIX(R) 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
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
Configuring your node
Configuring connectivity to the network
Defining a local LU
Defining a transaction program
Establishing a TCP 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
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
Example configuration - IBM(R) WebSphere MQ for Solaris
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 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
Example configuration - IBM(R) WebSphere MQ for Linux
Configuration parameters for an LU 6.2 connection
Configuration worksheet
Explanation of terms
Establishing a session using Communications Server for Linux(R)
Communications Server for Linux 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
Communications Server for Linux operation
What next?
Establishing a TCP connection
Using the inet daemon (INETD)
Using the extended inet daemon (XINETD)
What next?
WebSphere MQ for Linux configuration
Basic configuration
Channel configuration
WebSphere MQ for Linux (x86 platform) sender-channel definitions using SNA
WebSphere MQ for Linux (x86 platform) receiver-channel definitions using SNA
WebSphere MQ for Linux sender-channel definitions using TCP
WebSphere MQ for Linux receiver-channel definitions using TCP/IP
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