Figures
- Overview of the components of distributed queuing
- Sending messages
- Sending messages in both directions
- A cluster of queue managers
- A sender-receiver channel
- A requester-server channel
- A requester-sender channel
- A cluster-sender channel
- Channel initiators and listeners
- Sequence in which channel exit programs are called
- Passing through intermediate queue managers
- Sharing a transmission queue
- Using multiple channels
- The concepts of triggering
- Queue manager alias
- Reply-to queue alias used for changing reply location
- Network diagram showing all channels
- Network diagram showing QM-concentrators
- A remote queue definition is used to resolve a queue name to a transmission queue to an adjacent queue manager
- The remote queue definition allows a different transmission queue to be used
- Receiving messages directly, and resolving alias queue manager name
- Three methods of passing messages through your system
- Separating messages flows
- Combining message flows on to a channel
- Diverting message streams to another destination
- Reply-to queue name substitution during PUT call
- Reply-to queue alias example
- Distributed queue management model
- Channel states and substates
- Flows between channel states
- What happens when a message cannot be delivered
- WebSphere MQ channel to be set up in the example configuration chapters in this book
- Local LU window
- Mode window
- The message channel example for Windows, and UNIX(R) systems
- The operations and controls initial panel
- Listing channels
- Starting a system function
- Stopping a function control
- Starting a channel
- Testing a channel
- Stopping a channel
- Listing channel connections
- Listing cluster channels
- Channel Initiator APPL definition
- The first example for WebSphere MQ for z/OS
- Message channel planning example for WebSphere MQ for z/OS using queue-sharing groups
- An example of intra-group queuing
- An example of migration support
- An example configuration
- An example of clustering with intra-group queuing
- Configuration 1: z/OS(R) using intra-group queuing
- Configuration 2
- Configuration 3
- Create channel (1)
- Create channel (2)
- Create channel (3)
- Create channel (4)
- Work with channels
- Display a TCP/IP channel (1)
- Display a TCP/IP channel (2)
- Display a TCP/IP channel (3)
- Channel status (1)
- Channel status (2)
- Channel status (3)
- Create a queue (1)
- Create a queue (2)
- Create a queue (3)
- Create a queue (4)
- Create process (1)
- Create process (2)
- LU 6.2 communication setup panel - initiating end
- LU 6.2 communication setup panel - initiated end
- LU 6.2 communication setup panel - initiated end
- The message channel example for WebSphere MQ for iSeries
- Security exit loop
- Example of a send exit at the sender end of message channel
- Example of a receive exit at the receiver end of message channel
- Sender-initiated exchange with agreement
- Sender-initiated exchange with no agreement
- Receiver-initiated exchange with agreement
- Receiver-initiated exchange with no agreement
- Client connection-initiated exchange with agreement for client connection using security parameters
- Sample source code for a channel exit on Windows
- Sample DEF file for Windows
- Sample source code for a channel exit on AIX
- Sample compiler and linker commands for channel exits on AIX
- Sample export file for AIX
- Sample source code for a channel exit on HP-UX
- Sample compiler and linker commands for channel exits on HP-UX
- Sample source code for a channel exit on Solaris
- Sample compiler and linker commands for channel exits on Solaris
- Sample source code for a channel exit on Linux
- Sample compiler and linker commands for channel-exits on Linux platforms where the queue manager is 64-bit
- Sample compiler and linker commands for channel-exits on Linux platforms where the queue manager is 32-bit
- Name resolution
- qm.ini stanzas for distributed queuing