MULTI-HOPPING : ( gate way)
Passing the messages between more than one intermediate queue managers is called Multi-
Hopping.
Note:
For every queue, except remote queue we have two properties.
1. open input count ( Iproess )
2. open output count ( Oprocss )
3. the application which is connected and putting the messages is called “ O process “
4. The application which is processing(getting) the messages is called “I process “
PROCEDURE TO CREATE MULTI-HOPPING:
1. Create a queue manager QM1, QM2, QM3.
2. Start the queue managers QM1, Create a remote queue with attributes local queue name (Remote Queue Manager) i.e Rname (LQ) & RQMname(QM3) and the transmission queue called XMITQ (TQ).
3. Create a transmission queue called (TQ)
4. Create a sender channel from (QM1.QM2)
5. In Qm2 create, Create a receiver channel (QM1.QM2)
6. Create a transmission queue with name target queue manager name called QM3.
7. Create a sender channel from (QM2.QM3) with transmission queue called XMITQ (QM3)
8. In QM3 create a local queue called (LQ) which is defined in remote queue of QM1 Rqueue(QM1)
9. Create a receiver channel (QM2.QM3)
10. We should have two listeners started and running in QM2 and QM3.
Passing the messages between more than one intermediate queue managers is called Multi-
Hopping.
Note:
For every queue, except remote queue we have two properties.
1. open input count ( Iproess )
2. open output count ( Oprocss )
3. the application which is connected and putting the messages is called “ O process “
4. The application which is processing(getting) the messages is called “I process “
PROCEDURE TO CREATE MULTI-HOPPING:
1. Create a queue manager QM1, QM2, QM3.
2. Start the queue managers QM1, Create a remote queue with attributes local queue name (Remote Queue Manager) i.e Rname (LQ) & RQMname(QM3) and the transmission queue called XMITQ (TQ).
3. Create a transmission queue called (TQ)
4. Create a sender channel from (QM1.QM2)
5. In Qm2 create, Create a receiver channel (QM1.QM2)
6. Create a transmission queue with name target queue manager name called QM3.
7. Create a sender channel from (QM2.QM3) with transmission queue called XMITQ (QM3)
8. In QM3 create a local queue called (LQ) which is defined in remote queue of QM1 Rqueue(QM1)
9. Create a receiver channel (QM2.QM3)
10. We should have two listeners started and running in QM2 and QM3.
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