The log should show that it will flag 1 message for archiving (“No QRFC entry found. Now execute the report RSXMB_CHECK_MSG_QUEUE:Įnsure that you enter the specific message ID, then enter the PIPELINE ID (same as that shown in column PIPELINE in SXMB_MONI), select all status to search for and then select TEST RUN: Once you’ve done this, you can then use report RSXMB_CHECK_MSG_QUEUE to restore the messaging system integrity by resetting the original message status to cancel it. : Latest and popular articles on SAP ERP. Instead, in this exceptional case, you can delete the message in SMQ2. SAP ERP to EWM Transactional data issue- Inbound Del.document showing in inbound queue in ERP. SAP notes state that you should NEVER delete messages directly from SMQ1 or SMQ2 as this leaves the messaging system in an inconsistent state. You may also be blowing the ICM http buffer, visible in the SMICM log file:īut, you can’t cancel the message in SXMB_MONI, as it is still scheduled on the QUEUE (“still scheduled in queue XBTS*”): The message is visible in transaction SMQ2 (inbound queue) for a few hours/days/months:Īnd it’s consuming significant resources, visible in SM50: (This solution is based on SAP note 688147). If you work with bgRFC, you can use the bgRFC monitor (transaction SBGRFCMON in the ERP system and SBGRFCMON1 in the SCM system).Scenario: You have a large message that is stuck in the INBOUND (XBTS*) queue of an integration server (maybe an ABAP proxy). Image/data in this KBA is from SAP internal systems, sample data, or demo systems. In qRFC Monitor (transaction code: SMQ2), you find the 1st inbound queue such as XBTR at Executing state.
INBOUND QUEUE IN SAP CODE
A detailed error log is always saved in the application log of the target system.Īutomatic navigation is supported from the qRFC monitor to the affected application log. Symptom There are some asynchronous XI messages stuck at Scheduled state which you can check and find by transaction code SXIMONITOR. You can call the current status text via the error short text. The highest function call blocks all other entries if an error occurs. Write custom ABAP programs to monitor and trigger alerts incase of queue issues - Ive seen the code somewhere in SCN but unable to track it now. You get to the detailed view and processing of a queue by double-clicking on the queue or by selecting the queue and choosing the Display Selected button. On the initial screen, select the queues that you want to monitor. You can double-click the rows to display all the function calls for the selected transfer channel. To monitor the inbound queue, proceed as follows: Call transaction SMQ2. (If you work with SAP APO, this check can be performed automatically by the qRFC alert.) In the case of the online transfer, this does not happen automatically, which means that if data is not transferred, you must check for entries that are marked red in the qRFC monitor of the sending system. To get all options of Queues we need to setup the QUIN Scheduler in SMQR. The below post demonstrates the inbound queue in the one SAP system.
Note If you do not give a name for the inbound queue, the name of the oubound queue is used automatically. In S4 Environment we mainly see the stuck queues in SMQ2 (Inbound Queue). The inbound queue is always associated with an out bound queue for better tracking of the complex process. To execute a qRFC with an inbound queue, proceed as follows: Specify the name of the outbound queue and, optionally, the inbound queue.
It comes under the package SRFC.
INBOUND QUEUE IN SAP REGISTRATION
SMQR is a transaction code used for Registration of Inbound Queues in SAP. Transfer errors in the initial data supply are recognized automatically and a dialog box appears that you can use to access the qRFC monitor. 2 4 2,663 In Support project, one of the duties of the SAP-EWM consultant is to monitor the inbound and out bound Queues. As we know it is being used in the SAP BC-MID (Middleware in Basis) component which is coming under BC module (BASIS). More background in OSS note 1862256 Inbound queues (SMQ2) stay in status RETRY. 'As per the queue sequencing INBOUND queue is assigned first and then OUTBOUND queue.' In your case of course you change between the two queues, as these two WTs are probably the only ones you have. Check the authorization trace to see what needs to be fixed. This can happen to background user and user reprocessing the jobs. To start the qRFC monitor for inbound queues, call transaction SMQ2 or, on theĪPO Administration Integration Monitor qRFC Monitor (Inbound Queues) 1593691, Scheduler monitoring for outbound queue (qout) scheduler 1497510, Experiencing deadlocks, lock & waits in inbound processing 1493644, Long running. When inbound entries in SMQ2 queue remain in status RETRY, this is normally caused by lack of authorization for launching batch job. To start the qRFC monitor for outbound queues, call transaction SMQ1 (report RSTRFCM1) or, on theĪPO Administration Integration Monitor qRFC Monitor (Outbound Queues)
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