AIRH messages

The following messages are IBM® Health Checker for z/OS® messages that are issued by PFA. The check exception messages are issued both as WTOs and also to the message buffer. The WTO version contains only the message text, while the exception message in the message buffer includes both the text and explanation of the potential problem found, including the severity, and information about what to do to fix the potential problem. For detailed report information, see the topic on Predictive Failure Analysis checks in z/OS Problem Management.

AIRH101E
¹
AIRH102I
No problem with common storage usage is predicted to occur before nextmodeltime. The current usage is within the expected range based on the predictions modeled at lastsuccmodeltime.
AIRH103I
Comparisons of predictions and arrivals will occur when the check is run after modeling has run and succeeded. Modeling is scheduled for nextmodeltime.
AIRH110E
The LOGREC entry arrival rate is higher than expected and could cause a system problem by nextmodeltime. When the LOGREC entry rate is higher than expected, it can indicate recurring failures on the system which can eventually lead to system hang. The prediction used in the comparison was modeled at lastsuccmodeltime.
AIRH111I
No problems based on LOGREC entry arrival rate are expected to occur before nextmodeltime. The current LOGREC entry arrival rate is within the predicted range modeled at lastsuccmodeltime.
AIRH112I
Comparisons of predictions and arrivals will occur after data has been collected and modeling has run and succeeded. Data collection waits until the system has stabilized after IPL. Modeling is scheduled for nextmodeltime.
AIRH132I
Last model of future common storage usage attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH133I
Last model of future LOGREC arrival rate attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH148E
The current frames and slots used by one or more persistent address spaces is higher than expected.
AIRH149I
No problem with the number of frames and slots used by persistent address spaces is occurring. The next model will occur at nextmodeltime. The expected usage value used in the comparison was modeled at lastsuccmodeltime.
AIRH150I
Comparisons of the model of the frames and slots usage with the current frames and slots usage will occur when the check is run after modeling has run and succeeded. Modeling is scheduled for nextmodeltime.
AIRH151I
Last model of frames and slots usage attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH152E
The total system message arrival rate is higher than expected and may indicate a damaged system.
AIRH153E
The total system message arrival rate is lower than expected and may indicate a system problem.
AIRH154I
No problems based on message arrival rate are occurring. The next model will occur at nextmodeltime. The current message arrival rate is within the predicted range modeled at lastsuccmodeltime.
AIRH155I
Comparisons of predictions and arrivals will occur after data has been collected and modeling has run and succeeded. Data collection waits until the system has stabilized after IPL. Modeling is scheduled for nextmodeltime.
AIRH165E
The message arrival rate for one or more persistent address spaces is higher than expected and may indicate a system problem.
AIRH166E
The message arrival rate for one or more persistent address spaces is higher than expected and may indicate a system problem.
AIRH169E
The message arrival rate for one or more non-persistent address spaces is higher than expected and may indicate a system problem.
AIRH172I
The check parameters were changed successfully. The check will run after the next collection which is scheduled for nextcolltime if enough data has been collected and a successful model has occurred.
AIRH173I
Last model of future message arrival rates attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH174E
The total system SMF arrival rate is higher than expected and may indicate a damaged system.
AIRH175E
The total system SMF arrival rate is lower than expected and may indicate a system problem.
AIRH176I
No problems based on SMF arrival rate are occurring. The next model will occur at nextmodeltime. The current SMF arrival rate is within the predicted range modeled at lastsuccmodeltime.
AIRH177I
Comparisons of predictions and arrivals will occur after data has been collected and modeling has run and succeeded. Data collection waits until the system has stabilized after IPL and SMF is active. Modeling is scheduled for nextmodeltime.
AIRH184I
The last model of expected enqueue request rates attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH185I
No problems based on enqueue request rate are occurring. The next model will occur at nextmodeltime. The current enqueue request rate is within the expected range modeled at lastsuccmodeltime.
AIRH186I
Comparisons of predictions and arrivals will occur after data has been collected and modeling has run and succeeded, and predictions for two time ranges exist. Data collection waits until the system has stabilized after IPL. Modeling is scheduled for nextmodeltime.
AIRH187E
The SMF arrival rate for one or more persistent address spaces is higher than expected and may indicate a system problem.
AIRH188E
The SMF arrival rate for one or more persistent address spaces is higher than expected and may indicate a system problem.
AIRH190E
The enqueue request rate for one or more persistent address spaces is lower than expected and may indicate a system problem.
AIRH191E
The SMF arrival rate for one or more non-persistent address spaces is higher than expected and may indicate a system problem.
AIRH192E
The enqueue request rate for one or more persistent address spaces is higher than expected and may indicate a system problem.
AIRH194I
Last model of future SMF arrival rates attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH198E
The change in JES spool usage by one or more persistent address spaces is higher than expected.
AIRH199I
Comparisons of the expected change in JES spool usage with the current change in JES spool usage will occur when the check is run after modeling has run and succeeded. Modeling is scheduled for nextmodeltime.
AIRH200I
No problem with the change in JES spool usage by persistent address spaces is occurring. The next model will occur at nextmodeltime. The expected change in usage value used in the comparison was modeled at lastsuccmodeltime.
AIRH201I
Last model of the change in JES spool usage attempted at lastmodeltime was unsuccessful. Modeling is next scheduled to occur at nextmodeltime.
AIRH206E
The message arrival rate for one or more persistent address spaces is lower than expected and may indicate a system problem.
AIRH207E
The message arrival rate for one or more persistent address spaces is lower than expected and may indicate a system problem.
AIRH208E
The SMF arrival rate for one or more persistent address spaces is lower than expected and may indicate a system problem.
AIRH209E
The SMF arrival rate for one or more persistent address spaces is lower than expected and may indicate a system problem.
AIRH210E
The total system enqueue request rate is higher than expected and may indicate a damaged system.
AIRH211E
The total system enqueue request rate is lower than expected and may indicate a system problem.

The common storage usage has been predicted to exceed the capacity.