WIN-PN3T1M2LOOO
WIN-PN3T1M2LOOO / - / SQL Server / Last seen -P1 Workload: Trace blockers/deadlocks to statement, index, and transaction order. This is first because concurrency incidents usually repeat under the same application path until the blocking pattern is removed. Pattern: Repeated blocking or deadlocks indicate a transaction, query, or indexing pattern.
In the selected window, 4 deadlocks and 0 blocking events appeared.
Right now, sessions are waiting on blockers or deadlock-prone paths.
Blocking and deadlock pressure is likely to repeat under the same workload until the blocking pattern is removed. Pressure indicators: 4 action signals. The likely outcome is repeated noise and growing maintenance debt unless an owner closes the action.
Trace blockers/deadlocks to statement, index, and transaction order.
Concurrency incidents usually repeat under the same application path until the blocking pattern is removed.2026-10-14 11:55 - <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-14T11:55:23.505Z"><data name="xml_report"><value><deadlock><victim-list><vict...
2026-10-13 17:40 - <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-13T17:40:19.837Z"><data name="xml_report"><value><deadlock><victim-list><vict...
4 deadlocks / 0 blocking.
No source-health rows were loaded for this server. Treat missing evidence as unknown, not healthy.
No runtime event sample was loaded for this server.
No latest runtime message captured.
SQL Server detected two sessions holding resources in conflicting order and chose one session as the deadlock victim.
Identify blockers, statements, and transaction order; prioritize indexing or code changes.
After the change, the same database/object pair should stop producing deadlock events in the selected lookback window.
No backup risks detected for this server.
No low free-space volumes detected for this server.
No database growth rows detected for this window.
master; <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-14T11:55:23.505Z"><data name="xml_report"><value><deadlock><victim-list><vict...
Meaning and fix
Meaning: SQL Server detected two sessions holding resources in conflicting order and chose one session as the deadlock victim.
Fix: Use the deadlock event details to identify the two statements and objects. Add the missing supporting index or change the transaction order so both code paths touch objects in the same order.
Verify: After the change, the same database/object pair should stop producing deadlock events in the selected lookback window.
master; <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-13T17:40:19.837Z"><data name="xml_report"><value><deadlock><victim-list><vict...
Meaning and fix
Meaning: SQL Server detected two sessions holding resources in conflicting order and chose one session as the deadlock victim.
Fix: Use the deadlock event details to identify the two statements and objects. Add the missing supporting index or change the transaction order so both code paths touch objects in the same order.
Verify: After the change, the same database/object pair should stop producing deadlock events in the selected lookback window.
master; <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-13T15:55:04.049Z"><data name="xml_report"><value><deadlock><victim-list><vict...
Meaning and fix
Meaning: SQL Server detected two sessions holding resources in conflicting order and chose one session as the deadlock victim.
Fix: Use the deadlock event details to identify the two statements and objects. Add the missing supporting index or change the transaction order so both code paths touch objects in the same order.
Verify: After the change, the same database/object pair should stop producing deadlock events in the selected lookback window.
master; <event name="xml_deadlock_report" package="sqlserver" timestamp="2026-10-13T15:35:17.311Z"><data name="xml_report"><value><deadlock><victim-list><vict...
Meaning and fix
Meaning: SQL Server detected two sessions holding resources in conflicting order and chose one session as the deadlock victim.
Fix: Use the deadlock event details to identify the two statements and objects. Add the missing supporting index or change the transaction order so both code paths touch objects in the same order.
Verify: After the change, the same database/object pair should stop producing deadlock events in the selected lookback window.
No largest-database inventory rows detected.
No SQL Agent job failures detected in this window.