Instance level evaluates the following:
- which databases are memory-optimized
- if running Enterprise, if there are any resource groups defined, and which databases are bound to them
- version/edition of SQL server
- ‘max memory’ setting
- whether or not instance-level collection of execution statistics has been enabled for all natively compiled stored procedures
- memory clerks for the buffer pool and In-Memory OLTP
- the value of the committed_target_kb column from sys.dm_os_sys_info
- display any event notifications (because they conflict with deploying In-Memory OLTP
Database level evaluates the following:
For each memory-optimized database:
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database files, including container names, size, and location
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memory-optimized tables
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indexes on all memory-optimized tables
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count of indexes per memory-optimized table
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natively compiled stored procedures
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whether or not the collection of execution statistics is enabled for any natively compiled procedures
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count of natively compiled procedures
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if using the temporal feature for memory-optimized tables, the amount of memory consumed by hidden temporal internal tables
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memory structures for LOB columns (off-row)
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average chain length for HASH indexes
Ned provides the script on his blog, so click through to get that. This looks great if you’re trying to build up some basic information on how developers in your environment use memory-optimized objects.