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@@ -1,16 +1,16 @@
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-Run DB.sql to create PowerConsumption database
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-Run CollectTlogDiagnosticsCollectionJob.sql on SQL 2017 instance to create a Data collection job and start it.
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-Make sure job is running successfully every 1 min and collecting the data in PowerConsumption database.
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-Open PowerBI report and change datasource settings to change connection string to SQL 2017 instance and database name to PowerConsumption.
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-Open Scheduledbackup.sql, DB.sql and Smartbackup.sql in the Management Studio query windows.
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-Start running Scheduledbackup.sql to start scheduled backups first
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-Run Smart-iot-grid data generator to start transactional activity
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-Refresh Power BI dashboard to see Autogrows, VLF count increasing and variable backup size. (Note down the VLF count, total log size and backup size after few mins)
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-Stop data generator and Scheduledbackup.sql
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-Run DB.sql again to drop and recreate database to clean up the data.
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-Refresh Power BI report to ensure data is cleared
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-Run Smartbackup.sql to kickoff smart backup
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-Observe no backups generated when there is no activity
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-Run Smart-iot-grid data generator to start transactional activity
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-Note VLF count, total log size and backup size after few mins
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-You will observe minimal autogrows (only 1), relatively low VLF count (less vlf fragmentation), consistent backup size (~ 25 MB which is the threshold to trigger smart backup in the script)
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+1. Run DB.sql to create PowerConsumption database
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+2. Run CollectTlogDiagnosticsCollectionJob.sql on SQL 2017 instance to create a Data collection job and start it.
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+3. Make sure job is running successfully every 1 min and collecting the data in PowerConsumption database.
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+4. Open PowerBI report and change datasource settings to change connection string to SQL 2017 instance and database name to PowerConsumption.
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+5. Open Scheduledbackup.sql, DB.sql and Smartbackup.sql in the Management Studio query windows.
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+6. Start running Scheduledbackup.sql to start scheduled backups first
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+7. Run Smart-iot-grid data generator to start transactional activity
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+8. Refresh Power BI dashboard to see Autogrows, VLF count increasing and variable backup size. (Note down the VLF count, total log size and backup size after few mins)
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+9. Stop data generator and Scheduledbackup.sql
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+10. Run DB.sql again to drop and recreate database to clean up the data.
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+11. Refresh Power BI report to ensure data is cleared
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+12. Run Smartbackup.sql to kickoff smart backup
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+13. Observe no backups generated when there is no activity
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+14. Run Smart-iot-grid data generator to start transactional activity
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+15. Note VLF count, total log size and backup size after few mins
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+16. You will observe minimal autogrows (only 1), relatively low VLF count (less vlf fragmentation), consistent backup size (~ 25 MB which is the threshold to trigger smart backup in the script)
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Parikshit