Fu R3 and Earlier
The following query will list all discovered databases, and show whether or not they are fully scanned
Note, the "Type" column refers to what iQuate calls an "Application". To find a list of valid database types in your environment you can use the following query:
SELECT DISTINCT Type FROM [history].[v_DiagnosticsApplicationList]
Not all the results from the above query will be databases, but any discovered database applications will be listed.
The list of products which can be scanned is found in the table model.t_Product.
Query to list discovered Oracle and SQL Server databases
SELECT DISTINCT p.Name as ProjectName , dal.[DeviceHostname] , dal.[IPAddressOrHostname] , dal.[DeviceID] , dal.[FoundApplicationID] , dal.[ApplicationID] , dal.[Name] as ProductName , dal.[Status] , dal.[Reason] , dal.[Vendor] , ad.[Name] AS DBName , ad.Owner AS DBOwner FROM [history].[v_DiagnosticsApplicationList] dal INNER JOIN [config].[t_Project] p ON p.ProjectID = dal.ProjectID LEFT OUTER JOIN [model].[v_ApplicationDatabase] ad ON dal.ApplicationID = ad.ApplicationID WHERE (Type = 'Oracle Database Server' or Type = 'SQL Server') AND (ad.[DatabaseIdent] NOT IN ('master','tempdb','model','msdb'))
Gwynn R1 and Later
These queries work with iQSonar releases up to and including Fu R3.
Changes were made to some underlying tables in Gwynn R1 and Gwynn R2 to reduce the amount of history saved as the diagnostic information can grow. In the Gwynn R3 release the option to preserve or delete this diagnostic can be selected in the user interface. Instructions on how to keep the history data can be found on this page.
The following query will list all scanned databases (this example is limited to SQL and Oracle)
SELECT app.ApplicationID , app.Edition , app.Version , dev.Hostname , apq.Qualifier , prd.Name as ProductName , appdb.Name as AppDBName , appdb.DatabaseIdent FROM [model].[t_Application] app INNER JOIN model.v_ApplicationQualifier apq ON app.ApplicationID = apq.ApplicationID INNER JOIN model.t_Product prd on prd.ProductID = app.ProductID INNER JOIN model.t__Application_Device apd ON app.ApplicationID = apd.ApplicationID INNER JOIN model.t_Device dev ON apd.DeviceID = dev.DeviceID LEFT OUTER JOIN model.v_ApplicationDatabase appdb ON appdb.ApplicationID = app.ApplicationID WHERE prd.Name in (N'SQL Server',N'Oracle Database Server')
The following query will list all unscanned databases which have been discovered on hosts that have been scanned.
Please do be aware that this list will produce a large number of "discovered" found applications (databases) for each database that actually exists because the scan engine uses multiple methods to discover databases. We can also not return the name of the database until after we have scanned it. What this query does give is a useful indication of what hosts have unscanned databases on them. It also shows the application path in some cases. This will allow the iQSonar user to work with the DBA team to rescan these hosts and hopefully discover more databases once the correct credentials and/or ports have been determined.
SELECT fa.FoundApplicationID , fa.Edition , fa.Version , prd.Name as ProductName , fa.DeviceID , fa.BuildNumber , fa.Path , faIP.IPAddress , d.Hostname FROM model.t_FoundApplication fa INNER JOIN model.t_Product prd on prd.ProductID = fa.ProductID INNER JOIN model.v_FoundApplicationIPAddress faIP ON faIP.FoundApplicationID = fa.FoundApplicationID Inner JOIN model.t_Device d ON d.DeviceID = fa.DeviceID WHERE prd.Name in (N'SQL Server',N'Oracle Database Server') AND fa.DeviceID IS NOT NULL AND fa.ApplicationID IS NULL
The user is of course free to add additional products to these lists. The list of products which can be scanned is found in the table model.t_Product.
The following query will give a list of unscanned Oracle Instances and the "reason" we were unable to scan them.
/* Found Instances */ WITH scanned AS ( SELECT DISTINCT d.Hostname, aq.Qualifier as Instance FROM model.v_ApplicationDatabase ad INNER JOIN model.v_ApplicationQualifier aq ON ad.ApplicationID = aq.ApplicationID INNER JOIN model.t__Application_Device appdev ON ad.ApplicationID = appdev.ApplicationID INNER JOIN model.t_Device d ON appdev.DeviceID = d.DeviceID INNER JOIN model.t_Application a ON ad.ApplicationID = a.ApplicationID INNER JOIN model.t_Product p on a.ProductID = p.ProductID WHERE p.name='Oracle Database Server' ),found AS ( SELECT DISTINCT d.Hostname, ch.Instance FROM model.t_FoundApplication fa INNER JOIN model.v_FoundApplicationIPAddress faIP ON faIP.FoundApplicationID = fa.FoundApplicationID Inner JOIN model.t_Device d ON d.DeviceID = fa.DeviceID JOIN [model].[t_FoundApplicationPort] fap ON fap.FoundApplicationID = fa.FoundApplicationID INNER JOIN history.t_ConnectionHistory ch ON fa.FoundApplicationID = ch.FoundApplicationID INNER JOIN model.t_Product p on fa.ProductID = p.ProductID WHERE p.name='Oracle Database Server' ), OfInterest AS ( SELECT * FROM found WHERE Instance IS NOT NULL AND Hostname IS NOT NULL except SELECT * FROM scanned WHERE Instance IS NOT NULL AND Hostname IS NOT NULL ) /* FoundApplication does not store INSTANCE ; INSTANCE is in history.t_ConnectionHistory */ SELECT DISTINCT fa.FoundApplicationID as aID , d.Hostname , ch.-Instance , fap.Port , faIP.IPAddress , fa.Reason as UnscannedReason FROM model.t_FoundApplication fa INNER JOIN model.v_FoundApplicationIPAddress faIP ON faIP.FoundApplicationID = fa.FoundApplicationID Inner JOIN model.t_Device d ON d.DeviceID = fa.DeviceID JOIN [model].[t_FoundApplicationPort] fap ON fap.FoundApplicationID = fa.FoundApplicationID INNER JOIN history.t_ConnectionHistory ch ON fa.FoundApplicationID = ch.FoundApplicationID INNER JOIN OfInterest oi on oi.Hostname = d.Hostname AND oi.Instance = ch.Instance INNER JOIN model.t_Product p on fa.ProductID = p.ProductID WHERE p.name='Oracle Database Server' AND d.Hostname IS NOT NULL AND ch.Instance IS NOT NULL ORDER BY Hostname, Instance, Port, UnscannedReason