SQL query to pull all systems with USB printer attached

I am looking to create a SQL query for a collection that will populate the systems at my site that have a USB printer attached. I saw I could query the USB device, Manufactuer and then include several OR statements for the various printer types we
have on site. I also found under USB device, Service that I could select a usbprint value. I found a few other technet posts that had to do with SCCM 2007 and printers.
I have the following Query statement:
select SMS_R_SYSTEM.ResourceID,SMS_R_SYSTEM.ResourceType,SMS_R_SYSTEM.Name,SMS_R_SYSTEM.SMSUniqueIdentifier,SMS_R_SYSTEM.ResourceDomainORWorkgroup,SMS_R_SYSTEM.Client from SMS_R_System inner join SMS_G_System_USB_DEVICE on SMS_G_System_USB_DEVICE.ResourceId
= SMS_R_System.ResourceId where SMS_G_System_USB_DEVICE.Service = "usbprint"
The collection pulled in several systems that appear to also have local USB attached printers but I am just seeking further understanding that by searching on the usbprint service I should pick up any system that has any USB device attached that reports
it has the ability to print. Am I understanding this correctly?

Yes, I know this is an old post, but I’m trying to clean them up. Did you solve this problem, if so what was the solution?
Yes basically your understand is correct.
Garth Jones | My blogs: Enhansoft and
Old Blog site | Twitter:
@GarthMJ

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<?xml version="1.0"?>
<Configurations>
<Properties>
<Property key="DEFAULT" value="SuitePaths" />
<Property key="DatabaseServer" value="MYDBSERVER" />
<Property key="DatabaseInstance" value="Default" />
<Property key="DatabaseName" value="TFS_DefaultCollection" />
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<Notifications>
<Notification key="0" value="[email protected]" />
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<SuitePath key="1" value="MyProject\WebProduct\Student\Features\Logout" />
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<AreaPaths>
<AreaPath key="0" value="MyProject\WebProduct\Student\Features\Login" />
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2. Extract record set of suites from TFS via SQL query:
# FUNCTION: Retrieve-SuitePaths
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) Paths -- Hash table of suite paths
Function Retrieve-SuitePaths
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)]$Paths
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve suite(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$SuitePaths = "("
$Counter = 0
foreach ($Key in $Paths.Keys)
if ($Counter -gt 0)
$SuitePaths = $SuitePaths + ", "
$SuitePaths = $SuitePaths + "'" + $Paths.Get_Item($Key) + "'"
$Counter += 1
$SuitePaths = $SuitePaths + ")"
# --DEBUG ONLY--> Write-Output "Paths: $SuitePaths" | Out-File -FilePath $LogFile -Append
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_SuiteChildren
AS
-- Anchor definition to pull all certify modes
SELECT
S.[SuiteId],
S.[ProjectId],
PJ.ProjectName,
S.[PlanId],
P.[Name] AS PlanName,
S.[ParentSuiteId],
S.[SuitePath],
CONVERT(NVARCHAR(256), NULL) AS ParentTitle,
S.[Title],
0 AS RecurseLevel
FROM
[dbo].[tbl_Suite] AS S
INNER JOIN [dbo].[tbl_Plan] AS P ON S.PlanID = P.PlanID
INNER JOIN [dbo].[tbl_Project] AS PJ ON S.ProjectID = PJ.ProjectID
WHERE
S.ParentSuiteID = 0
UNION ALL
-- Recursive member to pull details of certify sessions
SELECT
S.[SuiteId],
S.[ProjectId],
PJ.ProjectName,
S.[PlanId],
P.[Name] AS PlanName,
S.[ParentSuiteId],
S.[SuitePath],
PS.[Title] AS ParentTitle,
S.[Title],
SC.[RecurseLevel] + 1 AS RecurseLevel
FROM
[dbo].[tbl_Suite] AS S
INNER JOIN cte_SuiteChildren AS SC on SC.SuiteID = S.ParentSuiteID
INNER JOIN [dbo].[tbl_Suite] AS PS ON SC.SuiteId = PS.SuiteId
INNER JOIN [dbo].[tbl_Plan] AS P ON S.PlanID = P.PlanID
INNER JOIN [dbo].[tbl_Project] AS PJ ON S.ProjectID = PJ.ProjectID
cte_SuiteLevel_0
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[ProjectName] + '\' + SC.[PlanName] AS Path,
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 0
cte_SuiteLevel_1
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 1
cte_SuiteLevel_2
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 2
cte_SuiteLevel_3
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 3
cte_SuiteLevel_4
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 4
cte_SuiteLevel_5
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 5
cte_SuiteLevel_6
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 6
cte_SuiteLevel_7
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 7
cte_SuiteLevel_8
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 8
cte_SuiteLevel_9
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 9
cte_SuiteLevel_10
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 10
cte_Suites
AS
SELECT
SL0.[ProjectId],
SL0.[PlanId],
CASE
WHEN SL2.ParentSuiteId IS NULL
THEN SL1.ParentSuiteId
ELSE CASE
WHEN SL3.ParentSuiteId IS NULL
THEN SL2.ParentSuiteId
ELSE CASE
WHEN SL4.ParentSuiteId IS NULL
THEN SL3.ParentSuiteId
ELSE CASE
WHEN SL5.ParentSuiteId IS NULL
THEN SL4.ParentSuiteId
ELSE CASE
WHEN SL6.ParentSuiteId IS NULL
THEN SL5.ParentSuiteId
ELSE CASE
WHEN SL7.ParentSuiteId IS NULL
THEN SL6.ParentSuiteId
ELSE CASE
WHEN SL8.ParentSuiteId IS NULL
THEN SL7.ParentSuiteId
ELSE CASE
WHEN SL9.ParentSuiteId IS NULL
THEN SL8.ParentSuiteId
ELSE CASE
WHEN SL10.ParentSuiteId IS NULL
THEN SL9.ParentSuiteId
ELSE SL10.ParentSuiteId
END
END
END
END
END
END
END
END
END AS [ParentSuiteId],
CASE
WHEN SL2.SuiteId IS NULL
THEN SL1.SuiteId
ELSE CASE
WHEN SL3.SuiteId IS NULL
THEN SL2.SuiteId
ELSE CASE
WHEN SL4.SuiteId IS NULL
THEN SL3.SuiteId
ELSE CASE
WHEN SL5.SuiteId IS NULL
THEN SL4.SuiteId
ELSE CASE
WHEN SL6.SuiteId IS NULL
THEN SL5.SuiteId
ELSE CASE
WHEN SL7.SuiteId IS NULL
THEN SL6.SuiteId
ELSE CASE
WHEN SL8.SuiteId IS NULL
THEN SL7.SuiteId
ELSE CASE
WHEN SL9.SuiteId IS NULL
THEN SL8.SuiteId
ELSE CASE
WHEN SL10.SuiteId IS NULL
THEN SL9.SuiteId
ELSE SL10.SuiteId
END
END
END
END
END
END
END
END
END AS [SuiteId],
SL0.ProjectName,
SL0.PlanName,
--SL0.Path,
--SL1.[Title],
CASE
WHEN SL2.Title IS NULL
THEN SL0.Path + '\' + SL1.Title
ELSE CASE
WHEN SL3.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title
ELSE CASE
WHEN SL4.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title
ELSE CASE
WHEN SL5.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title
ELSE CASE
WHEN SL6.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title
ELSE CASE
WHEN SL7.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title
ELSE CASE
WHEN SL8.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title
ELSE CASE
WHEN SL9.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title
ELSE CASE
WHEN SL10.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title + '\' + SL9.Title
ELSE SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title + '\' + SL9.Title + '\' + SL10.Title
END
END
END
END
END
END
END
END
END AS Path,
CASE
WHEN SL2.RecurseLevel IS NULL
THEN SL1.RecurseLevel
ELSE CASE
WHEN SL3.RecurseLevel IS NULL
THEN SL2.RecurseLevel
ELSE CASE
WHEN SL4.RecurseLevel IS NULL
THEN SL3.RecurseLevel
ELSE CASE
WHEN SL5.RecurseLevel IS NULL
THEN SL4.RecurseLevel
ELSE CASE
WHEN SL6.RecurseLevel IS NULL
THEN SL5.RecurseLevel
ELSE CASE
WHEN SL7.RecurseLevel IS NULL
THEN SL6.RecurseLevel
ELSE CASE
WHEN SL8.RecurseLevel IS NULL
THEN SL7.RecurseLevel
ELSE CASE
WHEN SL9.RecurseLevel IS NULL
THEN SL8.RecurseLevel
ELSE CASE
WHEN SL10.RecurseLevel IS NULL
THEN SL9.RecurseLevel
ELSE SL10.RecurseLevel
END
END
END
END
END
END
END
END
END AS RecurseLevel
FROM
cte_SuiteLevel_0 AS SL0
LEFT OUTER JOIN cte_SuiteLevel_1 AS SL1 ON SL1.ParentSuiteId = SL0.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_2 AS SL2 ON SL2.ParentSuiteId = SL1.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_3 AS SL3 ON SL3.ParentSuiteId = SL2.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_4 AS SL4 ON SL4.ParentSuiteId = SL3.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_5 AS SL5 ON SL5.ParentSuiteId = SL4.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_6 AS SL6 ON SL6.ParentSuiteId = SL5.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_7 AS SL7 ON SL7.ParentSuiteId = SL6.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_8 AS SL8 ON SL8.ParentSuiteId = SL7.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_9 AS SL9 ON SL9.ParentSuiteId = SL8.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_10 AS SL10 ON SL10.ParentSuiteId = SL9.SuiteId
SELECT
SS.[ProjectId],
SS.[PlanId],
SS.[ParentSuiteId],
SS.[SuiteId],
SS.[ProjectName],
SS.[PlanName],
SS.[Path],
SS.[RecurseLevel]
FROM
SELECT DISTINCT
S.[ProjectId],
S.[PlanId],
S.[ParentSuiteId],
S.[SuiteId],
S.[ProjectName],
S.[PlanName],
S.[Path],
S.[RecurseLevel]
FROM
cte_Suites AS S
WHERE
S.[RecurseLevel] IS NOT NULL
AND S.[Path] IN $($SuitePaths)
) AS SS
ORDER BY
SS.[Path]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 240
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
3. Execute every suite in the record set via TCM
$DataSet = ( Retrieve-SuitePaths -LogFile:$LogFile -Connection:$Connection -Path:$Paths)
# --DEBUG ONLY--> $DataSet.Tables[0].Rows.Count
# --DEBUG ONLY--> $DataSet.Tables[0]
# Determine whether or not any test suites were retrieved from TFS....
if ( $DataSet.Tables[0].Rows.Count -gt 0 )
$ListTestRunID = $null
$SumFailed = 0
$SumInconclusive = 0
foreach ($Row in $DataSet.Tables[0].Rows)
# Set project, plan & suite variables....
[Int16]$ProjectID = $Row.Item('ProjectId')
[Int16]$PlanID = $Row.Item('PlanId')
[Int16]$ParentSuiteID = $Row.Item('ParentSuiteId')
[Int16]$SuiteID = $Row.Item('SuiteId')
$ProjectName = $Row.Item('ProjectName')
$PlanName = $Row.Item('PlanName')
$Path = $Row.Item('Path')
$RecurseLevel = $Row.Item('RecurseLevel')
# Set local build path variable....
switch -wildcard ($Path)
"*WebCMS*\Administration\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Administration'
"*WebCMS*\Instructor\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Instructor'
"*WebCMS*\Student\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Student'
"*WebProduct*\Instructor\*"
$CUITBuildPath = $CUITPathUNC + '\WebProduct\Instructor'
"*WebProduct*\Student\*"
$CUITBuildPath = $CUITPathUNC + '\WebProduct\Student'
default
$CUITBuildPath = $CUITPathUNC
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output 'Test Suite:' | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output " ID:" | Out-File -FilePath $LogFile -Append
Write-Output " Project: $ProjectID" | Out-File -FilePath $LogFile -Append
Write-Output " Plan: $PlanID" | Out-File -FilePath $LogFile -Append
Write-Output " Parent Suite: $ParentSuiteID" | Out-File -FilePath $LogFile -Append
Write-Output " Suite: $SuiteID" | Out-File -FilePath $LogFile -Append
Write-Output " Config: $ConfigurationID" | Out-File -FilePath $LogFile -Append
Write-Output " Name:" | Out-File -FilePath $LogFile -Append
Write-Output " Project: $ProjectName" | Out-File -FilePath $LogFile -Append
Write-Output " Plan: $PlanName" | Out-File -FilePath $LogFile -Append
Write-Output " Config: $ConfigurationName" | Out-File -FilePath $LogFile -Append
Write-Output " Path:" | Out-File -FilePath $LogFile -Append
Write-Output " Suite: $Path" | Out-File -FilePath $LogFile -Append
Write-Output " Build: $CUITBuildPath" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> Write-Output " Recursion: $RecurseLevel" | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
# Set TCM arguements....
$ArguementPlanID = "/planid:$PlanID"
$ArguementTitle = "/title:$Title - $Path (SuiteID: $SuiteID)"
$ArguementSuiteID = "/suiteid:$SuiteID"
$ArguementConfigurationID = "/configid:$ConfigurationID"
$ArguementTFSCollection = "/collection:$TFSCollection"
$ArguementTeamProject = "/teamproject:$TFSTeamProject"
if(![string]::IsNullOrEmpty($CUITBuildPath))
$ArguementBuildDirectory = "/builddir:$CUITBuildPath"
$ArguementBuild = ""
$ArguementBuildDefinition = ""
else
$ArguementBuildDirectory = ""
$ArguementBuild = "/build:$TFSBuild"
$ArguementBuildDefinition = "/builddefinition:$BuildDefinition"
$ArguementTestEnvironment = "/testenvironment:$WebServer"
$ArguementSettingsName = ""
if(![string]::IsNullOrEmpty($SettingsName))
$ArguementSettingsName = "/settingsname:$SettingsName"
# Create test run....
Write-Host "$TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTFSCollection $ArguementTeamProject $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName"
Write-Output " $TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTFSCollection $ArguementTeamProject $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName" | Out-File -FilePath $LogFile -Append
try
$TestRunID = & $TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTeamProject $ArguementTFSCollection $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName
catch
$ExitMessage = $_Exception.Message
# --DEBUG ONLY--> Write-Output "TestRunID: $TestRunID" | Out-File -FilePath $LogFile -Append
if ($TestRunID -match '.+\:\s(?<TestRunID>\d+)\.')
# The test run ID is identified as a property in the match collection so we can access it directly by using the group name from the regular expression (i.e. TestRunID).
$TestRunID = $matches.TestRunID
$ArguementID = "/id:$TestRunID"
$TestRunResultsFile = $TempDirectory + "\TestRunResults$TestRunID.trx"
$ArguementQueryText = "/querytext:SELECT * FROM TestRun WHERE TestRunID=$TestRunID"
$ArguementResultsFile = "/resultsfile:""$TestRunResultsFile"""
Write-Host " Waiting for test run to complete ..."
Write-Host $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText
Write-Output " $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText" | Out-File -FilePath $LogFile -Append
$WaitingForTestRunCompletion = $true
$WaitCount= 0
while ($WaitingForTestRunCompletion)
$WaitCount = $WaitCount + 1
Write-Output " Waiting ($WaitCount)...." | Out-File -FilePath $LogFile -Append
Start-Sleep -s $TestRunWaitDelay
$TestRunStatus = & $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText
$TestRunStatus
if ($TestRunStatus.Count -lt 3 -or ($TestRunStatus.Count -gt 2 -and $TestRunStatus.GetValue(2) -match '.+(?<DateCompleted>\d+[/]\d+[/]\d+)'))
$WaitingForTestRunCompletion = $false
Write-Host "Evaluating test run $TestRunID results..."
# Take small pause(s) since the results might not be published yet....
Start-Sleep -s $TestRunWaitDelay
# Export results....
Write-Host $TCMEXE 'run' '/export' $ArguementID $ArguementTeamProject $ArguementTFSCollection $ArguementResultsFile
Write-Output " $TCMEXE 'run' '/export' $ArguementID $ArguementTeamProject $ArguementTFSCollection $ArguementResultsFile" | Out-File -FilePath $LogFile -Append
$WaitingForTestRunExport = $true
$WaitCount= 0
while ($WaitingForTestRunExport -and $WaitCount -lt 5)
$WaitCount = $WaitCount + 1
Write-Output " Waiting ($WaitCount)...." | Out-File -FilePath $LogFile -Append
$ExportResult = & $TCMEXE 'run' '/export' $ArguementID $ArguementResultsFile $ArguementTFSCollection $ArguementTeamProject
if ([System.IO.File]::Exists($TestRunResultsFile))
$WaitingForTestRunExport = $false
if ([System.IO.File]::Exists($TestRunResultsFile))
# Load the XML document contents.
[xml]$TestResultsXML = Get-Content "$TestRunResultsFile"
# Extract the results of the test run.
$TotalTests = $TestResultsXML.TestRun.ResultSummary.Counters.total
$PassedTests = $TestResultsXML.TestRun.ResultSummary.Counters.passed
$FailedTests = $TestResultsXML.TestRun.ResultSummary.Counters.failed
$InconclusiveTests = $TestResultsXML.TestRun.ResultSummary.Counters.inconclusive
# Output the results of the test run.
Write-Host "========== Test: $TotalTests tests ran, $PassedTests succeeded, $FailedTests failed, $InconclusiveTests inconclusive =========="
Write-Output "--------------------------------------------------------------------------------" | Out-File -FilePath $LogFile -Append
Write-Output "Summary:" | Out-File -FilePath $LogFile -Append
Write-Output "--------------------------------------------------------------------------------" | Out-File -FilePath $LogFile -Append
Write-Output " Total: $TotalTests" | Out-File -FilePath $LogFile -Append
Write-Output " Passed: $PassedTests" | Out-File -FilePath $LogFile -Append
Write-Output " Failed: $FailedTests" | Out-File -FilePath $LogFile -Append
Write-Output " Inconclusive: $InconclusiveTests" | Out-File -FilePath $LogFile -Append
$SumFailed += $FailedTests
$SumInconclusive += $InconclusiveTests
# Remove the test run results file.
[System.IO.File]::Delete($TestRunResultsFile) | Out-Null
# Add "current" TestRunID to the list of TestRunID(s)....
if ($ListTestRunID -ne $null)
$ListTestRunID = $ListTestRunID + ', '
$ListTestRunID = $ListTestRunID + $TestRunID
# Next test suite....
4. Extract record set of test runs from TFS via SQL query:
# FUNCTION: Retrieve-TestRuns
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) ListTestRunID -- List of test run identifiers
Function Retrieve-TestRuns
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)][String]$ListTestRunID
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve test run(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$TestRuns = '(' + $ListTestRunID + ')'
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_State
AS
SELECT 0 AS [StateID], 'Unspecified' AS [StateName]
UNION ALL
SELECT 1 AS [OutcomeId], 'To Be Determined (1)' AS [StateName]
UNION ALL
SELECT 2 AS [StateID], 'In Progress' AS [StateName]
UNION ALL
SELECT 3 AS [StateID], 'Completed' AS [StateName]
UNION ALL
SELECT 4 AS [StateID], 'Aborted' AS [StateName]
UNION ALL
SELECT 5 AS [OutcomeId], 'To Be Determined (5)' AS [StateName]
UNION ALL
SELECT 6 AS [StateID], 'Needs Investigation' AS [StateName]
SELECT
TR.[ProjectId] AS [Project Id],
P.[ProjectName],
TR.[TestPlanId] AS [Plan Id],
TP.Name AS [TestPlanName],
TR.[TestRunId] AS [Run Id],
TR.[Title],
S.[StateID] AS [State Id],
S.[StateName] AS [State],
TR.[StartDate] AS [Date Started],
TR.[CompleteDate] AS [Date Completed],
DATEDIFF(SECOND, TR.[StartDate], TR.[CompleteDate]) AS Duration,
TR.[Type],
TR.[IsAutomated],
TR.[TotalTests] AS [Total],
TR.[PassedTests] AS [Passed],
TR.[IncompleteTests] AS [Incomplete],
TR.[UnanalyzedTests] AS [Unanalyzed],
TR.[NotApplicableTests] AS [Not Applicable]
FROM
[Tfs_DefaultCollection].[dbo].[tbl_TestRun] AS TR
INNER JOIN [Tfs_DefaultCollection].[dbo].[tbl_Project] AS P ON TR.ProjectId = P.ProjectId
INNER JOIN [Tfs_DefaultCollection].[dbo].[tbl_Plan] AS TP ON TR.TestPlanId = TP.PlanId
INNER JOIN cte_State AS S ON TR.[State] = S.[StateID]
WHERE
TR.TestRunId IN $($TestRuns)
ORDER BY
TR.[StartDate]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 30
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
5. Extract record set of test results from TFS via SQL query:
# FUNCTION: Retrieve-TestRunResults
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) ListTestRunID -- List of test run identifiers
Function Retrieve-TestRunResults
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)][String]$ListTestRunID
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve test result(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$TestRuns = '(' + $ListTestRunID + ')'
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_Outcome
AS
SELECT 0 AS [OutcomeId], 'To Be Determined (0)' AS [OutcomeName]
UNION ALL
SELECT 1 AS [OutcomeId], 'In Progress' AS [OutcomeName]
UNION ALL
SELECT 2 AS [OutcomeId], 'Passed' AS [OutcomeName]
UNION ALL
SELECT 3 AS [OutcomeId], 'Failed' AS [OutcomeName]
UNION ALL
SELECT 4 AS [OutcomeId], 'Inconclusive' AS [OutcomeName]
UNION ALL
SELECT 5 AS [OutcomeId], 'To Be Determined (5)' AS [OutcomeName]
UNION ALL
SELECT 6 AS [OutcomeId], 'Aborted' AS [OutcomeName]
UNION ALL
SELECT 7 AS [OutcomeId], 'Blocked' AS [OutcomeName]
UNION ALL
SELECT 8 AS [OutcomeId], 'Not Executed' AS [OutcomeName]
UNION ALL
SELECT 10 AS [OutcomeId], 'Error' AS [OutcomeName]
UNION ALL
SELECT 11 AS [OutcomeId], 'Not Applicable' AS [OutcomeName]
UNION ALL
SELECT 12 AS [OutcomeId], 'Paused' AS [OutcomeName]
UNION ALL
SELECT 13 AS [OutcomeId], 'To Be Determined (13)' AS [OutcomeName]
UNION ALL
SELECT 255 AS [OutcomeId], 'Never Run' AS [OutcomeName]
cte_State
AS
SELECT 0 AS [StateID], 'None' AS [StateName]
UNION ALL
SELECT 1 AS [StateID], 'Ready' AS [StateName]
UNION ALL
SELECT 2 AS [StateID], 'Completed' AS [StateName]
UNION ALL
SELECT 3 AS [StateID], 'Not Ready' AS [StateName]
UNION ALL
SELECT 4 AS [StateID], 'In Progress' AS [StateName]
UNION ALL
SELECT 5 AS [StateID], 'To Be Determined' AS [StateName]
SELECT DISTINCT
TR.[TestRunId] AS [Run Id],
TR.[TestCaseId] AS [Case Id],
O.[OutcomeID] AS [Outcome Id],
O.[OutcomeName] AS [Outcome],
S.[StateID] AS [State Id],
S.[StateName] AS [State],
TR.[TestCaseTitle] AS [Title],
TR.[AutomatedTestName] AS [Automation Method],
TR.[DateStarted] AS [Date Started],
TR.[DateCompleted] AS [Date Completed],
DATEDIFF(SECOND, TR.[DateStarted], TR.[DateCompleted]) AS Duration,
TR.[FailureType] AS [Failure Type],
TR.[ErrorMessage] AS [Error]
FROM
[Tfs_DefaultCollection].[dbo].[tbl_TestResult] AS TR
INNER JOIN cte_Outcome AS O ON TR.Outcome = O.OutcomeID
INNER JOIN cte_State AS S ON TR.State = S.StateID
WHERE
TR.TestRunId IN $($TestRuns)
ORDER BY
TR.[TestRunId],
O.[OutcomeName],
TR.[TestCaseTitle]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 30
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "SQL Statement: " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
6. Email results to distribution list
Currently, I'm simplifying the extraction of suite path ... replacing hardcoded depth with STUFF() & XML PATH
Carl.

SQL Query to return all the dependent objects

Hi,
I have a question.
Suppose I am creating a table with a join on 10 other tables, views etc..
And there are nested sub-queries in the CREATE statement.
How can I get the list of all the dependent objects for that table without counting them manually.
I know, we can right click the table/view name and check the dependent objects in Toad or SQL Developer.
But, I want to know the SQL query for getting that information.
Thanks
Rajiv

well there is no way oracle would know what query was used when the table was created.
But here is one intuitive trick:
Step 1: Create a procedure that will have a cursor declared on the query you want to know what tables/views are used.
Step 2: Check USER_DEPENDENCIES to see what objects this procedure depends on
Let say you want to create TEST_A table using the following statement:
create table test_a
as
select *
from scott.emp,
     scott.dept;
1 create or replace procedure test_temp
2 as
3 cursor test_cur is
4             select *
5             from scott.emp,
6                  scott.dept;
7 begin
8     null;
9* end;
SQL> /
Procedure created.
SQL> show errors
No errors.
SQL> desc user_dependencies
Name                                      Null?    Type
NAME                                      NOT NULL VARCHAR2(30)
TYPE                                               VARCHAR2(17)
REFERENCED_OWNER                                   VARCHAR2(30)
REFERENCED_NAME                                    VARCHAR2(64)
REFERENCED_TYPE                                    VARCHAR2(17)
REFERENCED_LINK_NAME                               VARCHAR2(128)
SCHEMAID                                           NUMBER
DEPENDENCY_TYPE                                    VARCHAR2(4)
SQL> select referenced_owner, referenced_name, referenced_type
2 from user_dependencies
3 where name='TEST_TEMP' and referenced_owner<>'SYS';
REFERENCED_OWNER
REFERENCED_NAME
REFERENCED_TYPE
SCOTT
DEPT
TABLE
SCOTT
EMP
TABLE
SQL>
SQL> drop procedure test_temp;
Procedure dropped.
SQL>Message was edited by:
tekicora
Message was edited by:
tekicora

Query to pull all the receipts applied....

My requirement is to pull the list of all the receipts applied with the applied amount of that receipt, the unapplied amount and the on account amount on that receipt. The Applied plus Unapplied plus On-Account amounts should equal the Receipt Amount.
Please let me know if any one has a query to pull these items.
Any help would be greatly appreciated!!!
Thanks in Advance!!!

Pls find the script to find the Hold invoies for those suppliers
select aps.VENDOR_NAME,aia.INVOICE_NUM,aia.INVOICE_AMOUNT
from ap_suppliers aps,ap_invoices_all aia,ap_holds_all aha
where aia.VENDOR_ID = aps.VENDOR_ID
and aia.INVOICE_ID = aha.INVOICE_ID
and aha.RELEASE_REASON is null
Thanks
Hari

SQL-Query-Question: get all ID2 which have specific ID1

Hello,
I have a table Tab1 with millions of entries like
ID1    ID2
1       aa
4       aa
1       bb
4       cc
I'm looking for a sql-query which gives me all ID2-values which have a all of the supplied ID1, in the example above if I query for 1 4 then I want aa and not bb or cc because bb has only 1 and cc only 4.
The values of ID1 could be a lot like (1,2,3,5,7,8,9,10,34,4,67,33,53,43...).
Greetings
Stefan

just this
SELECT ID1,ID2
FROM Table t
WHERE EXISTS (SELECT 1
FROM Table
AND ID2 = t.ID2
HAVING COUNT(DISTINCT CASE WHEN ID1 IN (1,4) THEN ID1 ELSE NULL END) = 2
If you want you can pass values 1,4 through a parameter to make it generic like below
DECLARE @ValueList varchar(10)
SET @ValueList = '1,4'
SELECT ID1,ID2
FROM Table t
WHERE EXISTS (SELECT 1
FROM Table
WHERE ID2 = t.ID2
HAVING COUNT(DISTINCT CASE WHEN ',' + @ValueList + ',' LIKE '%,' + CAST(ID1 AS varchar(5)) + ',%' THEN ID1 END) = LEN(@ValueList) - LEN(REPLACE(@ValueList,',','')) + 1
Please Mark This As Answer if it helps to solve the issue Visakh ---------------------------- http://visakhm.blogspot.com/ https://www.facebook.com/VmBlogs

SQL query to pull all systems with USB printer attached

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