Public/Get-JDEBatchJobProcesses.ps1
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function Get-JDEBatchJobProcesses { <# .SYNOPSIS Gets the JD Edwards batch job processes from a server. .DESCRIPTION Gets the running batch job processes from a specified server or set of servers. .EXAMPLE PS C:\> Get-JDEBatchJobProcess -Server BatchServer01 Description ----------- Gets the running batch job processes from the specified JD Edwards server. .PARAMETER Server The JD Edwards batch job server name. .INPUTS System.String .OUTPUTS pscustomobject #> [Cmdletbinding()] param ( # Batch job server name [Parameter(Mandatory)][ValidateNotNullOrEmpty()][string[]] $Server ) process { try { VerifySession -Driver $ManagerSession # Verify that the web driver is still active $URL = [uri] $ManagerSession.Url # Parse the URL property from the web driver foreach ($Svr in $Server) { try { # Create a base custom PowerShell object $Out = [pscustomobject]@{ ServerName = $Svr Status = $null Count = $null ProcessInfo = $null } # Build the batch job server URL $SvrURL = "$($URL.Scheme)://$($URL.Authority)/manage/target?" + "&hostName=$Svr" + "&instanceName=$Svr`_EntServer" + "&targetType=entserver" + "&jdeHome=%2Fu10%2Fjdedwardsppack%2Fjde_home%2FSCFHA" + "&action=processes" VerifyURL -URL $SvrURL # Check that the web page is available GoToWebPage -Driver $ManagerSession -Url $SvrURL # Go to the web page # Check that the web page loaded $Params = @{ Driver = $ManagerSession ElementName = "table" ElementType = "ClassName" } CheckWebPageLoaded @Params # Find the web element with the table containing the page size view drop down menu $Element = Find-SeElement -Driver $ManagerSession -ClassName "table" # Change the page size view to show all rows ChangePageSizeView -WebElement $Element -ViewOptionName "All" # Find the web element with the table containing the required process data $Element = Find-SeElement -Driver $ManagerSession -Id "processTable" # Get the rows containing running batch job processes $Rows = Find-SeElement -Element $Element -TagName "tr" | Where-Object -Property "Text" -Match " Runbatch \d+ " # No rows found if (-not $Rows) { $Out.Status = "No processes found" # Update the status of the base object $Out.Count = 0 # Set the running batch job count to zero on the base object continue } else { $Out.Count = ($Rows | Measure-Object).Count } # Count the number of rows found # Capture processes from each row $Processes = foreach ($Row in $Rows) { # Create an array from the text of each row $Data = (Find-SeElement -Element $Row -TagName "td").Text # Create a custom PowerShell object for each process [pscustomobject]@{ ProcessName = $Data[1] ProcessType = $Data[2] ProcessId = $Data[3] ProcessStatus = $Data[4] JDELogFileSize = $Data[5] DebugLogSize = $Data[6] ConnectedUsers = $Data[7] TotalReqs = $Data[8] OutstandingReqs = $Data[9] MemoryMB = $Data[10] CPUPercentage = $Data[11] Threads = $Data[12] JDECaches = $Data[13] TotalOpenJDBTxns = $Data[14] ManualOpenJDBTxns = $Data[15] DatabaseCxns = $Data[16] } } $Out.ProcessInfo = $Processes # Assign the array to the process info of the base object $Out.Status = "Process(es) found" # Update the status of the base object } catch { # Update the status of the base object with any errors encountered $Out.Status = "Error: $($PSItem.Exception.Message)" } finally { $Out } # Write out the custom PowerShell object } } catch { $PSCmdlet.ThrowTerminatingError($PSItem) } } } |