functions/Get-DbaAgentSchedule.ps1
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function Get-DbaAgentSchedule { <# .SYNOPSIS Returns all SQL Agent Shared Schedules on a SQL Server Agent. .DESCRIPTION This function returns SQL Agent Shared Schedules. .PARAMETER SqlInstance SqlInstance name or SMO object representing the SQL Server to connect to. This can be a collection and receive pipeline input. .PARAMETER SqlCredential PSCredential object to connect as. If not specified, current Windows login will be used. .PARAMETER EnableException By default, when something goes wrong we try to catch it, interpret it and give you a friendly warning message. This avoids overwhelming you with "sea of red" exceptions, but is inconvenient because it basically disables advanced scripting. Using this switch turns this "nice by default" feature off and enables you to catch exceptions with your own try/catch. .NOTES Tags: Agent, Schedule Author: Chris McKeown (@devopsfu), http://www.devopsfu.com Website: https://dbatools.io Copyright: (C) Chrissy LeMaire, clemaire@gmail.com License: GNU GPL v3 https://opensource.org/licenses/GPL-3.0 .LINK https://dbatools.io/Get-DbaAgentSchedule .EXAMPLE Get-DbaAgentSchedule -SqlInstance localhost Returns all SQL Agent Shared Schedules on the local default SQL Server instance .EXAMPLE Get-DbaAgentSchedule -SqlInstance localhost, sql2016 Returns all SQL Agent Shared Schedules for the local and sql2016 SQL Server instances #> [CmdletBinding()] param ( [parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $True)] [Alias("ServerInstance", "Instance", "SqlServer")] [DbaInstanceParameter[]]$SqlInstance, [PSCredential]$SqlCredential, [switch][Alias('Silent')]$EnableException ) begin { function Get-ScheduleDescription { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [ValidateNotNullOrEmpty()] [object]$Schedule ) # Get the culture to make sure the right date and time format is displayed $datetimeFormat = (Get-culture).DateTimeFormat # Set the intial description $description = "" # Get the date and time values $startDate = Get-Date $Schedule.ActiveStartDate -format $datetimeFormat.ShortDatePattern $startTime = Get-Date ($Schedule.ActiveStartTimeOfDay.ToString()) -format $datetimeFormat.LongTimePattern $endDate = Get-Date $Schedule.ActiveEndDate -format $datetimeFormat.ShortDatePattern $endTime = Get-Date ($Schedule.ActiveEndTimeOfDay.ToString()) -format $datetimeFormat.LongTimePattern # Start setting the description based on the frequency type switch ($schedule.FrequencyTypes) { {($_ -eq 1) -or ($_ -eq "Once")} { $description += "Occurs on $startDate at $startTime" } {($_ -in 4, 8, 16, 32) -or ($_ -in "Daily", "Weekly", "Monthly")} { $description += "Occurs every "} {($_ -eq 64) -or ($_ -eq "AutoStart")} {$description += "Start automatically when SQL Server Agent starts "} {($_ -eq 128) -or ($_ -eq "OnIdle")} {$description += "Start whenever the CPUs become idle"} } # Check the frequency types for daily or weekly i.e. switch ($schedule.FrequencyTypes) { # Daily {$_ -in 4, "Daily"} { if ($Schedule.FrequencyInterval -eq 1) { $description += "day " } elseif ($Schedule.FrequencyInterval -gt 1) { $description += "$($Schedule.FrequencyInterval) day(s) " } } # Weekly {$_ -in 8, "Weekly"} { # Check if it's for one or more weeks if ($Schedule.FrequencyRecurrenceFactor -eq 1) { $description += "week on " } elseif ($Schedule.FrequencyRecurrenceFactor -gt 1) { $description += "$($Schedule.FrequencyRecurrenceFactor) week(s) on " } # Save the interval for the loop $frequencyInterval = $Schedule.FrequencyInterval # Create the array to hold the days $days = ($false, $false, $false, $false, $false, $false, $false) # Loop through the days while ($frequencyInterval -gt 0) { switch ($FrequenctInterval) { {($frequencyInterval - 64) -ge 0} { $days[5] = "Saturday" $frequencyInterval -= 64 } {($frequencyInterval - 32) -ge 0} { $days[4] = "Friday" $frequencyInterval -= 32 } {($frequencyInterval - 16) -ge 0} { $days[3] = "Thursday" $frequencyInterval -= 16 } {($frequencyInterval - 8) -ge 0} { $days[2] = "Wednesday" $frequencyInterval -= 8 } {($frequencyInterval - 4) -ge 0} { $days[1] = "Tuesday" $frequencyInterval -= 4 } {($frequencyInterval - 2) -ge 0} { $days[0] = "Monday" $frequencyInterval -= 2 } {($frequencyInterval - 1) -ge 0} { $days[6] = "Sunday" $frequencyInterval -= 1 } } } # Add the days to the description by selecting the days and exploding the array $description += ($days | Where-Object {$_ -ne $false}) -join ", " $description += " " } # Monthly {$_ -in 16, "Monthly"} { # Check if it's for one or more months if ($Schedule.FrequencyRecurrenceFactor -eq 1) { $description += "month " } elseif ($Schedule.FrequencyRecurrenceFactor -gt 1) { $description += "$($Schedule.FrequencyRecurrenceFactor) month(s) " } # Add the interval $description += "on day $($Schedule.FrequencyInterval) of that month " } # Monthly relative {$_ -in 32, "MonthlyRelative"} { # Check for the relative day switch ($Schedule.FrequencyRelativeIntervals) { {$_ -in 1, "First"} {$description += "first "} {$_ -in 2, "Second"} {$description += "second "} {$_ -in 4, "Third"} {$description += "third "} {$_ -in 8, "Fourth"} {$description += "fourth "} {$_ -in 16, "Last"} {$description += "last "} } # Get the relative day of the week switch ($Schedule.FrequencyInterval) { 1 { $description += "Sunday "} 2 { $description += "Monday "} 3 { $description += "Tuesday "} 4 { $description += "Wednesday "} 5 { $description += "Thursday "} 6 { $description += "Friday "} 7 { $description += "Saturday "} 8 { $description += "Day "} 9 { $description += "Weekday "} 10 { $description += "Weekend day "} } $description += "of every $($Schedule.FrequencyRecurrenceFactor) month(s) " } } # Check the frequency type if ($schedule.FrequencyTypes -notin 64, 128) { # Check the subday types for minutes or hours i.e. if ($schedule.FrequencySubDayInterval -in 0, 1) { $description += "at $startTime. " } else { switch ($Schedule.FrequencySubDayTypes) { {$_ -in 2, "Seconds"} { $description += "every $($schedule.FrequencySubDayInterval) second(s) "} {$_ -in 4, "Minutes"} {$description += "every $($schedule.FrequencySubDayInterval) minute(s) " } {$_ -in 8, "Hours"} { $description += "every $($schedule.FrequencySubDayInterval) hour(s) " } } $description += "between $startTime and $endTime. " } # Check if an end date has been given if ($Schedule.ActiveEndDate.Year -eq 9999) { $description += "Schedule will be used starting on $startDate." } else { $description += "Schedule will used between $startDate and $endDate." } } return $description } } process { foreach ($instance in $SqlInstance) { Write-Message -Level Verbose -Message "Attempting to connect to $instance" try { $server = Connect-SqlInstance -SqlInstance $instance -SqlCredential $SqlCredential } catch { Stop-Function -Message "Failure" -Category ConnectionError -ErrorRecord $_ -Target $instance -Continue } if ($server.Edition -like 'Express*') { Stop-Function -Message "$($server.Edition) does not support SQL Server Agent. Skipping $server." -Continue } $defaults = "ComputerName", "InstanceName", "SqlInstance", "Name as ScheduleName", "ActiveEndDate", "ActiveEndTimeOfDay", "ActiveStartDate", "ActiveStartTimeOfDay", "DateCreated", "FrequencyInterval", "FrequencyRecurrenceFactor", "FrequencyRelativeIntervals", "FrequencySubDayInterval", "FrequencySubDayTypes", "FrequencyTypes", "IsEnabled", "JobCount", "Description" foreach ($schedule in $server.JobServer.SharedSchedules) { $description = Get-ScheduleDescription -Schedule $schedule Add-Member -Force -InputObject $schedule -MemberType NoteProperty ComputerName -value $server.NetName Add-Member -Force -InputObject $schedule -MemberType NoteProperty InstanceName -value $server.ServiceName Add-Member -Force -InputObject $schedule -MemberType NoteProperty SqlInstance -value $server.DomainInstanceName Add-Member -Force -InputObject $schedule -MemberType NoteProperty Description -Value $description Select-DefaultView -InputObject $schedule -Property $defaults } } } } |