first of all sorry if my english is not the best. but ill try to explain my issue with as much detail as i can
Im having an issue where i cant get Format-Table to effect the output i give it.
below is the part im having issues with atm.
cls
$TotalSize = $($mailboxes. #{name = ”TotalItemSize (GB)”; expression = { [math]::Round((($_.TotalItemSize.Value.ToString()).Split(“(“)[1].Split(” “)[0].Replace(“,”, ””) / 1GB), 2) } });
$UserN = $($mailboxes.DisplayName)
$itemCount = $($mailboxes.ItemCount)
$LastLogonTime = $($mailboxes.ItemCount)
$allMailboxinfo = #(
#lager dataen som skal inn i et objekt
#{Username= $UserN; ItemCount = $itemCount; LastLogonTime = $($mailboxes.ItemCount); Size = $TotalSize}) | % { New-Object object | Add-Member -NotePropertyMembers $_ -PassThru }
$Table = $allMailboxinfo | Format-Table | Out-String
$Table
the output of this gives me what almost looks like json syntax below each title of the table.
Username LastLogonTime ItemCount Size
-------- ------------- --------- ----
{username1, username2,username3,userna...} {$null, $null, $null, $null...} {$null, $null, $null, $null...} {$null, $null, $null, $null...}
running the commands by themselves seem to work tho. like $mailboxes.DisplayName gives the exact data i want for displayname. even in table-format.
the reason im making the table this way instead of just using select-object, is because im going to merge a few tables later. using the logic from the script below.
cls
$someData = #(
#{Name = "Bill"; email = "email#domain.com"; phone = "12345678"; id = "043546" }) | % { New-Object object | Add-Member -NotePropertyMembers $_ -PassThru }
$moreData = #(
#{Name = "Bill"; company = "company 04"}) | % { New-Object object | Add-Member -NotePropertyMembers $_ -PassThru }
$Merge = #(
#plots the data into a new table
#{Name = $($someData.Name); e_mail = $($someData.email); phone = $($someData.phone); id = $($someData.id); merged = $($moreData.company) }) | % { New-Object object | Add-Member -NotePropertyMembers $_ -PassThru }
#formatting table
$Table = $Merge | Format-Table | Out-String
#print table
$Table
if you are wondering what im doing with this.
My goal, all in all. is a table with using the info from Exchange;
DisplayName, TotalItemSize(GB), ItemCount, LastLogonTime, E-mail adress, archive + Maxquoata, Quoata for mailbox.
You're creating a single object where each property holds an array of property values from the original array of mailbox objects.
Instead, create 1 new object per mailbox:
# construct output objects with Select-Object
$allMailBoxInfo = $mailboxes |Select #{Name='Username';Expression='DisplayName'},ItemCount,#{Name='LastLogonTime';Expression='ItemCount'},#{Name='Size';Expression={[math]::Round((($_.TotalItemSize.Value.ToString()).Split("(")[1].Split(" ")[0].Replace(",", "") / 1GB), 2) }}
# format table
$Table = $allMailBoxInfo | Format-Table | Out-String
# print table
$Table
Related
I am fairly new to PowerShell and I want for a USB key plugged, to retrieve some info. Right now my script is:
Get-WmiObject win32_diskdrive |
ForEach-Object{
$disk = $_
$_.GetRelated('Win32_PnPEntity')|
ForEach-Object{
$pnp = $_
$_.GetRelated('Win32_USBController') |
ForEach-Object{
$usb = $_
[pscustomobject]#{
SerialNumber = $disk.SerialNumber
Model = $disk.Model
Size = $disk.Size
if ($usb.DeviceID -match '.*VID_(?<vid>[0-9A-F]{4})&PID_(?<pid>[0-9A-F]{4}).*') {VID=$matches['vid']; PID=$matches['pid']}
}
}
}
}
The line beginning with
if ($usb.DeviceID -match '.*VID_(?<vid>[0-9A-F]{4})&PID_(?<pid>[0-9A-F]{4}).*') {VID=$matches['vid']; PID=$matches['pid']}
does not work. I want to translate deviceid (which I can get by doing USBDeviceID = $usb.DeviceID) ID in PID UID directly.
It throws the following error
Error with code “Missing = operator after key in hash literal" for the statement "if ($usb.DeviceID -match '.* ...
What am I missing ? many thanks for helping me .
Gerald
This is because the way you intend to add properties to the PsCustomObject is wrong.
Either do this:
$result = [PsCustomObject]#{
SerialNumber = $disk.SerialNumber
Model = $disk.Model
Size = $disk.Size
}
# add items to the object if the condition is true
if ($usb.DeviceID -match '.*VID_(?<vid>[0-9A-F]{4})&PID_(?<pid>[0-9A-F]{4}).*') {
$result | Add-Member -MemberType NoteProperty -Name 'VID' -Value $matches['vid']
$result | Add-Member -MemberType NoteProperty -Name 'PID' -Value $matches['pid']
}
# output the PsCustomObject
$result
or use a Hashtable as temporary storage:
# create a Hastable to temporarily store results in
$hash = [ordered]#{
SerialNumber = $disk.SerialNumber
Model = $disk.Model
Size = $disk.Size
}
# add items to the hash if the condition is true
if ($usb.DeviceID -match '.*VID_(?<vid>[0-9A-F]{4})&PID_(?<pid>[0-9A-F]{4}).*') {
$hash['VID']=$matches['vid']
$hash['PID']=$matches['pid']
}
# next cast to PsCustomObject and output
[PsCustomObject]$hash
when i import my csv into my GUI the headers get imported into the wrong order any ideas?
code below
#### Load Data Table Into Gridview
$button2_Click = {
$data= Import-CSV "E:\testGui\_stock_processed2.csv"
$dt = new-object System.Data.DataTable
$columns = $data | Get-Member -MemberType NoteProperty | select -ExpandProperty name |
$columns | %{
[void]$dt.columns.add($_)
}
$data | %{
$currentRow = $_
$dr = $dt.NewRow()
$columns | %{
$dr.$_ = $currentRow.$_
}
$dt.Rows.Add($dr)
}
$DataGridview1.DataSource = $dt
}
please see correct .CSV headers
and the output the GUI is showing
it looks as though on import the headers get put in alphabetical order
Get-Member formatted output orders the members by MemberType and then by Name. If you want the property list based on the input object order, then you can use PSObject.Properties sub-property.
$data.PSObject.Properties | Foreach-Object {
[void]$dt.Columns.Add($_.Name)
}
I created the following object:
$PSOhash = #{
ConnectedNode = $ConnectedNode
ConnectedNodeDeviceNumber = $ConnectedNodeDeviceNumber
Serialnumber = $Serialnumber
ProductId = $ProductId
}
$ClusterNodeSSDs = New-Object PSObject -Property $PSOhash
and want to add values from the following command into it:
$SSDModel = "xyz123"
$ClusterNode = "Node1"
gwmi -Namespace root\wmi ClusPortDeviceInformation| select ConnectedNode,ConnectedNodeDeviceNumber, Serialnumber, ProductId | sort ConnectedNodeDeviceNumber | where {($_.ConnectedNode -eq $ClusterNode) -and ($_.ProductId -match "$SSDModel")}
which returns the proper informations, but need them as properties in the object for further processing.
If you want to add a set of property-value pairs to an already existing PSObject ($MyObject in this example) that currently does not have those properties, you can use the Add-Member command for this:
$PSOhash = #{
ConnectedNode = $ConnectedNode
ConnectedNodeDeviceNumber = $ConnectedNodeDeviceNumber
Serialnumber = $Serialnumber
ProductId = $ProductId
}
$MyObject = $MyObject | Add-Member -NotePropertyMembers $PSOHash
Explanation:
The -NotePropertyMembers parameter allows you do add a hash table of property-value pairs to a custom object.
Optionally, you can use a combination of Add-Member's -NotePropertyValue and -NotePropertyName to add properties one at a time.
If you want to update one object's property values with property values (same property names) from another object, you can just use direct assignment and the member access operator (.).
$SSDModel = "xyz123"
$ClusterNode = "Node1"
$WmiObjects = Get-WmiObject -Namespace root\wmi ClusPortDeviceInformation |
Select-Object ConnectedNode,ConnectedNodeDeviceNumber, Serialnumber, ProductId |
Sort-Object ConnectedNodeDeviceNumber |
where {($_.ConnectedNode -eq $ClusterNode) -and ($_.ProductId -match "$SSDModel")}
$ClusterNodeSSDs = foreach ($WmiObject in $WmiObjects) {
$PSOhash = #{
ConnectedNode = $WmiObject.ConnectedNode
ConnectedNodeDeviceNumber = $WmiObject.ConnectedNodeDeviceNumber
Serialnumber = $WmiObject.Serialnumber
ProductId = $WmiObject.ProductId
}
[pscustomobject]$PSOhash
}
Explanation:
Note the use of the foreach loop here because the Get-WmiObject will likely return a collection. So you will need to iterate all of them to create custom objects. However, it just seems that you can just use the Get-WmiObject | Select-Object output to perform the same thing.
I am trying to find the matching names in two different types of Powershell objects
$Object1 has two properties - Name (string), ResourceID (uint32)
$object2 has one noteproperty - Name (system.string)
This gives me a list of the matching names but I also want the corresponding resourceID property from $object1.
$computers = Compare-Object $Object1.name $WSD_CM12 | where {$_.sideindicator -eq "=>"} | foreach {$_.inputobject}
These are big objects with over 10,000 items so I'm looking for the most efficient way to accomplish this.
If I'm understanding what you're after, I'd start by creating a hash table from your Object1 collection:
$object1_hash = #{}
Foreach ($object1 in $object1_coll)
{ $object1_hash[$object1.Name] = $object1.ResourceID }
Then you can find the ResourceID for any given Object2.name with:
$object1_hash[$Object2.Name]
Test bed for creating hash table:
$object1_coll = $(
New-Object PSObject -Property #{Name = 'Name1';ResourceID = 001}
New-Object PSObject -Property #{Name = 'Name2';ResourceID = 002}
)
$object1_hash = #{}
Foreach ($object1 in $object1_coll)
{ $object1_hash[$object1.Name] = $object1.ResourceID }
$object1_hash
Name Value
---- -----
Name2 2
Name1 1
Alternative method:
# Create sample list of objects with both Name and Serial
$obj1 = New-Object -Type PSCustomObject -Property:#{ Name = "Foo"; Serial = "1234" }
$obj2 = New-Object -Type PSCustomObject -Property:#{ Name = "Cow"; Serial = "4242" }
$collection1 = #($obj1, $obj2)
# Create subset of items with only Name
$objA = New-Object -Type PSCustomObject -Property:#{ Name = "Foo"; }
$collection2 = #($objA)
#Everything above this line is just to make sample data
# replace $collection1 and $collection2 with $Object1, $WSD_CM12
# Combine into one list
($collection1 + $collection2) |
# Group by name property
Group-Object -Property Name |
# I only want items that exist in both
Where { $_.Count -gt 1 } |
# Now give me the object
Select -Expand Group |
# And get the properties
Where { $_.Serial -ne $null }
Warning - I've asked a similar question in the past but this is slightly different.
tl;dr; I want to export objects which have a varying number of properties. eg; object 1 may have 3 IP address and 2 NICs but object 2 has 7 IP addresses and 4 NICs (but not limited to this amount - it could be N properties).
I can happily capture and build objects that contain all the information I require. If I simply output my array to the console each object is shown with all its properties. If I want to out-file or export-csv I start hitting a problem surrounding the headings.
Previously JPBlanc recommended sorting the objects based on the amount of properties - ie, the object with the most properties would come first and hence the headings for the most amount of properties would be output.
Say I have built an object of servers which has varying properties based on IP addresses and NIC cards. For example;
ServerName: Mordor
IP1: 10.0.0.1
IP2: 10.0.0.2
NIC1: VMXNET
NIC2: Broadcom
ServerName: Rivendell
IP1: 10.1.1.1
IP2: 10.1.1.2
IP3: 10.1.1.3
IP4: 10.1.1.4
NIC1: VMXNET
Initially, if you were to export-csv an array of these objects the headers would be built upon the first object (aka, you would only get ServerName, IP1, IP2, NIC1 and NIC2) meaning for the second object you would lose any subsequent IPs (eg IP3 and IP4). To correct this, before an export I sort based on the number of IP properties - tada - the first object now has the most IPs in the array and hence none of the subsequent objects IPs are lost.
The downside is when you then have a second varying property - eg NICs. Once my sort is complete based on IP we then have the headings ServerName, IP1 - IP4 and NIC1. This means the subsequent object property of NIC2 is lost.
Is there a scalable way to ensure that you aren't losing data when exporting objects like this?
Try:
$o1 = New-Object psobject -Property #{
ServerName="Mordor"
IP1="10.0.0.1"
IP2="10.0.0.2"
NIC1="VMXNET"
NIC2="Broadcom"
}
$o2 = New-Object psobject -Property #{
ServerName="Rivendell"
IP1="10.1.1.1"
IP2="10.1.1.2"
IP3="10.1.1.3"
IP4="10.1.1.4"
NIC1="VMXNET"
}
$arr = #()
$arr += $o1
$arr += $o2
#Creating output
$prop = $arr | % { Get-Member -InputObject $_ -MemberType NoteProperty | Select -ExpandProperty Name } | Select -Unique | Sort-Object
$headers = #("ServerName")
$headers += $prop -notlike "ServerName"
$arr | ft -Property $headers
Output:
ServerName IP1 IP2 IP3 IP4 NIC1 NIC2
---------- --- --- --- --- ---- ----
Mordor 10.0.0.1 10.0.0.2 VMXNET Broadcom
Rivendell 10.1.1.1 10.1.1.2 10.1.1.3 10.1.1.4 VMXNET
If you know the types(NICS, IPS..), but not the count(ex. how many NICS) you could try:
#Creating output
$headers = $arr | % { Get-Member -InputObject $_ -MemberType NoteProperty | Select -ExpandProperty Name } | Select -Unique
$ipcount = ($headers -like "IP*").Count
$niccount = ($headers -like "NIC*").Count
$format = #("ServerName")
for ($i = 1; $i -le $ipcount; $i++) { $format += "IP$i" }
for ($i = 1; $i -le $niccount; $i++) { $format += "NIC$i" }
$arr | ft -Property $format
What about getting a list of all unique property headers and then doing a select on all the objects? When you do a select on an object for a nonexistent property it will create a blank one.
$allHeaders = $arrayOfObjects | % { Get-Member -inputobject $_ -membertype noteproperty | Select -expand Name } | Select -unique
$arrayOfObjects | Select $allHeaders
Granted you are looping through ever object to get the headers, so for a very large amount of objects it may take awhile.
Here's my attempt at a solution. I'm very tired now so hopefully it makes sense. Basically I'm calculating the largest amount of NIC and IP note properties, creating a place holder object that has those amounts of properties, adding it as the first item in a CSV, and then removing it from the CSV.
# Create example objects
$o1 = New-Object psobject -Property #{
ServerName="Mordor"
IP1="10.0.0.1"
IP2="10.0.0.2"
NIC1="VMXNET"
NIC2="Broadcom"
}
$o2 = New-Object psobject -Property #{
ServerName="Rivendell"
IP1="10.1.1.1"
IP2="10.1.1.2"
IP3="10.1.1.3"
IP4="10.1.1.4"
NIC1="VMXNET"
}
# Add to an array
$servers = #($o1, $o2)
# Calculate how many IP and NIC properties there are
$IPColSize = ($servers | Select IP* | %{($_ | gm -MemberType NoteProperty).Count} | Sort-Object -Descending)[0]
$NICColSize = ($servers | Select NIC* | %{($_ | gm -MemberType NoteProperty).Count} | Sort-Object -Descending)[0]
# Build a place holder object that will contain enough properties to cover all of the objects in the array.
$cmd = '$placeholder = "" | Select ServerName, {0}, {1}' -f (#(1..$IPColSize | %{"IP$_"}) -join ", "), (#(1..$NICColSize | %{"NIC$_"}) -join ", ")
Invoke-Expression $cmd
# Convert to CSV and remove the placeholder
$csv = $placeholder,$servers | %{$_ | Select *} | ConvertTo-Csv -NoTypeInformation
$csv | Select -First 1 -Last ($csv.Count-2) | ConvertFrom-Csv | Export-Csv Solution.csv -NoTypeInformation