327 lines
9.6 KiB
PowerShell
327 lines
9.6 KiB
PowerShell
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<#
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.Synopsis
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Generates a list of IPv4 IP Addresses given a Start and End IP - All credit to @darkoperator
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.DESCRIPTION
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Generates a list of IPv4 IP Addresses given a Start and End IP.
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.EXAMPLE
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Generating a list of IPs from CIDR
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Get-IPRange 192.168.1.0/24
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.EXAMPLE
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Generating a list of IPs from Range
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Get-IPRange -Range 192.168.1.1-192.168.1.50
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#>
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function New-IPv4Range
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{
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param(
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[Parameter(Mandatory=$true,
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ValueFromPipelineByPropertyName=$true,
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Position=0)]
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$StartIP,
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[Parameter(Mandatory=$true,
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ValueFromPipelineByPropertyName=$true,
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Position=2)]
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$EndIP
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)
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# created by Dr. Tobias Weltner, MVP PowerShell
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$ip1 = ([System.Net.IPAddress]$StartIP).GetAddressBytes()
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[Array]::Reverse($ip1)
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$ip1 = ([System.Net.IPAddress]($ip1 -join '.')).Address
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$ip2 = ([System.Net.IPAddress]$EndIP).GetAddressBytes()
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[Array]::Reverse($ip2)
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$ip2 = ([System.Net.IPAddress]($ip2 -join '.')).Address
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for ($x=$ip1; $x -le $ip2; $x++) {
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$ip = ([System.Net.IPAddress]$x).GetAddressBytes()
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[Array]::Reverse($ip)
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$ip -join '.'
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}
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}
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<#
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.Synopsis
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Generates a IP Address Objects for IPv4 and IPv6 Ranges - All credit to @darkoperator
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.DESCRIPTION
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Generates a IP Address Objects for IPv4 and IPv6 Ranges given a ranges in CIDR or
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range <StartIP>-<EndIP> format.
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.EXAMPLE
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PS C:\> New-IPvRange -Range 192.168.1.1-192.168.1.5
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Generate a collection of IPv4 Object collection for the specified range.
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.EXAMPLE
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New-IPRange -Range 192.168.1.1-192.168.1.50 | select -ExpandProperty ipaddresstostring
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Get a list of IPv4 Addresses in a given range as a list for use in another tool.
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#>
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function New-IPRange
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{
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[CmdletBinding(DefaultParameterSetName='CIDR')]
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Param(
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[parameter(Mandatory=$true,
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ParameterSetName = 'CIDR',
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Position=0)]
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[string]$CIDR,
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[parameter(Mandatory=$true,
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ParameterSetName = 'Range',
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Position=0)]
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[string]$Range
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)
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if($CIDR)
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{
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$IPPart,$MaskPart = $CIDR.Split('/')
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$AddressFamily = ([System.Net.IPAddress]::Parse($IPPart)).AddressFamily
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# Get the family type for the IP (IPv4 or IPv6)
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$subnetMaskObj = [IPHelper.IP.Subnetmask]::Parse($MaskPart, $AddressFamily)
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# Get the Network and Brodcast Addressed
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$StartIP = [IPHelper.IP.IPAddressAnalysis]::GetClasslessNetworkAddress($IPPart, $subnetMaskObj)
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$EndIP = [IPHelper.IP.IPAddressAnalysis]::GetClasslessBroadcastAddress($IPPart,$subnetMaskObj)
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# Ensure we do not list the Network and Brodcast Address
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$StartIP = [IPHelper.IP.IPAddressAnalysis]::Increase($StartIP)
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$EndIP = [IPHelper.IP.IPAddressAnalysis]::Decrease($EndIP)
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[IPHelper.IP.IPAddressAnalysis]::GetIPRange($StartIP, $EndIP)
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}
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elseif ($Range)
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{
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$StartIP, $EndIP = $range.split('-')
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[IPHelper.IP.IPAddressAnalysis]::GetIPRange($StartIP, $EndIP)
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}
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}
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<#
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.Synopsis
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Generates a list of IPv4 IP Addresses given a CIDR - All credit to @darkoperator
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.DESCRIPTION
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Generates a list of IPv4 IP Addresses given a CIDR.
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.EXAMPLE
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Generating a list of IPs
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PS C:\> New-IPv4RangeFromCIDR -Network 192.168.1.0/29
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192.168.1.1
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192.168.1.2
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192.168.1.3
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192.168.1.4
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192.168.1.5
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192.168.1.6
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192.168.1.7
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#>
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function New-IPv4RangeFromCIDR
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{
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param(
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[Parameter(Mandatory=$true,
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ValueFromPipelineByPropertyName=$true,
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Position=0)]
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$Network
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)
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# Extract the portions of the CIDR that will be needed
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$StrNetworkAddress = ($Network.split('/'))[0]
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[int]$NetworkLength = ($Network.split('/'))[1]
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$NetworkIP = ([System.Net.IPAddress]$StrNetworkAddress).GetAddressBytes()
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$IPLength = 32-$NetworkLength
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[Array]::Reverse($NetworkIP)
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$NumberOfIPs = ([System.Math]::Pow(2, $IPLength)) -1
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$NetworkIP = ([System.Net.IPAddress]($NetworkIP -join '.')).Address
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$StartIP = $NetworkIP +1
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$EndIP = $NetworkIP + $NumberOfIPs
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# We make sure they are of type Double before conversion
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If ($EndIP -isnot [double])
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{
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$EndIP = $EndIP -as [double]
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}
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If ($StartIP -isnot [double])
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{
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$StartIP = $StartIP -as [double]
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}
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# We turn the start IP and end IP in to strings so they can be used.
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$StartIP = ([System.Net.IPAddress]$StartIP).IPAddressToString
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$EndIP = ([System.Net.IPAddress]$EndIP).IPAddressToString
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New-IPv4Range $StartIP $EndIP
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}
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$runme =
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{
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param
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(
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[Object]
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$IPAddress,
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[Object]
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$Creds,
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[Object]
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$Command
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)
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$getcreds = $Creds
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$Port = 135
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$Socket = New-Object Net.Sockets.TcpClient
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$Socket.client.ReceiveTimeout = 2000
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$ErrorActionPreference = 'SilentlyContinue'
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$Socket.Connect($IPAddress, $Port)
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$ErrorActionPreference = 'Continue'
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if ($Socket.Connected) {
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#Object to store result
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$endpointResult = New-Object PSObject | Select-Object Host, PortOpen
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$endpointResult.PortOpen = 'Open'
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$endpointResult.Host = $IPAddress
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$Socket.Close()
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} else {
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$portclosed = 'True'
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}
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$Socket = $null
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if ($endpointResult.PortOpen -eq 'Open')
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{
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# run a command of my choice
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$WMIResult = Invoke-WmiMethod -Path Win32_process -Name create -ComputerName $IPAddress -Credential $getcreds -ArgumentList $Command
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If ($WMIResult.Returnvalue -eq 0) {
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Write-Output "Executed WMI Command with Sucess: $Command `n"
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} else {
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Write-Output "WMI Command Failed - Could be due to permissions or UAC is enabled on the remote host, Try mounting the C$ share to check administrative access to the host"
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}
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} else {
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Write-Output "TCP Port 135 not available on host: $IPAddress"
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}
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return $endpointResult
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}
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<#
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.Synopsis
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WMI Command over Windows RPC Ports (TCP 135) - @benpturner
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.DESCRIPTION
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WMI Tool written to search for files younger than a month on network shares. This also searches is the current logged in user is part of the Local Administrators group. All communications is done over Windows RPC Ports (TCP 135)
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.EXAMPLE
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Invoke-WMIChecker -IPAddress 172.16.0.205
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.EXAMPLE
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Invoke-WMIChecker -IPRangeCIDR 172.16.0.0/22 -Threads 100 -Command "cmd /c echo 1"
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.EXAMPLE
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Invoke-WMIChecker -IPList C:\Temp\Hostlist.txt -Threads 30 -Command "powershell -e AB9300038494"
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.INPUTS
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Inputs to this cmdlet (if any)
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.OUTPUTS
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Output from this cmdlet (if any)
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.NOTES
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General notes
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.COMPONENT
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The component this cmdlet belongs to
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.ROLE
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The role this cmdlet belongs to
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.FUNCTIONALITY
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The functionality that best describes this cmdlet
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#>
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function Invoke-WMICommand
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{
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param
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(
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[Object]
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$IPAddress,
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[Object]
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$IPRangeCIDR,
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[Object]
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$IPList,
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[Object]
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$Threads,
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[Object]
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$Command,
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[Object]
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$username,
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[Object]
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$password
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)
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if ($username) {
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$PSS = ConvertTo-SecureString $password -AsPlainText -Force
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$getcreds = new-object system.management.automation.PSCredential $username,$PSS
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} else {
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$getcreds = Get-Credential
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}
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if ($IPList) {$iprangefull = Get-Content $IPList}
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if ($IPRangeCIDR) {$iprangefull = New-IPv4RangeFromCIDR $IPRangeCIDR}
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if ($IPAddress) {$iprangefull = $IPAddress}
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Write-Output ''
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Write-Output $iprangefull.count + "Total hosts read from file"
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$jobs = @()
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$start = get-date
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Write-Output "Begin Scanning at $start"
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#Multithreading setup
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# create a pool of maxThread runspaces
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if (!$Threads){$Threads = 64}
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$pool = [runspacefactory]::CreateRunspacePool(1, $Threads)
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$pool.Open()
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$endpointResults = @()
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$jobs = @()
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$ps = @()
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$wait = @()
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$i = 0
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#Loop through the endpoints starting a background job for each endpoint
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foreach ($endpoint in $iprangefull)
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{
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while ($($pool.GetAvailableRunspaces()) -le 0) {
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Start-Sleep -milliseconds 500
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}
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# create a "powershell pipeline runner"
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$ps += [powershell]::create()
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# assign our pool of 3 runspaces to use
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$ps[$i].runspacepool = $pool
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# command to run
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[void]$ps[$i].AddScript($runme)
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[void]$ps[$i].AddParameter('IPAddress', $endpoint)
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[void]$ps[$i].AddParameter('Creds', $getcreds)
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[void]$ps[$i].AddParameter('Command', $Command)
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# start job
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$jobs += $ps[$i].BeginInvoke();
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# store wait handles for WaitForAll call
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$wait += $jobs[$i].AsyncWaitHandle
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$i++
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}
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Write-Output 'Waiting for scanning threads to finish...'
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$waitTimeout = get-date
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while ($($jobs | Where-Object {$_.IsCompleted -eq $false}).count -gt 0 -or $($($(get-date) - $waitTimeout).totalSeconds) -gt 60) {
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Start-Sleep -milliseconds 500
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}
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# end async call
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for ($y = 0; $y -lt $i; $y++) {
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try {
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# complete async job
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$endpointResults += $ps[$y].EndInvoke($jobs[$y])
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} catch {
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# oops-ee!
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write-warning "error: $_"
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}
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finally {
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$ps[$y].Dispose()
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}
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}
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$pool.Dispose()
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#Statistics
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$end = get-date
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$totaltime = $end - $start
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Write-Output "We scanned $($iprangefull.count) endpoints in $($totaltime.totalseconds) seconds"
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$endpointResults
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}
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