Microsoft.AzureStack.Util.ConvertNetwork

1.2100.1810.774

Microsoft.AzureStack.Util.ConvertNetwork.psm1

                                function Get-CidrFromSubnetMask {

    <#

        .Synopsis

        Using a subnet mask value, return the cidr as an int32.

        .EXAMPLE

        Get-CidrFromSubnetMask -SubnetMask 255.255.255.252

        30

    #>

    [CmdletBinding()]

    [OutputType([System.Int32])]

    param (

        [Parameter(Mandatory = $true)]

        [IPAddress]

        $SubnetMask

    )

    # Using a subnet mask, count the 1's in the binary output to determine the Cidr.

    $Private:bits = 0

    $SubnetMask.GetAddressBytes() | ForEach-Object {

        $binary = [System.Convert]::ToString($_, 2)

        $bits += $binary.TrimEnd('0').Length

    }

    return $bits

}

function Get-SubnetMaskFromCidr {

    <#

        .Synopsis

        Using a network CIDR value, convert the bit value to a subnet mask.

        .EXAMPLE

        Get-SubnetMaskFromCidr -Cidr 20

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 15794175

        IPAddressToString  : 255.255.240.0

    #>

    [CmdletBinding()]

    [OutputType([IPAddress])]

    param (

        [Parameter(Mandatory = $true)]

        [ValidateRange(0, 32)]

        [int32]

        $Cidr

    )

    # Create a 32bit binary string

    $Private:binary = ('1' * $Cidr).PadRight(32, '0')

    # Split every the binary every 8 bits and convert it back to an int

    $Private:octets = New-Object -TypeName System.Collections.ArrayList

    for ($i = 0; $i -lt 32; $i += 8) {

        $bOctet = $Private:binary.Substring($i, 8)

        $octets.Add( ([System.Convert]::ToInt32($bOctet, 2) ) ) | Out-Null

    }

    [System.Net.IPAddress]$ipAddress = ( $octets -join ('.') )

    return $ipAddress

}

function Get-IPHostMaskFromSubnetMask {

    <#

        .Synopsis

        Using a subnet mask, this will invert the mask to an IP Host Mask.

        .EXAMPLE

        Get-IPHostMaskFromSubnetMask -SubnetMask 255.255.255.0

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 4278190080

        IPAddressToString  : 0.0.0.255

    #>

    [OutputType([System.Net.IPAddress])]

    [CmdletBinding()]

    param (

        [Parameter(Mandatory = $true)]

        [System.Net.IPAddress]

        $SubnetMask

    )

    # Using the subnet mask, invert the values and return the inverse mask.

    $aIP = $SubnetMask.GetAddressBytes()

    $aInverse = $aIP | ForEach-Object {

        255 -bxor $_

    }

    [System.Net.IPAddress]$inverse = $aInverse -join ('.')

    return $inverse

}

function Get-NetworkAddressFromIP {

    <#

        .SYNOPSIS

        Using a IP within a given subnet with its CIDR bit value, return the Network address of the subnet.

        .EXAMPLE

        Get-NetworkAddressFromIP -IPv4Address 10.10.10.10 -IPv4Mask 255.255.252.0

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 526858

        IPAddressToString  : 10.10.8.0

        .EXAMPLE

        Get-NetworkAddressFromIP -IPv4Address 10.10.10.10 -CIDR 22

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 526858

        IPAddressToString  : 10.10.8.0

    #>

    [OutputType([System.Net.IPAddress])]

    [CmdletBinding()]

    param (

        # IPv4 Address that within the IPv4Mask Subnet

        [Parameter(Mandatory = $true, ParameterSetName = 'MASK')]

        [Parameter(Mandatory = $true, ParameterSetName = 'CIDR')]

        [System.Net.IPAddress]

        $IPv4Address,

        # Subnet Mask Value

        [Parameter(Mandatory = $true, ParameterSetName = 'MASK')]

        [System.Net.IPAddress]

        $IPv4Mask,

        # CIDR bit value

        [Parameter(Mandatory = $true, ParameterSetName = 'CIDR')]

        [System.Int32]

        $CIDR

    )

    # Level set so we always utilize a subnet mask, if a CIDR is given.

    if ($PSBoundParameters.Keys -eq 'CIDR') {

        [System.Net.IPAddress]$Private:mask = Get-SubnetMaskFromCidr -Cidr $CIDR

    }

    else {

        [System.Net.IPAddress]$Private:mask = $IPv4Mask

    }

    <#

    # Break the subnet into an Array

    # use the BAnd operator for each octet in the address.

    # this will convert an address to an network address.

    #>

    $aAddress = $IPv4Address.GetAddressBytes()

    $aMask = $Private:mask.GetAddressBytes()

    $aNetwork = for ($i = 0; $i -lt 4; $i++) {

        $aAddress[$i] -band $aMask[$i]

    }

    [System.Net.IPAddress]$ipAddress = ( $aNetwork -join ('.') )

    return $ipAddress

}

function Get-BroadcastAddressFromIP {

    <#

        .SYNOPSIS

        Using an IPv4 address return the broadcast address for a given CIDR/MASK.

        .EXAMPLE

        Get-BroadcastAddressFromIP -IPv4Address 10.10.13.0 -IPv4Mask 255.255.252.0

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 4279175690

        IPAddressToString  : 10.10.15.255

        .EXAMPLE

        Get-BroadcastAddressFromIP -IPv4Address 10.10.13.0 -CIDR 22

        AddressFamily      : InterNetwork

        ScopeId            :

        IsIPv6Multicast    : False

        IsIPv6LinkLocal    : False

        IsIPv6SiteLocal    : False

        IsIPv6Teredo       : False

        IsIPv4MappedToIPv6 : False

        Address            : 4279175690

        IPAddressToString  : 10.10.15.255

    #>

    [OutputType([System.Net.IPAddress])]

    [CmdletBinding()]

    param (

        [Parameter(Mandatory = $true, ParameterSetName = 'MASK')]

        [Parameter(Mandatory = $true, ParameterSetName = 'CIDR')]

        [System.Net.IPAddress]

        $IPv4Address,

        # Subnet Mask used to determine the broadcast address

        [Parameter(Mandatory = $true, ParameterSetName = 'MASK')]

        [System.Net.IPAddress]

        $IPv4Mask,

        # CIDR bit value

        [Parameter(Mandatory = $true, ParameterSetName = 'CIDR')]

        [System.Int32]

        $CIDR

    )

    # Level set so we always utilize a subnet mask, if a CIDR is given.

    if ($PSBoundParameters.Keys -eq 'CIDR') {

        $mask = (Get-SubnetMaskFromCidr -Cidr $CIDR).ToString()

    }

    else {

        $mask = $IPv4Mask.ToString()

    }

    $aHostMask = (Get-IPHostMaskFromSubnetMask -SubnetMask $mask).ToString() -Split ('\.')

    <#

    # Break the subnet into an Array

    # use the BOR operator for each octet in the address.

    # this will convert an address to an broadcast address.

    #>

    $aAddress = $IPv4Address.GetAddressBytes()

    $Private:aBroadcast = for ($i = 0; $i -lt 4; $i++) {

        [System.Int32]$aAddress[$i] -bor [System.Int32]$aHostMask[$i]

    }

    [System.Net.IPAddress]$ipAddress = ( $aBroadcast -join ('.') )

    return $ipAddress

}

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