# Get the IQN for iSCSI
Get-InitiatorPort | Where \{$_.ConnectionType -eq 'iSCSI'} | Select-Object -Property NodeAddress

# Get the WWPN for FC
Get-InitiatorPort | Where \{$_.ConnectionType -eq 'Fibre Channel'} | Select-Object -Property PortAddress

# While adding initiator to the initiator group in case of FC, make sure to provide the initiator(PortAddress) in the standard WWPN format

# Start iSCSI service, if it is not already running
Start-Service msiscsi

# Create a new iSCSI target portal
New-IscsiTargetPortal –TargetPortalAddress <SVM LIF>

# View the available iSCSI targets and their node address
Get-IscsiTarget

# Connect to iSCSI target
Connect-IscsiTarget -NodeAddress <NodeAddress>

# NodeAddress is retrived in above cmdlet Get-IscsiTarget
# OR
Get-IscsiTarget | Connect-IscsiTarget

# View the established iSCSI session
Get-IscsiSession

# Note the InitiatorNodeAddress retrieved in the above cmdlet Get-IscsiSession. This is the IQN for Nano server and this needs to be added in the Initiator group on NetApp Storage

# Rescan the disks
Update-HostStorageCache

Add the InitiatorNodeAddress retrieved from the cmdlet Get-IscsiSession to the Initiator Group on NetApp Controller

# Enable MPIO Feature
Enable-WindowsOptionalFeature -Online -FeatureName MultipathIo

# Get the Network adapters and their IPs
Get-NetIPAddress –AddressFamily IPv4 –PrefixOrigin <Dhcp or Manual>

# Create one MPIO-enabled iSCSI connection per network adapter
Connect-IscsiTarget -NodeAddress <NodeAddress> -IsPersistent $True –IsMultipathEnabled $True –InitiatorPortalAddress <IP Address of ethernet adapter>

# NodeAddress is retrieved from the cmdlet Get-IscsiTarget
# IPs are retrieved in above cmdlet Get-NetIPAddress

# View the connections
Get-IscsiConnection

# Rescan disks
Update-HostStorageCache

# Get details of disks
Get-Disk

# Initialize disk
Initialize-Disk -Number <DiskNumber> -PartitionStyle <GPT or MBR>

# DiskNumber is retrived in the above cmdlet Get-Disk
# Bring the disk online
Set-Disk -Number <DiskNumber> -IsOffline $false

# Create a volume with maximum size and default drive letter
New-Partition -DiskNumber <DiskNumber> -UseMaximumSize -AssignDriveLetter

# To choose the size and drive letter use -Size and -DriveLetter parameters
# Format the volume
Format-Volume -DriveLetter <DriveLetter> -FileSystem <FAT32 or NTFS or REFS>