# Useful variables
  $caCn = "Novitus Printer Root CA"
  $fiscalPrinterIp = "10.10.10.78"

  #
  # Custom Root CA
  #
  # Generate custom Root CA
  openssl genrsa -out rootCA.key 4096

  # Generate custom Root CA certificate
  openssl req -x509 -new -noenc `
      -key rootCA.key -sha256 `
      -days 3650 `
      -out rootCA.crt `
      -subj "/CN=$caCn/O=Directo/C=EE"

  # Generate private key for specific fiscal printer
  openssl genrsa -out server.key 2048

  #
  # Fiscal Printer Server Certificate
  #
  # Create config file for SAN
  @"
  [req]
  default_bits = 2048
  prompt = no
  default_md = sha256
  distinguished_name = dn
  req_extensions = req_ext

  [dn]
  CN = $fiscalPrinterIp
  O = Directo
  C = EE

  [req_ext]
  subjectAltName = @alt_names

  [alt_names]
  IP.1 = $fiscalPrinterIp
  "@ | Out-File -FilePath "server.conf" -Encoding utf8

  # Generate CSR using the config
  openssl req -new `
    -key server.key `
    -out server.csr `
    -config server.conf

  # Generate certificate using the CSR
  openssl x509 -req -in server.csr `
    -CA rootCA.crt `
    -CAkey rootCA.key `
    -CAcreateserial `
    -out server.crt `
    -days 3650 `
    -sha256 `
    -extensions req_ext `
    -extfile server.conf

  # Use certutil (requires administrator privileges) to add the custom Root CA 
  # to the computers certificate store otherwise the HTTPS connection will not 
  # work as the computer does not recognize the certificate presented by the 
  # fiscal printer.
  certutil -delstore -enterprise root $caCn
  certutil -addstore -enterprise "Root" rootCA.crt

  # Convert our server.crt and server.key into a .pfx which will then be given
  # to Wiking2
  openssl pkcs12 -export `
      -out server.pfx `
      -inkey server.key `
      -in server.crt `
      -passout pass: `
      -certfile rootCA.crt