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Rdpgw

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Server:
  Authentication:
    - openid
OpenId:
    ProviderUrl: http://<provider_url>
    ClientId: <your client id>
    ClientSecret: <your-secret>
Caps:
  TokenAuth: true
ktutil
addent -password -p HTTP/rdpgw.example.com@YOUR.REALM -k 1 -e aes256-cts-hmac-sha1-96
wkt rdpgw.keytab
Server:
  Authentication:
    - kerberos
Kerberos:
    Keytab: /etc/keytabs/rdpgw.keytab
    Krb5conf: /etc/krb5.conf
Caps:
  TokenAuth: false
auth required pam_unix.so
account required pam_unix.so
Server:
  Authentication:
    - local
AuthSocket: /tmp/rdpgw-auth.sock
Caps:
  TokenAuth: false
# ./rdpgw-auth -n rdpgw -s /tmp/rdpgw-auth.sock
Tls: auto
Tls: enable
CertFile: server.pem
KeyFile: key.pem
# web server configuration.
Server:
 # can be set to openid, kerberos and local. If openid is used rdpgw expects
 # a configured openid provider, make sure to set caps.tokenauth to true. If local
 # rdpgw connects to rdpgw-auth over a socket to verify users and password. Note:
 # rdpgw-auth needs to be run as root or setuid in order to work. If kerberos is
 # used a keytab and krb5conf need to be supplied. local and kerberos authentication
 # can be stacked, so that the clients selects what it wants.
 Authentication:
  # - kerberos
  # - local
  - openid
 # The socket to connect to if using local auth. Ensure rdpgw auth is configured to
 # use the same socket.
 # AuthSocket: /tmp/rdpgw-auth.sock
 # Basic auth timeout (in seconds). Useful if you're planning on waiting for MFA
 BasicAuthTimeout: 5
 # The default option 'auto' uses a certificate file if provided and found otherwise
 # it uses letsencrypt to obtain a certificate, the latter requires that the host is reachable
 # from letsencrypt servers. If TLS termination happens somewhere else (e.g. a load balancer)
 # set this option to 'disable'. This is mutually exclusive with 'authentication: local'
 # Note: rdp connections over a gateway require TLS
 Tls: auto
 # gateway address advertised in the rdp files and browser
 GatewayAddress: localhost
 # port to listen on (change to 80 or equivalent if not using TLS)
 Port: 443
 # list of acceptable desktop hosts to connect to
 Hosts:
  - localhost:3389
  - my-{{ preferred_username }}-host:3389
 # if true the server randomly selects a host to connect to
 # valid options are:
 #  - roundrobin, which selects a random host from the list (default)
 #  - signed, a listed host specified in the signed query parameter
 #  - unsigned, a listed host specified in the query parameter
 #  - any, insecurely allow any host specified in the query parameter
 HostSelection: roundrobin
 # a random strings of at least 32 characters to secure cookies on the client
 # make sure to share this across the different pods
 SessionKey: thisisasessionkeyreplacethisjetzt
 SessionEncryptionKey: thisisasessionkeyreplacethisnunu!
  # where to store session details. This can be either file or cookie (default: cookie)
  # if a file store is chosen, it is required to have clients 'keep state' to the rdpgw
  # instance they are connected to.
 SessionStore: cookie
  # tries to set the receive / send buffer of the connections to the client
 # in case of high latency high bandwidth the defaults set by the OS might
 # be to low for a good experience
 # ReceiveBuf: 12582912
 # SendBuf: 12582912
# Open ID Connect specific settings
OpenId:
 ProviderUrl: http://keycloak/auth/realms/test
 ClientId: rdpgw
 ClientSecret: your-secret
# Kerberos:
#  Keytab: /etc/keytabs/rdpgw.keytab
#  Krb5conf: /etc/krb5.conf
#  enabled / disabled capabilities
Caps:
 SmartCardAuth: false
 # required for openid connect
 TokenAuth: true
 # connection timeout in minutes, 0 is limitless
 IdleTimeout: 10
 EnablePrinter: true
 EnablePort: true
 EnablePnp: true
 EnableDrive: true
 EnableClipboard: true
Client:
  # template rdp file to use for clients
  # rdp file settings and their defaults see here:
  # https://docs.microsoft.com/en-us/windows-server/remote/remote-desktop-services/clients/rdp-files
  defaults: /etc/rdpgw/default.rdp
  # this is a go string templated with {{ username }} and {{ token }}
  # the example below uses the ASCII field separator to distinguish
  # between user and token
  UsernameTemplate: "{{ username }}@bla.com\x1f{{ token }}"
  # If true puts splits "user@domain.com" into the user and domain component so that
  # domain gets set in the rdp file and the domain name is stripped from the username
  SplitUserDomain: false
  # If true, removes "username" (and "domain" if SplitUserDomain is true) from RDP file.
  # NoUsername: true
Security:
  # a random string of 32 characters to secure cookies on the client
  # make sure to share this amongst different pods
  PAATokenSigningKey: thisisasessionkeyreplacethisjetzt
  # PAATokenEncryptionKey: thisisasessionkeyreplacethisjetzt
  # a random string of 32 characters to secure cookies on the client
  UserTokenEncryptionKey: thisisasessionkeyreplacethisjetzt
  # if you want to enable token generation for the user
  # if true the username will be set to a jwt with the username embedded into it
  EnableUserToken: true
  # Verifies if the ip used to connect to download the rdp file equals from where the
  # connection is opened.
  VerifyClientIp: true
cd rdpgw
make
make install
cd dev/docker
docker-compose build
docker-compose up